MODULE MAIN1
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MODULE MAIN1
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INTEGER , PARAMETER :: MXGLVL = 87
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INTEGER , PARAMETER :: MXGLVL = 87
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CHARACTER(8) :: SRCTYP
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CHARACTER(8) :: SRCTYP
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REAL :: GRIDWS(MXGLVL)
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REAL :: GRIDWS(MXGLVL)
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REAL :: ZI, HS
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REAL :: ZI, HS
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END MODULE MAIN1
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END MODULE MAIN1
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PROGRAM TEST
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PROGRAM TEST
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USE MAIN1
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USE MAIN1
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IF (HS >= ZI) THEN
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IF (HS >= ZI) THEN
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ELSEIF ( SRCTYP == 'AREA' &
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ELSEIF ( SRCTYP == 'AREA' &
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.OR. SRCTYP == 'AREAPOLY' &
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.OR. SRCTYP == 'AREAPOLY' &
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.OR. SRCTYP == 'AREACIRC' &
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.OR. SRCTYP == 'AREACIRC' &
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.OR. SRCTYP == 'OPENPIT' ) THEN
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.OR. SRCTYP == 'OPENPIT' ) THEN
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CALL ANYAVG (MXGLVL, GRIDWS)
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CALL ANYAVG (MXGLVL, GRIDWS)
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CALL ANYAVG (MXGLVL, GRIDWS)
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CALL ANYAVG (MXGLVL, GRIDWS)
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ELSE
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ELSE
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IF ( HS > 0.0 ) THEN
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IF ( HS > 0.0 ) THEN
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CALL ANYAVG (MXGLVL, GRIDWS)
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CALL ANYAVG (MXGLVL, GRIDWS)
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CALL ANYAVG (MXGLVL, GRIDWS)
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CALL ANYAVG (MXGLVL, GRIDWS)
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CALL ANYAVG (MXGLVL, GRIDWS)
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CALL ANYAVG (MXGLVL, GRIDWS)
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ENDIF
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ENDIF
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ENDIF
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ENDIF
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IF (HS.LT.ZI) THEN
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IF (HS.LT.ZI) THEN
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ZI = HS
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ZI = HS
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ENDIF
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ENDIF
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contains
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contains
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SUBROUTINE ANYAVG(NLVLS,HTS)
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SUBROUTINE ANYAVG(NLVLS,HTS)
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INTEGER NLVLS
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INTEGER NLVLS
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REAL HTS(NLVLS)
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REAL HTS(NLVLS)
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IF (5.LT.NLVLS) THEN
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IF (5.LT.NLVLS) THEN
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CALL GINTRP (HTS(5),HTS(5+1))
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CALL GINTRP (HTS(5),HTS(5+1))
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ENDIF
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ENDIF
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CALL GINTRP (HTS(5-1), HTS(5))
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CALL GINTRP (HTS(5-1), HTS(5))
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END SUBROUTINE ANYAVG
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END SUBROUTINE ANYAVG
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subroutine gintrp (x1, x2)
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subroutine gintrp (x1, x2)
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print *, x1, x2
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print *, x1, x2
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end subroutine
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end subroutine
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END PROGRAM TEST
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END PROGRAM TEST
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