| /phasta/phSolver/common/ |
| H A D | cycle_count.c | 10 static uint64_t start; variable
22 if(__builtin_expect(tb < start, 0)) in cycle_count_stop()
24 total += tb + (UINT64_MAX-start); in cycle_count_stop()
28 total += tb-start; in cycle_count_stop()
37 start = GetTimeBase(); in cycle_count_start()
39 start = 0; //FIEX ME for non BGQ env in cycle_count_start()
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| H A D | phasta.cc | 74 pdarray( void* darray , int start, int end ) { in pdarray() argument
75 for( int i=start; i < end; i++ ){ in pdarray()
81 piarray( void* iarray , int start, int end ) { in piarray() argument
82 for( int i=start; i < end; i++ ){ in piarray()
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| H A D | input.config | 40 Initial Scalar 1 ramp start: NODEFAULT
304 Target Viscosity For Step NSTEP: 0 # uses linear ramp between start
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| H A D | common.h | 20 c The five types of region topology are 1= Tet, 2=Hex, 3= Wedge (tri-start),
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| /phasta/M2NFixBnd/src/ |
| H A D | phasta.cc | 47 pdarray( void* darray , int start, int end ) { in pdarray() argument
48 for( int i=start; i < end; i++ ){ in pdarray()
54 piarray( void* iarray , int start, int end ) { in piarray() argument
55 for( int i=start; i < end; i++ ){ in piarray()
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| /phasta/M2N/src/ |
| H A D | phasta.cc | 49 pdarray( void* darray , int start, int end ) { in pdarray() argument
50 for( int i=start; i < end; i++ ){ in pdarray()
56 piarray( void* iarray , int start, int end ) { in piarray() argument
57 for( int i=start; i < end; i++ ){ in piarray()
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| /phasta/AcuStat/src/ |
| H A D | phasta.cc | 48 pdarray( void* darray , int start, int end ) { in pdarray() argument
49 for( int i=start; i < end; i++ ){ in pdarray()
55 piarray( void* iarray , int start, int end ) { in piarray() argument
56 for( int i=start; i < end; i++ ){ in piarray()
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| /phasta/phastaIO/ |
| H A D | vtkPhastaReader.cxx | 53 unsigned long long start, end; variable
57 void startTimer(unsigned long long* start) { in startTimer() argument
58 *start = rdtsc(); in startTimer()
65 void computeTime(unsigned long long* start, unsigned long long* end) { in computeTime() argument
66 double time = (double)((*end-*start)/clockRate); in computeTime()
581 startTimer(&start); in openfile()
586 computeTime(&start, &end); in openfile()
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| H A D | phastaIO.cc | 315 void startTimer(double* start) { in startTimer() argument
318 *start = phiotmrc(); in startTimer()
336 double start, in printPerf() argument
343 double time = end - start; in printPerf()
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| /phasta/phSolver/AMG/ |
| H A D | amgread.txt | 5 Poisson Equation in PHASTA. If you want to start to modify or add
43 We have to start from this file. This is a module file containing
115 in ramg_window/ramg_winct), if it does not go down, we start restart
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| /phasta/svLS/ |
| H A D | svLS_STRUCT.h | 99 ! Pointer to start of data for commu (only 2 proc shared points)
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| /phasta/AcuStat/include/ |
| H A D | commonAcuStat.h | 20 c The five types of region topology are 1= Tet, 2=Hex, 3= Wedge (tri-start),
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| /phasta/M2N/include/ |
| H A D | commonM2N.h | 20 c The five types of region topology are 1= Tet, 2=Hex, 3= Wedge (tri-start),
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| /phasta/M2NFixBnd/include/ |
| H A D | commonM2NFixBnd.h | 20 c The five types of region topology are 1= Tet, 2=Hex, 3= Wedge (tri-start),
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| /phasta/phSolver/ |
| H A D | CHANGES | 25 After severe neglect we are back to version control. We start with a rollback to 1.9_7b and then b…
209 1/ now phSolver can start from a 1 proc output and partition the problem
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