Homec4science
Diffusion COSOlver (llechot) Browse

cosolver/basis_transformation/MPI_T4/FM/FMrational/TestFMrational.f95
df55999e752fllechot

Last Change
Raw File

TestFMrational.f95
View Options

This file is larger than 256 KB, so syntax highlighting was skipped.
! This is a test program for the FM 1.3 multiple-precision rational arithmetic package.
! All of the rational arithmetic routines are tested.
! If all tests are completed successfully, this line is printed:
! 499 cases tested. No errors were found.
MODULE SUM_R
INTERFACE SUM_RAT
MODULE PROCEDURE SUM0
MODULE PROCEDURE SUM1
MODULE PROCEDURE SUM2
END INTERFACE
CONTAINS
FUNCTION SUM0(A,B)
! Function that returns a rational result.
USE FM_RATIONAL_ARITHMETIC
IMPLICIT NONE
TYPE (FM_RATIONAL) :: A,B,SUM0
CALL FM_ENTER_USER_FUNCTION(SUM0)
SUM0 = A + B
CALL FM_EXIT_USER_FUNCTION(SUM0)
END FUNCTION SUM0
FUNCTION SUM1(A,B)
! Function that returns a rational vector result.
USE FM_RATIONAL_ARITHMETIC
IMPLICIT NONE
TYPE (FM_RATIONAL) :: A(3),B(3),SUM1(3)
INTEGER :: J
CALL FM_ENTER_USER_FUNCTION(SUM1)
DO J = 1, 3
SUM1(J) = A(J) + B(J)
ENDDO
CALL FM_EXIT_USER_FUNCTION(SUM1)
END FUNCTION SUM1
FUNCTION SUM2(A,B)
! Function that returns a rational matrix result.
USE FM_RATIONAL_ARITHMETIC
IMPLICIT NONE
TYPE (FM_RATIONAL) :: A(3,3),B(3,3),SUM2(3,3)
INTEGER :: J, K
CALL FM_ENTER_USER_FUNCTION(SUM2)
DO J = 1, 3
DO K = 1, 3
SUM2(J,K) = A(J,K) + B(J,K)
ENDDO
ENDDO
CALL FM_EXIT_USER_FUNCTION(SUM2)
END FUNCTION SUM2
END MODULE SUM_R
MODULE TEST_RATIONAL
USE FMVALS
USE FMZM
USE FM_RATIONAL_ARITHMETIC
TYPE (FM_RATIONAL), SAVE :: A, B, C, D, RESULT, CORRECT, &
AVEC(3), BVEC(3), CVEC(3), DVEC(3), &
AMAT(3,3), BMAT(3,3), CMAT(3,3), DMAT(3,3)
! Declare the derived type variables of type (FM), (IM).
! These are in the form that would be found in a user program.
TYPE (FM), SAVE :: MFM1, MFM2, MFMVEC(3), MFMMAT(3,3)
TYPE (IM), SAVE :: MIM1, MIM2, MIM3, MIMVEC(3), MIMMAT(3,3), AMAT_IM(3,6)
! These are the variables that are not multiple precision.
INTEGER, SAVE :: J1, JV(3), JV2(3,3)
REAL, SAVE :: R1, RSMALL, RV(3), RV2(3,3)
DOUBLE PRECISION, SAVE :: D1, DSMALL, DV(3), DV2(3,3)
COMPLEX, SAVE :: C1, CV(3), CV2(3,3)
COMPLEX (KIND(0.0D0)), SAVE :: CD1, CDV(3), CDV2(3,3)
CHARACTER(100), SAVE :: ST1, ST2, STV2(3,3)
INTEGER, SAVE :: J, K, KLOG, L, KWSAVE, ML(2), NCASE, NERROR
REAL, SAVE :: TIME1, TIME2
LOGICAL, EXTERNAL :: IMCOMPARE
CONTAINS
SUBROUTINE TEST1
IMPLICIT NONE
WRITE (KW,"(/' Testing input and output conversion for rationals.')")
KWSAVE = KW
! NCASE is the number of cases tested.
NCASE = 1
RESULT = TO_FM_RATIONAL( 2, 3 )
CORRECT = 0
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) ' TO_FM_RATIONAL( 2, 3 ) '
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
MIM1 = 2
CALL IMEQ(MIM1%MIM,CORRECT%NUMERATOR)
MIM1 = 3
CALL IMEQ(MIM1%MIM,CORRECT%DENOMINATOR)
! Use the .NOT. because FMCOMPARE returns FALSE for special cases like MD = UNKNOWN,
! and these should be treated as errors for these tests.
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' TO_FM_RATIONAL',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 2
RESULT = TO_FM_RATIONAL( -2, 3 )
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) ' TO_FM_RATIONAL( -2, 3 ) '
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
MIM1 = -2
CALL IMEQ(MIM1%MIM,CORRECT%NUMERATOR)
MIM1 = 3
CALL IMEQ(MIM1%MIM,CORRECT%DENOMINATOR)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' TO_FM_RATIONAL',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 3
RESULT = TO_FM_RATIONAL( 2, -3 )
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) ' TO_FM_RATIONAL( 2, -3 ) '
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
MIM1 = -2
CALL IMEQ(MIM1%MIM,CORRECT%NUMERATOR)
MIM1 = 3
CALL IMEQ(MIM1%MIM,CORRECT%DENOMINATOR)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' TO_FM_RATIONAL',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 4
RESULT = TO_FM_RATIONAL( -2, -3 )
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) ' TO_FM_RATIONAL( -2, -3 ) '
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
MIM1 = 2
CALL IMEQ(MIM1%MIM,CORRECT%NUMERATOR)
MIM1 = 3
CALL IMEQ(MIM1%MIM,CORRECT%DENOMINATOR)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' TO_FM_RATIONAL',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 5
RESULT = TO_FM_RATIONAL( 12, 36 )
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) ' TO_FM_RATIONAL( 12, 36 ) '
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
MIM1 = 1
CALL IMEQ(MIM1%MIM,CORRECT%NUMERATOR)
MIM1 = 3
CALL IMEQ(MIM1%MIM,CORRECT%DENOMINATOR)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' TO_FM_RATIONAL',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 6
RESULT = TO_FM_RATIONAL( 84, 36 )
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) ' TO_FM_RATIONAL( 84, 36 ) '
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( 7, 3 )
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' TO_FM_RATIONAL',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 7
RESULT = TO_FM_RATIONAL( TO_IM('3141592653589776'), TO_IM('271828182829') )
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " TO_FM_RATIONAL( TO_IM('3141592653589776'), TO_IM('271828182829') ) "
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( TO_IM('101341698502896'), TO_IM('8768651059') )
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' TO_FM_RATIONAL',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 8
A = TO_FM_RATIONAL( TO_IM('3141592653589776'), TO_IM('271828182829') )
RESULT = A
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A "
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( TO_IM('101341698502896'), TO_IM('8768651059') )
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 9
A = TO_FM_RATIONAL( '3141592653589776' ) / TO_IM('271828182829')
RESULT = A
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A = TO_FM_RATIONAL( '3141592653589776' ) / TO_IM('271828182829') "
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( TO_IM('101341698502896'), TO_IM('8768651059') )
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 10
A = TO_FM_RATIONAL( '3141592653589776 / 271828182829' )
RESULT = A
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A = TO_FM_RATIONAL( '3141592653589776 / 271828182829' ) "
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( TO_IM('101341698502896'), TO_IM('8768651059') )
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 11
A = TO_FM_RATIONAL( '3141592653589776', '271828182829' )
RESULT = A
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A = TO_FM_RATIONAL( '3141592653589776', '271828182829' ) "
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( TO_IM('101341698502896'), TO_IM('8768651059') )
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 12
RESULT = 314159
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = 314159 "
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( TO_IM('314159'), TO_IM('1') )
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 13
RESULT = -314159
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = -314159 "
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( TO_IM('-314159'), TO_IM('1') )
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 14
RESULT = TO_IM('3141592653589793')
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = TO_IM('3141592653589793') "
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( TO_IM('3141592653589793'), TO_IM('1') )
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 15
RESULT = TO_IM('-3141592653589793')
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = TO_IM('-3141592653589793') "
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( TO_IM('-3141592653589793'), TO_IM('1') )
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 16
RESULT = TO_FM_RATIONAL( 31, 47 )
MIM1 = RATIONAL_NUMERATOR( RESULT )
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " MIM1 = RATIONAL_NUMERATOR( RESULT ) "
KW = KLOG
CALL IM_PRINT(MIM1)
KW = KWSAVE
WRITE (KLOG,*) ' '
MIM2 = 31
IF ( (.NOT. IMCOMPARE(MIM1%MIM,'==',MIM2%MIM)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 17
RESULT = TO_FM_RATIONAL( 31, 47 )
MIM1 = RATIONAL_DENOMINATOR( TO_FM_RATIONAL( 31, 47 ) )
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " MIM1 = RATIONAL_DENOMINATOR( TO_FM_RATIONAL( 31, 47 ) ) "
KW = KLOG
CALL IM_PRINT(MIM1)
KW = KWSAVE
WRITE (KLOG,*) ' '
MIM2 = 47
IF ( (.NOT. IMCOMPARE(MIM1%MIM,'==',MIM2%MIM)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 18
AVEC = 31
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " AVEC = 31"
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " AVEC(",J,") = "
CALL FM_PRINT_RATIONAL(AVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( 31 )
IF ( (.NOT. IMCOMPARE(AVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(AVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 19
AVEC = TO_FM_RATIONAL( TO_IM('101341698502896'), TO_IM('8768651059') )
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " AVEC = TO_FM_RATIONAL( TO_IM('101341698502896'), TO_IM('8768651059') )"
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " AVEC(",J,") = "
CALL FM_PRINT_RATIONAL(AVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( TO_IM('101341698502896'), TO_IM('8768651059') )
IF ( (.NOT. IMCOMPARE(AVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(AVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 20
AVEC = TO_IM('101341698502896')
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " AVEC = TO_IM('101341698502896')"
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " AVEC(",J,") = "
CALL FM_PRINT_RATIONAL(AVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_IM('101341698502896')
IF ( (.NOT. IMCOMPARE(AVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(AVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 21
JV(1:3) = (/ 31, -41, 59 /)
AVEC = (/ 31, -41, 59 /)
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " AVEC = (/ 31, -41, 59 /)"
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " AVEC(",J,") = "
CALL FM_PRINT_RATIONAL(AVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( JV(J) )
IF ( (.NOT. IMCOMPARE(AVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(AVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 22
JV(1:3) = (/ 31, -41, 59 /)
AVEC = TO_FM_RATIONAL( (/ 31, -41, 59 /) )
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " AVEC = TO_FM_RATIONAL( (/ 31, -41, 59 /) )"
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " AVEC(",J,") = "
CALL FM_PRINT_RATIONAL(AVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( JV(J) )
IF ( (.NOT. IMCOMPARE(AVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(AVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 23
JV(1:3) = (/ 31, -41, 59 /)
AVEC = JV
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " AVEC = JV(1:3)"
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " AVEC(",J,") = "
CALL FM_PRINT_RATIONAL(AVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( JV(J) )
IF ( (.NOT. IMCOMPARE(AVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(AVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 24
MIMVEC(1:3) = (/ 31, -41, 59 /)
AVEC = TO_FM_RATIONAL( TO_IM( (/ 31, -41, 59 /) ) )
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " AVEC = TO_IM( (/ 31, -41, 59 /) )"
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " AVEC(",J,") = "
CALL FM_PRINT_RATIONAL(AVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( MIMVEC(J) )
IF ( (.NOT. IMCOMPARE(AVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(AVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 25
MIMVEC(1:3) = (/ 31, -41, 59 /)
AVEC = TO_IM( (/ 31, -41, 59 /) )
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " AVEC = TO_IM( (/ 31, -41, 59 /) )"
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " AVEC(",J,") = "
CALL FM_PRINT_RATIONAL(AVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( MIMVEC(J) )
IF ( (.NOT. IMCOMPARE(AVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(AVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 26
MIMVEC(1:3) = (/ 31, -41, 59 /)
AVEC = MIMVEC
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " AVEC = MIMVEC(1:3)"
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " AVEC(",J,") = "
CALL FM_PRINT_RATIONAL(AVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( MIMVEC(J) )
IF ( (.NOT. IMCOMPARE(AVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(AVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 27
BVEC(1:3) = (/ TO_FM_RATIONAL( TO_IM('101341698502896'), TO_IM('8768651059') ), &
TO_FM_RATIONAL( -41, 43 ), &
TO_FM_RATIONAL( 314, 159 ) /)
AVEC = (/ TO_FM_RATIONAL( TO_IM('101341698502896'), TO_IM('8768651059') ), &
TO_FM_RATIONAL( -41, 43 ), &
TO_FM_RATIONAL( 314, 159 ) /)
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " AVEC = (/ TO_FM_RATIONAL( TO_IM('101341698502896'), ..."
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " AVEC(",J,") = "
CALL FM_PRINT_RATIONAL(AVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = BVEC(J)
IF ( (.NOT. IMCOMPARE(AVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(AVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 28
BVEC(1:3) = (/ TO_FM_RATIONAL( TO_IM('101341698502896'), TO_IM('8768651059') ), &
TO_FM_RATIONAL( -41, 43 ), &
TO_FM_RATIONAL( 314, 159 ) /)
AVEC = BVEC
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " AVEC = BVEC"
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " AVEC(",J,") = "
CALL FM_PRINT_RATIONAL(AVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = BVEC(J)
IF ( (.NOT. IMCOMPARE(AVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(AVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 29
JV2 = 314
AMAT = 314
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " AMAT = 314"
DO J = 1, 3
DO K = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A,I1,A)") " AMAT(",J,",",K,") = "
CALL FM_PRINT_RATIONAL(AMAT(J,K))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( JV2(J,K) )
IF ( (.NOT. IMCOMPARE(AMAT(J,K)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(AMAT(J,K)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
NCASE = 30
JV2(1,1:3) = (/ 1, 2, 3 /)
JV2(2,1:3) = (/ 4, 5, 6 /)
JV2(3,1:3) = (/ 7, 8, 9 /)
AMAT = RESHAPE( (/ 1, 4, 7, &
2, 5, 8, &
3, 6, 9 /) &
, (/ 3,3 /) )
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " AMAT = RESHAPE( (/ 1, 4, 7, ..."
DO J = 1, 3
DO K = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A,I1,A)") " AMAT(",J,",",K,") = "
CALL FM_PRINT_RATIONAL(AMAT(J,K))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( JV2(J,K) )
IF ( (.NOT. IMCOMPARE(AMAT(J,K)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(AMAT(J,K)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
NCASE = 31
MIMMAT = 159
AMAT = TO_IM( 159 )
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " AMAT = TO_IM( 159 )"
DO J = 1, 3
DO K = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A,I1,A)") " AMAT(",J,",",K,") = "
CALL FM_PRINT_RATIONAL(AMAT(J,K))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( MIMMAT(J,K) )
IF ( (.NOT. IMCOMPARE(AMAT(J,K)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(AMAT(J,K)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
NCASE = 32
MIMMAT(1,1:3) = (/ 1, 2, 3 /)
MIMMAT(2,1:3) = (/ 4, 5, 6 /)
MIMMAT(3,1:3) = (/ 7, 8, 9 /)
AMAT = TO_IM( RESHAPE( (/ 1, 4, 7, &
2, 5, 8, &
3, 6, 9 /) &
, (/ 3,3 /) ) &
)
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " AMAT = TO_IM( RESHAPE( (/ 1, 4, 7, ..."
DO J = 1, 3
DO K = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A,I1,A)") " AMAT(",J,",",K,") = "
CALL FM_PRINT_RATIONAL(AMAT(J,K))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( MIMMAT(J,K) )
IF ( (.NOT. IMCOMPARE(AMAT(J,K)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(AMAT(J,K)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
NCASE = 33
MIMMAT(1,1:3) = (/ 1, 2, 3 /)
MIMMAT(2,1:3) = (/ 4, 5, 6 /)
MIMMAT(3,1:3) = (/ 7, 8, 9 /)
AMAT = TO_FM_RATIONAL( TO_IM( RESHAPE( (/ 1, 4, 7, &
2, 5, 8, &
3, 6, 9 /) &
, (/ 3,3 /) ) &
) )
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " AMAT = TO_IM( RESHAPE( (/ 1, 4, 7, ..."
DO J = 1, 3
DO K = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A,I1,A)") " AMAT(",J,",",K,") = "
CALL FM_PRINT_RATIONAL(AMAT(J,K))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( MIMMAT(J,K) )
IF ( (.NOT. IMCOMPARE(AMAT(J,K)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(AMAT(J,K)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
NCASE = 34
A = TO_FM_RATIONAL( -314, 159 )
AMAT = TO_FM_RATIONAL( -314, 159 )
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " AMAT = TO_FM_RATIONAL( -314, 159 )"
DO J = 1, 3
DO K = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A,I1,A)") " AMAT(",J,",",K,") = "
CALL FM_PRINT_RATIONAL(AMAT(J,K))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = A
IF ( (.NOT. IMCOMPARE(AMAT(J,K)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(AMAT(J,K)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
NCASE = 35
BMAT(1,1:3) = (/ 1, 2, 3 /)
BMAT(2,1:3) = (/ 4, 5, 6 /)
BMAT(3,1:3) = (/ 7, 8, 9 /)
AMAT = TO_FM_RATIONAL( RESHAPE( (/ 1, 4, 7, &
2, 5, 8, &
3, 6, 9 /) &
, (/ 3,3 /) ) &
)
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " AMAT = TO_FM_RATIONAL( RESHAPE( (/ 1, 4, 7, ..."
DO J = 1, 3
DO K = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A,I1,A)") " AMAT(",J,",",K,") = "
CALL FM_PRINT_RATIONAL(AMAT(J,K))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = BMAT(J,K)
IF ( (.NOT. IMCOMPARE(AMAT(J,K)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(AMAT(J,K)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' = assignment',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
RETURN
END SUBROUTINE TEST1
SUBROUTINE TEST2
IMPLICIT NONE
WRITE (KW,"(/' Testing addition of rationals.')")
