public static void Add(NetworkMessage message, Location location, TextColor color, string text) { message.AddByte((byte)ServerPacketType.AnimatedText); message.AddLocation(location); message.AddByte((byte)color); message.AddString(text); }
public static bool Send(Objects.Client client, string message, Objects.Location position, TextColor color) { AnimatedTextPacket p = new AnimatedTextPacket(client); p.Message = message; p.Location = position; p.Color = color; return p.Send(); }
/// <summary> /// Initializes a new instance of the <see cref="TextScreen"/> class. /// </summary> /// <param name="textDevice">The text device.</param> public TextScreen(ITextDevice textDevice) { this.textDevice = textDevice; width = textDevice.Width; height = textDevice.Height; foreground = TextColor.Black; background = TextColor.White; ClearScreen(); }
public static MvcHtmlString FontAwesome(this HtmlHelper htmlHelper, string value, TextColor? color = null) { var builder = new TagBuilder("i"); builder.AddCssClass("fa"); if (value != null) { builder.AddCssClass("fa-" + value.ToLower()); } if (color != null) { builder.AddCssClass("text-" + color.ToString().ToLower()); } return MvcHtmlString.Create(builder.ToString()); }
void UpdateTextEditorResource(TextColor colorType, string name) { var theme = themeService.Theme; var color = theme.GetTextColor(colorType.ToColorType()); Application.Current.Resources[GetTextInheritedForegroundResourceKey(name)] = GetBrush(color.Foreground); Application.Current.Resources[GetTextInheritedBackgroundResourceKey(name)] = GetBrush(color.Background); Application.Current.Resources[GetTextInheritedFontStyleResourceKey(name)] = color.FontStyle ?? FontStyles.Normal; Application.Current.Resources[GetTextInheritedFontWeightResourceKey(name)] = color.FontWeight ?? FontWeights.Normal; color = theme.GetColor(colorType.ToColorType()); Application.Current.Resources[GetInheritedForegroundResourceKey(name)] = GetBrush(color.Foreground); Application.Current.Resources[GetInheritedBackgroundResourceKey(name)] = GetBrush(color.Background); Application.Current.Resources[GetInheritedFontStyleResourceKey(name)] = color.FontStyle ?? FontStyles.Normal; Application.Current.Resources[GetInheritedFontWeightResourceKey(name)] = color.FontWeight ?? FontWeights.Normal; }
public override bool ParseMessage(NetworkMessage msg, PacketDestination destination) { int position = msg.Position; if (msg.GetByte() != (byte)IncomingPacketType.AnimatedText) return false; Destination = destination; Type = IncomingPacketType.AnimatedText; Location = msg.GetLocation(); Color = (TextColor)msg.GetByte(); Message = msg.GetString(); return true; }
public static void changeColor(string number) { int xndx; lev = GameObject.Find ("Player").GetComponent<PlayerController> ().level; TextColor tc = new TextColor (); num = "n" + PlayerController.currentNum; xndx = PlayerController.currentNum % 10; xndx = (xndx == 0) ? 10 : xndx; if (number == num) { GameObject.Find("Player").GetComponent<AudioSource> ().Play (); gameOb = GameObject.Find("h" + xndx.ToString()); gameOb.GetComponent<SpriteRenderer> ().sprite = (Sprite)Resources.Load(number, typeof(Sprite)) as Sprite; //Instantiate (colorPart, gameOb.transform.position, gameOb.transform.rotation); if (PlayerController.currentNum == PlayerController.target) { Congrats.score = PlayerController.lives * 2; tc.score(); SceneManager.LoadScene ("congrats"); } PlayerController.currentNum++; } else { if(PlayerController.lives > 1){ GameObject.Find("heart1").GetComponent<AudioSource> ().Play (); gameOb = GameObject.Find("heart" + PlayerController.lives); spr = (Sprite)Resources.Load ("hud_heartEmpty", typeof(Sprite)) as Sprite; gameOb.GetComponent<SpriteRenderer> ().sprite = spr; //Instantiate (colorPart, gameOb.transform.position, gameOb.transform.rotation); PlayerController.lives--; } else { int lev2 = GameObject.Find ("Player").GetComponent<PlayerController> ().level; Congrats.score = PlayerController.lives * 2; tc.score(); SceneManager.LoadScene ("congrats"); } } }
