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312 lines
9.0 KiB
Fortran
312 lines
9.0 KiB
Fortran
5 years ago
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SUBROUTINE BuildModel(NP,NE)
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!
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!
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USE WINTERACTER
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USE BLK3D
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! USE BLK1MOD
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INCLUDE 'd.inc'
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REAL, DIMENSION(4,4) :: A
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REAL, DIMENSION(700) :: XLIN,YLIN,BLVL
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REAL :: ViewAngle = 0.0
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INTEGER :: ITYPIMAGE = 4
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INTEGER , DIMENSION(6) :: WIDSTAT
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REAL, PARAMETER :: DEFDIST = 5.0
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REAL :: ROTH=0.0
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REAL :: ROTV=0.0
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REAL :: ROT=0.0
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REAL :: SHIFT=0.0
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REAL :: SHIFTV=0.0
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INTEGER K,J,NCN,KK,mat,JHAND1
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CHARACTER(LEN=260) :: FILENAME = 'objects.w3d'
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CHARACTER(LEN=65) :: STBAR1
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DATA ITIME/0/
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!
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IF(ITIME .EQ. 0) THEN
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IROTSV=0
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ROTSV=0.0
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ROTHSV=0.
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ROTVSV=0.
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DISTSV=0.
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VSCALESV=1.0
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ITIME=1
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ENDIF
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! CALL WindowOpenChild(JHAND1,HIDEWINDOW,WIDTH=1000,HEIGHT=600)
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CALL WindowOpenChild(JHAND1,FLAGS =SysMenuOn+MinButton+MaxButton+StatusBar, &
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MENUID=IDM_MENU1,TOOLID=(/0,IDT_TOOLBAR1,0,0/),&
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TITLE ='View RMA 3D model files' )
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CALL WINDOWSELECT(JHAND1)
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!
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! Create a bitmap of same size as window and draw initial frame
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!
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WIDSTAT(1) = 1000
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WIDSTAT(2) = 2000
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WIDSTAT(3) = 1000
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WIDSTAT(4) = 1000
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WIDSTAT(5) = 1000
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WIDSTAT(6) = 2000
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CALL WindowStatusBarParts(6, WIDSTAT)
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CALL WindowOutStatusBar(1, ' Rotations, Translations ')
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CALL WindowOutStatusBar(3, ' Eye Distance')
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CALL WindowOutStatusBar(5, ' Adjusted Eye Location')
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WRITE(STBAR1,'(5F13.3)') ROTH,ROTV,ROT,SHIFT,SHIFTV
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CALL WindowOutStatusBar(2,STBAR1)
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CALL WBitmapCreate(JHAND1,WInfoWindow(WindowWidth), &
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WInfoWindow(WindowHeight))
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!
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! Start a new model
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!
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! Estimate vertices and facets
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MAXVERT=NP
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MAXFACET=2*NE
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CALL W3dNew(MAXVERT,MAXFACET,20)
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!
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CALL W3dGetMatrix(A)
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!
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CALL W3dMatrix(A)
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CALL W3dTranslate(0.0,0.0,0.0)
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CALL W3dScale(1.0,-VSCALESV,1.0)
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CALL TRPLAT(IQUAL)
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!
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! Define materials
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!
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DO K=1,9
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CALL W3dMaterial(K,WRGB(255,128,64))
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ENDDO
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!!
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!
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! Determine model extent
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!
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XMIN = WInfo3dReal(M3dXmin)
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XMAX = WInfo3dReal(M3dXmax)
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YMIN = WInfo3dReal(M3dYmin)
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YMAX = WInfo3dReal(M3dYmax)
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ZMIN = WInfo3dReal(M3dZmin)
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ZMAX = WInfo3dReal(M3dZmax)
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! CALL W3dGetMatrix(MODEL)
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!
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XLEN = XMAX - XMIN
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YLEN = YMAX - YMIN
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ZLEN = ZMAX - ZMIN
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DIST = DEFDIST*MAX(XLEN,YLEN,ZLEN)
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WRITE(STBAR1,'(F13.3)') DIST
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CALL WindowOutStatusBar(4,STBAR1)
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DISTSTEP = DIST / 50.
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CALL W3dMatrix()
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IF(IROTSV .EQ. 1) THEN
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CALL W3dRotate(-45.+ROTVSV,1)
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CALL W3dRotate(ROTHSV,2)
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CALL W3dRotate(ROTSV,3)
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ROTV=ROTVSV
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ROTH=ROTHSV
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ROT=ROTSV
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DIST=DISTSV
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ELSE
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CALL W3dRotate(-45.,1)
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CALL W3dRotate(0.,2)
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CALL W3dRotate(0.,3)
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ENDIF
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CALL W3dGetMatrix(EYE)
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EYE(1,4) = XMIN + XLEN/2.0
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EYE(2,4) = YMIN + YLEN/2.0
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EYE(3,4) = ZMIN + ZLEN/2.0
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CALL ViewPos(ViewAngle)
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CALL ShowModel(JHAND1,ITYPIMAGE)
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! CALL WMessageBox(YesNo,QuestionIcon,CommonYes, &
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! 'Do you wish to continue (YES) or quit (NO) this view ?', 'CONTINUE?')
