Fortran Bench Mark Tests
machine= m-vos.cc.u-tokyo.ac.jp: HITAC S3800/480
compile with [ comhap = use ,,fort,hap; compile &member &module parm(dcom,comary),lp(ex(ea),ld(any)) ]
Date = Mon Jul  6 19:39:23 JST 1998
NB: "CORRECTED CPU TIME"  for the conversion from benchmark test ver1 to ver2
     System time and elapsed time are not converted.

(1) program = matvec.f

8.94u 0.00s 0:00:12
ST=0:00:08.94 VT=0:00:06.35 ET=0:00:12 SYSTEM=S3800(D) I/O=(DISK:40,VIO:0)
MEMORY=3072KB EX-MEMORY=16384KB EX-STORAGE=0KB DATABASE=(C:\0,U:\0)
NETWORK=\0 FILE=(S:0KB,\0,L:406KB,\1) ACCT=(A,\91,\459,\149541)

MULTIPLY 1023*1023 REAL MATRIX TO VECTOR    3*   2000 TIMES.

(2) program = matvecz.f

5.38u 0.00s 0:00:09
ST=0:00:05.38 VT=0:00:04.25 ET=0:00:09 SYSTEM=S3800(D) I/O=(DISK:40,VIO:0)
MEMORY=3072KB EX-MEMORY=16384KB EX-STORAGE=0KB DATABASE=(C:\0,U:\0)
NETWORK=\0 FILE=(S:0KB,\0,L:406KB,\1) ACCT=(A,\61,\520,\149480)

MULTIPLY  723* 723 COMPLEX MATRIX TO VECTOR    3*   1000 TIMES

(3) program = jacobi11.f with LMAX/=10.0000

439.5u 0.00s 0:02:03
CORRECTED CPU TIME=439.5 sec
ST=0:00:43.95 VT=0:00:20.96 ET=0:02:03 SYSTEM=S3800(D) I/O=(DISK:42,VIO:0)
MEMORY=3072KB EX-MEMORY=16384KB EX-STORAGE=0KB DATABASE=(C:\0,U:\0)
NETWORK=\0 FILE=(S:174KB,\1,L:464KB,\1) ACCT=(A,\442,\6628,\143372)

DIMENSION= 11  #JACOBI ROT CYC= 5*  20000  EMIN=  -0.663813  EMAX=  10.309207

(4) program = jacobi1h.f

42.72u 0.00s 0:01:59
ST=0:00:42.72 VT=0:00:21.42 ET=0:01:59 SYSTEM=S3800(D) I/O=(DISK:42,VIO:0)
MEMORY=3072KB EX-MEMORY=16384KB EX-STORAGE=0KB DATABASE=(C:\0,U:\0)
NETWORK=\0 FILE=(S:174KB,\1,L:464KB,\1) ACCT=(A,\432,\2244,\147756)

DIMENSION=101  #JACOBI ROT CYC= 5*    200  EMIN=  -3.859769  EMAX= 104.276991

(5) program = leqs4h.f

7.81u 0.00s 0:00:26
ST=0:00:07.81 VT=0:00:04.69 ET=0:00:26 SYSTEM=S3800(D) I/O=(DISK:42,VIO:0)
MEMORY=3072KB EX-MEMORY=16384KB EX-STORAGE=0KB DATABASE=(C:\0,U:\0)
NETWORK=\0 FILE=(S:174KB,\1,L:464KB,\1) ACCT=(A,\82,\2326,\147674)

DIM=  401  #INV= 78  RESULTS:  0.9989295956  0.9989933805  0.9982736386

(6) program = leqs1k.f

5.43u 0.00s 0:00:19
ST=0:00:05.43 VT=0:00:03.37 ET=0:00:19 SYSTEM=S3800(D) I/O=(DISK:42,VIO:0)
MEMORY=3072KB EX-MEMORY=16384KB EX-STORAGE=0KB DATABASE=(C:\0,U:\0)
NETWORK=\0 FILE=(S:174KB,\1,L:464KB,\1) ACCT=(A,\62,\2388,\147612)

