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OptHomRun.cpp
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Jean-François Remacle authoredJean-François Remacle authored
Post.cpp 14.08 KiB
// $Id: Post.cpp,v 1.33 2002-05-18 07:18:02 geuzaine Exp $
//
// Copyright (C) 1997 - 2002 C. Geuzaine, J.-F. Remacle
//
// This program is free software; you can redistribute it and/or modify
// it under the terms of the GNU General Public License as published by
// the Free Software Foundation; either version 2 of the License, or
// (at your option) any later version.
//
// This program is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU General Public License for more details.
//
// You should have received a copy of the GNU General Public License
// along with this program; if not, write to the Free Software
// Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
#include "Gmsh.h"
#include "GmshUI.h"
#include "Numeric.h"
#include "Geo.h"
#include "Mesh.h"
#include "Draw.h"
#include "Views.h"
#include "Context.h"
#include "gl2ps.h"
extern Context_T CTX;
static double Raise[3][5];
static double RaiseFactor[3];
// Give Value from Index
double GiveValueFromIndex_Lin(double ValMin, double ValMax, int NbIso, int Iso){
if(NbIso==1) return (ValMax+ValMin)/2.;
return ValMin + Iso*(ValMax-ValMin)/(NbIso-1.) ;
}
double GiveValueFromIndex_Log(double ValMin, double ValMax, int NbIso, int Iso){
if(NbIso==1) return (ValMax+ValMin)/2.;
if(ValMin <= 0.) return 0. ;
return pow(10.,log10(ValMin)+Iso*(log10(ValMax)-log10(ValMin))/(NbIso-1.)) ;
}
double GiveValueFromIndex_DoubleLog(double ValMin, double ValMax, int NbIso, int Iso){
if(NbIso==1) return (ValMax+ValMin)/2.;
if(ValMin <= 0.) return 0. ;
double Iso2 = Iso/2.;
double NbIso2 = NbIso/2.;
return pow(10.,log10(ValMin)+Iso2*(log10(ValMax)-log10(ValMin))/(NbIso2-1.)) ;
}
// Give Index From Value
int GiveIndexFromValue_Lin(double ValMin, double ValMax, int NbIso, double Val){
if(ValMin==ValMax) return NbIso/2 ;
return (int)((Val-ValMin)*(NbIso-1)/(ValMax-ValMin)) ;
}
int GiveIndexFromValue_Log(double ValMin, double ValMax, int NbIso, double Val){
if(ValMin==ValMax) return NbIso/2 ;
if(ValMin <= 0.) return 0 ;
return (int)((log10(Val)-log10(ValMin))*(NbIso-1)/(log10(ValMax)-log10(ValMin))) ;
}
int GiveIndexFromValue_DoubleLog(double ValMin, double ValMax, int NbIso, double Val){
if(ValMin==ValMax) return NbIso/2 ;
if(ValMin <= 0.) return 0 ;
return (int)((log10(Val)-log10(ValMin))*(NbIso-1)/(log10(ValMax)-log10(ValMin))) ;
}
// Color Palette
void Palette1(Post_View *v, int nbi, int i){ /* i in [0,nbi-1] */
int index ;
index = (nbi==1) ?
v->CT.size/2 :
(int) (i/(double)(nbi-1)*(v->CT.size-1) + 0.5) ;
glColor4ubv( (GLubyte *) &v->CT.table[index] );
}
void Palette2(Post_View *v,double min, double max, double val){ /* val in [min,max] */
int index;
index = (min==max) ?
