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345 lines
7.8 KiB
Fortran
345 lines
7.8 KiB
Fortran
5 years ago
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!IPK NEW ROUTINE SEP 9 2006
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SUBROUTINE SPLITN
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!
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! Generate continuity lines
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!
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USE WINTERACTER
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USE BLK1MOD
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USE BLK2MOD
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include 'd.inc'
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! INCLUDE 'BLK1.COM'
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! INCLUDE 'BLK2.COM'
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INCLUDE 'TXFRM.COM'
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CHARACTER*1 IFLAG
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DIMENSION DIRL(350),IPROCES(MAXE)
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!
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! Declare window-type and message variables
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!
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TYPE(WIN_STYLE) :: WINDOW
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TYPE(WIN_MESSAGE) :: MESSAGE
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integer :: N1,N2,N3,IERR
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DATA SPAC/10./,ieltyp/1/,ielsw/1/,iensw/0/
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! DIST(N1,N2)=SQRT((CORD(N1,1)-CORD(N2,1))**2 &
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! & +(CORD(N1,2)-CORD(N2,2))**2)
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PROJ(N1,N2,DR)= (CORD(N2,1)-CORD(N1,1))*COS(DR)+(CORD(N2,2)-CORD(N1,2))*SIN(DR)
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!
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icln=1
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dirsplIt=0.
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ieltyp=1
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ientyp=1
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SPAC=10.
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call wdialogload(IDD_DISPLIT)
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ierr=infoerror(1)
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CALL WDialogSelect(IDD_DISPLIT)
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ierr=infoerror(1)
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call wdialogputradiobutton(idf_radio1)
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CALL WDialogPutinteger(IDF_INTEGER3,icln)
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CALL WDialogPutReal(IDF_REAL1,SPAC)
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CALL WDialogPutinteger(IDF_INTEGER2,IELTYP)
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call wdialogputcheckbox(IDF_check1,ielsw)
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call wdialogputcheckbox(IDF_check2,iensw)
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CALL WDialogPutinteger(IDF_INTEGER6,IENTYP)
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CALL WDialogPutReal(IDF_REAL2,DIRSPLIT)
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CALL WDialogShow(-1,-1,0,Modal)
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ierr=infoerror(1)
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do
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!
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IF (WInfoDialog(ExitButton) .EQ. IDOK) THEN
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call wdialoggetradiobutton(idf_radio1,iswr)
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CALL WDialogGetinteger(IDF_INTEGER3,icln)
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CALL WDialogGetREAL(IDF_REAL1,SPAC)
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CALL WDialogGetinteger(IDF_INTEGER2,IELTYP)
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call wdialogGetcheckbox(IDF_check1,ielsw)
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call wdialogGetcheckbox(IDF_check2,iensw)
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CALL WDialogGetinteger(IDF_INTEGER6,IENTYP)
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CALL WDialogGetREAL(IDF_REAL2,DIRSPLIT)
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GO TO 100
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ENDIF
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enddo
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100 CONTINUE
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if(iswr .eq. 1) then
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CALL CCLINE(2)
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else
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DO KK=1,350
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if(iccln(icln,KK) .eq. 0) then
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ntract=kk-1
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go to 102
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endif
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itrac(kk)=ICCLN(icln,KK)
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enddo
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102 continue
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endif
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DO N=1,NTRACT
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N1=ITRAC(N)
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IF(N .GT. 1) THEN
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N0=ITRAC(N-1)
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ENDIF
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IF(N .LT. NTRACT) THEN
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N2=ITRAC(N+1)
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ENDIF
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! Get direction
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IF(N .EQ. 1) THEN