NCASE = 36
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = +TO_FM_RATIONAL(7,9) "
RESULT = +TO_FM_RATIONAL(7,9)
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( TO_IM('7'), TO_IM('9') )
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 37
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A + B (= TO_FM_RATIONAL(5,6) + TO_FM_RATIONAL(7,9) ) "
A = TO_FM_RATIONAL(5,6)
B = TO_FM_RATIONAL(7,9)
RESULT = A + B
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( TO_IM('29'), TO_IM('18') )
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 38
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = TO_FM_RATIONAL(5,6) + TO_FM_RATIONAL(7,9) "
RESULT = TO_FM_RATIONAL(5,6) + TO_FM_RATIONAL(7,9)
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( TO_IM('29'), TO_IM('18') )
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 39
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = TO_FM_RATIONAL(-5,6) + TO_FM_RATIONAL(7,9) "
RESULT = TO_FM_RATIONAL(-5,6) + TO_FM_RATIONAL(7,9)
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( TO_IM('-1'), TO_IM('18') )
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 40
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = TO_FM_RATIONAL(TO_IM('55555555555555555555555555123'), "
WRITE (KLOG,*) " TO_IM('289333333333333333213632')) + "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('44444444444444444444444444789'), "
WRITE (KLOG,*) " TO_IM('3719999999999999999632464')) "
RESULT = TO_FM_RATIONAL(TO_IM('55555555555555555555555555123'), &
TO_IM('289333333333333333213632')) + &
TO_FM_RATIONAL(TO_IM('44444444444444444444444444789'), &
TO_IM('3719999999999999999632464'))
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('49176954732510288060077777439647119341563786034605'), &
TO_IM('241111111111111110987538222222222222232077632'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 41
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A + K ( = TO_FM_RATIONAL(51234,62345) + 3141) "
A = TO_FM_RATIONAL(51234,62345)
K = 3141
RESULT = A + K
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('195876879'), &
TO_IM('62345'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 42
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A + K ( = "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('8917602794770965746052376207314'), "
WRITE (KLOG,*) " TO_IM('6678420012453723448650677611683')) + 41 "
A = TO_FM_RATIONAL(TO_IM('8917602794770965746052376207314'), &
TO_IM('6678420012453723448650677611683'))
K = 41
RESULT = A + K
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('94244274435124542380243386095439'), &
TO_IM('2226140004151241149550225870561'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 43
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A + K ( = "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), "
WRITE (KLOG,*) " TO_IM('6678420012453723448650677611683')) + 41 "
A = TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), &
TO_IM('6678420012453723448650677611683'))
K = 41
RESULT = A + K
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('88299205905277231882875135290563'), &
TO_IM('2226140004151241149550225870561'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 44
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A + K ( = "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), "
WRITE (KLOG,*) " TO_IM('6678420012453723448650677611683')) - 41 "
A = TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), &
TO_IM('6678420012453723448650677611683'))
K = -41
RESULT = A + K
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('-94244274435124542380243386095439'), &
TO_IM('2226140004151241149550225870561'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 45
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = K + A ( = 3141 + TO_FM_RATIONAL(51234,62345) ) "
A = TO_FM_RATIONAL(51234,62345)
K = 3141
RESULT = K + A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('195876879'), &
TO_IM('62345'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 46
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = K + A ( = 41 + "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('8917602794770965746052376207314'), "
WRITE (KLOG,*) " TO_IM('6678420012453723448650677611683')) "
A = TO_FM_RATIONAL(TO_IM('8917602794770965746052376207314'), &
TO_IM('6678420012453723448650677611683'))
K = 41
RESULT = K + A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('94244274435124542380243386095439'), &
TO_IM('2226140004151241149550225870561'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 47
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = K + A ( = 41 + "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), "
WRITE (KLOG,*) " TO_IM('6678420012453723448650677611683')) "
A = TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), &
TO_IM('6678420012453723448650677611683'))
K = 41
RESULT = K + A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('88299205905277231882875135290563'), &
TO_IM('2226140004151241149550225870561'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 48
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = K + A ( = -41 + "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), "
WRITE (KLOG,*) " TO_IM('6678420012453723448650677611683')) "
A = TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), &
TO_IM('6678420012453723448650677611683'))
K = -41
RESULT = K + A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('-94244274435124542380243386095439'), &
TO_IM('2226140004151241149550225870561'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 49
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MIM1 + A ( = 314159 + TO_FM_RATIONAL(7654321,8234567) ) "
A = TO_FM_RATIONAL(7654321,8234567)
MIM1 = 314159
RESULT = MIM1 + A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('2586970988474'), &
TO_IM('8234567'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 50
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MIM1 + A ( = TO_IM('265129767915894430221715901488988') + "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('612603611364303933104472337189512'), "
WRITE (KLOG,*) " TO_IM('878773830101413992948550377979617')) "
A = TO_FM_RATIONAL(TO_IM('612603611364303933104472337189512'), &
TO_IM('878773830101413992948550377979617'))
MIM1 = TO_IM('265129767915894430221715901488988')
RESULT = MIM1 + A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('77663033875116511578492782637666916261000649139603399829917049036'), &
TO_IM('292924610033804664316183459326539'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 51
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MIM1 + A ( = TO_IM('265129767915894430221715901488988') + "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), "
WRITE (KLOG,*) " TO_IM('878773830101413992948550377979617')) "
A = TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), &
TO_IM('878773830101413992948550377979617'))
MIM1 = TO_IM('265129767915894430221715901488988')
RESULT = MIM1 + A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('77663033875116511578492782637666507858593072936981330181692256028'), &
TO_IM('292924610033804664316183459326539'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 52
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MIM1 + A ( = TO_IM('-265129767915894430221715901488988') + "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), "
WRITE (KLOG,*) " TO_IM('878773830101413992948550377979617')) "
A = TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), &
TO_IM('878773830101413992948550377979617'))
MIM1 = TO_IM('-265129767915894430221715901488988')
RESULT = MIM1 + A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('-77663033875116511578492782637666916261000649139603399829917049036'), &
TO_IM('292924610033804664316183459326539'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 53
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A + MIM1 ( = TO_FM_RATIONAL(7654321,8234567) + 314159 ) "
A = TO_FM_RATIONAL(7654321,8234567)
MIM1 = 314159
RESULT = A + MIM1
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('2586970988474'), &
TO_IM('8234567'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 54
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A + MIM1 ( = "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('612603611364303933104472337189512'), "
WRITE (KLOG,*) " TO_IM('878773830101413992948550377979617')) + "
WRITE (KLOG,*) " TO_IM('265129767915894430221715901488988') "
A = TO_FM_RATIONAL(TO_IM('612603611364303933104472337189512'), &
TO_IM('878773830101413992948550377979617'))
MIM1 = TO_IM('265129767915894430221715901488988')
RESULT = A + MIM1
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('77663033875116511578492782637666916261000649139603399829917049036'), &
TO_IM('292924610033804664316183459326539'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 55
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A + MIM1 ( = "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), "
WRITE (KLOG,*) " TO_IM('878773830101413992948550377979617')) + "
WRITE (KLOG,*) " TO_IM('265129767915894430221715901488988') "
A = TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), &
TO_IM('878773830101413992948550377979617'))
MIM1 = TO_IM('265129767915894430221715901488988')
RESULT = A + MIM1
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('77663033875116511578492782637666507858593072936981330181692256028'), &
TO_IM('292924610033804664316183459326539'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 56
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A + MIM1 ( = "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), "
WRITE (KLOG,*) " TO_IM('878773830101413992948550377979617')) + "
WRITE (KLOG,*) " TO_IM('-265129767915894430221715901488988') "
A = TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), &
TO_IM('878773830101413992948550377979617'))
MIM1 = TO_IM('-265129767915894430221715901488988')
RESULT = A + MIM1
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('-77663033875116511578492782637666916261000649139603399829917049036'), &
TO_IM('292924610033804664316183459326539'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
WRITE (KW,"(/' Testing subtraction of rationals.')")
NCASE = 57
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = -TO_FM_RATIONAL(7,9) "
RESULT = -TO_FM_RATIONAL(7,9)
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( TO_IM('-7'), TO_IM('9') )
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 58
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A - B (= TO_FM_RATIONAL(5,6) - TO_FM_RATIONAL(7,9) ) "
A = TO_FM_RATIONAL(5,6)
B = TO_FM_RATIONAL(7,9)
RESULT = A - B
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( TO_IM('1'), TO_IM('18') )
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 59
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = TO_FM_RATIONAL(5,6) - TO_FM_RATIONAL(7,9) "
RESULT = TO_FM_RATIONAL(5,6) - TO_FM_RATIONAL(7,9)
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( TO_IM('1'), TO_IM('18') )
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 60
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = TO_FM_RATIONAL(-5,6) - TO_FM_RATIONAL(7,9) "
RESULT = TO_FM_RATIONAL(-5,6) - TO_FM_RATIONAL(7,9)
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( TO_IM('-29'), TO_IM('18') )
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 61
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = TO_FM_RATIONAL(TO_IM('55555555555555555555555555123'), "
WRITE (KLOG,*) " TO_IM('289333333333333333213632')) - "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('44444444444444444444444444789'), "
WRITE (KLOG,*) " TO_IM('3719999999999999999632464')) "
RESULT = TO_FM_RATIONAL(TO_IM('55555555555555555555555555123'), &
TO_IM('289333333333333333213632')) - &
TO_FM_RATIONAL(TO_IM('44444444444444444444444444789'), &
TO_IM('3719999999999999999632464'))
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('14471879286694101507788888761290466392318244185047'), &
TO_IM('80370370370370370329179407407407407410692544'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 62
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A - K ( = TO_FM_RATIONAL(51234,62345) - 3141) "
A = TO_FM_RATIONAL(51234,62345)
K = 3141
RESULT = A - K
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('-195774411'), &
TO_IM('62345'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 63
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A - K ( = "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('8917602794770965746052376207314'), "
WRITE (KLOG,*) " TO_IM('6678420012453723448650677611683')) - 41 "
A = TO_FM_RATIONAL(TO_IM('8917602794770965746052376207314'), &
TO_IM('6678420012453723448650677611683'))
K = 41
RESULT = A - K
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('-88299205905277231882875135290563'), &
TO_IM(' 2226140004151241149550225870561'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 64
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A - K ( = "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), "
WRITE (KLOG,*) " TO_IM('6678420012453723448650677611683')) - 41 "
A = TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), &
TO_IM('6678420012453723448650677611683'))
K = 41
RESULT = A - K
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('-94244274435124542380243386095439'), &
TO_IM(' 2226140004151241149550225870561'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 65
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A - K ( = "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), "
WRITE (KLOG,*) " TO_IM(' 6678420012453723448650677611683')) - (-41) ) "
A = TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), &
TO_IM(' 6678420012453723448650677611683'))
K = -41
RESULT = A - K
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('88299205905277231882875135290563'), &
TO_IM('2226140004151241149550225870561'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 66
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = K - A ( = 3141 - TO_FM_RATIONAL(7654321,8234567) ) "
A = TO_FM_RATIONAL(7654321,8234567)
K = 3141
RESULT = K - A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('25857120626'), &
TO_IM('8234567'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 67
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = K - A ( = 41 - "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('8917602794770965746052376207314'), "
WRITE (KLOG,*) " TO_IM('6678420012453723448650677611683')) "
A = TO_FM_RATIONAL(TO_IM('8917602794770965746052376207314'), &
TO_IM('6678420012453723448650677611683'))
K = 41
RESULT = K - A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('88299205905277231882875135290563'), &
TO_IM('2226140004151241149550225870561'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 68
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = K - A ( = 41 - "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), "
WRITE (KLOG,*) " TO_IM(' 6678420012453723448650677611683')) "
A = TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), &
TO_IM(' 6678420012453723448650677611683'))
K = 41
RESULT = K - A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('94244274435124542380243386095439'), &
TO_IM('2226140004151241149550225870561'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 69
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = K - A ( = -41 - "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), "
WRITE (KLOG,*) " TO_IM('6678420012453723448650677611683')) "
A = TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), &
TO_IM(' 6678420012453723448650677611683'))
K = -41
RESULT = K - A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('-88299205905277231882875135290563'), &
TO_IM(' 2226140004151241149550225870561'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 70
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MIM1 - A ( = 314159 - TO_FM_RATIONAL(7654321,8234567) ) "
A = TO_FM_RATIONAL(7654321,8234567)
MIM1 = 314159
RESULT = MIM1 - A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('2586955679832'), &
TO_IM('8234567'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 71
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MIM1 - A ( = TO_IM('265129767915894430221715901488988') - "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('612603611364303933104472337189512'), "
WRITE (KLOG,*) " TO_IM('878773830101413992948550377979617')) "
A = TO_FM_RATIONAL(TO_IM('612603611364303933104472337189512'), &
TO_IM('878773830101413992948550377979617'))
MIM1 = TO_IM('265129767915894430221715901488988')
RESULT = MIM1 - A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('77663033875116511578492782637666507858593072936981330181692256028'), &
TO_IM('292924610033804664316183459326539'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 72
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MIM1 - A ( = TO_IM('265129767915894430221715901488988') - "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), "
WRITE (KLOG,*) " TO_IM('878773830101413992948550377979617')) "
A = TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), &
TO_IM('878773830101413992948550377979617'))
MIM1 = TO_IM('265129767915894430221715901488988')
RESULT = MIM1 - A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('77663033875116511578492782637666916261000649139603399829917049036'), &
TO_IM('292924610033804664316183459326539'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 73
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MIM1 - A ( = TO_IM('-265129767915894430221715901488988') - "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), "
WRITE (KLOG,*) " TO_IM('878773830101413992948550377979617')) "
A = TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), &
TO_IM('878773830101413992948550377979617'))
MIM1 = TO_IM('-265129767915894430221715901488988')
RESULT = MIM1 - A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('-77663033875116511578492782637666507858593072936981330181692256028'), &
TO_IM('292924610033804664316183459326539'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 74
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A - MIM1 ( = TO_FM_RATIONAL(7654321,8234567) - 314159 ) "
A = TO_FM_RATIONAL(7654321,8234567)
MIM1 = 314159
RESULT = A - MIM1
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('-2586955679832'), &
TO_IM(' 8234567'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 75
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A - MIM1 ( = "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('612603611364303933104472337189512'), "
WRITE (KLOG,*) " TO_IM('878773830101413992948550377979617')) - "
WRITE (KLOG,*) " TO_IM('265129767915894430221715901488988') "
A = TO_FM_RATIONAL(TO_IM('612603611364303933104472337189512'), &
TO_IM('878773830101413992948550377979617'))
MIM1 = TO_IM('265129767915894430221715901488988')
RESULT = A - MIM1
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('-77663033875116511578492782637666507858593072936981330181692256028'), &
TO_IM('292924610033804664316183459326539'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 76
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A - MIM1 ( = "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), "
WRITE (KLOG,*) " TO_IM('878773830101413992948550377979617')) - "
WRITE (KLOG,*) " TO_IM('265129767915894430221715901488988') "
A = TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), &
TO_IM('878773830101413992948550377979617'))
MIM1 = TO_IM('265129767915894430221715901488988')
RESULT = A - MIM1
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('-77663033875116511578492782637666916261000649139603399829917049036'), &
TO_IM(' 292924610033804664316183459326539'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 77
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A - MIM1 ( = "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), "
WRITE (KLOG,*) " TO_IM('878773830101413992948550377979617')) - "
WRITE (KLOG,*) " TO_IM('-265129767915894430221715901488988') "
A = TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), &
TO_IM('878773830101413992948550377979617'))
MIM1 = TO_IM('-265129767915894430221715901488988')
RESULT = A - MIM1
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('77663033875116511578492782637666507858593072936981330181692256028'), &
TO_IM('292924610033804664316183459326539'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
RETURN
END SUBROUTINE TEST2
SUBROUTINE TEST3
IMPLICIT NONE
WRITE (KW,"(/' Testing multiplication of rationals.')")