v->CT.size/2 :
(int)( (val-min)/(max-min)*(v->CT.size-1) + 0.5);
glColor4ubv((GLubyte *) &v->CT.table[index]);
}
void RaiseFill(int i, double Val, double ValMin, double Raise[3][5]){
int j ;
for(j=0 ; j<3 ; j++) Raise[j][i] = (Val-ValMin) * RaiseFactor[j] ;
}
// Draw Post routines
void Free_DisplayLists(void){
Post_View *v;
for(int iView=0 ; iView<List_Nbr(CTX.post.list) ; iView++){
v = (Post_View*)List_Pointer(CTX.post.list,iView);
if(glIsList(v->Num)) glDeleteLists(v->Num,1);
}
}
void Get_Coords(double Explode, double *Offset, int nbnod,
double *x1, double *y1, double *z1,
double *x2, double *y2, double *z2){
int i;
double xc=0., yc=0., zc=0.;
if(Explode==1){
for(i=0; i<nbnod; i++){
x2[i] = x1[i]+Offset[0];
y2[i] = y1[i]+Offset[1];
z2[i] = z1[i]+Offset[2];
}
}
else{
for(i=0; i<nbnod; i++){
xc += x1[i];
yc += y1[i];
zc += z1[i];
}
xc /= (double)nbnod;
yc /= (double)nbnod;
zc /= (double)nbnod;
for(i=0; i<nbnod; i++){
x2[i] = xc + Explode * (x1[i]-xc) + Offset[0];
y2[i] = yc + Explode * (y1[i]-yc) + Offset[1]; z2[i] = zc + Explode * (z1[i]-zc) + Offset[2];
}
}
}
void Draw_Post (void) {
int iView,i,j,k,nb;
double ValMin,ValMax,AbsMax,X[4],Y[4],Z[4];
Post_View *v;
if(!CTX.post.list) return;
if(!CTX.post.draw){ // draw only the bbox of the visible views
for(iView=0 ; iView<List_Nbr(CTX.post.list) ; iView++){
v = (Post_View*)List_Pointer(CTX.post.list,iView);
if(v->Visible && v->Type==DRAW_POST_3D){
glColor4ubv((GLubyte*)&CTX.color.fg);
glBegin(GL_LINE_LOOP);
glVertex3d(v->BBox[0], v->BBox[2], v->BBox[4]);
glVertex3d(v->BBox[1], v->BBox[2], v->BBox[4]);
glVertex3d(v->BBox[1], v->BBox[3], v->BBox[4]);
glVertex3d(v->BBox[0], v->BBox[3], v->BBox[4]);
glEnd();
glBegin(GL_LINE_LOOP);
glVertex3d(v->BBox[0], v->BBox[2], v->BBox[5]);
glVertex3d(v->BBox[1], v->BBox[2], v->BBox[5]);
glVertex3d(v->BBox[1], v->BBox[3], v->BBox[5]);
glVertex3d(v->BBox[0], v->BBox[3], v->BBox[5]);
glEnd();
glBegin(GL_LINES);
glVertex3d(v->BBox[0], v->BBox[2], v->BBox[4]);
glVertex3d(v->BBox[0], v->BBox[2], v->BBox[5]);
glVertex3d(v->BBox[1], v->BBox[2], v->BBox[4]);
glVertex3d(v->BBox[1], v->BBox[2], v->BBox[5]);
glVertex3d(v->BBox[1], v->BBox[3], v->BBox[4]);
glVertex3d(v->BBox[1], v->BBox[3], v->BBox[5]);
glVertex3d(v->BBox[0], v->BBox[3], v->BBox[4]);
glVertex3d(v->BBox[0], v->BBox[3], v->BBox[5]);
glEnd();
}
}
return;
}
for(iView=0 ; iView<List_Nbr(CTX.post.list) ; iView++){
v = (Post_View*)List_Pointer(CTX.post.list,iView);
if(v->Visible && !v->Dirty){