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IF(NTRACT .GT. 1) THEN
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DIRX=XUSR(N2)-XUSR(N1)
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DIRY=YUSR(N2)-YUSR(N1)
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DIRL(N)=ATAN2(DIRX,-DIRY)
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ELSE
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DIRL(N)=DIRSPLIT
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ENDIF
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ELSEIF(N .EQ. NTRACT) THEN
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DIRX=XUSR(N1)-XUSR(N0)
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DIRY=YUSR(N1)-YUSR(N0)
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DIRL(N)=ATAN2(DIRX,-DIRY)
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ELSE
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DIRX=XUSR(N2)-XUSR(N0)
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DIRY=YUSR(N2)-YUSR(N0)
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DIRL(N)=ATAN2(DIRX,-DIRY)
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ENDIF
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ENDDO
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! Move nodes apart adding new numbers
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DO N=1,NTRACT
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N1=ITRAC(N)
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CALL GETNOD(J)
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JTRAC(N,1)=J
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XUSR(J)=XUSR(N1)-SPAC/2.*COS(DIRL(N))
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YUSR(J)=YUSR(N1)-SPAC/2.*SIN(DIRL(N))
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CORD(J,1)=(XUSR(J)+XS)/TXSCAL
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CORD(J,2)=(YUSR(J)+YS)/TXSCAL
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INEW(J)=1
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INSKP(J) = 0
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XUSR(N1)=XUSR(N1)+SPAC/2.*COS(DIRL(N))
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YUSR(N1)=YUSR(N1)+SPAC/2.*SIN(DIRL(N))
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CORD(N1,1)=(XUSR(N1)+XS)/TXSCAL
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CORD(N1,2)=(YUSR(N1)+YS)/TXSCAL
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WD(J)=WD(N1)
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WIDTH(J)=WIDTH(N1)
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SS1(J)=SS1(N1)
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SS2(J)=SS2(N1)
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WIDS(J)=WIDS(N1)
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WIDBS(J)=WIDBS(N1)
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SSO(J)=SSO(N1)
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ENDDO
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! Form list of elements connected to nodes
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IERR=0
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CALL NDNECON(IERR)
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! find each element
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IPROCES=0
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IF(NTRACT .GT. 1) THEN
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DO N=1,NTRACT-1
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DO K=1,NDELM(ITRAC(N))
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J=NECON(ITRAC(N),K)
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! IF(IPROCES(J) .EQ. 0) THEN
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IJ=0
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II=0
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DO L=1,NCORN(J),2
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IF(NOP(J,L) .EQ. ITRAC(N) .or. NOP(J,L) .EQ. JTRAC(N,1)) II=L
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IF(NOP(J,L) .EQ. ITRAC(N+1)) IJ=L
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ENDDO
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IF(IJ .NE. 0) THEN
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IF(IJ .LT. II .OR. (II .EQ. 1 .and. ij .ne. 3) ) THEN
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IF(II .EQ. NCORN(J)-1 .AND. IJ .EQ. 1) GO TO 200
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! MATCH FOUND
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NOP(J,II)= JTRAC(N,1)
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NOP(J,IJ)= JTRAC(N+1,1)
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IPROCES(J)=1
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GO TO 300
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ENDIF
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200 CONTINUE
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IPROCES(J)=1
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ENDIF
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300 CONTINUE
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! ENDIF
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ENDDO
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ENDDO
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ENDIF
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DO N=1,NTRACT
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DO K=1,NDELM(ITRAC(N))
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J=NECON(ITRAC(N),K)
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IF(IPROCES(J) .EQ. 0) THEN
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II=0
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DO L=1,NCORN(J),2
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IF(NOP(J,L) .EQ. ITRAC(N)) II=L
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ENDDO
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IF(II .NE. 0) THEN
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A0P=-9999.
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A0M=9999.
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B0P=-9999.
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B0M=9999.
