void ClustMod::GetWorldBoundBox( TimeValue t,INode* inode, ViewExp *vpt, Box3& box, ModContext *mc) { // Need the correct bound box for proper damage rect calcs. #ifdef DESIGN_VER TimeValue rt = GetCOREInterface()->GetTime(); Matrix3 obtm = inode->GetObjectTM(rt); #else Matrix3 obtm = inode->GetObjectTM(t); #endif GraphicsWindow *gw = vpt->getGW(); Matrix3 ptm(1), ctm(1); if (posControl) posControl->GetValue(t,&ptm,FOREVER,CTRL_RELATIVE); if (tmControl) tmControl->GetValue(t,&ctm,FOREVER,CTRL_RELATIVE); //Matrix3 tm = DEFORMER_TM; Matrix3 tm = CompTM(ptm,ctm,mc->tm,1); ClustDeformer deformer(tm); BoxLineProc bp1(&obtm); DoModifiedBox(MakeBoxNotEmpty(*mc->box), deformer, bp1); box = bp1.Box(); //obtm = ctm * obtm; if (mc->tm) obtm = ctm * Inverse(*mc->tm) * obtm; else obtm = ctm * obtm; BoxLineProc bp2(&obtm); DrawCenterMark(bp2,MakeBoxNotEmpty(*mc->box)); box += bp2.Box(); }
int main (void) { if (have_mpx ()) { int sx[OUR_SIZE]; int sa[OUR_SIZE]; int sb[OUR_SIZE]; int sc[OUR_SIZE]; int sd[OUR_SIZE]; int *x, *a, *b, *c, *d; x = calloc (OUR_SIZE, sizeof (int)); a = calloc (OUR_SIZE, sizeof (int)); b = calloc (OUR_SIZE, sizeof (int)); c = calloc (OUR_SIZE, sizeof (int)); d = calloc (OUR_SIZE, sizeof (int)); upper (x, a, b, c, d, OUR_SIZE + 2); upper (sx, sa, sb, sc, sd, OUR_SIZE + 2); upper (gx, ga, gb, gc, gd, OUR_SIZE + 2); lower (x, a, b, c, d, 1); lower (sx, sa, sb, sc, sd, 1); bp1 (*x); lower (gx, ga, gb, gc, gd, 1); free (x); free (a); free (b); free (c); free (d); } return 0; }
void RS_Grid::createIsometricGrid(LC_Rect const& rect, RS_Vector const& gridWidth) { double const left=rect.minP().x; double const right=rect.maxP().x; //top/bottom reversed double const top=rect.maxP().y; double const bottom=rect.minP().y; int numberY = (RS_Math::round((top-bottom) / gridWidth.y) + 1); double dx=sqrt(3.)*gridWidth.y; cellV.set(fabs(dx),fabs(gridWidth.y)); double hdx=0.5*dx; double hdy=0.5*gridWidth.y; int numberX = (RS_Math::round((right-left) / dx) + 1); int number = 2*numberX*numberY; baseGrid.set(left+remainder(-left,dx),bottom+remainder(-bottom,fabs(gridWidth.y))); if (number<=0 || number>maxGridPoints) return; pt.resize(number); int i=0; RS_Vector bp0(baseGrid),dbp1(hdx,hdy); for (int y=0; y<numberY; ++y) { RS_Vector bp1(bp0); for (int x=0; x<numberX; ++x) { pt[i++] = bp1; pt[i++] = bp1+dbp1; bp1.x += dx; } bp0.y += gridWidth.y; } //find metaGrid if (metaGridWidth.y>minimumGridWidth && graphicView->toGuiDY(metaGridWidth.y)>2) { metaGridWidth.x=(metaGridWidth.x<0.)?-sqrt(3.)*fabs(metaGridWidth.y):sqrt(3.)*fabs(metaGridWidth.y); RS_Vector baseMetaGrid(left+remainder(-left,metaGridWidth.x)-fabs(metaGridWidth.x),bottom+remainder(-bottom,metaGridWidth.y)-fabs(metaGridWidth.y)); // calculate number of visible meta grid lines: int numMetaX = (RS_Math::round((right-left) / metaGridWidth.x) + 1); int numMetaY = (RS_Math::round((top-bottom) / metaGridWidth.y) + 1); if (numMetaX<=0 || numMetaY<=0) return; // create meta grid arrays: metaX.resize(numMetaX); metaY.resize(numMetaY); double x0(baseMetaGrid.x); for (int i=0; i<numMetaX; x0 += metaGridWidth.x) { metaX[i++] = x0; } x0=baseMetaGrid.y; for (int i=0; i<numMetaY; x0 += metaGridWidth.y) { metaY[i++] = x0; } } }