NCASE = 78
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A * B (= TO_FM_RATIONAL(5,6) * TO_FM_RATIONAL(7,9) ) "
A = TO_FM_RATIONAL(5,6)
B = TO_FM_RATIONAL(7,9)
RESULT = A * B
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( TO_IM('35'), TO_IM('54') )
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 79
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = TO_FM_RATIONAL(5,6) * TO_FM_RATIONAL(15,13) "
RESULT = TO_FM_RATIONAL(5,6) * TO_FM_RATIONAL(15,13)
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( TO_IM('25'), TO_IM('26') )
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 80
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = TO_FM_RATIONAL(-5,6) * TO_FM_RATIONAL(15,13) "
RESULT = TO_FM_RATIONAL(-5,6) * TO_FM_RATIONAL(15,13)
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( TO_IM('-25'), TO_IM('26') )
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 81
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = TO_FM_RATIONAL(TO_IM('55555555555555555555555555123'), "
WRITE (KLOG,*) " TO_IM('289333333333333333213632')) * "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('44444444444444444444444444789'), "
WRITE (KLOG,*) " TO_IM('3719999999999999999632464')) "
RESULT = TO_FM_RATIONAL(TO_IM('55555555555555555555555555123'), &
TO_IM('289333333333333333213632')) * &
TO_FM_RATIONAL(TO_IM('44444444444444444444444444789'), &
TO_IM('3719999999999999999632464'))
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('2469135802469135802469135802386419753086419753086419604047'), &
TO_IM('1076319999999999999448370624000000000043994549248'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 82
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A * K ( = TO_FM_RATIONAL(51234,62345) * 3145) "
A = TO_FM_RATIONAL(51234,62345)
K = 3145
RESULT = A * K
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('870978'), &
TO_IM('337'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 83
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A * K ( = "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('8917602794770965746052376207314'), "
WRITE (KLOG,*) " TO_IM('6678420012453723448650677611683')) * 210 "
A = TO_FM_RATIONAL(TO_IM('8917602794770965746052376207314'), &
TO_IM('6678420012453723448650677611683'))
K = 210
RESULT = A * K
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('624232195633967602223666334511980'), &
TO_IM('2226140004151241149550225870561'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 84
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A * K ( = "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), "
WRITE (KLOG,*) " TO_IM('6678420012453723448650677611683')) * 210 "
A = TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), &
TO_IM('6678420012453723448650677611683'))
K = 210
RESULT = A * K
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('-624232195633967602223666334511980'), &
TO_IM(' 2226140004151241149550225870561'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 85
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A * K ( = "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), "
WRITE (KLOG,*) " TO_IM(' 6678420012453723448650677611683')) * (-210) ) "
A = TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), &
TO_IM(' 6678420012453723448650677611683'))
K = -210
RESULT = A * K
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('624232195633967602223666334511980'), &
TO_IM('2226140004151241149550225870561'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 86
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = K * A ( = 3146 * TO_FM_RATIONAL(7654321,8234567) ) "
A = TO_FM_RATIONAL(7654321,8234567)
K = 3146
RESULT = K * A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('2189135806'), &
TO_IM('748597'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 87
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = K * A ( = 210 * "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('8917602794770965746052376207314'), "
WRITE (KLOG,*) " TO_IM('6678420012453723448650677611683')) "
A = TO_FM_RATIONAL(TO_IM('8917602794770965746052376207314'), &
TO_IM('6678420012453723448650677611683'))
K = 210
RESULT = K * A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('624232195633967602223666334511980'), &
TO_IM('2226140004151241149550225870561'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 88
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = K * A ( = 270191 * "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), "
WRITE (KLOG,*) " TO_IM(' 6678420012453723448650677611683')) "
A = TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), &
TO_IM(' 6678420012453723448650677611683'))
K = 270191
RESULT = K * A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('-2972534264923655248684125402438'), &
TO_IM('8239134553524140883857071'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 89
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = K * A ( = -13 * "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), "
WRITE (KLOG,*) " TO_IM('6678420012453723448650677611683')) "
A = TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), &
TO_IM(' 6678420012453723448650677611683'))
K = -13
RESULT = K * A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('2972534264923655248684125402438'), &
TO_IM('171241538780864703811555836197'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 90
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MIM1 * A ( = 314160 * TO_FM_RATIONAL(7654321,8234567) ) "
A = TO_FM_RATIONAL(7654321,8234567)
MIM1 = 314160
RESULT = MIM1 * A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('218607407760'), &
TO_IM('748597'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 91
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MIM1 * A ( = TO_IM('265129767915894037158473471010136') * "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('612603611364303933104472337189512'), "
WRITE (KLOG,*) " TO_IM('878773830101413992948550377979617')) "
A = TO_FM_RATIONAL(TO_IM('612603611364303933104472337189512'), &
TO_IM('878773830101413992948550377979617'))
MIM1 = TO_IM('265129767915894037158473471010136')
RESULT = MIM1 * A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('129265653161071213310929946006912920883168063808'), &
TO_IM('699394504889023'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 92
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MIM1 * A ( = TO_IM('265129767915894430221715901488988') * "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), "
WRITE (KLOG,*) " TO_IM('878773830101413992948550377979617')) "
A = TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), &
TO_IM('878773830101413992948550377979617'))
MIM1 = TO_IM('265129767915894430221715901488988')
RESULT = MIM1 * A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('-54139817768485563161148990841175291201523319409532726682645697952'), &
TO_IM('292924610033804664316183459326539'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 93
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MIM1 * A ( = TO_IM('-265129767915894037158473471010136') * "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), "
WRITE (KLOG,*) " TO_IM('878773830101413992948550377979617')) "
A = TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), &
TO_IM('878773830101413992948550377979617'))
MIM1 = TO_IM('-265129767915894037158473471010136')
RESULT = MIM1 * A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('129265653161071213310929946006912920883168063808'), &
TO_IM('699394504889023'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 94
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A * MIM1 ( = TO_FM_RATIONAL(7654321,8234567) * 314160 ) "
A = TO_FM_RATIONAL(7654321,8234567)
MIM1 = 314160
RESULT = A * MIM1
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('218607407760'), &
TO_IM('748597'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 95
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A * MIM1 ( = "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('612603611364303933104472337189512'), "
WRITE (KLOG,*) " TO_IM('878773830101413992948550377979617')) * "
WRITE (KLOG,*) " TO_IM('265129767915894037158473471010136') "
A = TO_FM_RATIONAL(TO_IM('612603611364303933104472337189512'), &
TO_IM('878773830101413992948550377979617'))
MIM1 = TO_IM('265129767915894037158473471010136')
RESULT = A * MIM1
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('129265653161071213310929946006912920883168063808'), &
TO_IM('699394504889023'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 96
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A * MIM1 ( = "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), "
WRITE (KLOG,*) " TO_IM('878773830101413992948550377979617')) * "
WRITE (KLOG,*) " TO_IM('265129767915894430221715901488988') "
A = TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), &
TO_IM('878773830101413992948550377979617'))
MIM1 = TO_IM('265129767915894430221715901488988')
RESULT = A * MIM1
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('-54139817768485563161148990841175291201523319409532726682645697952'), &
TO_IM(' 292924610033804664316183459326539'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 97
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A * MIM1 ( = "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), "
WRITE (KLOG,*) " TO_IM('878773830101413992948550377979617')) * "
WRITE (KLOG,*) " TO_IM('-265129767915894430221715901488988') "
A = TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), &
TO_IM('878773830101413992948550377979617'))
MIM1 = TO_IM('-265129767915894430221715901488988')
RESULT = A * MIM1
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('54139817768485563161148990841175291201523319409532726682645697952'), &
TO_IM('292924610033804664316183459326539'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
WRITE (KW,"(/' Testing division of rationals.')")
NCASE = 98
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A / B (= TO_FM_RATIONAL(5,6) / TO_FM_RATIONAL(7,9) ) "
A = TO_FM_RATIONAL(5,6)
B = TO_FM_RATIONAL(7,9)
RESULT = A / B
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( TO_IM('15'), TO_IM('14') )
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 99
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = TO_FM_RATIONAL(5,6) / TO_FM_RATIONAL(15,13) "
RESULT = TO_FM_RATIONAL(5,6) / TO_FM_RATIONAL(15,13)
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( TO_IM('13'), TO_IM('18') )
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 100
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = TO_FM_RATIONAL(-5,6) / TO_FM_RATIONAL(15,13) "
RESULT = TO_FM_RATIONAL(-5,6) / TO_FM_RATIONAL(15,13)
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL( TO_IM('-13'), TO_IM('18') )
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 101
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = TO_FM_RATIONAL(TO_IM('55555555555555555555555555123'), "
WRITE (KLOG,*) " TO_IM('289333333333333333213632')) / "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('44444444444444444444444444789'), "
WRITE (KLOG,*) " TO_IM('3719999999999999999632464')) "
RESULT = TO_FM_RATIONAL(TO_IM('55555555555555555555555555123'), &
TO_IM('289333333333333333213632')) / &
TO_FM_RATIONAL(TO_IM('44444444444444444444444444789'), &
TO_IM('3719999999999999999632464'))
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('46296296296296296291722221861759259259259259294873'), &
TO_IM('2880658436213991768355555577887860082304526739732'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 102
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A / K ( = TO_FM_RATIONAL(51234,62345) / 3144) "
A = TO_FM_RATIONAL(51234,62345)
K = 3144
RESULT = A / K
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('8539'), &
TO_IM('32668780'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 103
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A / K ( = "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('8917602794770965746052376207314'), "
WRITE (KLOG,*) " TO_IM('6678420012453723448650677611683')) / 210 "
A = TO_FM_RATIONAL(TO_IM('8917602794770965746052376207314'), &
TO_IM('6678420012453723448650677611683'))
K = 210
RESULT = A / K
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('70774625355325124968669652439'), &
TO_IM('11130700020756205747751129352805'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 104
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A / K ( = "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), "
WRITE (KLOG,*) " TO_IM('6678420012453723448650677611683')) / 210 "
A = TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), &
TO_IM('6678420012453723448650677611683'))
K = 210
RESULT = A / K
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('-70774625355325124968669652439'), &
TO_IM(' 11130700020756205747751129352805'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 105
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A / K ( = "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), "
WRITE (KLOG,*) " TO_IM(' 6678420012453723448650677611683')) / (-210) ) "
A = TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), &
TO_IM(' 6678420012453723448650677611683'))
K = -210
RESULT = A / K
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('70774625355325124968669652439'), &
TO_IM('11130700020756205747751129352805'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 106
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = K / A ( = 3154 / TO_FM_RATIONAL(7654321,8234567) ) "
A = TO_FM_RATIONAL(7654321,8234567)
K = 3154
RESULT = K / A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('1366938122'), &
TO_IM('402859'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 107
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = K / A ( = 210 / "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('8917602794770965746052376207314'), "
WRITE (KLOG,*) " TO_IM('6678420012453723448650677611683')) "
A = TO_FM_RATIONAL(TO_IM('8917602794770965746052376207314'), &
TO_IM('6678420012453723448650677611683'))
K = 210
RESULT = K / A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('11130700020756205747751129352805'), &
TO_IM('70774625355325124968669652439'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 108
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = K / A ( = 13712269 / "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), "
WRITE (KLOG,*) " TO_IM(' 6678420012453723448650677611683')) "
A = TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), &
TO_IM(' 6678420012453723448650677611683'))
K = 13712269
RESULT = K / A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('-2226140004151241149550225870561'), &
TO_IM(' 216779167978957767579102'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 109
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = K / A ( = -7499 / "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), "
WRITE (KLOG,*) " TO_IM('6678420012453723448650677611683')) "
A = TO_FM_RATIONAL(TO_IM('-8917602794770965746052376207314'), &
TO_IM(' 6678420012453723448650677611683'))
K = -7499
RESULT = K / A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('2226140004151241149550225870561'), &
TO_IM('396390754090366081968812562'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 110
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MIM1 / A ( = 314165 / TO_FM_RATIONAL(7654321,8234567) ) "
A = TO_FM_RATIONAL(7654321,8234567)
MIM1 = 314165
RESULT = MIM1 / A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('136158565345'), &
TO_IM('402859'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 111
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MIM1 / A ( = TO_IM('265129767915894430221715118517693') / "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('612603611364303933104472337189524'), "
WRITE (KLOG,*) " TO_IM('878773830101413992948550377979617')) "
A = TO_FM_RATIONAL(TO_IM('612603611364303933104472337189524'), &
TO_IM('878773830101413992948550377979617'))
MIM1 = TO_IM('265129767915894430221715118517693')
RESULT = MIM1 / A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('5974641810208868168278956128472612919586437971124324359'), &
TO_IM('15709263326091525210236'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 112
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MIM1 / A ( = TO_IM('265129767915894430221715901488988') / "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), "
WRITE (KLOG,*) " TO_IM('878773830101413992948550377979617')) "
A = TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), &
TO_IM('878773830101413992948550377979617'))
MIM1 = TO_IM('265129767915894430221715901488988')
RESULT = MIM1 / A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('-19415758468779127894623195659416678014949215259573091251451163133'), &
TO_IM(' 51050300947025327758706028099126'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 113
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MIM1 / A ( = TO_IM('-265129767915894037158473471010136') / "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), "
WRITE (KLOG,*) " TO_IM('878773830101413992948550377979617')) "
A = TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), &
TO_IM('878773830101413992948550377979617'))
MIM1 = TO_IM('-265129767915894037158473471010136')
RESULT = MIM1 / A
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('9707879234389549555074471883353238914887523037214474161325349913'), &
TO_IM('25525150473512663879353014049563'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 114
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A / MIM1 ( = TO_FM_RATIONAL(7654321,8234567) / 314165 ) "
A = TO_FM_RATIONAL(7654321,8234567)
MIM1 = 314165
RESULT = A / MIM1
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('402859'), &
TO_IM('136158565345'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 115
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A / MIM1 ( = "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('612603611364303933104472337189512'), "
WRITE (KLOG,*) " TO_IM('878773830101413992948550377979617')) / "
WRITE (KLOG,*) " TO_IM('265129767915894037158473471010136') "
A = TO_FM_RATIONAL(TO_IM('612603611364303933104472337189512'), &
TO_IM('878773830101413992948550377979617'))
MIM1 = TO_IM('265129767915894037158473471010136')
RESULT = A / MIM1
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('25525150473512663879353014049563'), &
TO_IM('9707879234389549555074471883353238914887523037214474161325349913'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 116
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A / MIM1 ( = "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), "
WRITE (KLOG,*) " TO_IM('878773830101413992948550377979617')) / "
WRITE (KLOG,*) " TO_IM('265129767915894430221715901488988') "
A = TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), &
TO_IM('878773830101413992948550377979617'))
MIM1 = TO_IM('265129767915894430221715901488988')
RESULT = A / MIM1
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('-51050300947025327758706028099126'), &
TO_IM(' 19415758468779127894623195659416678014949215259573091251451163133'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 117
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = A / MIM1 ( = "
WRITE (KLOG,*) " TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), "
WRITE (KLOG,*) " TO_IM('878773830101413992948550377979617')) / "
WRITE (KLOG,*) " TO_IM('-265129767915894430221715901488988') "
A = TO_FM_RATIONAL(TO_IM('-612603611364303933104472337189512'), &
TO_IM('878773830101413992948550377979617'))
MIM1 = TO_IM('-265129767915894430221715901488988')
RESULT = A / MIM1
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('51050300947025327758706028099126'), &
TO_IM('19415758468779127894623195659416678014949215259573091251451163133'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
END SUBROUTINE TEST3
SUBROUTINE TEST4
IMPLICIT NONE
WRITE (KW,"(/' Testing rational addition array operations.')")
NCASE = 118
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = AVEC + BVEC "
AVEC = (/ TO_FM_RATIONAL( 31, 97 ), TO_FM_RATIONAL( 37, 97 ), TO_FM_RATIONAL( 41, 97 ) /)
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = AVEC + BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 5456, 7663 ), TO_FM_RATIONAL( 6512, 7663 ), &
TO_FM_RATIONAL( 7216, 7663 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 119
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = A + BVEC "
A = TO_FM_RATIONAL( 31, 97 )
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = A + BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 5456, 7663 ), TO_FM_RATIONAL( 6038, 7663 ), &
TO_FM_RATIONAL( 6426, 7663 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 120
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = AVEC + B "
AVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
B = TO_FM_RATIONAL( 31, 97 )
CVEC = AVEC + B
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 5456, 7663 ), TO_FM_RATIONAL( 6038, 7663 ), &
TO_FM_RATIONAL( 6426, 7663 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 121
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = JV + BVEC "
JV = (/ 31, 37, 41 /)
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = JV + BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 2480, 79 ), TO_FM_RATIONAL( 2960, 79 ), &
TO_FM_RATIONAL( 3280, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 122
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = (/ 31, 37, 41 /) + BVEC "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = (/ 31, 37, 41 /) + BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 2480, 79 ), TO_FM_RATIONAL( 2960, 79 ), &
TO_FM_RATIONAL( 3280, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 123
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = BVEC + JV "
JV = (/ 31, 37, 41 /)
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = BVEC + JV
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 2480, 79 ), TO_FM_RATIONAL( 2960, 79 ), &
TO_FM_RATIONAL( 3280, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 124
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = BVEC + (/ 31, 37, 41 /) "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = BVEC + (/ 31, 37, 41 /)
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 2480, 79 ), TO_FM_RATIONAL( 2960, 79 ), &
TO_FM_RATIONAL( 3280, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 125
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = BVEC + 31 "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = BVEC + 31
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 2480, 79 ), TO_FM_RATIONAL( 2486, 79 ), &
TO_FM_RATIONAL( 2490, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 126
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = 31 + BVEC "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = 31 + BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 2480, 79 ), TO_FM_RATIONAL( 2486, 79 ), &
TO_FM_RATIONAL( 2490, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 127
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = A + JV "
A = TO_FM_RATIONAL( 31, 97 )
JV = (/ 31, 37, 41 /)
CVEC = A + JV
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 3038, 97 ), TO_FM_RATIONAL( 3620, 97 ), &
TO_FM_RATIONAL( 4008, 97 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 128
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = JV + A "
A = TO_FM_RATIONAL( 31, 97 )
JV = (/ 31, 37, 41 /)
CVEC = JV + A
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 3038, 97 ), TO_FM_RATIONAL( 3620, 97 ), &
TO_FM_RATIONAL( 4008, 97 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 129
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = MIMVEC + BVEC "
MIMVEC = (/ 31, 37, 41 /)
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = MIMVEC + BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 2480, 79 ), TO_FM_RATIONAL( 2960, 79 ), &
TO_FM_RATIONAL( 3280, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 130
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = TO_IM( (/ 31, 37, 41 /) ) + BVEC "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = TO_IM( (/ 31, 37, 41 /) ) + BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 2480, 79 ), TO_FM_RATIONAL( 2960, 79 ), &
TO_FM_RATIONAL( 3280, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 131
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = BVEC + MIMVEC "
MIMVEC = (/ 31, 37, 41 /)
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = BVEC + MIMVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 2480, 79 ), TO_FM_RATIONAL( 2960, 79 ), &
TO_FM_RATIONAL( 3280, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 132
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = BVEC + TO_IM( (/ 31, 37, 41 /) ) "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = BVEC + TO_IM( (/ 31, 37, 41 /) )
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 2480, 79 ), TO_FM_RATIONAL( 2960, 79 ), &
TO_FM_RATIONAL( 3280, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 133
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = BVEC + TO_IM(31) "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = BVEC + TO_IM(31)
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 2480, 79 ), TO_FM_RATIONAL( 2486, 79 ), &
TO_FM_RATIONAL( 2490, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 134
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = TO_IM(31) + BVEC "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = TO_IM(31) + BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 2480, 79 ), TO_FM_RATIONAL( 2486, 79 ), &
TO_FM_RATIONAL( 2490, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 135
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = A + MIMVEC "
A = TO_FM_RATIONAL( 31, 97 )
MIMVEC = (/ 31, 37, 41 /)
CVEC = A + MIMVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 3038, 97 ), TO_FM_RATIONAL( 3620, 97 ), &
TO_FM_RATIONAL( 4008, 97 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 136
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = MIMVEC + A "
A = TO_FM_RATIONAL( 31, 97 )
MIMVEC = (/ 31, 37, 41 /)
CVEC = MIMVEC + A
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 3038, 97 ), TO_FM_RATIONAL( 3620, 97 ), &
TO_FM_RATIONAL( 4008, 97 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 137
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = AMAT + BMAT "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( J+K, 97 )
BMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = AMAT + BMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 273*J+370*K, 7663 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 138
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = AMAT + A "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( J+K, 97 )
ENDDO
ENDDO
A = TO_FM_RATIONAL( 31, 79 )
CMAT = AMAT + A
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 3007+79*J+79*K, 7663 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 139
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = A + AMAT "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( J+K, 97 )
ENDDO
ENDDO
A = TO_FM_RATIONAL( 31, 79 )
CMAT = A + AMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 3007+79*J+79*K, 7663 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 140
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = AMAT + JV2 "
DO J = 1, 3
DO K = 1, 3
JV2(J,K) = J + K
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = AMAT + JV2
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 81*J+82*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 141
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = JV2 + AMAT "
DO J = 1, 3
DO K = 1, 3
JV2(J,K) = J + K
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = JV2 + AMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 81*J+82*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 142
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = JV2 + A "
DO J = 1, 3
DO K = 1, 3
JV2(J,K) = J + K
ENDDO
ENDDO
A = TO_FM_RATIONAL( 31, 79 )
CMAT = JV2 + A
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 31+79*J+79*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 143
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = A + JV2 "
DO J = 1, 3
DO K = 1, 3
JV2(J,K) = J + K
ENDDO
ENDDO
A = TO_FM_RATIONAL( 31, 79 )
CMAT = A + JV2
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 31+79*J+79*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 144
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = MIMMAT + A "
DO J = 1, 3
DO K = 1, 3
MIMMAT(J,K) = J + K
ENDDO
ENDDO
A = TO_FM_RATIONAL( 31, 79 )
CMAT = MIMMAT + A
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 31+79*J+79*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 145
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = A + MIMMAT "
DO J = 1, 3
DO K = 1, 3
MIMMAT(J,K) = J + K
ENDDO
ENDDO
A = TO_FM_RATIONAL( 31, 79 )
CMAT = A + MIMMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 31+79*J+79*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 146
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = AMAT + 31 "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = AMAT + 31
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 2449+2*J+3*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 147
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = 31 + AMAT "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = 31 + AMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 2449+2*J+3*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 148
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = AMAT + MIMMAT "
DO J = 1, 3
DO K = 1, 3
MIMMAT(J,K) = J + K
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = AMAT + MIMMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 81*J+82*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 149
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = MIMMAT + AMAT "
DO J = 1, 3
DO K = 1, 3
MIMMAT(J,K) = J + K
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = MIMMAT + AMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 81*J+82*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 150
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = AMAT + TO_IM(31) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = AMAT + TO_IM(31)
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 2449+2*J+3*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 151
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = TO_IM(31) + AMAT "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = TO_IM(31) + AMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 2449+2*J+3*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 152
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = +AVEC "
DO J = 1, 3
AVEC(J) = TO_FM_RATIONAL( 2*J+31, 79 )
ENDDO
CVEC = +AVEC
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DVEC(J) = TO_FM_RATIONAL( 2*J+31, 79 )
ENDDO
DO J = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CVEC(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 153
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = +AMAT "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = +AMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- addition of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
END SUBROUTINE TEST4
SUBROUTINE TEST5
IMPLICIT NONE
WRITE (KW,"(/' Testing rational subtraction array operations.')")