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! IF(WInfoDialog(4) .eq. 1) then
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! GO TO 300
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! ELSE
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! CALL WindowCloseChild(JHAND1)
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! return
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! ENDIF
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300 continue
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CALL CHVIEW(JHAND1,ITYPIMAGE)
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CALL WindowCloseChild(JHAND1)
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CALL WBitmapDestroy(JHAND1)
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I3DPLT=0
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RETURN
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END SUBROUTINE BuildModel
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SUBROUTINE TRPLAT(IQUAL)
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use winteracter
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USE BLK1MOD
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!
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! Build a surface
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!
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!
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REAL :: WM
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REAL XSING,YSING,BLVL
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allocatable XSING(:),YSING(:),BLVL(:)
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INTEGER :: IVERT,IFACET,NCNS,K,KK,MAXNP
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INTEGER :: IVERTICES(4)
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INTEGER :: IFCORNER(3,1) = RESHAPE((/1,3,5/),(/3,1/))
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! INTEGER :: IFCORNER(3,4) = RESHAPE((/1,2,6,2,3,5,2,4,6,4,5,6/),(/3,4/))
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! INTEGER :: IFCORNERR(3,8) = RESHAPE((/1,2,9,1,9,8,2,3,4,2,4,9,8,9,6,8,6,7,9,4,5,9,5,6/),(/3,8/))
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INTEGER :: IFCORNERR(3,2) = RESHAPE((/1,3,5,1,5,7/),(/3,2/))
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IVERT = WInfo3dInteger(M3dVertices)
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wdmax=-1.e10
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wdmin=1.e10
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MAXNP=NP
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ALLOCATE (XSING(MAXNP),YSING(MAXNP),BLVL(MAXNP))
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XSING=5.
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YSING=-5.
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BLVL=-.5
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DO K=1,NP
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IF(INSKP(K) .EQ. 1) CYCLE
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IF(CORD(K,1) .LT. 0. .OR. CORD(K,1) .GT. HSIZE) CYCLE
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IF(CORD(K,2) .LT. 0. .OR. CORD(K,2) .GT. 7.5) CYCLE
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wdmax=max(WD(K),wdmax)
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wdmin=min(WD(K),wdmin)
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XSING(K)=CORD(K,1)
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YSING(K)=-CORD(K,2)
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ENDDO
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wdmins=wdmin/((wdmax-wdmin)*2.)
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DO K=1,NP
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IF(INSKP(K) .EQ. 1) CYCLE
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IF(CORD(K,1) .LT. 0. .OR. CORD(K,1) .GT. HSIZE) CYCLE
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IF(CORD(K,2) .LT. 0. .OR. CORD(K,2) .GT. 7.5) CYCLE
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blvl(k)=-(WD(K)-wdmin)/(wdmax-wdmin)
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ENDDO
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!! read(155,'(2i6,24f12.3)') j,ncn,(xlin(k),ylin(k),blvl(k),k=1,ncn)
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!! blvl(k)=(blvl(k))*0.1
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CALL W3dVertices(xsing,blvl,ysing,MAXNP)
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DO IFACET = 1,ne
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! IF(IMAT(IFACET) .EQ. 999) CYCLE
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if(ncorn(ifacet) .lt. 6 .or. (imat(ifacet) .eq. 0)) cycle
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IF(IESKP(IFACET) .NE. 0) CYCLE
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IF(CORD(nop(ifacet,1),1) .LT. 0. .OR. CORD(nop(ifacet,1),1) .GT. HSIZE) CYCLE
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IF(CORD(nop(ifacet,3),1) .LT. 0. .OR. CORD(nop(ifacet,3),1) .GT. HSIZE) CYCLE
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IF(CORD(nop(ifacet,5),1) .LT. 0. .OR. CORD(nop(ifacet,5),1) .GT. HSIZE) CYCLE
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IF(CORD(nop(ifacet,1),2) .LT. 0. .OR. CORD(nop(ifacet,1),2) .GT. 7.5) CYCLE
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IF(CORD(nop(ifacet,3),2) .LT. 0. .OR. CORD(nop(ifacet,3),2) .GT. 7.5) CYCLE
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IF(CORD(nop(ifacet,5),2) .LT. 0. .OR. CORD(nop(ifacet,5),2) .GT. 7.5) CYCLE
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if(ncorn(ifacet) .eq. 6) then
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K=1
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i1=nop(ifacet,ifcorner(1,k))
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i2=nop(ifacet,ifcorner(2,k))
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i3=nop(ifacet,ifcorner(3,k))
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wm=(blvl(i1)+blvl(i2)+blvl(i3))/3.
