/dports/math/scalapack/scalapack-2.1.0/PBLAS/SRC/ |
H A D | psasum_.c | 20 void psasum_( int * N, float * ASUM, in psasum_() argument 23 void psasum_( N, ASUM, X, IX, JX, DESCX, INCX ) in psasum_() 28 float * ASUM; 201 *ASUM = ZERO; 228 *ASUM = ABS( X[Xii+Xjj*Xd[LLD_]] ); 246 svasum_( &Xnq, ((char *) ASUM), ((char *)( X+(Xii+Xjj*Xld) )), 259 Csgsum2d( ctxt, ROW, &top, 1, 1, ((char *)ASUM), 1, -1, 278 svasum_( &Xnp, ((char *) ASUM), 291 Csgsum2d( ctxt, COLUMN, &top, 1, 1, ((char *)ASUM), 1, -1,
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H A D | pdasum_.c | 20 void pdasum_( int * N, double * ASUM, in pdasum_() argument 23 void pdasum_( N, ASUM, X, IX, JX, DESCX, INCX ) in pdasum_() 28 double * ASUM; 201 *ASUM = ZERO; 228 *ASUM = ABS( X[Xii+Xjj*Xd[LLD_]] ); 246 dvasum_( &Xnq, ((char *) ASUM), ((char *)( X+(Xii+Xjj*Xld) )), 259 Cdgsum2d( ctxt, ROW, &top, 1, 1, ((char *)ASUM), 1, -1, 278 dvasum_( &Xnp, ((char *) ASUM), 291 Cdgsum2d( ctxt, COLUMN, &top, 1, 1, ((char *)ASUM), 1, -1,
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H A D | pscasum_.c | 20 void pscasum_( int * N, float * ASUM, in pscasum_() argument 23 void pscasum_( N, ASUM, X, IX, JX, DESCX, INCX ) in pscasum_() 28 float * ASUM; 202 *ASUM = ZERO; 231 *ASUM = ABS( ((float *) Xptr)[REAL_PART] ) + 251 scvasum_( &Xnq, ((char *) ASUM), Mptr( ((char *) X), Xii, 264 Csgsum2d( ctxt, ROW, &top, 1, 1, ((char *)ASUM), 1, -1, 284 scvasum_( &Xnp, ((char *) ASUM), Mptr( ((char *) X), Xii, 297 Csgsum2d( ctxt, COLUMN, &top, 1, 1, ((char *)ASUM), 1, -1,
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H A D | pdzasum_.c | 20 void pdzasum_( int * N, double * ASUM, in pdzasum_() argument 23 void pdzasum_( N, ASUM, X, IX, JX, DESCX, INCX ) in pdzasum_() 28 double * ASUM; 202 *ASUM = ZERO; 231 *ASUM = ABS( ((double *) Xptr)[REAL_PART] ) + 251 dzvasum_( &Xnq, ((char *) ASUM), Mptr( ((char *) X), Xii, 264 Cdgsum2d( ctxt, ROW, &top, 1, 1, ((char *)ASUM), 1, -1, 284 dzvasum_( &Xnp, ((char *) ASUM), Mptr( ((char *) X), Xii, 297 Cdgsum2d( ctxt, COLUMN, &top, 1, 1, ((char *)ASUM), 1, -1,
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/dports/math/scalapack/scalapack-2.1.0/SRC/ |
H A D | pdzsum1.f | 1 SUBROUTINE PDZSUM1( N, ASUM, X, IX, JX, DESCX, INCX ) argument 10 DOUBLE PRECISION ASUM 173 ASUM = ZERO 183 ASUM = ABS( X( IIX+(JJX-1)*LDX ) ) 198 ASUM = DZSUM1( NQ, X( IIX+(JJX-1)*LDX ), LDX ) 199 CALL DGSUM2D( ICTXT, 'Rowwise', RCTOP, 1, 1, ASUM, 1, 213 ASUM = DZSUM1( NP, X( IIX+(JJX-1)*LDX ), 1 ) 214 CALL DGSUM2D( ICTXT, 'Columnwise', CCTOP, 1, 1, ASUM, 1,
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H A D | pscsum1.f | 1 SUBROUTINE PSCSUM1( N, ASUM, X, IX, JX, DESCX, INCX ) argument 10 REAL ASUM local 173 ASUM = ZERO 183 ASUM = ABS( X( IIX+(JJX-1)*LDX ) ) 198 ASUM = SCSUM1( NQ, X( IIX+(JJX-1)*LDX ), LDX ) 199 CALL SGSUM2D( ICTXT, 'Rowwise', RCTOP, 1, 1, ASUM, 1, 213 ASUM = SCSUM1( NP, X( IIX+(JJX-1)*LDX ), 1 ) 214 CALL SGSUM2D( ICTXT, 'Columnwise', CCTOP, 1, 1, ASUM, 1,
