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mvt_for_simd.c.012t.ompexp
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;; Function init_array (init_array, funcdef_no=2, decl_uid=4799, cgraph_uid=2, symbol_order=3)
init_array (int n, double * x1, double * x2, double * y_1, double * y_2, double[8000] * A)
{
int j;
int i;
double D.4873;
double D.4872;
double D.4871;
double D.4870;
double[8000] * D.4869;
long unsigned int D.4868;
long unsigned int D.4867;
double D.4866;
double D.4865;
double D.4864;
double D.4863;
double * D.4862;
long unsigned int D.4861;
long unsigned int D.4860;
double D.4859;
double D.4858;
double D.4857;
double D.4856;
double * D.4855;
long unsigned int D.4854;
long unsigned int D.4853;
double D.4852;
double D.4851;
double D.4850;
double D.4849;
double * D.4848;
long unsigned int D.4847;
long unsigned int D.4846;
double D.4845;
double D.4844;
double D.4843;
double * D.4842;
long unsigned int D.4841;
long unsigned int D.4840;
<bb 2>:
i = 0;
goto <bb 7>;
<bb 3>:
D.4840 = (long unsigned int) i;
D.4841 = D.4840 * 8;
D.4842 = x1 + D.4841;
D.4843 = (double) i;
D.4844 = (double) n;
D.4845 = D.4843 / D.4844;
*D.4842 = D.4845;
D.4846 = (long unsigned int) i;
D.4847 = D.4846 * 8;
D.4848 = x2 + D.4847;
D.4849 = (double) i;
D.4850 = D.4849 + 1.0e+0;
D.4851 = (double) n;
D.4852 = D.4850 / D.4851;
*D.4848 = D.4852;
D.4853 = (long unsigned int) i;
D.4854 = D.4853 * 8;
D.4855 = y_1 + D.4854;
D.4856 = (double) i;
D.4857 = D.4856 + 3.0e+0;
D.4858 = (double) n;
D.4859 = D.4857 / D.4858;
*D.4855 = D.4859;
D.4860 = (long unsigned int) i;
D.4861 = D.4860 * 8;
D.4862 = y_2 + D.4861;
D.4863 = (double) i;
D.4864 = D.4863 + 4.0e+0;
D.4865 = (double) n;
D.4866 = D.4864 / D.4865;
*D.4862 = D.4866;
j = 0;
goto <bb 5>;
<bb 4>:
D.4867 = (long unsigned int) i;
D.4868 = D.4867 * 64000;
D.4869 = A + D.4868;
D.4870 = (double) i;
D.4871 = (double) j;
D.4872 = D.4870 * D.4871;
D.4873 = D.4872 / 8.0e+3;
*D.4869[j] = D.4873;
j = j + 1;
<bb 5>:
if (j < n)
goto <bb 4>;
else
goto <bb 6>;
<bb 6>:
i = i + 1;
<bb 7>:
if (i < n)
goto <bb 3>;
else
goto <bb 8>;
<bb 8>:
return;
}
;; Function print_array (print_array, funcdef_no=3, decl_uid=4812, cgraph_uid=3, symbol_order=4)
print_array (int n, double * x1, double * x2)
{
int i;
struct _IO_FILE * stderr.2;
int D.4884;
struct _IO_FILE * stderr.1;
double D.4882;
double * D.4881;
long unsigned int D.4880;
long unsigned int D.4879;
struct _IO_FILE * stderr.0;
double D.4877;
double * D.4876;
long unsigned int D.4875;
long unsigned int D.4874;
<bb 2>:
i = 0;
goto <bb 6>;
<bb 3>:
D.4874 = (long unsigned int) i;
