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a09a73537fe441c6f6807af05692b8e090c084d4
LaGriT/src/unpacktp.f
Yi Zhang a09a73537f initial upload
2025-12-17 11:00:57 +08:00

852 lines
23 KiB
Fortran
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*dk,unpacktp
subroutine unpacktp(ioptitp,iopt2,inum,ipitp1,ipitp2,icscode)
C
C
C#######################################################################
C
C PURPOSE -
C
C THIS ROUTINE FLAGS POINTS THAT SATISFY THE ioptitp
C OPTION.
C
C INPUT ARGUMENTS -
C
C ioptitp - (character) The Option.
C iopt2 - (character) The Suboption.
C ipitp1 - (pointer) Pointer to Point Type Array.
C
C OUTPUT ARGUMENTS -
C
C ipitp2 - (pointer) Pointer to Output Array..
C icscode - (integer) Error flag.
C
C CHANGE HISTORY -
C
C $Log: unpacktp.f,v $
C Revision 2.00 2007/11/09 20:04:05 spchu
C Import to CVS
C
CPVCS
CPVCS Rev 1.12 30 Sep 2004 10:03:44 dcg
CPVCS use iand, ior in place of .and., .or. with integer variables
CPVCS
CPVCS Rev 1.11 Mon Apr 14 17:05:28 1997 pvcs
CPVCS No change.
CPVCS
CPVCS Rev 1.10 Mon Jun 03 13:58:24 1996 dcg
CPVCS fix typo with virtual type
CPVCS
CPVCS Rev 1.9 Mon May 06 10:38:12 1996 dcg
CPVCS add interior interface mode
CPVCS 'inteintf'
CPVCS
CPVCS Rev 1.8 Fri May 03 17:02:44 1996 dcg
CPVCS add matlintr category
CPVCS
CPVCS Rev 1.7 Fri May 03 10:46:24 1996 dcg
CPVCS changes for new point type --virtual interfaces
CPVCS
CPVCS Rev 1.6 07/14/95 10:16:10 het
CPVCS Correct errors with point types
CPVCS
CPVCS Rev 1.5 05/19/95 10:58:20 ejl
CPVCS Fixed more bugs. Cleaned up. Implicit none.
CPVCS
CPVCS Rev 1.4 05/19/95 08:23:34 ejl
CPVCS Fixed more bugs with new point types
CPVCS
CPVCS Rev 1.3 05/11/95 13:14:10 het
CPVCS Add new point types for combining free, reflective and interface boundaries
CPVCS
CPVCS Rev 1.2 03/23/95 22:59:38 het
CPVCS Add the model routines and add the cmo name into the idsbs
CPVCS
CPVCS Rev 1.1 01/04/95 22:06:34 llt
CPVCS unicos changes (made by het)
CPVCS
CPVCS Rev 1.0 11/10/94 12:20:12 pvcs
CPVCS Original version.
C
C#######################################################################
C
implicit none
C
C#######################################################################
C
include "chydro.h"
C
C#######################################################################
C
character*(*) ioptitp, iopt2
C
integer inum
C
pointer (ipitp1, itp1 )
integer itp1(inum)
pointer (ipitp2, itp2 )
integer itp2(inum)
C
integer icscode
C
C#######################################################################
C
integer i1, len1, iset, iset1, iset2, itp, ioptitp2
C
C#######################################################################
C
integer icharlnf
C
C#######################################################################
C
C
C
icscode = -1
C
if (iopt2(1:3) .eq. 'set') then
do i1=1,inum
itp2(i1)=0
enddo
endif
C
len1=icharlnf(ioptitp)
C
if (ioptitp(1:len1) .eq. 'allreal') then
C
C**** ALLREAL Option.