/// <summary> /// Use a JSON Object to build the corresponding string /// </summary> /// <param name="data">JSON object to convert</param> /// <param name="colorcode">Allow parent color code to affect child elements (set to "" for function init)</param> /// <param name="links">Container for links from JSON serialized text</param> /// <returns>returns the Minecraft-formatted string</returns> private static string JSONData2String(Json.JSONData data, string colorcode, List <string> links) { string extra_result = ""; switch (data.Type) { case Json.JSONData.DataType.Object: if (data.Properties.ContainsKey("color")) { colorcode = TextColor.Color2tag(JSONData2String(data.Properties["color"], "", links)); } if (data.Properties.ContainsKey("clickEvent") && links != null) { Json.JSONData clickEvent = data.Properties["clickEvent"]; if (clickEvent.Properties.ContainsKey("action") && clickEvent.Properties.ContainsKey("value") && clickEvent.Properties["action"].StringValue == "open_url" && !String.IsNullOrEmpty(clickEvent.Properties["value"].StringValue)) { links.Add(clickEvent.Properties["value"].StringValue); } } if (data.Properties.ContainsKey("extra")) { Json.JSONData[] extras = data.Properties["extra"].DataArray.ToArray(); foreach (Json.JSONData item in extras) { extra_result = extra_result + JSONData2String(item, colorcode, links) + "§r"; } } if (data.Properties.ContainsKey("text")) { return(colorcode + JSONData2String(data.Properties["text"], colorcode, links) + extra_result); } else if (data.Properties.ContainsKey("translate")) { List <string> using_data = new List <string>(); if (data.Properties.ContainsKey("using") && !data.Properties.ContainsKey("with")) { data.Properties["with"] = data.Properties["using"]; } if (data.Properties.ContainsKey("with")) { Json.JSONData[] array = data.Properties["with"].DataArray.ToArray(); for (int i = 0; i < array.Length; i++) { using_data.Add(JSONData2String(array[i], colorcode, links)); } } return(colorcode + TranslateString(JSONData2String(data.Properties["translate"], "", links), using_data) + extra_result); } else { return(extra_result); } case Json.JSONData.DataType.Array: string result = ""; foreach (Json.JSONData item in data.DataArray) { result += JSONData2String(item, colorcode, links); } return(result); case Json.JSONData.DataType.String: return(colorcode + data.StringValue); } return(""); }
/// <summary> /// Writes the char at the position indicated. /// </summary> /// <param name="x">The x position.</param> /// <param name="y">The y position.</param> /// <param name="c">The character.</param> /// <param name="foreground">The foreground color.</param> /// <param name="background">The background color.</param> public void WriteChar(ushort x, ushort y, char c, TextColor foreground, TextColor background) { if (colorMode) { uint index = (ushort)(offset + (((y * width) + x) * 2)); memory[index] = (byte)c; memory[index + 1] = (byte)((byte)foreground | ((byte)background << 4)); } else { uint index = (ushort)(offset + (y * width) + x); index = index + x; memory[index] = (byte)c; } }
public void Write(AssetWriter writer) { Background.Write(writer); //writer.WriteAssetArray(m_scaledBackgrounds); TextColor.Write(writer); }