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/dports/math/openblas/OpenBLAS-0.3.18/benchmark/ |
H A D | asum.c | 30 #undef ASUM 34 #define ASUM BLASFUNC(dzasum) macro 36 #define ASUM BLASFUNC(scasum) macro 40 #define ASUM BLASFUNC(dasum) macro 42 #define ASUM BLASFUNC(sasum) macro 118 result = ASUM(&m, x, &inc_x); in main()
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/dports/science/dakota/dakota-6.13.0-release-public.src-UI/packages/external/LHS/ |
H A D | Betaic.f90 | 319 ASUM=0. 328 ASUM=RSAPB2*ASUM+BSUM 331 ASUM=RSAPB*ASUM 332 ASUM=ASUM+(DA-.5)*SUMK+BO*LOG(SAPB*OMX)-BO-GAMALN(SBP1,0.) 336 ATEST=ALIM*ABS(ASUM) 338 A2=A2*ASUM/AK 401 ASUM=0. 413 ASUM=RA1*(ASUM+BSUM) 415 ASUM=ASUM+GBZ(1) 418 P=COE*ASUM
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/dports/math/scalapack/scalapack-2.1.0/PBLAS/SRC/PTZBLAS/ |
H A D | dzvasum.f | 1 SUBROUTINE DZVASUM( N, ASUM, X, INCX ) argument 10 DOUBLE PRECISION ASUM local 51 ASUM = DZASUM( N, X, INCX )
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H A D | svasum.f | 1 SUBROUTINE SVASUM( N, ASUM, X, INCX ) argument 10 REAL ASUM local 51 ASUM = SASUM( N, X, INCX )
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H A D | scvasum.f | 1 SUBROUTINE SCVASUM( N, ASUM, X, INCX ) argument 10 REAL ASUM local 51 ASUM = SCASUM( N, X, INCX )
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H A D | dvasum.f | 1 SUBROUTINE DVASUM( N, ASUM, X, INCX ) argument 10 DOUBLE PRECISION ASUM local 51 ASUM = DASUM( N, X, INCX )
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/dports/math/cmlib/cmlib-3.0_8/src/amoslib/ |
H A D | dasyjy.f | 53 DOUBLE PRECISION ABW2, AKM, ALFA, ALFA1, ALFA2, AP, AR, ASUM, AZ, 340 ASUM = 1.0D0 361 ASUM = ASUM + TA 405 ASUM = 1.0D0 453 ASUM = ASUM + SUMA*TB 458 ASUM=ASUM+SUMA*TB 477 Y(JN) = FLGJY*PHI*(FI*ASUM+DFI*BSUM)/WK(7)
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H A D | asyjy.f | 54 REAL ABW2, AKM, ALFA, ALFA1, ALFA2, AP, AR, ASUM, AZ, 341 ASUM = 1.0E0 362 ASUM = ASUM + TA 406 ASUM = 1.0E0 454 ASUM = ASUM + SUMA*TB 459 ASUM=ASUM+SUMA*TB 478 Y(JN) = FLGJY*PHI*(FI*ASUM+DFI*BSUM)/WK(7)
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/dports/math/maxima/maxima-5.43.2/src/numerical/slatec/fortran/ |
H A D | dasyjy.f | 66 DOUBLE PRECISION ABW2, AKM, ALFA, AP, AR, ASUM, AZ, local 345 ASUM = 1.0D0 366 ASUM = ASUM + TA 410 ASUM = 1.0D0 458 ASUM = ASUM + SUMA*TB 463 ASUM=ASUM+SUMA*TB 482 Y(JN) = FLGJY*PHI*(FI*ASUM+DFI*BSUM)/WK(7)
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/dports/math/slatec/src/ |
H A D | dasyjy.f | 66 DOUBLE PRECISION ABW2, AKM, ALFA, ALFA1, ALFA2, AP, AR, ASUM, AZ, 352 ASUM = 1.0D0 373 ASUM = ASUM + TA 417 ASUM = 1.0D0 465 ASUM = ASUM + SUMA*TB 470 ASUM=ASUM+SUMA*TB 489 Y(JN) = FLGJY*PHI*(FI*ASUM+DFI*BSUM)/WK(7)