C
if (iopt2(1:3) .eq. 'set') then
C
icscode=0
do i1=1,inum
itp=itp1(i1)
iset1=0
if (itp.ge.ifitpst1.and.itp.le.ifitpen1) iset1=1
iset2=0
if (itp.ge.ifitpst2.and.itp.le.ifitpen2) iset2=1
itp2(i1) = ior(iset1,iset2)
enddo
C
elseif (iopt2(1:3) .eq. 'and') then
C
icscode=0
do i1=1,inum
itp=itp1(i1)
iset1=0
if (itp.ge.ifitpst1.and.itp.le.ifitpen1) iset1=1
iset2=0
if (itp.ge.ifitpst2.and.itp.le.ifitpen2) iset2=1
itp2(i1) = iand(ior(iset1,iset2),itp2(i1))
enddo
C
elseif (iopt2(1:2) .eq. 'or') then
C
icscode=0
do i1=1,inum
itp=itp1(i1)
iset1=0
if (itp.ge.ifitpst1.and.itp.le.ifitpen1) iset1=1
iset2=0
if (itp.ge.ifitpst2.and.itp.le.ifitpen2) iset2=1
itp2(i1) = ior(ior(iset1,iset2),itp2(i1))
enddo
C
endif
C
elseif (ioptitp(1:len1) .eq. 'interior') then
C
C**** INTERIOR Option.
C
if (iopt2(1:3) .eq. 'set') then
C
icscode=0
do i1=1,inum
iset=0
if (itp1(i1).ge.ifitpst1.and.itp1(i1).le.ifitpen1) iset=1
itp2(i1) = iset
enddo
C
elseif (iopt2(1:3) .eq. 'and') then
C
icscode=0
do i1=1,inum
iset=0
if (itp1(i1).ge.ifitpst1.and.itp1(i1).le.ifitpen1) iset=1
itp2(i1) = iand(iset,itp2(i1))
enddo
C
elseif (iopt2(1:2) .eq. 'or') then
C
icscode=0
do i1=1,inum
iset=0
if (itp1(i1).ge.ifitpst1.and.itp1(i1).le.ifitpen1) iset=1
itp2(i1) = ior(iset,itp2(i1))
enddo
C
endif
C
elseif (ioptitp(1:len1) .eq. 'inteintf') then
C
C INTERIOR INTERFACE Option.
C
if (iopt2(1:3) .eq. 'set') then
C
icscode=0
do i1=1,inum
iset=0
if (itp1(i1).eq.ifitpini.or.
* itp1(i1).eq.ifitpvin.or.
* itp1(i1).eq.ifitpvrt) iset=1
itp2(i1) = iset
enddo
C
elseif (iopt2(1:3) .eq. 'and') then
C
icscode=0
do i1=1,inum
iset=0
if (itp1(i1).eq.ifitpini.or.
* itp1(i1).eq.ifitpvin.or.
* itp1(i1).eq.ifitpvrt) iset=1
itp2(i1) = iand(iset,itp2(i1))
enddo
C
elseif (iopt2(1:2) .eq. 'or') then
C
icscode=0
do i1=1,inum
iset=0
if (itp1(i1).eq.ifitpini.or.
* itp1(i1).eq.ifitpvin.or.
* itp1(i1).eq.ifitpvrt) iset=1
itp2(i1) = ior(iset,itp2(i1))
enddo
C
endif
C
elseif (ioptitp(1:len1) .eq. 'boundary') then
C
C**** BOUNDARY Option.
C
if (iopt2(1:3) .eq. 'set') then
C
icscode=0
do i1=1,inum
iset=0
if (itp1(i1).ge.ifitpst2.and.itp1(i1).le.ifitpen2) iset=1
itp2(i1) = iset
enddo
C
elseif (iopt2(1:3) .eq. 'and') then
C
icscode=0
do i1=1,inum
iset=0
if (itp1(i1).ge.ifitpst2.and.itp1(i1).le.ifitpen2) iset=1
itp2(i1) = iand(iset,itp2(i1))
enddo
C
elseif (iopt2(1:2) .eq. 'or') then
C
icscode=0
do i1=1,inum
iset=0
if (itp1(i1).ge.ifitpst2.and.itp1(i1).le.ifitpen2) iset=1
itp2(i1) = ior(iset,itp2(i1))
enddo
C
endif
C
elseif (ioptitp(1:len1) .eq. 'matlintr') then
C
C**** MATLINTR Option.
