Fortran Bench Mark Tests machine= sun4.yukawa.kyoto-u.ac.jp compile with [ f77 -fast -O4 ] Date = Tue Jul 7 19:46:28 JST 1998 ------------------------------------------------------------------------------ (1) program = matvec.f matvec.f: MAIN matvec: matvc1: MULTIPLY 1023*1023 REAL MATRIX TO VECTOR 3* 2000 TIMES. LARGEST EIGENVALUES= 1023.93053 1022.12165 1021.00563 Note: Nonstandard floating-point mode enabled See the Numerical Computation Guide, ieee_sun(3M) 272.93u 0.08s 4:33.38 99.8% ------------------------------------------------------------------------------ (2) program = matvecz.f matvecz.f: MAIN mtvcz: mtvcz1: MULTIPLY 723* 723 COMPLEX MATRIX TO VECTOR 3* 1000 TIMES LARGEST EIGENVALUES= 723.98791 722.12717 720.97077 Note: Nonstandard floating-point mode enabled See the Numerical Computation Guide, ieee_sun(3M) 223.43u 0.06s 3:44.30 99.6% ------------------------------------------------------------------------------ (3) program = jacobi11.f jacobi11.f: MAIN jacob1: jacob2: jacobi: DIMENSION= 11 #JACOBI ROT CYC= 5* 200000 EMIN= -0.663815 EMAX= 10.309197 Note: Nonstandard floating-point mode enabled See the Numerical Computation Guide, ieee_sun(3M) 110.45u 0.01s 1:50.93 99.5% ------------------------------------------------------------------------------ (4) program = jacobi1h.f jacobi1h.f: MAIN jacob1: jacob2: jacobi: DIMENSION=101 #JACOBI ROT CYC= 5* 200 EMIN= -3.859769 EMAX= 104.276991 Note: Nonstandard floating-point mode enabled See the Numerical Computation Guide, ieee_sun(3M) 71.39u 0.02s 1:11.80 99.4% ------------------------------------------------------------------------------ (5) program = leqs4h.f leqs4h.f: MAIN leqs1: leqs2: sleqs: DIM= 401 #INV= 78 RESULTS: 0.9989295956 0.9989933805 0.9982736386 Note: Nonstandard floating-point mode enabled See the Numerical Computation Guide, ieee_sun(3M) 211.02u 0.01s 3:31.37 99.8% ------------------------------------------------------------------------------ (6) program = leqs1k.f leqs1k.f: MAIN leqs1: leqs2: sleqs: DIM= 1001 #INV= 5 RESULTS: 0.9983222082 0.9999235137 1.0001292085 Note: Nonstandard floating-point mode enabled See the Numerical Computation Guide, ieee_sun(3M) 428.05u 0.07s 7:08.46 99.9% ------------------------------------------------------------------------------ (7) program = intosc.f intosc.f: MAIN intosc: intos1: I( 1000000000)= -2267 I( 1000000001)= -1233 Note: Nonstandard floating-point mode enabled See the Numerical Computation Guide, ieee_sun(3M) 204.75u 0.01s 3:25.13 99.8% ------------------------------------------------------------------------------ (8) program = osc.f osc.f: MAIN osc: osc1: I( 1000000000)= 9861.8410 I( 1000000001)= 9426.5602 Note: Nonstandard floating-point mode enabled See the Numerical Computation Guide, ieee_sun(3M) 43.94u 0.01s 0:44.53 98.6% ------------------------------------------------------------------------------ (9) program = intpi3.f intpi3.f: MAIN intpi3: intpi: PI= 50893811591411064*120/(8*N**5+15*N**3), N= 3000 Note: Nonstandard floating-point mode enabled See the Numerical Computation Guide, ieee_sun(3M) 158.91u 0.00s 2:40.35 99.1% ------------------------------------------------------------------------------ (10) program = pi3.f pi3.f: MAIN pi3: pi3a: N= 1500 PI= 3.141594622 Note: Nonstandard floating-point mode enabled See the Numerical Computation Guide, ieee_sun(3M) 80.31u 0.00s 1:20.80 99.3% ------------------------------------------------------------------------------ (11) program = runge.f runge.f: MAIN runge: runge1: 4TH-ORDER RUNGE-KUTTA FOR POTENTIAL=LOG(R). INITIAL R= 1.0 0.0 V= 0.0 1.5 TIME= 200000000* 0.00050 R= 1.95711 -1.69674 V= 0.29953 0.50675 Note: Nonstandard floating-point mode enabled See the Numerical Computation Guide, ieee_sun(3M) 83.14u 0.00s 1:23.76 99.2% ------------------------------------------------------------------------------ (12) program = intgl4.f intgl4.f: MAIN intgl4: intg4a: #PTS= 200**4 A= 0.1000 S= 3.244281965 Note: Nonstandard floating-point mode enabled See the Numerical Computation Guide, ieee_sun(3M) 119.67u 0.00s 2:00.68 99.1% ------------------------------------------------------------------------------ (13) program = mathfnc1.f mathfnc1.f: MAIN mathf1: mthf1b: INTEGRAL[ 0.1 0.9: 100000000 STEPS](SIN(X)+SQRT(COS(X)))DX= 1.111225554 Note: Nonstandard floating-point mode enabled See the Numerical Computation Guide, ieee_sun(3M) 66.97u 0.01s 1:07.14 99.7% ------------------------------------------------------------------------------ (14) program = mathfnc2.f mathfnc2.f: MAIN mathf2: mthf2b: INTEGRAL[ 0.1 0.9: 100000000 STEPS]ATAN2(EXP(X),LOG(X+1))DX= 1.081785145 Note: Nonstandard floating-point mode enabled See the Numerical Computation Guide, ieee_sun(3M) 155.79u 0.01s 2:36.34 99.6% ------------------------------------------------------------------------------ (15) program = permute1.f permute1.f: MAIN permut: perm: INT*4 ARRAY_SIZE= 1024 #PERMUTATIONS/ARRAY_SIZE= 262144 A= 149 293 506 728 569 228 413 551 883 676 Note: Nonstandard floating-point mode enabled See the Numerical Computation Guide, ieee_sun(3M) 25.35u 0.01s 0:25.57 99.1% ------------------------------------------------------------------------------ (16) program = permute2.f permute2.f: MAIN permut: perm: INT*4 ARRAY_SIZE= 32768 #PERMUTATIONS/ARRAY_SIZE= 8192 A= 149 293 16365 22125 2429 5407 28746 12182 14590 11825 Note: Nonstandard floating-point mode enabled See the Numerical Computation Guide, ieee_sun(3M) 37.90u 0.01s 0:37.87 100.1% ------------------------------------------------------------------------------ (17) program = permute3.f permute3.f: MAIN permut: perm: INT*4 ARRAY_SIZE= 1048576 #PERMUTATIONS/ARRAY_SIZE= 256 A= 149 293 524435 178798 836951 263828 662616 351174 26552 147396 Note: Nonstandard floating-point mode enabled See the Numerical Computation Guide, ieee_sun(3M) 170.45u 0.06s 2:50.81 99.8%