D.4875 = D.4874 * 8;
D.4876 = x1 + D.4875;
D.4877 = *D.4876;
stderr.0 = stderr;
fprintf (stderr.0, "%0.2lf ", D.4877);
D.4879 = (long unsigned int) i;
D.4880 = D.4879 * 8;
D.4881 = x2 + D.4880;
D.4882 = *D.4881;
stderr.1 = stderr;
fprintf (stderr.1, "%0.2lf ", D.4882);
D.4884 = i % 20;
if (D.4884 == 0)
goto <bb 4>;
else
goto <bb 5>;
<bb 4>:
stderr.2 = stderr;
__builtin_fputc (10, stderr.2);
<bb 5>:
i = i + 1;
<bb 6>:
if (i < n)
goto <bb 3>;
else
goto <bb 7>;
<bb 7>:
return;
}
;; Function kernel_mvt (kernel_mvt, funcdef_no=4, decl_uid=4824, cgraph_uid=4, symbol_order=5)
OMP region tree
bb 2: gimple_omp_parallel
bb 13: gimple_omp_for
bb 14: gimple_omp_for
bb 15: GIMPLE_OMP_CONTINUE
bb 18: GIMPLE_OMP_RETURN
bb 19: GIMPLE_OMP_CONTINUE
bb 22: GIMPLE_OMP_RETURN
bb 3: gimple_omp_for
bb 4: gimple_omp_for
bb 5: GIMPLE_OMP_CONTINUE
bb 8: GIMPLE_OMP_RETURN
bb 9: GIMPLE_OMP_CONTINUE
bb 12: GIMPLE_OMP_RETURN
bb 23: GIMPLE_OMP_RETURN
Added new low gimple function kernel_mvt._omp_fn.0 to callgraph
Introduced new external node (__builtin_GOMP_loop_guided_start/11).
Introduced new external node (__builtin_GOMP_loop_end/12).
Introduced new external node (__builtin_GOMP_loop_end_nowait/13).
Introduced new external node (__builtin_GOMP_loop_guided_next/14).
;; Function kernel_mvt._omp_fn.0 (kernel_mvt._omp_fn.0, funcdef_no=6, decl_uid=4932, cgraph_uid=8, symbol_order=10)
kernel_mvt._omp_fn.0 (struct .omp_data_s.12 & restrict .omp_data_i)
{
unsigned int .count.22;
int j.11;
int i.10;
unsigned int .count.14;
int j.7;
int i.6;
int j.11;
int i.10;
int j.9;
int i.8;
int j.7;
int i.6;
int j.5;
int i.4;
int i [value-expr: .omp_data_i->i];
long int .count.38;
_Bool D.5115;
unsigned int D.5114;
int D.5113;
double D.5112;
double D.5111;
double D.5110;
double * D.5109;
long unsigned int D.5108;
long unsigned int D.5107;
double D.5106;
double[8000] * D.5105;
long unsigned int D.5104;
long unsigned int D.5103;
double D.5102;
double * D.5101;
long unsigned int D.5100;
long unsigned int D.5099;
double * D.5098;
long unsigned int D.5097;
long unsigned int D.5096;
int j;
int i;
int i.4;
int j.5;
unsigned int D.5091;
unsigned int .tem.37;
unsigned int .iter.13;
int n.16;
int n.15;
unsigned int D.5086;
long int .count.39;
unsigned int D.5084;
unsigned int D.5083;
long int .iend0.43;
unsigned int D.5081;
long int .istart0.42;
int i;
long int .count.31;
int j;
_Bool D.5076;
unsigned int D.5075;
int D.5074;
double D.5073;
double D.5072;
double D.5071;
double * D.5070;
long unsigned int D.5069;
long unsigned int D.5068;
double D.5067;
double[8000] * D.5066;
