public static Parse ( string s ) : |
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s | string | |
Résultat |
protected virtual void ExecuteFigureInstanceCommand(string[] splitCommand) { switch (splitCommand[0]) { case "translate": { Vector3D transVector = Vector3D.Parse(splitCommand[1]); this.currentFigure.Translate(transVector); break; } case "rotate": { Vector3D center = Vector3D.Parse(splitCommand[1]); double degrees = double.Parse(splitCommand[2]); this.currentFigure.RotateInXY(center, degrees); break; } case "scale": { Vector3D center = Vector3D.Parse(splitCommand[1]); double factor = double.Parse(splitCommand[2]); this.currentFigure.Scale(center, factor); break; } case "center": { Vector3D figCenter = this.currentFigure.GetCenter(); Console.WriteLine(figCenter.ToString()); break; } case "measure": { Console.WriteLine("{0:0.00}", this.currentFigure.GetPrimaryMeasure()); break; } } }
public override void ExecuteFigureCreationCommand(string[] splitFigString) { if (splitFigString[0] == "circle") { Vector3D location = Vector3D.Parse(splitFigString[1]); double radius = double.Parse(splitFigString[2]); currentFigure = new Circle(location, radius); } else if (splitFigString[0] == "cylinder") { Vector3D bottom = Vector3D.Parse(splitFigString[1]); Vector3D top = Vector3D.Parse(splitFigString[2]); double radius = double.Parse(splitFigString[3]); currentFigure = new Cylinder(bottom, top, radius); } else { base.ExecuteFigureCreationCommand(splitFigString); } this.EndCommandExecuted = false; }
public override void ExecuteFigureCreationCommand(string[] splitFigString) { switch (splitFigString[0]) { case "circle": { Vector3D center = Vector3D.Parse(splitFigString[1]); currentFigure = new Circle(center, double.Parse(splitFigString[2])); break; } case "cylinder": { Vector3D bottom = Vector3D.Parse(splitFigString[1]); Vector3D top = Vector3D.Parse(splitFigString[2]); currentFigure = new Cylinder(bottom, top, double.Parse(splitFigString[3])); break; } } base.ExecuteFigureCreationCommand(splitFigString); }
public override void ExecuteFigureCreationCommand(string[] splitFigString) { switch (splitFigString[0]) { case "circle": { Vector3D location = Vector3D.Parse(splitFigString[1]); double radius = double.Parse(splitFigString[2]); currentFigure = new Circle(location, radius); break; } case "cylinder": { Vector3D top = Vector3D.Parse(splitFigString[1]); Vector3D bottom = Vector3D.Parse(splitFigString[2]); double radius = double.Parse(splitFigString[3]); currentFigure = new Cylinder(top, bottom, radius); break; } } base.ExecuteFigureCreationCommand(splitFigString); }
public override void ExecuteFigureCreationCommand(string[] splitFigString) { base.ExecuteFigureCreationCommand(splitFigString); switch (splitFigString[0]) { case "circle": { Vector3D a = Vector3D.Parse(splitFigString[1]); double radius = double.Parse(splitFigString[2]); currentFigure = new Circle(a, radius); break; } case "cylinder": { Vector3D a = Vector3D.Parse(splitFigString[1]); Vector3D b = Vector3D.Parse(splitFigString[2]); double radius = double.Parse(splitFigString[3]); currentFigure = new Cylinder(a, b, radius); break; } } }
public override void ExecuteFigureCreationCommand(string[] splitFigString) { switch (splitFigString[0]) { case "circle": { currentFigure = new Circle(Vector3D.Parse(splitFigString[1]), double.Parse(splitFigString[2])); break; } case "cylinder": { currentFigure = new Cylinder(Vector3D.Parse(splitFigString[1]), Vector3D.Parse(splitFigString[2]), double.Parse(splitFigString[3])); break; } default: { base.ExecuteFigureCreationCommand(splitFigString); break; } } this.EndCommandExecuted = false; }
protected virtual void ExecuteFigureInstanceCommand(string[] splitCommand) { switch (splitCommand[0]) { case "translate": { Vector3D transVector = Vector3D.Parse(splitCommand[1]); this.currentFigure.Translate(transVector); break; } case "rotate": { Vector3D center = Vector3D.Parse(splitCommand[1]); double degrees = double.Parse(splitCommand[2]); this.currentFigure.RotateInXY(center, degrees); break; } case "scale": { Vector3D center = Vector3D.Parse(splitCommand[1]); double factor = double.Parse(splitCommand[2]); this.currentFigure.Scale(center, factor); break; } case "center": { Vector3D figCenter = this.currentFigure.GetCenter(); Console.WriteLine(figCenter.ToString()); break; } case "measure": { Console.WriteLine("{0:0.00}", this.currentFigure.GetPrimaryMeasure()); break; } case "area": { var currFigure = this.currentFigure as IAreaMeasurable; if (currFigure == null) { Console.WriteLine("undefined"); } else { Console.WriteLine("{0:0.00}", (this.currentFigure as IAreaMeasurable).GetArea()); } break; } case "normal": { var currFigure = this.currentFigure as IFlat; if (currFigure == null) { Console.WriteLine("undefined"); } else { Console.WriteLine(((this.currentFigure as IFlat).GetNormal()).ToString()); } break; } case "volume": { var currFigure = this.currentFigure as IVolumeMeasurable; if (currFigure == null) { Console.WriteLine("undefined"); } else { Console.WriteLine("{0:0.00}", (this.currentFigure as IVolumeMeasurable).GetVolume()); } break; } } }