private string ColorToCssClass(TextColor color) { switch (color) { case TextColor.Comment: return("d-comment"); case TextColor.Keyword: return("d-keyword"); case TextColor.String: case TextColor.VerbatimString: return("d-string"); case TextColor.Char: return("d-char"); case TextColor.Namespace: return("d-namespace"); case TextColor.Type: return("d-type"); case TextColor.SealedType: return("d-sealedtype"); case TextColor.StaticType: return("d-statictype"); case TextColor.Delegate: return("d-delegate"); case TextColor.Enum: return("d-enum"); case TextColor.Interface: return("d-interface"); case TextColor.ValueType: return("d-valuetype"); case TextColor.Module: return("d-module"); case TextColor.TypeGenericParameter: return("d-typegenericparameter"); case TextColor.MethodGenericParameter: return("d-methodgenericparameter"); case TextColor.InstanceMethod: return("d-imethod"); case TextColor.StaticMethod: return("d-smethod"); case TextColor.ExtensionMethod: return("d-emethod"); case TextColor.InstanceField: return("d-ifield"); case TextColor.EnumField: return("d-efield"); case TextColor.LiteralField: return("d-lfield"); case TextColor.StaticField: return("d-sfield"); case TextColor.InstanceEvent: return("d-ievent"); case TextColor.StaticEvent: return("d-sevent"); case TextColor.InstanceProperty: return("d-iproperty"); case TextColor.StaticProperty: return("d-sproperty"); case TextColor.Local: return("d-local"); case TextColor.Parameter: return("d-parameter"); case TextColor.Label: return("d-label"); case TextColor.OpCode: return("d-opcode"); case TextColor.Error: return("d-error"); default: return(string.Empty); } }
public static void InBrackets(string message, TextColor outerColor, TextColor innerColor) { Console.Write("["); Console.Write(message); Console.Write("]"); }
public void PrintLine(object value, TextColor color) => owner.PrintLine(this, color.Box(), printOptionsImpl, value);
public void PrintLine(Exception ex, TextColor color) => owner.PrintLine(this, ex, color);
public void Print(TextColor color, string text) => cachedList.Add(new ColorAndText(color, text));
public IClassificationType GetClassificationType(TextColor color) { if (!(0 <= color && color < TextColor.Last)) color = TextColor.Text; return classificationTypes[(int)color]; }
/// <summary> /// Writes text /// </summary> /// <param name="color">Color</param> /// <param name="text">Text</param> public void Write(TextColor color, string text) => sb.Append(text);
public void Write(TextColor color, string s) => TextPane.Write(color, s);
public static MvcHtmlString FontAwesome(this HtmlHelper htmlHelper, string link, string value, TextColor? color = null) { var builder = new TagBuilder("a"); if (value != null) { builder.InnerHtml = HtmlHelpers.FontAwesome(htmlHelper, value, color).ToString(); } builder.Attributes["href"] = link; return MvcHtmlString.Create(builder.ToString()); }
public static string Limit(this string value, int count, TextColor color = TextColor.None, string addon = "") { int i = 0; switch (color) { case TextColor.Hexadecimal: while (i < value.Length) { int num; if (value.HasHexAt(i, out num)) { i += num; } else { count--; if (count <= 0) { return(value.Remove(i) + addon); } i++; } } return(value); case TextColor.RGBA: while (i < value.Length) { int num; if (value.HasRGBAAt(i, out num)) { i += num; } else { count--; if (count <= 0) { return(value.Remove(i) + addon); } i++; } } return(value); case TextColor.RGBAHex: while (i < value.Length) { int num; if (value.HasHexAt(i, out num)) { i += num; } else if (value.HasRGBAAt(i, out num)) { i += num; } else { count--; if (count <= 0) { return(value.Remove(i) + addon); } i++; } } return(value); default: if (count < value.Length) { return(value.Remove(count) + addon); } return(value); } }