NCASE = 154
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = AVEC - BVEC "
AVEC = (/ TO_FM_RATIONAL( 31, 97 ), TO_FM_RATIONAL( 37, 97 ), TO_FM_RATIONAL( 41, 97 ) /)
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = AVEC - BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( -558, 7663 ), TO_FM_RATIONAL( -666, 7663 ), &
TO_FM_RATIONAL( -738, 7663 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 155
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = A - BVEC "
A = TO_FM_RATIONAL( 31, 97 )
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = A - BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( -558, 7663 ), TO_FM_RATIONAL( -1140, 7663 ), &
TO_FM_RATIONAL( -1528, 7663 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 156
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = AVEC - B "
AVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
B = TO_FM_RATIONAL( 31, 97 )
CVEC = AVEC - B
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 558, 7663 ), TO_FM_RATIONAL( 1140, 7663 ), &
TO_FM_RATIONAL( 1528, 7663 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 157
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = JV - BVEC "
JV = (/ 31, 37, 41 /)
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = JV - BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 2418, 79 ), TO_FM_RATIONAL( 2886, 79 ), &
TO_FM_RATIONAL( 3198, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 158
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = (/ 31, 37, 41 /) - BVEC "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = (/ 31, 37, 41 /) - BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 2418, 79 ), TO_FM_RATIONAL( 2886, 79 ), &
TO_FM_RATIONAL( 3198, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 159
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = BVEC - JV "
JV = (/ 31, 37, 41 /)
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = BVEC - JV
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = -(/ TO_FM_RATIONAL( 2418, 79 ), TO_FM_RATIONAL( 2886, 79 ), &
TO_FM_RATIONAL( 3198, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 160
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = BVEC - (/ 31, 37, 41 /) "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = BVEC - (/ 31, 37, 41 /)
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = -(/ TO_FM_RATIONAL( 2418, 79 ), TO_FM_RATIONAL( 2886, 79 ), &
TO_FM_RATIONAL( 3198, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 161
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = BVEC - 31 "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = BVEC - 31
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( -2418, 79 ), TO_FM_RATIONAL( -2412, 79 ), &
TO_FM_RATIONAL( -2408, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 162
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = 31 - BVEC "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = 31 - BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 2418, 79 ), TO_FM_RATIONAL( 2412, 79 ), &
TO_FM_RATIONAL( 2408, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 163
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = A - JV "
A = TO_FM_RATIONAL( 31, 97 )
JV = (/ 31, 37, 41 /)
CVEC = A - JV
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( -2976, 97 ), TO_FM_RATIONAL( -3558, 97 ), &
TO_FM_RATIONAL( -3946, 97 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 164
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = JV - A "
A = TO_FM_RATIONAL( 31, 97 )
JV = (/ 31, 37, 41 /)
CVEC = JV - A
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 2976, 97 ), TO_FM_RATIONAL( 3558, 97 ), &
TO_FM_RATIONAL( 3946, 97 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 165
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = MIMVEC - BVEC "
MIMVEC = (/ 31, 37, 41 /)
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = MIMVEC - BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 2418, 79 ), TO_FM_RATIONAL( 2886, 79 ), &
TO_FM_RATIONAL( 3198, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 166
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = TO_IM( (/ 31, 37, 41 /) ) - BVEC "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = TO_IM( (/ 31, 37, 41 /) ) - BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 2418, 79 ), TO_FM_RATIONAL( 2886, 79 ), &
TO_FM_RATIONAL( 3198, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 167
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = BVEC - MIMVEC "
MIMVEC = (/ 31, 37, 41 /)
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = BVEC - MIMVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = -(/ TO_FM_RATIONAL( 2418, 79 ), TO_FM_RATIONAL( 2886, 79 ), &
TO_FM_RATIONAL( 3198, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 168
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = BVEC - TO_IM( (/ 31, 37, 41 /) ) "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = BVEC - TO_IM( (/ 31, 37, 41 /) )
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = -(/ TO_FM_RATIONAL( 2418, 79 ), TO_FM_RATIONAL( 2886, 79 ), &
TO_FM_RATIONAL( 3198, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 169
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = BVEC - TO_IM(31) "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = BVEC - TO_IM(31)
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( -2418, 79 ), TO_FM_RATIONAL( -2412, 79 ), &
TO_FM_RATIONAL( -2408, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 170
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = TO_IM(31) - BVEC "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = TO_IM(31) - BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = -(/ TO_FM_RATIONAL( -2418, 79 ), TO_FM_RATIONAL( -2412, 79 ), &
TO_FM_RATIONAL( -2408, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 171
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = A - MIMVEC "
A = TO_FM_RATIONAL( 31, 97 )
MIMVEC = (/ 31, 37, 41 /)
CVEC = A - MIMVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = -(/ TO_FM_RATIONAL( 2976, 97 ), TO_FM_RATIONAL( 3558, 97 ), &
TO_FM_RATIONAL( 3946, 97 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 172
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = MIMVEC - A "
A = TO_FM_RATIONAL( 31, 97 )
MIMVEC = (/ 31, 37, 41 /)
CVEC = MIMVEC - A
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 2976, 97 ), TO_FM_RATIONAL( 3558, 97 ), &
TO_FM_RATIONAL( 3946, 97 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 173
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = AMAT - BMAT "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( J+K, 97 )
BMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = AMAT - BMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = -TO_FM_RATIONAL( 115*J+212*K, 7663 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 174
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = AMAT - A "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( J+K, 97 )
ENDDO
ENDDO
A = TO_FM_RATIONAL( 31, 79 )
CMAT = AMAT - A
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( -3007+79*J+79*K, 7663 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 175
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = A - AMAT "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( J+K, 97 )
ENDDO
ENDDO
A = TO_FM_RATIONAL( 31, 79 )
CMAT = A - AMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = -TO_FM_RATIONAL( -3007+79*J+79*K, 7663 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 176
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = AMAT - JV2 "
DO J = 1, 3
DO K = 1, 3
JV2(J,K) = J + K
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = AMAT - JV2
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = -TO_FM_RATIONAL( 77*J+76*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 177
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = JV2 - AMAT "
DO J = 1, 3
DO K = 1, 3
JV2(J,K) = J + K
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = JV2 - AMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 77*J+76*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 178
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = JV2 - A "
DO J = 1, 3
DO K = 1, 3
JV2(J,K) = J + K
ENDDO
ENDDO
A = TO_FM_RATIONAL( 31, 79 )
CMAT = JV2 - A
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( -31+79*J+79*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 179
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = A - JV2 "
DO J = 1, 3
DO K = 1, 3
JV2(J,K) = J + K
ENDDO
ENDDO
A = TO_FM_RATIONAL( 31, 79 )
CMAT = A - JV2
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = -TO_FM_RATIONAL( -31+79*J+79*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 180
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = MIMMAT - A "
DO J = 1, 3
DO K = 1, 3
MIMMAT(J,K) = J + K
ENDDO
ENDDO
A = TO_FM_RATIONAL( 31, 79 )
CMAT = MIMMAT - A
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( -31+79*J+79*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 181
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = A - MIMMAT "
DO J = 1, 3
DO K = 1, 3
MIMMAT(J,K) = J + K
ENDDO
ENDDO
A = TO_FM_RATIONAL( 31, 79 )
CMAT = A - MIMMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = -TO_FM_RATIONAL( -31+79*J+79*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 182
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = AMAT - 31 "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = AMAT - 31
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( -2449+2*J+3*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 183
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = 31 - AMAT "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = 31 - AMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = -TO_FM_RATIONAL( -2449+2*J+3*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 184
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = AMAT - MIMMAT "
DO J = 1, 3
DO K = 1, 3
MIMMAT(J,K) = J + K
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = AMAT - MIMMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = -TO_FM_RATIONAL( 77*J+76*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 185
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = MIMMAT - AMAT "
DO J = 1, 3
DO K = 1, 3
MIMMAT(J,K) = J + K
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = MIMMAT - AMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 77*J+76*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 186
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = AMAT - TO_IM(31) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = AMAT - TO_IM(31)
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( -2449+2*J+3*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 187
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = TO_IM(31) - AMAT "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = TO_IM(31) - AMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = -TO_FM_RATIONAL( -2449+2*J+3*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 188
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = -AVEC "
DO J = 1, 3
AVEC(J) = TO_FM_RATIONAL( 2*J+31, 79 )
ENDDO
CVEC = -AVEC
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DVEC(J) = TO_FM_RATIONAL( -2*J-31, 79 )
ENDDO
DO J = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CVEC(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 189
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = -AMAT "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = -AMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( -2*J-3*K, 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- subtraction of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
END SUBROUTINE TEST5
SUBROUTINE TEST6
IMPLICIT NONE
WRITE (KW,"(/' Testing rational multiplication array operations.')")
NCASE = 190
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = AVEC * BVEC "
AVEC = (/ TO_FM_RATIONAL( 31, 97 ), TO_FM_RATIONAL( 37, 97 ), TO_FM_RATIONAL( 41, 97 ) /)
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = AVEC * BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 961, 7663 ), TO_FM_RATIONAL( 1369, 7663 ), &
TO_FM_RATIONAL( 1681, 7663 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 191
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = A * BVEC "
A = TO_FM_RATIONAL( 31, 97 )
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = A * BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 961, 7663 ), TO_FM_RATIONAL( 1147, 7663 ), &
TO_FM_RATIONAL( 1271, 7663 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 192
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = AVEC * B "
AVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
B = TO_FM_RATIONAL( 31, 97 )
CVEC = AVEC * B
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 961, 7663 ), TO_FM_RATIONAL( 1147, 7663 ), &
TO_FM_RATIONAL( 1271, 7663 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 193
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = JV * BVEC "
JV = (/ 31, 37, 41 /)
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = JV * BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 961, 79 ), TO_FM_RATIONAL( 1369, 79 ), &
TO_FM_RATIONAL( 1681, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 194
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = (/ 31, 37, 41 /) * BVEC "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = (/ 31, 37, 41 /) * BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 961, 79 ), TO_FM_RATIONAL( 1369, 79 ), &
TO_FM_RATIONAL( 1681, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 195
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = BVEC * JV "
JV = (/ 31, 37, 41 /)
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = BVEC * JV
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 961, 79 ), TO_FM_RATIONAL( 1369, 79 ), &
TO_FM_RATIONAL( 1681, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 196
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = BVEC * (/ 31, 37, 41 /) "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = BVEC * (/ 31, 37, 41 /)
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 961, 79 ), TO_FM_RATIONAL( 1369, 79 ), &
TO_FM_RATIONAL( 1681, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 197
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = BVEC * 31 "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = BVEC * 31
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 961, 79 ), TO_FM_RATIONAL( 1147, 79 ), &
TO_FM_RATIONAL( 1271, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 198
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = 31 * BVEC "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = 31 * BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 961, 79 ), TO_FM_RATIONAL( 1147, 79 ), &
TO_FM_RATIONAL( 1271, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 199
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = A * JV "
A = TO_FM_RATIONAL( 31, 97 )
JV = (/ 31, 37, 41 /)
CVEC = A * JV
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 961, 97 ), TO_FM_RATIONAL( 1147, 97 ), &
TO_FM_RATIONAL( 1271, 97 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 200
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = JV * A "
A = TO_FM_RATIONAL( 31, 97 )
JV = (/ 31, 37, 41 /)
CVEC = JV * A
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 961, 97 ), TO_FM_RATIONAL( 1147, 97 ), &
TO_FM_RATIONAL( 1271, 97 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 201
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = MIMVEC * BVEC "
MIMVEC = (/ 31, 37, 41 /)
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = MIMVEC * BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 961, 79 ), TO_FM_RATIONAL( 1369, 79 ), &
TO_FM_RATIONAL( 1681, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 202
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = TO_IM( (/ 31, 37, 41 /) ) * BVEC "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = TO_IM( (/ 31, 37, 41 /) ) * BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 961, 79 ), TO_FM_RATIONAL( 1369, 79 ), &
TO_FM_RATIONAL( 1681, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 203
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = BVEC * MIMVEC "
MIMVEC = (/ 31, 37, 41 /)
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = BVEC * MIMVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 961, 79 ), TO_FM_RATIONAL( 1369, 79 ), &
TO_FM_RATIONAL( 1681, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 204
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = BVEC * TO_IM( (/ 31, 37, 41 /) ) "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = BVEC * TO_IM( (/ 31, 37, 41 /) )
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 961, 79 ), TO_FM_RATIONAL( 1369, 79 ), &
TO_FM_RATIONAL( 1681, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 205
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = BVEC * TO_IM(31) "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = BVEC * TO_IM(31)
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 961, 79 ), TO_FM_RATIONAL( 1147, 79 ), &
TO_FM_RATIONAL( 1271, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 206
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = TO_IM(31) * BVEC "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = TO_IM(31) * BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 961, 79 ), TO_FM_RATIONAL( 1147, 79 ), &
TO_FM_RATIONAL( 1271, 79 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 207
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = A * MIMVEC "
A = TO_FM_RATIONAL( 31, 97 )
MIMVEC = (/ 31, 37, 41 /)
CVEC = A * MIMVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 961, 97 ), TO_FM_RATIONAL( 1147, 97 ), &
TO_FM_RATIONAL( 1271, 97 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 208
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = MIMVEC * A "
A = TO_FM_RATIONAL( 31, 97 )
MIMVEC = (/ 31, 37, 41 /)
CVEC = MIMVEC * A
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 961, 97 ), TO_FM_RATIONAL( 1147, 97 ), &
TO_FM_RATIONAL( 1271, 97 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 209
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = AMAT * BMAT "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = -TO_FM_RATIONAL( J+K, 97 )
BMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = AMAT * BMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = -TO_FM_RATIONAL( (J+K)*(2*J+3*K), 7663 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 210
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = AMAT * A "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( J+K, 97 )
ENDDO
ENDDO
A = TO_FM_RATIONAL( 31, 79 )
CMAT = AMAT * A
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 31*(J+K), 7663 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 211
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = A * AMAT "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( J+K, 97 )
ENDDO
ENDDO
A = TO_FM_RATIONAL( 31, 79 )
CMAT = A * AMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 31*(J+K), 7663 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 212
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = AMAT * JV2 "
DO J = 1, 3
DO K = 1, 3
JV2(J,K) = J + K
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = AMAT * JV2
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( (J+K)*(2*J+3*K), 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 213
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = JV2 * AMAT "
DO J = 1, 3
DO K = 1, 3
JV2(J,K) = J + K
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = JV2 * AMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( (J+K)*(2*J+3*K), 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 214
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = JV2 * A "
DO J = 1, 3
DO K = 1, 3
JV2(J,K) = J + K
ENDDO
ENDDO
A = TO_FM_RATIONAL( 31, 79 )
CMAT = JV2 * A
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 31*(J+K), 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 215
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = A * JV2 "
DO J = 1, 3
DO K = 1, 3
JV2(J,K) = J + K
ENDDO
ENDDO
A = TO_FM_RATIONAL( 31, 79 )
CMAT = A * JV2
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 31*(J+K), 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 216
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = MIMMAT * A "
DO J = 1, 3
DO K = 1, 3
MIMMAT(J,K) = J + K
ENDDO
ENDDO
A = TO_FM_RATIONAL( 31, 79 )
CMAT = MIMMAT * A
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 31*(J+K), 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 217
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = A * MIMMAT "
DO J = 1, 3
DO K = 1, 3
MIMMAT(J,K) = J + K
ENDDO
ENDDO
A = TO_FM_RATIONAL( 31, 79 )
CMAT = A * MIMMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 31*(J+K), 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 218
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = AMAT * 31 "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = AMAT * 31
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 31*(2*J+3*K), 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 219
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = 31 * AMAT "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = 31 * AMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 31*(2*J+3*K), 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 220
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = AMAT * MIMMAT "
DO J = 1, 3
DO K = 1, 3
MIMMAT(J,K) = J + K
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = AMAT * MIMMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( (J+K)*(2*J+3*K), 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 221
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = MIMMAT * AMAT "
DO J = 1, 3
DO K = 1, 3
MIMMAT(J,K) = J + K
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = MIMMAT * AMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( (J+K)*(2*J+3*K), 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 222
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = AMAT * TO_IM(31) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = AMAT * TO_IM(31)
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 31*(2*J+3*K), 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 223
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = TO_IM(31) * AMAT "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = TO_IM(31) * AMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 31*(2*J+3*K), 79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- multiplication of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
END SUBROUTINE TEST6
SUBROUTINE TEST7
IMPLICIT NONE
WRITE (KW,"(/' Testing rational division array operations.')")