if(CTX.display_lists && !v->Changed && glIsList(v->Num)){
glCallList(v->Num);
}
else{
if(CTX.display_lists){
if(glIsList(v->Num)) glDeleteLists(v->Num,1);
Msg(DEBUG, "New Display List");
glNewList(v->Num, GL_COMPILE_AND_EXECUTE);
}
glPointSize(v->PointSize);
gl2psPointSize(v->PointSize * CTX.print.eps_point_size_factor);
glLineWidth(v->LineWidth);
gl2psLineWidth(v->LineWidth * CTX.print.eps_line_width_factor);
if(v->Light)
InitShading();
else
InitNoShading();
if(v->ShowElement)
glEnable(GL_POLYGON_OFFSET_FILL) ;
// force this
if(v->IntervalsType == DRAW_POST_CONTINUOUS){
glShadeModel(GL_SMOOTH);
glLightModelf(GL_LIGHT_MODEL_TWO_SIDE, GL_TRUE);
}
else{// there is a bug in CutTriangle2D!! See Iso.cpp
glLightModelf(GL_LIGHT_MODEL_TWO_SIDE, GL_FALSE);
}
switch(v->RangeType){
case DRAW_POST_DEFAULT : ValMin = v->Min ; ValMax = v->Max ; break;
case DRAW_POST_CUSTOM : ValMin = v->CustomMin ; ValMax = v->CustomMax ; break;
}
switch(v->ScaleType){
case DRAW_POST_LINEAR :
v->GIFV = GiveIndexFromValue_Lin ;
v->GVFI = GiveValueFromIndex_Lin ;
break;
case DRAW_POST_LOGARITHMIC :
v->GIFV = GiveIndexFromValue_Log ;
v->GVFI = GiveValueFromIndex_Log ;
break;
case DRAW_POST_DOUBLELOGARITHMIC :
v->GIFV = GiveIndexFromValue_DoubleLog ;
v->GVFI = GiveValueFromIndex_DoubleLog ;
break;
}
AbsMax = DMAX(fabs(ValMin),fabs(ValMax));
AbsMax = (AbsMax==0.) ? 1. : AbsMax;
for(j=0;j<3;j++){
RaiseFactor[j] = v->Raise[j] / AbsMax ;
for(k=0;k<5;k++) Raise[j][k] = 0. ;
}
// Points
if(v->Type==DRAW_POST_3D && v->NbSP && v->DrawPoints && v->DrawScalars){
nb = List_Nbr(v->SP) / v->NbSP ;
for(i = 0 ; i < List_Nbr(v->SP) ; i+=nb){
Get_Coords(1., v->Offset, 1,
(double*)List_Pointer_Fast(v->SP,i),
(double*)List_Pointer_Fast(v->SP,i+1),
(double*)List_Pointer_Fast(v->SP,i+2),
X, Y, Z);
Draw_ScalarPoint(v, ValMin, ValMax, Raise, X, Y, Z,
(double*)List_Pointer_Fast(v->SP,i+3));
}
}
if(v->NbVP && v->DrawPoints && v->DrawVectors){
nb = List_Nbr(v->VP) / v->NbVP ;
for(i = 0 ; i < List_Nbr(v->VP) ; i+=nb){
Get_Coords(1., v->Offset, 1,
(double*)List_Pointer_Fast(v->VP,i),
(double*)List_Pointer_Fast(v->VP,i+1),
(double*)List_Pointer_Fast(v->VP,i+2),
X, Y, Z);
Draw_VectorPoint(v, ValMin, ValMax, Raise, X, Y, Z,
(double*)List_Pointer_Fast(v->VP,i+3));
} }
if(v->NbTP && v->DrawPoints && v->DrawTensors){
nb = List_Nbr(v->TP) / v->NbTP ;
for(i = 0 ; i < List_Nbr(v->TP) ; i+=nb){
Get_Coords(1., v->Offset, 1,
(double*)List_Pointer_Fast(v->TP,i),
(double*)List_Pointer_Fast(v->TP,i+1),