int main() { // Good: the two shared_ptr's share the same object std::shared_ptr<Good> gp1(new Good); std::shared_ptr<Good> gp2 = gp1->getptr(); std::cout << "gp2.use_count() = " << gp2.use_count() << '\n'; // Bad, each shared_ptr thinks it's the only owner of the object std::shared_ptr<Bad> bp1(new Bad); std::shared_ptr<Bad> bp2 = bp1->getptr(); std::cout << "bp2.use_count() = " << bp2.use_count() << '\n'; } // UB: double-delete of Bad, while single delete of Good
void BendManip::GetLocalBoundBox(TimeValue t, INode* inode, ViewExp* vp, Box3& box ) { if ( ! vp || ! vp->IsAlive() ) { box.Init(); return; } if(inode == NULL) return; ModContext* mc = FindModContext( inode, modifier ); if( mc==NULL ) return; Interval valid; if (!vp) vp = GetCOREInterface()->GetActiveViewExp().ToPointer(); if ( ! vp || ! vp->IsAlive() ) { box.Init(); return; } GraphicsWindow *gw = vp->getGW(); Matrix3 modmat, ntm = inode->GetObjTMBeforeWSM(t), off, invoff; if (mc->box->IsEmpty()) { return; } //Lets get the Modifier do all the work here modmat = modifier->CompMatrix(t,*mc,ntm,valid,FALSE); modifier->CompOffset(t,off,invoff); BoxLineProc bp1(&modmat); DoModifiedBox(*mc->box, modifier->GetDeformer(t,*mc,invoff,off), bp1); box = bp1.Box(); box = *(mc->box); Eval(t); }
void ClustMod::GetSubObjectCenters( SubObjAxisCallback *cb,TimeValue t,INode *node,ModContext *mc) { Matrix3 obtm = node->GetObjectTM(t); Matrix3 ptm(1), ctm(1); if (posControl) posControl->GetValue(t,&ptm,FOREVER,CTRL_RELATIVE); if (tmControl) tmControl->GetValue(t,&ctm,FOREVER,CTRL_RELATIVE); if (cb->Type()==SO_CENTER_PIVOT) { //Matrix3 mat = ctm * obtm; Matrix3 mat; if (mc->tm) mat = ctm * Inverse(*mc->tm) * obtm; else mat = ctm * obtm; cb->Center(mat.GetTrans(),0); } else { //Matrix3 tm = DEFORMER_TM; Matrix3 tm = CompTM(ptm,ctm,mc->tm,1); ClustDeformer deformer(tm); BoxLineProc bp1(&obtm); DoModifiedBox(MakeBoxNotEmpty(*mc->box), deformer, bp1); cb->Center(bp1.Box().Center(),0); } }
void RS_Grid::createOrthogonalGrid(LC_Rect const& rect, RS_Vector const& gridWidth) { double const left=rect.minP().x; double const right=rect.maxP().x; //top/bottom reversed double const top=rect.maxP().y; double const bottom=rect.minP().y; cellV.set(fabs(gridWidth.x),fabs(gridWidth.y)); int numberX = (RS_Math::round((right-left) / gridWidth.x) + 1); int numberY = (RS_Math::round((top-bottom) / gridWidth.y) + 1); int number = numberX*numberY; //todo, fix baseGrid for orthogonal