public void DrawSelf(Graphics g, CanvasContext context)
{
using (Pen p = new Pen(Color.Blue))
{
g.DrawRectangle(p, context.ToRectangle());
}
}
private void DrawAll(Graphics g)
{
BlockOfFlats block = BlockOfFlats.GetKLadviBlockOfFlats();
//CanvasContext context = new CanvasContext(0, 0, panelCanvas.Width, panelCanvas.Height);
CanvasContext context = new CanvasContext(panelCanvas.ClientRectangle.Left, panelCanvas.ClientRectangle.Top, panelCanvas.ClientRectangle.Width, panelCanvas.ClientRectangle.Height);
block.DrawSelf(g, context);
//DrawEngine drawEngine = new DrawEngine(block, g, context);
//drawEngine.DrawAllElements();
Window window = Window.GetStandardWindow();
window.DrawSelf(g, context);
Door door = Door.GetSingleDoor();
door.DrawSelf(g, context);
//Window window = Window.GetStandardWindow();
//CanvasContext context2 = new CanvasContext(0, 0, panelCanvas.Width, panelCanvas.Height);
//window.DrawSelf(g, context2);
////Floor floor = Floor.GetGroundFloor();
//Floor floor = Floor.GetFirstFloor();
//CanvasContext context = new CanvasContext(panelCanvas.ClientRectangle.Left, panelCanvas.ClientRectangle.Top, panelCanvas.ClientRectangle.Width, panelCanvas.ClientRectangle.Height);
////floor.DrawSelf(g, context);
//DrawEngine drawEngine = new DrawEngine(floor, g, context);
//drawEngine.DrawAllElements();
}
private Rectangle GetRoofRectangle(CanvasContext context)
{
////int roofHeight = 20;
//int roofHeight = 40;
//int livingPartHeight = context.Height - roofHeight;
//// ***
//Rectangle roofRectangle = new Rectangle(context.Left, context.Top, context.Width, roofHeight);
//Rectangle livingRectangle = new Rectangle(context.Left, context.Top + roofHeight, context.Width, livingPartHeight);
//// ***
////Rectangle roofRectangle = new Rectangle(context.Left, context.Top, context.Width - 1, roofHeight - 1);
////Rectangle livingRectangle = new Rectangle(context.Left, context.Top + roofHeight, context.Width - 1, livingPartHeight - 1);
////Rectangle roofRectangle = new Rectangle(context.Left, context.Top, context.Width - 2, roofHeight - 2);
////Rectangle livingRectangle = new Rectangle(context.Left, context.Top + roofHeight, context.Width - 2, livingPartHeight - 2);
//// ***
////Rectangle roofRectangle = new Rectangle(context.Left + 2, context.Top + 2, context.Width - 4, roofHeight - 4);
////Rectangle livingRectangle = new Rectangle(context.Left + 2, context.Top + 2 + roofHeight, context.Width - 4, livingPartHeight - 4);
//// ***
int roofHeight = GetRoofHeight();
//int livingPartHeight = GetLivingPartHeight(context);
// ***
Rectangle roofRectangle = new Rectangle(context.Left, context.Top, context.Width, roofHeight);
//Rectangle livingRectangle = new Rectangle(context.Left, context.Top + roofHeight, context.Width, livingPartHeight);
// ***
return(roofRectangle);
}
private int GetLivingPartHeight(CanvasContext context)
{
//int livingPartHeight = context.Height - roofHeight;
int livingPartHeight = context.Height - GetRoofHeight();
return(livingPartHeight);
}
/// <summary>
/// 将<see cref="ICanvasContext"/>中选中的绘制对象与<see cref="_copyEditDrawObjectCells"/>同步;
/// </summary>
/// <param name="canvasContext">对应的画布上下文</param>
private void SyncSelectedDrawObjectsToCopiedCells()
{
//获取所有被选中的绘制对象;
var selectedDrawObjects = CanvasContext.GetAllDrawObjects().Where(p => p.IsSelected).
