#ifdef WIN32 #include #endif #include #include "viewperf.h" #include "vpDefine.h" void FUNCTION(struct ThreadBlock *tb) { int polyi,verti; int numverts; int polycount = tb->np; GLenum mode = tb->mode; #ifdef BATCH int groupi; int batchi; int leftoveri; int batchcount = tb->batchnum; int groupcount = tb->batchgroups; int leftovercount = tb->batchleftovers; #endif #ifdef EXTERNAL GLenum capability = tb->capability; void (*lExternfunc)(GLenum) = tb->externfunc; #endif int *vertindex; #ifdef BY_TWO int *startvertindex; #endif struct vector *pvert=tb->vert; struct plygon *pply=tb->ply; #ifndef FUNCTION_CALLS #ifdef WIN32 void (APIENTRY *glVertex3fvP)(const GLfloat *); #else void (*glVertex3fvP)(const GLfloat *); #endif #endif #if defined(FACET_NORM) || defined(VERT_NORM) struct vector *pvnorm=tb->vnorm; #ifndef FUNCTION_CALLS #ifdef WIN32 void (APIENTRY *glNormal3fvP)(const GLfloat *); #else void (*glNormal3fvP)(const GLfloat *); #endif #endif /* ifndef FUNCTION_CALLS */ #endif #if defined(FACET_COLOR) || defined(VERT_COLOR) struct colorvector *pvcolor=tb->vcolor; #ifndef FUNCTION_CALLS #ifdef WIN32 void (APIENTRY *glColorP)(const GLfloat *); #else void (*glColorP)(const GLfloat *); #endif #endif /* ifndef FUNCTION_CALLS */ #endif #ifdef TEXTURE struct vector *ptexture=tb->texture; #ifndef FUNCTION_CALLS #ifdef WIN32 void (APIENTRY *glTexCoord2fvP)(const GLfloat *); #else void (*glTexCoord2fvP)(const GLfloat *); #endif glTexCoord2fvP = glTexCoord2fv; #endif /* ifndef FUNCTION_CALLS */ #endif #ifndef FUNCTION_CALLS #if defined(FACET_COLOR) || defined(VERT_COLOR) glColorP = tb->ColorP; #endif #if defined(FACET_NORM) || defined(VERT_NORM) glNormal3fvP = glNormal3fv; #endif glVertex3fvP = glVertex3fv; #endif #ifdef BATCH polyi = polycount; for(groupi=groupcount-1;groupi>=0;groupi--) { glBegin(mode); for(batchi=batchcount-1;batchi>=0;batchi--) { polyi--; #else for(polyi=polycount-1;polyi>=0;polyi--) { #endif numverts = pply[polyi].numverts; vertindex = pply[polyi].index; #ifdef BY_TWO startvertindex = vertindex; #endif #ifdef EXTERNAL lExternfunc(capability); #endif #if defined(FACET_COLOR) && !defined(FUNCTION_CALLS) (*glColorP)((const GLfloat *) (pvcolor + *vertindex)); #elif defined(FACET_COLOR) && defined(FUNCTION_CALLS) && !defined(COLOR4) glColor3fv((const GLfloat *) (pvcolor + *vertindex)); #elif defined(FACET_COLOR) && defined(FUNCTION_CALLS) && defined(COLOR4) glColor4fv((const GLfloat *) (pvcolor + *vertindex)); #endif #if defined(FACET_NORM) && !defined(FUNCTION_CALLS) (*glNormal3fvP)((const GLfloat *) (pvnorm + *vertindex)); #elif defined(FACET_NORM) && defined(FUNCTION_CALLS) glNormal3fv((const GLfloat *) (pvnorm + *vertindex)); #endif #ifndef BATCH glBegin(mode); #endif #if defined(VERT_COLOR) && !defined(FUNCTION_CALLS) (*glColorP)((const GLfloat *) (pvcolor + *vertindex)); #elif defined(VERT_COLOR) && defined(FUNCTION_CALLS) && !defined(COLOR4) glColor3fv((const GLfloat *) (pvcolor + *vertindex)); #elif defined(VERT_COLOR) && defined(FUNCTION_CALLS) && defined(COLOR4) glColor4fv((const GLfloat *) (pvcolor + *vertindex)); #endif #if defined(TEXTURE) && !defined(FUNCTION_CALLS) (*glTexCoord2fvP)((const GLfloat *) (ptexture + *vertindex)); #elif defined(TEXTURE) && defined(FUNCTION_CALLS) glTexCoord2fv((const GLfloat *) (ptexture + *vertindex)); #endif #if defined(VERT_NORM) && !defined(FUNCTION_CALLS) (*glNormal3fvP)((const GLfloat *) (pvnorm + *vertindex)); #elif defined(VERT_NORM) && defined(FUNCTION_CALLS) glNormal3fv((const GLfloat *) (pvnorm + *vertindex)); #endif #ifdef FUNCTION_CALLS glVertex3fv((const GLfloat *) (pvert + *vertindex)); #else (*glVertex3fvP)((const GLfloat *) (pvert + *vertindex)); #endif #ifdef BY_TWO vertindex++; #if defined(VERT_COLOR) && !defined(FUNCTION_CALLS) (*glColorP)((const GLfloat *) (pvcolor + *vertindex)); #elif defined(VERT_COLOR) && defined(FUNCTION_CALLS) && !defined(COLOR4) glColor3fv((const GLfloat *) (pvcolor + *vertindex)); #elif defined(VERT_COLOR) && defined(FUNCTION_CALLS) && defined(COLOR4) glColor4fv((const GLfloat *) (pvcolor + *vertindex)); #endif #if defined(TEXTURE) && !defined(FUNCTION_CALLS) (*glTexCoord2fvP)((const GLfloat *) (ptexture + *vertindex)); #elif defined(TEXTURE) && defined(FUNCTION_CALLS) glTexCoord2fv((const GLfloat *) (ptexture + *vertindex)); #endif #if defined(VERT_NORM) && !defined(FUNCTION_CALLS) (*glNormal3fvP)((const GLfloat *) (pvnorm + *vertindex)); #elif defined(VERT_NORM) && defined(FUNCTION_CALLS) glNormal3fv((const GLfloat *) (pvnorm + *vertindex)); #endif #ifdef FUNCTION_CALLS glVertex3fv((const GLfloat *) (pvert + *vertindex)); #else (*glVertex3fvP)((const GLfloat *) (pvert + *vertindex)); #endif #else vertindex++; #endif #if defined(VERT_COLOR) && !defined(FUNCTION_CALLS) (*glColorP)((const GLfloat *) (pvcolor + *vertindex)); #elif defined(VERT_COLOR) && defined(FUNCTION_CALLS) && !defined(COLOR4) glColor3fv((const GLfloat *) (pvcolor + *vertindex)); #elif defined(VERT_COLOR) && defined(FUNCTION_CALLS) && defined(COLOR4) glColor4fv((const GLfloat *) (pvcolor + *vertindex)); #endif #if defined(TEXTURE) && !defined(FUNCTION_CALLS) (*glTexCoord2fvP)((const GLfloat *) (ptexture + *vertindex)); #elif defined(TEXTURE) && defined(FUNCTION_CALLS) glTexCoord2fv((const GLfloat *) (ptexture + *vertindex)); #endif #if defined(VERT_NORM) && !defined(FUNCTION_CALLS) (*glNormal3fvP)((const GLfloat *) (pvnorm + *vertindex)); #elif defined(VERT_NORM) && defined(FUNCTION_CALLS) glNormal3fv((const GLfloat *) (pvnorm + *vertindex)); #endif #ifdef FUNCTION_CALLS glVertex3fv((const GLfloat *) (pvert + *vertindex)); #else (*glVertex3fvP)((const GLfloat *) (pvert + *vertindex)); #endif #ifdef BY_TWO vertindex++; #if defined(VERT_COLOR) && !defined(FUNCTION_CALLS) (*glColorP)((const GLfloat *) (pvcolor + *vertindex)); #elif defined(VERT_COLOR) && defined(FUNCTION_CALLS) && !defined(COLOR4) glColor3fv((const GLfloat *) (pvcolor + *vertindex)); #elif defined(VERT_COLOR) && defined(FUNCTION_CALLS) && defined(COLOR4) glColor4fv((const GLfloat *) (pvcolor + *vertindex)); #endif #if defined(TEXTURE) && !defined(FUNCTION_CALLS) (*glTexCoord2fvP)((const GLfloat *) (ptexture + *vertindex)); #elif