NCASE = 224
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = AVEC / BVEC "
AVEC = (/ TO_FM_RATIONAL( 31, 97 ), TO_FM_RATIONAL( 31, 97 ), TO_FM_RATIONAL( 31, 97 ) /)
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = AVEC / BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 79, 97 ), TO_FM_RATIONAL( 2449, 3589 ), &
TO_FM_RATIONAL( 2449, 3977 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 225
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = A / BVEC "
A = TO_FM_RATIONAL( 31, 97 )
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = A / BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 79, 97 ), TO_FM_RATIONAL( 2449, 3589 ), &
TO_FM_RATIONAL( 2449, 3977 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 226
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = AVEC / B "
AVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
B = TO_FM_RATIONAL( 31, 97 )
CVEC = AVEC / B
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 97, 79 ), TO_FM_RATIONAL( 3589, 2449 ), &
TO_FM_RATIONAL( 3977, 2449 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 227
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = JV / BVEC "
JV = (/ 31, 33, 35 /)
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = JV / BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 79, 1 ), TO_FM_RATIONAL( 2607, 37 ), &
TO_FM_RATIONAL( 2765, 41 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 228
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = (/ 31, 33, 35 /) / BVEC "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = (/ 31, 33, 35 /) / BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 79, 1 ), TO_FM_RATIONAL( 2607, 37 ), &
TO_FM_RATIONAL( 2765, 41 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 229
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = BVEC / JV "
JV = (/ 31, 33, 35 /)
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = BVEC / JV
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 1, 79 ), TO_FM_RATIONAL( 37, 2607 ), &
TO_FM_RATIONAL( 41, 2765 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 230
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = BVEC / (/ 31, 33, 35 /) "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = BVEC / (/ 31, 33, 35 /)
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 1, 79 ), TO_FM_RATIONAL( 37, 2607 ), &
TO_FM_RATIONAL( 41, 2765 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 231
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = BVEC / 31 "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = BVEC / 31
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 1, 79 ), TO_FM_RATIONAL( 37, 2449 ), &
TO_FM_RATIONAL( 41, 2449 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 232
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = 31 / BVEC "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = 31 / BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 79, 1 ), TO_FM_RATIONAL( 2449, 37 ), &
TO_FM_RATIONAL( 2449, 41 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 233
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = A / JV "
A = TO_FM_RATIONAL( 31, 97 )
JV = (/ 31, 33, 35 /)
CVEC = A / JV
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 1, 97 ), TO_FM_RATIONAL( 31, 3201 ), &
TO_FM_RATIONAL( 31, 3395 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 234
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = JV / A "
A = TO_FM_RATIONAL( 31, 97 )
JV = (/ 31, 33, 35 /)
CVEC = JV / A
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 97, 1 ), TO_FM_RATIONAL( 3201, 31 ), &
TO_FM_RATIONAL( 3395, 31 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 235
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = MIMVEC / BVEC "
MIMVEC = (/ 31, 33, 35 /)
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = MIMVEC / BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 79, 1 ), TO_FM_RATIONAL( 2607, 37 ), &
TO_FM_RATIONAL( 2765, 41 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 236
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = TO_IM( (/ 31, 33, 35 /) ) / BVEC "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = TO_IM( (/ 31, 33, 35 /) ) / BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 79, 1 ), TO_FM_RATIONAL( 2607, 37 ), &
TO_FM_RATIONAL( 2765, 41 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 237
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = BVEC / MIMVEC "
MIMVEC = (/ 31, 33, 35 /)
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = BVEC / MIMVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 1, 79 ), TO_FM_RATIONAL( 37, 2607 ), &
TO_FM_RATIONAL( 41, 2765 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 238
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = BVEC / TO_IM( (/ 31, 33, 35 /) ) "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = BVEC / TO_IM( (/ 31, 33, 35 /) )
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 1, 79 ), TO_FM_RATIONAL( 37, 2607 ), &
TO_FM_RATIONAL( 41, 2765 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 239
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = BVEC / TO_IM(31) "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = BVEC / TO_IM(31)
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 1, 79 ), TO_FM_RATIONAL( 37, 2449 ), &
TO_FM_RATIONAL( 41, 2449 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 240
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = TO_IM(31) / BVEC "
BVEC = (/ TO_FM_RATIONAL( 31, 79 ), TO_FM_RATIONAL( 37, 79 ), TO_FM_RATIONAL( 41, 79 ) /)
CVEC = TO_IM(31) / BVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 79, 1 ), TO_FM_RATIONAL( 2449, 37 ), &
TO_FM_RATIONAL( 2449, 41 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 241
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = A / MIMVEC "
A = TO_FM_RATIONAL( 31, 97 )
MIMVEC = (/ 31, 33, 35 /)
CVEC = A / MIMVEC
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 1, 97 ), TO_FM_RATIONAL( 31, 3201 ), &
TO_FM_RATIONAL( 31, 3395 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 242
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = MIMVEC / A "
A = TO_FM_RATIONAL( 31, 97 )
MIMVEC = (/ 31, 33, 35 /)
CVEC = MIMVEC / A
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ TO_FM_RATIONAL( 97, 1 ), TO_FM_RATIONAL( 3201, 31 ), &
TO_FM_RATIONAL( 3395, 31 ) /)
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 243
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = AMAT / BMAT "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = -TO_FM_RATIONAL( J+K, 97 )
BMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = AMAT / BMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = -TO_FM_RATIONAL( 79*(J+K), 97*(2*J+3*K) )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 244
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = AMAT / A "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( J+K, 97 )
ENDDO
ENDDO
A = TO_FM_RATIONAL( 31, 79 )
CMAT = AMAT / A
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 79*(J+K), 31*97 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 245
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = A / AMAT "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( J+K, 97 )
ENDDO
ENDDO
A = TO_FM_RATIONAL( 31, 79 )
CMAT = A / AMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 31*97, 79*(J+K) )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 246
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = AMAT / JV2 "
DO J = 1, 3
DO K = 1, 3
JV2(J,K) = J + K
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = AMAT / JV2
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( (2*J+3*K), 79*(J+K) )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 247
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = JV2 / AMAT "
DO J = 1, 3
DO K = 1, 3
JV2(J,K) = J + K
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = JV2 / AMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 79*(J+K), (2*J+3*K) )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 248
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = JV2 / A "
DO J = 1, 3
DO K = 1, 3
JV2(J,K) = J + K
ENDDO
ENDDO
A = TO_FM_RATIONAL( 31, 79 )
CMAT = JV2 / A
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 79*(J+K), 31 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 249
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = A / JV2 "
DO J = 1, 3
DO K = 1, 3
JV2(J,K) = J + K
ENDDO
ENDDO
A = TO_FM_RATIONAL( 31, 79 )
CMAT = A / JV2
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 31, 79*(J+K) )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 250
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = MIMMAT / A "
DO J = 1, 3
DO K = 1, 3
MIMMAT(J,K) = J + K
ENDDO
ENDDO
A = TO_FM_RATIONAL( 31, 79 )
CMAT = MIMMAT / A
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 79*(J+K), 31 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 251
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = A / MIMMAT "
DO J = 1, 3
DO K = 1, 3
MIMMAT(J,K) = J + K
ENDDO
ENDDO
A = TO_FM_RATIONAL( 31, 79 )
CMAT = A / MIMMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 31, 79*(J+K) )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 252
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = AMAT / 31 "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = AMAT / 31
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 31*79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 253
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = 31 / AMAT "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = 31 / AMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 31*79, 2*J+3*K )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 254
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = AMAT / MIMMAT "
DO J = 1, 3
DO K = 1, 3
MIMMAT(J,K) = J + K
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = AMAT / MIMMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79*(J+K) )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 255
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = MIMMAT / AMAT "
DO J = 1, 3
DO K = 1, 3
MIMMAT(J,K) = J + K
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = MIMMAT / AMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 79*(J+K), 2*J+3*K )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 256
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = AMAT / TO_IM(31) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = AMAT / TO_IM(31)
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 31*79 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 257
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = TO_IM(31) / AMAT "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 2*J+3*K, 79 )
ENDDO
ENDDO
CMAT = TO_IM(31) / AMAT
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 31*79, 2*J+3*K )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array operations -- division of rationals',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
END SUBROUTINE TEST7
SUBROUTINE TEST8
IMPLICIT NONE
WRITE (KW,"(/' Testing == comparison.')")
NCASE = 258
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
B = A
IF ( .NOT.( A == B ) ) THEN
CALL ERRPRTRM(' == comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 259
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
B = TO_FM_RATIONAL(7,8)
IF ( ( A == B ) ) THEN
CALL ERRPRTRM(' == comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 260
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(18,9)
K = 2
IF ( .NOT.( A == K ) ) THEN
CALL ERRPRTRM(' == comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 261
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
K = 3
IF ( ( A == K ) ) THEN
CALL ERRPRTRM(' == comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 262
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(18,9)
MIM1 = 2
IF ( .NOT.( A == MIM1 ) ) THEN
CALL ERRPRTRM(' == comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 263
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
MIM1 = 3
IF ( ( A == MIM1 ) ) THEN
CALL ERRPRTRM(' == comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 264
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(18,9)
K = 2
IF ( .NOT.( K == A ) ) THEN
CALL ERRPRTRM(' == comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 265
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
K = 3
IF ( ( K == A ) ) THEN
CALL ERRPRTRM(' == comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 266
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(18,9)
MIM1 = 2
IF ( .NOT.( MIM1 == A ) ) THEN
CALL ERRPRTRM(' == comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 267
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
MIM1 = 3
IF ( ( MIM1 == A ) ) THEN
CALL ERRPRTRM(' == comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
WRITE (KW,"(/' Testing /= comparison.')")
NCASE = 268
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
B = A
IF ( ( A /= B ) ) THEN
CALL ERRPRTRM(' /= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 269
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
B = TO_FM_RATIONAL(7,8)
IF ( .NOT.( A /= B ) ) THEN
CALL ERRPRTRM(' /= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 270
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(18,9)
K = 2
IF ( ( A /= K ) ) THEN
CALL ERRPRTRM(' /= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 271
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
K = 3
IF ( .NOT.( A /= K ) ) THEN
CALL ERRPRTRM(' /= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 272
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(18,9)
MIM1 = 2
IF ( ( A /= MIM1 ) ) THEN
CALL ERRPRTRM(' /= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 273
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
MIM1 = 3
IF ( .NOT.( A /= MIM1 ) ) THEN
CALL ERRPRTRM(' /= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 274
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(18,9)
K = 2
IF ( ( K /= A ) ) THEN
CALL ERRPRTRM(' /= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 275
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
K = 3
IF ( .NOT.( K /= A ) ) THEN
CALL ERRPRTRM(' /= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 276
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(18,9)
MIM1 = 2
IF ( ( MIM1 /= A ) ) THEN
CALL ERRPRTRM(' /= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 277
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
MIM1 = 3
IF ( .NOT.( MIM1 /= A ) ) THEN
CALL ERRPRTRM(' /= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
WRITE (KW,"(/' Testing < comparison.')")
NCASE = 278
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
B = A
IF ( ( A < B ) ) THEN
CALL ERRPRTRM(' < comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 279
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
B = TO_FM_RATIONAL(8,9)
IF ( .NOT.( A < B ) ) THEN
CALL ERRPRTRM(' < comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 280
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
B = TO_FM_RATIONAL(5,9)
IF ( ( A < B ) ) THEN
CALL ERRPRTRM(' < comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 281
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
B = TO_FM_RATIONAL(8,9)
IF ( .NOT.( A < B ) ) THEN
CALL ERRPRTRM(' < comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 282
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
B = TO_FM_RATIONAL(-5,9)
IF ( ( A < B ) ) THEN
CALL ERRPRTRM(' < comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 283
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
B = TO_FM_RATIONAL(-5,9)
IF ( .NOT.( A < B ) ) THEN
CALL ERRPRTRM(' < comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 284
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
K = -3
IF ( ( A < K ) ) THEN
CALL ERRPRTRM(' < comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 285
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
K = 3
IF ( .NOT.( A < K ) ) THEN
CALL ERRPRTRM(' < comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 286
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
K = -3
IF ( ( A < K ) ) THEN
CALL ERRPRTRM(' < comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 287
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
K = 3
IF ( .NOT.( A < K ) ) THEN
CALL ERRPRTRM(' < comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 288
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
K = -3
IF ( .NOT.( K < A ) ) THEN
CALL ERRPRTRM(' < comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 289
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
K = 3
IF ( ( K < A ) ) THEN
CALL ERRPRTRM(' < comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 290
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
K = -3
IF ( .NOT.( K < A ) ) THEN
CALL ERRPRTRM(' < comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 291
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
K = 3
IF ( ( K < A ) ) THEN
CALL ERRPRTRM(' < comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 292
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
MIM1 = -3
IF ( ( A < MIM1 ) ) THEN
CALL ERRPRTRM(' < comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 293
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
MIM1 = 3
IF ( .NOT.( A < MIM1 ) ) THEN
CALL ERRPRTRM(' < comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 294
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
MIM1 = -3
IF ( ( A < MIM1 ) ) THEN
CALL ERRPRTRM(' < comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 295
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
MIM1 = 3
IF ( .NOT.( A < MIM1 ) ) THEN
CALL ERRPRTRM(' < comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 296
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
MIM1 = -3
IF ( .NOT.( MIM1 < A ) ) THEN
CALL ERRPRTRM(' < comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 297
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
MIM1 = 3
IF ( ( MIM1 < A ) ) THEN
CALL ERRPRTRM(' < comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 298
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
MIM1 = -3
IF ( .NOT.( MIM1 < A ) ) THEN
CALL ERRPRTRM(' < comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 299
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
MIM1 = 3
IF ( ( MIM1 < A ) ) THEN
CALL ERRPRTRM(' < comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
WRITE (KW,"(/' Testing <= comparison.')")
NCASE = 300
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
B = A
IF ( .NOT.( A <= B ) ) THEN
CALL ERRPRTRM(' <= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 301
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
B = TO_FM_RATIONAL(8,9)
IF ( .NOT.( A <= B ) ) THEN
CALL ERRPRTRM(' <= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 302
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
B = TO_FM_RATIONAL(5,9)
IF ( ( A <= B ) ) THEN
CALL ERRPRTRM(' <= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 303
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
B = TO_FM_RATIONAL(8,9)
IF ( .NOT.( A <= B ) ) THEN
CALL ERRPRTRM(' <= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 304
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
B = TO_FM_RATIONAL(-5,9)
IF ( ( A <= B ) ) THEN
CALL ERRPRTRM(' <= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 305
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
B = TO_FM_RATIONAL(-5,9)
IF ( .NOT.( A <= B ) ) THEN
CALL ERRPRTRM(' <= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 306
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
K = -3
IF ( ( A <= K ) ) THEN
CALL ERRPRTRM(' <= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 307
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
K = 3
IF ( .NOT.( A <= K ) ) THEN
CALL ERRPRTRM(' <= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 308
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
K = -3
IF ( ( A <= K ) ) THEN
CALL ERRPRTRM(' <= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 309
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
K = 3
IF ( .NOT.( A <= K ) ) THEN
CALL ERRPRTRM(' <= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 310
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
K = -3
IF ( .NOT.( K <= A ) ) THEN
CALL ERRPRTRM(' <= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 311
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
K = 3
IF ( ( K <= A ) ) THEN
CALL ERRPRTRM(' <= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 312
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
K = -3
IF ( .NOT.( K <= A ) ) THEN
CALL ERRPRTRM(' <= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 313
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
K = 3
IF ( ( K <= A ) ) THEN
CALL ERRPRTRM(' <= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 314
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
MIM1 = -3
IF ( ( A <= MIM1 ) ) THEN
CALL ERRPRTRM(' <= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 315
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
MIM1 = 3
IF ( .NOT.( A <= MIM1 ) ) THEN
CALL ERRPRTRM(' <= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 316
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
MIM1 = -3
IF ( ( A <= MIM1 ) ) THEN
CALL ERRPRTRM(' <= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 317
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
MIM1 = 3
IF ( .NOT.( A <= MIM1 ) ) THEN
CALL ERRPRTRM(' <= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 318
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
MIM1 = -3
IF ( .NOT.( MIM1 <= A ) ) THEN
CALL ERRPRTRM(' <= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 319
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
MIM1 = 3
IF ( ( MIM1 <= A ) ) THEN
CALL ERRPRTRM(' <= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 320
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
MIM1 = -3
IF ( .NOT.( MIM1 <= A ) ) THEN
CALL ERRPRTRM(' <= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 321
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
MIM1 = 3
IF ( ( MIM1 <= A ) ) THEN
CALL ERRPRTRM(' <= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
WRITE (KW,"(/' Testing > comparison.')")
NCASE = 322
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
B = A
IF ( ( A > B ) ) THEN
CALL ERRPRTRM(' > comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 323
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
B = TO_FM_RATIONAL(8,9)
IF ( ( A > B ) ) THEN
CALL ERRPRTRM(' > comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 324
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
B = TO_FM_RATIONAL(5,9)
IF ( .NOT.( A > B ) ) THEN
CALL ERRPRTRM(' > comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 325
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
B = TO_FM_RATIONAL(8,9)
IF ( ( A > B ) ) THEN
CALL ERRPRTRM(' > comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 326
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
B = TO_FM_RATIONAL(-5,9)
IF ( .NOT.( A > B ) ) THEN
CALL ERRPRTRM(' > comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 327
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
B = TO_FM_RATIONAL(-5,9)
IF ( ( A > B ) ) THEN
CALL ERRPRTRM(' > comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 328
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
K = -3
IF ( .NOT.( A > K ) ) THEN
CALL ERRPRTRM(' > comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 329
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
K = 3
IF ( ( A > K ) ) THEN
CALL ERRPRTRM(' > comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 330
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
K = -3
IF ( .NOT.( A > K ) ) THEN
CALL ERRPRTRM(' > comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 331
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
K = 3
IF ( ( A > K ) ) THEN
CALL ERRPRTRM(' > comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 332
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
K = -3
IF ( ( K > A ) ) THEN
CALL ERRPRTRM(' > comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 333
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
K = 3
IF ( .NOT.( K > A ) ) THEN
CALL ERRPRTRM(' > comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 334
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
K = -3
IF ( ( K > A ) ) THEN
CALL ERRPRTRM(' > comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 335
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
K = 3
IF ( .NOT.( K > A ) ) THEN
CALL ERRPRTRM(' > comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 336
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
MIM1 = -3
IF ( .NOT.( A > MIM1 ) ) THEN
CALL ERRPRTRM(' > comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 337
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
MIM1 = 3
IF ( ( A > MIM1 ) ) THEN
CALL ERRPRTRM(' > comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 338
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
MIM1 = -3
IF ( .NOT.( A > MIM1 ) ) THEN
CALL ERRPRTRM(' > comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 339
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
MIM1 = 3
IF ( ( A > MIM1 ) ) THEN
CALL ERRPRTRM(' > comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 340
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
MIM1 = -3
IF ( ( MIM1 > A ) ) THEN
CALL ERRPRTRM(' > comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 341
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
MIM1 = 3
IF ( .NOT.( MIM1 > A ) ) THEN
CALL ERRPRTRM(' > comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 342
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
MIM1 = -3
IF ( ( MIM1 > A ) ) THEN
CALL ERRPRTRM(' > comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 343
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
MIM1 = 3
IF ( .NOT.( MIM1 > A ) ) THEN
CALL ERRPRTRM(' > comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
WRITE (KW,"(/' Testing >= comparison.')")