public void Write(string text, TextColor color) => Write(text, color.Box());
public void PrintLine(object value, TextColor color) => owner.PrintLine(this, value, color);
public void build() { bf = BaseFont.CreateFont(AppDomain.CurrentDomain.BaseDirectory + fontAdress, BaseFont.IDENTITY_H, true); f2 = new iTextSharp.text.Font(bf, TextSize, iTextSharp.text.Font.NORMAL, new BaseColor(int.Parse(TextColor.Replace("#", ""), System.Globalization.NumberStyles.HexNumber))); table = new PdfPTable(numColumns: 1); //------------------------ Paragraph paragraphTables = new Paragraph(); PdfPCell pdfCells = new PdfPCell(new Phrase(" ", f2)); PdfPTable tables = new PdfPTable(numColumns: 1); tables.AddCell(pdfCells); paragraphTables.Add(""); document.Add(paragraphTables); //------------------------ Paragraph paragraphTable = new Paragraph(); paragraphTable.SpacingBefore = spacingBefor; paragraphTable.SpacingAfter = spacingAfter; paragraphTable.Clear(); Phrase phrase = new Phrase(stringText, f2); pdfCell = new PdfPCell(phrase); pdfCell.SetLeading(0, 2); if (isRTL) { table.RunDirection = PdfWriter.RUN_DIRECTION_RTL; pdfCell.RunDirection = PdfWriter.RUN_DIRECTION_RTL; } else { table.RunDirection = PdfWriter.RUN_DIRECTION_LTR; pdfCell.RunDirection = PdfWriter.RUN_DIRECTION_LTR; } if (borderEnable) { pdfCell.UseVariableBorders = borderEnable; pdfCell.BorderWidth = borderWidth; pdfCell.BorderColor = BorderColor; } else { pdfCell.BorderWidth = 0; } if (isTitle) { } pdfCell.PaddingTop = paddingTop; pdfCell.PaddingRight = paddingRight; pdfCell.PaddingBottom = paddingBottom; pdfCell.PaddingLeft = paddingLeft; table.AddCell(pdfCell); paragraphTable.Add(table); document.Add(paragraphTable); //------------------------ Paragraph paragraphTables2 = new Paragraph(); PdfPCell pdfCells2 = new PdfPCell(new Phrase(" ", f2)); paragraphTables2.Add(""); document.Add(paragraphTables2); //------------------------ }
public void PrintLine(TextColor color, string fmt, params object[] args) => PrintLine(color, string.Format(fmt, args));
public void AddFreeString(XYPair position, string t, TextColor tColor = TextColor.White, TextColor bColor = TextColor.Black) { freeStringBitmap.Add(new FreeString(position, t, tColor, bColor)); }
public void Write(string text, TextColor color) => Print(color, text);
public string Get(string propertyName) { switch (propertyName) { //ELEMENT case nameof(ClassId): return(ClassId.ToString()); case nameof(AutomationId): return(AutomationId.ToString()); case nameof(Id): return(Id.ToString()); case nameof(StyleId): return(StyleId.ToString()); //VISUAL ELEMENT case nameof(AnchorX): return(AnchorX.ToString()); case nameof(AnchorY): return(AnchorY.ToString()); case nameof(BackgroundColor): return(BackgroundColor.ToHex()); case nameof(Width): return(this.Width.ToString()); case nameof(Height): return(this.Height.ToString()); case nameof(IsEnabled): return(IsEnabled.ToString()); case nameof(WidthRequest): return(this.WidthRequest.ToString()); case nameof(HeightRequest): return(this.HeightRequest.ToString()); case nameof(IsFocused): return(IsFocused.ToString()); case nameof(IsVisible): return(IsVisible.ToString()); case nameof(InputTransparent): return(InputTransparent.ToString()); case nameof(X): return(this.X.ToString()); case nameof(Y): return(this.Y.ToString()); case nameof(Opacity): return(this.Opacity.ToString()); case nameof(TranslationX): return(this.TranslationX.ToString()); case nameof(TranslationY): return(this.TranslationY.ToString()); case nameof(Rotation): return(this.Rotation.ToString()); case nameof(RotationX): return(this.RotationX.ToString()); case nameof(RotationY): return(this.RotationY.ToString()); case