[2017-09-08 21:39:27,585 INFO  L168              Benchmark]: Toolchain (without parser) took 401107.75 ms. Allocated memory was 329.3 MB in the beginning and 339.7 MB in the end (delta: 10.5 MB). Free memory was 216.0 MB in the beginning and 121.4 MB in the end (delta: 94.6 MB). Peak memory consumption was 105.1 MB. Max. memory is 7.6 GB.
[2017-09-08 21:39:27,585 INFO  L168              Benchmark]: Boogie PL CUP Parser took 0.03 ms. Allocated memory is still 329.3 MB. Free memory was 219.1 MB in the beginning and 219.1 MB in the end (delta: 30.5 kB). Peak memory consumption was 30.5 kB. Max. memory is 7.6 GB.
[2017-09-08 21:39:27,585 INFO  L168              Benchmark]: Boogie Preprocessor took 4.31 ms. Allocated memory is still 329.3 MB. Free memory was 215.8 MB in the beginning and 214.2 MB in the end (delta: 1.6 MB). Peak memory consumption was 1.6 MB. Max. memory is 7.6 GB.
[2017-09-08 21:39:27,585 INFO  L168              Benchmark]: RCFGBuilder took 176.56 ms. Allocated memory is still 329.3 MB. Free memory was 214.2 MB in the beginning and 173.3 MB in the end (delta: 40.9 MB). Peak memory consumption was 40.9 MB. Max. memory is 7.6 GB.
[2017-09-08 21:39:27,585 INFO  L168              Benchmark]: TraceAbstraction took 400924.38 ms. Allocated memory was 329.3 MB in the beginning and 339.7 MB in the end (delta: 10.5 MB). Free memory was 173.1 MB in the beginning and 121.4 MB in the end (delta: 51.7 MB). Peak memory consumption was 62.2 MB. Max. memory is 7.6 GB.
[2017-09-08 21:39:27,585 INFO  L344   ainManager$Toolchain]: #######################  End [Toolchain 2] #######################
[2017-09-08 21:39:27,586 INFO  L137             ResultUtil]:  --- Results ---
[2017-09-08 21:39:27,586 INFO  L139             ResultUtil]:  * Results from de.uni_freiburg.informatik.ultimate.plugins.generator.traceabstraction:
[2017-09-08 21:39:27,586 INFO  L164             ResultUtil]:   - PositiveResult [Line: 746]: procedure precondition always holds
[2017-09-08 21:39:27,586 INFO  L168             ResultUtil]:     For all program executions holds that procedure precondition always holds at this location
[2017-09-08 21:39:27,586 INFO  L164             ResultUtil]:   - CounterExampleResult [Line: 578]: procedure precondition can be violated
[2017-09-08 21:39:27,586 INFO  L168             ResultUtil]:     procedure precondition can be violated
We found a FailurePath: 
[L109-L110]         requires (if $signalLength == 1024bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L111]         requires (if $tLevels == 6bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L112]         requires (if $mLevels == 8bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L113]         requires !_READ_HAS_OCCURRED_$$inSignal && !_WRITE_HAS_OCCURRED_$$inSignal && !_ATOMIC_HAS_OCCURRED_$$inSignal;
[L109-L114]         requires !_READ_HAS_OCCURRED_$$coefsSignal && !_WRITE_HAS_OCCURRED_$$coefsSignal && !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
[L109-L115]         requires !_READ_HAS_OCCURRED_$$AverageSignal && !_WRITE_HAS_OCCURRED_$$AverageSignal && !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
[L109-L116]         requires !_READ_HAS_OCCURRED_$$sharedArray && !_WRITE_HAS_OCCURRED_$$sharedArray && !_ATOMIC_HAS_OCCURRED_$$sharedArray;
[L109-L117]         requires BV32_SGT(group_size_x, 0bv32);
[L109-L118]         requires BV32_SGT(num_groups_x, 0bv32);
[L109-L119]         requires BV32_SGE(group_id_x$1, 0bv32);
[L109-L120]         requires BV32_SGE(group_id_x$2, 0bv32);
[L109-L121]         requires BV32_SLT(group_id_x$1, num_groups_x);
[L109-L122]         requires BV32_SLT(group_id_x$2, num_groups_x);
[L109-L123]         requires BV32_SGE(local_id_x$1, 0bv32);
[L109-L124]         requires BV32_SGE(local_id_x$2, 0bv32);
[L109-L125]         requires BV32_SLT(local_id_x$1, group_size_x);
[L109-L126]         requires BV32_SLT(local_id_x$2, group_size_x);
[L109-L127]         requires BV32_SGT(group_size_y, 0bv32);
[L109-L128]         requires BV32_SGT(num_groups_y, 0bv32);
[L109-L129]         requires BV32_SGE(group_id_y$1, 0bv32);
[L109-L130]         requires BV32_SGE(group_id_y$2, 0bv32);
[L109-L131]         requires BV32_SLT(group_id_y$1, num_groups_y);
[L109-L132]         requires BV32_SLT(group_id_y$2, num_groups_y);
[L109-L133]         requires BV32_SGE(local_id_y$1, 0bv32);
[L109-L134]         requires BV32_SGE(local_id_y$2, 0bv32);
[L109-L135]         requires BV32_SLT(local_id_y$1, group_size_y);
[L109-L136]         requires BV32_SLT(local_id_y$2, group_size_y);
[L109-L137]         requires BV32_SGT(group_size_z, 0bv32);
[L109-L138]         requires BV32_SGT(num_groups_z, 0bv32);
[L109-L139]         requires BV32_SGE(group_id_z$1, 0bv32);
[L109-L140]         requires BV32_SGE(group_id_z$2, 0bv32);
[L109-L141]         requires BV32_SLT(group_id_z$1, num_groups_z);
[L109-L142]         requires BV32_SLT(group_id_z$2, num_groups_z);
[L109-L143]         requires BV32_SGE(local_id_z$1, 0bv32);
[L109-L144]         requires BV32_SGE(local_id_z$2, 0bv32);
[L109-L145]         requires BV32_SLT(local_id_z$1, group_size_z);
[L109-L146]         requires BV32_SLT(local_id_z$2, group_size_z);
[L109-L147]         requires group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> local_id_x$1 != local_id_x$2 || local_id_y$1 != local_id_y$2 || local_id_z$1 != local_id_z$2;
             VAL    [$mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false]
[L218]              v0$1 := local_id_x$1;
[L219]              v0$2 := local_id_x$2;
[L220]              v1$1 := group_id_x$1;
[L221]              v1$2 := group_id_x$2;
[L222]              v2 := group_size_x;
[L223]              havoc v3$1, v3$2;
[L224]              havoc v4$1, v4$2;
[L225]              v5 := 0bv32 == $levelsDone;
             VAL    [$levelsDone=16bv32, $mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v2=512bv32, v5=false]
[L229]              assume !v5;
[L230]              $t0.0$1, $t1.0$1 := v3$1, v4$1;
[L231]              $t0.0$2, $t1.0$2 := v3$2, v4$2;
             VAL    [$levelsDone=16bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L235]       CALL   call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=8bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _value_old=128bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=8bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=128bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L235]       RET    call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [$levelsDone=16bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L236]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L236]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [$levelsDone=16bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L237]              assume true;
             VAL    [$levelsDone=16bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L238]       FCALL  call _CHECK_WRITE_$$sharedArray(true, v0$2, $t0.0$2);
             VAL    [$levelsDone=16bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L239]              assume true;
[L240]              $$sharedArray[1bv1][v0$1] := $t0.0$1;
[L241]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2] := $t0.0$2;
             VAL    [$levelsDone=16bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L242]       CALL   call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=2147483648bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=2147483648bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L242]       RET    call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [$levelsDone=16bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L243]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=1bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=1bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L243]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [$levelsDone=16bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L244]              assume true;
             VAL    [$levelsDone=16bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L245]       FCALL  call _CHECK_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$2), $t1.0$2);
             VAL    [$levelsDone=16bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L246]              assume true;
[L247]              $$sharedArray[1bv1][BV32_ADD(v2, v0$1)] := $t1.0$1;
[L248]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(v2, v0$2)] := $t1.0$2;
             VAL    [$levelsDone=16bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L252]       CALL   call $bugle_barrier_duplicated_0(1bv1, 0bv1);
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L432-L433]         requires $0 == 1bv1;
[L432-L434]         requires $1 == 0bv1;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L798]              assume true;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L802]              assume $0 != 0bv1 ==> !_READ_HAS_OCCURRED_$$sharedArray;
[L803]              assume $0 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$sharedArray;
[L804]              assume $0 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L847]              assume $0 != 0bv1 || $0 != 0bv1;
[L848]              havoc $$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L815]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$coefsSignal;
[L816]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$coefsSignal;
[L817]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L821]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$AverageSignal;
[L822]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$AverageSignal;
[L823]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L830]              assume !(group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && ($1 != 0bv1 || $1 != 0bv1));
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L834]              havoc _TRACKING;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L252]       RET    call $bugle_barrier_duplicated_0(1bv1, 0bv1);
             VAL    [$levelsDone=16bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L253]              v7 := BV32_UGT($tLevels, $mLevels);
             VAL    [$levelsDone=16bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true]
[L384]              assume v7;
[L385]              $cond := $mLevels;
             VAL    [$cond=8bv32, $levelsDone=16bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true]
[L262]              v8 := FDIV32(1065353216bv32, FSQRT32(1073741824bv32));
[L263]              havoc v9$1, v9$2;
[L264]              havoc v10$1, v10$2;
[L265]              $activeThreads.0, $midOutPos.0$1, $i.0, $data0.0$1, $data1.0$1 := BV32_SDIV(BV32_SHL(1bv32, BV32_AND($cond, 31bv32)), 2bv32), BV32_UDIV($signalLength, 2bv32), 0bv32, v9$1, v10$1;
[L266]              $midOutPos.0$2, $data0.0$2, $data1.0$2 := BV32_UDIV($signalLength, 2bv32), v9$2, v10$2;
[L267]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L271]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L272]              assert _ATOMIC_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L273]              assert _WRITE_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L274]              assert _READ_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L275]              assert true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L276]              assert (if $activeThreads.0 == BV32_SDIV(BV32_SHL(1bv32, BV32_AND(BV32_SUB($cond, $i.0), 31bv32)), 2bv32) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L277]              assert (if BV32_ULT(v0$1, $activeThreads.0) ==> $midOutPos.0$1 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L278]              assert (if BV32_ULT(v0$2, $activeThreads.0) ==> $midOutPos.0$2 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L279]              assert (if _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(BV32_SHL($midOutPos.0$1, 1bv32), BV32_MUL(v1$1, BV32_SHL($activeThreads.0, 1bv32))), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L280]              assert (if BV32_UGE(v0$1, 16bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(512bv32, BV32_MUL(v1$1, 32bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L281]              assert (if BV32_UGE(v0$1, 8bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(256bv32, BV32_MUL(v1$1, 16bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L282]              assert (if BV32_UGE(v0$1, 4bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(128bv32, BV32_MUL(v1$1, 8bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L283]              assert (if BV32_UGE(v0$1, 2bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(64bv32, BV32_MUL(v1$1, 4bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L284]              assert (if BV32_UGE(v0$1, 1bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(32bv32, BV32_MUL(v1$1, 2bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L285]              assert (if BV32_UGE(v0$1, BV32_SDIV(BV32_SHL(1bv32, BV32_AND($cond, 31bv32)), 2bv32)) ==> BV1_XOR((if _WRITE_HAS_OCCURRED_$$coefsSignal then 1bv1 else 0bv1), 1bv1) == 1bv1 then 1bv1 else 0bv1) != 0bv1;
[L286]              v11 := BV32_ULT($i.0, $cond);
[L287]              p0$1 := false;
[L288]              p0$2 := false;
[L289]              p1$1 := false;
[L290]              p1$2 := false;
[L291]              p2$1 := false;
[L292]              p2$2 := false;
[L293]              p3$1 := false;
[L294]              p3$2 := false;
[L295]              p4$1 := false;
[L296]              p4$2 := false;
[L297]              p5$1 := false;
[L298]              p5$2 := false;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=false, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v11=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L323]              assume v11;
[L324]              v12$1 := BV32_ULT(v0$1, $activeThreads.0);
[L325]              v12$2 := BV32_ULT(v0$2, $activeThreads.0);
[L326]              p1$1 := (if v12$1 then v12$1 else p1$1);
[L327]              p1$2 := (if v12$2 then v12$2 else p1$2);
[L328]              p0$1 := (if !v12$1 then !v12$1 else p0$1);
[L329]              p0$2 := (if !v12$2 then !v12$2 else p0$2);
[L330]              $data0.1$1, $data1.1$1 := (if p0$1 then $data0.0$1 else $data0.1$1), (if p0$1 then $data1.0$1 else $data1.1$1);
[L331]              $data0.1$2, $data1.1$2 := (if p0$2 then $data0.0$2 else $data0.1$2), (if p0$2 then $data1.0$2 else $data1.1$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=1bv32, $data0.1$2=1bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L332]       CALL   call _LOG_READ_$$sharedArray(p1$1, BV32_MUL(2bv32, v0$1), $$sharedArray[1bv1][BV32_MUL(2bv32, v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=1073741824bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L716]              _READ_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _READ_HAS_OCCURRED_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=1073741824bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L332]       RET    call _LOG_READ_$$sharedArray(p1$1, BV32_MUL(2bv32, v0$1), $$sharedArray[1bv1][BV32_MUL(2bv32, v0$1)]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=1bv32, $data0.1$2=1bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L333]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=1bv32, $data0.1$2=1bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L334]       FCALL  call _CHECK_READ_$$sharedArray(p1$2, BV32_MUL(2bv32, v0$2), $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_MUL(2bv32, v0$2)]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=1bv32, $data0.1$2=1bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L335]              assume true;
[L336]              v13$1 := (if p1$1 then $$sharedArray[1bv1][BV32_MUL(2bv32, v0$1)] else v13$1);
[L337]              v13$2 := (if p1$2 then $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_MUL(2bv32, v0$2)] else v13$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=1bv32, $data0.1$2=1bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L338]       CALL   call _LOG_READ_$$sharedArray(p1$1, BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32), $$sharedArray[1bv1][BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2147483648bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=1bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L716]              _READ_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _READ_HAS_OCCURRED_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2147483648bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=1bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L338]       RET    call _LOG_READ_$$sharedArray(p1$1, BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32), $$sharedArray[1bv1][BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32)]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=1bv32, $data0.1$2=1bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L339]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=1bv32, $data0.1$2=1bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L340]       FCALL  call _CHECK_READ_$$sharedArray(p1$2, BV32_ADD(BV32_MUL(2bv32, v0$2), 1bv32), $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(BV32_MUL(2bv32, v0$2), 1bv32)]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=1bv32, $data0.1$2=1bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L341]              assume true;
[L342]              v14$1 := (if p1$1 then $$sharedArray[1bv1][BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32)] else v14$1);
[L343]              v14$2 := (if p1$2 then $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(BV32_MUL(2bv32, v0$2), 1bv32)] else v14$2);
[L344]              $data0.1$1, $data1.1$1 := (if p1$1 then v13$1 else $data0.1$1), (if p1$1 then v14$1 else $data1.1$1);
[L345]              $data0.1$2, $data1.1$2 := (if p1$2 then v13$2 else $data0.1$2), (if p1$2 then v14$2 else $data1.1$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=1bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=1bv32, v14$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L349]       CALL   call $bugle_barrier_duplicated_1(1bv1, 0bv1);
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L439-L440]         requires $0 == 1bv1;
[L439-L441]         requires $1 == 0bv1;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L868]              assume true;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L872]              assume $0 != 0bv1 ==> !_READ_HAS_OCCURRED_$$sharedArray;
[L873]              assume $0 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$sharedArray;
[L874]              assume $0 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L917]              assume $0 != 0bv1 || $0 != 0bv1;
[L918]              havoc $$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L885]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$coefsSignal;
[L886]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$coefsSignal;
[L887]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L891]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$AverageSignal;
[L892]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$AverageSignal;
[L893]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L900]              assume !(group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && ($1 != 0bv1 || $1 != 0bv1));
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L904]              havoc _TRACKING;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L349]       RET    call $bugle_barrier_duplicated_1(1bv1, 0bv1);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=1bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=1bv32, v14$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L350]              v15$1 := BV32_ULT(v0$1, $activeThreads.0);
[L351]              v15$2 := BV32_ULT(v0$2, $activeThreads.0);
[L352]              p3$1 := (if v15$1 then v15$1 else p3$1);
[L353]              p3$2 := (if v15$2 then v15$2 else p3$2);
[L354]              p2$1 := (if !v15$1 then !v15$1 else p2$1);
[L355]              p2$2 := (if !v15$2 then !v15$2 else p2$2);
[L356]              $midOutPos.1$1 := (if p2$1 then $midOutPos.0$1 else $midOutPos.1$1);
[L357]              $midOutPos.1$2 := (if p2$2 then $midOutPos.0$2 else $midOutPos.1$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=1bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=1bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L358]       CALL   call _LOG_WRITE_$$sharedArray(p3$1, v0$1, FMUL32(FADD32($data0.1$1, $data1.1$1), v8), $$sharedArray[1bv1][v0$1]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=8bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _value_old=16384bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=8bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=0bv32, _value_old=16384bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L358]       RET    call _LOG_WRITE_$$sharedArray(p3$1, v0$1, FMUL32(FADD32($data0.1$1, $data1.1$1), v8), $$sharedArray[1bv1][v0$1]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=1bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=1bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L359]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(p3$2, v0$2);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L359]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(p3$2, v0$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=1bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=1bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L360]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=1bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=1bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L361]       FCALL  call _CHECK_WRITE_$$sharedArray(p3$2, v0$2, FMUL32(FADD32($data0.1$2, $data1.1$2), v8));
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=1bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=1bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L362]              assume true;
[L363]              $$sharedArray[1bv1][v0$1] := (if p3$1 then FMUL32(FADD32($data0.1$1, $data1.1$1), v8) else $$sharedArray[1bv1][v0$1]);
[L364]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2] := (if p3$2 then FMUL32(FADD32($data0.1$2, $data1.1$2), v8) else $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=1bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=1bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L365]       CALL   call _LOG_WRITE_$$coefsSignal(p3$1, BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1), FMUL32(FSUB32($data0.1$1, $data1.1$1), v8), $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=1bv32, _value_old=1bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$coefsSignal)=false, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=false]
[L571]              _WRITE_HAS_OCCURRED_$$coefsSignal := (if _P && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$coefsSignal == _value then true else _WRITE_HAS_OCCURRED_$$coefsSignal);
[L572]              _WRITE_READ_BENIGN_FLAG_$$coefsSignal := (if _P && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$coefsSignal == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$coefsSignal);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=1bv32, _value_old=1bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$coefsSignal)=false, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=false]
[L365]       RET    call _LOG_WRITE_$$coefsSignal(p3$1, BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1), FMUL32(FSUB32($data0.1$1, $data1.1$1), v8), $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=1bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=1bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L366]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$coefsSignal(p3$2, BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2));
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=false]
[L615]              _WRITE_READ_BENIGN_FLAG_$$coefsSignal := (if _P && _WRITE_HAS_OCCURRED_$$coefsSignal && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$coefsSignal);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=false]
[L366]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$coefsSignal(p3$2, BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2));
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=1bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=1bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L367]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=1bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=1bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L368]       FCALL  call _CHECK_WRITE_$$coefsSignal(p3$2, BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2), FMUL32(FSUB32($data0.1$2, $data1.1$2), v8));
[L578-L579]         requires !(_P && _WRITE_HAS_OCCURRED_$$coefsSignal && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$coefsSignal != _value);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=1bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=16bv32, $midOutPos.0$1=268435456bv32, $midOutPos.0$2=268435456bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=8bv32, v0$2=0bv32, v1$1=2147483648bv32, v1$2=0bv32, v10$1=16384bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=1bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]

[2017-09-08 21:39:27,587 INFO  L164             ResultUtil]:   - CounterExampleResult [Line: 276]: assertion can be violated
[2017-09-08 21:39:27,587 INFO  L168             ResultUtil]:     assertion can be violated
We found a FailurePath: 
[L109-L110]         requires (if $signalLength == 1024bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L111]         requires (if $tLevels == 6bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L112]         requires (if $mLevels == 8bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L113]         requires !_READ_HAS_OCCURRED_$$inSignal && !_WRITE_HAS_OCCURRED_$$inSignal && !_ATOMIC_HAS_OCCURRED_$$inSignal;
[L109-L114]         requires !_READ_HAS_OCCURRED_$$coefsSignal && !_WRITE_HAS_OCCURRED_$$coefsSignal && !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
[L109-L115]         requires !_READ_HAS_OCCURRED_$$AverageSignal && !_WRITE_HAS_OCCURRED_$$AverageSignal && !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
[L109-L116]         requires !_READ_HAS_OCCURRED_$$sharedArray && !_WRITE_HAS_OCCURRED_$$sharedArray && !_ATOMIC_HAS_OCCURRED_$$sharedArray;
[L109-L117]         requires BV32_SGT(group_size_x, 0bv32);
[L109-L118]         requires BV32_SGT(num_groups_x, 0bv32);
[L109-L119]         requires BV32_SGE(group_id_x$1, 0bv32);
[L109-L120]         requires BV32_SGE(group_id_x$2, 0bv32);
[L109-L121]         requires BV32_SLT(group_id_x$1, num_groups_x);
[L109-L122]         requires BV32_SLT(group_id_x$2, num_groups_x);
[L109-L123]         requires BV32_SGE(local_id_x$1, 0bv32);
[L109-L124]         requires BV32_SGE(local_id_x$2, 0bv32);
[L109-L125]         requires BV32_SLT(local_id_x$1, group_size_x);
[L109-L126]         requires BV32_SLT(local_id_x$2, group_size_x);
[L109-L127]         requires BV32_SGT(group_size_y, 0bv32);
[L109-L128]         requires BV32_SGT(num_groups_y, 0bv32);
[L109-L129]         requires BV32_SGE(group_id_y$1, 0bv32);
[L109-L130]         requires BV32_SGE(group_id_y$2, 0bv32);
[L109-L131]         requires BV32_SLT(group_id_y$1, num_groups_y);
[L109-L132]         requires BV32_SLT(group_id_y$2, num_groups_y);
[L109-L133]         requires BV32_SGE(local_id_y$1, 0bv32);
[L109-L134]         requires BV32_SGE(local_id_y$2, 0bv32);
[L109-L135]         requires BV32_SLT(local_id_y$1, group_size_y);
[L109-L136]         requires BV32_SLT(local_id_y$2, group_size_y);
[L109-L137]         requires BV32_SGT(group_size_z, 0bv32);
[L109-L138]         requires BV32_SGT(num_groups_z, 0bv32);
[L109-L139]         requires BV32_SGE(group_id_z$1, 0bv32);
[L109-L140]         requires BV32_SGE(group_id_z$2, 0bv32);
[L109-L141]         requires BV32_SLT(group_id_z$1, num_groups_z);
[L109-L142]         requires BV32_SLT(group_id_z$2, num_groups_z);
[L109-L143]         requires BV32_SGE(local_id_z$1, 0bv32);
[L109-L144]         requires BV32_SGE(local_id_z$2, 0bv32);
[L109-L145]         requires BV32_SLT(local_id_z$1, group_size_z);
[L109-L146]         requires BV32_SLT(local_id_z$2, group_size_z);
[L109-L147]         requires group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> local_id_x$1 != local_id_x$2 || local_id_y$1 != local_id_y$2 || local_id_z$1 != local_id_z$2;
             VAL    [$mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false]
[L218]              v0$1 := local_id_x$1;
[L219]              v0$2 := local_id_x$2;
[L220]              v1$1 := group_id_x$1;
[L221]              v1$2 := group_id_x$2;
[L222]              v2 := group_size_x;
[L223]              havoc v3$1, v3$2;
[L224]              havoc v4$1, v4$2;
[L225]              v5 := 0bv32 == $levelsDone;
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v5=false]
[L229]              assume !v5;
[L230]              $t0.0$1, $t1.0$1 := v3$1, v4$1;
[L231]              $t0.0$2, $t1.0$2 := v3$2, v4$2;
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L235]       CALL   call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=268435456bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _value_old=1bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=268435456bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=1bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L235]       RET    call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L236]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L236]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L237]              assume true;
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L238]       FCALL  call _CHECK_WRITE_$$sharedArray(true, v0$2, $t0.0$2);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L239]              assume true;
[L240]              $$sharedArray[1bv1][v0$1] := $t0.0$1;
[L241]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2] := $t0.0$2;
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L242]       CALL   call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=2147483648bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=2147483648bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L242]       RET    call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L243]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L243]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L244]              assume true;
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L245]       FCALL  call _CHECK_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$2), $t1.0$2);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L246]              assume true;
[L247]              $$sharedArray[1bv1][BV32_ADD(v2, v0$1)] := $t1.0$1;
[L248]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(v2, v0$2)] := $t1.0$2;
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L252]       CALL   call $bugle_barrier_duplicated_0(1bv1, 0bv1);
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L432-L433]         requires $0 == 1bv1;
[L432-L434]         requires $1 == 0bv1;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L798]              assume true;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L802]              assume $0 != 0bv1 ==> !_READ_HAS_OCCURRED_$$sharedArray;
[L803]              assume $0 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$sharedArray;
[L804]              assume $0 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L847]              assume $0 != 0bv1 || $0 != 0bv1;
[L848]              havoc $$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L815]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$coefsSignal;
[L816]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$coefsSignal;
[L817]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L821]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$AverageSignal;
[L822]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$AverageSignal;
[L823]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L830]              assume !(group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && ($1 != 0bv1 || $1 != 0bv1));
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L834]              havoc _TRACKING;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L252]       RET    call $bugle_barrier_duplicated_0(1bv1, 0bv1);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L253]              v7 := BV32_UGT($tLevels, $mLevels);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true]
[L384]              assume v7;
[L385]              $cond := $mLevels;
             VAL    [$cond=8bv32, $levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true]
[L262]              v8 := FDIV32(1065353216bv32, FSQRT32(1073741824bv32));
[L263]              havoc v9$1, v9$2;
[L264]              havoc v10$1, v10$2;
[L265]              $activeThreads.0, $midOutPos.0$1, $i.0, $data0.0$1, $data1.0$1 := BV32_SDIV(BV32_SHL(1bv32, BV32_AND($cond, 31bv32)), 2bv32), BV32_UDIV($signalLength, 2bv32), 0bv32, v9$1, v10$1;
[L266]              $midOutPos.0$2, $data0.0$2, $data1.0$2 := BV32_UDIV($signalLength, 2bv32), v9$2, v10$2;
[L267]              assume true;
             VAL    [$activeThreads.0=1bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L271]              assume true;
             VAL    [$activeThreads.0=1bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L272]              assert _ATOMIC_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=1bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L273]              assert _WRITE_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=1bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L274]              assert _READ_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=1bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L275]              assert true;
             VAL    [$activeThreads.0=1bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L276]              assert (if $activeThreads.0 == BV32_SDIV(BV32_SHL(1bv32, BV32_AND(BV32_SUB($cond, $i.0), 31bv32)), 2bv32) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=1bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]

[2017-09-08 21:39:27,588 INFO  L164             ResultUtil]:   - PositiveResult [Line: 662]: procedure precondition always holds
[2017-09-08 21:39:27,588 INFO  L168             ResultUtil]:     For all program executions holds that procedure precondition always holds at this location
[2017-09-08 21:39:27,588 INFO  L164             ResultUtil]:   - PositiveResult [Line: 746]: procedure precondition always holds