C
if (iopt2(1:3) .eq. 'set') then
C
icscode=0
do i1=1,inum
itp=itp1(i1)
iset=0
if ((itp.eq.ifitpini) .or.
* (itp.eq.ifitpirb) .or.
* (itp.eq.ifitpifb) .or.
* (itp.eq.ifitpvif) .or.
* (itp.eq.ifitpvin) .or.
* (itp.eq.ifitpvir) .or.
* (itp.eq.ifitpalb) .or.
* (itp.eq.ifitpirf)) iset=1
itp2(i1) = iset
enddo
C
elseif (iopt2(1:3) .eq. 'and') then
C
icscode=0
do i1=1,inum
itp=itp1(i1)
iset=0
if ((itp.eq.ifitpini) .or.
* (itp.eq.ifitpirb) .or.
* (itp.eq.ifitpifb) .or.
* (itp.eq.ifitpvif) .or.
* (itp.eq.ifitpvin) .or.
* (itp.eq.ifitpvir) .or.
* (itp.eq.ifitpalb) .or.
* (itp.eq.ifitpirf)) iset=1
itp2(i1) = iand(iset,itp2(i1))
enddo
C
elseif (iopt2(1:2) .eq. 'or') then
C
icscode=0
do i1=1,inum
itp=itp1(i1)
iset=0
if ((itp.eq.ifitpini) .or.
* (itp.eq.ifitpirb) .or.
* (itp.eq.ifitpifb) .or.
* (itp.eq.ifitpvif) .or.
* (itp.eq.ifitpvin) .or.
* (itp.eq.ifitpvir) .or.
* (itp.eq.ifitpalb) .or.
* (itp.eq.ifitpirf)) iset=1
itp2(i1) = ior(iset,itp2(i1))
enddo
C
endif
C
elseif (ioptitp(1:len1) .eq. 'intrface') then
C
C**** INTRFACE Option.
C
if (iopt2(1:3) .eq. 'set') then
C
icscode=0
do i1=1,inum
itp=itp1(i1)
iset=0
if ((itp.eq.ifitpini) .or.
* (itp.eq.ifitpvrt) .or.
* (itp.eq.ifitpirb) .or.
* (itp.eq.ifitpifb) .or.
* (itp.eq.ifitpvrb) .or.
* (itp.eq.ifitpvfb) .or.
* (itp.eq.ifitpvif) .or.
* (itp.eq.ifitpvin) .or.
* (itp.eq.ifitpvir) .or.
* (itp.eq.ifitpalb) .or.
* (itp.eq.ifitpirf)) iset=1
itp2(i1) = iset
enddo
C
elseif (iopt2(1:3) .eq. 'and') then
C
icscode=0
do i1=1,inum
itp=itp1(i1)
iset=0
if ((itp.eq.ifitpini) .or.
* (itp.eq.ifitpvrt) .or.
* (itp.eq.ifitpirb) .or.
* (itp.eq.ifitpifb) .or.
* (itp.eq.ifitpvrb) .or.
* (itp.eq.ifitpvfb) .or.
* (itp.eq.ifitpvif) .or.
* (itp.eq.ifitpvin) .or.
* (itp.eq.ifitpvir) .or.
* (itp.eq.ifitpalb) .or.
* (itp.eq.ifitpirf)) iset=1
itp2(i1) = iand(iset,itp2(i1))
enddo
C
elseif (iopt2(1:2) .eq. 'or') then
C
icscode=0
do i1=1,inum
itp=itp1(i1)
iset=0
if ((itp.eq.ifitpini) .or.
