public MatrixD(MatrixD matrix) { this.tr=new double[3,2]; for (int i=0; i<3; i++) for (int j=0; j<2; j++) this.tr[i,j]=matrix[i,j]; }
/* * METHODS: CCURVE */ public void Transform(MatrixD m) { if (this.knots==null) return; foreach (Knot knot in this.knots) knot.Transform(m); }
/* * METHODS: I_TRANSFORMABLE */ public void Transform(MatrixD m) { if (this.conts==null) return; foreach (Contour cont in this.conts) { cont.Transform(m); } }
public bool LoadComponent(Component component, Outline outl, out ArrayList errsLoadComponent) { isChangedByRound=false; errsLoadComponent=null; int numKnotBeforeLoad=this.NumKnot; int numContBeforeLoad=this.NumCont; if (outl==null) { throw new ExceptionGMath("Outline","LoadComponent",null); //return false; } // validate OTF2Dot14[,] trOTF2Dot14=component.TrOTF2Dot14; if (trOTF2Dot14!=null) { if (Math.Abs((double)trOTF2Dot14[0,0]*(double)trOTF2Dot14[1,1]- (double)trOTF2Dot14[0,1]*(double)trOTF2Dot14[1,0])<MConsts.EPS_COMP) { if (errsLoadComponent==null) errsLoadComponent=new ArrayList(); errsLoadComponent.Add(Component.TypeErrLoadComponent.IncorrectTransform); } } bool isShiftByKnots, isShiftByVec; int indKnotAttGlyph=component.IndexKnotAttGlyph; int indKnotAttComponent=component.IndexKnotAttComponent; isShiftByKnots=((indKnotAttGlyph!=GConsts.IND_UNINITIALIZED)&& (indKnotAttComponent!=GConsts.IND_UNINITIALIZED)); isShiftByVec=(component.Shift!=null); if ((isShiftByKnots&&isShiftByVec)|| ((!isShiftByKnots)&&(!isShiftByVec))) { if (errsLoadComponent==null) errsLoadComponent=new ArrayList(); errsLoadComponent.Add(Component.TypeErrLoadComponent.IncorrectShiftSpecification); } if (isShiftByKnots) { if ((indKnotAttGlyph<0)||(indKnotAttGlyph>=this.NumKnot)) { if (errsLoadComponent==null) errsLoadComponent=new ArrayList(); errsLoadComponent.Add(Component.TypeErrLoadComponent.IncorrectIndexKnotGlyph); } if ((indKnotAttComponent<0)||(indKnotAttComponent>=outl.NumKnot)) { if (errsLoadComponent==null) errsLoadComponent=new ArrayList(); errsLoadComponent.Add(Component.TypeErrLoadComponent.IncorrectIndexKnotComponent); } } if (errsLoadComponent!=null) return true; // load VecD trShift; if (isShiftByKnots) { Knot knAttGlyph=this.KnotByInd(indKnotAttGlyph); Knot knAttComponent=outl.KnotByInd(indKnotAttComponent); if ((knAttGlyph==null)||(knAttComponent==null)) { throw new ExceptionGMath("Outline","LoadComponent",null); } trShift=knAttGlyph.Val-knAttComponent.Val; // TODO: check !!! } else { trShift=component.Shift; } MatrixD trD=new MatrixD(trOTF2Dot14,trShift); component.TrD=trD; component.NumKnot=outl.NumKnot; component.NumCont=outl.NumCont; component.IndKnotStart=numKnotBeforeLoad; component.PozContStart=numContBeforeLoad; this.OutlineAdd(outl,trD); bool isChangedByRoundCur; this.FURound(out isChangedByRoundCur); if (isChangedByRoundCur) { this.isChangedByRound=true; } return true; }
public bool OutlineAdd(Outline outl, MatrixD trD) { if ((outl==null)||(trD==null)) { throw new ExceptionGMath("Outline","OutlineAdd",null); //return false; } for (int pozCont=0; pozCont<outl.NumCont; pozCont++) { Contour cont=new Contour(outl.ContourByPoz(pozCont)); cont.Transform(trD); this.ContourAdd(cont); } this.ReNumber(); return true; }
public void Transform(MatrixD m) { throw new ExceptionGMath("RayD","Transform","NOT IMPLEMENTED"); }
internal void ClearRelease() { this.shift=null; this.trOTF2Dot14=null; this.trD=null; }
public Component(Component component) { this.indGlyphComponent=component.IndexGlyphComponent; this.indKnotAttGlyph=component.IndexKnotAttGlyph; this.indKnotAttComponent=component.IndexKnotAttComponent; this.shift=component.Shift; this.trOTF2Dot14=component.TrOTF2Dot14; this.trD=component.TrD; this.numKnot=component.NumKnot; this.numCont=component.NumCont; this.indKnotStart=component.IndKnotStart; this.pozContStart=component.PozContStart; }
public Component(int indexGlyphComponent) { this.indGlyphComponent=indexGlyphComponent; this.indKnotAttGlyph=GConsts.IND_UNINITIALIZED; this.indKnotAttComponent=GConsts.IND_UNINITIALIZED; this.shift=null; this.trOTF2Dot14=null; this.trD=null; this.numKnot=GConsts.IND_UNINITIALIZED; this.numCont=GConsts.IND_UNINITIALIZED; this.indKnotStart=GConsts.IND_UNINITIALIZED; this.pozContStart=GConsts.IND_UNINITIALIZED; }
public void Transform(MatrixD m) { this.cp.Transform(m); }
public void Transform(MatrixD m) { this.cp[0].Transform(m); this.cp[1].Transform(m); this.cp[2].Transform(m); }
public void Transform(MatrixD m) { throw new ExceptionGMath("LineD", "Transform", "NOT IMPLEMENTED"); }
/* * METHODS */ public void From(MatrixD matrix) { for (int i=0; i<3; i++) for (int j=0; j<2; j++) this.tr[i,j]=matrix[i,j]; }
public void Transform(MatrixD m) { this.cp.Transform(m); }
public VecD Transformed(MatrixD m) { VecD vec=new VecD(this); vec.Transform(m); return vec; }
/* * METHODS: GEOMETRICAL */ public void Transform(MatrixD m) { // vector * matrix this.x=m[0,0]*this.x+m[1,0]*this.y+m[2,0]; this.y=m[0,1]*this.x+m[1,1]*this.y+m[2,1]; }