[2017-09-08 21:39:27,588 INFO  L168             ResultUtil]:     For all program executions holds that procedure precondition always holds at this location
[2017-09-08 21:39:27,588 INFO  L164             ResultUtil]:   - PositiveResult [Line: 722]: procedure precondition always holds
[2017-09-08 21:39:27,588 INFO  L168             ResultUtil]:     For all program executions holds that procedure precondition always holds at this location
[2017-09-08 21:39:27,588 INFO  L164             ResultUtil]:   - PositiveResult [Line: 439]: procedure precondition always holds
[2017-09-08 21:39:27,588 INFO  L168             ResultUtil]:     For all program executions holds that procedure precondition always holds at this location
[2017-09-08 21:39:27,588 INFO  L164             ResultUtil]:   - PositiveResult [Line: 746]: procedure precondition always holds
[2017-09-08 21:39:27,588 INFO  L168             ResultUtil]:     For all program executions holds that procedure precondition always holds at this location
[2017-09-08 21:39:27,588 INFO  L164             ResultUtil]:   - PositiveResult [Line: 722]: procedure precondition always holds
[2017-09-08 21:39:27,588 INFO  L168             ResultUtil]:     For all program executions holds that procedure precondition always holds at this location
[2017-09-08 21:39:27,588 INFO  L164             ResultUtil]:   - PositiveResult [Line: 432]: procedure precondition always holds
[2017-09-08 21:39:27,588 INFO  L168             ResultUtil]:     For all program executions holds that procedure precondition always holds at this location
[2017-09-08 21:39:27,588 INFO  L164             ResultUtil]:   - CounterExampleResult [Line: 282]: assertion can be violated
[2017-09-08 21:39:27,592 INFO  L168             ResultUtil]:     assertion can be violated
We found a FailurePath: 
[L109-L110]         requires (if $signalLength == 1024bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L111]         requires (if $tLevels == 6bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L112]         requires (if $mLevels == 8bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L113]         requires !_READ_HAS_OCCURRED_$$inSignal && !_WRITE_HAS_OCCURRED_$$inSignal && !_ATOMIC_HAS_OCCURRED_$$inSignal;
[L109-L114]         requires !_READ_HAS_OCCURRED_$$coefsSignal && !_WRITE_HAS_OCCURRED_$$coefsSignal && !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
[L109-L115]         requires !_READ_HAS_OCCURRED_$$AverageSignal && !_WRITE_HAS_OCCURRED_$$AverageSignal && !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
[L109-L116]         requires !_READ_HAS_OCCURRED_$$sharedArray && !_WRITE_HAS_OCCURRED_$$sharedArray && !_ATOMIC_HAS_OCCURRED_$$sharedArray;
[L109-L117]         requires BV32_SGT(group_size_x, 0bv32);
[L109-L118]         requires BV32_SGT(num_groups_x, 0bv32);
[L109-L119]         requires BV32_SGE(group_id_x$1, 0bv32);
[L109-L120]         requires BV32_SGE(group_id_x$2, 0bv32);
[L109-L121]         requires BV32_SLT(group_id_x$1, num_groups_x);
[L109-L122]         requires BV32_SLT(group_id_x$2, num_groups_x);
[L109-L123]         requires BV32_SGE(local_id_x$1, 0bv32);
[L109-L124]         requires BV32_SGE(local_id_x$2, 0bv32);
[L109-L125]         requires BV32_SLT(local_id_x$1, group_size_x);
[L109-L126]         requires BV32_SLT(local_id_x$2, group_size_x);
[L109-L127]         requires BV32_SGT(group_size_y, 0bv32);
[L109-L128]         requires BV32_SGT(num_groups_y, 0bv32);
[L109-L129]         requires BV32_SGE(group_id_y$1, 0bv32);
[L109-L130]         requires BV32_SGE(group_id_y$2, 0bv32);
[L109-L131]         requires BV32_SLT(group_id_y$1, num_groups_y);
[L109-L132]         requires BV32_SLT(group_id_y$2, num_groups_y);
[L109-L133]         requires BV32_SGE(local_id_y$1, 0bv32);
[L109-L134]         requires BV32_SGE(local_id_y$2, 0bv32);
[L109-L135]         requires BV32_SLT(local_id_y$1, group_size_y);
[L109-L136]         requires BV32_SLT(local_id_y$2, group_size_y);
[L109-L137]         requires BV32_SGT(group_size_z, 0bv32);
[L109-L138]         requires BV32_SGT(num_groups_z, 0bv32);
[L109-L139]         requires BV32_SGE(group_id_z$1, 0bv32);
[L109-L140]         requires BV32_SGE(group_id_z$2, 0bv32);
[L109-L141]         requires BV32_SLT(group_id_z$1, num_groups_z);
[L109-L142]         requires BV32_SLT(group_id_z$2, num_groups_z);
[L109-L143]         requires BV32_SGE(local_id_z$1, 0bv32);
[L109-L144]         requires BV32_SGE(local_id_z$2, 0bv32);
[L109-L145]         requires BV32_SLT(local_id_z$1, group_size_z);
[L109-L146]         requires BV32_SLT(local_id_z$2, group_size_z);
[L109-L147]         requires group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> local_id_x$1 != local_id_x$2 || local_id_y$1 != local_id_y$2 || local_id_z$1 != local_id_z$2;
             VAL    [$mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false]
[L218]              v0$1 := local_id_x$1;
[L219]              v0$2 := local_id_x$2;
[L220]              v1$1 := group_id_x$1;
[L221]              v1$2 := group_id_x$2;
[L222]              v2 := group_size_x;
[L223]              havoc v3$1, v3$2;
[L224]              havoc v4$1, v4$2;
[L225]              v5 := 0bv32 == $levelsDone;
             VAL    [$levelsDone=4096bv32, $mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v5=false]
[L229]              assume !v5;
[L230]              $t0.0$1, $t1.0$1 := v3$1, v4$1;
[L231]              $t0.0$2, $t1.0$2 := v3$2, v4$2;
             VAL    [$levelsDone=4096bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false]
[L235]       CALL   call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=16384bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=16384bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L235]       RET    call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [$levelsDone=4096bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false]
[L236]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L236]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [$levelsDone=4096bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false]
[L237]              assume true;
             VAL    [$levelsDone=4096bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false]
[L238]       FCALL  call _CHECK_WRITE_$$sharedArray(true, v0$2, $t0.0$2);
             VAL    [$levelsDone=4096bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false]
[L239]              assume true;
[L240]              $$sharedArray[1bv1][v0$1] := $t0.0$1;
[L241]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2] := $t0.0$2;
             VAL    [$levelsDone=4096bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false]
[L242]       CALL   call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=524352bv32, _value_old=525313bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=524352bv32, _value_old=525313bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L242]       RET    call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [$levelsDone=4096bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false]
[L243]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L243]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [$levelsDone=4096bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false]
[L244]              assume true;
             VAL    [$levelsDone=4096bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false]
[L245]       FCALL  call _CHECK_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$2), $t1.0$2);
             VAL    [$levelsDone=4096bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false]
[L246]              assume true;
[L247]              $$sharedArray[1bv1][BV32_ADD(v2, v0$1)] := $t1.0$1;
[L248]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(v2, v0$2)] := $t1.0$2;
             VAL    [$levelsDone=4096bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false]
[L252]       CALL   call $bugle_barrier_duplicated_0(1bv1, 0bv1);
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L432-L433]         requires $0 == 1bv1;
[L432-L434]         requires $1 == 0bv1;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L798]              assume true;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L802]              assume $0 != 0bv1 ==> !_READ_HAS_OCCURRED_$$sharedArray;
[L803]              assume $0 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$sharedArray;
[L804]              assume $0 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L847]              assume $0 != 0bv1 || $0 != 0bv1;
[L848]              havoc $$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L815]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$coefsSignal;
[L816]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$coefsSignal;
[L817]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L821]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$AverageSignal;
[L822]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$AverageSignal;
[L823]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L830]              assume !(group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && ($1 != 0bv1 || $1 != 0bv1));
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L834]              havoc _TRACKING;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L252]       RET    call $bugle_barrier_duplicated_0(1bv1, 0bv1);
             VAL    [$levelsDone=4096bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false]
[L253]              v7 := BV32_UGT($tLevels, $mLevels);
             VAL    [$levelsDone=4096bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true]
[L384]              assume v7;
[L385]              $cond := $mLevels;
             VAL    [$cond=8bv32, $levelsDone=4096bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true]
[L262]              v8 := FDIV32(1065353216bv32, FSQRT32(1073741824bv32));
[L263]              havoc v9$1, v9$2;
[L264]              havoc v10$1, v10$2;
[L265]              $activeThreads.0, $midOutPos.0$1, $i.0, $data0.0$1, $data1.0$1 := BV32_SDIV(BV32_SHL(1bv32, BV32_AND($cond, 31bv32)), 2bv32), BV32_UDIV($signalLength, 2bv32), 0bv32, v9$1, v10$1;
[L266]              $midOutPos.0$2, $data0.0$2, $data1.0$2 := BV32_UDIV($signalLength, 2bv32), v9$2, v10$2;
[L267]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L271]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L272]              assert _ATOMIC_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L273]              assert _WRITE_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L274]              assert _READ_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L275]              assert true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L276]              assert (if $activeThreads.0 == BV32_SDIV(BV32_SHL(1bv32, BV32_AND(BV32_SUB($cond, $i.0), 31bv32)), 2bv32) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L277]              assert (if BV32_ULT(v0$1, $activeThreads.0) ==> $midOutPos.0$1 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L278]              assert (if BV32_ULT(v0$2, $activeThreads.0) ==> $midOutPos.0$2 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L279]              assert (if _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(BV32_SHL($midOutPos.0$1, 1bv32), BV32_MUL(v1$1, BV32_SHL($activeThreads.0, 1bv32))), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L280]              assert (if BV32_UGE(v0$1, 16bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(512bv32, BV32_MUL(v1$1, 32bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L281]              assert (if BV32_UGE(v0$1, 8bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(256bv32, BV32_MUL(v1$1, 16bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L282]              assert (if BV32_UGE(v0$1, 4bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(128bv32, BV32_MUL(v1$1, 8bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L283]              assert (if BV32_UGE(v0$1, 2bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(64bv32, BV32_MUL(v1$1, 4bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L284]              assert (if BV32_UGE(v0$1, 1bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(32bv32, BV32_MUL(v1$1, 2bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L285]              assert (if BV32_UGE(v0$1, BV32_SDIV(BV32_SHL(1bv32, BV32_AND($cond, 31bv32)), 2bv32)) ==> BV1_XOR((if _WRITE_HAS_OCCURRED_$$coefsSignal then 1bv1 else 0bv1), 1bv1) == 1bv1 then 1bv1 else 0bv1) != 0bv1;
[L286]              v11 := BV32_ULT($i.0, $cond);
[L287]              p0$1 := false;
[L288]              p0$2 := false;
[L289]              p1$1 := false;
[L290]              p1$2 := false;
[L291]              p2$1 := false;
[L292]              p2$2 := false;
[L293]              p3$1 := false;
[L294]              p3$2 := false;
[L295]              p4$1 := false;
[L296]              p4$2 := false;
[L297]              p5$1 := false;
[L298]              p5$2 := false;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=false, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L323]              assume v11;
[L324]              v12$1 := BV32_ULT(v0$1, $activeThreads.0);
[L325]              v12$2 := BV32_ULT(v0$2, $activeThreads.0);
[L326]              p1$1 := (if v12$1 then v12$1 else p1$1);
[L327]              p1$2 := (if v12$2 then v12$2 else p1$2);
[L328]              p0$1 := (if !v12$1 then !v12$1 else p0$1);
[L329]              p0$2 := (if !v12$2 then !v12$2 else p0$2);
[L330]              $data0.1$1, $data1.1$1 := (if p0$1 then $data0.0$1 else $data0.1$1), (if p0$1 then $data1.0$1 else $data1.1$1);
[L331]              $data0.1$2, $data1.1$2 := (if p0$2 then $data0.0$2 else $data0.1$2), (if p0$2 then $data1.0$2 else $data1.1$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=2097153bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L332]       CALL   call _LOG_READ_$$sharedArray(p1$1, BV32_MUL(2bv32, v0$1), $$sharedArray[1bv1][BV32_MUL(2bv32, v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L716]              _READ_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _READ_HAS_OCCURRED_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L332]       RET    call _LOG_READ_$$sharedArray(p1$1, BV32_MUL(2bv32, v0$1), $$sharedArray[1bv1][BV32_MUL(2bv32, v0$1)]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=2097153bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L333]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=2097153bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L334]       FCALL  call _CHECK_READ_$$sharedArray(p1$2, BV32_MUL(2bv32, v0$2), $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_MUL(2bv32, v0$2)]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=2097153bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L335]              assume true;
[L336]              v13$1 := (if p1$1 then $$sharedArray[1bv1][BV32_MUL(2bv32, v0$1)] else v13$1);
[L337]              v13$2 := (if p1$2 then $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_MUL(2bv32, v0$2)] else v13$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=2097153bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L338]       CALL   call _LOG_READ_$$sharedArray(p1$1, BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32), $$sharedArray[1bv1][BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L716]              _READ_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _READ_HAS_OCCURRED_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L338]       RET    call _LOG_READ_$$sharedArray(p1$1, BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32), $$sharedArray[1bv1][BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32)]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=2097153bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L339]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=2097153bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L340]       FCALL  call _CHECK_READ_$$sharedArray(p1$2, BV32_ADD(BV32_MUL(2bv32, v0$2), 1bv32), $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(BV32_MUL(2bv32, v0$2), 1bv32)]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=2097153bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L341]              assume true;
[L342]              v14$1 := (if p1$1 then $$sharedArray[1bv1][BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32)] else v14$1);
[L343]              v14$2 := (if p1$2 then $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(BV32_MUL(2bv32, v0$2), 1bv32)] else v14$2);
[L344]              $data0.1$1, $data1.1$1 := (if p1$1 then v13$1 else $data0.1$1), (if p1$1 then v14$1 else $data1.1$1);
[L345]              $data0.1$2, $data1.1$2 := (if p1$2 then v13$2 else $data0.1$2), (if p1$2 then v14$2 else $data1.1$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L349]       CALL   call $bugle_barrier_duplicated_1(1bv1, 0bv1);
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L439-L440]         requires $0 == 1bv1;
[L439-L441]         requires $1 == 0bv1;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L868]              assume true;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L872]              assume $0 != 0bv1 ==> !_READ_HAS_OCCURRED_$$sharedArray;
[L873]              assume $0 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$sharedArray;
[L874]              assume $0 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L917]              assume $0 != 0bv1 || $0 != 0bv1;
[L918]              havoc $$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L885]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$coefsSignal;
[L886]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$coefsSignal;
[L887]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L891]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$AverageSignal;
[L892]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$AverageSignal;
[L893]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L900]              assume !(group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && ($1 != 0bv1 || $1 != 0bv1));
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L904]              havoc _TRACKING;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L349]       RET    call $bugle_barrier_duplicated_1(1bv1, 0bv1);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L350]              v15$1 := BV32_ULT(v0$1, $activeThreads.0);
[L351]              v15$2 := BV32_ULT(v0$2, $activeThreads.0);
[L352]              p3$1 := (if v15$1 then v15$1 else p3$1);
[L353]              p3$2 := (if v15$2 then v15$2 else p3$2);
[L354]              p2$1 := (if !v15$1 then !v15$1 else p2$1);
[L355]              p2$2 := (if !v15$2 then !v15$2 else p2$2);
[L356]              $midOutPos.1$1 := (if p2$1 then $midOutPos.0$1 else $midOutPos.1$1);
[L357]              $midOutPos.1$2 := (if p2$2 then $midOutPos.0$2 else $midOutPos.1$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L358]       CALL   call _LOG_WRITE_$$sharedArray(p3$1, v0$1, FMUL32(FADD32($data0.1$1, $data1.1$1), v8), $$sharedArray[1bv1][v0$1]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=16384bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=16384bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=0bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L358]       RET    call _LOG_WRITE_$$sharedArray(p3$1, v0$1, FMUL32(FADD32($data0.1$1, $data1.1$1), v8), $$sharedArray[1bv1][v0$1]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L359]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(p3$2, v0$2);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L359]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(p3$2, v0$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L360]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L361]       FCALL  call _CHECK_WRITE_$$sharedArray(p3$2, v0$2, FMUL32(FADD32($data0.1$2, $data1.1$2), v8));
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L362]              assume true;
[L363]              $$sharedArray[1bv1][v0$1] := (if p3$1 then FMUL32(FADD32($data0.1$1, $data1.1$1), v8) else $$sharedArray[1bv1][v0$1]);
[L364]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2] := (if p3$2 then FMUL32(FADD32($data0.1$2, $data1.1$2), v8) else $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L365]       CALL   call _LOG_WRITE_$$coefsSignal(p3$1, BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1), FMUL32(FSUB32($data0.1$1, $data1.1$1), v8), $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=0bv32, _value_old=1048576bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$coefsSignal)=false, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=false]
[L571]              _WRITE_HAS_OCCURRED_$$coefsSignal := (if _P && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$coefsSignal == _value then true else _WRITE_HAS_OCCURRED_$$coefsSignal);
[L572]              _WRITE_READ_BENIGN_FLAG_$$coefsSignal := (if _P && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$coefsSignal == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$coefsSignal);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=0bv32, _value_old=1048576bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$coefsSignal)=false, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=false]
[L365]       RET    call _LOG_WRITE_$$coefsSignal(p3$1, BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1), FMUL32(FSUB32($data0.1$1, $data1.1$1), v8), $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L366]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$coefsSignal(p3$2, BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2));
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=true]
[L615]              _WRITE_READ_BENIGN_FLAG_$$coefsSignal := (if _P && _WRITE_HAS_OCCURRED_$$coefsSignal && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$coefsSignal);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=true]
[L366]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$coefsSignal(p3$2, BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2));
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L367]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L368]       FCALL  call _CHECK_WRITE_$$coefsSignal(p3$2, BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2), FMUL32(FSUB32($data0.1$2, $data1.1$2), v8));
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L369]              assume true;
[L370]              $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)] := (if p3$1 then FMUL32(FSUB32($data0.1$1, $data1.1$1), v8) else $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)]);
[L371]              $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2)] := (if p3$2 then FMUL32(FSUB32($data0.1$2, $data1.1$2), v8) else $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2)]);
[L372]              $midOutPos.1$1 := (if p3$1 then BV32_LSHR($midOutPos.0$1, 1bv32) else $midOutPos.1$1);
[L373]              $midOutPos.1$2 := (if p3$2 then BV32_LSHR($midOutPos.0$2, 1bv32) else $midOutPos.1$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L377]       CALL   call $bugle_barrier_duplicated_2(1bv1, 0bv1);
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L446-L447]         requires $0 == 1bv1;
[L446-L448]         requires $1 == 0bv1;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L938]              assume true;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L942]              assume $0 != 0bv1 ==> !_READ_HAS_OCCURRED_$$sharedArray;
[L943]              assume $0 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$sharedArray;
[L944]              assume $0 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L987]              assume $0 != 0bv1 || $0 != 0bv1;
[L988]              havoc $$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L955]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$coefsSignal;
[L956]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$coefsSignal;
[L957]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L961]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$AverageSignal;
[L962]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$AverageSignal;
[L963]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L970]              assume !(group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && ($1 != 0bv1 || $1 != 0bv1));
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L974]              havoc _TRACKING;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L377]       RET    call $bugle_barrier_duplicated_2(1bv1, 0bv1);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=33554432bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L378]              $activeThreads.0, $midOutPos.0$1, $i.0, $data0.0$1, $data1.0$1 := BV32_LSHR($activeThreads.0, 1bv32), $midOutPos.1$1, BV32_ADD($i.0, 1bv32), $data0.1$1, $data1.1$1;
[L379]              $midOutPos.0$2, $data0.0$2, $data1.0$2 := $midOutPos.1$2, $data0.1$2, $data1.1$2;
[L380]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L271]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L272]              assert _ATOMIC_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L273]              assert _WRITE_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L274]              assert _READ_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L275]              assert true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L276]              assert (if $activeThreads.0 == BV32_SDIV(BV32_SHL(1bv32, BV32_AND(BV32_SUB($cond, $i.0), 31bv32)), 2bv32) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L277]              assert (if BV32_ULT(v0$1, $activeThreads.0) ==> $midOutPos.0$1 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L278]              assert (if BV32_ULT(v0$2, $activeThreads.0) ==> $midOutPos.0$2 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L279]              assert (if _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(BV32_SHL($midOutPos.0$1, 1bv32), BV32_MUL(v1$1, BV32_SHL($activeThreads.0, 1bv32))), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L280]              assert (if BV32_UGE(v0$1, 16bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(512bv32, BV32_MUL(v1$1, 32bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L281]              assert (if BV32_UGE(v0$1, 8bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(256bv32, BV32_MUL(v1$1, 16bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]
[L282]              assert (if BV32_UGE(v0$1, 4bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(128bv32, BV32_MUL(v1$1, 8bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4096bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=525313bv32, $t1.0$1=524352bv32, $t1.0$2=525313bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=16384bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=525313bv32, v4$1=524352bv32, v4$2=525313bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=33554432bv32]

[2017-09-08 21:39:27,716 INFO  L164             ResultUtil]:   - CounterExampleResult [Line: 283]: assertion can be violated
[2017-09-08 21:39:27,716 INFO  L168             ResultUtil]:     assertion can be violated
We found a FailurePath: 
[L109-L110]         requires (if $signalLength == 1024bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L111]         requires (if $tLevels == 6bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L112]         requires (if $mLevels == 8bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L113]         requires !_READ_HAS_OCCURRED_$$inSignal && !_WRITE_HAS_OCCURRED_$$inSignal && !_ATOMIC_HAS_OCCURRED_$$inSignal;
[L109-L114]         requires !_READ_HAS_OCCURRED_$$coefsSignal && !_WRITE_HAS_OCCURRED_$$coefsSignal && !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
[L109-L115]         requires !_READ_HAS_OCCURRED_$$AverageSignal && !_WRITE_HAS_OCCURRED_$$AverageSignal && !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
[L109-L116]         requires !_READ_HAS_OCCURRED_$$sharedArray && !_WRITE_HAS_OCCURRED_$$sharedArray && !_ATOMIC_HAS_OCCURRED_$$sharedArray;
[L109-L117]         requires BV32_SGT(group_size_x, 0bv32);
[L109-L118]         requires BV32_SGT(num_groups_x, 0bv32);
[L109-L119]         requires BV32_SGE(group_id_x$1, 0bv32);
[L109-L120]         requires BV32_SGE(group_id_x$2, 0bv32);
[L109-L121]         requires BV32_SLT(group_id_x$1, num_groups_x);
[L109-L122]         requires BV32_SLT(group_id_x$2, num_groups_x);
[L109-L123]         requires BV32_SGE(local_id_x$1, 0bv32);
[L109-L124]         requires BV32_SGE(local_id_x$2, 0bv32);
[L109-L125]         requires BV32_SLT(local_id_x$1, group_size_x);
[L109-L126]         requires BV32_SLT(local_id_x$2, group_size_x);
[L109-L127]         requires BV32_SGT(group_size_y, 0bv32);
[L109-L128]         requires BV32_SGT(num_groups_y, 0bv32);
[L109-L129]         requires BV32_SGE(group_id_y$1, 0bv32);
[L109-L130]         requires BV32_SGE(group_id_y$2, 0bv32);
[L109-L131]         requires BV32_SLT(group_id_y$1, num_groups_y);
[L109-L132]         requires BV32_SLT(group_id_y$2, num_groups_y);
[L109-L133]         requires BV32_SGE(local_id_y$1, 0bv32);
[L109-L134]         requires BV32_SGE(local_id_y$2, 0bv32);
[L109-L135]         requires BV32_SLT(local_id_y$1, group_size_y);
[L109-L136]         requires BV32_SLT(local_id_y$2, group_size_y);
[L109-L137]         requires BV32_SGT(group_size_z, 0bv32);
[L109-L138]         requires BV32_SGT(num_groups_z, 0bv32);
[L109-L139]         requires BV32_SGE(group_id_z$1, 0bv32);
[L109-L140]         requires BV32_SGE(group_id_z$2, 0bv32);
[L109-L141]         requires BV32_SLT(group_id_z$1, num_groups_z);
[L109-L142]         requires BV32_SLT(group_id_z$2, num_groups_z);
[L109-L143]         requires BV32_SGE(local_id_z$1, 0bv32);
[L109-L144]         requires BV32_SGE(local_id_z$2, 0bv32);
[L109-L145]         requires BV32_SLT(local_id_z$1, group_size_z);
[L109-L146]         requires BV32_SLT(local_id_z$2, group_size_z);
[L109-L147]         requires group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> local_id_x$1 != local_id_x$2 || local_id_y$1 != local_id_y$2 || local_id_z$1 != local_id_z$2;
             VAL    [$mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false]
[L218]              v0$1 := local_id_x$1;
[L219]              v0$2 := local_id_x$2;
[L220]              v1$1 := group_id_x$1;
[L221]              v1$2 := group_id_x$2;
[L222]              v2 := group_size_x;
[L223]              havoc v3$1, v3$2;
[L224]              havoc v4$1, v4$2;
[L225]              v5 := 0bv32 == $levelsDone;
             VAL    [$levelsDone=2048bv32, $mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v5=false]
[L229]              assume !v5;
[L230]              $t0.0$1, $t1.0$1 := v3$1, v4$1;
[L231]              $t0.0$2, $t1.0$2 := v3$2, v4$2;
             VAL    [$levelsDone=2048bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false]
[L235]       CALL   call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=1073741824bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _value_old=8bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=true]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=1073741824bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=8bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=true]
[L235]       RET    call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [$levelsDone=2048bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false]
[L236]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=true]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=true]
[L236]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [$levelsDone=2048bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false]
[L237]              assume true;
             VAL    [$levelsDone=2048bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false]
[L238]       FCALL  call _CHECK_WRITE_$$sharedArray(true, v0$2, $t0.0$2);
             VAL    [$levelsDone=2048bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false]
[L239]              assume true;
[L240]              $$sharedArray[1bv1][v0$1] := $t0.0$1;
[L241]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2] := $t0.0$2;
             VAL    [$levelsDone=2048bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false]
[L242]       CALL   call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=1073741824bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=1bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=true]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=1073741824bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=1bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=true]
[L242]       RET    call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [$levelsDone=2048bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false]
[L243]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=true]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=true]
[L243]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [$levelsDone=2048bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false]
[L244]              assume true;
             VAL    [$levelsDone=2048bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false]
[L245]       FCALL  call _CHECK_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$2), $t1.0$2);
             VAL    [$levelsDone=2048bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false]
[L246]              assume true;
[L247]              $$sharedArray[1bv1][BV32_ADD(v2, v0$1)] := $t1.0$1;
[L248]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(v2, v0$2)] := $t1.0$2;
             VAL    [$levelsDone=2048bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false]
[L252]       CALL   call $bugle_barrier_duplicated_0(1bv1, 0bv1);
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L432-L433]         requires $0 == 1bv1;
[L432-L434]         requires $1 == 0bv1;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L798]              assume true;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L802]              assume $0 != 0bv1 ==> !_READ_HAS_OCCURRED_$$sharedArray;
[L803]              assume $0 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$sharedArray;
[L804]              assume $0 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L847]              assume $0 != 0bv1 || $0 != 0bv1;
[L848]              havoc $$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L815]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$coefsSignal;
[L816]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$coefsSignal;
[L817]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L821]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$AverageSignal;
[L822]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$AverageSignal;