grid baseGrid.set(left,bottom); // create grid array: if (number<=0 || number>maxGridPoints) return; pt.resize(number); int i=0; RS_Vector bp0(baseGrid); for (int y=0; y<numberY; ++y) { RS_Vector bp1(bp0); for (int x=0; x<numberX; ++x) { pt[i++] = bp1; bp1.x += gridWidth.x; } bp0.y += gridWidth.y; } // find meta grid boundaries if (metaGridWidth.x>minimumGridWidth && metaGridWidth.y>minimumGridWidth && graphicView->toGuiDX(metaGridWidth.x)>2 && graphicView->toGuiDY(metaGridWidth.y)>2) { double mleft = (int)(graphicView->toGraphX(0) / metaGridWidth.x) * metaGridWidth.x; double mright = (int)(graphicView->toGraphX(graphicView->getWidth()) / metaGridWidth.x) * metaGridWidth.x; double mtop = (int)(graphicView->toGraphY(0) / metaGridWidth.y) * metaGridWidth.y; double mbottom = (int)(graphicView->toGraphY(graphicView->getHeight()) / metaGridWidth.y) * metaGridWidth.y; mleft -= metaGridWidth.x; mright += metaGridWidth.x; mtop += metaGridWidth.y; mbottom -= metaGridWidth.y; // calculate number of visible meta grid lines: int numMetaX = (RS_Math::round((mright-mleft) / metaGridWidth.x) + 1); int numMetaY = (RS_Math::round((mtop-mbottom) / metaGridWidth.y) + 1); if (numMetaX<=0 || numMetaY<=0) return; // create meta grid arrays: metaX.resize(numMetaX); metaY.resize(numMetaY); int i=0; for (int x=0; x<numMetaX; ++x) { metaX[i++] = mleft+x*metaGridWidth.x; } i=0; for (int y=0; y<numMetaY; ++y) { metaY[i++] = mbottom+y*metaGridWidth.y; } } }
/** * Updates the grid point array. */ void RS_Grid::updatePointArray() { RS_DEBUG->print("RS_Grid::update"); if (graphicView->isGridOn()) { RS_Graphic* graphic = graphicView->getGraphic(); // auto scale grid? RS_SETTINGS->beginGroup("/Appearance"); bool scaleGrid = (bool)RS_SETTINGS->readNumEntry("/ScaleGrid", 1); // get grid setting RS_Vector userGrid; if (graphic!=NULL) { //$ISOMETRICGRID == $SNAPSTYLE isometric = static_cast<bool>(graphic->getVariableInt("$SNAPSTYLE",0)); crosshairType=graphic->getCrosshairType(); userGrid = graphic->getVariableVector("$GRIDUNIT", RS_Vector(-1.0, -1.0)); }else { isometric = (bool)RS_SETTINGS->readNumEntry("/IsometricGrid", 0); crosshairType=static_cast<RS2::CrosshairType>(RS_SETTINGS->readNumEntry("/CrosshairType",0)); userGrid.x = RS_SETTINGS->readEntry("/GridSpacingX",QString("-1")).toDouble(); userGrid.y = RS_SETTINGS->readEntry("/GridSpacingY",QString("-1")).toDouble(); } int minGridSpacing = RS_SETTINGS->readNumEntry("/MinGridSpacing", 10); RS_SETTINGS->endGroup(); // std::cout<<"Grid userGrid="<<userGrid<<std::endl; // delete old grid: if (pt!=NULL) { delete[] pt; pt = NULL; } if (metaX!=NULL) { delete[] metaX; metaX = NULL; } if (metaY!=NULL) { delete[] metaY; metaY = NULL; } number = 0; numMetaX = 0; numMetaY = 0; // RS_DEBUG->print("RS_Grid::update: 001"); // find out unit: RS2::Unit unit = RS2::None; RS2::LinearFormat format = RS2::Decimal; if (graphic!