private void write_BoundsDictionary() { sbEndCode.Append( "private void fillBoundsDictionary(bool isInit)\r\n{\r\n" + "if (isInit)\r\n" + "dBounds = new Dictionary<eShapeBounds, Rectangle>(" + boundsEnumCount + ");\r\n" + "dBounds.Clear();\r\n"); for (short i = 0; i < manager.ShapeCount; i++) { Shape shape = manager.GetShape(i); if (shape.GetShapeBounds(true).IntersectsWith(AreaBounds)) { if ((bool)shape.GetGDIValue(sGDIProperty.EditBounds)) { Rectangle r = shape.GetShapeBounds(true); sbEndCode.Append("dBounds.Add(eShapeBounds." + shape.Name + ", new Rectangle(" + (r.X - AreaBounds.X) + ", " + (r.Y - AreaBounds.Y) + ", " + r.Width + ", " + r.Height + "));\r\n"); } } } sbEndCode.Append("}\r\n\r\n"); }
public string SetShapeBounds(Shape shape) { Rectangle rect = shape.GetShapeBounds(true); string str = "//Sets the original shape bounds\r\n" + "shapeBoundsOld = new Rectangle(" + (rect.X - AreaBounds.X) + ", " + (rect.Y - AreaBounds.Y) + ", " + (rect.Width) + ", " + (rect.Height) + ");\r\n"; if ((bool)shape.GetGDIValue(sGDIProperty.EditBounds)) { str += "shapeBoundsNew = dBounds[eShapeBounds." + shape.Name + "];\r\n"; } else { str += "shapeBoundsNew = shapeBoundsOld;\r\n"; } //------- if ((bool)shape.GetGDIValue(sGDIProperty.AllowScaling)) { str += "//Scale the demensions\r\n" + "shapeBoundsNew = GetScaledBounds(shapeBoundsNew);\r\n"; } return(str); }
private void write_BlendEnumeration() { sbBeginCode.Append("public enum eShapeBlend\r\n{\r\n"); int intResult = 0; int intCount = manager.ShapeCount; bool isFirstEnum = true; for (short i = 0; i < intCount; i++) { Shape shape = manager.GetShape(i); if (shape.GetShapeBounds(true).IntersectsWith(AreaBounds)) { if ((bool)shape.GetGDIValue(sGDIProperty.EditBounds)) { if (isFirstEnum) { isFirstEnum = false; } else { sbBeginCode.Append(", "); } blendEnumCount++; sbBeginCode.Append(shape.Name); Math.DivRem(blendEnumCount, 4, out intResult); if (intResult == 0) { sbBeginCode.Append("\r\n"); } } } } sbBeginCode.Append("}\r\n\r\n"); }
private void write_ColorDictionary() { sbEndCode.Append( "private void fillColorDictionary(bool isInit)\r\n{\r\n" + "if (isInit)\r\n" + " dColors = new Dictionary<eShapeColor, Color>(" + colorEnumCount + ");\r\n" + "dColors.Clear();\r\n"); for (short i = 0; i < manager.ShapeCount; i++) { Shape shape = manager.GetShape(i); if (shape.GetShapeBounds(true).IntersectsWith(AreaBounds)) { if ((bool)shape.GetGDIValue(sGDIProperty.EditColor)) { if (shape.painter.PaintFill) { if (shape.painter.ColorCount == 1) { Color col1 = shape.painter.GetColor(0); sbEndCode.Append("dColors.Add(eShapeColor." + shape.Name + "FillColor, Color.FromArgb(" + col1.A + ", " + col1.R + ", " + col1.G + ", " + col1.B + "));\r\n"); } else { Color col1 = shape.painter.GetColor(0); Color col2 = shape.painter.GetColor(1); sbEndCode.Append("dColors.Add(eShapeColor." + shape.Name + "FillColor1, Color.FromArgb(" + col1.A + ", " + col1.R + ", " + col1.G + ", " + col1.B + "));\r\n" + "dColors.Add(eShapeColor." + shape.Name + "FillColor2, Color.FromArgb(" + col2.A + ", " + col2.R + ", " + col2.G + ", " + col2.B + "));\r\n"); blnHasGradientBrush = true; } } if (shape.painter.PaintBorder) { Color col1 = shape.painter.BorderColor; sbEndCode.Append("dColors.Add(eShapeColor." + shape.Name + "BorderColor, Color.FromArgb(" + col1.A + ", " + col1.R + ", " + col1.G + ", " + col1.B + "));\r\n"); } } } } sbEndCode.Append("\r\n}\r\n\r\n"); }