[L823]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L830]              assume !(group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && ($1 != 0bv1 || $1 != 0bv1));
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L834]              havoc _TRACKING;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L252]       RET    call $bugle_barrier_duplicated_0(1bv1, 0bv1);
             VAL    [$levelsDone=2048bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false]
[L253]              v7 := BV32_UGT($tLevels, $mLevels);
             VAL    [$levelsDone=2048bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true]
[L384]              assume v7;
[L385]              $cond := $mLevels;
             VAL    [$cond=8bv32, $levelsDone=2048bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true]
[L262]              v8 := FDIV32(1065353216bv32, FSQRT32(1073741824bv32));
[L263]              havoc v9$1, v9$2;
[L264]              havoc v10$1, v10$2;
[L265]              $activeThreads.0, $midOutPos.0$1, $i.0, $data0.0$1, $data1.0$1 := BV32_SDIV(BV32_SHL(1bv32, BV32_AND($cond, 31bv32)), 2bv32), BV32_UDIV($signalLength, 2bv32), 0bv32, v9$1, v10$1;
[L266]              $midOutPos.0$2, $data0.0$2, $data1.0$2 := BV32_UDIV($signalLength, 2bv32), v9$2, v10$2;
[L267]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L271]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L272]              assert _ATOMIC_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L273]              assert _WRITE_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L274]              assert _READ_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L275]              assert true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L276]              assert (if $activeThreads.0 == BV32_SDIV(BV32_SHL(1bv32, BV32_AND(BV32_SUB($cond, $i.0), 31bv32)), 2bv32) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L277]              assert (if BV32_ULT(v0$1, $activeThreads.0) ==> $midOutPos.0$1 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L278]              assert (if BV32_ULT(v0$2, $activeThreads.0) ==> $midOutPos.0$2 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L279]              assert (if _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(BV32_SHL($midOutPos.0$1, 1bv32), BV32_MUL(v1$1, BV32_SHL($activeThreads.0, 1bv32))), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L280]              assert (if BV32_UGE(v0$1, 16bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(512bv32, BV32_MUL(v1$1, 32bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L281]              assert (if BV32_UGE(v0$1, 8bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(256bv32, BV32_MUL(v1$1, 16bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L282]              assert (if BV32_UGE(v0$1, 4bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(128bv32, BV32_MUL(v1$1, 8bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L283]              assert (if BV32_UGE(v0$1, 2bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(64bv32, BV32_MUL(v1$1, 4bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L284]              assert (if BV32_UGE(v0$1, 1bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(32bv32, BV32_MUL(v1$1, 2bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L285]              assert (if BV32_UGE(v0$1, BV32_SDIV(BV32_SHL(1bv32, BV32_AND($cond, 31bv32)), 2bv32)) ==> BV1_XOR((if _WRITE_HAS_OCCURRED_$$coefsSignal then 1bv1 else 0bv1), 1bv1) == 1bv1 then 1bv1 else 0bv1) != 0bv1;
[L286]              v11 := BV32_ULT($i.0, $cond);
[L287]              p0$1 := false;
[L288]              p0$2 := false;
[L289]              p1$1 := false;
[L290]              p1$2 := false;
[L291]              p2$1 := false;
[L292]              p2$2 := false;
[L293]              p3$1 := false;
[L294]              p3$2 := false;
[L295]              p4$1 := false;
[L296]              p4$2 := false;
[L297]              p5$1 := false;
[L298]              p5$2 := false;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=false, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L323]              assume v11;
[L324]              v12$1 := BV32_ULT(v0$1, $activeThreads.0);
[L325]              v12$2 := BV32_ULT(v0$2, $activeThreads.0);
[L326]              p1$1 := (if v12$1 then v12$1 else p1$1);
[L327]              p1$2 := (if v12$2 then v12$2 else p1$2);
[L328]              p0$1 := (if !v12$1 then !v12$1 else p0$1);
[L329]              p0$2 := (if !v12$2 then !v12$2 else p0$2);
[L330]              $data0.1$1, $data1.1$1 := (if p0$1 then $data0.0$1 else $data0.1$1), (if p0$1 then $data1.0$1 else $data1.1$1);
[L331]              $data0.1$2, $data1.1$2 := (if p0$2 then $data0.0$2 else $data0.1$2), (if p0$2 then $data1.0$2 else $data1.1$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=1bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L332]       CALL   call _LOG_READ_$$sharedArray(p1$1, BV32_MUL(2bv32, v0$1), $$sharedArray[1bv1][BV32_MUL(2bv32, v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=2048bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L716]              _READ_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _READ_HAS_OCCURRED_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=2048bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L332]       RET    call _LOG_READ_$$sharedArray(p1$1, BV32_MUL(2bv32, v0$1), $$sharedArray[1bv1][BV32_MUL(2bv32, v0$1)]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=1bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L333]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=1bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L334]       FCALL  call _CHECK_READ_$$sharedArray(p1$2, BV32_MUL(2bv32, v0$2), $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_MUL(2bv32, v0$2)]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=1bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L335]              assume true;
[L336]              v13$1 := (if p1$1 then $$sharedArray[1bv1][BV32_MUL(2bv32, v0$1)] else v13$1);
[L337]              v13$2 := (if p1$2 then $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_MUL(2bv32, v0$2)] else v13$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=1bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L338]       CALL   call _LOG_READ_$$sharedArray(p1$1, BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32), $$sharedArray[1bv1][BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L716]              _READ_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _READ_HAS_OCCURRED_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L338]       RET    call _LOG_READ_$$sharedArray(p1$1, BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32), $$sharedArray[1bv1][BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32)]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=1bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L339]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=1bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L340]       FCALL  call _CHECK_READ_$$sharedArray(p1$2, BV32_ADD(BV32_MUL(2bv32, v0$2), 1bv32), $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(BV32_MUL(2bv32, v0$2), 1bv32)]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=1bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L341]              assume true;
[L342]              v14$1 := (if p1$1 then $$sharedArray[1bv1][BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32)] else v14$1);
[L343]              v14$2 := (if p1$2 then $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(BV32_MUL(2bv32, v0$2), 1bv32)] else v14$2);
[L344]              $data0.1$1, $data1.1$1 := (if p1$1 then v13$1 else $data0.1$1), (if p1$1 then v14$1 else $data1.1$1);
[L345]              $data0.1$2, $data1.1$2 := (if p1$2 then v13$2 else $data0.1$2), (if p1$2 then v14$2 else $data1.1$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L349]       CALL   call $bugle_barrier_duplicated_1(1bv1, 0bv1);
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L439-L440]         requires $0 == 1bv1;
[L439-L441]         requires $1 == 0bv1;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L868]              assume true;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L872]              assume $0 != 0bv1 ==> !_READ_HAS_OCCURRED_$$sharedArray;
[L873]              assume $0 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$sharedArray;
[L874]              assume $0 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L917]              assume $0 != 0bv1 || $0 != 0bv1;
[L918]              havoc $$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L885]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$coefsSignal;
[L886]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$coefsSignal;
[L887]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L891]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$AverageSignal;
[L892]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$AverageSignal;
[L893]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L900]              assume !(group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && ($1 != 0bv1 || $1 != 0bv1));
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L904]              havoc _TRACKING;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L349]       RET    call $bugle_barrier_duplicated_1(1bv1, 0bv1);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L350]              v15$1 := BV32_ULT(v0$1, $activeThreads.0);
[L351]              v15$2 := BV32_ULT(v0$2, $activeThreads.0);
[L352]              p3$1 := (if v15$1 then v15$1 else p3$1);
[L353]              p3$2 := (if v15$2 then v15$2 else p3$2);
[L354]              p2$1 := (if !v15$1 then !v15$1 else p2$1);
[L355]              p2$2 := (if !v15$2 then !v15$2 else p2$2);
[L356]              $midOutPos.1$1 := (if p2$1 then $midOutPos.0$1 else $midOutPos.1$1);
[L357]              $midOutPos.1$2 := (if p2$2 then $midOutPos.0$2 else $midOutPos.1$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L358]       CALL   call _LOG_WRITE_$$sharedArray(p3$1, v0$1, FMUL32(FADD32($data0.1$1, $data1.1$1), v8), $$sharedArray[1bv1][v0$1]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=1073741824bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=true]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=1073741824bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=0bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=true]
[L358]       RET    call _LOG_WRITE_$$sharedArray(p3$1, v0$1, FMUL32(FADD32($data0.1$1, $data1.1$1), v8), $$sharedArray[1bv1][v0$1]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L359]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(p3$2, v0$2);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=true]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=true]
[L359]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(p3$2, v0$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L360]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L361]       FCALL  call _CHECK_WRITE_$$sharedArray(p3$2, v0$2, FMUL32(FADD32($data0.1$2, $data1.1$2), v8));
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L362]              assume true;
[L363]              $$sharedArray[1bv1][v0$1] := (if p3$1 then FMUL32(FADD32($data0.1$1, $data1.1$1), v8) else $$sharedArray[1bv1][v0$1]);
[L364]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2] := (if p3$2 then FMUL32(FADD32($data0.1$2, $data1.1$2), v8) else $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L365]       CALL   call _LOG_WRITE_$$coefsSignal(p3$1, BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1), FMUL32(FSUB32($data0.1$1, $data1.1$1), v8), $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=0bv32, _value_old=8388608bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_HAS_OCCURRED_$$coefsSignal)=false, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=false]
[L571]              _WRITE_HAS_OCCURRED_$$coefsSignal := (if _P && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$coefsSignal == _value then true else _WRITE_HAS_OCCURRED_$$coefsSignal);
[L572]              _WRITE_READ_BENIGN_FLAG_$$coefsSignal := (if _P && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$coefsSignal == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$coefsSignal);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=0bv32, _value_old=8388608bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_HAS_OCCURRED_$$coefsSignal)=false, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=false]
[L365]       RET    call _LOG_WRITE_$$coefsSignal(p3$1, BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1), FMUL32(FSUB32($data0.1$1, $data1.1$1), v8), $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L366]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$coefsSignal(p3$2, BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2));
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=true]
[L615]              _WRITE_READ_BENIGN_FLAG_$$coefsSignal := (if _P && _WRITE_HAS_OCCURRED_$$coefsSignal && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$coefsSignal);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=true]
[L366]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$coefsSignal(p3$2, BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2));
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L367]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L368]       FCALL  call _CHECK_WRITE_$$coefsSignal(p3$2, BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2), FMUL32(FSUB32($data0.1$2, $data1.1$2), v8));
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L369]              assume true;
[L370]              $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)] := (if p3$1 then FMUL32(FSUB32($data0.1$1, $data1.1$1), v8) else $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)]);
[L371]              $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2)] := (if p3$2 then FMUL32(FSUB32($data0.1$2, $data1.1$2), v8) else $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2)]);
[L372]              $midOutPos.1$1 := (if p3$1 then BV32_LSHR($midOutPos.0$1, 1bv32) else $midOutPos.1$1);
[L373]              $midOutPos.1$2 := (if p3$2 then BV32_LSHR($midOutPos.0$2, 1bv32) else $midOutPos.1$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L377]       CALL   call $bugle_barrier_duplicated_2(1bv1, 0bv1);
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=true]
[L446-L447]         requires $0 == 1bv1;
[L446-L448]         requires $1 == 0bv1;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=true]
[L938]              assume true;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=true]
[L942]              assume $0 != 0bv1 ==> !_READ_HAS_OCCURRED_$$sharedArray;
[L943]              assume $0 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$sharedArray;
[L944]              assume $0 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=true]
[L987]              assume $0 != 0bv1 || $0 != 0bv1;
[L988]              havoc $$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=true]
[L955]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$coefsSignal;
[L956]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$coefsSignal;
[L957]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=true]
[L961]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$AverageSignal;
[L962]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$AverageSignal;
[L963]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=true]
[L970]              assume !(group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && ($1 != 0bv1 || $1 != 0bv1));
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=true]
[L974]              havoc _TRACKING;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=true]
[L377]       RET    call $bugle_barrier_duplicated_2(1bv1, 0bv1);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2048bv32, $midOutPos.0$1=64bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L378]              $activeThreads.0, $midOutPos.0$1, $i.0, $data0.0$1, $data1.0$1 := BV32_LSHR($activeThreads.0, 1bv32), $midOutPos.1$1, BV32_ADD($i.0, 1bv32), $data0.1$1, $data1.1$1;
[L379]              $midOutPos.0$2, $data0.0$2, $data1.0$2 := $midOutPos.1$2, $data0.1$2, $data1.1$2;
[L380]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=2048bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2bv32, $levelsDone=2048bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L271]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=2048bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2bv32, $levelsDone=2048bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L272]              assert _ATOMIC_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=2048bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2bv32, $levelsDone=2048bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L273]              assert _WRITE_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=2048bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2bv32, $levelsDone=2048bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L274]              assert _READ_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=2048bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2bv32, $levelsDone=2048bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L275]              assert true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=2048bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2bv32, $levelsDone=2048bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L276]              assert (if $activeThreads.0 == BV32_SDIV(BV32_SHL(1bv32, BV32_AND(BV32_SUB($cond, $i.0), 31bv32)), 2bv32) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=2048bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2bv32, $levelsDone=2048bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L277]              assert (if BV32_ULT(v0$1, $activeThreads.0) ==> $midOutPos.0$1 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=2048bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2bv32, $levelsDone=2048bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L278]              assert (if BV32_ULT(v0$2, $activeThreads.0) ==> $midOutPos.0$2 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=2048bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2bv32, $levelsDone=2048bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L279]              assert (if _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(BV32_SHL($midOutPos.0$1, 1bv32), BV32_MUL(v1$1, BV32_SHL($activeThreads.0, 1bv32))), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=2048bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2bv32, $levelsDone=2048bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L280]              assert (if BV32_UGE(v0$1, 16bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(512bv32, BV32_MUL(v1$1, 32bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=2048bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2bv32, $levelsDone=2048bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L281]              assert (if BV32_UGE(v0$1, 8bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(256bv32, BV32_MUL(v1$1, 16bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=2048bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2bv32, $levelsDone=2048bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L282]              assert (if BV32_UGE(v0$1, 4bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(128bv32, BV32_MUL(v1$1, 8bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=2048bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2bv32, $levelsDone=2048bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L283]              assert (if BV32_UGE(v0$1, 2bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(64bv32, BV32_MUL(v1$1, 4bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=2048bv32, $data0.0$2=0bv32, $data0.1$1=2048bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2bv32, $levelsDone=2048bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=64bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=64bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=1073741824bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=2048bv32, v13$2=33554432bv32, v14$1=0bv32, v14$2=134217728bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]

[2017-09-08 21:39:27,866 INFO  L164             ResultUtil]:   - PositiveResult [Line: 446]: procedure precondition always holds
[2017-09-08 21:39:27,866 INFO  L168             ResultUtil]:     For all program executions holds that procedure precondition always holds at this location
[2017-09-08 21:39:27,866 INFO  L164             ResultUtil]:   - CounterExampleResult [Line: 279]: assertion can be violated
[2017-09-08 21:39:27,866 INFO  L168             ResultUtil]:     assertion can be violated
We found a FailurePath: 
[L109-L110]         requires (if $signalLength == 1024bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L111]         requires (if $tLevels == 6bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L112]         requires (if $mLevels == 8bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L113]         requires !_READ_HAS_OCCURRED_$$inSignal && !_WRITE_HAS_OCCURRED_$$inSignal && !_ATOMIC_HAS_OCCURRED_$$inSignal;
[L109-L114]         requires !_READ_HAS_OCCURRED_$$coefsSignal && !_WRITE_HAS_OCCURRED_$$coefsSignal && !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
[L109-L115]         requires !_READ_HAS_OCCURRED_$$AverageSignal && !_WRITE_HAS_OCCURRED_$$AverageSignal && !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
[L109-L116]         requires !_READ_HAS_OCCURRED_$$sharedArray && !_WRITE_HAS_OCCURRED_$$sharedArray && !_ATOMIC_HAS_OCCURRED_$$sharedArray;
[L109-L117]         requires BV32_SGT(group_size_x, 0bv32);
[L109-L118]         requires BV32_SGT(num_groups_x, 0bv32);
[L109-L119]         requires BV32_SGE(group_id_x$1, 0bv32);
[L109-L120]         requires BV32_SGE(group_id_x$2, 0bv32);
[L109-L121]         requires BV32_SLT(group_id_x$1, num_groups_x);
[L109-L122]         requires BV32_SLT(group_id_x$2, num_groups_x);
[L109-L123]         requires BV32_SGE(local_id_x$1, 0bv32);
[L109-L124]         requires BV32_SGE(local_id_x$2, 0bv32);
[L109-L125]         requires BV32_SLT(local_id_x$1, group_size_x);
[L109-L126]         requires BV32_SLT(local_id_x$2, group_size_x);
[L109-L127]         requires BV32_SGT(group_size_y, 0bv32);
[L109-L128]         requires BV32_SGT(num_groups_y, 0bv32);
[L109-L129]         requires BV32_SGE(group_id_y$1, 0bv32);
[L109-L130]         requires BV32_SGE(group_id_y$2, 0bv32);
[L109-L131]         requires BV32_SLT(group_id_y$1, num_groups_y);
[L109-L132]         requires BV32_SLT(group_id_y$2, num_groups_y);
[L109-L133]         requires BV32_SGE(local_id_y$1, 0bv32);
[L109-L134]         requires BV32_SGE(local_id_y$2, 0bv32);
[L109-L135]         requires BV32_SLT(local_id_y$1, group_size_y);
[L109-L136]         requires BV32_SLT(local_id_y$2, group_size_y);
[L109-L137]         requires BV32_SGT(group_size_z, 0bv32);
[L109-L138]         requires BV32_SGT(num_groups_z, 0bv32);
[L109-L139]         requires BV32_SGE(group_id_z$1, 0bv32);
[L109-L140]         requires BV32_SGE(group_id_z$2, 0bv32);
[L109-L141]         requires BV32_SLT(group_id_z$1, num_groups_z);
[L109-L142]         requires BV32_SLT(group_id_z$2, num_groups_z);
[L109-L143]         requires BV32_SGE(local_id_z$1, 0bv32);
[L109-L144]         requires BV32_SGE(local_id_z$2, 0bv32);
[L109-L145]         requires BV32_SLT(local_id_z$1, group_size_z);
[L109-L146]         requires BV32_SLT(local_id_z$2, group_size_z);
[L109-L147]         requires group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> local_id_x$1 != local_id_x$2 || local_id_y$1 != local_id_y$2 || local_id_z$1 != local_id_z$2;
             VAL    [$mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false]
[L218]              v0$1 := local_id_x$1;
[L219]              v0$2 := local_id_x$2;
[L220]              v1$1 := group_id_x$1;
[L221]              v1$2 := group_id_x$2;
[L222]              v2 := group_size_x;
[L223]              havoc v3$1, v3$2;
[L224]              havoc v4$1, v4$2;
[L225]              v5 := 0bv32 == $levelsDone;
             VAL    [$levelsDone=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v2=512bv32, v5=false]
[L229]              assume !v5;
[L230]              $t0.0$1, $t1.0$1 := v3$1, v4$1;
[L231]              $t0.0$2, $t1.0$2 := v3$2, v4$2;
             VAL    [$levelsDone=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L235]       CALL   call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _value_old=65536bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=true]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=65536bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=true]
[L235]       RET    call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [$levelsDone=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L236]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2147483648bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=true]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2147483648bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=true]
[L236]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [$levelsDone=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L237]              assume true;
             VAL    [$levelsDone=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L238]       FCALL  call _CHECK_WRITE_$$sharedArray(true, v0$2, $t0.0$2);
             VAL    [$levelsDone=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L239]              assume true;
[L240]              $$sharedArray[1bv1][v0$1] := $t0.0$1;
[L241]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2] := $t0.0$2;
             VAL    [$levelsDone=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L242]       CALL   call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=1bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=true]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=1bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=true]
[L242]       RET    call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [$levelsDone=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L243]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2147483648bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=true]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2147483648bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=true]
[L243]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [$levelsDone=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L244]              assume true;
             VAL    [$levelsDone=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L245]       FCALL  call _CHECK_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$2), $t1.0$2);
             VAL    [$levelsDone=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L246]              assume true;
[L247]              $$sharedArray[1bv1][BV32_ADD(v2, v0$1)] := $t1.0$1;
[L248]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(v2, v0$2)] := $t1.0$2;
             VAL    [$levelsDone=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L252]       CALL   call $bugle_barrier_duplicated_0(1bv1, 0bv1);
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L432-L433]         requires $0 == 1bv1;
[L432-L434]         requires $1 == 0bv1;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L798]              assume true;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L802]              assume $0 != 0bv1 ==> !_READ_HAS_OCCURRED_$$sharedArray;
[L803]              assume $0 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$sharedArray;
[L804]              assume $0 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L847]              assume $0 != 0bv1 || $0 != 0bv1;
[L848]              havoc $$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L815]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$coefsSignal;
[L816]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$coefsSignal;
[L817]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L821]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$AverageSignal;
[L822]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$AverageSignal;
[L823]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L830]              assume !(group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && ($1 != 0bv1 || $1 != 0bv1));
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L834]              havoc _TRACKING;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L252]       RET    call $bugle_barrier_duplicated_0(1bv1, 0bv1);
             VAL    [$levelsDone=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L253]              v7 := BV32_UGT($tLevels, $mLevels);
             VAL    [$levelsDone=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true]
[L384]              assume v7;
[L385]              $cond := $mLevels;
             VAL    [$cond=8bv32, $levelsDone=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true]
[L262]              v8 := FDIV32(1065353216bv32, FSQRT32(1073741824bv32));
[L263]              havoc v9$1, v9$2;
[L264]              havoc v10$1, v10$2;
[L265]              $activeThreads.0, $midOutPos.0$1, $i.0, $data0.0$1, $data1.0$1 := BV32_SDIV(BV32_SHL(1bv32, BV32_AND($cond, 31bv32)), 2bv32), BV32_UDIV($signalLength, 2bv32), 0bv32, v9$1, v10$1;
[L266]              $midOutPos.0$2, $data0.0$2, $data1.0$2 := BV32_UDIV($signalLength, 2bv32), v9$2, v10$2;
[L267]              assume true;
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L271]              assume true;
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L272]              assert _ATOMIC_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L273]              assert _WRITE_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L274]              assert _READ_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L275]              assert true;
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L276]              assert (if $activeThreads.0 == BV32_SDIV(BV32_SHL(1bv32, BV32_AND(BV32_SUB($cond, $i.0), 31bv32)), 2bv32) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L277]              assert (if BV32_ULT(v0$1, $activeThreads.0) ==> $midOutPos.0$1 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L278]              assert (if BV32_ULT(v0$2, $activeThreads.0) ==> $midOutPos.0$2 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L279]              assert (if _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(BV32_SHL($midOutPos.0$1, 1bv32), BV32_MUL(v1$1, BV32_SHL($activeThreads.0, 1bv32))), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L280]              assert (if BV32_UGE(v0$1, 16bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(512bv32, BV32_MUL(v1$1, 32bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L281]              assert (if BV32_UGE(v0$1, 8bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(256bv32, BV32_MUL(v1$1, 16bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L282]              assert (if BV32_UGE(v0$1, 4bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(128bv32, BV32_MUL(v1$1, 8bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L283]              assert (if BV32_UGE(v0$1, 2bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(64bv32, BV32_MUL(v1$1, 4bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L284]              assert (if BV32_UGE(v0$1, 1bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(32bv32, BV32_MUL(v1$1, 2bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L285]              assert (if BV32_UGE(v0$1, BV32_SDIV(BV32_SHL(1bv32, BV32_AND($cond, 31bv32)), 2bv32)) ==> BV1_XOR((if _WRITE_HAS_OCCURRED_$$coefsSignal then 1bv1 else 0bv1), 1bv1) == 1bv1 then 1bv1 else 0bv1) != 0bv1;
[L286]              v11 := BV32_ULT($i.0, $cond);
[L287]              p0$1 := false;
[L288]              p0$2 := false;
[L289]              p1$1 := false;
[L290]              p1$2 := false;
[L291]              p2$1 := false;
[L292]              p2$2 := false;
[L293]              p3$1 := false;
[L294]              p3$2 := false;
[L295]              p4$1 := false;
[L296]              p4$2 := false;
[L297]              p5$1 := false;
[L298]              p5$2 := false;
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=false, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L323]              assume v11;
[L324]              v12$1 := BV32_ULT(v0$1, $activeThreads.0);
[L325]              v12$2 := BV32_ULT(v0$2, $activeThreads.0);
[L326]              p1$1 := (if v12$1 then v12$1 else p1$1);
[L327]              p1$2 := (if v12$2 then v12$2 else p1$2);
[L328]              p0$1 := (if !v12$1 then !v12$1 else p0$1);
[L329]              p0$2 := (if !v12$2 then !v12$2 else p0$2);
[L330]              $data0.1$1, $data1.1$1 := (if p0$1 then $data0.0$1 else $data0.1$1), (if p0$1 then $data1.0$1 else $data1.1$1);
[L331]              $data0.1$2, $data1.1$2 := (if p0$2 then $data0.0$2 else $data0.1$2), (if p0$2 then $data1.0$2 else $data1.1$2);
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=8bv32, $data0.1$2=1bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=2147483648bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L332]       CALL   call _LOG_READ_$$sharedArray(p1$1, BV32_MUL(2bv32, v0$1), $$sharedArray[1bv1][BV32_MUL(2bv32, v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2147483648bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L716]              _READ_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _READ_HAS_OCCURRED_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2147483648bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L332]       RET    call _LOG_READ_$$sharedArray(p1$1, BV32_MUL(2bv32, v0$1), $$sharedArray[1bv1][BV32_MUL(2bv32, v0$1)]);
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=8bv32, $data0.1$2=1bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=2147483648bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L333]              assume true;
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=8bv32, $data0.1$2=1bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=2147483648bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L334]       FCALL  call _CHECK_READ_$$sharedArray(p1$2, BV32_MUL(2bv32, v0$2), $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_MUL(2bv32, v0$2)]);
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=8bv32, $data0.1$2=1bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=2147483648bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L335]              assume true;
[L336]              v13$1 := (if p1$1 then $$sharedArray[1bv1][BV32_MUL(2bv32, v0$1)] else v13$1);
