public void Init(EShapeType type, int thickness, PaintColor color) { _newshape = _shape.CreateShape(type); _newshape.Thickness = thickness; _newshape.Color = color; _storage.Add(_newshape); }
public override void Load(ISceneDataNode sceneDataNode) { var scale = new Vector3(1, 1, 1); var position = new Vector3(); var orientationAxis = new Vector3(0, 0, 1); var orientationAngle = 0.0f; if (sceneDataNode.HasParameter("scale")) { scale = sceneDataNode.ReadVectorParameter("scale"); } if (sceneDataNode.HasParameter("position")) { position = sceneDataNode.ReadVectorParameter("position"); } if (sceneDataNode.HasParameter("orientationAxis")) { orientationAxis = sceneDataNode.ReadVectorParameter("orientationAxis"); orientationAngle = sceneDataNode.ReadFloatParameter("angle"); } Init(scale, position, orientationAxis, orientationAngle); var name = sceneDataNode.ReadParameter("shapeName"); if (sceneDataNode.HasParameter("filePath")) { var shapeTypeString = sceneDataNode.ReadParameter("shapeType"); var shapeType = (ShapeType)Enum.Parse(typeof(ShapeType), shapeTypeString); var filePath = sceneDataNode.ReadParameter("filePath"); var fileTypeString = Path.GetExtension(filePath).TrimStart('.'); var fileType = (FileType)Enum.Parse(typeof(FileType), fileTypeString); _shape = _shapeFactory.CreateShape(shapeType, fileType, name); _shape.Load(filePath); } else { var primitveTypeString = sceneDataNode.ReadParameter("primitiveType"); var primitveType = (PrimitiveType)Enum.Parse(typeof(PrimitiveType), primitveTypeString); _shape = _shapeFactory.CreateShape(primitveType, name); } var materialKey = sceneDataNode.ReadParameter("material"); if (_resourceManager.HasMaterial(materialKey)) { _shape.Material = _resourceManager.GetMaterial(materialKey); } }
public void Execute(IList <string> arguments) { if (string.IsNullOrEmpty(_shapeParser.CurrentFile)) { _writer.WriteLine("No file loaded!"); return; } if (arguments.Count == 1) { _writer.WriteLine("Specify figure type!"); return; } var shapeTypeArgument = arguments[1]; if (ShapeMappings.ShapeNameToTypeMap.TryGetValue(shapeTypeArgument, out ShapeType reslovedShapeType)) { var shapeAttributes = TextProcessingUtils.SplitAttributes(arguments); Shape newShape = _shapeFactory.CreateShape(reslovedShapeType, shapeAttributes); _shapeContainer.Shapes.Add(newShape); _writer.WriteLine("Successfully created shape!"); } else { _writer.WriteLine("No such shape supported!"); } }
public void Execute(IList <string> arguments) { if (arguments.Count == 1) { _writer.WriteLine("Specify shape!"); return; } var containableShape = arguments[1]; if (ShapeMappings.ShapeNameToTypeMap.TryGetValue(containableShape, out ShapeType type)) { var shapeAttributes = TextProcessingUtils.SplitAttributes(arguments); Shape newShape = _shapeFactory.CreateShape(type, shapeAttributes); if (newShape is IContainable) { var parsedShape = newShape as IContainable; _shapeContainer.CheckWithin(parsedShape); } else { _writer.WriteLine("Can't use this shape!"); } } else { _writer.WriteLine("Shape not supported!"); } }
private void DrawPanel_MouseDown(object sender, MouseEventArgs e) { _currentShape = _currentFactory.CreateShape(e.X, e.Y); _pen = new Pen(ColorButt.BackColor, PenWidthBar.Value); _startPaint = true; _bitmap_save = new Bitmap(_map); _undo.Push(_bitmap_save); _redo.Clear(); }
public void AddTestCase(EShapeType type) { IShape exp = _factory.CreateShape(type); _storage.Add(exp); var act = _storage.GetShapeForIndex(0); Assert.AreSame(exp, act); }
public IShape CreateShape(string ShapeName, params object[] parameters) { Console.Write("Proxy create shape start: {0}, shape name {1}, params ", DateTime.Now, ShapeName); foreach (var param in parameters) { Console.Write("{0} ", param.ToString()); } Console.Write("\n"); IShape toReturn = realFactory.CreateShape(ShapeName, parameters); Console.WriteLine("Proxy create shape end: {0}, returns {1}", DateTime.Now, toReturn.ToString()); return(toReturn); }