(double*)List_Pointer_Fast(v->TP,i+2),
X, Y, Z);
Draw_TensorPoint(v, ValMin, ValMax, Raise, X, Y, Z,
(double*)List_Pointer_Fast(v->TP,i+3));
}
}
// Lines
if(v->NbSL && v->DrawLines && v->DrawScalars){
nb = List_Nbr(v->SL) / v->NbSL ;
for(i = 0 ; i < List_Nbr(v->SL) ; i+=nb){
Get_Coords(v->Explode, v->Offset, 2,
(double*)List_Pointer_Fast(v->SL,i),
(double*)List_Pointer_Fast(v->SL,i+2),
(double*)List_Pointer_Fast(v->SL,i+4),
X, Y, Z);
Draw_ScalarLine(v, ValMin, ValMax, Raise, X, Y, Z,
(double*)List_Pointer_Fast(v->SL,i+6));
}
}
if(v->NbVL && v->DrawLines && v->DrawVectors){
nb = List_Nbr(v->VL) / v->NbVL ;
for(i = 0 ; i < List_Nbr(v->VL) ; i+=nb){
Get_Coords(v->Explode, v->Offset, 2,
(double*)List_Pointer_Fast(v->VL,i),
(double*)List_Pointer_Fast(v->VL,i+2),
(double*)List_Pointer_Fast(v->VL,i+4),
X, Y, Z);
Draw_VectorLine(v, ValMin, ValMax, Raise, X, Y, Z,
(double*)List_Pointer_Fast(v->VL,i+6));
}
}
if(v->NbTL && v->DrawLines && v->DrawTensors){
nb = List_Nbr(v->TL) / v->NbTL ;
for(i = 0 ; i < List_Nbr(v->TL) ; i+=nb){
Get_Coords(v->Explode, v->Offset, 2,
(double*)List_Pointer_Fast(v->TL,i),
(double*)List_Pointer_Fast(v->TL,i+2),
(double*)List_Pointer_Fast(v->TL,i+4),
X, Y, Z);
Draw_TensorLine(v, ValMin, ValMax, Raise, X, Y, Z,
(double*)List_Pointer_Fast(v->TL,i+6));
}
}
// Triangles
if(v->NbST && v->DrawTriangles && v->DrawScalars){
nb = List_Nbr(v->ST) / v->NbST ;
if(v->Light && v->SmoothNormals && v->Changed && v->IntervalsType != DRAW_POST_ISO){
Msg(DEBUG, "Preprocessing of triangle normals in view %d", v->Num);
for(i = 0 ; i < List_Nbr(v->ST) ; i+=nb){
Get_Coords(v->Explode, v->Offset, 3,
(double*)List_Pointer_Fast(v->ST,i),
(double*)List_Pointer_Fast(v->ST,i+3),
(double*)List_Pointer_Fast(v->ST,i+6),
X, Y, Z);
Draw_ScalarTriangle(v, 1, ValMin, ValMax, Raise, X, Y, Z,
(double*)List_Pointer_Fast(v->ST,i+9));
}
}
for(i = 0 ; i < List_Nbr(v->ST) ; i+=nb){ Get_Coords(v->Explode, v->Offset, 3,
(double*)List_Pointer_Fast(v->ST,i),
(double*)List_Pointer_Fast(v->ST,i+3),
(double*)List_Pointer_Fast(v->ST,i+6),
X, Y, Z);
Draw_ScalarTriangle(v, 0, ValMin, ValMax, Raise, X, Y, Z,
(double*)List_Pointer_Fast(v->ST,i+9));
}
}
if(v->NbVT && v->DrawTriangles && v->DrawVectors){
nb = List_Nbr(v->VT) / v->NbVT ;
for(i = 0 ; i < List_Nbr(v->VT) ; i+=nb){
Get_Coords(v->Explode, v->Offset, 3,
(double*)List_Pointer_Fast(v->VT,i),
(double*)List_Pointer_Fast(v->VT,i+3),
(double*)List_Pointer_Fast(v->VT,i+6),
X, Y, Z);