[L337]              v13$2 := (if p1$2 then $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_MUL(2bv32, v0$2)] else v13$2);
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=8bv32, $data0.1$2=1bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=2147483648bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L338]       CALL   call _LOG_READ_$$sharedArray(p1$1, BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32), $$sharedArray[1bv1][BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2147483648bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L716]              _READ_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _READ_HAS_OCCURRED_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2147483648bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L338]       RET    call _LOG_READ_$$sharedArray(p1$1, BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32), $$sharedArray[1bv1][BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32)]);
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=8bv32, $data0.1$2=1bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=2147483648bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L339]              assume true;
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=8bv32, $data0.1$2=1bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=2147483648bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L340]       FCALL  call _CHECK_READ_$$sharedArray(p1$2, BV32_ADD(BV32_MUL(2bv32, v0$2), 1bv32), $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(BV32_MUL(2bv32, v0$2), 1bv32)]);
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=8bv32, $data0.1$2=1bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=2147483648bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L341]              assume true;
[L342]              v14$1 := (if p1$1 then $$sharedArray[1bv1][BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32)] else v14$1);
[L343]              v14$2 := (if p1$2 then $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(BV32_MUL(2bv32, v0$2), 1bv32)] else v14$2);
[L344]              $data0.1$1, $data1.1$1 := (if p1$1 then v13$1 else $data0.1$1), (if p1$1 then v14$1 else $data1.1$1);
[L345]              $data0.1$2, $data1.1$2 := (if p1$2 then v13$2 else $data0.1$2), (if p1$2 then v14$2 else $data1.1$2);
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L349]       CALL   call $bugle_barrier_duplicated_1(1bv1, 0bv1);
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L439-L440]         requires $0 == 1bv1;
[L439-L441]         requires $1 == 0bv1;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L868]              assume true;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L872]              assume $0 != 0bv1 ==> !_READ_HAS_OCCURRED_$$sharedArray;
[L873]              assume $0 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$sharedArray;
[L874]              assume $0 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L917]              assume $0 != 0bv1 || $0 != 0bv1;
[L918]              havoc $$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L885]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$coefsSignal;
[L886]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$coefsSignal;
[L887]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L891]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$AverageSignal;
[L892]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$AverageSignal;
[L893]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L900]              assume !(group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && ($1 != 0bv1 || $1 != 0bv1));
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L904]              havoc _TRACKING;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=false]
[L349]       RET    call $bugle_barrier_duplicated_1(1bv1, 0bv1);
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L350]              v15$1 := BV32_ULT(v0$1, $activeThreads.0);
[L351]              v15$2 := BV32_ULT(v0$2, $activeThreads.0);
[L352]              p3$1 := (if v15$1 then v15$1 else p3$1);
[L353]              p3$2 := (if v15$2 then v15$2 else p3$2);
[L354]              p2$1 := (if !v15$1 then !v15$1 else p2$1);
[L355]              p2$2 := (if !v15$2 then !v15$2 else p2$2);
[L356]              $midOutPos.1$1 := (if p2$1 then $midOutPos.0$1 else $midOutPos.1$1);
[L357]              $midOutPos.1$2 := (if p2$2 then $midOutPos.0$2 else $midOutPos.1$2);
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L358]       CALL   call _LOG_WRITE_$$sharedArray(p3$1, v0$1, FMUL32(FADD32($data0.1$1, $data1.1$1), v8), $$sharedArray[1bv1][v0$1]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _value_old=2147483648bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=true]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=0bv32, _value_old=2147483648bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=true]
[L358]       RET    call _LOG_WRITE_$$sharedArray(p3$1, v0$1, FMUL32(FADD32($data0.1$1, $data1.1$1), v8), $$sharedArray[1bv1][v0$1]);
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L359]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(p3$2, v0$2);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2147483648bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=true]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2147483648bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=true]
[L359]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(p3$2, v0$2);
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L360]              assume true;
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L361]       FCALL  call _CHECK_WRITE_$$sharedArray(p3$2, v0$2, FMUL32(FADD32($data0.1$2, $data1.1$2), v8));
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L362]              assume true;
[L363]              $$sharedArray[1bv1][v0$1] := (if p3$1 then FMUL32(FADD32($data0.1$1, $data1.1$1), v8) else $$sharedArray[1bv1][v0$1]);
[L364]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2] := (if p3$2 then FMUL32(FADD32($data0.1$2, $data1.1$2), v8) else $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2]);
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L365]       CALL   call _LOG_WRITE_$$coefsSignal(p3$1, BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1), FMUL32(FSUB32($data0.1$1, $data1.1$1), v8), $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=0bv32, _value_old=33554432bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_HAS_OCCURRED_$$coefsSignal)=false, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=false]
[L571]              _WRITE_HAS_OCCURRED_$$coefsSignal := (if _P && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$coefsSignal == _value then true else _WRITE_HAS_OCCURRED_$$coefsSignal);
[L572]              _WRITE_READ_BENIGN_FLAG_$$coefsSignal := (if _P && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$coefsSignal == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$coefsSignal);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=0bv32, _value_old=33554432bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_HAS_OCCURRED_$$coefsSignal)=false, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=false]
[L365]       RET    call _LOG_WRITE_$$coefsSignal(p3$1, BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1), FMUL32(FSUB32($data0.1$1, $data1.1$1), v8), $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)]);
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L366]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$coefsSignal(p3$2, BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2));
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=true]
[L615]              _WRITE_READ_BENIGN_FLAG_$$coefsSignal := (if _P && _WRITE_HAS_OCCURRED_$$coefsSignal && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$coefsSignal);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=true]
[L366]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$coefsSignal(p3$2, BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2));
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L367]              assume true;
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L368]       FCALL  call _CHECK_WRITE_$$coefsSignal(p3$2, BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2), FMUL32(FSUB32($data0.1$2, $data1.1$2), v8));
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L369]              assume true;
[L370]              $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)] := (if p3$1 then FMUL32(FSUB32($data0.1$1, $data1.1$1), v8) else $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)]);
[L371]              $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2)] := (if p3$2 then FMUL32(FSUB32($data0.1$2, $data1.1$2), v8) else $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2)]);
[L372]              $midOutPos.1$1 := (if p3$1 then BV32_LSHR($midOutPos.0$1, 1bv32) else $midOutPos.1$1);
[L373]              $midOutPos.1$2 := (if p3$2 then BV32_LSHR($midOutPos.0$2, 1bv32) else $midOutPos.1$2);
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L377]       CALL   call $bugle_barrier_duplicated_2(1bv1, 0bv1);
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=true]
[L446-L447]         requires $0 == 1bv1;
[L446-L448]         requires $1 == 0bv1;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=true]
[L938]              assume true;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=true]
[L942]              assume $0 != 0bv1 ==> !_READ_HAS_OCCURRED_$$sharedArray;
[L943]              assume $0 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$sharedArray;
[L944]              assume $0 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=true]
[L987]              assume $0 != 0bv1 || $0 != 0bv1;
[L988]              havoc $$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=true]
[L955]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$coefsSignal;
[L956]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$coefsSignal;
[L957]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=true]
[L961]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$AverageSignal;
[L962]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$AverageSignal;
[L963]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=true]
[L970]              assume !(group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && ($1 != 0bv1 || $1 != 0bv1));
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=true]
[L974]              havoc _TRACKING;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, old(_TRACKING)=true]
[L377]       RET    call $bugle_barrier_duplicated_2(1bv1, 0bv1);
             VAL    [$activeThreads.0=2bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L378]              $activeThreads.0, $midOutPos.0$1, $i.0, $data0.0$1, $data1.0$1 := BV32_LSHR($activeThreads.0, 1bv32), $midOutPos.1$1, BV32_ADD($i.0, 1bv32), $data0.1$1, $data1.1$1;
[L379]              $midOutPos.0$2, $data0.0$2, $data1.0$2 := $midOutPos.1$2, $data0.1$2, $data1.1$2;
[L380]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=1bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L271]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=1bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L272]              assert _ATOMIC_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=1bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L273]              assert _WRITE_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=1bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L274]              assert _READ_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=1bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L275]              assert true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=1bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L276]              assert (if $activeThreads.0 == BV32_SDIV(BV32_SHL(1bv32, BV32_AND(BV32_SUB($cond, $i.0), 31bv32)), 2bv32) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=1bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L277]              assert (if BV32_ULT(v0$1, $activeThreads.0) ==> $midOutPos.0$1 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=1bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L278]              assert (if BV32_ULT(v0$2, $activeThreads.0) ==> $midOutPos.0$2 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=1bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L279]              assert (if _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(BV32_SHL($midOutPos.0$1, 1bv32), BV32_MUL(v1$1, BV32_SHL($activeThreads.0, 1bv32))), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=1bv32, $levelsDone=1bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=true, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=2147483648bv32, v1$1=0bv32, v1$2=32bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]

[2017-09-08 21:39:27,867 INFO  L164             ResultUtil]:   - PositiveResult [Line: 439]: procedure precondition always holds
[2017-09-08 21:39:27,867 INFO  L168             ResultUtil]:     For all program executions holds that procedure precondition always holds at this location
[2017-09-08 21:39:27,867 INFO  L164             ResultUtil]:   - PositiveResult [Line: 746]: procedure precondition always holds
[2017-09-08 21:39:27,867 INFO  L168             ResultUtil]:     For all program executions holds that procedure precondition always holds at this location
[2017-09-08 21:39:27,867 INFO  L164             ResultUtil]:   - PositiveResult [Line: 722]: procedure precondition always holds
[2017-09-08 21:39:27,867 INFO  L168             ResultUtil]:     For all program executions holds that procedure precondition always holds at this location
[2017-09-08 21:39:27,867 INFO  L164             ResultUtil]:   - PositiveResult [Line: 722]: procedure precondition always holds
[2017-09-08 21:39:27,867 INFO  L168             ResultUtil]:     For all program executions holds that procedure precondition always holds at this location
[2017-09-08 21:39:27,867 INFO  L164             ResultUtil]:   - CounterExampleResult [Line: 280]: assertion can be violated
[2017-09-08 21:39:27,867 INFO  L168             ResultUtil]:     assertion can be violated
We found a FailurePath: 
[L109-L110]         requires (if $signalLength == 1024bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L111]         requires (if $tLevels == 6bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L112]         requires (if $mLevels == 8bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L113]         requires !_READ_HAS_OCCURRED_$$inSignal && !_WRITE_HAS_OCCURRED_$$inSignal && !_ATOMIC_HAS_OCCURRED_$$inSignal;
[L109-L114]         requires !_READ_HAS_OCCURRED_$$coefsSignal && !_WRITE_HAS_OCCURRED_$$coefsSignal && !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
[L109-L115]         requires !_READ_HAS_OCCURRED_$$AverageSignal && !_WRITE_HAS_OCCURRED_$$AverageSignal && !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
[L109-L116]         requires !_READ_HAS_OCCURRED_$$sharedArray && !_WRITE_HAS_OCCURRED_$$sharedArray && !_ATOMIC_HAS_OCCURRED_$$sharedArray;
[L109-L117]         requires BV32_SGT(group_size_x, 0bv32);
[L109-L118]         requires BV32_SGT(num_groups_x, 0bv32);
[L109-L119]         requires BV32_SGE(group_id_x$1, 0bv32);
[L109-L120]         requires BV32_SGE(group_id_x$2, 0bv32);
[L109-L121]         requires BV32_SLT(group_id_x$1, num_groups_x);
[L109-L122]         requires BV32_SLT(group_id_x$2, num_groups_x);
[L109-L123]         requires BV32_SGE(local_id_x$1, 0bv32);
[L109-L124]         requires BV32_SGE(local_id_x$2, 0bv32);
[L109-L125]         requires BV32_SLT(local_id_x$1, group_size_x);
[L109-L126]         requires BV32_SLT(local_id_x$2, group_size_x);
[L109-L127]         requires BV32_SGT(group_size_y, 0bv32);
[L109-L128]         requires BV32_SGT(num_groups_y, 0bv32);
[L109-L129]         requires BV32_SGE(group_id_y$1, 0bv32);
[L109-L130]         requires BV32_SGE(group_id_y$2, 0bv32);
[L109-L131]         requires BV32_SLT(group_id_y$1, num_groups_y);
[L109-L132]         requires BV32_SLT(group_id_y$2, num_groups_y);
[L109-L133]         requires BV32_SGE(local_id_y$1, 0bv32);
[L109-L134]         requires BV32_SGE(local_id_y$2, 0bv32);
[L109-L135]         requires BV32_SLT(local_id_y$1, group_size_y);
[L109-L136]         requires BV32_SLT(local_id_y$2, group_size_y);
[L109-L137]         requires BV32_SGT(group_size_z, 0bv32);
[L109-L138]         requires BV32_SGT(num_groups_z, 0bv32);
[L109-L139]         requires BV32_SGE(group_id_z$1, 0bv32);
[L109-L140]         requires BV32_SGE(group_id_z$2, 0bv32);
[L109-L141]         requires BV32_SLT(group_id_z$1, num_groups_z);
[L109-L142]         requires BV32_SLT(group_id_z$2, num_groups_z);
[L109-L143]         requires BV32_SGE(local_id_z$1, 0bv32);
[L109-L144]         requires BV32_SGE(local_id_z$2, 0bv32);
[L109-L145]         requires BV32_SLT(local_id_z$1, group_size_z);
[L109-L146]         requires BV32_SLT(local_id_z$2, group_size_z);
[L109-L147]         requires group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> local_id_x$1 != local_id_x$2 || local_id_y$1 != local_id_y$2 || local_id_z$1 != local_id_z$2;
             VAL    [$mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false]
[L218]              v0$1 := local_id_x$1;
[L219]              v0$2 := local_id_x$2;
[L220]              v1$1 := group_id_x$1;
[L221]              v1$2 := group_id_x$2;
[L222]              v2 := group_size_x;
[L223]              havoc v3$1, v3$2;
[L224]              havoc v4$1, v4$2;
[L225]              v5 := 0bv32 == $levelsDone;
             VAL    [$levelsDone=67108864bv32, $mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v5=false]
[L229]              assume !v5;
[L230]              $t0.0$1, $t1.0$1 := v3$1, v4$1;
[L231]              $t0.0$2, $t1.0$2 := v3$2, v4$2;
             VAL    [$levelsDone=67108864bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L235]       CALL   call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=16bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=16bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L235]       RET    call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [$levelsDone=67108864bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L236]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=4bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=4bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L236]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [$levelsDone=67108864bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L237]              assume true;
             VAL    [$levelsDone=67108864bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L238]       FCALL  call _CHECK_WRITE_$$sharedArray(true, v0$2, $t0.0$2);
             VAL    [$levelsDone=67108864bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L239]              assume true;
[L240]              $$sharedArray[1bv1][v0$1] := $t0.0$1;
[L241]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2] := $t0.0$2;
             VAL    [$levelsDone=67108864bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L242]       CALL   call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=16bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=16bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L242]       RET    call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [$levelsDone=67108864bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L243]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L243]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [$levelsDone=67108864bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L244]              assume true;
             VAL    [$levelsDone=67108864bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L245]       FCALL  call _CHECK_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$2), $t1.0$2);
             VAL    [$levelsDone=67108864bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L246]              assume true;
[L247]              $$sharedArray[1bv1][BV32_ADD(v2, v0$1)] := $t1.0$1;
[L248]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(v2, v0$2)] := $t1.0$2;
             VAL    [$levelsDone=67108864bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L252]       CALL   call $bugle_barrier_duplicated_0(1bv1, 0bv1);
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L432-L433]         requires $0 == 1bv1;
[L432-L434]         requires $1 == 0bv1;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L798]              assume true;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L802]              assume $0 != 0bv1 ==> !_READ_HAS_OCCURRED_$$sharedArray;
[L803]              assume $0 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$sharedArray;
[L804]              assume $0 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L847]              assume $0 != 0bv1 || $0 != 0bv1;
[L848]              havoc $$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L815]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$coefsSignal;
[L816]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$coefsSignal;
[L817]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L821]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$AverageSignal;
[L822]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$AverageSignal;
[L823]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L830]              assume !(group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && ($1 != 0bv1 || $1 != 0bv1));
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L834]              havoc _TRACKING;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L252]       RET    call $bugle_barrier_duplicated_0(1bv1, 0bv1);
             VAL    [$levelsDone=67108864bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L253]              v7 := BV32_UGT($tLevels, $mLevels);
             VAL    [$levelsDone=67108864bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true]
[L384]              assume v7;
[L385]              $cond := $mLevels;
             VAL    [$cond=8bv32, $levelsDone=67108864bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true]
[L262]              v8 := FDIV32(1065353216bv32, FSQRT32(1073741824bv32));
[L263]              havoc v9$1, v9$2;
[L264]              havoc v10$1, v10$2;
[L265]              $activeThreads.0, $midOutPos.0$1, $i.0, $data0.0$1, $data1.0$1 := BV32_SDIV(BV32_SHL(1bv32, BV32_AND($cond, 31bv32)), 2bv32), BV32_UDIV($signalLength, 2bv32), 0bv32, v9$1, v10$1;
[L266]              $midOutPos.0$2, $data0.0$2, $data1.0$2 := BV32_UDIV($signalLength, 2bv32), v9$2, v10$2;
[L267]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L271]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L272]              assert _ATOMIC_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L273]              assert _WRITE_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L274]              assert _READ_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L275]              assert true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L276]              assert (if $activeThreads.0 == BV32_SDIV(BV32_SHL(1bv32, BV32_AND(BV32_SUB($cond, $i.0), 31bv32)), 2bv32) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L277]              assert (if BV32_ULT(v0$1, $activeThreads.0) ==> $midOutPos.0$1 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L278]              assert (if BV32_ULT(v0$2, $activeThreads.0) ==> $midOutPos.0$2 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L279]              assert (if _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(BV32_SHL($midOutPos.0$1, 1bv32), BV32_MUL(v1$1, BV32_SHL($activeThreads.0, 1bv32))), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L280]              assert (if BV32_UGE(v0$1, 16bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(512bv32, BV32_MUL(v1$1, 32bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L281]              assert (if BV32_UGE(v0$1, 8bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(256bv32, BV32_MUL(v1$1, 16bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L282]              assert (if BV32_UGE(v0$1, 4bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(128bv32, BV32_MUL(v1$1, 8bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L283]              assert (if BV32_UGE(v0$1, 2bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(64bv32, BV32_MUL(v1$1, 4bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L284]              assert (if BV32_UGE(v0$1, 1bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(32bv32, BV32_MUL(v1$1, 2bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L285]              assert (if BV32_UGE(v0$1, BV32_SDIV(BV32_SHL(1bv32, BV32_AND($cond, 31bv32)), 2bv32)) ==> BV1_XOR((if _WRITE_HAS_OCCURRED_$$coefsSignal then 1bv1 else 0bv1), 1bv1) == 1bv1 then 1bv1 else 0bv1) != 0bv1;
[L286]              v11 := BV32_ULT($i.0, $cond);
[L287]              p0$1 := false;
[L288]              p0$2 := false;
[L289]              p1$1 := false;
[L290]              p1$2 := false;
[L291]              p2$1 := false;
[L292]              p2$2 := false;
[L293]              p3$1 := false;
[L294]              p3$2 := false;
[L295]              p4$1 := false;
[L296]              p4$2 := false;
[L297]              p5$1 := false;
[L298]              p5$2 := false;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=false, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L323]              assume v11;
[L324]              v12$1 := BV32_ULT(v0$1, $activeThreads.0);
[L325]              v12$2 := BV32_ULT(v0$2, $activeThreads.0);
[L326]              p1$1 := (if v12$1 then v12$1 else p1$1);
[L327]              p1$2 := (if v12$2 then v12$2 else p1$2);
[L328]              p0$1 := (if !v12$1 then !v12$1 else p0$1);
[L329]              p0$2 := (if !v12$2 then !v12$2 else p0$2);
[L330]              $data0.1$1, $data1.1$1 := (if p0$1 then $data0.0$1 else $data0.1$1), (if p0$1 then $data1.0$1 else $data1.1$1);
[L331]              $data0.1$2, $data1.1$2 := (if p0$2 then $data0.0$2 else $data0.1$2), (if p0$2 then $data1.0$2 else $data1.1$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L332]       CALL   call _LOG_READ_$$sharedArray(p1$1, BV32_MUL(2bv32, v0$1), $$sharedArray[1bv1][BV32_MUL(2bv32, v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=524288bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L716]              _READ_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _READ_HAS_OCCURRED_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=524288bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L332]       RET    call _LOG_READ_$$sharedArray(p1$1, BV32_MUL(2bv32, v0$1), $$sharedArray[1bv1][BV32_MUL(2bv32, v0$1)]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L333]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L334]       FCALL  call _CHECK_READ_$$sharedArray(p1$2, BV32_MUL(2bv32, v0$2), $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_MUL(2bv32, v0$2)]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L335]              assume true;
[L336]              v13$1 := (if p1$1 then $$sharedArray[1bv1][BV32_MUL(2bv32, v0$1)] else v13$1);
[L337]              v13$2 := (if p1$2 then $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_MUL(2bv32, v0$2)] else v13$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L338]       CALL   call _LOG_READ_$$sharedArray(p1$1, BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32), $$sharedArray[1bv1][BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=8192bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=16384bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L716]              _READ_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _READ_HAS_OCCURRED_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=8192bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=16384bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L338]       RET    call _LOG_READ_$$sharedArray(p1$1, BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32), $$sharedArray[1bv1][BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32)]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L339]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L340]       FCALL  call _CHECK_READ_$$sharedArray(p1$2, BV32_ADD(BV32_MUL(2bv32, v0$2), 1bv32), $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(BV32_MUL(2bv32, v0$2), 1bv32)]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L341]              assume true;
[L342]              v14$1 := (if p1$1 then $$sharedArray[1bv1][BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32)] else v14$1);
[L343]              v14$2 := (if p1$2 then $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(BV32_MUL(2bv32, v0$2), 1bv32)] else v14$2);
[L344]              $data0.1$1, $data1.1$1 := (if p1$1 then v13$1 else $data0.1$1), (if p1$1 then v14$1 else $data1.1$1);
[L345]              $data0.1$2, $data1.1$2 := (if p1$2 then v13$2 else $data0.1$2), (if p1$2 then v14$2 else $data1.1$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $data1.1$1=16384bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v14$1=16384bv32, v14$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L349]       CALL   call $bugle_barrier_duplicated_1(1bv1, 0bv1);
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L439-L440]         requires $0 == 1bv1;
[L439-L441]         requires $1 == 0bv1;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L868]              assume true;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L872]              assume $0 != 0bv1 ==> !_READ_HAS_OCCURRED_$$sharedArray;
[L873]              assume $0 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$sharedArray;
[L874]              assume $0 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L917]              assume $0 != 0bv1 || $0 != 0bv1;
[L918]              havoc $$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L885]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$coefsSignal;
[L886]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$coefsSignal;
[L887]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L891]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$AverageSignal;
[L892]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$AverageSignal;
[L893]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L900]              assume !(group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && ($1 != 0bv1 || $1 != 0bv1));
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L904]              havoc _TRACKING;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L349]       RET    call $bugle_barrier_duplicated_1(1bv1, 0bv1);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $data1.1$1=16384bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v14$1=16384bv32, v14$2=0bv32, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L350]              v15$1 := BV32_ULT(v0$1, $activeThreads.0);
[L351]              v15$2 := BV32_ULT(v0$2, $activeThreads.0);
[L352]              p3$1 := (if v15$1 then v15$1 else p3$1);
[L353]              p3$2 := (if v15$2 then v15$2 else p3$2);
[L354]              p2$1 := (if !v15$1 then !v15$1 else p2$1);
[L355]              p2$2 := (if !v15$2 then !v15$2 else p2$2);
[L356]              $midOutPos.1$1 := (if p2$1 then $midOutPos.0$1 else $midOutPos.1$1);
[L357]              $midOutPos.1$2 := (if p2$2 then $midOutPos.0$2 else $midOutPos.1$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $data1.1$1=16384bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v14$1=16384bv32, v14$2=0bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L358]       CALL   call _LOG_WRITE_$$sharedArray(p3$1, v0$1, FMUL32(FADD32($data0.1$1, $data1.1$1), v8), $$sharedArray[1bv1][v0$1]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=0bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L358]       RET    call _LOG_WRITE_$$sharedArray(p3$1, v0$1, FMUL32(FADD32($data0.1$1, $data1.1$1), v8), $$sharedArray[1bv1][v0$1]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $data1.1$1=16384bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v14$1=16384bv32, v14$2=0bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L359]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(p3$2, v0$2);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=4bv32, _P=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=4bv32, _P=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L359]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(p3$2, v0$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $data1.1$1=16384bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v14$1=16384bv32, v14$2=0bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L360]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $data1.1$1=16384bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v14$1=16384bv32, v14$2=0bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L361]       FCALL  call _CHECK_WRITE_$$sharedArray(p3$2, v0$2, FMUL32(FADD32($data0.1$2, $data1.1$2), v8));
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $data1.1$1=16384bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v14$1=16384bv32, v14$2=0bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L362]              assume true;
[L363]              $$sharedArray[1bv1][v0$1] := (if p3$1 then FMUL32(FADD32($data0.1$1, $data1.1$1), v8) else $$sharedArray[1bv1][v0$1]);
[L364]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2] := (if p3$2 then FMUL32(FADD32($data0.1$2, $data1.1$2), v8) else $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $data1.1$1=16384bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v14$1=16384bv32, v14$2=0bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L365]       CALL   call _LOG_WRITE_$$coefsSignal(p3$1, BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1), FMUL32(FSUB32($data0.1$1, $data1.1$1), v8), $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=1bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=0bv32, _value_old=32768bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$coefsSignal)=false, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=false]
[L571]              _WRITE_HAS_OCCURRED_$$coefsSignal := (if _P && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$coefsSignal == _value then true else _WRITE_HAS_OCCURRED_$$coefsSignal);
[L572]              _WRITE_READ_BENIGN_FLAG_$$coefsSignal := (if _P && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$coefsSignal == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$coefsSignal);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=1bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=0bv32, _value_old=32768bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$coefsSignal)=false, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=false]