nameof(Scale): return(this.Scale.ToString()); //VIEW case nameof(Margin): return(this.Margin.ToString()); case nameof(VerticalOptions): return(this.VerticalOptions.ToString()); case nameof(HorizontalOptions): return(this.HorizontalOptions.ToString()); //DATEPICKER case nameof(Date): return(this.Date.ToString()); case nameof(Format): return(this.Format); case nameof(MaximumDate): return(this.MaximumDate.ToString()); case nameof(MinimumDate): return(this.MinimumDate.ToString()); case nameof(TextColor): return(TextColor.ToHex()); default: return(string.Empty); } }
public void PrintLine(TextColor color, string text) => PrintLine(color.Box(), text);
public void Print(TextColor color, string fmt, params object[] args) => Print(color, string.Format(fmt, args));
public void Write(string text, TextColor color) => OutputPrint(text, color.Box());
public void WriteLine(string text, TextColor color) => WriteLine(text, color.Box());
/// <summary> /// Sets the colors of the TextScreen for future writes. /// </summary> /// <param name="foreground">The text color.</param> /// <param name="background">The background color.</param> public void SetColor(TextColor foreground, TextColor background) { this.foreground = foreground; this.background = background; }
void OnCanvasViewPaintSurface(object sender, SKPaintSurfaceEventArgs args) { SKImageInfo info = args.Info; //determine find smallet axis length MinorAxisLength = info.Width > info.Height ? info.Height : info.Width; arcWidth = MinorAxisLength / 30; arcPadding = MinorAxisLength / 15; KnobRadius = MinorAxisLength / 30; float radius = (MinorAxisLength / 2); //update center Center = new SKPoint(info.Width / 2, info.Height / 2); SKSurface surface = args.Surface; SKCanvas canvas = surface.Canvas; canvas.Clear(); // canvas.Scale((float)(canvasView.CanvasSize.Width / canvasView.Width)); // SKPaint BackgroundPaint = new SKPaint // { // Style = SKPaintStyle.Fill, // Shader = SKShader.CreateColor(BackgroundColor.ToSKColor()), // }; // // canvas.DrawRect(new SKRect(Center.X-(MinorAxisLength/2), Center.Y - (MinorAxisLength / 2), Center.X + (MinorAxisLength / 2), Center.Y + (MinorAxisLength / 2)), BackgroundPaint); SKPaint arcPaint = new SKPaint { Style = SKPaintStyle.Stroke, Shader = SKShader.CreateColor(ArcColor.ToSKColor()), StrokeCap = SKStrokeCap.Round, StrokeWidth = arcWidth + 1, IsAntialias = true, }; SKPaint arcBackgroundPaint = new SKPaint { Style = SKPaintStyle.Stroke, Shader = SKShader.CreateColor(ArcBackgroundColor.ToSKColor()), StrokeCap = SKStrokeCap.Round, StrokeWidth = arcWidth, IsAntialias = true, // ImageFilter = SKImageFilter.CreateDropShadow(0, 0, 2, 2, Color.Black.ToSKColor(), SKDropShadowImageFilterShadowMode.DrawShadowAndForeground) }; SKPaint KnobPaint = new SKPaint { Style = SKPaintStyle.Fill, Shader = SKShader.CreateColor(KnobColor.ToSKColor()), IsAntialias = true, ImageFilter = SKImageFilter.CreateDropShadow(0, 0, 3, 3, ArcColor.MultiplyAlpha(.5).ToSKColor()) }; SKPaint TextPaint = new SKPaint { Style = SKPaintStyle.Fill, Shader = SKShader.CreateColor(TextColor.ToSKColor()), IsAntialias = true, TextSize = 40f, IsStroke = false, TextAlign = SKTextAlign.Center, }; //create the rectangle that contains the arc //SKRect rect = new SKRect(arcPadding, arcPadding, MinorAxisLength - arcPadding, MinorAxisLength - arcPadding); SKRect rect = new SKRect(arcPadding + Center.X - (MinorAxisLength / 2), arcPadding + Center.Y - (MinorAxisLength / 2), Center.X + (MinorAxisLength / 2) - arcPadding, Center.Y + (MinorAxisLength / 2) - arcPadding); //var point = LastTouchedPoint; //calcualte the angle of the last touched point realtive to the center of the