private void write_TextDictionary() { sbEndCode.Append( "private void fillTextDictionary(bool isInit)\r\n{\r\n" + "if (isInit)\r\n" + "dText = new Dictionary<eShapeText, string>(" + textEnumCount + ");\r\n" + "dText.Clear();\r\n"); for (short i = 0; i < manager.ShapeCount; i++) { Shape shape = manager.GetShape(i); if (shape is ShapeText && shape.GetShapeBounds(true).IntersectsWith(AreaBounds)) { if ((bool)shape.GetGDIValue("Edit Text")) { sbEndCode.Append("dText.Add(eShapeText." + shape.Name + ", " + FormatText(((ShapeText)shape).Text) + ");\r\n"); } } } sbEndCode.Append("}\r\n\r\n"); }
private void write_BlendDictionary() { sbEndCode.Append( "private void fillBlendDictionary(bool isInit)\r\n{\r\n" + "if (isInit)\r\n" + "dBlend = new Dictionary<eShapeBlend, BlendArgs>(" + blendEnumCount + ");\r\n" + "dBlend.Clear();\r\n"); for (short i = 0; i < manager.ShapeCount; i++) { Shape shape = manager.GetShape(i); if (shape.GetShapeBounds(true).IntersectsWith(AreaBounds)) { if ((bool)shape.GetGDIValue(sGDIProperty.EditBlend)) { sbEndCode.Append("dBlend.Add(eShapeBlend." + shape.Name + ", new BlendArgs(" + shape.painter.Coverage + ", " + shape.painter.BlendSmoothness + "));\r\n"); } } } sbEndCode.Append("}\r\n\r\n"); }
private void write_ColorEnumeration() { sbBeginCode.Append("public enum eShapeColor\r\n{\r\n"); int intResult = 0; int intCount = manager.ShapeCount; bool isFirstEnum = true; for (short i = 0; i < intCount; i++) { Shape shape = manager.GetShape(i); if (shape.GetShapeBounds(true).IntersectsWith(AreaBounds)) { if ((bool)shape.GetGDIValue(sGDIProperty.EditColor)) { if (shape.painter.PaintFill) { if (shape.painter.ColorCount == 1) { colorEnumCount++; if (isFirstEnum) { isFirstEnum = false; } else { sbBeginCode.Append(", "); } sbBeginCode.Append(shape.Name + "FillColor"); Math.DivRem(colorEnumCount, 4, out intResult); if (intResult == 0) { sbBeginCode.Append("\r\n"); } } else { colorEnumCount++; if (isFirstEnum) { isFirstEnum = false; } else { sbBeginCode.Append(", "); } sbBeginCode.Append(shape.Name + "FillColor1"); Math.DivRem(colorEnumCount, 4, out intResult); if (intResult == 0) { sbBeginCode.Append("\r\n"); } colorEnumCount++; sbBeginCode.Append(", " + shape.Name + "FillColor2"); Math.DivRem(colorEnumCount, 4, out intResult); if (intResult == 0) { sbBeginCode.Append("\r\n"); } } } if (shape.painter.PaintBorder) { colorEnumCount++; if (isFirstEnum) { isFirstEnum = false; } else { sbBeginCode.Append(", "); } sbBeginCode.Append(shape.Name + "BorderColor"); Math.DivRem(colorEnumCount, 4, out intResult); if (intResult == 0) { sbBeginCode.Append("\r\n"); } } } } } sbBeginCode.Append("}\r\n"); }
public string SetShapeBounds(Shape shape) { Rectangle rect = shape.GetShapeBounds(true); string str = "//Sets the original shape bounds\r\n" + "shapeBoundsOld = new Rectangle(" + (rect.X - AreaBounds.X) + ", " + (rect.Y - AreaBounds.Y) + ", " + (rect.Width) + ", " + (rect.Height) + ");\r\n"; if ((bool)shape.GetGDIValue(sGDIProperty.EditBounds)) { str += "shapeBoundsNew = dBounds[eShapeBounds." + shape.Name + "];\r\n"; } else str += "shapeBoundsNew = shapeBoundsOld;\r\n"; //------- if ((bool)shape.GetGDIValue(sGDIProperty.AllowScaling)) { str += "//Scale the demensions\r\n" + "shapeBoundsNew = GetScaledBounds(shapeBoundsNew);\r\n"; } return str; }