* (itp.eq.ifitpvrt) .or.
* (itp.eq.ifitpirb) .or.
* (itp.eq.ifitpifb) .or.
* (itp.eq.ifitpvrb) .or.
* (itp.eq.ifitpvfb) .or.
* (itp.eq.ifitpvif) .or.
* (itp.eq.ifitpvin) .or.
* (itp.eq.ifitpvir) .or.
* (itp.eq.ifitpalb) .or.
* (itp.eq.ifitpirf)) iset=1
itp2(i1) = ior(iset,itp2(i1))
enddo
C
endif
C
elseif (ioptitp(1:len1) .eq. 'reflect') then
C
C**** REFLECT Option.
C
if (iopt2(1:3) .eq. 'set') then
C
icscode=0
do i1=1,inum
itp=itp1(i1)
iset=0
if ((itp.eq.ifitprfl) .or.
* (itp.eq.ifitpirb) .or.
* (itp.eq.ifitprfb) .or.
* (itp.eq.ifitpvrb) .or.
* (itp.eq.ifitpvrf) .or.
* (itp.eq.ifitpvir) .or.
* (itp.eq.ifitpalb) .or.
* (itp.eq.ifitpirf)) iset=1
itp2(i1) = iset
enddo
C
elseif (iopt2(1:3) .eq. 'and') then
C
icscode=0
do i1=1,inum
itp=itp1(i1)
iset=0
if ((itp.eq.ifitprfl) .or.
* (itp.eq.ifitpirb) .or.
* (itp.eq.ifitprfb) .or.
* (itp.eq.ifitpvrb) .or.
* (itp.eq.ifitpvrf) .or.
* (itp.eq.ifitpvir) .or.
* (itp.eq.ifitpalb) .or.
* (itp.eq.ifitpirf)) iset=1
itp2(i1) = iand(iset,itp2(i1))
enddo
C
elseif (iopt2(1:2) .eq. 'or') then
C
icscode=0
do i1=1,inum
itp=itp1(i1)
iset=0
if ((itp.eq.ifitprfl) .or.
* (itp.eq.ifitpirb) .or.
* (itp.eq.ifitprfb) .or.
* (itp.eq.ifitpvrb) .or.
* (itp.eq.ifitpvrf) .or.
* (itp.eq.ifitpvir) .or.
* (itp.eq.ifitpalb) .or.
* (itp.eq.ifitpirf)) iset=1
itp2(i1) = ior(iset,itp2(i1))
enddo
C
endif
C
elseif (ioptitp(1:len1) .eq. 'free') then
C
C**** FREE Option.
C
if (iopt2(1:3) .eq. 'set') then
C
icscode=0
do i1=1,inum
iset=0
if ((itp1(i1).eq.ifitpfre) .or.
* (itp1(i1).eq.ifitpifb) .or.
* (itp1(i1).eq.ifitprfb) .or.
* (itp1(i1).eq.ifitpvfb) .or.
* (itp1(i1).eq.ifitpvrf) .or.
* (itp1(i1).eq.ifitpvif) .or.
* (itp1(i1).eq.ifitpalb) .or.
* (itp1(i1).eq.ifitpirf)) iset=1
itp2(i1) = iset
enddo
C
elseif (iopt2(1:3) .eq. 'and') then
C
icscode=0
do i1=1,inum
iset=0
if ((itp1(i1).eq.ifitpfre) .or.
* (itp1(i1).eq.ifitpifb) .or.
* (itp1(i1).eq.ifitprfb) .or.
* (itp1(i1).eq.ifitpvfb) .or.
* (itp1(i1).eq.ifitpvrf) .or.
* (itp1(i1).eq.ifitpvif) .or.
* (itp1(i1).eq.ifitpalb) .or.
* (itp1(i1).eq.ifitpirf)) iset=1
itp2(i1) = iand(iset ,itp2(i1))
enddo
C
elseif (iopt2(1:2) .eq. 'or') then
C
icscode=0
do i1=1,inum
iset=0
if ((itp1(i1).eq.ifitpfre) .or.