Union(_copiedDrawObjects.Where(p => p.IsSelected));
//清除集合后重新填充;
_copyEditDrawObjectCells.Clear();
foreach (var drawObject in selectedDrawObjects)
{
var copiedObject = drawObject.Clone();
if (copiedObject == null)
{
continue;
}
copiedObject.IsSelected = false;
var copyCell = new CopyEditDrawObjectCell {
CopiedDrawObject = copiedObject
};
copyCell.DrawObjectMoveTool = DrawObjectMoveTools.
FirstOrDefault(p => p.CheckDrawObjectMoveable(drawObject));
///若找到了满足条件的工具项,则加入<see cref="_copyEditDrawObjectCells"/>
if (copyCell.DrawObjectMoveTool != null)
{
_copyEditDrawObjectCells.Add(copyCell);
}
}
}
public AudioResource(SpectrumVideoDemodConfig config, CanvasContext ctx)
{
//Set
this.label = config.label;
//Get demodulator
switch (config.demodType)
{
case "WBFM": demodulator = new WbFmDemodulator(); break;
default: throw new Exception("Unknown demodulator type.");
}
//Make buffers
bufferSize = ctx.BufferSize;
generalBuffer = UnsafeBuffer.Create(ctx.BufferSize, out generalBufferComplexPtr);
generalBufferFloatPtr = (float *)generalBufferComplexPtr;
audioABuffer = UnsafeBuffer.Create(ctx.BufferSize, out audioABufferPtr);
audioBBuffer = UnsafeBuffer.Create(ctx.BufferSize, out audioBBufferPtr);
//Init audio
demodDecimator = ComplexDecimator.CalculateDecimator(ctx.DecimatedSampleRate, config.demodBandwidth, 20, config.demodBandwidth * 0.05f, out float demodSampleRate);
float actualAudioRate = demodulator.Configure(ctx.BufferSize, demodSampleRate, config.outputSampleRate);
audioResampler = new ArbitraryStereoResampler(actualAudioRate, config.outputSampleRate, ctx.BufferSize);
//Create output
output = ctx.OutputProvider.GetAudioOutput(config.outputFilename, config.outputSampleRate, bufferSize);
}
/// <summary>
///
/// </summary>
protected override void OnPreviewInitialize()
{
Doc.DocModified += OnDocModified;
AsciiFont = CanvasContext.CreateFont(_settings.fonts.asciiFont.name, _settings.fonts.asciiFont.height);
JpFont = CanvasContext.CreateFont(_settings.fonts.jpFont.name, _settings.fonts.jpFont.height);
}
/// <summary>
///
/// </summary>
protected override void OnPreviewMouseWheel(MouseState mouseState, ref bool handled)
{
if (mouseState.IsCtrl)
{
_zoomLevel += mouseState.WheelNotchY;
#warning とりあえず
_zoomLevel = MathUtil.Clamp(_zoomLevel, -10, 22);
ZoomRate = Math.Pow(1.1, _zoomLevel);
AsciiFont.Dispose();
AsciiFont = CanvasContext.CreateFont(_settings.fonts.asciiFont.name, _settings.fonts.asciiFont.height * ZoomRate);
JpFont.Dispose();
JpFont = CanvasContext.CreateFont(_settings.fonts.jpFont.name, _settings.fonts.jpFont.height * ZoomRate);
UpdateLayout();
FontChanged?.Invoke();
}
else
{
if (mouseState.IsShift)
{
HScrollBar.Value += mouseState.WheelNotchY * _settings.scrollSpeed_horizontal * -1;
}
else
{
VScrollBar.Value += mouseState.WheelNotchY * _settings.scrollSpeed_vertical * -1;
}
}
handled = true;
}
public static SpectrumVideoComponent MakeComponent(CanvasContext ctx, SpectrumVideoComponentConfig cfg)
{
//Get info
ComponentInfo info = GetComponentInfo(cfg.tag);
//Construct
return((SpectrumVideoComponent)Activator.CreateInstance(info.type, ctx, cfg.config));
}
public override void DrawSelf(Graphics g, CanvasContext context)
{
//base.DrawSelf(g, context);