arc var sweepAngle = getsweepangle(); float realAngle = startAngle + sweepAngle; //Debug.WriteLine($"realAngle:{realAngle % 360}"); float arcRadius = (MinorAxisLength / 2) - arcPadding;; //get x and y compoents o the point on ther arc float x = arcRadius * (float)Math.Cos(DegreeToRadian(realAngle)); float y = arcRadius * (float)Math.Sin(DegreeToRadian(realAngle)); //move the points realitve to the center of the chart // SKRect rect = new SKRect(arcPadding + Center.X - (MinorAxisLength / 2), arcPadding + Center.Y - (MinorAxisLength / 2), Center.X + (MinorAxisLength / 2) - arcPadding, Center.Y + (MinorAxisLength / 2) - arcPadding); float realtiveX = x + Center.X; float realtiveY = y + Center.Y; using (SKPath path = new SKPath()) { //draw background arc path.AddArc(rect, startAngle, 300); canvas.DrawPath(path, arcBackgroundPaint); } using (SKPath path = new SKPath()) { //draw arc showing value path.AddArc(rect, startAngle, sweepAngle); canvas.DrawPath(path, arcPaint); } //draw current postion var TextBounds = new SKRect(); var ValueString = String.Format("{0:F" + Precision + "}", Value); TextPaint.MeasureText(ValueString, ref TextBounds); canvas.DrawOval(new SKRect(realtiveX - KnobRadius, realtiveY - KnobRadius, realtiveX + KnobRadius, realtiveY + KnobRadius), KnobPaint); if (ShowValue) { canvas.DrawText(ValueString, Center.X, Center.Y + (TextBounds.Height / 2), TextPaint); } }
public void Write(TextColor color, string text) => Add(color.Box(), text);
private string StripColor(string text) { return(TextColor.StripColor(text)); }
public void Apply(UISettings settings) { MethodInvoker mi = () => { Color fg = settings.ForegroundColor.ToColor(); Color bg = settings.BackgroundColor.ToColor(); Font = new Font(settings.FontName, settings.FontSize, FontStyle.Bold); ForeColor = Color.FromArgb(fg.R, fg.G, fg.B); BackColor = Color.FromArgb(bg.R, bg.G, bg.B); _errorColors = new TextColor(settings.ErrorForegroundColor.ToColor(), settings.ErrorBackgroundColor.ToColor()); _warningColors = new TextColor(settings.WarningForegroundColor.ToColor(), settings.WarningBackgroundColor.ToColor()); _debugColors = new TextColor(settings.DebugForegroundColor.ToColor(), settings.DebugBackgroundColor.ToColor()); _verboseColors = new TextColor(settings.VerboseForegroundColor.ToColor(), settings.VerboseBackgroundColor.ToColor()); }; if (InvokeRequired) { Invoke(mi); return; } mi.Invoke(); }
protected override void Initialize() { Effect.Parameters["TextColor"].SetValue(TextColor.ToVector4()); Effect.Parameters["OutlineColor"].SetValue(OutlineColor.ToVector4()); Effect.Parameters["AAColor"].SetValue(AAColor.ToVector4()); }
private void WriteLine(string value, TextColor colors) { WriteLine( value, FontStyle.Bold, colors.ForeColor, colors.BackColor ); }
public void PrintLine(TextColor color, string text) => owner.PrintLine(this, color.Box(), text);
void IReplEditor.OutputPrintLine(string text, TextColor color, bool startOnNewLine) => ((IReplEditor)this).OutputPrint(text + Environment.NewLine, color.Box(), startOnNewLine);
public void PrintLine(Exception ex, TextColor color) => owner.PrintLine(this, color.Box(), ex);
/// <summary> /// Constructor /// </summary> /// <param name="textColor">Color</param> protected ThemeClassificationFormatDefinition(TextColor textColor) { this.textColor = textColor; }
public static string GetName(this TextColor color) { return(ColorNames[(byte)color]); }
public static void InBrackets(string message, TextColor outerColor, TextColor innerColor) { Console.Write("["); Console.Write(message); Console.Write("]"); }