* (itp1(i1).eq.ifitpifb) .or.
* (itp1(i1).eq.ifitprfb) .or.
* (itp1(i1).eq.ifitpvfb) .or.
* (itp1(i1).eq.ifitpvrf) .or.
* (itp1(i1).eq.ifitpvif) .or.
* (itp1(i1).eq.ifitpalb) .or.
* (itp1(i1).eq.ifitpirf)) iset=1
itp2(i1) = ior(iset ,itp2(i1))
enddo
C
endif
C
elseif (ioptitp(1:len1) .eq. 'virtual') then
C
C**** VIRTUAL Option.
C
if (iopt2(1:3) .eq. 'set') then
C
icscode=0
do i1=1,inum
iset=0
if ((itp1(i1).eq.ifitpvrt) .or.
* (itp1(i1).eq.ifitpvin) .or.
* (itp1(i1).eq.ifitpvir) .or.
* (itp1(i1).eq.ifitpvfb) .or.
* (itp1(i1).eq.ifitpvrf) .or.
* (itp1(i1).eq.ifitpvif) .or.
* (itp1(i1).eq.ifitpalb) .or.
* (itp1(i1).eq.ifitpvrb)) iset=1
itp2(i1) = iset
enddo
C
elseif (iopt2(1:3) .eq. 'and') then
C
icscode=0
do i1=1,inum
iset=0
if ((itp1(i1).eq.ifitpvrt) .or.
* (itp1(i1).eq.ifitpvin) .or.
* (itp1(i1).eq.ifitpvir) .or.
* (itp1(i1).eq.ifitpvfb) .or.
* (itp1(i1).eq.ifitpvrf) .or.
* (itp1(i1).eq.ifitpvif) .or.
* (itp1(i1).eq.ifitpalb) .or.
* (itp1(i1).eq.ifitpvfb)) iset=1
itp2(i1) = iand(iset ,itp2(i1))
enddo
C
elseif (iopt2(1:2) .eq. 'or') then
C
icscode=0
do i1=1,inum
iset=0
if ((itp1(i1).eq.ifitpvrt) .or.
* (itp1(i1).eq.ifitpvin) .or.
* (itp1(i1).eq.ifitpvir) .or.
* (itp1(i1).eq.ifitpvfb) .or.
* (itp1(i1).eq.ifitpvrf) .or.
* (itp1(i1).eq.ifitpvif) .or.
* (itp1(i1).eq.ifitpalb) .or.
* (itp1(i1).eq.ifitpvfb)) iset=1
itp2(i1) = ior(iset ,itp2(i1))
enddo
C
endif
C
elseif (ioptitp(1:len1) .eq. 'removed') then
C
C**** REMOVED Option.
C
if (iopt2(1:3) .eq. 'set') then
C
icscode=0
do i1=1,inum
iset=0
if (itp1(i1).ge.ifitpst3.and.itp1(i1).le.ifitpen3) iset=1
itp2(i1) = iset
enddo
C
elseif (iopt2(1:3) .eq. 'and') then
C
icscode=0
do i1=1,inum
iset=0
if (itp1(i1).ge.ifitpst3.and.itp1(i1).le.ifitpen3) iset=1
itp2(i1) = iand(iset ,itp2(i1))
enddo
C
elseif (iopt2(1:2) .eq. 'or') then
C
icscode=0
do i1=1,inum
iset=0
if (itp1(i1).ge.ifitpst3.and.itp1(i1).le.ifitpen3) iset=1
itp2(i1) = ior(iset ,itp2(i1))
enddo
C
endif
C
elseif (ioptitp(1:len1) .eq. 'merged') then
C
C**** MERGED Option.