using (Pen pen = new Pen(Color.Blue, 5.0f))
{
g.DrawRectangle(pen, context.ToRectangle());
}
}
public ComponentPadding(CanvasContext ctx, JObject cfg) : base(ctx)
{
height = UtilReadConfigValue(cfg, "height", 200);
color = new UnsafeColor(
UtilReadConfigValue <byte>(cfg, "r", 0),
UtilReadConfigValue <byte>(cfg, "g", 0),
UtilReadConfigValue <byte>(cfg, "b", 0)
);
}
protected override void OnPreviewCreated()
{
_scrollableOffscreen = new ScrollableOffscreen(this);
_inputMethod = CanvasContext.GetInputMethod();
var jsFontInfo = _textView._settings.fonts.jpFont;
_inputMethod.SetFont(jsFontInfo.name, jsFontInfo.height * _textView.ZoomRate, _textView.GetLineHeight());
}
public ComponentWaterfall(CanvasContext ctx, JObject cfg) : base(ctx)
{
attack = UtilReadConfigValue(cfg, "attack", 0.4f);
decay = UtilReadConfigValue(cfg, "decay", 0.3f);
fftBins = UtilReadConfigValue(cfg, "fftBins", 2048);
fftOffset = UtilReadConfigValue(cfg, "fftOffset", 0);
fftScale = UtilReadConfigValue(cfg, "fftScale", 100);
height = UtilReadConfigValue(cfg, "height", 200);
}
public override void DrawSelf(Graphics g, CanvasContext context)
{
using (Pen pen = new Pen(Color.Black, 3.0f))
{
g.DrawRectangle(pen, context.Left + (context.Width / 3), context.Top + (context.Height / 3), ((context.Height + context.Width) / 2) / 6, ((context.Height + context.Width) / 2) / 6);
g.DrawLine(pen, context.Left + (context.Width / 3), context.Top + (context.Height / 3) + (((context.Height + context.Width) / 2) / 6) / 2, context.Left + (context.Width / 3) + ((context.Height + context.Width) / 2) / 6, context.Top + (context.Height / 3) + (((context.Height + context.Width) / 2) / 6) / 2);
g.DrawLine(pen, context.Left + (context.Width / 3) + (((context.Height + context.Width) / 2) / 6) / 2, context.Top + (context.Height / 3), context.Left + (context.Width / 3) + (((context.Height + context.Width) / 2) / 6) / 2, context.Top + (context.Height / 3) + ((context.Height + context.Width) / 2) / 6);
}
}
//void DrawSelf(Graphics g, CanvasContext context);
public virtual void DrawSelf(Graphics g, CanvasContext context)
{
//Pen pen = new Pen(Color.Magenta, 1.0f);
//g.DrawRectangle(pen, context.Left, context.Top, context.Width, context.Height);
//Brush brush = new Brush();
using (Brush brush = new SolidBrush(Color.Magenta))
{
g.FillRectangle(brush, context.Left, context.Top, context.Width, context.Height);
}
}
public ComponentMpxSpectrum(CanvasContext ctx, JObject cfg) : base(ctx)
{
attack = UtilReadConfigValue(cfg, "attack", 0.4f);
decay = UtilReadConfigValue(cfg, "decay", 0.3f);
fftBins = UtilReadConfigValue(cfg, "fftBins", 2048);
fftOffset = UtilReadConfigValue(cfg, "fftOffset", 0);
fftScale = UtilReadConfigValue(cfg, "fftScale", 100);
height = UtilReadConfigValue(cfg, "height", 200);
demodulatorLabel = UtilReadConfigValue <string>(cfg, "demodulator_label", null);
}
public override void DrawSelf(Graphics g, CanvasContext context)
{
float f = 6.9f;
using (Pen pen = new Pen(Color.Red, f))
{
g.DrawRectangle(pen, context.Left + f, context.Top + f,
context.Width - 2 * f, context.Height - 2 * f);
}
}
public override void DrawSelf(Graphics g, CanvasContext context)
{
using (Pen pen = new Pen(Color.Brown, 5.0f))
{