public void AddFreeString(int row, string t, TextColor tColor = TextColor.White, TextColor bColor = TextColor.Black, Alignment alignment = Alignment.Centered) { freeStringBitmap.Add(new FreeString(row, t, tColor, bColor, alignment)); }
/// <summary> /// Initializes a new instance of the <see cref="AnimatedTextPacket"/> class. /// </summary> /// <param name="location">The location of the animated text.</param> /// <param name="color">The text color.</param> /// <param name="text">The contents of the text.</param> public AnimatedTextPacket(Location location, TextColor color, string text) { this.Location = location; this.Color = color; this.Text = text; }
/// <summary> /// Constructor /// </summary> /// <param name="textColor">Color</param> protected ThemeClassificationFormatDefinition(TextColor textColor) { this.textColor = textColor; }
public void DrawString(Vector2 position, string text, IFont font, TextColor color, FontStyle style, Vector2?scale = null, float rotation = 0f, Vector2?rotationOrigin = null, float opacity = 1f) { font?.DrawString(SpriteBatch, text, position, color, style, scale, opacity, rotation, rotationOrigin); }
private void Awake() { _inputManager = FindObjectOfType <InputManager>(); _coloredText = GetComponentInChildren <TextColor>(); _button = GetComponent <Selectable>(); }
//色 public static string Coloring(this string str, TextColor color) { return(string.Format("<color={0}>{1}</color>", color, str)); }
public void Write(TextColor color, string text) => Add(color.Box(), text);
private void WriteLine(string value, TextColor colors) { WriteLine(value, FontStyle.Bold, colors.ForeColor, colors.BackColor); }
public void Print(TextColor color, string?text) => cachedList.Add(new ColorAndText(color, text ?? string.Empty));
/// <summary> /// Constructor /// </summary> /// <param name="textColor">Color</param> protected ThemeMarkerFormatDefinition(TextColor textColor) { this.textColor = textColor; }
public void Print(Exception ex, TextColor color) => owner.Print(this, ex, color);
private void drawRow(ChartControl chartControl, ChartScale chartScale, double value, int quantity) { //Calculate color of this row. Brush brushColor = NormalColor; if (value <= MaxId + ValueArea && value >= MaxId - ValueArea) { brushColor = ValueColor; } //Calculate cell properties double y1 = ((chartScale.GetYByValue(value) + chartScale.GetYByValue(value + 1)) / 2) + 1; double y2 = ((chartScale.GetYByValue(value) + chartScale.GetYByValue(value - 1)) / 2) - 1; SharpDX.RectangleF rect = new SharpDX.RectangleF(); rect.X = (float)chartControl.CanvasRight; rect.Y = (float)y1; rect.Width = (float)((chartControl.CanvasLeft - chartControl.CanvasRight) * Math.Log(quantity) / Math.Log(Max)); rect.Height = (float)Math.Abs(y1 - y2); //Draw the row. using (SharpDX.Direct2D1.Brush rowBrush = brushColor.ToDxBrush(RenderTarget)) { RenderTarget.FillRectangle(rect, rowBrush); //RenderTarget.FillRectangle(rect, rowBrush); } if (rect.Height > this.MinimumTextHeight) { RenderTarget.DrawText(string.Format("{0}", quantity), textFormat, rect, TextColor.ToDxBrush(RenderTarget)); } }
/// <summary> /// Constructor /// </summary> /// <param name="color">Color</param> /// <param name="text">Text</param> public ColorAndText(TextColor color, string text) { Color = color.Box(); Text = text; }
public void AcceptAttributeTextColor(TextColor textColor, PrintContext parameter) { parameter.WriteLine("Text Color: {0}", textColor.Color); }
public void SetColor(TextColor color) { this.color = color; coloredString = FormatColoredChar(); }
public void SendAnimatedText(Location location, string text, TextColor color) { NetworkMessage outMessage = new NetworkMessage(); AnimatedTextPacket.Add( outMessage, location, color, text ); Send(outMessage); }