C
if (iopt2(1:3) .eq. 'set') then
C
icscode=0
do i1=1,inum
iset=0
if (itp1(i1).eq.ifitpmrg) iset=1
itp2(i1) = iset
enddo
C
elseif (iopt2(1:3) .eq. 'and') then
C
icscode=0
do i1=1,inum
iset=0
if (itp1(i1).eq.ifitpmrg) iset=1
itp2(i1) = iand(iset ,itp2(i1))
enddo
C
elseif (iopt2(1:2) .eq. 'or') then
C
icscode=0
do i1=1,inum
iset=0
if (itp1(i1).eq.ifitpmrg) iset=1
itp2(i1) = ior(iset ,itp2(i1))
enddo
C
endif
C
elseif (ioptitp(1:len1) .eq. 'dudded') then
C
C**** DUDDED Option.
C
if (iopt2(1:3) .eq. 'set') then
C
icscode=0
do i1=1,inum
iset=0
if (itp1(i1).eq.ifitpdud) iset=1
itp2(i1) = iset
enddo
C
elseif (iopt2(1:3) .eq. 'and') then
C
icscode=0
do i1=1,inum
iset=0
if (itp1(i1).eq.ifitpdud) iset=1
itp2(i1) = iand(iset ,itp2(i1))
enddo
C
elseif (iopt2(1:2) .eq. 'or') then
C
icscode=0
do i1=1,inum
iset=0
if (itp1(i1).eq.ifitpdud) iset=1
itp2(i1) = ior(iset ,itp2(i1))
enddo
C
endif
C
else
C
C**** Specific Point Type Option.
C
read(ioptitp,'(i10)') ioptitp2
C
if (iopt2(1:3) .eq. 'set') then
C
icscode=0
do i1=1,inum
iset=0
if (itp1(i1).eq.ioptitp2) iset=1
itp2(i1) = iset
enddo
C
elseif (iopt2(1:3) .eq. 'and') then
C
icscode=0
do i1=1,inum
iset=0
if (itp1(i1).eq.ioptitp2) iset=1
itp2(i1) = iand(iset ,itp2(i1))
enddo
C
elseif (iopt2(1:2) .eq. 'or') then
C
icscode=0
do i1=1,inum
iset=0
if (itp1(i1).eq.ioptitp2) iset=1
itp2(i1) = ior(iset ,itp2(i1))
enddo
C
endif
C
endif
C
return
end
*dk,itsttp
function itsttp(ioptitp,itp)
C
C
C#######################################################################
C
C PURPOSE -
C
C THIS ROUTINE FRETURNS TRUE IF ITP IS IN THE CLASS ioptitp
C IT RETURNS FALSE OTHERWISE
C
C INPUT ARGUMENTS -
C
C ioptitp - (character) The Option.
C classes are interior, boundary, matlintr, reflect, free,
C intrface,virtual, removed, dudded, merged, allreal
C itp - (integer) point type to be tested.
C
C OUTPUT ARGUMENTS -
C
C
C#######################################################################
C
implicit none
C
C#######################################################################
C
include "chydro.h"
C
C#######################################################################
C
character*(*) ioptitp
character*132 logmess
integer itp
logical itsttp
C
integer icharlnf,ierror,len1
C
len1=icharlnf(ioptitp)
itsttp=.false.
C
if (ioptitp(1:len1) .eq. 'allreal') then
C
C**** ALLREAL Option.
C
if (itp.ge.ifitpst1.and.itp.le.ifitpen1) itsttp=.true.
if (itp.ge.ifitpst2.and.itp.le.ifitpen2) itsttp=.true.
C
elseif (ioptitp(1:len1) .eq. 'interior') then
C
C**** INTERIOR Option.
C
if (itp.ge.ifitpst1.and.itp.le.ifitpen1) itsttp=.true.
C
elseif (ioptitp(1:len1) .eq. 'inteintf') then
C
C**** INTERIOR INTERFACE Option.
C
if ((itp.eq.ifitpini) .or.
* (itp.eq.ifitpvin) .or.