Draw_VectorTriangle(v, ValMin, ValMax, Raise, X, Y, Z,
(double*)List_Pointer_Fast(v->VT,i+9));
}
}
if(v->NbTT && v->DrawTriangles && v->DrawTensors){
nb = List_Nbr(v->TT) / v->NbTT ;
for(i = 0 ; i < List_Nbr(v->TT) ; i+=nb){
Get_Coords(v->Explode, v->Offset, 3,
(double*)List_Pointer_Fast(v->TT,i),
(double*)List_Pointer_Fast(v->TT,i+3),
(double*)List_Pointer_Fast(v->TT,i+6),
X, Y, Z);
Draw_TensorTriangle(v, ValMin, ValMax, Raise, X, Y, Z,
(double*)List_Pointer_Fast(v->TT,i+9));
}
}
// Tetrahedra
if(v->NbSS && v->DrawTetrahedra && v->DrawScalars){
nb = List_Nbr(v->SS) / v->NbSS ;
if(v->Light && v->SmoothNormals && v->Changed && v->IntervalsType != DRAW_POST_ISO){
Msg(DEBUG, "Preprocessing of tets normals in view %d", v->Num);
for(i = 0 ; i < List_Nbr(v->SS) ; i+=nb){
Get_Coords(v->Explode, v->Offset, 4,
(double*)List_Pointer_Fast(v->SS,i),
(double*)List_Pointer_Fast(v->SS,i+4),
(double*)List_Pointer_Fast(v->SS,i+8),
X, Y, Z);
Draw_ScalarTetrahedron(v, 1, ValMin, ValMax, Raise, X, Y, Z,
(double*)List_Pointer_Fast(v->SS,i+12));
}
}
for(i = 0 ; i < List_Nbr(v->SS) ; i+=nb){
Get_Coords(v->Explode, v->Offset, 4,
(double*)List_Pointer_Fast(v->SS,i),
(double*)List_Pointer_Fast(v->SS,i+4),
(double*)List_Pointer_Fast(v->SS,i+8),
X, Y, Z);
Draw_ScalarTetrahedron(v, 0, ValMin, ValMax, Raise, X, Y, Z,
(double*)List_Pointer_Fast(v->SS,i+12));
}
}
if(v->NbVS && v->DrawTetrahedra && v->DrawVectors){
nb = List_Nbr(v->VS) / v->NbVS ;
for(i = 0 ; i < List_Nbr(v->VS) ; i+=nb){
Get_Coords(v->Explode, v->Offset, 4,
(double*)List_Pointer_Fast(v->VS,i),
(double*)List_Pointer_Fast(v->VS,i+4),
(double*)List_Pointer_Fast(v->VS,i+8),
X, Y, Z);
Draw_VectorTetrahedron(v, ValMin, ValMax, Raise, X, Y, Z,
(double*)List_Pointer_Fast(v->VS,i+12)); }
}
if(v->NbTS && v->DrawTetrahedra && v->DrawTensors){
nb = List_Nbr(v->TS) / v->NbTS ;
for(i = 0 ; i < List_Nbr(v->TS) ; i+=nb){
Get_Coords(v->Explode, v->Offset, 4,
(double*)List_Pointer_Fast(v->TS,i),
(double*)List_Pointer_Fast(v->TS,i+4),
(double*)List_Pointer_Fast(v->TS,i+8),
X, Y, Z);
Draw_TensorTetrahedron(v, ValMin, ValMax, Raise, X, Y, Z,
(double*)List_Pointer_Fast(v->TS,i+12));
}
}
if(v->DrawStrings){
glColor4ubv((GLubyte*)&CTX.color.text);
Draw_Text2D3D(3, v->TimeStep, v->NbT3, v->T3D, v->T3C);
}
if(CTX.display_lists) glEndList();
v->Changed=0;
if(v->ShowElement || v->ArrowType == DRAW_POST_DISPLACEMENT)
glDisable(GL_POLYGON_OFFSET_FILL) ;
}
}
}
// go back to default shading for the scale
InitNoShading();
}