NCASE = 344
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
B = A
IF ( .NOT.( A >= B ) ) THEN
CALL ERRPRTRM(' >= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 345
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
B = TO_FM_RATIONAL(8,9)
IF ( ( A >= B ) ) THEN
CALL ERRPRTRM(' >= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 346
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
B = TO_FM_RATIONAL(5,9)
IF ( .NOT.( A >= B ) ) THEN
CALL ERRPRTRM(' >= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 347
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
B = TO_FM_RATIONAL(8,9)
IF ( ( A >= B ) ) THEN
CALL ERRPRTRM(' >= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 348
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
B = TO_FM_RATIONAL(-5,9)
IF ( .NOT.( A >= B ) ) THEN
CALL ERRPRTRM(' >= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 349
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
B = TO_FM_RATIONAL(-5,9)
IF ( ( A >= B ) ) THEN
CALL ERRPRTRM(' >= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 350
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
K = -3
IF ( .NOT.( A >= K ) ) THEN
CALL ERRPRTRM(' >= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 351
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
K = 3
IF ( ( A >= K ) ) THEN
CALL ERRPRTRM(' >= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 352
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
K = -3
IF ( .NOT.( A >= K ) ) THEN
CALL ERRPRTRM(' >= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 353
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
K = 3
IF ( ( A >= K ) ) THEN
CALL ERRPRTRM(' >= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 354
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
K = -3
IF ( ( K >= A ) ) THEN
CALL ERRPRTRM(' >= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 355
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
K = 3
IF ( .NOT.( K >= A ) ) THEN
CALL ERRPRTRM(' >= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 356
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
K = -3
IF ( ( K >= A ) ) THEN
CALL ERRPRTRM(' >= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 357
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
K = 3
IF ( .NOT.( K >= A ) ) THEN
CALL ERRPRTRM(' >= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 358
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
MIM1 = -3
IF ( .NOT.( A >= MIM1 ) ) THEN
CALL ERRPRTRM(' >= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 359
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
MIM1 = 3
IF ( ( A >= MIM1 ) ) THEN
CALL ERRPRTRM(' >= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 360
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
MIM1 = -3
IF ( .NOT.( A >= MIM1 ) ) THEN
CALL ERRPRTRM(' >= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 361
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
MIM1 = 3
IF ( ( A >= MIM1 ) ) THEN
CALL ERRPRTRM(' >= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 362
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
MIM1 = -3
IF ( ( MIM1 >= A ) ) THEN
CALL ERRPRTRM(' >= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 363
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(7,9)
MIM1 = 3
IF ( .NOT.( MIM1 >= A ) ) THEN
CALL ERRPRTRM(' >= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 364
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
MIM1 = -3
IF ( ( MIM1 >= A ) ) THEN
CALL ERRPRTRM(' >= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 365
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
A = TO_FM_RATIONAL(-7,9)
MIM1 = 3
IF ( .NOT.( MIM1 >= A ) ) THEN
CALL ERRPRTRM(' >= comparison of rationals',-1,A,'A',B,'B',B,'B')
ENDIF
END SUBROUTINE TEST8
SUBROUTINE TEST9
IMPLICIT NONE
WRITE (KW,"(/' Testing rational functions.')")
NCASE = 366
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = ABS( TO_FM_RATIONAL(7,9) )"
RESULT = ABS( TO_FM_RATIONAL(7,9) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(7,9)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' ABS',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 367
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = ABS( TO_FM_RATIONAL(-7,9) )"
RESULT = ABS( TO_FM_RATIONAL(-7,9) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(7,9)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' ABS',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 368
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " BVEC = ABS( (/ TO_FM_RATIONAL(-7,9), TO_FM_RATIONAL(17,29)," // &
" TO_FM_RATIONAL(-31,79) /) )"
AVEC = (/ TO_FM_RATIONAL(-7,9), TO_FM_RATIONAL(17,29), TO_FM_RATIONAL(-31,79) /)
BVEC = ABS( (/ TO_FM_RATIONAL(-7,9), TO_FM_RATIONAL(17,29), TO_FM_RATIONAL(-31,79) /) )
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " BVEC(",J,") = "
CALL FM_PRINT_RATIONAL(BVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = ABS( AVEC(J) )
IF ( (.NOT. IMCOMPARE(BVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(BVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- ABS',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 369
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " BVEC = ABS( AVEC )"
AVEC = (/ TO_FM_RATIONAL(-7,9), TO_FM_RATIONAL(17,29), TO_FM_RATIONAL(-31,79) /)
BVEC = ABS( AVEC )
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " BVEC(",J,") = "
CALL FM_PRINT_RATIONAL(BVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = ABS( AVEC(J) )
IF ( (.NOT. IMCOMPARE(BVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(BVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- ABS',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 370
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " BMAT = ABS( AMAT ) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 2*J + 3*K - 10, 97 )
ENDDO
ENDDO
BMAT = ABS( AMAT )
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( ABS(2*J + 3*K - 10), 97 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' BMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(BMAT(J,K))
IF ( (.NOT. IMCOMPARE(BMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(BMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- ABS',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 371
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = CEILING( TO_FM_RATIONAL(7,3) )"
RESULT = CEILING( TO_FM_RATIONAL(7,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(3)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' CEILING',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 372
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = CEILING( TO_FM_RATIONAL(-7,3) )"
RESULT = CEILING( TO_FM_RATIONAL(-7,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(-2)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' CEILING',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 373
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = CEILING( TO_FM_RATIONAL(-17,29) )"
RESULT = CEILING( TO_FM_RATIONAL(-17,29) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = 0
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' CEILING',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 374
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = CEILING( TO_FM_RATIONAL(123456,3) )"
RESULT = CEILING( TO_FM_RATIONAL(123456,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(41152)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' CEILING',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 375
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = CEILING( TO_FM_RATIONAL(-123456,3) )"
RESULT = CEILING( TO_FM_RATIONAL(-123456,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(-41152)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' CEILING',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 376
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " BVEC = CEILING( (/ TO_FM_RATIONAL(-13,9), TO_FM_RATIONAL(-17,29)," // &
" TO_FM_RATIONAL(131,79) /) )"
AVEC = (/ TO_FM_RATIONAL(-13,9), TO_FM_RATIONAL(-17,29), TO_FM_RATIONAL(131,79) /)
BVEC = CEILING( (/ TO_FM_RATIONAL(-13,9), TO_FM_RATIONAL(-17,29), TO_FM_RATIONAL(131,79) /) )
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " BVEC(",J,") = "
CALL FM_PRINT_RATIONAL(BVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = CEILING( AVEC(J) )
IF ( (.NOT. IMCOMPARE(BVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(BVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- CEILING',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 377
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " BVEC = CEILING( AVEC )"
AVEC = (/ TO_FM_RATIONAL(-13,9), TO_FM_RATIONAL(-17,29), TO_FM_RATIONAL(131,79) /)
BVEC = CEILING( AVEC )
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " BVEC(",J,") = "
CALL FM_PRINT_RATIONAL(BVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = CEILING( AVEC(J) )
IF ( (.NOT. IMCOMPARE(BVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(BVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- CEILING',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 378
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " BMAT = CEILING( AMAT ) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 23*J + 31*K - 103, 3 )
ENDDO
ENDDO
BMAT = CEILING( AMAT )
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( TO_IM( CEILING( (23*J + 31*K - 103)/TO_FM(3) ) ) )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' BMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(BMAT(J,K))
IF ( (.NOT. IMCOMPARE(BMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(BMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- CEILING',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 379
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = DIM( TO_FM_RATIONAL(7,3), TO_FM_RATIONAL(5,3) )"
RESULT = DIM( TO_FM_RATIONAL(7,3), TO_FM_RATIONAL(5,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(' 2/3 ')
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' DIM',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 380
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = DIM( TO_FM_RATIONAL(7,3), TO_FM_RATIONAL(11,3) )"
RESULT = DIM( TO_FM_RATIONAL(7,3), TO_FM_RATIONAL(11,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(' 0 ')
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' DIM',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 381
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = DIM( A, B )"
A = TO_FM_RATIONAL(7,3)
B = TO_FM_RATIONAL(6,7)
RESULT = DIM( A, B )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(' 31/21 ')
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' DIM',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 382
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = DIM( B, A )"
A = TO_FM_RATIONAL(7,3)
B = TO_FM_RATIONAL(6,7)
RESULT = DIM( B, A )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(' 0 ')
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' DIM',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 383
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = DIM( A, A )"
A = TO_FM_RATIONAL(7,3)
B = TO_FM_RATIONAL(6,7)
RESULT = DIM( A, A )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(' 0 ')
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' DIM',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 384
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " BVEC = DIM( AVEC, BVEC )"
AVEC = (/ TO_FM_RATIONAL(-13,9), TO_FM_RATIONAL(17,29), TO_FM_RATIONAL(131,79) /)
BVEC = (/ TO_FM_RATIONAL( 13,9), TO_FM_RATIONAL(16,29), TO_FM_RATIONAL(132,79) /)
CVEC = DIM( AVEC, BVEC )
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " CVEC(",J,") = "
CALL FM_PRINT_RATIONAL(CVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = DIM( AVEC(J), BVEC(J) )
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- DIM',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 385
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = DIM( AMAT, BMAT ) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 23*J + 31*K - 103, 3 )
BMAT(J,K) = TO_FM_RATIONAL( 27*J + 28*K - 103, 3 )
ENDDO
ENDDO
CMAT = DIM( AMAT, BMAT )
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( DIM( (23*J + 31*K), (27*J + 28*K) ), 3 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- DIM',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 386
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = FLOOR( TO_FM_RATIONAL(7,3) )"
RESULT = FLOOR( TO_FM_RATIONAL(7,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(2)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' FLOOR',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 387
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = FLOOR( TO_FM_RATIONAL(-7,3) )"
RESULT = FLOOR( TO_FM_RATIONAL(-7,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(-3)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' FLOOR',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 388
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = FLOOR( TO_FM_RATIONAL(123456,3) )"
RESULT = FLOOR( TO_FM_RATIONAL(123456,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(41152)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' FLOOR',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 389
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = FLOOR( TO_FM_RATIONAL(-123456,3) )"
RESULT = FLOOR( TO_FM_RATIONAL(-123456,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(-41152)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' FLOOR',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 390
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " BVEC = FLOOR( (/ TO_FM_RATIONAL(-13,9), TO_FM_RATIONAL(-17,29)," // &
" TO_FM_RATIONAL(31,79) /) )"
AVEC = (/ TO_FM_RATIONAL(-13,9), TO_FM_RATIONAL(-17,29), TO_FM_RATIONAL(31,79) /)
BVEC = FLOOR( (/ TO_FM_RATIONAL(-13,9), TO_FM_RATIONAL(-17,29), TO_FM_RATIONAL(31,79) /) )
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " BVEC(",J,") = "
CALL FM_PRINT_RATIONAL(BVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = FLOOR( AVEC(J) )
IF ( (.NOT. IMCOMPARE(BVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(BVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- FLOOR',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 391
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " BVEC = FLOOR( AVEC )"
AVEC = (/ TO_FM_RATIONAL(-13,9), TO_FM_RATIONAL(-17,29), TO_FM_RATIONAL(131,79) /)
BVEC = FLOOR( AVEC )
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " BVEC(",J,") = "
CALL FM_PRINT_RATIONAL(BVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = FLOOR( AVEC(J) )
IF ( (.NOT. IMCOMPARE(BVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(BVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- FLOOR',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 392
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " BMAT = FLOOR( AMAT ) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 23*J + 31*K - 103, 3 )
ENDDO
ENDDO
BMAT = FLOOR( AMAT )
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( TO_IM( FLOOR( (23*J + 31*K - 103)/TO_FM(3) ) ) )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' BMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(BMAT(J,K))
IF ( (.NOT. IMCOMPARE(BMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(BMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- FLOOR',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 393
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = INT( TO_FM_RATIONAL(7,3) )"
RESULT = INT( TO_FM_RATIONAL(7,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(2)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' INT',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 394
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = INT( TO_FM_RATIONAL(-7,3) )"
RESULT = INT( TO_FM_RATIONAL(-7,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(-2)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' INT',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 395
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = INT( TO_FM_RATIONAL(123456,3) )"
RESULT = INT( TO_FM_RATIONAL(123456,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(41152)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' INT',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 396
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = INT( TO_FM_RATIONAL(-123456,3) )"
RESULT = INT( TO_FM_RATIONAL(-123456,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(-41152)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' INT',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 397
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " BVEC = INT( (/ TO_FM_RATIONAL(-13,9), TO_FM_RATIONAL(-17,29)," // &
" TO_FM_RATIONAL(31,79) /) )"
AVEC = (/ TO_FM_RATIONAL(-13,9), TO_FM_RATIONAL(-17,29), TO_FM_RATIONAL(31,79) /)
BVEC = INT( (/ TO_FM_RATIONAL(-13,9), TO_FM_RATIONAL(-17,29), TO_FM_RATIONAL(31,79) /) )
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " BVEC(",J,") = "
CALL FM_PRINT_RATIONAL(BVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = INT( AVEC(J) )
IF ( (.NOT. IMCOMPARE(BVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(BVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- INT',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 398
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " BVEC = INT( AVEC )"
AVEC = (/ TO_FM_RATIONAL(-13,9), TO_FM_RATIONAL(-17,29), TO_FM_RATIONAL(131,79) /)
BVEC = INT( AVEC )
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " BVEC(",J,") = "
CALL FM_PRINT_RATIONAL(BVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = INT( AVEC(J) )
IF ( (.NOT. IMCOMPARE(BVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(BVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- INT',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 399
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " BMAT = INT( AMAT ) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 23*J + 31*K - 103, 3 )
ENDDO
ENDDO
BMAT = INT( AMAT )
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( (23*J + 31*K - 103) / 3 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' BMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(BMAT(J,K))
IF ( (.NOT. IMCOMPARE(BMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(BMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- INT',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
END SUBROUTINE TEST9
SUBROUTINE TEST10
IMPLICIT NONE
NCASE = 400
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MOD( TO_FM_RATIONAL(31,7), TO_FM_RATIONAL(2,3) )"
RESULT = MOD( TO_FM_RATIONAL(31,7), TO_FM_RATIONAL(2,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(' 3/7 ')
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MOD',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 401
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MOD( TO_FM_RATIONAL(-31,7), TO_FM_RATIONAL(2,3) )"
RESULT = MOD( TO_FM_RATIONAL(-31,7), TO_FM_RATIONAL(2,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(' -3/7 ')
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MOD',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 402
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MOD( A, B )"
A = TO_FM_RATIONAL(31,7)
B = TO_FM_RATIONAL(-2,3)
RESULT = MOD( A, B )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(' 3/7 ')
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MOD',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 403
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MOD( A, B )"
A = TO_FM_RATIONAL(-31,7)
B = TO_FM_RATIONAL(-2,3)
RESULT = MOD( A, B )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(' -3/7 ')
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MOD',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 404
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MOD( B, A )"
A = TO_FM_RATIONAL(-31,7)
B = TO_FM_RATIONAL(-2,3)
RESULT = MOD( B, A )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(' -2/3 ')
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MOD',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 405
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MOD( TO_FM_RATIONAL(3,7), TO_FM_RATIONAL(2,3) )"
RESULT = MOD( TO_FM_RATIONAL(3,7), TO_FM_RATIONAL(2,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(' 3/7 ')
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MOD',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 406
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MOD( TO_FM_RATIONAL(-3,7), TO_FM_RATIONAL(2,3) )"
RESULT = MOD( TO_FM_RATIONAL(-3,7), TO_FM_RATIONAL(2,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(' -3/7 ')
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MOD',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 407
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MOD( A, A )"
A = TO_FM_RATIONAL(7,3)
B = TO_FM_RATIONAL(6,7)
RESULT = MOD( A, A )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(' 0 ')
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MOD',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 408