* (itp.eq.ifitpvrt)) itsttp=.true.
C
elseif (ioptitp(1:len1) .eq. 'boundary') then
C
C**** BOUNDARY Option.
C
if (itp.ge.ifitpst2.and.itp.le.ifitpen2) itsttp=.true.
C
elseif (ioptitp(1:len1) .eq. 'matlintr') then
C
C**** MATLINTR Option.
C
if ((itp.eq.ifitpini) .or.
* (itp.eq.ifitpirb) .or.
* (itp.eq.ifitpifb) .or.
* (itp.eq.ifitpvif) .or.
* (itp.eq.ifitpvin) .or.
* (itp.eq.ifitpvir) .or.
* (itp.eq.ifitpalb) .or.
* (itp.eq.ifitpirf)) itsttp=.true.
C
elseif (ioptitp(1:len1) .eq. 'intrface') then
C
C**** INTRFACE Option.
C
if ((itp.eq.ifitpini) .or.
* (itp.eq.ifitpvrt) .or.
* (itp.eq.ifitpirb) .or.
* (itp.eq.ifitpifb) .or.
* (itp.eq.ifitpvrb) .or.
* (itp.eq.ifitpvfb) .or.
* (itp.eq.ifitpvif) .or.
* (itp.eq.ifitpvin) .or.
* (itp.eq.ifitpvir) .or.
* (itp.eq.ifitpalb) .or.
* (itp.eq.ifitpirf)) itsttp=.true.
C
elseif (ioptitp(1:len1) .eq. 'reflect') then
C
C**** REFLECT Option.
C
if ((itp.eq.ifitprfl) .or.
* (itp.eq.ifitpirb) .or.
* (itp.eq.ifitprfb) .or.
* (itp.eq.ifitpvrb) .or.
* (itp.eq.ifitpvrf) .or.
* (itp.eq.ifitpvir) .or.
* (itp.eq.ifitpalb) .or.
* (itp.eq.ifitpirf)) itsttp=.true.
C
elseif (ioptitp(1:len1) .eq. 'free') then
C
C**** FREE Option.
C
if ((itp.eq.ifitpfre) .or.
* (itp.eq.ifitpifb) .or.
* (itp.eq.ifitprfb) .or.
* (itp.eq.ifitpvfb) .or.
* (itp.eq.ifitpvrf) .or.
* (itp.eq.ifitpvif) .or.
* (itp.eq.ifitpalb) .or.
* (itp.eq.ifitpirf)) itsttp=.true.
C
elseif (ioptitp(1:len1) .eq. 'virtual') then
C
C**** FREE Option.
C
if ((itp.eq.ifitpvrt) .or.
* (itp.eq.ifitpvin) .or.
* (itp.eq.ifitpvir) .or.
* (itp.eq.ifitpvfb) .or.
* (itp.eq.ifitpvrf) .or.
* (itp.eq.ifitpvif) .or.
* (itp.eq.ifitpalb) .or.
* (itp.eq.ifitpvrb)) itsttp=.true.
C
elseif (ioptitp(1:len1) .eq. 'removed') then
C
C**** REMOVED Option.
C
if (itp.ge.ifitpst3.and.itp.le.ifitpen3) itsttp=.true.
C
elseif (ioptitp(1:len1) .eq. 'merged') then
C
C**** MERGED Option.
C
if (itp.eq.ifitpmrg) itsttp=.true.
C
elseif (ioptitp(1:len1) .eq. 'dudded') then
C
C**** DUDDED Option.
C
if (itp.eq.ifitpdud) itsttp=.true.
C
elseif (ioptitp(1:len1) .eq. 'parent') then
C
C**** PARENT Option.
C
if (itp.eq.ifitpcup) itsttp=.true.
C
else
write(logmess,"('Illegal option to itsttp',a8)") ioptitp
call writloga('default',0,logmess,0,ierror)
endif
return
end
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