=NULL) { unit = graphic->getUnit(); format = graphic->getLinearFormat(); } RS_Vector gridWidth; // RS_Vector metaGridWidth; // RS_DEBUG->print("RS_Grid::update: 002"); // init grid spacing: // metric grid: if (RS_Units::isMetric(unit) || unit==RS2::None || format==RS2::Decimal || format==RS2::Engineering) { if (userGrid.x>0.0) { gridWidth.x = userGrid.x; } else { gridWidth.x = 1e-6; } if (userGrid.y>0.0) { gridWidth.y = userGrid.y; } else { gridWidth.y = 1e-6; } // RS_DEBUG->print("RS_Grid::update: 003"); // auto scale grid //scale grid by drawing setting as well, bug#3416862 // std::cout<<"RS_Grid::updatePointArray(): userGrid="<<userGrid<<std::endl; if (scaleGrid|| userGrid.x<=1e-6 || userGrid.y<=1e-6) { if(scaleGrid || userGrid.x<=1e-6) { while (graphicView->toGuiDX(gridWidth.x)<minGridSpacing) { gridWidth.x*=10; } } if(scaleGrid || userGrid.y<=1e-6) { while (graphicView->toGuiDY(gridWidth.y)<minGridSpacing) { gridWidth.y*=10; } } } // std::cout<<"RS_Grid::updatePointArray(): gridWidth="<<gridWidth<<std::endl; metaGridWidth.x = gridWidth.x*10; metaGridWidth.y = gridWidth.y*10; // RS_DEBUG->print("RS_Grid::update: 004"); } // imperial grid: else { // RS_DEBUG->print("RS_Grid::update: 005"); if (userGrid.x>0.0) { gridWidth.x = userGrid.x; } else { gridWidth.x = 1.0/1024.0; } if (userGrid.y>0.0) { gridWidth.y = userGrid.y; } else { gridWidth.y = 1.0/1024.0; } // RS_DEBUG->print("RS_Grid::update: 006"); if (unit==RS2::Inch) { // RS_DEBUG->print("RS_Grid::update: 007"); // auto scale grid //scale grid by drawing setting as well, bug#3416862 if (scaleGrid|| userGrid.x<=1e-6 || userGrid.y<=1e-6) { if(scaleGrid || userGrid.x<=1e-6) { while (graphicView->toGuiDX(gridWidth.x)<minGridSpacing) { if (RS_Math::round(gridWidth.x)>=36) { gridWidth.x*=2; } else if (RS_Math::round(gridWidth.x)>=12) { gridWidth.x*=3; } else if (RS_Math::round(gridWidth.x)>=4) { gridWidth.x*=3; } else if (RS_Math::round(gridWidth.x)>=1) { gridWidth.x*=2; } else { gridWidth.x*=2; } } } if(scaleGrid || userGrid.y<=1e-6) { while (graphicView->toGuiDY(gridWidth.y)<minGridSpacing) { if (RS_Math::round(gridWidth.y)>=36) { gridWidth.y*=2; } else if (RS_Math::round(gridWidth.y)>=12) { gridWidth.y*=3; } else if (RS_Math::round(gridWidth.y)>=4) { gridWidth.y*=3; } else if (RS_Math::round(gridWidth.y)>=1) { gridWidth.y*=2; } else { gridWidth.y*=2; } } } } // RS_DEBUG->print("RS_Grid::update: 008"); // metagrid X shows inches.. metaGridWidth.x = 1.0; if (graphicView->toGuiDX(metaGridWidth.x)<minGridSpacing*2) { // .. or feet metaGridWidth.x = 12.0; // .. or yards if (graphicView->toGuiDX(metaGridWidth.x)<minGridSpacing*2) { metaGridWidth.x = 36.0; // .. or miles (not really..) //if (graphicView->toGuiDX(metaGridWidth.x)<20) { // metaGridWidth.x = 63360.0; //} // .. or nothing if (graphicView->toGuiDX(metaGridWidth.x)<minGridSpacing*2) { metaGridWidth.x = -1.0; } } } // RS_DEBUG->print("RS_Grid::update: 009"); // metagrid Y shows inches.. metaGridWidth.y = 1.0; if (graphicView->toGuiDY(metaGridWidth.y)<minGridSpacing*2) { // .. or feet metaGridWidth.y = 12.0; // .. or yards if (graphicView->toGuiDY(metaGridWidth.y)<minGridSpacing*2) { metaGridWidth.y = 36.0; // .. or miles (not really..) //if (graphicView->toGuiDY(metaGridWidth.y)<20) { // metaGridWidth.y = 63360.0; //} // .. or nothing if (graphicView->toGuiDY(metaGridWidth.y)<minGridSpacing*2) { metaGridWidth.y = -1.0; } } } // RS_DEBUG->print("RS_Grid::update: 010"); } else { // RS_DEBUG->print("RS_Grid::update: 011"); if (scaleGrid) { while (graphicView->toGuiDX(gridWidth.x)<minGridSpacing) { gridWidth.x*=2; } metaGridWidth.x = -1.0; while (graphicView->toGuiDY(gridWidth.y)<minGridSpacing) { gridWidth.y*=2; } metaGridWidth.y = -1.0; } // RS_DEBUG->print("RS_Grid::update: 012"); } //gridWidth.y = gridWidth.x; //metaGridWidth.y = metaGridWidth.x; } // RS_DEBUG->print("RS_Grid::update: 013"); // for grid info: spacing = gridWidth.x; metaSpacing = metaGridWidth.x; //std::cout<<"Grid spacing="<<spacing<<std::endl; //std::cout<<"Grid metaSpacing="<<metaSpacing<<std::endl; if (gridWidth.x>1.0e-6 && gridWidth.y>1.0e-6 && graphicView->toGuiDX(gridWidth.x)>2 && graphicView->toGuiDY(gridWidth.y)>2) { // find grid boundaries double left = (int)(graphicView->toGraphX(0) / gridWidth.x) * gridWidth.x; double right = (int)(graphicView->toGraphX(graphicView->getWidth()) / gridWidth.x) * gridWidth.x; double top = (int)(graphicView->toGraphY(0) / gridWidth.y) * gridWidth.y; double bottom = (int)(graphicView->toGraphY(graphicView->getHeight()) / gridWidth.y) * gridWidth.y; left -= gridWidth.x; right += gridWidth.x; top += gridWidth.y; bottom -= gridWidth.y; // calculate number of visible grid points if(isometric){ int numberY = (RS_Math::round((top-bottom) / gridWidth.y) + 1); double dx=sqrt(3.)*gridWidth.y; cellV.set(fabs(dx),fabs(gridWidth.y)); double hdx=0.5*dx; double hdy=0.5*gridWidth.y; int numberX = (RS_Math::round((right-left) / dx) + 1); number = 2*numberX*numberY; baseGrid.set(left+remainder(-left,dx),bottom+remainder(-bottom,fabs(gridWidth.y))); if (number>0 && number<1000000) { pt = new RS_Vector[number]; int i=0; RS_Vector bp0(baseGrid),dbp1(hdx,hdy); for (int y=0; y<numberY; ++y) { RS_Vector bp1(bp0); for (int x=0; x<numberX; ++x) { pt[i++] = bp1; pt[i++] = bp1+dbp1; bp1.x += dx; } bp0.y += gridWidth.y; } //find metaGrid if (metaGridWidth.y>1.0e-6 && graphicView->toGuiDY(metaGridWidth.y)>2) { metaGridWidth.x=(metaGridWidth.x<0.)?-sqrt(3.)*fabs(metaGridWidth.y):sqrt(3.)