[L365]       RET    call _LOG_WRITE_$$coefsSignal(p3$1, BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1), FMUL32(FSUB32($data0.1$1, $data1.1$1), v8), $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $data1.1$1=16384bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v14$1=16384bv32, v14$2=0bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L366]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$coefsSignal(p3$2, BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2));
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=4096bv32, _P=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=true]
[L615]              _WRITE_READ_BENIGN_FLAG_$$coefsSignal := (if _P && _WRITE_HAS_OCCURRED_$$coefsSignal && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$coefsSignal);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=4096bv32, _P=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=true]
[L366]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$coefsSignal(p3$2, BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2));
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $data1.1$1=16384bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v14$1=16384bv32, v14$2=0bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L367]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $data1.1$1=16384bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v14$1=16384bv32, v14$2=0bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L368]       FCALL  call _CHECK_WRITE_$$coefsSignal(p3$2, BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2), FMUL32(FSUB32($data0.1$2, $data1.1$2), v8));
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $data1.1$1=16384bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v14$1=16384bv32, v14$2=0bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L369]              assume true;
[L370]              $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)] := (if p3$1 then FMUL32(FSUB32($data0.1$1, $data1.1$1), v8) else $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)]);
[L371]              $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2)] := (if p3$2 then FMUL32(FSUB32($data0.1$2, $data1.1$2), v8) else $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2)]);
[L372]              $midOutPos.1$1 := (if p3$1 then BV32_LSHR($midOutPos.0$1, 1bv32) else $midOutPos.1$1);
[L373]              $midOutPos.1$2 := (if p3$2 then BV32_LSHR($midOutPos.0$2, 1bv32) else $midOutPos.1$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $data1.1$1=16384bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v14$1=16384bv32, v14$2=0bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L377]       CALL   call $bugle_barrier_duplicated_2(1bv1, 0bv1);
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L446-L447]         requires $0 == 1bv1;
[L446-L448]         requires $1 == 0bv1;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L938]              assume true;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L942]              assume $0 != 0bv1 ==> !_READ_HAS_OCCURRED_$$sharedArray;
[L943]              assume $0 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$sharedArray;
[L944]              assume $0 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L987]              assume $0 != 0bv1 || $0 != 0bv1;
[L988]              havoc $$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L955]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$coefsSignal;
[L956]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$coefsSignal;
[L957]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L961]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$AverageSignal;
[L962]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$AverageSignal;
[L963]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L970]              assume !(group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && ($1 != 0bv1 || $1 != 0bv1));
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L974]              havoc _TRACKING;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L377]       RET    call $bugle_barrier_duplicated_2(1bv1, 0bv1);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=1bv32, $data1.0$2=0bv32, $data1.1$1=16384bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v14$1=16384bv32, v14$2=0bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L378]              $activeThreads.0, $midOutPos.0$1, $i.0, $data0.0$1, $data1.0$1 := BV32_LSHR($activeThreads.0, 1bv32), $midOutPos.1$1, BV32_ADD($i.0, 1bv32), $data0.1$1, $data1.1$1;
[L379]              $midOutPos.0$2, $data0.0$2, $data1.0$2 := $midOutPos.1$2, $data0.1$2, $data1.1$2;
[L380]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=16384bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v14$1=16384bv32, v14$2=0bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L271]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=16384bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v14$1=16384bv32, v14$2=0bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L272]              assert _ATOMIC_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=16384bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v14$1=16384bv32, v14$2=0bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L273]              assert _WRITE_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=16384bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v14$1=16384bv32, v14$2=0bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L274]              assert _READ_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=16384bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v14$1=16384bv32, v14$2=0bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L275]              assert true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=16384bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v14$1=16384bv32, v14$2=0bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L276]              assert (if $activeThreads.0 == BV32_SDIV(BV32_SHL(1bv32, BV32_AND(BV32_SUB($cond, $i.0), 31bv32)), 2bv32) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=16384bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v14$1=16384bv32, v14$2=0bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L277]              assert (if BV32_ULT(v0$1, $activeThreads.0) ==> $midOutPos.0$1 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=16384bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v14$1=16384bv32, v14$2=0bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L278]              assert (if BV32_ULT(v0$2, $activeThreads.0) ==> $midOutPos.0$2 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=16384bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v14$1=16384bv32, v14$2=0bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L279]              assert (if _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(BV32_SHL($midOutPos.0$1, 1bv32), BV32_MUL(v1$1, BV32_SHL($activeThreads.0, 1bv32))), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=16384bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v14$1=16384bv32, v14$2=0bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L280]              assert (if BV32_UGE(v0$1, 16bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(512bv32, BV32_MUL(v1$1, 32bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=16384bv32, $data1.0$2=0bv32, $data1.1$1=16384bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=67108864bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=16bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=true, p1$1=true, p1$2=false, p2$1=false, p2$2=true, p3$1=true, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v10$1=1bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=false, v13$1=0bv32, v13$2=0bv32, v14$1=16384bv32, v14$2=0bv32, v15$1=true, v15$2=false, v2=512bv32, v3$1=16bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]

[2017-09-08 21:39:27,939 INFO  L164             ResultUtil]:   - CounterExampleResult [Line: 285]: assertion can be violated
[2017-09-08 21:39:27,940 INFO  L168             ResultUtil]:     assertion can be violated
We found a FailurePath: 
[L109-L110]         requires (if $signalLength == 1024bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L111]         requires (if $tLevels == 6bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L112]         requires (if $mLevels == 8bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L113]         requires !_READ_HAS_OCCURRED_$$inSignal && !_WRITE_HAS_OCCURRED_$$inSignal && !_ATOMIC_HAS_OCCURRED_$$inSignal;
[L109-L114]         requires !_READ_HAS_OCCURRED_$$coefsSignal && !_WRITE_HAS_OCCURRED_$$coefsSignal && !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
[L109-L115]         requires !_READ_HAS_OCCURRED_$$AverageSignal && !_WRITE_HAS_OCCURRED_$$AverageSignal && !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
[L109-L116]         requires !_READ_HAS_OCCURRED_$$sharedArray && !_WRITE_HAS_OCCURRED_$$sharedArray && !_ATOMIC_HAS_OCCURRED_$$sharedArray;
[L109-L117]         requires BV32_SGT(group_size_x, 0bv32);
[L109-L118]         requires BV32_SGT(num_groups_x, 0bv32);
[L109-L119]         requires BV32_SGE(group_id_x$1, 0bv32);
[L109-L120]         requires BV32_SGE(group_id_x$2, 0bv32);
[L109-L121]         requires BV32_SLT(group_id_x$1, num_groups_x);
[L109-L122]         requires BV32_SLT(group_id_x$2, num_groups_x);
[L109-L123]         requires BV32_SGE(local_id_x$1, 0bv32);
[L109-L124]         requires BV32_SGE(local_id_x$2, 0bv32);
[L109-L125]         requires BV32_SLT(local_id_x$1, group_size_x);
[L109-L126]         requires BV32_SLT(local_id_x$2, group_size_x);
[L109-L127]         requires BV32_SGT(group_size_y, 0bv32);
[L109-L128]         requires BV32_SGT(num_groups_y, 0bv32);
[L109-L129]         requires BV32_SGE(group_id_y$1, 0bv32);
[L109-L130]         requires BV32_SGE(group_id_y$2, 0bv32);
[L109-L131]         requires BV32_SLT(group_id_y$1, num_groups_y);
[L109-L132]         requires BV32_SLT(group_id_y$2, num_groups_y);
[L109-L133]         requires BV32_SGE(local_id_y$1, 0bv32);
[L109-L134]         requires BV32_SGE(local_id_y$2, 0bv32);
[L109-L135]         requires BV32_SLT(local_id_y$1, group_size_y);
[L109-L136]         requires BV32_SLT(local_id_y$2, group_size_y);
[L109-L137]         requires BV32_SGT(group_size_z, 0bv32);
[L109-L138]         requires BV32_SGT(num_groups_z, 0bv32);
[L109-L139]         requires BV32_SGE(group_id_z$1, 0bv32);
[L109-L140]         requires BV32_SGE(group_id_z$2, 0bv32);
[L109-L141]         requires BV32_SLT(group_id_z$1, num_groups_z);
[L109-L142]         requires BV32_SLT(group_id_z$2, num_groups_z);
[L109-L143]         requires BV32_SGE(local_id_z$1, 0bv32);
[L109-L144]         requires BV32_SGE(local_id_z$2, 0bv32);
[L109-L145]         requires BV32_SLT(local_id_z$1, group_size_z);
[L109-L146]         requires BV32_SLT(local_id_z$2, group_size_z);
[L109-L147]         requires group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> local_id_x$1 != local_id_x$2 || local_id_y$1 != local_id_y$2 || local_id_z$1 != local_id_z$2;
             VAL    [$mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false]
[L218]              v0$1 := local_id_x$1;
[L219]              v0$2 := local_id_x$2;
[L220]              v1$1 := group_id_x$1;
[L221]              v1$2 := group_id_x$2;
[L222]              v2 := group_size_x;
[L223]              havoc v3$1, v3$2;
[L224]              havoc v4$1, v4$2;
[L225]              v5 := 0bv32 == $levelsDone;
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v5=false]
[L229]              assume !v5;
[L230]              $t0.0$1, $t1.0$1 := v3$1, v4$1;
[L231]              $t0.0$2, $t1.0$2 := v3$2, v4$2;
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L235]       CALL   call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=268435456bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _value_old=1bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=268435456bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=1bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L235]       RET    call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L236]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L236]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L237]              assume true;
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L238]       FCALL  call _CHECK_WRITE_$$sharedArray(true, v0$2, $t0.0$2);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L239]              assume true;
[L240]              $$sharedArray[1bv1][v0$1] := $t0.0$1;
[L241]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2] := $t0.0$2;
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L242]       CALL   call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=2147483648bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=2147483648bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L242]       RET    call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L243]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L243]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L244]              assume true;
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L245]       FCALL  call _CHECK_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$2), $t1.0$2);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L246]              assume true;
[L247]              $$sharedArray[1bv1][BV32_ADD(v2, v0$1)] := $t1.0$1;
[L248]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(v2, v0$2)] := $t1.0$2;
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L252]       CALL   call $bugle_barrier_duplicated_0(1bv1, 0bv1);
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L432-L433]         requires $0 == 1bv1;
[L432-L434]         requires $1 == 0bv1;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L798]              assume true;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L802]              assume $0 != 0bv1 ==> !_READ_HAS_OCCURRED_$$sharedArray;
[L803]              assume $0 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$sharedArray;
[L804]              assume $0 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L847]              assume $0 != 0bv1 || $0 != 0bv1;
[L848]              havoc $$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L815]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$coefsSignal;
[L816]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$coefsSignal;
[L817]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L821]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$AverageSignal;
[L822]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$AverageSignal;
[L823]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L830]              assume !(group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && ($1 != 0bv1 || $1 != 0bv1));
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L834]              havoc _TRACKING;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L252]       RET    call $bugle_barrier_duplicated_0(1bv1, 0bv1);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L253]              v7 := BV32_UGT($tLevels, $mLevels);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true]
[L384]              assume v7;
[L385]              $cond := $mLevels;
             VAL    [$cond=8bv32, $levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true]
[L262]              v8 := FDIV32(1065353216bv32, FSQRT32(1073741824bv32));
[L263]              havoc v9$1, v9$2;
[L264]              havoc v10$1, v10$2;
[L265]              $activeThreads.0, $midOutPos.0$1, $i.0, $data0.0$1, $data1.0$1 := BV32_SDIV(BV32_SHL(1bv32, BV32_AND($cond, 31bv32)), 2bv32), BV32_UDIV($signalLength, 2bv32), 0bv32, v9$1, v10$1;
[L266]              $midOutPos.0$2, $data0.0$2, $data1.0$2 := BV32_UDIV($signalLength, 2bv32), v9$2, v10$2;
[L267]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L271]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L272]              assert _ATOMIC_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L273]              assert _WRITE_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L274]              assert _READ_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L275]              assert true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L276]              assert (if $activeThreads.0 == BV32_SDIV(BV32_SHL(1bv32, BV32_AND(BV32_SUB($cond, $i.0), 31bv32)), 2bv32) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L277]              assert (if BV32_ULT(v0$1, $activeThreads.0) ==> $midOutPos.0$1 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L278]              assert (if BV32_ULT(v0$2, $activeThreads.0) ==> $midOutPos.0$2 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L279]              assert (if _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(BV32_SHL($midOutPos.0$1, 1bv32), BV32_MUL(v1$1, BV32_SHL($activeThreads.0, 1bv32))), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L280]              assert (if BV32_UGE(v0$1, 16bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(512bv32, BV32_MUL(v1$1, 32bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L281]              assert (if BV32_UGE(v0$1, 8bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(256bv32, BV32_MUL(v1$1, 16bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L282]              assert (if BV32_UGE(v0$1, 4bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(128bv32, BV32_MUL(v1$1, 8bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L283]              assert (if BV32_UGE(v0$1, 2bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(64bv32, BV32_MUL(v1$1, 4bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L284]              assert (if BV32_UGE(v0$1, 1bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(32bv32, BV32_MUL(v1$1, 2bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L285]              assert (if BV32_UGE(v0$1, BV32_SDIV(BV32_SHL(1bv32, BV32_AND($cond, 31bv32)), 2bv32)) ==> BV1_XOR((if _WRITE_HAS_OCCURRED_$$coefsSignal then 1bv1 else 0bv1), 1bv1) == 1bv1 then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=256bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]

[2017-09-08 21:39:27,940 INFO  L164             ResultUtil]:   - CounterExampleResult [Line: 746]: procedure precondition can be violated
[2017-09-08 21:39:27,940 INFO  L168             ResultUtil]:     procedure precondition can be violated
We found a FailurePath: 
[L109-L110]         requires (if $signalLength == 1024bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L111]         requires (if $tLevels == 6bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L112]         requires (if $mLevels == 8bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L113]         requires !_READ_HAS_OCCURRED_$$inSignal && !_WRITE_HAS_OCCURRED_$$inSignal && !_ATOMIC_HAS_OCCURRED_$$inSignal;
[L109-L114]         requires !_READ_HAS_OCCURRED_$$coefsSignal && !_WRITE_HAS_OCCURRED_$$coefsSignal && !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
[L109-L115]         requires !_READ_HAS_OCCURRED_$$AverageSignal && !_WRITE_HAS_OCCURRED_$$AverageSignal && !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
[L109-L116]         requires !_READ_HAS_OCCURRED_$$sharedArray && !_WRITE_HAS_OCCURRED_$$sharedArray && !_ATOMIC_HAS_OCCURRED_$$sharedArray;
[L109-L117]         requires BV32_SGT(group_size_x, 0bv32);
[L109-L118]         requires BV32_SGT(num_groups_x, 0bv32);
[L109-L119]         requires BV32_SGE(group_id_x$1, 0bv32);
[L109-L120]         requires BV32_SGE(group_id_x$2, 0bv32);
[L109-L121]         requires BV32_SLT(group_id_x$1, num_groups_x);
[L109-L122]         requires BV32_SLT(group_id_x$2, num_groups_x);
[L109-L123]         requires BV32_SGE(local_id_x$1, 0bv32);
[L109-L124]         requires BV32_SGE(local_id_x$2, 0bv32);
[L109-L125]         requires BV32_SLT(local_id_x$1, group_size_x);
[L109-L126]         requires BV32_SLT(local_id_x$2, group_size_x);
[L109-L127]         requires BV32_SGT(group_size_y, 0bv32);
[L109-L128]         requires BV32_SGT(num_groups_y, 0bv32);
[L109-L129]         requires BV32_SGE(group_id_y$1, 0bv32);
[L109-L130]         requires BV32_SGE(group_id_y$2, 0bv32);
[L109-L131]         requires BV32_SLT(group_id_y$1, num_groups_y);
[L109-L132]         requires BV32_SLT(group_id_y$2, num_groups_y);
[L109-L133]         requires BV32_SGE(local_id_y$1, 0bv32);
[L109-L134]         requires BV32_SGE(local_id_y$2, 0bv32);
[L109-L135]         requires BV32_SLT(local_id_y$1, group_size_y);
[L109-L136]         requires BV32_SLT(local_id_y$2, group_size_y);
[L109-L137]         requires BV32_SGT(group_size_z, 0bv32);
[L109-L138]         requires BV32_SGT(num_groups_z, 0bv32);
[L109-L139]         requires BV32_SGE(group_id_z$1, 0bv32);
[L109-L140]         requires BV32_SGE(group_id_z$2, 0bv32);
[L109-L141]         requires BV32_SLT(group_id_z$1, num_groups_z);
[L109-L142]         requires BV32_SLT(group_id_z$2, num_groups_z);
[L109-L143]         requires BV32_SGE(local_id_z$1, 0bv32);
[L109-L144]         requires BV32_SGE(local_id_z$2, 0bv32);
[L109-L145]         requires BV32_SLT(local_id_z$1, group_size_z);
[L109-L146]         requires BV32_SLT(local_id_z$2, group_size_z);
[L109-L147]         requires group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> local_id_x$1 != local_id_x$2 || local_id_y$1 != local_id_y$2 || local_id_z$1 != local_id_z$2;
             VAL    [$mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false]
[L218]              v0$1 := local_id_x$1;
[L219]              v0$2 := local_id_x$2;
[L220]              v1$1 := group_id_x$1;
[L221]              v1$2 := group_id_x$2;
[L222]              v2 := group_size_x;
[L223]              havoc v3$1, v3$2;
[L224]              havoc v4$1, v4$2;
[L225]              v5 := 0bv32 == $levelsDone;
             VAL    [$levelsDone=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v5=false]
[L229]              assume !v5;
[L230]              $t0.0$1, $t1.0$1 := v3$1, v4$1;
[L231]              $t0.0$2, $t1.0$2 := v3$2, v4$2;
             VAL    [$levelsDone=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=1bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=1bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L235]       CALL   call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=0bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L235]       RET    call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [$levelsDone=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=1bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=1bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L236]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L236]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [$levelsDone=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=1bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=1bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L237]              assume true;
             VAL    [$levelsDone=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=1bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=1bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L238]       FCALL  call _CHECK_WRITE_$$sharedArray(true, v0$2, $t0.0$2);
[L746-L747]         requires !(_P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray != _value && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2);
             VAL    [$levelsDone=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=1bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=1bv32, v4$1=0bv32, v4$2=0bv32, v5=false]

[2017-09-08 21:39:28,052 INFO  L164             ResultUtil]:   - PositiveResult [Line: 722]: procedure precondition always holds
[2017-09-08 21:39:28,052 INFO  L168             ResultUtil]:     For all program executions holds that procedure precondition always holds at this location
[2017-09-08 21:39:28,052 INFO  L164             ResultUtil]:   - PositiveResult [Line: 746]: procedure precondition always holds
[2017-09-08 21:39:28,052 INFO  L168             ResultUtil]:     For all program executions holds that procedure precondition always holds at this location
[2017-09-08 21:39:28,053 INFO  L164             ResultUtil]:   - PositiveResult [Line: 746]: procedure precondition always holds
[2017-09-08 21:39:28,053 INFO  L168             ResultUtil]:     For all program executions holds that procedure precondition always holds at this location
[2017-09-08 21:39:28,053 INFO  L164             ResultUtil]:   - CounterExampleResult [Line: 746]: procedure precondition can be violated
[2017-09-08 21:39:28,053 INFO  L168             ResultUtil]:     procedure precondition can be violated
We found a FailurePath: 
[L109-L110]         requires (if $signalLength == 1024bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L111]         requires (if $tLevels == 6bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L112]         requires (if $mLevels == 8bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L113]         requires !_READ_HAS_OCCURRED_$$inSignal && !_WRITE_HAS_OCCURRED_$$inSignal && !_ATOMIC_HAS_OCCURRED_$$inSignal;
[L109-L114]         requires !_READ_HAS_OCCURRED_$$coefsSignal && !_WRITE_HAS_OCCURRED_$$coefsSignal && !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
[L109-L115]         requires !_READ_HAS_OCCURRED_$$AverageSignal && !_WRITE_HAS_OCCURRED_$$AverageSignal && !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
[L109-L116]         requires !_READ_HAS_OCCURRED_$$sharedArray && !_WRITE_HAS_OCCURRED_$$sharedArray && !_ATOMIC_HAS_OCCURRED_$$sharedArray;
[L109-L117]         requires BV32_SGT(group_size_x, 0bv32);
[L109-L118]         requires BV32_SGT(num_groups_x, 0bv32);
[L109-L119]         requires BV32_SGE(group_id_x$1, 0bv32);
[L109-L120]         requires BV32_SGE(group_id_x$2, 0bv32);
[L109-L121]         requires BV32_SLT(group_id_x$1, num_groups_x);
[L109-L122]         requires BV32_SLT(group_id_x$2, num_groups_x);
[L109-L123]         requires BV32_SGE(local_id_x$1, 0bv32);
[L109-L124]         requires BV32_SGE(local_id_x$2, 0bv32);
[L109-L125]         requires BV32_SLT(local_id_x$1, group_size_x);
[L109-L126]         requires BV32_SLT(local_id_x$2, group_size_x);
[L109-L127]         requires BV32_SGT(group_size_y, 0bv32);
[L109-L128]         requires BV32_SGT(num_groups_y, 0bv32);
[L109-L129]         requires BV32_SGE(group_id_y$1, 0bv32);
[L109-L130]         requires BV32_SGE(group_id_y$2, 0bv32);
[L109-L131]         requires BV32_SLT(group_id_y$1, num_groups_y);
[L109-L132]         requires BV32_SLT(group_id_y$2, num_groups_y);
[L109-L133]         requires BV32_SGE(local_id_y$1, 0bv32);
[L109-L134]         requires BV32_SGE(local_id_y$2, 0bv32);
[L109-L135]         requires BV32_SLT(local_id_y$1, group_size_y);
[L109-L136]         requires BV32_SLT(local_id_y$2, group_size_y);
[L109-L137]         requires BV32_SGT(group_size_z, 0bv32);
[L109-L138]         requires BV32_SGT(num_groups_z, 0bv32);
[L109-L139]         requires BV32_SGE(group_id_z$1, 0bv32);
[L109-L140]         requires BV32_SGE(group_id_z$2, 0bv32);
[L109-L141]         requires BV32_SLT(group_id_z$1, num_groups_z);
[L109-L142]         requires BV32_SLT(group_id_z$2, num_groups_z);
[L109-L143]         requires BV32_SGE(local_id_z$1, 0bv32);
[L109-L144]         requires BV32_SGE(local_id_z$2, 0bv32);
[L109-L145]         requires BV32_SLT(local_id_z$1, group_size_z);
[L109-L146]         requires BV32_SLT(local_id_z$2, group_size_z);
[L109-L147]         requires group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> local_id_x$1 != local_id_x$2 || local_id_y$1 != local_id_y$2 || local_id_z$1 != local_id_z$2;
             VAL    [$mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false]
[L218]              v0$1 := local_id_x$1;
[L219]              v0$2 := local_id_x$2;
[L220]              v1$1 := group_id_x$1;
[L221]              v1$2 := group_id_x$2;
[L222]              v2 := group_size_x;
[L223]              havoc v3$1, v3$2;
[L224]              havoc v4$1, v4$2;
[L225]              v5 := 0bv32 == $levelsDone;
             VAL    [$levelsDone=536870912bv32, $mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v5=false]
[L229]              assume !v5;
[L230]              $t0.0$1, $t1.0$1 := v3$1, v4$1;
[L231]              $t0.0$2, $t1.0$2 := v3$2, v4$2;
             VAL    [$levelsDone=536870912bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=1bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=1bv32, v5=false]
[L235]       CALL   call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=0bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L235]       RET    call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [$levelsDone=536870912bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=1bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=1bv32, v5=false]
[L236]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=4bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=4bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L236]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [$levelsDone=536870912bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=1bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=1bv32, v5=false]
[L237]              assume true;
             VAL    [$levelsDone=536870912bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=1bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=1bv32, v5=false]
[L238]       FCALL  call _CHECK_WRITE_$$sharedArray(true, v0$2, $t0.0$2);
             VAL    [$levelsDone=536870912bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=1bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=1bv32, v5=false]
[L239]              assume true;
[L240]              $$sharedArray[1bv1][v0$1] := $t0.0$1;
[L241]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2] := $t0.0$2;
             VAL    [$levelsDone=536870912bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=1bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=1bv32, v5=false]
[L242]       CALL   call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=1bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=1bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=true, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=1bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=1bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=true, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L242]       RET    call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [$levelsDone=536870912bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=1bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=1bv32, v5=false]
[L243]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L243]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [$levelsDone=536870912bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=1bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=1bv32, v5=false]
[L244]              assume true;
             VAL    [$levelsDone=536870912bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=1bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=1bv32, v5=false]
[L245]       FCALL  call _CHECK_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$2), $t1.0$2);
[L746-L747]         requires !(_P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray != _value && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2);
             VAL    [$levelsDone=536870912bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=1bv32, $t1.0$2=1bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=4bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=1bv32, v4$2=1bv32, v5=false]

[2017-09-08 21:39:28,053 INFO  L164             ResultUtil]:   - PositiveResult [Line: 662]: procedure precondition always holds
[2017-09-08 21:39:28,053 INFO  L168             ResultUtil]:     For all program executions holds that procedure precondition always holds at this location
[2017-09-08 21:39:28,053 INFO  L164             ResultUtil]:   - PositiveResult [Line: 275]: assertion always holds
[2017-09-08 21:39:28,053 INFO  L168             ResultUtil]:     For all program executions holds that assertion always holds at this location
[2017-09-08 21:39:28,053 INFO  L164             ResultUtil]:   - PositiveResult [Line: 272]: assertion always holds
[2017-09-08 21:39:28,053 INFO  L168             ResultUtil]:     For all program executions holds that assertion always holds at this location
[2017-09-08 21:39:28,053 INFO  L164             ResultUtil]:   - PositiveResult [Line: 578]: procedure precondition always holds
[2017-09-08 21:39:28,053 INFO  L168             ResultUtil]:     For all program executions holds that procedure precondition always holds at this location
[2017-09-08 21:39:28,053 INFO  L164             ResultUtil]:   - CounterExampleResult [Line: 662]: procedure precondition can be violated
[2017-09-08 21:39:28,053 INFO  L168             ResultUtil]:     procedure precondition can be violated
We found a FailurePath: 
[L109-L110]         requires (if $signalLength == 1024bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L111]         requires (if $tLevels == 6bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L112]         requires (if $mLevels == 8bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L113]         requires !_READ_HAS_OCCURRED_$$inSignal && !_WRITE_HAS_OCCURRED_$$inSignal && !_ATOMIC_HAS_OCCURRED_$$inSignal;
[L109-L114]         requires !_READ_HAS_OCCURRED_$$coefsSignal && !_WRITE_HAS_OCCURRED_$$coefsSignal && !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
[L109-L115]         requires !_READ_HAS_OCCURRED_$$AverageSignal && !_WRITE_HAS_OCCURRED_$$AverageSignal && !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
[L109-L116]         requires !_READ_HAS_OCCURRED_$$sharedArray && !_WRITE_HAS_OCCURRED_$$sharedArray && !_ATOMIC_HAS_OCCURRED_$$sharedArray;
[L109-L117]         requires BV32_SGT(group_size_x, 0bv32);
[L109-L118]         requires BV32_SGT(num_groups_x, 0bv32);
[L109-L119]         requires BV32_SGE(group_id_x$1, 0bv32);
[L109-L120]         requires BV32_SGE(group_id_x$2, 0bv32);
[L109-L121]         requires BV32_SLT(group_id_x$1, num_groups_x);
[L109-L122]         requires BV32_SLT(group_id_x$2, num_groups_x);
[L109-L123]         requires BV32_SGE(local_id_x$1, 0bv32);
[L109-L124]         requires BV32_SGE(local_id_x$2, 0bv32);
[L109-L125]         requires BV32_SLT(local_id_x$1, group_size_x);
[L109-L126]         requires BV32_SLT(local_id_x$2, group_size_x);
[L109-L127]         requires BV32_SGT(group_size_y, 0bv32);
[L109-L128]         requires BV32_SGT(num_groups_y, 0bv32);