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = MOD( AVEC, BVEC )"
DO J = 1, 3
AVEC(J) = TO_FM_RATIONAL( 23*J - 43, 3 )
BVEC(J) = TO_FM_RATIONAL( 29*J - 47, 5 )
ENDDO
CVEC = MOD( AVEC, BVEC )
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " CVEC(",J,") = "
CALL FM_PRINT_RATIONAL(CVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = MOD( AVEC(J), BVEC(J) )
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- MOD',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 409
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = MOD( AMAT, BMAT ) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 23*J + 31*K - 103, 3 )
BMAT(J,K) = TO_FM_RATIONAL( 27*J + 28*K - 103, 5 )
ENDDO
ENDDO
CMAT = MOD( AMAT, BMAT )
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = MOD( AMAT(J,K), BMAT(J,K) )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- MOD',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 410
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MODULO( TO_FM_RATIONAL(31,7), TO_FM_RATIONAL(2,3) )"
RESULT = MODULO( TO_FM_RATIONAL(31,7), TO_FM_RATIONAL(2,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(' 3/7 ')
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MODULO',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 411
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MODULO( TO_FM_RATIONAL(-31,7), TO_FM_RATIONAL(2,3) )"
RESULT = MODULO( TO_FM_RATIONAL(-31,7), TO_FM_RATIONAL(2,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(' 5/21 ')
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MODULO',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 412
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MODULO( A, B )"
A = TO_FM_RATIONAL(31,7)
B = TO_FM_RATIONAL(-2,3)
RESULT = MODULO( A, B )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(' -5/21 ')
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MODULO',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 413
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MODULO( A, B )"
A = TO_FM_RATIONAL(-31,7)
B = TO_FM_RATIONAL(-2,3)
RESULT = MODULO( A, B )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(' -3/7 ')
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MODULO',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 414
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MODULO( B, A )"
A = TO_FM_RATIONAL(-31,7)
B = TO_FM_RATIONAL(-2,3)
RESULT = MODULO( B, A )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(' -2/3 ')
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MODULO',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 415
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MODULO( TO_FM_RATIONAL(3,7), TO_FM_RATIONAL(2,3) )"
RESULT = MODULO( TO_FM_RATIONAL(3,7), TO_FM_RATIONAL(2,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(' 3/7 ')
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MODULO',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 416
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MODULO( TO_FM_RATIONAL(-3,7), TO_FM_RATIONAL(2,3) )"
RESULT = MODULO( TO_FM_RATIONAL(-3,7), TO_FM_RATIONAL(2,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(' 5/21 ')
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MODULO',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 417
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MODULO( A, A )"
A = TO_FM_RATIONAL(7,3)
B = TO_FM_RATIONAL(6,7)
RESULT = MODULO( A, A )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(' 0 ')
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MODULO',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 418
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = MODULO( AVEC, BVEC )"
DO J = 1, 3
AVEC(J) = TO_FM_RATIONAL( 23*J - 43, 3 )
BVEC(J) = TO_FM_RATIONAL( 29*J - 47, 5 )
ENDDO
CVEC = MODULO( AVEC, BVEC )
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " CVEC(",J,") = "
CALL FM_PRINT_RATIONAL(CVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = MODULO( AVEC(J), BVEC(J) )
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- MODULO',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 419
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = MODULO( AMAT, BMAT ) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 23*J + 31*K - 103, 3 )
BMAT(J,K) = TO_FM_RATIONAL( 27*J + 28*K - 103, 5 )
ENDDO
ENDDO
CMAT = MODULO( AMAT, BMAT )
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = MODULO( AMAT(J,K), BMAT(J,K) )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- MODULO',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 420
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = NINT( TO_FM_RATIONAL(7,3) )"
RESULT = NINT( TO_FM_RATIONAL(7,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(2)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' NINT',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 421
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = NINT( TO_FM_RATIONAL(8,3) )"
RESULT = NINT( TO_FM_RATIONAL(8,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(3)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' NINT',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 422
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = NINT( TO_FM_RATIONAL(9,2) )"
RESULT = NINT( TO_FM_RATIONAL(9,2) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(5)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' NINT',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 423
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = NINT( TO_FM_RATIONAL(-7,3) )"
RESULT = NINT( TO_FM_RATIONAL(-7,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(-2)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' NINT',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 424
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = NINT( TO_FM_RATIONAL(-8,3) )"
RESULT = NINT( TO_FM_RATIONAL(-8,3) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(-3)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' NINT',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 425
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = NINT( TO_FM_RATIONAL(-9,2) )"
RESULT = NINT( TO_FM_RATIONAL(-9,2) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(-5)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' NINT',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 426
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = NINT( TO_FM_RATIONAL(3500001,1000000) )"
RESULT = NINT( TO_FM_RATIONAL(3500001,1000000) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(4)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' NINT',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 427
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = NINT( TO_FM_RATIONAL(-3499999,1000000) )"
RESULT = NINT( TO_FM_RATIONAL(-3499999,1000000) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(-3)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' NINT',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 428
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " BVEC = NINT( (/ TO_FM_RATIONAL(-13,9), TO_FM_RATIONAL(-17,29)," // &
" TO_FM_RATIONAL(31,79) /) )"
AVEC = (/ TO_FM_RATIONAL(-13,9), TO_FM_RATIONAL(-17,29), TO_FM_RATIONAL(31,79) /)
BVEC = NINT( (/ TO_FM_RATIONAL(-13,9), TO_FM_RATIONAL(-17,29), TO_FM_RATIONAL(31,79) /) )
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " BVEC(",J,") = "
CALL FM_PRINT_RATIONAL(BVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = NINT( AVEC(J) )
IF ( (.NOT. IMCOMPARE(BVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(BVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- NINT',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 429
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " BVEC = NINT( AVEC )"
AVEC = (/ TO_FM_RATIONAL(-13,9), TO_FM_RATIONAL(-17,29), TO_FM_RATIONAL(131,79) /)
BVEC = NINT( AVEC )
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " BVEC(",J,") = "
CALL FM_PRINT_RATIONAL(BVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = NINT( AVEC(J) )
IF ( (.NOT. IMCOMPARE(BVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(BVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- NINT',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 430
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " BMAT = NINT( AMAT ) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 23*J + 31*K - 103, 3 )
ENDDO
ENDDO
BMAT = NINT( AMAT )
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = NINT( TO_FM_RATIONAL( (23*J + 31*K - 103) , 3 ) )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' BMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(BMAT(J,K))
IF ( (.NOT. IMCOMPARE(BMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(BMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- NINT',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 431
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = TO_FM_RATIONAL(7,9) ** 12"
RESULT = TO_FM_RATIONAL(7,9) ** 12
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('13841287201'),TO_IM('282429536481'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' **',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 432
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = TO_FM_RATIONAL(-7,9) ** 19"
RESULT = TO_FM_RATIONAL(-7,9) ** 19
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('-11398895185373143'),TO_IM('1350851717672992089'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' **',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 433
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = TO_FM_RATIONAL(-7,9) ** (-16)"
RESULT = TO_FM_RATIONAL(-7,9) ** (-16)
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('1853020188851841'),TO_IM('33232930569601'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' **',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 434
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = TO_FM_RATIONAL(-7,9) ** (-17)"
RESULT = TO_FM_RATIONAL(-7,9) ** (-17)
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('-16677181699666569'),TO_IM('232630513987207'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' **',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 435
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = TO_FM_RATIONAL(-7,9) ** 0"
RESULT = TO_FM_RATIONAL(-7,9) ** 0
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('1'),TO_IM('1'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' **',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 436
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " BVEC = AVEC ** 2 "
DO J = 1, 3
AVEC(J) = TO_FM_RATIONAL( 23*J - 43, 3 )
ENDDO
BVEC = AVEC ** 2
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " BVEC(",J,") = "
CALL FM_PRINT_RATIONAL(BVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = AVEC(J) * AVEC(J)
IF ( (.NOT. IMCOMPARE(BVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(BVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- **',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 437
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " BVEC = AVEC ** 23 "
DO J = 1, 3
AVEC(J) = TO_FM_RATIONAL( 22*J - 43, 7 )
ENDDO
BVEC = AVEC ** 23
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " BVEC(",J,") = "
CALL FM_PRINT_RATIONAL(BVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = AVEC(J) ** 23
IF ( (.NOT. IMCOMPARE(BVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(BVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- **',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 438
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " BVEC = AVEC ** (-29) "
DO J = 1, 3
AVEC(J) = TO_FM_RATIONAL( 24*J - 43, 7 )
ENDDO
BVEC = AVEC ** (-29)
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " BVEC(",J,") = "
CALL FM_PRINT_RATIONAL(BVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = AVEC(J) ** (-29)
IF ( (.NOT. IMCOMPARE(BVEC(J)%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(BVEC(J)%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- **',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 439
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " BMAT = AMAT ** 2 "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 23*J + 31*K - 103, 3 )
ENDDO
ENDDO
BMAT = AMAT ** 2
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = AMAT(J,K) * AMAT(J,K)
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' BMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(BMAT(J,K))
IF ( (.NOT. IMCOMPARE(BMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(BMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- **',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 440
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " BMAT = AMAT ** 19 "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 23*J + 31*K - 103, 3 )
ENDDO
ENDDO
BMAT = AMAT ** 19
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = AMAT(J,K) ** 19
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' BMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(BMAT(J,K))
IF ( (.NOT. IMCOMPARE(BMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(BMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- **',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 441
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " BMAT = AMAT ** (-17) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 23*J + 31*K - 103, 3 )
ENDDO
ENDDO
BMAT = AMAT ** (-17)
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = AMAT(J,K) ** (-17)
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' BMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(BMAT(J,K))
IF ( (.NOT. IMCOMPARE(BMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(BMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- **',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
END SUBROUTINE TEST10
SUBROUTINE TEST11
USE SUM_R
IMPLICIT NONE
NCASE = 442
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " MFM1 = TO_FM( TO_FM_RATIONAL(7,9) )"
MFM1 = TO_FM( TO_FM_RATIONAL(7,9) )
KW = KLOG
CALL FM_PRINT(MFM1)
KW = KWSAVE
WRITE (KLOG,*) ' '
MFM2 = TO_FM(7)/9
IF ( .NOT.( MFM1 == MFM2 ) ) THEN
CALL ERRPRTRM(' TO_FM',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 443
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " MFM1 = TO_FM( TO_FM_RATIONAL(-765432,314159) )"
MFM1 = TO_FM( TO_FM_RATIONAL(-765432,314159) )
KW = KLOG
CALL FM_PRINT(MFM1)
KW = KWSAVE
WRITE (KLOG,*) ' '
MFM2 = TO_FM(-765432)/314159
IF ( .NOT.( MFM1 == MFM2 ) ) THEN
CALL ERRPRTRM(' TO_FM',-1,A,'A',B,'B',B,'B')
ENDIF
NCASE = 444
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " MFMVEC = TO_FM( AVEC ) "
DO J = 1, 3
AVEC(J) = TO_FM_RATIONAL( 23*J - 43, 3 )
ENDDO
MFMVEC = TO_FM( AVEC )
DO J = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A)") " MFMVEC(",J,") = "
CALL FM_PRINT(MFMVEC(J))
KW = KWSAVE
WRITE (KLOG,*) ' '
MFM2 = TO_FM(23*J - 43) / 3
IF ( .NOT.( MFMVEC(J) == MFM2 ) ) THEN
CALL ERRPRTRM(' array arguments -- TO_FM',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 445
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " MFMMAT = TO_FM( AMAT ) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 23*J + 31*K - 103, 31 )
ENDDO
ENDDO
MFMMAT = TO_FM( AMAT )
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
KW = KLOG
WRITE (KLOG,"(A,I1,A,I1,A)") ' MFMMAT(',J,',',K,') ='
CALL FM_PRINT(MFMMAT(J,K))
KW = KWSAVE
WRITE (KLOG,*) ' '
MFM2 = TO_FM(23*J + 31*K - 103) / 31
IF ( .NOT.( MFMMAT(J,K) == MFM2 ) ) THEN
CALL ERRPRTRM(' array arguments -- TO_FM',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
NCASE = 446
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = RATIONAL_APPROX(pi,3)"
CALL FM_PI(MFM1)
RESULT = RATIONAL_APPROX(MFM1,3)
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(355,113)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' RATIONAL_APPROX',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 447
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = RATIONAL_APPROX(-pi,6)"
CALL FM_PI(MFM1)
RESULT = RATIONAL_APPROX(-MFM1,6)
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(-833719,265381)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' RATIONAL_APPROX',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 448
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = RATIONAL_APPROX(pi,20)"
CALL FM_PI(MFM1)
RESULT = RATIONAL_APPROX(MFM1,20)
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(TO_IM('2646693125139304345'),TO_IM('842468587426513207'))
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' RATIONAL_APPROX',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 449
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MAX( TO_FM_RATIONAL(7,9), TO_FM_RATIONAL(71,90) )"
RESULT = MAX( TO_FM_RATIONAL(7,9), TO_FM_RATIONAL(71,90) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(71,90)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MAX',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 450
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MAX( TO_FM_RATIONAL(-7,9), TO_FM_RATIONAL(-71,90) )"
RESULT = MAX( TO_FM_RATIONAL(-7,9), TO_FM_RATIONAL(-71,90) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(-7,9)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MAX',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 451
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MAX( TO_FM_RATIONAL(-7,9), TO_FM_RATIONAL(71,90) )"
RESULT = MAX( TO_FM_RATIONAL(-7,9), TO_FM_RATIONAL(71,90) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(71,90)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MAX',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 452
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MAX( TO_FM_RATIONAL(7,9), TO_FM_RATIONAL(-71,90) )"
RESULT = MAX( TO_FM_RATIONAL(7,9), TO_FM_RATIONAL(-71,90) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(7,9)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MAX',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 453
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MAX( TO_FM_RATIONAL(22,7), TO_FM_RATIONAL(355,113), "// &
"TO_FM_RATIONAL(103993,33102) )"
RESULT = MAX( TO_FM_RATIONAL(22,7), TO_FM_RATIONAL(355,113), TO_FM_RATIONAL(103993,33102) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(22,7)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MAX',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 454
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MAX( TO_FM_RATIONAL(' 37535589513263342053361',' 11947949225808341100193'),"
WRITE (KLOG,*) " TO_FM_RATIONAL('199573010111413366978755',' 63526062133920493691074'),"
WRITE (KLOG,*) " TO_FM_RATIONAL('237108599624676709032116',' 75474011359728834791267'),"
WRITE (KLOG,*) " TO_FM_RATIONAL('436681609736090076010871','139000073493649328482341') )"
RESULT = MAX( TO_FM_RATIONAL(' 37535589513263342053361',' 11947949225808341100193'), &
TO_FM_RATIONAL('199573010111413366978755',' 63526062133920493691074'), &
TO_FM_RATIONAL('237108599624676709032116',' 75474011359728834791267'), &
TO_FM_RATIONAL('436681609736090076010871','139000073493649328482341') )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL('199573010111413366978755',' 63526062133920493691074')
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MAX',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 455
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MIN( TO_FM_RATIONAL(7,9), TO_FM_RATIONAL(71,90) )"
RESULT = MIN( TO_FM_RATIONAL(7,9), TO_FM_RATIONAL(71,90) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(7,9)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MIN',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 456
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MIN( TO_FM_RATIONAL(-7,9), TO_FM_RATIONAL(-71,90) )"
RESULT = MIN( TO_FM_RATIONAL(-7,9), TO_FM_RATIONAL(-71,90) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(-71,90)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MIN',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 457
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MIN( TO_FM_RATIONAL(-7,9), TO_FM_RATIONAL(71,90) )"
RESULT = MIN( TO_FM_RATIONAL(-7,9), TO_FM_RATIONAL(71,90) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(-7,9)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MIN',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 458
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MIN( TO_FM_RATIONAL(7,9), TO_FM_RATIONAL(-71,90) )"
RESULT = MIN( TO_FM_RATIONAL(7,9), TO_FM_RATIONAL(-71,90) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(-71,90)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MIN',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 459
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MIN( TO_FM_RATIONAL(22,7), TO_FM_RATIONAL(355,113), "// &
"TO_FM_RATIONAL(103993,33102) )"
RESULT = MIN( TO_FM_RATIONAL(22,7), TO_FM_RATIONAL(355,113), TO_FM_RATIONAL(103993,33102) )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(103993,33102)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MIN',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 460
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MIN( TO_FM_RATIONAL(' 37535589553263342053361',' 11947949225808341100193'),"