*fabs(metaGridWidth.y); RS_Vector baseMetaGrid(left+remainder(-left,metaGridWidth.x)-fabs(metaGridWidth.x),bottom+remainder(-bottom,metaGridWidth.y)-fabs(metaGridWidth.y)); // calculate number of visible meta grid lines: numMetaX = (RS_Math::round((right-left) / metaGridWidth.x) + 1); numMetaY = (RS_Math::round((top-bottom) / metaGridWidth.y) + 1); if (numMetaX>0 && numMetaY>0) { // create meta grid arrays: metaX = new double[numMetaX]; metaY = new double[numMetaY]; double x0(baseMetaGrid.x); for (int i=0; i<numMetaX; x0 += metaGridWidth.x) { metaX[i++] = x0; } x0=baseMetaGrid.y; for (int i=0; i<numMetaY; x0 += metaGridWidth.y) { metaY[i++] = x0; } return; } numMetaX = 0; metaX = NULL; numMetaY = 0; metaY = NULL; return; } } number = 0; pt = NULL; numMetaX = 0; metaX = NULL; numMetaY = 0; metaY = NULL; }else{ cellV.set(fabs(gridWidth.x),fabs(gridWidth.y)); int numberX = (RS_Math::round((right-left) / gridWidth.x) + 1); int numberY = (RS_Math::round((top-bottom) / gridWidth.y) + 1); number = numberX*numberY; // RS_DEBUG->print("RS_Grid::update: 014"); // if(baseGrid.valid){//align to previous grid // baseGrid.set(left+remainder(baseGrid.x-left,dx),bottom+remainder(baseGrid.y-bottom,gridWidth.y)); // }else{ // baseGrid.set(left,bottom); // } //todo, fix baseGrid for orthogonal grid baseGrid.set(left,bottom); // create grid array: if (number>0 && number<1000000) { pt = new RS_Vector[number]; int i=0; RS_Vector bp0(baseGrid); for (int y=0; y<numberY; ++y) { RS_Vector bp1(bp0); for (int x=0; x<numberX; ++x) { pt[i++] = bp1; bp1.x += gridWidth.x; } bp0.y += gridWidth.y; } // find meta grid boundaries if (metaGridWidth.x>1.0e-6 && metaGridWidth.y>1.0e-6 && graphicView->toGuiDX(metaGridWidth.x)>2 && graphicView->toGuiDY(metaGridWidth.y)>2) { double mleft = (int)(graphicView->toGraphX(0) / metaGridWidth.x) * metaGridWidth.x; double mright = (int)(graphicView->toGraphX(graphicView->getWidth()) / metaGridWidth.x) * metaGridWidth.x; double mtop = (int)(graphicView->toGraphY(0) / metaGridWidth.y) * metaGridWidth.y; double mbottom = (int)(graphicView->toGraphY(graphicView->getHeight()) / metaGridWidth.y) * metaGridWidth.y; mleft -= metaGridWidth.x; mright += metaGridWidth.x; mtop += metaGridWidth.y; mbottom -= metaGridWidth.y; // calculate number of visible meta grid lines: numMetaX = (RS_Math::round((mright-mleft) / metaGridWidth.x) + 1); numMetaY = (RS_Math::round((mtop-mbottom) / metaGridWidth.y) + 1); if (numMetaX>0 && numMetaY>0) { // create meta grid arrays: metaX = new double[numMetaX]; metaY = new double[numMetaY]; int i=0; for (int x=0; x<numMetaX; ++x) { metaX[i++] = mleft+x*metaGridWidth.x; } i=0; for (int y=0; y<numMetaY; ++y) { metaY[i++] = mbottom+y*metaGridWidth.y; } return; } numMetaX = 0; metaX = NULL; numMetaY = 0; metaY = NULL; } return; } number = 0; pt = NULL; numMetaX = 0; metaX = NULL; numMetaY = 0; metaY = NULL; } // RS_DEBUG->print("RS_Grid::update: 015"); } } // RS_DEBUG->print("RS_Grid::update: OK"); }