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DO L=1,NCORN(J),2
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IF(II .NE. NOP(J,L)) THEN
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ITEST=NOP(J,L)
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ENDIF
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A1=PROJ(ITEST,ITRAC(N),DIRL(N))
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IF(A1 .GT. A0P) A0P=A1
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IF(A1 .LT. A0M) A0M=A1
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B1=PROJ(ITEST,JTRAC(N,1),DIRL(N))
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IF(B1 .GT. B0P) B0P=B1
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IF(B1 .LT. B0M) B0M=B1
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ENDDO
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IF(ABS(A0M) .GT. ABS(A0P)) THEN
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A0P=A0M
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B0P=B0M
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ENDIF
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IF(ABS(A0P) .GT. ABS(B0P)) THEN
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NOP(J,II)= JTRAC(N,1)
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ENDIF
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IPROCES(J)=1
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ENDIF
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ENDIF
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ENDDO
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ENDDO
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IERR=0
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CALL NDNECON(IERR)
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IF(IELSW .EQ. 0) GO TO 400
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! form new elements
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DO N=1,NTRACT-1
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CALL GETELM(J)
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NOP(J,1)=JTRAC(N,1)
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NOP(J,3)=JTRAC(N+1,1)
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NOP(J,5)=ITRAC(N+1)
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NOP(J,7)=ITRAC(N)
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NOP(J,2)=0
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NOP(J,4)=0
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NOP(J,6)=0
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NOP(J,8)=0
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IMAT(J)=IELTYP
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NCORN(J) = 8
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IESKP(J) = 0
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NE = MAX(J,NE)
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ENDDO
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400 CONTINUE
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if(iensw .gt. 0) then
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! start at first node
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IF(NDELM(ITRAC(1)) .GT. 1) THEN
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DO K=1,NDELM(ITRAC(1))
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J=NECON(ITRAC(1),K)
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DO KZ=1,NCORN(J),2
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IF(NOP(J,KZ) .EQ. ITRAC(1)) THEN
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K1=KZ
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GO TO 500
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ENDIF
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ENDDO
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500 KK=K1-2
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IF(KK .LT. 0) KK=NCORN(J)-1
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KUP=NOP(J,KK)
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DO KZ=1,NDELM(KUP)
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JJ=NECON(KUP,KZ)
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DO KY=1,NCORN(JJ),2
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IF(NOP(JJ,KY) .EQ. KUP) THEN
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K2=KY
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GO TO 550
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ENDIF
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ENDDO
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550 KL=K2-2
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IF(KL .LT. 0) KL=NCORN(JJ)-1
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IF(NOP(JJ,KL) .EQ. JTRAC(1,1)) THEN
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GO TO 600
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ENDIF
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ENDDO
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ENDDO
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! FOUND A MATCH
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600 CONTINUE
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CALL GETELM(JK)
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NOP(JK,1)=ITRAC(1)
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NOP(JK,3)=KUP
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NOP(JK,5)=JTRAC(1,1)
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NOP(JK,2)=0
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NOP(JK,4)=0
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NOP(JK,6)=0
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IMAT(JK)=IENTYP
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NCORN(JK) = 6
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IESKP(JK) = 0
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NE = MAX(JK,NE)
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ENDIF
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IF(NDELM(ITRAC(NTRACT)) .GT. 1) THEN
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DO K=1,NDELM(ITRAC(NTRACT))
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J=NECON(ITRAC(NTRACT),K)
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DO KZ=1,NCORN(J),2
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IF(NOP(J,KZ) .EQ. ITRAC(NTRACT)) THEN
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K1=KZ
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GO TO 650
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ENDIF
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ENDDO
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650 KK=K1+2
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IF(KK .GT. NCORN(J)) KK=1
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KUP=NOP(J,KK)
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DO KK=1,NDELM(KUP)
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JJ=NECON(KUP,KK)
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DO KY=1,NCORN(JJ),2
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IF(NOP(JJ,KY) .EQ. KUP) THEN
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K2=KY
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GO TO 700
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ENDIF
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ENDDO
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700 KL=K2+2
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IF(KL .GT. NCORN(JJ)) KL=1
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IF(NOP(JJ,KL) .EQ. JTRAC(NTRACT,1)) THEN
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GO TO 750
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ENDIF
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ENDDO
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ENDDO
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GO TO 800
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! FOUND A MATCH
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750 CONTINUE
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CALL GETELM(JK)
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NOP(JK,1)=JTRAC(NTRACT,1)
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NOP(JK,3)=KUP
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NOP(JK,5)=ITRAC(NTRACT)
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NOP(JK,2)=0
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NOP(JK,4)=0
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NOP(JK,6)=0
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IMAT(JK)=IENTYP
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NCORN(JK) = 6
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IESKP(JK) = 0
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NE = MAX(JK,NE)
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ENDIF
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endif
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800 CONTINUE
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call clscrn
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CALL PLOTOT(1)
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NHTP=1
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NMESS=0
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NBRR=0
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CALL HEDR
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RETURN
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END
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