public IShape CreateShape(string ShapeName, params object[] parameters) { Console.Write("Start: {0}, Nazwa: {1}, Parametry: ", DateTime.Now, ShapeName); foreach (var param in parameters) { Console.Write("{0} ", param.ToString()); } Console.Write("\n"); //System.Threading.Thread.Sleep(5000); IShape shape = sf.CreateShape(ShapeName, parameters); Console.WriteLine("Koniec: {0}, Zwraca: {1}", DateTime.Now, shape.ToString()); return(shape); }
/// <summary> /// This function updates the Symbol property with a bitmap generated by using the shape type, size, fillcolor, bordercolor etc. /// </summary> private void UpdateSymbols() { var shape = ShapeFactory.CreateShape(); shape.Width = shapeSize; shape.Height = shapeSize; shape.ColorFillSolid = (fill is SolidBrush) ? ((SolidBrush)fill).Color : Color.Transparent; shape.BorderWidth = outline.Width; shape.BorderColor = outline.Color; shape.ShapeType = Shape; Bitmap bitmap = new Bitmap(shapeSize, shapeSize); Graphics g = Graphics.FromImage(bitmap); g.Clear(Color.Transparent); shape.Paint(g); symbol = bitmap; //update LegendSymbol Bitmap legendSymbolBitmap = new Bitmap(16, 16); g = Graphics.FromImage(legendSymbolBitmap); g.Clear(Color.Transparent); if (GeometryType == typeof(IPoint)) { g.CompositingMode = CompositingMode.SourceOver; g.DrawImage(Symbol, 0, 0, legendSymbolBitmap.Width, legendSymbolBitmap.Height); } else if ((GeometryType == typeof(IPolygon)) || (GeometryType == typeof(IMultiPolygon))) { g.FillRectangle(Fill, 2, 3, 12, 10); g.DrawRectangle(Outline, 2, 3, 12, 10); } else if ((GeometryType == typeof(ILineString)) || (GeometryType == typeof(IMultiLineString))) { g.DrawLine(Outline, 2, 8, 14, 8); g.DrawLine(Line, 2, 8, 14, 8); } else { g.FillRectangle(Fill, 2, 3, 12, 10); g.DrawRectangle(Outline, 2, 3, 12, 10); } legendSymbol = legendSymbolBitmap; customSymbol = false; }
public PictureDraft CreateDraft(TextReader inputData) { PictureDraft draft = new PictureDraft(); string line; while ((line = inputData.ReadLine()) != null && line != "exit") { try { draft.AddShape(_factory.CreateShape(line)); } catch (Exception e) { Console.WriteLine($"{e.Message}"); } } return(draft); }
private IList <Shape> ParseTagsToObjects(IList <string> tags) { IList <Shape> parsedShapes = new List <Shape>(); foreach (var tag in tags) { IList <string> tagArguments = TextProcessingUtils.SplitTokens(tag); IDictionary <string, string> shapeAttributes = TextProcessingUtils.SplitAttributes(tagArguments); if (ShapeMappings.TagToShapeTypeMap.TryGetValue(tagArguments[0], out ShapeType type)) { Shape parsed = _shapeFactory.CreateShape(type, shapeAttributes); parsedShapes.Add(parsed); } } return(parsedShapes); }
public PictureDraft CreateDraft(List <string> shapeDescriptions) { var shapes = new List <BaseShape>(); foreach (string shapeDescription in shapeDescriptions) { try { BaseShape shape = _shapeFactory.CreateShape(shapeDescription); shapes.Add(shape); } catch (ApplicationException) { Console.WriteLine($"Incorrect shape decription: {shapeDescription}"); } } return(new PictureDraft(shapes)); }
public IShape CreateShape(string ShapeName, params object[] parameters) { Time(); return(sf.CreateShape(ShapeName, parameters)); }
public IShape CreateShape(string ShapeName, params object[] parameters) { AssertTime(); return(realFactory.CreateShape(ShapeName, parameters)); }
public void OnPost() { var dimensions = DimensionKeys.ToDictionary(k => k, k => double.Parse(Request.Form[k])); Area = _shapeFactory.CreateShape(SelectedShapeKey, dimensions).Area(); }