DIM= 1001  #INV=  5  RESULTS:  0.9983222082  0.9999235137  1.0001292085

(7) program = intosc.f with NMAX/=10.000

169.3u 0.00s 0:00:50
CORRECTED CPU TIME=169.3 sec
ST=0:00:16.93 VT=0:00:00.00 ET=0:00:50 SYSTEM=S3800(D) I/O=(DISK:40,VIO:0)
MEMORY=3072KB EX-MEMORY=16384KB EX-STORAGE=0KB DATABASE=(C:\0,U:\0)
NETWORK=\0 FILE=(S:174KB,\1,L:464KB,\1) ACCT=(A,\172,\6800,\143200)

 I(   100000000)=       -6511  I(   100000001)=       -5654

(8) program = osc.f with NMAX/=10.000

52.2u 0.00s 0:00:18
CORRECTED CPU TIME=52.2 sec
ST=0:00:05.22 VT=0:00:00.00 ET=0:00:18 SYSTEM=S3800(D) I/O=(DISK:40,VIO:0)
MEMORY=3072KB EX-MEMORY=16384KB EX-STORAGE=0KB DATABASE=(C:\0,U:\0)
NETWORK=\0 FILE=(S:174KB,\1,L:464KB,\1) ACCT=(A,\62,\6862,\143138)

 I(  100000000)=    9271.2762  I(  100000001)=    8716.8381

(9) program = intpi3.f with N/=2 (N=3000->1500): multiply time by 8.000

278.32u 0.00s 0:01:40
CORRECTED CPU TIME=278.32 sec
ST=0:00:34.79 VT=0:00:00.00 ET=0:01:40 SYSTEM=S3800(D) I/O=(DISK:40,VIO:0)
MEMORY=3072KB EX-MEMORY=16384KB EX-STORAGE=0KB DATABASE=(C:\0,U:\0)
NETWORK=\0 FILE=(S:174KB,\1,L:464KB,\1) ACCT=(A,\352,\7214,\142786)

PI=        1590432606120660*120/(8*N**5+15*N**3), N=   1500

(10) program = pi3.f

81.20u 0.00s 0:03:42
ST=0:01:21.20 VT=0:01:16.02 ET=0:03:42 SYSTEM=S3800(D) I/O=(DISK:40,VIO:0)
MEMORY=3072KB EX-MEMORY=16384KB EX-STORAGE=0KB DATABASE=(C:\0,U:\0)
NETWORK=\0 FILE=(S:174KB,\1,L:464KB,\1) ACCT=(A,\822,\4422,\145578)

N=    1500 PI=  3.141594622

(11) program = runge.f with N/=10.000

267.67u 0.00s 0:01:16
CORRECTED CPU TIME=267.67 sec
ST=0:00:26.67 VT=0:00:00.00 ET=0:01:16 SYSTEM=S3800(D) I/O=(DISK:40,VIO:0)
MEMORY=3072KB EX-MEMORY=16384KB EX-STORAGE=0KB DATABASE=(C:\0,U:\0)
NETWORK=\0 FILE=(S:174KB,\1,L:464KB,\1) ACCT=(A,\272,\7486,\142514)

4TH-ORDER RUNGE-KUTTA FOR POTENTIAL=LOG(R). INITIAL R= 1.0  0.0 V= 0.0  1.5
TIME=   20000000* 0.00500  R=   1.95727  -1.69647  V=   0.29938   0.50688

(12) program = intgl4.f

11.39u 0.00s 0:00:35
ST=0:00:11.39 VT=0:00:09.41 ET=0:00:35 SYSTEM=S3800(D) I/O=(DISK:40,VIO:0)
MEMORY=3072KB EX-MEMORY=16384KB EX-STORAGE=0KB DATABASE=(C:\0,U:\0)
NETWORK=\0 FILE=(S:174KB,\1,L:464KB,\1) ACCT=(A,\122,\5756,\144244)