[L109-L129]         requires BV32_SGE(group_id_y$1, 0bv32);
[L109-L130]         requires BV32_SGE(group_id_y$2, 0bv32);
[L109-L131]         requires BV32_SLT(group_id_y$1, num_groups_y);
[L109-L132]         requires BV32_SLT(group_id_y$2, num_groups_y);
[L109-L133]         requires BV32_SGE(local_id_y$1, 0bv32);
[L109-L134]         requires BV32_SGE(local_id_y$2, 0bv32);
[L109-L135]         requires BV32_SLT(local_id_y$1, group_size_y);
[L109-L136]         requires BV32_SLT(local_id_y$2, group_size_y);
[L109-L137]         requires BV32_SGT(group_size_z, 0bv32);
[L109-L138]         requires BV32_SGT(num_groups_z, 0bv32);
[L109-L139]         requires BV32_SGE(group_id_z$1, 0bv32);
[L109-L140]         requires BV32_SGE(group_id_z$2, 0bv32);
[L109-L141]         requires BV32_SLT(group_id_z$1, num_groups_z);
[L109-L142]         requires BV32_SLT(group_id_z$2, num_groups_z);
[L109-L143]         requires BV32_SGE(local_id_z$1, 0bv32);
[L109-L144]         requires BV32_SGE(local_id_z$2, 0bv32);
[L109-L145]         requires BV32_SLT(local_id_z$1, group_size_z);
[L109-L146]         requires BV32_SLT(local_id_z$2, group_size_z);
[L109-L147]         requires group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> local_id_x$1 != local_id_x$2 || local_id_y$1 != local_id_y$2 || local_id_z$1 != local_id_z$2;
             VAL    [$mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false]
[L218]              v0$1 := local_id_x$1;
[L219]              v0$2 := local_id_x$2;
[L220]              v1$1 := group_id_x$1;
[L221]              v1$2 := group_id_x$2;
[L222]              v2 := group_size_x;
[L223]              havoc v3$1, v3$2;
[L224]              havoc v4$1, v4$2;
[L225]              v5 := 0bv32 == $levelsDone;
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v5=false]
[L229]              assume !v5;
[L230]              $t0.0$1, $t1.0$1 := v3$1, v4$1;
[L231]              $t0.0$2, $t1.0$2 := v3$2, v4$2;
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L235]       CALL   call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _value_old=1073741824bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=1073741824bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L235]       RET    call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L236]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L236]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L237]              assume true;
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L238]       FCALL  call _CHECK_WRITE_$$sharedArray(true, v0$2, $t0.0$2);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L239]              assume true;
[L240]              $$sharedArray[1bv1][v0$1] := $t0.0$1;
[L241]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2] := $t0.0$2;
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L242]       CALL   call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=1bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=2097152bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=1bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=2097152bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L242]       RET    call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L243]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=1bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=1bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L243]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L244]              assume true;
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L245]       FCALL  call _CHECK_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$2), $t1.0$2);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L246]              assume true;
[L247]              $$sharedArray[1bv1][BV32_ADD(v2, v0$1)] := $t1.0$1;
[L248]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(v2, v0$2)] := $t1.0$2;
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L252]       CALL   call $bugle_barrier_duplicated_0(1bv1, 0bv1);
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L432-L433]         requires $0 == 1bv1;
[L432-L434]         requires $1 == 0bv1;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L798]              assume true;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L802]              assume $0 != 0bv1 ==> !_READ_HAS_OCCURRED_$$sharedArray;
[L803]              assume $0 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$sharedArray;
[L804]              assume $0 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L847]              assume $0 != 0bv1 || $0 != 0bv1;
[L848]              havoc $$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L815]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$coefsSignal;
[L816]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$coefsSignal;
[L817]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L821]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$AverageSignal;
[L822]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$AverageSignal;
[L823]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L830]              assume !(group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && ($1 != 0bv1 || $1 != 0bv1));
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L834]              havoc _TRACKING;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L252]       RET    call $bugle_barrier_duplicated_0(1bv1, 0bv1);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L253]              v7 := BV32_UGT($tLevels, $mLevels);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true]
[L384]              assume v7;
[L385]              $cond := $mLevels;
             VAL    [$cond=8bv32, $levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true]
[L262]              v8 := FDIV32(1065353216bv32, FSQRT32(1073741824bv32));
[L263]              havoc v9$1, v9$2;
[L264]              havoc v10$1, v10$2;
[L265]              $activeThreads.0, $midOutPos.0$1, $i.0, $data0.0$1, $data1.0$1 := BV32_SDIV(BV32_SHL(1bv32, BV32_AND($cond, 31bv32)), 2bv32), BV32_UDIV($signalLength, 2bv32), 0bv32, v9$1, v10$1;
[L266]              $midOutPos.0$2, $data0.0$2, $data1.0$2 := BV32_UDIV($signalLength, 2bv32), v9$2, v10$2;
[L267]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L271]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L272]              assert _ATOMIC_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L273]              assert _WRITE_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L274]              assert _READ_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L275]              assert true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L276]              assert (if $activeThreads.0 == BV32_SDIV(BV32_SHL(1bv32, BV32_AND(BV32_SUB($cond, $i.0), 31bv32)), 2bv32) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L277]              assert (if BV32_ULT(v0$1, $activeThreads.0) ==> $midOutPos.0$1 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L278]              assert (if BV32_ULT(v0$2, $activeThreads.0) ==> $midOutPos.0$2 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L279]              assert (if _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(BV32_SHL($midOutPos.0$1, 1bv32), BV32_MUL(v1$1, BV32_SHL($activeThreads.0, 1bv32))), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L280]              assert (if BV32_UGE(v0$1, 16bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(512bv32, BV32_MUL(v1$1, 32bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L281]              assert (if BV32_UGE(v0$1, 8bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(256bv32, BV32_MUL(v1$1, 16bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L282]              assert (if BV32_UGE(v0$1, 4bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(128bv32, BV32_MUL(v1$1, 8bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L283]              assert (if BV32_UGE(v0$1, 2bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(64bv32, BV32_MUL(v1$1, 4bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L284]              assert (if BV32_UGE(v0$1, 1bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(32bv32, BV32_MUL(v1$1, 2bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L285]              assert (if BV32_UGE(v0$1, BV32_SDIV(BV32_SHL(1bv32, BV32_AND($cond, 31bv32)), 2bv32)) ==> BV1_XOR((if _WRITE_HAS_OCCURRED_$$coefsSignal then 1bv1 else 0bv1), 1bv1) == 1bv1 then 1bv1 else 0bv1) != 0bv1;
[L286]              v11 := BV32_ULT($i.0, $cond);
[L287]              p0$1 := false;
[L288]              p0$2 := false;
[L289]              p1$1 := false;
[L290]              p1$2 := false;
[L291]              p2$1 := false;
[L292]              p2$2 := false;
[L293]              p3$1 := false;
[L294]              p3$2 := false;
[L295]              p4$1 := false;
[L296]              p4$2 := false;
[L297]              p5$1 := false;
[L298]              p5$2 := false;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=false, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=false, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L302]              assume !v11;
[L303]              v16$1 := 0bv32 == v0$1;
[L304]              v16$2 := 0bv32 == v0$2;
[L305]              p4$1 := (if v16$1 then v16$1 else p4$1);
[L306]              p4$2 := (if v16$2 then v16$2 else p4$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=false, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=true, p4$2=true, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=false, v16$1=true, v16$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L307]       CALL   call _LOG_READ_$$sharedArray(p4$1, 0bv32, $$sharedArray[1bv1][0bv32]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L716]              _READ_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _READ_HAS_OCCURRED_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L307]       RET    call _LOG_READ_$$sharedArray(p4$1, 0bv32, $$sharedArray[1bv1][0bv32]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=false, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=true, p4$2=true, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=false, v16$1=true, v16$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L308]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=false, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=true, p4$2=true, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=false, v16$1=true, v16$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L309]       FCALL  call _CHECK_READ_$$sharedArray(p4$2, 0bv32, $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][0bv32]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=false, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=true, p4$2=true, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=false, v16$1=true, v16$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L310]              assume true;
[L311]              v17$1 := (if p4$1 then $$sharedArray[1bv1][0bv32] else v17$1);
[L312]              v17$2 := (if p4$2 then $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][0bv32] else v17$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=false, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=true, p4$2=true, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=false, v16$1=true, v16$2=true, v17$1=0bv32, v17$2=1bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L313]       CALL   call _LOG_WRITE_$$AverageSignal(p4$1, v1$1, v17$1, $$AverageSignal[v1$1]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=0bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$AverageSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$AverageSignal)=false, old(_WRITE_READ_BENIGN_FLAG_$$AverageSignal)=false]
[L655]              _WRITE_HAS_OCCURRED_$$AverageSignal := (if _P && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$AverageSignal == _value then true else _WRITE_HAS_OCCURRED_$$AverageSignal);
[L656]              _WRITE_READ_BENIGN_FLAG_$$AverageSignal := (if _P && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$AverageSignal == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$AverageSignal);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=0bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=true, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$AverageSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$AverageSignal)=false, old(_WRITE_READ_BENIGN_FLAG_$$AverageSignal)=false]
[L313]       RET    call _LOG_WRITE_$$AverageSignal(p4$1, v1$1, v17$1, $$AverageSignal[v1$1]);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=true, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$AverageSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=false, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=true, p4$2=true, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=false, v16$1=true, v16$2=true, v17$1=0bv32, v17$2=1bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L314]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$AverageSignal(p4$2, v1$2);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=true, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$AverageSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$AverageSignal)=false]
[L699]              _WRITE_READ_BENIGN_FLAG_$$AverageSignal := (if _P && _WRITE_HAS_OCCURRED_$$AverageSignal && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$AverageSignal);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=true, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$AverageSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$AverageSignal)=false]
[L314]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$AverageSignal(p4$2, v1$2);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=true, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$AverageSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=false, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=true, p4$2=true, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=false, v16$1=true, v16$2=true, v17$1=0bv32, v17$2=1bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L315]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=true, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$AverageSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=false, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=true, p4$2=true, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=false, v16$1=true, v16$2=true, v17$1=0bv32, v17$2=1bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L316]       FCALL  call _CHECK_WRITE_$$AverageSignal(p4$2, v1$2, v17$2);
[L662-L663]         requires !(_P && _WRITE_HAS_OCCURRED_$$AverageSignal && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$AverageSignal != _value);
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=true, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$AverageSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=false, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=true, p4$2=true, p5$1=false, p5$2=false, v0$1=0bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=false, v16$1=true, v16$2=true, v17$1=0bv32, v17$2=1bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]

[2017-09-08 21:39:28,054 INFO  L164             ResultUtil]:   - PositiveResult [Line: 746]: procedure precondition always holds
[2017-09-08 21:39:28,054 INFO  L168             ResultUtil]:     For all program executions holds that procedure precondition always holds at this location
[2017-09-08 21:39:28,054 INFO  L164             ResultUtil]:   - PositiveResult [Line: 273]: assertion always holds
[2017-09-08 21:39:28,054 INFO  L168             ResultUtil]:     For all program executions holds that assertion always holds at this location
[2017-09-08 21:39:28,054 INFO  L164             ResultUtil]:   - PositiveResult [Line: 722]: procedure precondition always holds
[2017-09-08 21:39:28,054 INFO  L168             ResultUtil]:     For all program executions holds that procedure precondition always holds at this location
[2017-09-08 21:39:28,054 INFO  L164             ResultUtil]:   - CounterExampleResult [Line: 277]: assertion can be violated
[2017-09-08 21:39:28,054 INFO  L168             ResultUtil]:     assertion can be violated
We found a FailurePath: 
[L109-L110]         requires (if $signalLength == 1024bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L111]         requires (if $tLevels == 6bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L112]         requires (if $mLevels == 8bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L113]         requires !_READ_HAS_OCCURRED_$$inSignal && !_WRITE_HAS_OCCURRED_$$inSignal && !_ATOMIC_HAS_OCCURRED_$$inSignal;
[L109-L114]         requires !_READ_HAS_OCCURRED_$$coefsSignal && !_WRITE_HAS_OCCURRED_$$coefsSignal && !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
[L109-L115]         requires !_READ_HAS_OCCURRED_$$AverageSignal && !_WRITE_HAS_OCCURRED_$$AverageSignal && !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
[L109-L116]         requires !_READ_HAS_OCCURRED_$$sharedArray && !_WRITE_HAS_OCCURRED_$$sharedArray && !_ATOMIC_HAS_OCCURRED_$$sharedArray;
[L109-L117]         requires BV32_SGT(group_size_x, 0bv32);
[L109-L118]         requires BV32_SGT(num_groups_x, 0bv32);
[L109-L119]         requires BV32_SGE(group_id_x$1, 0bv32);
[L109-L120]         requires BV32_SGE(group_id_x$2, 0bv32);
[L109-L121]         requires BV32_SLT(group_id_x$1, num_groups_x);
[L109-L122]         requires BV32_SLT(group_id_x$2, num_groups_x);
[L109-L123]         requires BV32_SGE(local_id_x$1, 0bv32);
[L109-L124]         requires BV32_SGE(local_id_x$2, 0bv32);
[L109-L125]         requires BV32_SLT(local_id_x$1, group_size_x);
[L109-L126]         requires BV32_SLT(local_id_x$2, group_size_x);
[L109-L127]         requires BV32_SGT(group_size_y, 0bv32);
[L109-L128]         requires BV32_SGT(num_groups_y, 0bv32);
[L109-L129]         requires BV32_SGE(group_id_y$1, 0bv32);
[L109-L130]         requires BV32_SGE(group_id_y$2, 0bv32);
[L109-L131]         requires BV32_SLT(group_id_y$1, num_groups_y);
[L109-L132]         requires BV32_SLT(group_id_y$2, num_groups_y);
[L109-L133]         requires BV32_SGE(local_id_y$1, 0bv32);
[L109-L134]         requires BV32_SGE(local_id_y$2, 0bv32);
[L109-L135]         requires BV32_SLT(local_id_y$1, group_size_y);
[L109-L136]         requires BV32_SLT(local_id_y$2, group_size_y);
[L109-L137]         requires BV32_SGT(group_size_z, 0bv32);
[L109-L138]         requires BV32_SGT(num_groups_z, 0bv32);
[L109-L139]         requires BV32_SGE(group_id_z$1, 0bv32);
[L109-L140]         requires BV32_SGE(group_id_z$2, 0bv32);
[L109-L141]         requires BV32_SLT(group_id_z$1, num_groups_z);
[L109-L142]         requires BV32_SLT(group_id_z$2, num_groups_z);
[L109-L143]         requires BV32_SGE(local_id_z$1, 0bv32);
[L109-L144]         requires BV32_SGE(local_id_z$2, 0bv32);
[L109-L145]         requires BV32_SLT(local_id_z$1, group_size_z);
[L109-L146]         requires BV32_SLT(local_id_z$2, group_size_z);
[L109-L147]         requires group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> local_id_x$1 != local_id_x$2 || local_id_y$1 != local_id_y$2 || local_id_z$1 != local_id_z$2;
             VAL    [$mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false]
[L218]              v0$1 := local_id_x$1;
[L219]              v0$2 := local_id_x$2;
[L220]              v1$1 := group_id_x$1;
[L221]              v1$2 := group_id_x$2;
[L222]              v2 := group_size_x;
[L223]              havoc v3$1, v3$2;
[L224]              havoc v4$1, v4$2;
[L225]              v5 := 0bv32 == $levelsDone;
             VAL    [$levelsDone=4194304bv32, $mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=536870912bv32, v0$2=0bv32, v1$1=64bv32, v1$2=0bv32, v2=512bv32, v5=false]
[L229]              assume !v5;
[L230]              $t0.0$1, $t1.0$1 := v3$1, v4$1;
[L231]              $t0.0$2, $t1.0$2 := v3$2, v4$2;
             VAL    [$levelsDone=4194304bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=536870912bv32, v0$2=0bv32, v1$1=64bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L235]       CALL   call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=536870912bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _value_old=1bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=536870912bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=1bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L235]       RET    call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [$levelsDone=4194304bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=536870912bv32, v0$2=0bv32, v1$1=64bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L236]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L236]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [$levelsDone=4194304bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=536870912bv32, v0$2=0bv32, v1$1=64bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L237]              assume true;
             VAL    [$levelsDone=4194304bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=536870912bv32, v0$2=0bv32, v1$1=64bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L238]       FCALL  call _CHECK_WRITE_$$sharedArray(true, v0$2, $t0.0$2);
             VAL    [$levelsDone=4194304bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=536870912bv32, v0$2=0bv32, v1$1=64bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L239]              assume true;
[L240]              $$sharedArray[1bv1][v0$1] := $t0.0$1;
[L241]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2] := $t0.0$2;
             VAL    [$levelsDone=4194304bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=536870912bv32, v0$2=0bv32, v1$1=64bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L242]       CALL   call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=65536bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=65536bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L242]       RET    call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [$levelsDone=4194304bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=536870912bv32, v0$2=0bv32, v1$1=64bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L243]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L243]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [$levelsDone=4194304bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=536870912bv32, v0$2=0bv32, v1$1=64bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L244]              assume true;
             VAL    [$levelsDone=4194304bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=536870912bv32, v0$2=0bv32, v1$1=64bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L245]       FCALL  call _CHECK_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$2), $t1.0$2);
             VAL    [$levelsDone=4194304bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=536870912bv32, v0$2=0bv32, v1$1=64bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L246]              assume true;
[L247]              $$sharedArray[1bv1][BV32_ADD(v2, v0$1)] := $t1.0$1;
[L248]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(v2, v0$2)] := $t1.0$2;
             VAL    [$levelsDone=4194304bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=536870912bv32, v0$2=0bv32, v1$1=64bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L252]       CALL   call $bugle_barrier_duplicated_0(1bv1, 0bv1);
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L432-L433]         requires $0 == 1bv1;
[L432-L434]         requires $1 == 0bv1;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L798]              assume true;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L802]              assume $0 != 0bv1 ==> !_READ_HAS_OCCURRED_$$sharedArray;
[L803]              assume $0 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$sharedArray;
[L804]              assume $0 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L847]              assume $0 != 0bv1 || $0 != 0bv1;
[L848]              havoc $$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L815]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$coefsSignal;
[L816]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$coefsSignal;
[L817]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L821]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$AverageSignal;
[L822]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$AverageSignal;
[L823]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L830]              assume !(group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && ($1 != 0bv1 || $1 != 0bv1));
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L834]              havoc _TRACKING;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L252]       RET    call $bugle_barrier_duplicated_0(1bv1, 0bv1);
             VAL    [$levelsDone=4194304bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=536870912bv32, v0$2=0bv32, v1$1=64bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L253]              v7 := BV32_UGT($tLevels, $mLevels);
             VAL    [$levelsDone=4194304bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=536870912bv32, v0$2=0bv32, v1$1=64bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true]
[L384]              assume v7;
[L385]              $cond := $mLevels;
             VAL    [$cond=8bv32, $levelsDone=4194304bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=536870912bv32, v0$2=0bv32, v1$1=64bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true]
[L262]              v8 := FDIV32(1065353216bv32, FSQRT32(1073741824bv32));
[L263]              havoc v9$1, v9$2;
[L264]              havoc v10$1, v10$2;
[L265]              $activeThreads.0, $midOutPos.0$1, $i.0, $data0.0$1, $data1.0$1 := BV32_SDIV(BV32_SHL(1bv32, BV32_AND($cond, 31bv32)), 2bv32), BV32_UDIV($signalLength, 2bv32), 0bv32, v9$1, v10$1;
[L266]              $midOutPos.0$2, $data0.0$2, $data1.0$2 := BV32_UDIV($signalLength, 2bv32), v9$2, v10$2;
[L267]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4194304bv32, $midOutPos.0$1=1bv32, $midOutPos.0$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=536870912bv32, v0$2=0bv32, v1$1=64bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L271]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4194304bv32, $midOutPos.0$1=1bv32, $midOutPos.0$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=536870912bv32, v0$2=0bv32, v1$1=64bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L272]              assert _ATOMIC_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4194304bv32, $midOutPos.0$1=1bv32, $midOutPos.0$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=536870912bv32, v0$2=0bv32, v1$1=64bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L273]              assert _WRITE_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4194304bv32, $midOutPos.0$1=1bv32, $midOutPos.0$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=536870912bv32, v0$2=0bv32, v1$1=64bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L274]              assert _READ_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4194304bv32, $midOutPos.0$1=1bv32, $midOutPos.0$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=536870912bv32, v0$2=0bv32, v1$1=64bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L275]              assert true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4194304bv32, $midOutPos.0$1=1bv32, $midOutPos.0$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=536870912bv32, v0$2=0bv32, v1$1=64bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L276]              assert (if $activeThreads.0 == BV32_SDIV(BV32_SHL(1bv32, BV32_AND(BV32_SUB($cond, $i.0), 31bv32)), 2bv32) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4194304bv32, $midOutPos.0$1=1bv32, $midOutPos.0$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=536870912bv32, v0$2=0bv32, v1$1=64bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L277]              assert (if BV32_ULT(v0$1, $activeThreads.0) ==> $midOutPos.0$1 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4194304bv32, $midOutPos.0$1=1bv32, $midOutPos.0$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=536870912bv32, v0$2=0bv32, v1$1=64bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]

[2017-09-08 21:39:28,054 INFO  L164             ResultUtil]:   - CounterExampleResult [Line: 278]: assertion can be violated
[2017-09-08 21:39:28,054 INFO  L168             ResultUtil]:     assertion can be violated
We found a FailurePath: 
[L109-L110]         requires (if $signalLength == 1024bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L111]         requires (if $tLevels == 6bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L112]         requires (if $mLevels == 8bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L113]         requires !_READ_HAS_OCCURRED_$$inSignal && !_WRITE_HAS_OCCURRED_$$inSignal && !_ATOMIC_HAS_OCCURRED_$$inSignal;
[L109-L114]         requires !_READ_HAS_OCCURRED_$$coefsSignal && !_WRITE_HAS_OCCURRED_$$coefsSignal && !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
[L109-L115]         requires !_READ_HAS_OCCURRED_$$AverageSignal && !_WRITE_HAS_OCCURRED_$$AverageSignal && !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
[L109-L116]         requires !_READ_HAS_OCCURRED_$$sharedArray && !_WRITE_HAS_OCCURRED_$$sharedArray && !_ATOMIC_HAS_OCCURRED_$$sharedArray;
[L109-L117]         requires BV32_SGT(group_size_x, 0bv32);
[L109-L118]         requires BV32_SGT(num_groups_x, 0bv32);
[L109-L119]         requires BV32_SGE(group_id_x$1, 0bv32);
[L109-L120]         requires BV32_SGE(group_id_x$2, 0bv32);
[L109-L121]         requires BV32_SLT(group_id_x$1, num_groups_x);
[L109-L122]         requires BV32_SLT(group_id_x$2, num_groups_x);
[L109-L123]         requires BV32_SGE(local_id_x$1, 0bv32);
[L109-L124]         requires BV32_SGE(local_id_x$2, 0bv32);
[L109-L125]         requires BV32_SLT(local_id_x$1, group_size_x);
[L109-L126]         requires BV32_SLT(local_id_x$2, group_size_x);
[L109-L127]         requires BV32_SGT(group_size_y, 0bv32);
[L109-L128]         requires BV32_SGT(num_groups_y, 0bv32);
[L109-L129]         requires BV32_SGE(group_id_y$1, 0bv32);
[L109-L130]         requires BV32_SGE(group_id_y$2, 0bv32);
[L109-L131]         requires BV32_SLT(group_id_y$1, num_groups_y);
[L109-L132]         requires BV32_SLT(group_id_y$2, num_groups_y);
[L109-L133]         requires BV32_SGE(local_id_y$1, 0bv32);
[L109-L134]         requires BV32_SGE(local_id_y$2, 0bv32);
[L109-L135]         requires BV32_SLT(local_id_y$1, group_size_y);
[L109-L136]         requires BV32_SLT(local_id_y$2, group_size_y);
[L109-L137]         requires BV32_SGT(group_size_z, 0bv32);
[L109-L138]         requires BV32_SGT(num_groups_z, 0bv32);
[L109-L139]         requires BV32_SGE(group_id_z$1, 0bv32);
[L109-L140]         requires BV32_SGE(group_id_z$2, 0bv32);
[L109-L141]         requires BV32_SLT(group_id_z$1, num_groups_z);
[L109-L142]         requires BV32_SLT(group_id_z$2, num_groups_z);
[L109-L143]         requires BV32_SGE(local_id_z$1, 0bv32);
[L109-L144]         requires BV32_SGE(local_id_z$2, 0bv32);
[L109-L145]         requires BV32_SLT(local_id_z$1, group_size_z);
[L109-L146]         requires BV32_SLT(local_id_z$2, group_size_z);
[L109-L147]         requires group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> local_id_x$1 != local_id_x$2 || local_id_y$1 != local_id_y$2 || local_id_z$1 != local_id_z$2;
             VAL    [$mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false]
[L218]              v0$1 := local_id_x$1;
[L219]              v0$2 := local_id_x$2;
[L220]              v1$1 := group_id_x$1;
[L221]              v1$2 := group_id_x$2;
[L222]              v2 := group_size_x;
[L223]              havoc v3$1, v3$2;
[L224]              havoc v4$1, v4$2;
[L225]              v5 := 0bv32 == $levelsDone;
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=2048bv32, v1$2=0bv32, v2=512bv32, v5=false]
[L229]              assume !v5;
[L230]              $t0.0$1, $t1.0$1 := v3$1, v4$1;
[L231]              $t0.0$2, $t1.0$2 := v3$2, v4$2;
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=2048bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L235]       CALL   call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=268435456bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _value_old=1bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=268435456bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=1bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L235]       RET    call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=2048bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L236]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L236]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=2048bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L237]              assume true;
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=2048bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L238]       FCALL  call _CHECK_WRITE_$$sharedArray(true, v0$2, $t0.0$2);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=2048bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L239]              assume true;
[L240]              $$sharedArray[1bv1][v0$1] := $t0.0$1;
[L241]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2] := $t0.0$2;
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=2048bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L242]       CALL   call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=2147483648bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=2147483648bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L242]       RET    call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=2048bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L243]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L243]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=2048bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L244]              assume true;
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=2048bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L245]       FCALL  call _CHECK_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$2), $t1.0$2);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=2048bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L246]              assume true;
[L247]              $$sharedArray[1bv1][BV32_ADD(v2, v0$1)] := $t1.0$1;
[L248]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(v2, v0$2)] := $t1.0$2;
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=2048bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L252]       CALL   call $bugle_barrier_duplicated_0(1bv1, 0bv1);