long unsigned int D.5065;
long unsigned int D.5064;
double D.5063;
double * D.5062;
long unsigned int D.5061;
long unsigned int D.5060;
double * D.5059;
long unsigned int D.5058;
long unsigned int D.5057;
int j;
int i;
int i.8;
int j.9;
unsigned int D.5052;
unsigned int .tem.30;
unsigned int .iter.21;
int n.24;
int n.23;
unsigned int D.5047;
long int .count.32;
unsigned int D.5045;
unsigned int D.5044;
long int .iend0.36;
unsigned int D.5042;
long int .istart0.35;
int i;
_Bool D.5039;
long int .iend0.34;
long int .istart0.33;
long int .count.26;
long int .iter.25;
int n.28;
int n.27;
_Bool D.5032;
long int .iend0.41;
long int .istart0.40;
long int .count.18;
long int .iter.17;
int n.20;
int n.19;
int n;
double * x1;
double * x2;
double * y_1;
double * y_2;
double[8000] * A;
<bb 39>:
<bb 3>:
A = .omp_data_i->A;
y_2 = .omp_data_i->y_2;
y_1 = .omp_data_i->y_1;
x2 = .omp_data_i->x2;
x1 = .omp_data_i->x1;
n = .omp_data_i->n;
n.19 = n;
n.20 = n;
.iter.17 = 0;
if (0 < n.19)
goto <bb 35>;
else
goto <bb 36>;
<bb 38>:
D.5032 = __builtin_GOMP_loop_guided_start (0, .count.18, 1, 128, &.istart0.40, &.iend0.41);
if (D.5032 != 0)
goto <bb 33>;
else
goto <bb 10>;
<bb 10>:
if (.iter.17 == .count.18)
goto <bb 11>;
else
goto <bb 12>;
<bb 12>:
__builtin_GOMP_loop_end ();
<bb 13>:
n.27 = n;
n.28 = n;
.iter.25 = 0;
if (0 < n.27)
goto <bb 28>;
else
goto <bb 29>;
<bb 31>:
D.5039 = __builtin_GOMP_loop_guided_start (0, .count.26, 1, 128, &.istart0.33, &.iend0.34);
if (D.5039 != 0)
goto <bb 26>;
else
goto <bb 20>;
<bb 20>:
if (.iter.25 == .count.26)
goto <bb 21>;
else
goto <bb 22>;
<bb 22>:
__builtin_GOMP_loop_end_nowait ();
<bb 23>:
return;
<bb 21>:
.omp_data_i->i = i;
goto <bb 22>;
<bb 26>:
.istart0.35 = .istart0.33;
D.5042 = (unsigned int) .istart0.35;
.iend0.36 = .iend0.34;
D.5044 = (unsigned int) .iend0.36;
D.5045 = D.5044;
.iter.25 = (long int) D.5044;
D.5047 = (unsigned int) .count.32;
<bb 14>:
n.23 = n;
n.24 = n;
.iter.21 = 0;
.iter.21 = D.5042;
.tem.30 = D.5042;
D.5052 = .tem.30 % D.5047;
j.9 = (int) D.5052;
.tem.30 = .tem.30 / D.5047;
i.8 = (int) .tem.30;
<bb 25>:
if (.iter.21 < D.5045)
goto <bb 15>;
else
goto <bb 16>;
<bb 15>:
i = i.8;
j = j.9;
D.5057 = (long unsigned int) i;
D.5058 = D.5057 * 8;
D.5059 = x2 + D.5058;
D.5060 = (long unsigned int) i;
D.5061 = D.5060 * 8;
D.5062 = x2 + D.5061;
D.5063 = *D.5062;
D.5064 = (long unsigned int) j;
D.5065 = D.5064 * 64000;
D.5066 = A + D.5065;
D.5067 = *D.5066[i];
D.5068 = (long unsigned int) j;
D.5069 = D.5068 * 8;
D.5070 = y_2 + D.5069;
D.5071 = *D.5070;
D.5072 = D.5067 * D.5071;
D.5073 = D.5063 + D.5072;
*D.5059 = D.5073;