#PTS=     200**4  A= 0.1000  S=       3.244281965

(13) program = mathfnc1.f

3.39u 0.00s 0:00:13
 ST=0:00:03.39 VT=0:00:02.90 ET=0:00:13 SYSTEM=S3800(D) I/O=(DISK:40,VIO:0)
MEMORY=3072KB EX-MEMORY=16384KB EX-STORAGE=0KB DATABASE=(C:\0,U:\0)
NETWORK=\0 FILE=(S:174KB,\1,L:464KB,\1) ACCT=(A,\42,\5798,\144202)

INTEGRAL[ 0.1 0.9: 100000000 STEPS](SIN(X)+SQRT(COS(X)))DX=   1.111225554

(14) program = mathfnc2.f

5.64u 0.00s 0:00:19
ST=0:00:05.64 VT=0:00:05.15 ET=0:00:19 SYSTEM=S3800(D) I/O=(DISK:40,VIO:0)
MEMORY=3072KB EX-MEMORY=16384KB EX-STORAGE=0KB DATABASE=(C:\0,U:\0)
NETWORK=\0 FILE=(S:174KB,\1,L:464KB,\1) ACCT=(A,\62,\5860,\144140)

INTEGRAL[ 0.1 0.9: 100000000 STEPS]ATAN2(EXP(X),LOG(X+1))DX=   1.081785145

(15) program = permute1.f with M=M/10: 
M=262144 -> 26214, multiply the measured CPU time by 10.000

57.8u 0.00s 0:00:20
CORRECTED CPU TIME=57.8 sec
ST=0:00:05.78 VT=0:00:00.00 ET=0:00:20 SYSTEM=S3800(D) I/O=(DISK:40,VIO:0)
MEMORY=3072KB EX-MEMORY=16384KB EX-STORAGE=0KB DATABASE=(C:\0,U:\0)
NETWORK=\0 FILE=(S:174KB,\1,L:464KB,\1) ACCT=(A,\62,\5922,\144078)

INT*4 ARRAY_SIZE=     1024 #PERMUTATIONS/ARRAY_SIZE=    26214  A=   149   293
      516      139      260      625      659      739      940      263

(16) program = permute2.f with M=M/10
M=8192 -> 819, multiply the measured CPU time by 10.002

59.0u 0.00s 0:00:21
CORRECTED CPU TIME=59.0 sec
ST=0:00:05.90 VT=0:00:00.00 ET=0:00:21 SYSTEM=S3800(D) I/O=(DISK:40,VIO:0)
MEMORY=3072KB EX-MEMORY=16384KB EX-STORAGE=0KB DATABASE=(C:\0,U:\0)
NETWORK=\0 FILE=(S:174KB,\1,L:464KB,\1) ACCT=(A,\62,\5984,\144016)

INT*4 ARRAY_SIZE=    32768 #PERMUTATIONS/ARRAY_SIZE=      819  A=   149   293
    16353    18047    28208    12853     3515    27919    15829     6652

(17) program = permute3.f with M=M/10
M=256 -> 25, multiply the measured CPU time by 10.240

200.09u 0.00s 0:00:57
CORRECTED CPU TIME=200.09 sec
ST=0:00:19.54 VT=0:00:00.00 ET=0:00:57 SYSTEM=S3800(D) I/O=(DISK:40,VIO:0)
MEMORY=3072KB EX-MEMORY=16384KB EX-STORAGE=0KB DATABASE=(C:\0,U:\0)
NETWORK=\0 FILE=(S:174KB,\1,L:464KB,\1) ACCT=(A,\202,\6186,\143814)

INT*4 ARRAY_SIZE=  1048576 #PERMUTATIONS/ARRAY_SIZE=       25  A=   149   293
   523969   659560   144625   937189   672922     4548   658859   513580