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H A D | cunhj.f | 3 + ASUM, BSUM) 44 COMPLEX ARG, ASUM, BSUM, CFNU, CONE, CR, CZERO, DR, P, PHI, 496 ASUM = CZERO 517 ASUM = ASUM + SUMA*CMPLX(PP,0.0E0) 536 ASUM = ASUM + CONE 590 ASUM = CZERO 633 ASUM = ASUM + SUMA 634 ASUMR = REAL(ASUM) 635 ASUMI = AIMAG(ASUM) 655 ASUM = ASUM + CONE
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H A D | asyjy.f | 64 REAL ABW2, AKM, ALFA, ALFA1, ALFA2, AP, AR, ASUM, AZ, 350 ASUM = 1.0E0 371 ASUM = ASUM + TA 415 ASUM = 1.0E0 463 ASUM = ASUM + SUMA*TB 468 ASUM=ASUM+SUMA*TB 487 Y(JN) = FLGJY*PHI*(FI*ASUM+DFI*BSUM)/WK(7)
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/dports/math/scilab/scilab-6.1.1/scilab/modules/elementary_functions/src/fortran/slatec/ |
H A D | dasyjy.f | 66 DOUBLE PRECISION ABW2, AKM, ALFA, ALFA1, ALFA2, AP, AR, ASUM, AZ, local 352 ASUM = 1.0D0 373 ASUM = ASUM + TA 417 ASUM = 1.0D0 465 ASUM = ASUM + SUMA*TB 470 ASUM=ASUM+SUMA*TB 489 Y(JN) = FLGJY*PHI*(FI*ASUM+DFI*BSUM)/WK(7)
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/dports/math/xlife++/xlifepp-sources-v2.0.1-2018-05-09/ext/Amos/ |
H A D | cunhj.f | 2 * ASUM, BSUM) 34 COMPLEX ARG, ASUM, BSUM, CFNU, CONE, CR, CZERO, DR, P, PHI, 486 ASUM = CZERO 507 ASUM = ASUM + SUMA*CMPLX(PP,0.0E0) 526 ASUM = ASUM + CONE 580 ASUM = CZERO 623 ASUM = ASUM + SUMA 624 ASUMR = REAL(ASUM) 625 ASUMI = AIMAG(ASUM) 645 ASUM = ASUM + CONE
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/dports/math/octave/octave-6.4.0/liboctave/external/amos/ |
H A D | cunhj.f | 2 * ASUM, BSUM) argument 34 COMPLEX ARG, ASUM, BSUM, CFNU, CONE, CR, CZERO, DR, P, PHI, local 486 ASUM = CZERO 507 ASUM = ASUM + SUMA*CMPLX(PP,0.0E0) 526 ASUM = ASUM + CONE 580 ASUM = CZERO 623 ASUM = ASUM + SUMA 624 ASUMR = REAL(ASUM) 625 ASUMI = AIMAG(ASUM) 645 ASUM = ASUM + CONE
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/dports/math/clblas/clBLAS-2.10/src/tests/correctness/ |
H A D | corr-asum.cpp | 186 TEST_P(ASUM, sasum) { in TEST_P() argument 193 TEST_P(ASUM, dasum) { in TEST_P() argument 200 TEST_P(ASUM, scasum) { in TEST_P() argument 207 TEST_P(ASUM, dzasum) { in TEST_P() argument
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/dports/math/clblas/clBLAS-2.10/src/tests/performance/ |
H A D | perf-asum.cpp | 268 TEST_P(ASUM, sasum) in TEST_P() argument 277 TEST_P(ASUM, dasum) in TEST_P() argument 285 TEST_P(ASUM, scasum) in TEST_P() argument 294 TEST_P(ASUM, dzasum) in TEST_P() argument
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/dports/math/scalapack/scalapack-2.1.0/TESTING/LIN/ |
H A D | pdqrt13.f | 142 DOUBLE PRECISION AJJ, ASUM, BIGNUM, SMLNUM local 185 CALL PDASUM( M, ASUM, A, IA, J, DESCA, 1 ) 187 AJJ = AJJ + SIGN( ASUM, AJJ )
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H A D | pzqrt13.f | 142 DOUBLE PRECISION ASUM, BIGNUM, SMLNUM local 187 CALL PDZASUM( M, ASUM, A, IA, J, DESCA, 1 ) 189 AJJ = AJJ + DCMPLX( SIGN( ASUM, DBLE( AJJ ) ) )
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