defined(TEXTURE) && defined(FUNCTION_CALLS) glTexCoord2fv((const GLfloat *) (ptexture + *vertindex)); #endif #if defined(VERT_NORM) && !defined(FUNCTION_CALLS) (*glNormal3fvP)((const GLfloat *) (pvnorm + *vertindex)); #elif defined(VERT_NORM) && defined(FUNCTION_CALLS) glNormal3fv((const GLfloat *) (pvnorm + *vertindex)); #endif #ifdef FUNCTION_CALLS glVertex3fv((const GLfloat *) (pvert + *vertindex)); #else (*glVertex3fvP)((const GLfloat *) (pvert + *vertindex)); #endif #else vertindex++; #endif #if defined(VERT_COLOR) && !defined(FUNCTION_CALLS) (*glColorP)((const GLfloat *) (pvcolor + *vertindex)); #elif defined(VERT_COLOR) && defined(FUNCTION_CALLS) && !defined(COLOR4) glColor3fv((const GLfloat *) (pvcolor + *vertindex)); #elif defined(VERT_COLOR) && defined(FUNCTION_CALLS) && defined(COLOR4) glColor4fv((const GLfloat *) (pvcolor + *vertindex)); #endif #if defined(TEXTURE) && !defined(FUNCTION_CALLS) (*glTexCoord2fvP)((const GLfloat *) (ptexture + *vertindex)); #elif defined(TEXTURE) && defined(FUNCTION_CALLS) glTexCoord2fv((const GLfloat *) (ptexture + *vertindex)); #endif #if defined(VERT_NORM) && !defined(FUNCTION_CALLS) (*glNormal3fvP)((const GLfloat *) (pvnorm + *vertindex)); #elif defined(VERT_NORM) && defined(FUNCTION_CALLS) glNormal3fv((const GLfloat *) (pvnorm + *vertindex)); #endif #ifdef FUNCTION_CALLS glVertex3fv((const GLfloat *) (pvert + *vertindex)); #else (*glVertex3fvP)((const GLfloat *) (pvert + *vertindex)); #endif #ifdef BY_TWO #if defined(VERT_COLOR) && !defined(FUNCTION_CALLS) (*glColorP)((const GLfloat *) (pvcolor + *startvertindex)); #elif defined(VERT_COLOR) && defined(FUNCTION_CALLS) && !defined(COLOR4) glColor3fv((const GLfloat *) (pvcolor + *startvertindex)); #elif defined(VERT_COLOR) && defined(FUNCTION_CALLS) && defined(COLOR4) glColor4fv((const GLfloat *) (pvcolor + *startvertindex)); #endif #if defined(TEXTURE) && !defined(FUNCTION_CALLS) (*glTexCoord2fvP)((const GLfloat *) (ptexture + *startvertindex)); #elif defined(TEXTURE) && defined(FUNCTION_CALLS) glTexCoord2fv((const GLfloat *) (ptexture + *startvertindex)); #endif #if defined(VERT_NORM) && !defined(FUNCTION_CALLS) (*glNormal3fvP)((const GLfloat *) (pvnorm + *startvertindex)); #elif defined(VERT_NORM) && defined(FUNCTION_CALLS) glNormal3fv((const GLfloat *) (pvnorm + *startvertindex)); #endif #ifdef FUNCTION_CALLS glVertex3fv((const GLfloat *) (pvert + *startvertindex)); #else (*glVertex3fvP)((const GLfloat *) (pvert + *startvertindex)); #endif #endif #ifndef BATCH glEnd(); #endif } #ifdef BATCH glEnd(); } glBegin(mode); for(leftoveri=leftovercount-1;leftoveri>=0;leftoveri--) { polyi--; numverts = pply[polyi].numverts; vertindex = pply[polyi].index; #ifdef BY_TWO startvertindex = vertindex; #endif #if defined(FACET_COLOR) && !defined(FUNCTION_CALLS) (*glColorP)((const GLfloat *) (pvcolor + *vertindex)); #elif defined(FACET_COLOR) && defined(FUNCTION_CALLS) && !defined(COLOR4) glColor3fv((const GLfloat *) (pvcolor + *vertindex)); #elif defined(FACET_COLOR) && defined(FUNCTION_CALLS) && defined(COLOR4) glColor4fv((const GLfloat *) (pvcolor + *vertindex)); #endif #if defined(FACET_NORM) && !defined(FUNCTION_CALLS) (*glNormal3fvP)((const GLfloat *) (pvnorm + *vertindex)); #elif defined(FACET_NORM) && defined(FUNCTION_CALLS) glNormal3fv((const GLfloat *) (pvnorm + *vertindex)); #endif #if defined(VERT_COLOR) && !defined(FUNCTION_CALLS) (*glColorP)((const GLfloat *) (pvcolor + *vertindex)); #elif defined(VERT_COLOR) && defined(FUNCTION_CALLS) && !defined(COLOR4) glColor3fv((const GLfloat *) (pvcolor + *vertindex)); #elif defined(VERT_COLOR) && defined(FUNCTION_CALLS) && defined(COLOR4) glColor4fv((const GLfloat *) (pvcolor + *vertindex)); #endif #if defined(TEXTURE) && !defined(FUNCTION_CALLS) (*glTexCoord2fvP)((const GLfloat *) (ptexture + *vertindex)); #elif defined(TEXTURE) && defined(FUNCTION_CALLS) glTexCoord2fv((const GLfloat *) (ptexture + *vertindex)); #endif #if defined(VERT_NORM) && !defined(FUNCTION_CALLS) (*glNormal3fvP)((const GLfloat *) (pvnorm + *vertindex)); #elif defined(VERT_NORM) && defined(FUNCTION_CALLS) glNormal3fv((const GLfloat *) (pvnorm + *vertindex)); #endif #ifdef FUNCTION_CALLS glVertex3fv((const GLfloat *) (pvert + *vertindex)); #else (*glVertex3fvP)((const GLfloat *) (pvert + *vertindex)); #endif #ifdef BY_TWO vertindex++; #if defined(VERT_COLOR) && !defined(FUNCTION_CALLS) (*glColorP)((const GLfloat *) (pvcolor + *vertindex)); #elif defined(VERT_COLOR) && defined(FUNCTION_CALLS) && !defined(COLOR4) glColor3fv((const GLfloat *) (pvcolor + *vertindex)); #elif defined(VERT_COLOR) && defined(FUNCTION_CALLS) && defined(COLOR4) glColor4fv((const GLfloat *) (pvcolor + *vertindex)); #endif #if defined(TEXTURE) && !defined(FUNCTION_CALLS) (*glTexCoord2fvP)((const GLfloat *) (ptexture + *vertindex)); #elif defined(TEXTURE) && defined(FUNCTION_CALLS) glTexCoord2fv((const GLfloat *) (ptexture + *vertindex)); #endif #if defined(VERT_NORM) && !defined(FUNCTION_CALLS) (*glNormal3fvP)((const GLfloat *) (pvnorm + *vertindex)); #elif defined(VERT_NORM) && defined(FUNCTION_CALLS) glNormal3fv((const GLfloat *) (pvnorm + *vertindex)); #endif #ifdef FUNCTION_CALLS glVertex3fv((const GLfloat *) (pvert + *vertindex)); #else (*glVertex3fvP)((const GLfloat *) (pvert + *vertindex)); #endif #else vertindex++; #endif #if defined(VERT_COLOR) && !defined(FUNCTION_CALLS) (*glColorP)((const GLfloat *) (pvcolor + *vertindex)); #elif defined(VERT_COLOR) && defined(FUNCTION_CALLS) && !defined(COLOR4) glColor3fv((const GLfloat *) (pvcolor + *vertindex)); #elif defined(VERT_COLOR) && defined(FUNCTION_CALLS) && defined(COLOR4) glColor4fv((const GLfloat *) (pvcolor + *vertindex)); #endif #if defined(TEXTURE) && !defined(FUNCTION_CALLS) (*glTexCoord2fvP)((const GLfloat *) (ptexture + *vertindex)); #elif defined(TEXTURE) && defined(FUNCTION_CALLS) glTexCoord2fv((const GLfloat *) (ptexture + *vertindex)); #endif #if defined(VERT_NORM) && !defined(FUNCTION_CALLS) (*glNormal3fvP)((const GLfloat *) (pvnorm + *vertindex)); #elif defined(VERT_NORM) && defined(FUNCTION_CALLS) glNormal3fv((const GLfloat *) (pvnorm + *vertindex)); #endif #ifdef FUNCTION_CALLS glVertex3fv((const GLfloat *) (pvert + *vertindex)); #else (*glVertex3fvP)((const GLfloat *) (pvert + *vertindex)); #endif #ifdef BY_TWO vertindex++; #if defined(VERT_COLOR) && !defined(FUNCTION_CALLS) (*glColorP)((const GLfloat *) (pvcolor + *vertindex)); #elif defined(VERT_COLOR) && defined(FUNCTION_CALLS) && !defined(COLOR4) glColor3fv((const GLfloat *) (pvcolor + *vertindex)); #elif defined(VERT_COLOR) && defined(FUNCTION_CALLS) && defined(COLOR4) glColor4fv((const GLfloat *) (pvcolor + *vertindex)); #endif #if defined(TEXTURE) && !defined(FUNCTION_CALLS) (*glTexCoord2fvP)((const GLfloat *) (ptexture + *vertindex)); #elif defined(TEXTURE) && defined(FUNCTION_CALLS) glTexCoord2fv((const GLfloat *) (ptexture + *vertindex)); #endif #if defined(VERT_NORM) && !defined(FUNCTION_CALLS) (*glNormal3fvP)((const GLfloat *) (pvnorm + *vertindex)); #elif defined(VERT_NORM) && defined(FUNCTION_CALLS) glNormal3fv((const GLfloat *) (pvnorm + *vertindex)); #endif #ifdef FUNCTION_CALLS glVertex3fv((const GLfloat *) (pvert + *vertindex)); #else (*glVertex3fvP)((const GLfloat *) (pvert + *vertindex)); #endif #else vertindex++; #endif #if defined(VERT_COLOR) && !defined(FUNCTION_CALLS) (*glColorP)((const GLfloat *) (pvcolor + *vertindex)); #elif defined(VERT_COLOR) && defined(FUNCTION_CALLS) && !defined(COLOR4) glColor3fv((const GLfloat *) (pvcolor + *vertindex)); #elif defined(VERT_COLOR) && defined(FUNCTION_CALLS) && defined(COLOR4) glColor4fv((const GLfloat *) (pvcolor + *vertindex)); #endif #if defined(TEXTURE) && !defined(FUNCTION_CALLS) (*glTexCoord2fvP)((const GLfloat *) (ptexture + *vertindex)); #elif defined(TEXTURE) && defined(FUNCTION_CALLS) glTexCoord2fv((const GLfloat *) (ptexture + *vertindex)); #endif #if defined(VERT_NORM) && !defined(FUNCTION_CALLS) (*glNormal3fvP)((const GLfloat *) (pvnorm + *vertindex)); #elif defined(VERT_NORM) && defined(FUNCTION_CALLS) glNormal3fv((const GLfloat *) (pvnorm + *vertindex)); #endif #ifdef FUNCTION_CALLS glVertex3fv((const GLfloat *) (pvert + *vertindex)); #else (*glVertex3fvP)((const GLfloat *) (pvert + *vertindex)); #endif #ifdef BY_TWO #if defined(VERT_COLOR) && !defined(FUNCTION_CALLS) (*glColorP)((const GLfloat *) (pvcolor + *startvertindex)); #elif defined(VERT_COLOR) && defined(FUNCTION_CALLS) && !defined(COLOR4) glColor3fv((const GLfloat *) (pvcolor + *startvertindex)); #elif defined(VERT_COLOR) && defined(FUNCTION_CALLS) && defined(COLOR4) glColor4fv((const GLfloat *) (pvcolor + *startvertindex)); #endif #if defined(TEXTURE) && !defined(FUNCTION_CALLS) (*glTexCoord2fvP)((const GLfloat *) (ptexture + *startvertindex)); #elif defined(TEXTURE) && defined(FUNCTION_CALLS) glTexCoord2fv((const GLfloat *) (ptexture + *startvertindex)); #endif #if defined(VERT_NORM) && !defined(FUNCTION_CALLS) (*glNormal3fvP)((const GLfloat *) (pvnorm + *startvertindex)); #elif defined(VERT_NORM) && defined(FUNCTION_CALLS) glNormal3fv((const GLfloat *) (pvnorm + *startvertindex)); #endif #ifdef FUNCTION_CALLS glVertex3fv((const GLfloat *) (pvert + *startvertindex)); #else (*glVertex3fvP)((const GLfloat *) (pvert + *startvertindex)); #endif #endif } glEnd(); #endif }