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L432-L433]         requires $0 == 1bv1;
[L432-L434]         requires $1 == 0bv1;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L798]              assume true;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L802]              assume $0 != 0bv1 ==> !_READ_HAS_OCCURRED_$$sharedArray;
[L803]              assume $0 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$sharedArray;
[L804]              assume $0 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L847]              assume $0 != 0bv1 || $0 != 0bv1;
[L848]              havoc $$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L815]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$coefsSignal;
[L816]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$coefsSignal;
[L817]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L821]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$AverageSignal;
[L822]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$AverageSignal;
[L823]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L830]              assume !(group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && ($1 != 0bv1 || $1 != 0bv1));
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L834]              havoc _TRACKING;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L252]       RET    call $bugle_barrier_duplicated_0(1bv1, 0bv1);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=2048bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L253]              v7 := BV32_UGT($tLevels, $mLevels);
             VAL    [$levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=2048bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true]
[L384]              assume v7;
[L385]              $cond := $mLevels;
             VAL    [$cond=8bv32, $levelsDone=524288bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=2048bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true]
[L262]              v8 := FDIV32(1065353216bv32, FSQRT32(1073741824bv32));
[L263]              havoc v9$1, v9$2;
[L264]              havoc v10$1, v10$2;
[L265]              $activeThreads.0, $midOutPos.0$1, $i.0, $data0.0$1, $data1.0$1 := BV32_SDIV(BV32_SHL(1bv32, BV32_AND($cond, 31bv32)), 2bv32), BV32_UDIV($signalLength, 2bv32), 0bv32, v9$1, v10$1;
[L266]              $midOutPos.0$2, $data0.0$2, $data1.0$2 := BV32_UDIV($signalLength, 2bv32), v9$2, v10$2;
[L267]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=1bv32, $midOutPos.0$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=2048bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L271]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=1bv32, $midOutPos.0$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=2048bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L272]              assert _ATOMIC_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=1bv32, $midOutPos.0$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=2048bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L273]              assert _WRITE_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=1bv32, $midOutPos.0$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=2048bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L274]              assert _READ_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=1bv32, $midOutPos.0$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=2048bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L275]              assert true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=1bv32, $midOutPos.0$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=2048bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L276]              assert (if $activeThreads.0 == BV32_SDIV(BV32_SHL(1bv32, BV32_AND(BV32_SUB($cond, $i.0), 31bv32)), 2bv32) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=1bv32, $midOutPos.0$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=2048bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L277]              assert (if BV32_ULT(v0$1, $activeThreads.0) ==> $midOutPos.0$1 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=1bv32, $midOutPos.0$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=2048bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L278]              assert (if BV32_ULT(v0$2, $activeThreads.0) ==> $midOutPos.0$2 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=524288bv32, $midOutPos.0$1=1bv32, $midOutPos.0$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=268435456bv32, v0$2=0bv32, v1$1=2048bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]

[2017-09-08 21:39:28,186 INFO  L164             ResultUtil]:   - CounterExampleResult [Line: 281]: assertion can be violated
[2017-09-08 21:39:28,186 INFO  L168             ResultUtil]:     assertion can be violated
We found a FailurePath: 
[L109-L110]         requires (if $signalLength == 1024bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L111]         requires (if $tLevels == 6bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L112]         requires (if $mLevels == 8bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L113]         requires !_READ_HAS_OCCURRED_$$inSignal && !_WRITE_HAS_OCCURRED_$$inSignal && !_ATOMIC_HAS_OCCURRED_$$inSignal;
[L109-L114]         requires !_READ_HAS_OCCURRED_$$coefsSignal && !_WRITE_HAS_OCCURRED_$$coefsSignal && !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
[L109-L115]         requires !_READ_HAS_OCCURRED_$$AverageSignal && !_WRITE_HAS_OCCURRED_$$AverageSignal && !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
[L109-L116]         requires !_READ_HAS_OCCURRED_$$sharedArray && !_WRITE_HAS_OCCURRED_$$sharedArray && !_ATOMIC_HAS_OCCURRED_$$sharedArray;
[L109-L117]         requires BV32_SGT(group_size_x, 0bv32);
[L109-L118]         requires BV32_SGT(num_groups_x, 0bv32);
[L109-L119]         requires BV32_SGE(group_id_x$1, 0bv32);
[L109-L120]         requires BV32_SGE(group_id_x$2, 0bv32);
[L109-L121]         requires BV32_SLT(group_id_x$1, num_groups_x);
[L109-L122]         requires BV32_SLT(group_id_x$2, num_groups_x);
[L109-L123]         requires BV32_SGE(local_id_x$1, 0bv32);
[L109-L124]         requires BV32_SGE(local_id_x$2, 0bv32);
[L109-L125]         requires BV32_SLT(local_id_x$1, group_size_x);
[L109-L126]         requires BV32_SLT(local_id_x$2, group_size_x);
[L109-L127]         requires BV32_SGT(group_size_y, 0bv32);
[L109-L128]         requires BV32_SGT(num_groups_y, 0bv32);
[L109-L129]         requires BV32_SGE(group_id_y$1, 0bv32);
[L109-L130]         requires BV32_SGE(group_id_y$2, 0bv32);
[L109-L131]         requires BV32_SLT(group_id_y$1, num_groups_y);
[L109-L132]         requires BV32_SLT(group_id_y$2, num_groups_y);
[L109-L133]         requires BV32_SGE(local_id_y$1, 0bv32);
[L109-L134]         requires BV32_SGE(local_id_y$2, 0bv32);
[L109-L135]         requires BV32_SLT(local_id_y$1, group_size_y);
[L109-L136]         requires BV32_SLT(local_id_y$2, group_size_y);
[L109-L137]         requires BV32_SGT(group_size_z, 0bv32);
[L109-L138]         requires BV32_SGT(num_groups_z, 0bv32);
[L109-L139]         requires BV32_SGE(group_id_z$1, 0bv32);
[L109-L140]         requires BV32_SGE(group_id_z$2, 0bv32);
[L109-L141]         requires BV32_SLT(group_id_z$1, num_groups_z);
[L109-L142]         requires BV32_SLT(group_id_z$2, num_groups_z);
[L109-L143]         requires BV32_SGE(local_id_z$1, 0bv32);
[L109-L144]         requires BV32_SGE(local_id_z$2, 0bv32);
[L109-L145]         requires BV32_SLT(local_id_z$1, group_size_z);
[L109-L146]         requires BV32_SLT(local_id_z$2, group_size_z);
[L109-L147]         requires group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> local_id_x$1 != local_id_x$2 || local_id_y$1 != local_id_y$2 || local_id_z$1 != local_id_z$2;
             VAL    [$mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false]
[L218]              v0$1 := local_id_x$1;
[L219]              v0$2 := local_id_x$2;
[L220]              v1$1 := group_id_x$1;
[L221]              v1$2 := group_id_x$2;
[L222]              v2 := group_size_x;
[L223]              havoc v3$1, v3$2;
[L224]              havoc v4$1, v4$2;
[L225]              v5 := 0bv32 == $levelsDone;
             VAL    [$levelsDone=4bv32, $mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v5=false]
[L229]              assume !v5;
[L230]              $t0.0$1, $t1.0$1 := v3$1, v4$1;
[L231]              $t0.0$2, $t1.0$2 := v3$2, v4$2;
             VAL    [$levelsDone=4bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L235]       CALL   call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=524288bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=524288bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L235]       RET    call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [$levelsDone=4bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L236]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L236]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [$levelsDone=4bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L237]              assume true;
             VAL    [$levelsDone=4bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L238]       FCALL  call _CHECK_WRITE_$$sharedArray(true, v0$2, $t0.0$2);
             VAL    [$levelsDone=4bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L239]              assume true;
[L240]              $$sharedArray[1bv1][v0$1] := $t0.0$1;
[L241]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2] := $t0.0$2;
             VAL    [$levelsDone=4bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L242]       CALL   call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L242]       RET    call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [$levelsDone=4bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L243]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L243]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [$levelsDone=4bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L244]              assume true;
             VAL    [$levelsDone=4bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L245]       FCALL  call _CHECK_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$2), $t1.0$2);
             VAL    [$levelsDone=4bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L246]              assume true;
[L247]              $$sharedArray[1bv1][BV32_ADD(v2, v0$1)] := $t1.0$1;
[L248]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(v2, v0$2)] := $t1.0$2;
             VAL    [$levelsDone=4bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L252]       CALL   call $bugle_barrier_duplicated_0(1bv1, 0bv1);
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L432-L433]         requires $0 == 1bv1;
[L432-L434]         requires $1 == 0bv1;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L798]              assume true;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L802]              assume $0 != 0bv1 ==> !_READ_HAS_OCCURRED_$$sharedArray;
[L803]              assume $0 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$sharedArray;
[L804]              assume $0 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L847]              assume $0 != 0bv1 || $0 != 0bv1;
[L848]              havoc $$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L815]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$coefsSignal;
[L816]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$coefsSignal;
[L817]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L821]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$AverageSignal;
[L822]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$AverageSignal;
[L823]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L830]              assume !(group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && ($1 != 0bv1 || $1 != 0bv1));
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L834]              havoc _TRACKING;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L252]       RET    call $bugle_barrier_duplicated_0(1bv1, 0bv1);
             VAL    [$levelsDone=4bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L253]              v7 := BV32_UGT($tLevels, $mLevels);
             VAL    [$levelsDone=4bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true]
[L384]              assume v7;
[L385]              $cond := $mLevels;
             VAL    [$cond=8bv32, $levelsDone=4bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true]
[L262]              v8 := FDIV32(1065353216bv32, FSQRT32(1073741824bv32));
[L263]              havoc v9$1, v9$2;
[L264]              havoc v10$1, v10$2;
[L265]              $activeThreads.0, $midOutPos.0$1, $i.0, $data0.0$1, $data1.0$1 := BV32_SDIV(BV32_SHL(1bv32, BV32_AND($cond, 31bv32)), 2bv32), BV32_UDIV($signalLength, 2bv32), 0bv32, v9$1, v10$1;
[L266]              $midOutPos.0$2, $data0.0$2, $data1.0$2 := BV32_UDIV($signalLength, 2bv32), v9$2, v10$2;
[L267]              assume true;
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L271]              assume true;
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L272]              assert _ATOMIC_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L273]              assert _WRITE_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L274]              assert _READ_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L275]              assert true;
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L276]              assert (if $activeThreads.0 == BV32_SDIV(BV32_SHL(1bv32, BV32_AND(BV32_SUB($cond, $i.0), 31bv32)), 2bv32) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L277]              assert (if BV32_ULT(v0$1, $activeThreads.0) ==> $midOutPos.0$1 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L278]              assert (if BV32_ULT(v0$2, $activeThreads.0) ==> $midOutPos.0$2 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L279]              assert (if _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(BV32_SHL($midOutPos.0$1, 1bv32), BV32_MUL(v1$1, BV32_SHL($activeThreads.0, 1bv32))), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L280]              assert (if BV32_UGE(v0$1, 16bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(512bv32, BV32_MUL(v1$1, 32bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L281]              assert (if BV32_UGE(v0$1, 8bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(256bv32, BV32_MUL(v1$1, 16bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L282]              assert (if BV32_UGE(v0$1, 4bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(128bv32, BV32_MUL(v1$1, 8bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L283]              assert (if BV32_UGE(v0$1, 2bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(64bv32, BV32_MUL(v1$1, 4bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L284]              assert (if BV32_UGE(v0$1, 1bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(32bv32, BV32_MUL(v1$1, 2bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L285]              assert (if BV32_UGE(v0$1, BV32_SDIV(BV32_SHL(1bv32, BV32_AND($cond, 31bv32)), 2bv32)) ==> BV1_XOR((if _WRITE_HAS_OCCURRED_$$coefsSignal then 1bv1 else 0bv1), 1bv1) == 1bv1 then 1bv1 else 0bv1) != 0bv1;
[L286]              v11 := BV32_ULT($i.0, $cond);
[L287]              p0$1 := false;
[L288]              p0$2 := false;
[L289]              p1$1 := false;
[L290]              p1$2 := false;
[L291]              p2$1 := false;
[L292]              p2$2 := false;
[L293]              p3$1 := false;
[L294]              p3$2 := false;
[L295]              p4$1 := false;
[L296]              p4$2 := false;
[L297]              p5$1 := false;
[L298]              p5$2 := false;
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=false, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L323]              assume v11;
[L324]              v12$1 := BV32_ULT(v0$1, $activeThreads.0);
[L325]              v12$2 := BV32_ULT(v0$2, $activeThreads.0);
[L326]              p1$1 := (if v12$1 then v12$1 else p1$1);
[L327]              p1$2 := (if v12$2 then v12$2 else p1$2);
[L328]              p0$1 := (if !v12$1 then !v12$1 else p0$1);
[L329]              p0$2 := (if !v12$2 then !v12$2 else p0$2);
[L330]              $data0.1$1, $data1.1$1 := (if p0$1 then $data0.0$1 else $data0.1$1), (if p0$1 then $data1.0$1 else $data1.1$1);
[L331]              $data0.1$2, $data1.1$2 := (if p0$2 then $data0.0$2 else $data0.1$2), (if p0$2 then $data1.0$2 else $data1.1$2);
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=1bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L332]       CALL   call _LOG_READ_$$sharedArray(p1$1, BV32_MUL(2bv32, v0$1), $$sharedArray[1bv1][BV32_MUL(2bv32, v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L716]              _READ_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _READ_HAS_OCCURRED_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L332]       RET    call _LOG_READ_$$sharedArray(p1$1, BV32_MUL(2bv32, v0$1), $$sharedArray[1bv1][BV32_MUL(2bv32, v0$1)]);
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=1bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L333]              assume true;
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=1bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L334]       FCALL  call _CHECK_READ_$$sharedArray(p1$2, BV32_MUL(2bv32, v0$2), $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_MUL(2bv32, v0$2)]);
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=1bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L335]              assume true;
[L336]              v13$1 := (if p1$1 then $$sharedArray[1bv1][BV32_MUL(2bv32, v0$1)] else v13$1);
[L337]              v13$2 := (if p1$2 then $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_MUL(2bv32, v0$2)] else v13$2);
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=1bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L338]       CALL   call _LOG_READ_$$sharedArray(p1$1, BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32), $$sharedArray[1bv1][BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2048bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L716]              _READ_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _READ_HAS_OCCURRED_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2048bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L338]       RET    call _LOG_READ_$$sharedArray(p1$1, BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32), $$sharedArray[1bv1][BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32)]);
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=1bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L339]              assume true;
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=1bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L340]       FCALL  call _CHECK_READ_$$sharedArray(p1$2, BV32_ADD(BV32_MUL(2bv32, v0$2), 1bv32), $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(BV32_MUL(2bv32, v0$2), 1bv32)]);
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=1bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L341]              assume true;
[L342]              v14$1 := (if p1$1 then $$sharedArray[1bv1][BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32)] else v14$1);
[L343]              v14$2 := (if p1$2 then $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(BV32_MUL(2bv32, v0$2), 1bv32)] else v14$2);
[L344]              $data0.1$1, $data1.1$1 := (if p1$1 then v13$1 else $data0.1$1), (if p1$1 then v14$1 else $data1.1$1);
[L345]              $data0.1$2, $data1.1$2 := (if p1$2 then v13$2 else $data0.1$2), (if p1$2 then v14$2 else $data1.1$2);
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L349]       CALL   call $bugle_barrier_duplicated_1(1bv1, 0bv1);
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L439-L440]         requires $0 == 1bv1;
[L439-L441]         requires $1 == 0bv1;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L868]              assume true;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L872]              assume $0 != 0bv1 ==> !_READ_HAS_OCCURRED_$$sharedArray;
[L873]              assume $0 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$sharedArray;
[L874]              assume $0 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L917]              assume $0 != 0bv1 || $0 != 0bv1;
[L918]              havoc $$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L885]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$coefsSignal;
[L886]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$coefsSignal;
[L887]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L891]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$AverageSignal;
[L892]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$AverageSignal;
[L893]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L900]              assume !(group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && ($1 != 0bv1 || $1 != 0bv1));
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L904]              havoc _TRACKING;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L349]       RET    call $bugle_barrier_duplicated_1(1bv1, 0bv1);
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L350]              v15$1 := BV32_ULT(v0$1, $activeThreads.0);
[L351]              v15$2 := BV32_ULT(v0$2, $activeThreads.0);
[L352]              p3$1 := (if v15$1 then v15$1 else p3$1);
[L353]              p3$2 := (if v15$2 then v15$2 else p3$2);
[L354]              p2$1 := (if !v15$1 then !v15$1 else p2$1);
[L355]              p2$2 := (if !v15$2 then !v15$2 else p2$2);
[L356]              $midOutPos.1$1 := (if p2$1 then $midOutPos.0$1 else $midOutPos.1$1);
[L357]              $midOutPos.1$2 := (if p2$2 then $midOutPos.0$2 else $midOutPos.1$2);
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L358]       CALL   call _LOG_WRITE_$$sharedArray(p3$1, v0$1, FMUL32(FADD32($data0.1$1, $data1.1$1), v8), $$sharedArray[1bv1][v0$1]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=524288bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=524288bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=0bv32, _value_old=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L358]       RET    call _LOG_WRITE_$$sharedArray(p3$1, v0$1, FMUL32(FADD32($data0.1$1, $data1.1$1), v8), $$sharedArray[1bv1][v0$1]);
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L359]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(p3$2, v0$2);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L359]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(p3$2, v0$2);
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L360]              assume true;
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L361]       FCALL  call _CHECK_WRITE_$$sharedArray(p3$2, v0$2, FMUL32(FADD32($data0.1$2, $data1.1$2), v8));
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L362]              assume true;
[L363]              $$sharedArray[1bv1][v0$1] := (if p3$1 then FMUL32(FADD32($data0.1$1, $data1.1$1), v8) else $$sharedArray[1bv1][v0$1]);
[L364]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2] := (if p3$2 then FMUL32(FADD32($data0.1$2, $data1.1$2), v8) else $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2]);
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L365]       CALL   call _LOG_WRITE_$$coefsSignal(p3$1, BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1), FMUL32(FSUB32($data0.1$1, $data1.1$1), v8), $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=1073741824bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=0bv32, _value_old=65536bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$coefsSignal)=false, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=false]
[L571]              _WRITE_HAS_OCCURRED_$$coefsSignal := (if _P && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$coefsSignal == _value then true else _WRITE_HAS_OCCURRED_$$coefsSignal);
[L572]              _WRITE_READ_BENIGN_FLAG_$$coefsSignal := (if _P && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$coefsSignal == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$coefsSignal);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=1073741824bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=0bv32, _value_old=65536bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$coefsSignal)=false, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=false]
[L365]       RET    call _LOG_WRITE_$$coefsSignal(p3$1, BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1), FMUL32(FSUB32($data0.1$1, $data1.1$1), v8), $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)]);
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L366]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$coefsSignal(p3$2, BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2));
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=true]
[L615]              _WRITE_READ_BENIGN_FLAG_$$coefsSignal := (if _P && _WRITE_HAS_OCCURRED_$$coefsSignal && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$coefsSignal);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=true]
[L366]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$coefsSignal(p3$2, BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2));
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L367]              assume true;
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L368]       FCALL  call _CHECK_WRITE_$$coefsSignal(p3$2, BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2), FMUL32(FSUB32($data0.1$2, $data1.1$2), v8));
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L369]              assume true;
[L370]              $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)] := (if p3$1 then FMUL32(FSUB32($data0.1$1, $data1.1$1), v8) else $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)]);
[L371]              $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2)] := (if p3$2 then FMUL32(FSUB32($data0.1$2, $data1.1$2), v8) else $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2)]);
[L372]              $midOutPos.1$1 := (if p3$1 then BV32_LSHR($midOutPos.0$1, 1bv32) else $midOutPos.1$1);
[L373]              $midOutPos.1$2 := (if p3$2 then BV32_LSHR($midOutPos.0$2, 1bv32) else $midOutPos.1$2);
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L377]       CALL   call $bugle_barrier_duplicated_2(1bv1, 0bv1);
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L446-L447]         requires $0 == 1bv1;
[L446-L448]         requires $1 == 0bv1;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L938]              assume true;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L942]              assume $0 != 0bv1 ==> !_READ_HAS_OCCURRED_$$sharedArray;
[L943]              assume $0 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$sharedArray;
[L944]              assume $0 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L987]              assume $0 != 0bv1 || $0 != 0bv1;
[L988]              havoc $$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L955]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$coefsSignal;
[L956]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$coefsSignal;
[L957]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L961]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$AverageSignal;
[L962]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$AverageSignal;
[L963]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L970]              assume !(group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && ($1 != 0bv1 || $1 != 0bv1));
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L974]              havoc _TRACKING;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L377]       RET    call $bugle_barrier_duplicated_2(1bv1, 0bv1);
             VAL    [$activeThreads.0=32bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L378]              $activeThreads.0, $midOutPos.0$1, $i.0, $data0.0$1, $data1.0$1 := BV32_LSHR($activeThreads.0, 1bv32), $midOutPos.1$1, BV32_ADD($i.0, 1bv32), $data0.1$1, $data1.1$1;
[L379]              $midOutPos.0$2, $data0.0$2, $data1.0$2 := $midOutPos.1$2, $data0.1$2, $data1.1$2;
[L380]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2048bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L271]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2048bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L272]              assert _ATOMIC_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2048bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L273]              assert _WRITE_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2048bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L274]              assert _READ_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2048bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L275]              assert true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2048bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L276]              assert (if $activeThreads.0 == BV32_SDIV(BV32_SHL(1bv32, BV32_AND(BV32_SUB($cond, $i.0), 31bv32)), 2bv32) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2048bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L277]              assert (if BV32_ULT(v0$1, $activeThreads.0) ==> $midOutPos.0$1 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2048bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L278]              assert (if BV32_ULT(v0$2, $activeThreads.0) ==> $midOutPos.0$2 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2048bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L279]              assert (if _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(BV32_SHL($midOutPos.0$1, 1bv32), BV32_MUL(v1$1, BV32_SHL($activeThreads.0, 1bv32))), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2048bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L280]              assert (if BV32_UGE(v0$1, 16bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(512bv32, BV32_MUL(v1$1, 32bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2048bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L281]              assert (if BV32_UGE(v0$1, 8bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(256bv32, BV32_MUL(v1$1, 16bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=2048bv32, $levelsDone=4bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=524288bv32, v0$2=0bv32, v1$1=0bv32, v1$2=0bv32, v10$1=0bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]

[2017-09-08 21:39:28,310 INFO  L164             ResultUtil]:   - PositiveResult [Line: 432]: procedure precondition always holds
[2017-09-08 21:39:28,310 INFO  L168             ResultUtil]:     For all program executions holds that procedure precondition always holds at this location
[2017-09-08 21:39:28,310 INFO  L164             ResultUtil]:   - PositiveResult [Line: 578]: procedure precondition always holds
[2017-09-08 21:39:28,310 INFO  L168             ResultUtil]:     For all program executions holds that procedure precondition always holds at this location
[2017-09-08 21:39:28,310 INFO  L164             ResultUtil]:   - PositiveResult [Line: 446]: procedure precondition always holds
[2017-09-08 21:39:28,310 INFO  L168             ResultUtil]:     For all program executions holds that procedure precondition always holds at this location
[2017-09-08 21:39:28,310 INFO  L164             ResultUtil]:   - PositiveResult [Line: 274]: assertion always holds
[2017-09-08 21:39:28,310 INFO  L168             ResultUtil]:     For all program executions holds that assertion always holds at this location
[2017-09-08 21:39:28,310 INFO  L164             ResultUtil]:   - CounterExampleResult [Line: 284]: assertion can be violated
[2017-09-08 21:39:28,311 INFO  L168             ResultUtil]:     assertion can be violated
We found a FailurePath: 
[L109-L110]         requires (if $signalLength == 1024bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L111]         requires (if $tLevels == 6bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L112]         requires (if $mLevels == 8bv32 then 1bv1 else 0bv1) != 0bv1;
[L109-L113]         requires !_READ_HAS_OCCURRED_$$inSignal && !_WRITE_HAS_OCCURRED_$$inSignal && !_ATOMIC_HAS_OCCURRED_$$inSignal;
[L109-L114]         requires !_READ_HAS_OCCURRED_$$coefsSignal && !_WRITE_HAS_OCCURRED_$$coefsSignal && !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
[L109-L115]         requires !_READ_HAS_OCCURRED_$$AverageSignal && !_WRITE_HAS_OCCURRED_$$AverageSignal && !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
[L109-L116]         requires !_READ_HAS_OCCURRED_$$sharedArray && !_WRITE_HAS_OCCURRED_$$sharedArray && !_ATOMIC_HAS_OCCURRED_$$sharedArray;
[L109-L117]         requires BV32_SGT(group_size_x, 0bv32);
[L109-L118]         requires BV32_SGT(num_groups_x, 0bv32);
[L109-L119]         requires BV32_SGE(group_id_x$1, 0bv32);
[L109-L120]         requires BV32_SGE(group_id_x$2, 0bv32);
[L109-L121]         requires BV32_SLT(group_id_x$1, num_groups_x);
[L109-L122]         requires BV32_SLT(group_id_x$2, num_groups_x);
[L109-L123]         requires BV32_SGE(local_id_x$1, 0bv32);
[L109-L124]         requires BV32_SGE(local_id_x$2, 0bv32);
[L109-L125]         requires BV32_SLT(local_id_x$1, group_size_x);
[L109-L126]         requires BV32_SLT(local_id_x$2, group_size_x);
[L109-L127]         requires BV32_SGT(group_size_y, 0bv32);
[L109-L128]         requires BV32_SGT(num_groups_y, 0bv32);
[L109-L129]         requires BV32_SGE(group_id_y$1, 0bv32);
[L109-L130]         requires BV32_SGE(group_id_y$2, 0bv32);
[L109-L131]         requires BV32_SLT(group_id_y$1, num_groups_y);
[L109-L132]         requires BV32_SLT(group_id_y$2, num_groups_y);
[L109-L133]         requires BV32_SGE(local_id_y$1, 0bv32);
[L109-L134]         requires BV32_SGE(local_id_y$2, 0bv32);
[L109-L135]         requires BV32_SLT(local_id_y$1, group_size_y);
[L109-L136]         requires BV32_SLT(local_id_y$2, group_size_y);
[L109-L137]         requires BV32_SGT(group_size_z, 0bv32);
[L109-L138]         requires BV32_SGT(num_groups_z, 0bv32);
[L109-L139]         requires BV32_SGE(group_id_z$1, 0bv32);
[L109-L140]         requires BV32_SGE(group_id_z$2, 0bv32);
[L109-L141]         requires BV32_SLT(group_id_z$1, num_groups_z);
[L109-L142]         requires BV32_SLT(group_id_z$2, num_groups_z);
[L109-L143]         requires BV32_SGE(local_id_z$1, 0bv32);
[L109-L144]         requires BV32_SGE(local_id_z$2, 0bv32);
[L109-L145]         requires BV32_SLT(local_id_z$1, group_size_z);
[L109-L146]         requires BV32_SLT(local_id_z$2, group_size_z);
[L109-L147]         requires group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> local_id_x$1 != local_id_x$2 || local_id_y$1 != local_id_y$2 || local_id_z$1 != local_id_z$2;
             VAL    [$mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false]