.iter.21 = .iter.21 + 1;
j.9 = j.9 + 1;
D.5074 = j.9 < n.24 ? 0 : 1;
i.8 = D.5074 + i.8;
j.9 = j.9 < n.24 ? j.9 : 0;
goto <bb 25>;
<bb 16>:
D.5075 = (unsigned int) .count.26;
if (.iter.21 == D.5075)
goto <bb 17>;
else
goto <bb 18>;
<bb 18>:
<bb 19>:
<bb 27>:
D.5076 = __builtin_GOMP_loop_guided_next (&.istart0.33, &.iend0.34);
if (D.5076 != 0)
goto <bb 26>;
else
goto <bb 20>;
<bb 17>:
j = j + 1;
j = j;
i = i + 1;
i = i;
goto <bb 18>;
<bb 29>:
.count.26 = 0;
goto <bb 31>;
<bb 28>:
.count.31 = (long int) n.27;
.count.26 = .count.31;
if (0 < n.28)
goto <bb 30>;
else
goto <bb 29>;
<bb 30>:
.count.32 = (long int) n.28;
.count.26 = .count.26 * .count.32;
goto <bb 31>;
<bb 11>:
.omp_data_i->i = i;
goto <bb 12>;
<bb 33>:
.istart0.42 = .istart0.40;
D.5081 = (unsigned int) .istart0.42;
.iend0.43 = .iend0.41;
D.5083 = (unsigned int) .iend0.43;
D.5084 = D.5083;
.iter.17 = (long int) D.5083;
D.5086 = (unsigned int) .count.39;
<bb 4>:
n.15 = n;
n.16 = n;
.iter.13 = 0;
.iter.13 = D.5081;
.tem.37 = D.5081;
D.5091 = .tem.37 % D.5086;
j.5 = (int) D.5091;
.tem.37 = .tem.37 / D.5086;
i.4 = (int) .tem.37;
<bb 32>:
if (.iter.13 < D.5084)
goto <bb 5>;
else
goto <bb 6>;
<bb 5>:
i = i.4;
j = j.5;
D.5096 = (long unsigned int) i;
D.5097 = D.5096 * 8;
D.5098 = x1 + D.5097;
D.5099 = (long unsigned int) i;
D.5100 = D.5099 * 8;
D.5101 = x1 + D.5100;
D.5102 = *D.5101;
D.5103 = (long unsigned int) i;
D.5104 = D.5103 * 64000;
D.5105 = A + D.5104;
D.5106 = *D.5105[j];
D.5107 = (long unsigned int) j;
D.5108 = D.5107 * 8;
D.5109 = y_1 + D.5108;
D.5110 = *D.5109;
D.5111 = D.5106 * D.5110;
D.5112 = D.5102 + D.5111;
*D.5098 = D.5112;
.iter.13 = .iter.13 + 1;
j.5 = j.5 + 1;
D.5113 = j.5 < n.16 ? 0 : 1;
i.4 = D.5113 + i.4;
j.5 = j.5 < n.16 ? j.5 : 0;
goto <bb 32>;
<bb 6>:
D.5114 = (unsigned int) .count.18;
if (.iter.13 == D.5114)
goto <bb 7>;
else
goto <bb 8>;
<bb 8>:
<bb 9>:
<bb 34>:
D.5115 = __builtin_GOMP_loop_guided_next (&.istart0.40, &.iend0.41);
if (D.5115 != 0)
goto <bb 33>;
else
goto <bb 10>;
<bb 7>:
j = j + 1;
j = j;
i = i + 1;
i = i;
goto <bb 8>;
<bb 36>:
.count.18 = 0;
goto <bb 38>;
<bb 35>:
.count.38 = (long int) n.19;
.count.18 = .count.38;
if (0 < n.20)
goto <bb 37>;
else
goto <bb 36>;
<bb 37>:
.count.39 = (long int) n.20;
.count.18 = .count.18 * .count.39;
goto <bb 38>;
}
;; Function kernel_mvt (kernel_mvt, funcdef_no=4, decl_uid=4824, cgraph_uid=4, symbol_order=5)
Merging blocks 2 and 40
Merging blocks 2 and 24
kernel_mvt (int n, double * x1, double * x2, double * y_1, double * y_2, double[8000] * A)
{
unsigned int threads.44;
_Bool D.5019;
long int .iend0.43;