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mat=-wm*8.+1.
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CALL W3dMaterialN(MAT)
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IVERTICES(1) = i1
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IVERTICES(2) = i2
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IVERTICES(3) = i3
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ncns=3
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CALL W3dFacet(IVERTICES,ncns)
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! WRITE(156,*) IFACET,I1,I2,I3,MAT
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! enddo
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else
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IF(CORD(nop(ifacet,7),1) .LT. 0. .OR. CORD(nop(ifacet,7),1) .GT. HSIZE) CYCLE
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IF(CORD(nop(ifacet,7),2) .LT. 0. .OR. CORD(nop(ifacet,7),2) .GT. 7.5) CYCLE
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do k=1,2
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i1=nop(ifacet,ifcornerr(1,k))
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i2=nop(ifacet,ifcornerr(2,k))
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i3=nop(ifacet,ifcornerr(3,k))
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wm=(blvl(i1)+blvl(i2)+blvl(i3))/3.
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mat=-wm*8.+1.
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CALL W3dMaterialN(MAT)
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IVERTICES(1) = i1
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IVERTICES(2) = i2
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IVERTICES(3) = i3
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ncns=3
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CALL W3dFacet(IVERTICES,ncns)
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! WRITE(156,*) IFACET,I1,I2,I3,MAT
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enddo
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endif
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END DO
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DEALLOCATE (XSING,YSING,BLVL)
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RETURN
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END SUBROUTINE TRPLAT
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!
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SUBROUTINE ViewPos(Angle)
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USE BLK3D
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!
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! Set viewing position
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!
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IMPLICIT NONE
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!
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REAL, INTENT(IN) :: Angle
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CHARACTER(LEN=50) :: STBAR1
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!
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! REAL, PARAMETER :: DIST = 20. ! Controls viewing distance
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real xtmp,ytmp,ztmp,xpos,ypos,zpos,xup,yup,zup
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!
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!
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! Calculate viewing position using EYE matrix calculated by 3D modelling routines.
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!
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XTMP = 0.0
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YTMP = 0.0
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ZTMP = DIST
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XPOS = EYE(1,1)*XTMP + EYE(1,2)*YTMP + EYE(1,3)*ZTMP + EYE(1,4)
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YPOS = EYE(2,1)*XTMP + EYE(2,2)*YTMP + EYE(2,3)*ZTMP + EYE(2,4)
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ZPOS = EYE(3,1)*XTMP + EYE(3,2)*YTMP + EYE(3,3)*ZTMP + EYE(3,4)
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WRITE(STBAR1,'(3F13.3)') XPOS,YPOS,ZPOS
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CALL WindowOutStatusBar(6,STBAR1)
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!
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! Calculate up vector using EYE matrix calculated by 3D modelling routines.
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!
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XTMP = 0.0
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YTMP = 1.0
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ZTMP = 0.0
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XUP = EYE(1,1)*XTMP + EYE(1,2)*YTMP + EYE(1,3)*ZTMP
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YUP = EYE(2,1)*XTMP + EYE(2,2)*YTMP + EYE(2,3)*ZTMP
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ZUP = EYE(3,1)*XTMP + EYE(3,2)*YTMP + EYE(3,3)*ZTMP
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!
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! Set eye position
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!
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CALL W3dEye(XPOS,YPOS,ZPOS, &
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EYE(1,4),EYE(2,4),EYE(3,4), &
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XUP,YUP,ZUP)
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RETURN
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END SUBROUTINE ViewPos
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!
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SUBROUTINE ShowModel(JHAND1,ITYPIMAGE)
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!
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! Display the model
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!
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USE WINTERACTER
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IMPLICIT NONE
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!
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INTEGER, INTENT(IN) :: JHAND1,ITYPIMAGE ! Memory bitmap handle
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!
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! Select the bitmap as the target drawable and draw the model
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!
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!CALL IGrSelect(DrawBitmap,JHAND1)
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!CALL IGrAreaClear()
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!CALL W3dShow(View3Flat)
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CALL WglSelect(DrawBitmap,JHAND1)
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! CALL IGrAreaClear()
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CALL WglShow(ITYPIMAGE)
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!
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! Now select window as target drawable and copy bitmap to window
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!
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! CALL IGrSelect(DrawWin)
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CALL WglSelect(DrawWin)
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CALL WBitmapPut(JHAND1,0,0)
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RETURN
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END SUBROUTINE ShowModel
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!
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