WRITE (KLOG,*) " TO_FM_RATIONAL('199573010111413366978755',' 63526062133920493691074'),"
WRITE (KLOG,*) " TO_FM_RATIONAL('237108599624676709032116',' 75474011359728834791267'),"
WRITE (KLOG,*) " TO_FM_RATIONAL('436681609736090076010871','139000073493649328482341') )"
RESULT = MIN( TO_FM_RATIONAL(' 37535589553263342053361',' 11947949225808341100193'), &
TO_FM_RATIONAL('199573010111413366978755',' 63526062133920493691074'), &
TO_FM_RATIONAL('237108599624676709032116',' 75474011359728834791267'), &
TO_FM_RATIONAL('436681609736090076010871','139000073493649328482341') )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL('237108599624676709032116',' 75474011359728834791267')
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' MIN',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 461
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = IS_UNKNOWN( TO_FM_RATIONAL(-7,9) )"
WRITE (KLOG,*) IS_UNKNOWN( TO_FM_RATIONAL(-7,9) )
WRITE (KLOG,*) ' '
IF ( IS_UNKNOWN( TO_FM_RATIONAL(-7,9) ) ) THEN
CALL ERRPRTRM(' IS_UNKNOWN',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 462
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = IS_UNKNOWN( TO_FM_RATIONAL(-7,0) )"
WRITE (KLOG,*) IS_UNKNOWN( TO_FM_RATIONAL(-7,0) )
WRITE (KLOG,*) ' '
IF ( .NOT. IS_UNKNOWN( TO_FM_RATIONAL(-7,0) ) ) THEN
CALL ERRPRTRM(' IS_UNKNOWN',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 463
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = IS_UNKNOWN( TO_FM_RATIONAL(-7,9) / TO_FM_RATIONAL(0) )"
WRITE (KLOG,*) IS_UNKNOWN( TO_FM_RATIONAL(-7,9) / TO_FM_RATIONAL(0) )
WRITE (KLOG,*) ' '
IF ( .NOT. IS_UNKNOWN( TO_FM_RATIONAL(-7,9) / TO_FM_RATIONAL(0) ) ) THEN
CALL ERRPRTRM(' IS_UNKNOWN',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 464
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = IS_UNKNOWN( AVEC )"
DO J = 1, 3
AVEC(J) = TO_FM_RATIONAL( 23*J - 43, J - 2 )
ENDDO
WRITE (KLOG,*) IS_UNKNOWN( AVEC )
WRITE (KLOG,*) ' '
IF ( .NOT. IS_UNKNOWN( AVEC ) ) THEN
CALL ERRPRTRM(' IS_UNKNOWN',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 465
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = IS_UNKNOWN( AVEC )"
DO J = 1, 3
AVEC(J) = TO_FM_RATIONAL( 23*J - 43, J + 2 )
ENDDO
WRITE (KLOG,*) IS_UNKNOWN( AVEC )
WRITE (KLOG,*) ' '
IF ( IS_UNKNOWN( AVEC ) ) THEN
CALL ERRPRTRM(' IS_UNKNOWN',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 466
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = IS_UNKNOWN( AMAT )"
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 23*J + 31*K - 103, 2*J + 3*K )
ENDDO
ENDDO
WRITE (KLOG,*) IS_UNKNOWN( AMAT )
WRITE (KLOG,*) ' '
IF ( IS_UNKNOWN( AMAT ) ) THEN
CALL ERRPRTRM(' IS_UNKNOWN',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 467
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = IS_UNKNOWN( AMAT )"
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 23*J + 31*K - 103, 2*J - 3*K )
ENDDO
ENDDO
WRITE (KLOG,*) IS_UNKNOWN( AMAT )
WRITE (KLOG,*) ' '
IF ( .NOT. IS_UNKNOWN( AMAT ) ) THEN
CALL ERRPRTRM(' IS_UNKNOWN',0,A,'A',B,'B',B,'B')
ENDIF
KW = KWSAVE
NCASE = 468
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = DOT_PRODUCT( AVEC, BVEC ) "
DO J = 1, 3
AVEC(J) = TO_FM_RATIONAL( 23*J - 43, 3 )
BVEC(J) = TO_FM_RATIONAL( 37*J - 41, 7 )
ENDDO
RESULT = DOT_PRODUCT( AVEC, BVEC )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(1999,21)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' DOT_PRODUCT',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 469
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = MATMUL( AMAT, BMAT ) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 23*J + 31*K - 103, 5 )
BMAT(J,K) = TO_FM_RATIONAL( 27*J + 28*K - 103, 7 )
ENDDO
ENDDO
CMAT = MATMUL( AMAT, BMAT )
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = 3 * TO_FM_RATIONAL( 2567 - 1127*J - 1148*K + 644*J*K, 35 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- MATMUL',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 470
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = MATMUL( AMAT, BVEC ) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 23*J + 31*K - 103, 5 )
ENDDO
BVEC(J) = TO_FM_RATIONAL( 27*J - 49, 7 )
ENDDO
CVEC = MATMUL( AMAT, BVEC )
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DVEC(J) = 3 * TO_FM_RATIONAL( 353 + 115*J, 35 )
ENDDO
DO J = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CVEC(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- MATMUL',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 471
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CVEC = MATMUL( AVEC, BMAT ) "
DO J = 1, 3
AVEC(J) = TO_FM_RATIONAL( 27*J - 49, 7 )
DO K = 1, 3
BMAT(J,K) = TO_FM_RATIONAL( 23*J + 31*K - 103, 5 )
ENDDO
ENDDO
CVEC = MATMUL( AVEC, BMAT )
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DVEC(J) = 3 * TO_FM_RATIONAL( 129 + 155*J, 35 )
ENDDO
DO J = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CVEC(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- MATMUL',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
KW = KWSAVE
NCASE = 472
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MAXLOC( AVEC ) "
DO J = 1, 3
AVEC(J) = TO_FM_RATIONAL( -J*J + 4*J + 11, 79 )
ENDDO
J = MAXLOC( AVEC )
WRITE (KLOG,"(1X,I6)") MAXLOC( AVEC )
WRITE (KLOG,*) ' '
K = 2
IF (J /= K) THEN
CALL ERRPRTRM(' array arguments -- MAXLOC',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 473
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MAXLOC( AMAT ) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( (-J*J + 4*J + 11)*(-K*K + 2*K + 13), 41 )
ENDDO
ENDDO
ML = MAXLOC( AMAT )
WRITE (KLOG,"(1X,2I6)") ML
WRITE (KLOG,*) ' '
IF (.NOT.( ML(1) == 2 .AND. ML(2) == 1 )) THEN
CALL ERRPRTRM(' array arguments -- MAXLOC',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 474
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MAXVAL( AVEC ) "
DO J = 1, 3
AVEC(J) = TO_FM_RATIONAL( 24*J - 43, 7 )
ENDDO
RESULT = MAXVAL( AVEC )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(29,7)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- MAXVAL',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 475
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MAXVAL( AVEC ) "
DO J = 1, 3
AVEC(J) = TO_FM_RATIONAL( -J*J + 4*J + 11, 79 )
ENDDO
RESULT = MAXVAL( AVEC )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(15,79)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- MAXVAL',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 476
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MAXVAL( AMAT ) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 23*J + 31*K - 103, 97 )
ENDDO
ENDDO
RESULT = MAXVAL( AMAT )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(59,97)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- MAXVAL',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 477
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MAXVAL( AMAT ) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( (-J*J + 4*J + 11)*(-K*K + 2*K + 13), 41 )
ENDDO
ENDDO
RESULT = MAXVAL( AMAT )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(210,41)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- MAXVAL',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 478
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MINLOC( AVEC ) "
DO J = 1, 3
AVEC(J) = TO_FM_RATIONAL( -J*J + 3*J + 11, 79 )
ENDDO
J = MINLOC( AVEC )
WRITE (KLOG,"(1X,I6)") MINLOC( AVEC )
WRITE (KLOG,*) ' '
K = 3
IF (J /= K) THEN
CALL ERRPRTRM(' array arguments -- MINLOC',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 479
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MINLOC( AMAT ) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( (-J*J + 5*J + 11)*(-K*K + 2*K + 13), 41 )
ENDDO
ENDDO
ML = MINLOC( AMAT )
WRITE (KLOG,"(1X,2I6)") ML
WRITE (KLOG,*) ' '
IF (.NOT.( ML(1) == 1 .AND. ML(2) == 3 )) THEN
CALL ERRPRTRM(' array arguments -- MINLOC',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 480
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MINVAL( AVEC ) "
DO J = 1, 3
AVEC(J) = TO_FM_RATIONAL( 24*J - 43, 7 )
ENDDO
RESULT = MINVAL( AVEC )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(-19,7)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- MINVAL',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 481
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MINVAL( AVEC ) "
DO J = 1, 3
AVEC(J) = TO_FM_RATIONAL( J*J - 4*J + 11, 79 )
ENDDO
RESULT = MINVAL( AVEC )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(7,79)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- MINVAL',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 482
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MINVAL( AMAT ) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 23*J + 31*K - 103, 97 )
ENDDO
ENDDO
RESULT = MINVAL( AMAT )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(-49,97)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- MINVAL',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 483
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = MINVAL( AMAT ) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( (J*J - 6*J + 11)*(K*K - 4*K + 13), 61 )
ENDDO
ENDDO
RESULT = MINVAL( AMAT )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(18,61)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- MINVAL',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 484
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = PRODUCT( AVEC ) "
DO J = 1, 3
AVEC(J) = TO_FM_RATIONAL( 24*J - 42, 7*J + 3 )
ENDDO
RESULT = PRODUCT( AVEC )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(-27,34)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- PRODUCT',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 485
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = PRODUCT( AVEC ) "
DO J = 1, 3
AVEC(J) = TO_FM_RATIONAL( J*J - 4*J + 11, j+1 )
ENDDO
RESULT = PRODUCT( AVEC )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(56,3)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- PRODUCT',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 486
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = PRODUCT( AMAT ) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 23*J + 31*K - 103, 30 )
ENDDO
ENDDO
RESULT = PRODUCT( AMAT )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(3420053,253125000)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- PRODUCT',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 487
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = PRODUCT( AMAT ) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( (J*J - 6*J + 11)*(K*K - 4*K + 13), 30 )
ENDDO
ENDDO
RESULT = PRODUCT( AMAT )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(216,125)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- PRODUCT',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 488
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = SUM( AVEC ) "
DO J = 1, 3
AVEC(J) = TO_FM_RATIONAL( 24*J - 42, 7*J + 3 )
ENDDO
RESULT = SUM( AVEC )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(-67,340)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- SUM',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 489
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = SUM( AVEC ) "
DO J = 1, 3
AVEC(J) = TO_FM_RATIONAL( J*J - 4*J + 11, j+1 )
ENDDO
RESULT = SUM( AVEC )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(25,3)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- SUM',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 490
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = SUM( AMAT ) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 23*J + 31*K - 103, 30 )
ENDDO
ENDDO
RESULT = SUM( AMAT )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(3,2)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- SUM',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 491
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " RESULT = SUM( AMAT ) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( (J*J - 6*J + 11)*(K*K - 4*K + 13), J + K )
ENDDO
ENDDO
RESULT = SUM( AMAT )
KW = KLOG
CALL FM_PRINT_RATIONAL(RESULT)
KW = KWSAVE
WRITE (KLOG,*) ' '
CORRECT = TO_FM_RATIONAL(5861,60)
IF ( (.NOT. IMCOMPARE(RESULT%NUMERATOR,'==',CORRECT%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(RESULT%DENOMINATOR,'==',CORRECT%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- SUM',0,A,'A',B,'B',B,'B')
ENDIF
NCASE = 492
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CMAT = TRANSPOSE( AMAT ) "
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 23*J + 31*K - 103, 5 )
ENDDO
ENDDO
CMAT = TRANSPOSE( AMAT )
KW = KLOG
WRITE (KLOG,*) ' '
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 23*K + 31*J - 103, 5 )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' CMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(CMAT(J,K))
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- TRANSPOSE',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
KW = KWSAVE
NCASE = 493
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CALL RM_LIN_SOLVE(AMAT,CVEC,BVEC,3,D)"
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 23*J - 31*K + (J+K)**2 - 3, 5 )
ENDDO
ENDDO
BVEC = (/ 31, 41, -59 /)
BVEC = BVEC / 11
CALL RM_LIN_SOLVE(AMAT,CVEC,BVEC,3,D)
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ 45340, -95105, 49490 /)
DVEC = DVEC / 11
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' solution CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- RM_LIN_SOLVE',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
WRITE (KLOG,"(A)") ' det D ='
CALL FM_PRINT_RATIONAL(D)
IF (.NOT. D == TO_FM_RATIONAL(-8,125)) THEN
CALL ERRPRTRM(' array arguments -- RM_LIN_SOLVE det',0,A,'A',B,'B',B,'B')
ENDIF
KW = KWSAVE
NCASE = 494
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CALL RM_LIN_SOLVE2(AMAT,CVEC,BVEC,3,D)"
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 23*J - 31*K + (J+K)**2 - 3, 5 )
ENDDO
ENDDO
BVEC = (/ 31, 41, -59 /)
BVEC = BVEC / 11
CALL RM_LIN_SOLVE2(AMAT,CVEC,BVEC,3,D)
KW = KLOG
WRITE (KLOG,*) ' '
DVEC = (/ 45340, -95105, 49490 /)
DVEC = DVEC / 11
DO J = 1, 3
WRITE (KLOG,"(A,I1,A)") ' solution CVEC(',J,') ='
CALL FM_PRINT_RATIONAL(CVEC(J))
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- RM_LIN_SOLVE2',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
WRITE (KLOG,"(A)") ' det D ='
CALL FM_PRINT_RATIONAL(D)
IF (.NOT. D == TO_FM_RATIONAL(-8,125)) THEN
CALL ERRPRTRM(' array arguments -- RM_LIN_SOLVE2 det',0,A,'A',B,'B',B,'B')
ENDIF
KW = KWSAVE
NCASE = 495
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CALL RM_INVERSE(AMAT,3,BMAT,D)"
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 23*J - 31*K + (J+K)**2 - 3, 5 )
ENDDO
ENDDO
CALL RM_INVERSE(AMAT,3,BMAT,D)
KW = KLOG
WRITE (KLOG,*) ' '
DMAT(1,1:3) = (/ -1745, 3390, -1635 /)
DMAT(2,1:3) = (/ 3660,-7110, 3430 /)
DMAT(3,1:3) = (/ -1905, 3700, -1785 /)
DMAT = DMAT / 4
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' inverse BMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(BMAT(J,K))
IF ( (.NOT. IMCOMPARE(BMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(BMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- RM_INVERSE',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
WRITE (KLOG,"(A)") ' det D ='
CALL FM_PRINT_RATIONAL(D)
IF (.NOT. D == TO_FM_RATIONAL(-8,125)) THEN
CALL ERRPRTRM(' array arguments -- RM_INVERSE det',0,A,'A',B,'B',B,'B')
ENDIF
KW = KWSAVE
NCASE = 496
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " CALL RM_INVERSE2(AMAT_IM,3,BMAT,D)"
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 23*J - 31*K + (J+K)**2 - 3, 5 )
AMAT_IM(J,K) = 23*J - 31*K + (J+K)**2 - 3
AMAT_IM(J,K+3) = 0
IF (J == K) AMAT_IM(J,J+3) = 5
ENDDO
ENDDO
CALL RM_INVERSE2(AMAT_IM,3,BMAT,D)
KW = KLOG
WRITE (KLOG,*) ' '
DMAT(1,1:3) = (/ -1745, 3390, -1635 /)
DMAT(2,1:3) = (/ 3660,-7110, 3430 /)
DMAT(3,1:3) = (/ -1905, 3700, -1785 /)
DMAT = DMAT / 4
DO J = 1, 3
DO K = 1, 3
WRITE (KLOG,"(A,I1,A,I1,A)") ' inverse BMAT(',J,',',K,') ='
CALL FM_PRINT_RATIONAL(BMAT(J,K))
IF ( (.NOT. IMCOMPARE(BMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(BMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' array arguments -- RM_INVERSE2',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
WRITE (KLOG,"(A)") ' det D ='
CALL FM_PRINT_RATIONAL(D)
IF (.NOT. D == TO_FM_RATIONAL(-8,125)) THEN
CALL ERRPRTRM(' array arguments -- RM_INVERSE2 det',0,A,'A',B,'B',B,'B')
ENDIF
KW = KWSAVE
NCASE = 497
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " C = SUM_RAT(A,B)"
A = TO_FM_RATIONAL( 5, 11 )
B = TO_FM_RATIONAL( 7, 13 )
C = SUM_RAT(A,B)
D = TO_FM_RATIONAL( 142, 143 )
KW = KLOG
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A)") ' Function for 5/11 + 7/13 ='
CALL FM_PRINT_RATIONAL(C)
IF ( (.NOT. IMCOMPARE(C%NUMERATOR,'==',D%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(C%DENOMINATOR,'==',D%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' rational-valued function call',0,A,'A',B,'B',B,'B')
ENDIF
KW = KWSAVE
NCASE = 498
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " C = SUM_RAT(A,B) for a,b,c vectors."
DO J = 1, 3
AVEC(J) = TO_FM_RATIONAL( 4+J, 10+J )
BVEC(J) = TO_FM_RATIONAL( 40+J, 51+J )
ENDDO
CVEC = SUM_RAT(AVEC,BVEC)
DO J = 1, 3
DVEC(J) = TO_FM_RATIONAL( 4+J, 10+J ) + TO_FM_RATIONAL( 40+J, 51+J )
ENDDO
DO J = 1, 3
IF ( (.NOT. IMCOMPARE(CVEC(J)%NUMERATOR,'==',DVEC(J)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CVEC(J)%DENOMINATOR,'==',DVEC(J)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' rational-valued vector function call',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
NCASE = 499
WRITE (KLOG,*) ' '
WRITE (KLOG,"(A,I6)") ' NCASE = ',NCASE
WRITE (KLOG,*) " C = SUM_RAT(A,B) for a,b,c matrices."
DO J = 1, 3
DO K = 1, 3
AMAT(J,K) = TO_FM_RATIONAL( 4+J+K, 10+J+K )
BMAT(J,K) = TO_FM_RATIONAL( 40+J, 51+J )
ENDDO
ENDDO
CMAT = SUM_RAT(AMAT,BMAT)
DO J = 1, 3
DO K = 1, 3
DMAT(J,K) = TO_FM_RATIONAL( 4+J+K, 10+J+K ) + TO_FM_RATIONAL( 40+J, 51+J )
ENDDO
ENDDO
DO J = 1, 3
DO K = 1, 3
IF ( (.NOT. IMCOMPARE(CMAT(J,K)%NUMERATOR,'==',DMAT(J,K)%NUMERATOR)) .OR. &
(.NOT. IMCOMPARE(CMAT(J,K)%DENOMINATOR,'==',DMAT(J,K)%DENOMINATOR)) ) THEN
CALL ERRPRTRM(' rational-valued vector function call',0,A,'A',B,'B',B,'B')
ENDIF
ENDDO
ENDDO
END SUBROUTINE TEST11
SUBROUTINE ERRPRTRM(OPERATION,NARGS,M1,NAME1,M2,NAME2,M3,NAME3)
! Print error messages.
! OPERATION is the operation being tested.
! NARGS is the number of input arguments.
! M1, M2, M3, are the values of the input arguments.
! NAME1, 2, 3 are the variable names of the input arguments.
! RESULT is the result of the operation.
! CORRECT is the expected result.
USE FM_RATIONAL_ARITHMETIC
IMPLICIT NONE
TYPE (FM_RATIONAL) :: M1,M2,M3
CHARACTER(*) :: NAME1,NAME2,NAME3
CHARACTER(*) :: OPERATION
INTEGER :: NARGS
NERROR = NERROR + 1
WRITE (KW, &
"(//' Error in case',I5,'. The operation',' being tested was: ',A)" &
) NCASE,OPERATION
IF (KLOG /= KW) THEN
WRITE (KLOG, &
"(//' Error in case',I5,'. The operation',' being tested was: ',A)" &
) NCASE,OPERATION
ENDIF
RETURN
END SUBROUTINE ERRPRTRM
END MODULE TEST_RATIONAL
PROGRAM TEST
USE TEST_RATIONAL
IMPLICIT NONE
! Write output to the standard FM output (unit KW, defined in subroutine FMSET),
! and also to the file TestFMRATIONAL.out.
KLOG = 18
OPEN (KLOG,FILE='TestFMrational.out')
KWSAVE = KW
KW = KLOG
! Set precision to give at least 50 significant digits and initialize the FM package.
! This call also checks many of the initialization values used in module FMVALS
! (file FMSAVE.f95). Set KW = KLOG for this call so that any messages concerning these
! values will appear in file TestFMrational.OUT.
CALL FM_SET(50)
KW = KWSAVE
CALL CPU_TIME(TIME1)
! NERROR is the number of errors found.
NERROR = 0
RSMALL = EPSILON(1.0)*100.0
DSMALL = EPSILON(1.0D0)*100.0
! Test input conversion to RATIONALs.
CALL TEST1
! Test add, subtract, multiply, divide and power.
CALL TEST2
CALL TEST3
! Test array addition.
CALL TEST4
! Test array subtraction.
CALL TEST5
! Test array multiplication.
CALL TEST6
! Test array division.
CALL TEST7
! Test rational comparisons.
CALL TEST8
! Test rational functions
CALL TEST9
CALL TEST10
CALL TEST11
! End of tests.
CALL CPU_TIME(TIME2)
IF (NERROR == 0) THEN
WRITE (KW, "(///1X,I5,' cases tested. No errors were found.'/)" ) NCASE
WRITE (KLOG, "(///1X,I5,' cases tested. No errors were found.'/)" ) NCASE
ELSE IF (NERROR == 1) THEN
WRITE (KW, "(///1X,I5,' cases tested. 1 error was found.'/)" ) NCASE
WRITE (KLOG, "(///1X,I5,' cases tested. 1 error was found.'/)" ) NCASE
ELSE
WRITE (KW, "(///1X,I5,' cases tested.',I4,' errors were found.'/)" ) NCASE,NERROR
WRITE (KLOG, "(///1X,I5,' cases tested.',I4,' errors were found.'/)" ) NCASE,NERROR
ENDIF
IF (NERROR >= 1) THEN
KWSAVE = KW
KW = KLOG
! Write some of the variables in module FMVALS.
CALL FMVARS
KW = KWSAVE
ENDIF
WRITE (KW,*) ' '
WRITE (KW,"(F10.2,A)") TIME2-TIME1,' Seconds for TestFMrational.'
WRITE (KW,*) ' '
WRITE (KLOG,*) ' '
WRITE (KLOG,"(F10.2,A)") TIME2-TIME1,' Seconds for TestFMrational.'
WRITE (KLOG,*) ' '
WRITE (KW,*)' End of run.'
STOP
END PROGRAM TEST
c4science · Help