unsigned int D.5018;
long int .istart0.42;
_Bool D.5015;
long int .iend0.41;
long int .istart0.40;
long int .count.39;
long int .count.38;
int D.5010;
unsigned int D.5009;
unsigned int .tem.37;
_Bool D.5007;
long int .iend0.36;
unsigned int D.5006;
long int .istart0.35;
_Bool D.5003;
long int .iend0.34;
long int .istart0.33;
long int .count.32;
long int .count.31;
int D.4998;
unsigned int D.4997;
unsigned int .tem.30;
int j;
int i;
int j.9;
int i.8;
unsigned int D.4990;
long int .count.26;
long int .iter.25;
int n.24;
int n.23;
unsigned int D.4983;
unsigned int D.4982;
unsigned int D.4981;
unsigned int .count.22;
unsigned int .iter.21;
int j.11;
int i.10;
int i;
int n.28;
int n.27;
int j;
int i;
int j.5;
int i.4;
unsigned int D.4974;
long int .count.18;
long int .iter.17;
int n.16;
int n.15;
unsigned int D.4967;
unsigned int D.4966;
unsigned int D.4965;
unsigned int .count.14;
unsigned int .iter.13;
int j.7;
int i.6;
int i;
int n.20;
int n.19;
int j;
int i;
int threads.3;
struct .omp_data_s.12 .omp_data_o.29;
<bb 2>:
threads.3 = threads;
.omp_data_o.29.A = A;
.omp_data_o.29.y_2 = y_2;
.omp_data_o.29.y_1 = y_1;
.omp_data_o.29.x2 = x2;
.omp_data_o.29.x1 = x1;
.omp_data_o.29.n = n;
.omp_data_o.29.i = i;
threads.44 = (unsigned int) threads.3;
__builtin_GOMP_parallel (kernel_mvt._omp_fn.0, &.omp_data_o.29, threads.44, 0);
i = .omp_data_o.29.i;
.omp_data_o.29 = {CLOBBER};
return;
}
;; Function main (main, funcdef_no=5, decl_uid=4830, cgraph_uid=5, symbol_order=6)
main (int argc, char * * argv)
{
int valor;
double[8000] * y_2;
double[8000] * y_1;
double[8000] * x2;
double[8000] * x1;
double[8000][8000] * A;
int n;
int D.5145;
unsigned char D.5142;
char * D.5141;
char * D.5136;
char * * D.5135;
<bb 2>:
if (argc > 1)
goto <bb 3>;
else
goto <bb 5>;
<bb 3>:
D.5135 = argv + 8;
D.5136 = *D.5135;
valor = atoi (D.5136);
if (valor > 1)
goto <bb 4>;
else
goto <bb 5>;
<bb 4>:
threads = valor;
<bb 5>:
n = 8000;
A = polybench_alloc_data (64000000, 8);
x1 = polybench_alloc_data (8000, 8);
x2 = polybench_alloc_data (8000, 8);
y_1 = polybench_alloc_data (8000, 8);
y_2 = polybench_alloc_data (8000, 8);
init_array (n, x1, x2, y_1, y_2, A);
polybench_timer_start ();
kernel_mvt (n, x1, x2, y_1, y_2, A);
polybench_timer_stop ();
polybench_timer_print ();
if (argc > 42)
goto <bb 6>;
else
goto <bb 8>;
<bb 6>:
D.5141 = *argv;
D.5142 = MEM[(const unsigned char * {ref-all})D.5141];
if (D.5142 == 0)
goto <bb 7>;
else
goto <bb 8>;
<bb 7>:
print_array (n, x1, x2);
<bb 8>:
free (A);
free (x1);
free (x2);
free (y_1);
free (y_2);
D.5145 = 0;
<L8>:
return D.5145;
}