[L218]              v0$1 := local_id_x$1;
[L219]              v0$2 := local_id_x$2;
[L220]              v1$1 := group_id_x$1;
[L221]              v1$2 := group_id_x$2;
[L222]              v2 := group_size_x;
[L223]              havoc v3$1, v3$2;
[L224]              havoc v4$1, v4$2;
[L225]              v5 := 0bv32 == $levelsDone;
             VAL    [$levelsDone=2bv32, $mLevels=8bv32, $signalLength=1024bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v2=512bv32, v5=false]
[L229]              assume !v5;
[L230]              $t0.0$1, $t1.0$1 := v3$1, v4$1;
[L231]              $t0.0$2, $t1.0$2 := v3$2, v4$2;
             VAL    [$levelsDone=2bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L235]       CALL   call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _value_old=4194304bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=4194304bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L235]       RET    call _LOG_WRITE_$$sharedArray(true, v0$1, $t0.0$1, $$sharedArray[1bv1][v0$1]);
             VAL    [$levelsDone=2bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L236]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=4bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=4bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L236]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, v0$2);
             VAL    [$levelsDone=2bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L237]              assume true;
             VAL    [$levelsDone=2bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L238]       FCALL  call _CHECK_WRITE_$$sharedArray(true, v0$2, $t0.0$2);
             VAL    [$levelsDone=2bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L239]              assume true;
[L240]              $$sharedArray[1bv1][v0$1] := $t0.0$1;
[L241]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2] := $t0.0$2;
             VAL    [$levelsDone=2bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L242]       CALL   call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=33554432bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=16bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=33554432bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _value_old=16bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L242]       RET    call _LOG_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$1), $t1.0$1, $$sharedArray[1bv1][BV32_ADD(v2, v0$1)]);
             VAL    [$levelsDone=2bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L243]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2147483648bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2147483648bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L243]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(true, BV32_ADD(v2, v0$2));
             VAL    [$levelsDone=2bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L244]              assume true;
             VAL    [$levelsDone=2bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L245]       FCALL  call _CHECK_WRITE_$$sharedArray(true, BV32_ADD(v2, v0$2), $t1.0$2);
             VAL    [$levelsDone=2bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L246]              assume true;
[L247]              $$sharedArray[1bv1][BV32_ADD(v2, v0$1)] := $t1.0$1;
[L248]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(v2, v0$2)] := $t1.0$2;
             VAL    [$levelsDone=2bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L252]       CALL   call $bugle_barrier_duplicated_0(1bv1, 0bv1);
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L432-L433]         requires $0 == 1bv1;
[L432-L434]         requires $1 == 0bv1;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L798]              assume true;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L802]              assume $0 != 0bv1 ==> !_READ_HAS_OCCURRED_$$sharedArray;
[L803]              assume $0 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$sharedArray;
[L804]              assume $0 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L847]              assume $0 != 0bv1 || $0 != 0bv1;
[L848]              havoc $$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L815]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$coefsSignal;
[L816]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$coefsSignal;
[L817]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L821]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$AverageSignal;
[L822]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$AverageSignal;
[L823]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L830]              assume !(group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && ($1 != 0bv1 || $1 != 0bv1));
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L834]              havoc _TRACKING;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L252]       RET    call $bugle_barrier_duplicated_0(1bv1, 0bv1);
             VAL    [$levelsDone=2bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false]
[L253]              v7 := BV32_UGT($tLevels, $mLevels);
             VAL    [$levelsDone=2bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true]
[L384]              assume v7;
[L385]              $cond := $mLevels;
             VAL    [$cond=8bv32, $levelsDone=2bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true]
[L262]              v8 := FDIV32(1065353216bv32, FSQRT32(1073741824bv32));
[L263]              havoc v9$1, v9$2;
[L264]              havoc v10$1, v10$2;
[L265]              $activeThreads.0, $midOutPos.0$1, $i.0, $data0.0$1, $data1.0$1 := BV32_SDIV(BV32_SHL(1bv32, BV32_AND($cond, 31bv32)), 2bv32), BV32_UDIV($signalLength, 2bv32), 0bv32, v9$1, v10$1;
[L266]              $midOutPos.0$2, $data0.0$2, $data1.0$2 := BV32_UDIV($signalLength, 2bv32), v9$2, v10$2;
[L267]              assume true;
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L271]              assume true;
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L272]              assert _ATOMIC_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L273]              assert _WRITE_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L274]              assert _READ_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L275]              assert true;
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L276]              assert (if $activeThreads.0 == BV32_SDIV(BV32_SHL(1bv32, BV32_AND(BV32_SUB($cond, $i.0), 31bv32)), 2bv32) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L277]              assert (if BV32_ULT(v0$1, $activeThreads.0) ==> $midOutPos.0$1 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L278]              assert (if BV32_ULT(v0$2, $activeThreads.0) ==> $midOutPos.0$2 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L279]              assert (if _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(BV32_SHL($midOutPos.0$1, 1bv32), BV32_MUL(v1$1, BV32_SHL($activeThreads.0, 1bv32))), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L280]              assert (if BV32_UGE(v0$1, 16bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(512bv32, BV32_MUL(v1$1, 32bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L281]              assert (if BV32_UGE(v0$1, 8bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(256bv32, BV32_MUL(v1$1, 16bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L282]              assert (if BV32_UGE(v0$1, 4bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(128bv32, BV32_MUL(v1$1, 8bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L283]              assert (if BV32_UGE(v0$1, 2bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(64bv32, BV32_MUL(v1$1, 4bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L284]              assert (if BV32_UGE(v0$1, 1bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(32bv32, BV32_MUL(v1$1, 2bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L285]              assert (if BV32_UGE(v0$1, BV32_SDIV(BV32_SHL(1bv32, BV32_AND($cond, 31bv32)), 2bv32)) ==> BV1_XOR((if _WRITE_HAS_OCCURRED_$$coefsSignal then 1bv1 else 0bv1), 1bv1) == 1bv1 then 1bv1 else 0bv1) != 0bv1;
[L286]              v11 := BV32_ULT($i.0, $cond);
[L287]              p0$1 := false;
[L288]              p0$2 := false;
[L289]              p1$1 := false;
[L290]              p1$2 := false;
[L291]              p2$1 := false;
[L292]              p2$2 := false;
[L293]              p3$1 := false;
[L294]              p3$2 := false;
[L295]              p4$1 := false;
[L296]              p4$2 := false;
[L297]              p5$1 := false;
[L298]              p5$2 := false;
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=false, p1$2=false, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L323]              assume v11;
[L324]              v12$1 := BV32_ULT(v0$1, $activeThreads.0);
[L325]              v12$2 := BV32_ULT(v0$2, $activeThreads.0);
[L326]              p1$1 := (if v12$1 then v12$1 else p1$1);
[L327]              p1$2 := (if v12$2 then v12$2 else p1$2);
[L328]              p0$1 := (if !v12$1 then !v12$1 else p0$1);
[L329]              p0$2 := (if !v12$2 then !v12$2 else p0$2);
[L330]              $data0.1$1, $data1.1$1 := (if p0$1 then $data0.0$1 else $data0.1$1), (if p0$1 then $data1.0$1 else $data1.1$1);
[L331]              $data0.1$2, $data1.1$2 := (if p0$2 then $data0.0$2 else $data0.1$2), (if p0$2 then $data1.0$2 else $data1.1$2);
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=32bv32, $data0.1$2=1bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $data1.1$1=2147483648bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L332]       CALL   call _LOG_READ_$$sharedArray(p1$1, BV32_MUL(2bv32, v0$1), $$sharedArray[1bv1][BV32_MUL(2bv32, v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2147483648bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L716]              _READ_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _READ_HAS_OCCURRED_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2147483648bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L332]       RET    call _LOG_READ_$$sharedArray(p1$1, BV32_MUL(2bv32, v0$1), $$sharedArray[1bv1][BV32_MUL(2bv32, v0$1)]);
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=32bv32, $data0.1$2=1bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $data1.1$1=2147483648bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L333]              assume true;
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=32bv32, $data0.1$2=1bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $data1.1$1=2147483648bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L334]       FCALL  call _CHECK_READ_$$sharedArray(p1$2, BV32_MUL(2bv32, v0$2), $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_MUL(2bv32, v0$2)]);
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=32bv32, $data0.1$2=1bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $data1.1$1=2147483648bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L335]              assume true;
[L336]              v13$1 := (if p1$1 then $$sharedArray[1bv1][BV32_MUL(2bv32, v0$1)] else v13$1);
[L337]              v13$2 := (if p1$2 then $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_MUL(2bv32, v0$2)] else v13$2);
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=32bv32, $data0.1$2=1bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $data1.1$1=2147483648bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L338]       CALL   call _LOG_READ_$$sharedArray(p1$1, BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32), $$sharedArray[1bv1][BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2147483649bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L716]              _READ_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _READ_HAS_OCCURRED_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2147483649bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _value=0bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_READ_HAS_OCCURRED_$$sharedArray)=false]
[L338]       RET    call _LOG_READ_$$sharedArray(p1$1, BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32), $$sharedArray[1bv1][BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32)]);
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=32bv32, $data0.1$2=1bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $data1.1$1=2147483648bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L339]              assume true;
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=32bv32, $data0.1$2=1bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $data1.1$1=2147483648bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L340]       FCALL  call _CHECK_READ_$$sharedArray(p1$2, BV32_ADD(BV32_MUL(2bv32, v0$2), 1bv32), $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(BV32_MUL(2bv32, v0$2), 1bv32)]);
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=32bv32, $data0.1$2=1bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $data1.1$1=2147483648bv32, $data1.1$2=1bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L341]              assume true;
[L342]              v14$1 := (if p1$1 then $$sharedArray[1bv1][BV32_ADD(BV32_MUL(2bv32, v0$1), 1bv32)] else v14$1);
[L343]              v14$2 := (if p1$2 then $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][BV32_ADD(BV32_MUL(2bv32, v0$2), 1bv32)] else v14$2);
[L344]              $data0.1$1, $data1.1$1 := (if p1$1 then v13$1 else $data0.1$1), (if p1$1 then v14$1 else $data1.1$1);
[L345]              $data0.1$2, $data1.1$2 := (if p1$2 then v13$2 else $data0.1$2), (if p1$2 then v14$2 else $data1.1$2);
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L349]       CALL   call $bugle_barrier_duplicated_1(1bv1, 0bv1);
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L439-L440]         requires $0 == 1bv1;
[L439-L441]         requires $1 == 0bv1;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L868]              assume true;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L872]              assume $0 != 0bv1 ==> !_READ_HAS_OCCURRED_$$sharedArray;
[L873]              assume $0 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$sharedArray;
[L874]              assume $0 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L917]              assume $0 != 0bv1 || $0 != 0bv1;
[L918]              havoc $$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L885]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$coefsSignal;
[L886]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$coefsSignal;
[L887]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L891]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$AverageSignal;
[L892]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$AverageSignal;
[L893]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L900]              assume !(group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && ($1 != 0bv1 || $1 != 0bv1));
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L904]              havoc _TRACKING;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=false]
[L349]       RET    call $bugle_barrier_duplicated_1(1bv1, 0bv1);
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=false, p3$2=false, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L350]              v15$1 := BV32_ULT(v0$1, $activeThreads.0);
[L351]              v15$2 := BV32_ULT(v0$2, $activeThreads.0);
[L352]              p3$1 := (if v15$1 then v15$1 else p3$1);
[L353]              p3$2 := (if v15$2 then v15$2 else p3$2);
[L354]              p2$1 := (if !v15$1 then !v15$1 else p2$1);
[L355]              p2$2 := (if !v15$2 then !v15$2 else p2$2);
[L356]              $midOutPos.1$1 := (if p2$1 then $midOutPos.0$1 else $midOutPos.1$1);
[L357]              $midOutPos.1$2 := (if p2$2 then $midOutPos.0$2 else $midOutPos.1$2);
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L358]       CALL   call _LOG_WRITE_$$sharedArray(p3$1, v0$1, FMUL32(FADD32($data0.1$1, $data1.1$1), v8), $$sharedArray[1bv1][v0$1]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _value=0bv32, _value_old=16bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L739]              _WRITE_HAS_OCCURRED_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then true else _WRITE_HAS_OCCURRED_$$sharedArray);
[L740]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$sharedArray == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=2bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=0bv32, _value_old=16bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$sharedArray)=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L358]       RET    call _LOG_WRITE_$$sharedArray(p3$1, v0$1, FMUL32(FADD32($data0.1$1, $data1.1$1), v8), $$sharedArray[1bv1][v0$1]);
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L359]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(p3$2, v0$2);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=4bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L783]              _WRITE_READ_BENIGN_FLAG_$$sharedArray := (if _P && _WRITE_HAS_OCCURRED_$$sharedArray && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$sharedArray);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=4bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$sharedArray)=false]
[L359]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$sharedArray(p3$2, v0$2);
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L360]              assume true;
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L361]       FCALL  call _CHECK_WRITE_$$sharedArray(p3$2, v0$2, FMUL32(FADD32($data0.1$2, $data1.1$2), v8));
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L362]              assume true;
[L363]              $$sharedArray[1bv1][v0$1] := (if p3$1 then FMUL32(FADD32($data0.1$1, $data1.1$1), v8) else $$sharedArray[1bv1][v0$1]);
[L364]              $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2] := (if p3$2 then FMUL32(FADD32($data0.1$2, $data1.1$2), v8) else $$sharedArray[(if group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 then 1bv1 else 0bv1)][v0$2]);
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L365]       CALL   call _LOG_WRITE_$$coefsSignal(p3$1, BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1), FMUL32(FSUB32($data0.1$1, $data1.1$1), v8), $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)]);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=0bv32, _value_old=33554432bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=false, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$coefsSignal)=false, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=false]
[L571]              _WRITE_HAS_OCCURRED_$$coefsSignal := (if _P && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$coefsSignal == _value then true else _WRITE_HAS_OCCURRED_$$coefsSignal);
[L572]              _WRITE_READ_BENIGN_FLAG_$$coefsSignal := (if _P && _TRACKING && _WATCHED_OFFSET == _offset && _WATCHED_VALUE_$$coefsSignal == _value then _value != _value_old else _WRITE_READ_BENIGN_FLAG_$$coefsSignal);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _value=0bv32, _value_old=33554432bv32, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_HAS_OCCURRED_$$coefsSignal)=false, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=false]
[L365]       RET    call _LOG_WRITE_$$coefsSignal(p3$1, BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1), FMUL32(FSUB32($data0.1$1, $data1.1$1), v8), $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)]);
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L366]       CALL   call _UPDATE_WRITE_READ_BENIGN_FLAG_$$coefsSignal(p3$2, BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2));
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=true, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=true]
[L615]              _WRITE_READ_BENIGN_FLAG_$$coefsSignal := (if _P && _WRITE_HAS_OCCURRED_$$coefsSignal && _WATCHED_OFFSET == _offset then false else _WRITE_READ_BENIGN_FLAG_$$coefsSignal);
             VAL    [_ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _offset=0bv32, _P=true, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_WRITE_READ_BENIGN_FLAG_$$coefsSignal)=true]
[L366]       RET    call _UPDATE_WRITE_READ_BENIGN_FLAG_$$coefsSignal(p3$2, BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2));
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L367]              assume true;
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L368]       FCALL  call _CHECK_WRITE_$$coefsSignal(p3$2, BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2), FMUL32(FSUB32($data0.1$2, $data1.1$2), v8));
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=1bv32, $midOutPos.1$2=1bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L369]              assume true;
[L370]              $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)] := (if p3$1 then FMUL32(FSUB32($data0.1$1, $data1.1$1), v8) else $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$1, BV32_MUL(v1$1, $activeThreads.0)), v0$1)]);
[L371]              $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2)] := (if p3$2 then FMUL32(FSUB32($data0.1$2, $data1.1$2), v8) else $$coefsSignal[BV32_ADD(BV32_ADD($midOutPos.0$2, BV32_MUL(v1$2, $activeThreads.0)), v0$2)]);
[L372]              $midOutPos.1$1 := (if p3$1 then BV32_LSHR($midOutPos.0$1, 1bv32) else $midOutPos.1$1);
[L373]              $midOutPos.1$2 := (if p3$2 then BV32_LSHR($midOutPos.0$2, 1bv32) else $midOutPos.1$2);
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L377]       CALL   call $bugle_barrier_duplicated_2(1bv1, 0bv1);
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L446-L447]         requires $0 == 1bv1;
[L446-L448]         requires $1 == 0bv1;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L938]              assume true;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L942]              assume $0 != 0bv1 ==> !_READ_HAS_OCCURRED_$$sharedArray;
[L943]              assume $0 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$sharedArray;
[L944]              assume $0 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L987]              assume $0 != 0bv1 || $0 != 0bv1;
[L988]              havoc $$sharedArray;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L955]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$coefsSignal;
[L956]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$coefsSignal;
[L957]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$coefsSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L961]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_READ_HAS_OCCURRED_$$AverageSignal;
[L962]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_WRITE_HAS_OCCURRED_$$AverageSignal;
[L963]              assume group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 ==> $1 != 0bv1 ==> !_ATOMIC_HAS_OCCURRED_$$AverageSignal;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L970]              assume !(group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2 && ($1 != 0bv1 || $1 != 0bv1));
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _TRACKING=true, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L974]              havoc _TRACKING;
             VAL    [$0=1bv1, $1=0bv1, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, old(_TRACKING)=true]
[L377]       RET    call $bugle_barrier_duplicated_2(1bv1, 0bv1);
             VAL    [$activeThreads.0=16384bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=256bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=0bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L378]              $activeThreads.0, $midOutPos.0$1, $i.0, $data0.0$1, $data1.0$1 := BV32_LSHR($activeThreads.0, 1bv32), $midOutPos.1$1, BV32_ADD($i.0, 1bv32), $data0.1$1, $data1.1$1;
[L379]              $midOutPos.0$2, $data0.0$2, $data1.0$2 := $midOutPos.1$2, $data0.1$2, $data1.1$2;
[L380]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=1bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L271]              assume true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=1bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L272]              assert _ATOMIC_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=1bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L273]              assert _WRITE_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=1bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L274]              assert _READ_HAS_OCCURRED_$$sharedArray ==> group_id_x$1 == group_id_x$2 && group_id_y$1 == group_id_y$2 && group_id_z$1 == group_id_z$2;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=1bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L275]              assert true;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=1bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L276]              assert (if $activeThreads.0 == BV32_SDIV(BV32_SHL(1bv32, BV32_AND(BV32_SUB($cond, $i.0), 31bv32)), 2bv32) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=1bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L277]              assert (if BV32_ULT(v0$1, $activeThreads.0) ==> $midOutPos.0$1 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=1bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L278]              assert (if BV32_ULT(v0$2, $activeThreads.0) ==> $midOutPos.0$2 == BV32_LSHR(BV32_UDIV($signalLength, 2bv32), BV32_AND($i.0, 31bv32)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=1bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L279]              assert (if _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(BV32_SHL($midOutPos.0$1, 1bv32), BV32_MUL(v1$1, BV32_SHL($activeThreads.0, 1bv32))), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=1bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L280]              assert (if BV32_UGE(v0$1, 16bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(512bv32, BV32_MUL(v1$1, 32bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=1bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L281]              assert (if BV32_UGE(v0$1, 8bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(256bv32, BV32_MUL(v1$1, 16bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=1bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L282]              assert (if BV32_UGE(v0$1, 4bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(128bv32, BV32_MUL(v1$1, 8bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=1bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L283]              assert (if BV32_UGE(v0$1, 2bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(64bv32, BV32_MUL(v1$1, 4bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=1bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]
[L284]              assert (if BV32_UGE(v0$1, 1bv32) ==> _WRITE_HAS_OCCURRED_$$coefsSignal ==> BV32_UGE(BV32_UDIV(BV32_MUL(4bv32, _WATCHED_OFFSET), 4bv32), BV32_ADD(BV32_ADD(32bv32, BV32_MUL(v1$1, 2bv32)), v0$1)) then 1bv1 else 0bv1) != 0bv1;
             VAL    [$activeThreads.0=0bv32, $cond=8bv32, $data0.0$1=0bv32, $data0.0$2=0bv32, $data0.1$1=0bv32, $data0.1$2=0bv32, $data1.0$1=0bv32, $data1.0$2=0bv32, $data1.1$1=0bv32, $data1.1$2=0bv32, $i.0=1bv32, $levelsDone=2bv32, $midOutPos.0$1=0bv32, $midOutPos.0$2=0bv32, $midOutPos.1$1=0bv32, $midOutPos.1$2=0bv32, $mLevels=8bv32, $signalLength=1024bv32, $t0.0$1=0bv32, $t0.0$2=0bv32, $t1.0$1=0bv32, $t1.0$2=0bv32, $tLevels=6bv32, _ATOMIC_HAS_OCCURRED_$$AverageSignal=false, _ATOMIC_HAS_OCCURRED_$$coefsSignal=false, _ATOMIC_HAS_OCCURRED_$$inSignal=false, _ATOMIC_HAS_OCCURRED_$$sharedArray=false, _READ_HAS_OCCURRED_$$AverageSignal=false, _READ_HAS_OCCURRED_$$coefsSignal=false, _READ_HAS_OCCURRED_$$inSignal=false, _READ_HAS_OCCURRED_$$sharedArray=false, _WRITE_HAS_OCCURRED_$$AverageSignal=false, _WRITE_HAS_OCCURRED_$$coefsSignal=true, _WRITE_HAS_OCCURRED_$$inSignal=false, _WRITE_HAS_OCCURRED_$$sharedArray=false, _WRITE_READ_BENIGN_FLAG_$$coefsSignal=false, _WRITE_READ_BENIGN_FLAG_$$sharedArray=false, p0$1=false, p0$2=false, p1$1=true, p1$2=true, p2$1=false, p2$2=false, p3$1=true, p3$2=true, p4$1=false, p4$2=false, p5$1=false, p5$2=false, v0$1=2bv32, v0$2=4bv32, v1$1=16bv32, v1$2=0bv32, v10$1=256bv32, v10$2=0bv32, v11=true, v12$1=true, v12$2=true, v13$1=0bv32, v13$2=0bv32, v14$1=0bv32, v14$2=0bv32, v15$1=true, v15$2=true, v2=512bv32, v3$1=0bv32, v3$2=0bv32, v4$1=0bv32, v4$2=0bv32, v5=false, v7=true, v8=0bv32, v9$1=0bv32, v9$2=0bv32]

[2017-09-08 21:39:28,312 INFO  L164             ResultUtil]:   - InvariantResult [Line: 853]: Loop Invariant
[2017-09-08 21:39:28,312 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,312 INFO  L164             ResultUtil]:   - InvariantResult [Line: 931]: Loop Invariant
[2017-09-08 21:39:28,312 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,312 INFO  L164             ResultUtil]:   - InvariantResult [Line: 993]: Loop Invariant
[2017-09-08 21:39:28,312 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,312 INFO  L164             ResultUtil]:   - InvariantResult [Line: 249]: Loop Invariant
[2017-09-08 21:39:28,312 INFO  L168             ResultUtil]:     Derived loop invariant: !_READ_HAS_OCCURRED_$$sharedArray
[2017-09-08 21:39:28,312 INFO  L164             ResultUtil]:   - InvariantResult [Line: 894]: Loop Invariant
[2017-09-08 21:39:28,312 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,312 INFO  L164             ResultUtil]:   - InvariantResult [Line: 393]: Loop Invariant
[2017-09-08 21:39:28,312 INFO  L168             ResultUtil]:     Derived loop invariant: !_READ_HAS_OCCURRED_$$sharedArray
[2017-09-08 21:39:28,312 INFO  L164             ResultUtil]:   - InvariantResult [Line: 346]: Loop Invariant
[2017-09-08 21:39:28,312 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,313 INFO  L164             ResultUtil]:   - InvariantResult [Line: 875]: Loop Invariant
[2017-09-08 21:39:28,313 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,313 INFO  L164             ResultUtil]:   - InvariantResult [Line: 226]: Loop Invariant
[2017-09-08 21:39:28,313 INFO  L168             ResultUtil]:     Derived loop invariant: !_READ_HAS_OCCURRED_$$sharedArray
[2017-09-08 21:39:28,313 INFO  L164             ResultUtil]:   - InvariantResult [Line: 799]: Loop Invariant
[2017-09-08 21:39:28,313 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,313 INFO  L164             ResultUtil]:   - InvariantResult [Line: 386]: Loop Invariant
[2017-09-08 21:39:28,313 INFO  L168             ResultUtil]:     Derived loop invariant: !_READ_HAS_OCCURRED_$$sharedArray
[2017-09-08 21:39:28,313 INFO  L164             ResultUtil]:   - InvariantResult [Line: 910]: Loop Invariant
[2017-09-08 21:39:28,313 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,313 INFO  L164             ResultUtil]:   - InvariantResult [Line: 914]: Loop Invariant
[2017-09-08 21:39:28,313 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,313 INFO  L164             ResultUtil]:   - InvariantResult [Line: 381]: Loop Invariant
[2017-09-08 21:39:28,313 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,313 INFO  L164             ResultUtil]:   - InvariantResult [Line: 958]: Loop Invariant
[2017-09-08 21:39:28,313 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,313 INFO  L164             ResultUtil]:   - InvariantResult [Line: 840]: Loop Invariant
[2017-09-08 21:39:28,313 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,313 INFO  L164             ResultUtil]:   - InvariantResult [Line: 818]: Loop Invariant
[2017-09-08 21:39:28,313 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,313 INFO  L164             ResultUtil]:   - InvariantResult [Line: 980]: Loop Invariant
[2017-09-08 21:39:28,313 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,313 INFO  L164             ResultUtil]:   - InvariantResult [Line: 844]: Loop Invariant
[2017-09-08 21:39:28,313 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,313 INFO  L164             ResultUtil]:   - InvariantResult [Line: 919]: Loop Invariant
[2017-09-08 21:39:28,313 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,313 INFO  L164             ResultUtil]:   - InvariantResult [Line: 984]: Loop Invariant
[2017-09-08 21:39:28,313 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,313 INFO  L164             ResultUtil]:   - InvariantResult [Line: 939]: Loop Invariant
[2017-09-08 21:39:28,313 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,314 INFO  L164             ResultUtil]:   - InvariantResult [Line: 254]: Loop Invariant
[2017-09-08 21:39:28,314 INFO  L168             ResultUtil]:     Derived loop invariant: !_READ_HAS_OCCURRED_$$sharedArray
[2017-09-08 21:39:28,314 INFO  L164             ResultUtil]:   - InvariantResult [Line: 923]: Loop Invariant
[2017-09-08 21:39:28,314 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,314 INFO  L164             ResultUtil]:   - InvariantResult [Line: 299]: Loop Invariant
[2017-09-08 21:39:28,314 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,314 INFO  L164             ResultUtil]:   - InvariantResult [Line: 824]: Loop Invariant
[2017-09-08 21:39:28,314 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,314 INFO  L164             ResultUtil]:   - InvariantResult [Line: 964]: Loop Invariant
[2017-09-08 21:39:28,314 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,314 INFO  L164             ResultUtil]:   - InvariantResult [Line: 888]: Loop Invariant
[2017-09-08 21:39:28,314 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,314 INFO  L164             ResultUtil]:   - InvariantResult [Line: 791]: Loop Invariant
[2017-09-08 21:39:28,314 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,314 INFO  L164             ResultUtil]:   - InvariantResult [Line: 945]: Loop Invariant
[2017-09-08 21:39:28,314 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,314 INFO  L164             ResultUtil]:   - InvariantResult [Line: 989]: Loop Invariant
[2017-09-08 21:39:28,314 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,314 INFO  L164             ResultUtil]:   - InvariantResult [Line: 374]: Loop Invariant
[2017-09-08 21:39:28,314 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,314 INFO  L164             ResultUtil]:   - InvariantResult [Line: 869]: Loop Invariant
[2017-09-08 21:39:28,314 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,314 INFO  L164             ResultUtil]:   - InvariantResult [Line: 805]: Loop Invariant
[2017-09-08 21:39:28,314 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,314 INFO  L164             ResultUtil]:   - InvariantResult [Line: 849]: Loop Invariant
[2017-09-08 21:39:28,314 INFO  L168             ResultUtil]:     Derived loop invariant: true
[2017-09-08 21:39:28,314 INFO  L164             ResultUtil]:   - InvariantResult [Line: 861]: Loop Invariant
[2017-09-08 21:39:28,315 INFO  L168             ResultUtil]:     Derived loop invariant: true