g.DrawRectangle(pen, context.Left + (context.Width / 3), context.Height - 60, (context.Width + context.Height) / 2 / 6, (context.Width + context.Height) / 2 / 5);
}
using (Pen pen2 = new Pen(Color.Black, 2.0f))
{
g.DrawLine(pen2, context.Left + (context.Width / 3) + (context.Width + context.Height) / 2 / 6 - 20, context.Height - 35, context.Left + (context.Width / 3) + (context.Width + context.Height) / 2 / 6, context.Height - 35);
}
}
public ComponentSpectrum(CanvasContext ctx, JObject cfg) : base(ctx)
{
attack = UtilReadConfigValue(cfg, "attack", 0.4f);
decay = UtilReadConfigValue(cfg, "decay", 0.3f);
centerFreq = UtilReadConfigValue(cfg, "centerFreq", 92500000);
fftBins = UtilReadConfigValue(cfg, "fftBins", 2048);
fftOffset = UtilReadConfigValue(cfg, "fftOffset", 0);
fftScale = UtilReadConfigValue(cfg, "fftScale", 100);
height = UtilReadConfigValue(cfg, "height", 200);
horizFreqDivision = UtilReadConfigValue(cfg, "horizFreqDivision", 100000);
}
protected override void OnAfterRender(bool firstRender)
{
base.OnAfterRender(firstRender);
this.designContext = new CanvasContext(DesignCanvas, JsRuntime);
DsgnGraphics = new DovDrawings(designContext);
//
this.sectionContext = new CanvasContext(SectionCanvas, JsRuntime);
SecGraphics = new DovDrawings(sectionContext);
sectionChart = new ChartStyle();
designChart = new ChartStyle();
}
public override CanvasContext GetContextForChildren(CanvasContext context)
{
Rectangle livingRectangle = GetLivingRectangle(context);
CanvasContext contextForChildren = new CanvasContext(livingRectangle);
// Make the space for children a little bit smaller.
contextForChildren.Left += 5;
contextForChildren.Top += 5;
contextForChildren.Width -= 10;
contextForChildren.Height -= 10;
return(contextForChildren);
}
public static FftResource GetFFT(CanvasContext ctx, string tag, int bins, bool isHalf)
{
//Try to find
FftResource resource = ctx.FindComponentResource <FftResource>(x => x.Tag == tag && x.Bins == bins && x.IsHalf == isHalf);
if (resource != null)
{
return(resource);
}
//Add
return(ctx.AddResource(new FftResource(tag, bins, isHalf)));
}
public override void DrawSelf(Graphics g, CanvasContext context)
{
int windowHeight = 100;
int widowWidth = 200;
Rectangle window = new Rectangle(context.Left + 400, context.Height - 250, widowWidth, windowHeight);
using (Pen pen = new Pen(Color.Black, 2.0f))
{
g.DrawRectangle(pen, window);
g.DrawLine(pen, window.Left, window.Top + 50, window.Right, window.Top + 50);
g.DrawLine(pen, window.Left + 100, window.Top, window.Left + 100, window.Bottom);
}
}
protected override void OnAfterRender(bool firstRender)
{
this.diagramContext = new CanvasContext(DiagramCanvas, JsRuntime);
DiagramGraphics = new DovDrawings(diagramContext);
//
this.footingContext = new CanvasContext(FootingCanvas, JsRuntime);
FootingGraphics = new DovDrawings(footingContext);
this.detailingContext = new CanvasContext(DetailingCanvas, JsRuntime);
DetailingGraphics = new DovDrawings(detailingContext);
footingChart = new ChartStyle();
diagramChart = new ChartStyle();
detailingChart = new ChartStyle();
}
public override void DrawSelf(Graphics g, CanvasContext context)
{
Rectangle ladderRectangle = GetLadderRectangle(context);
Rectangle flatsRectangle = GetFlatsRectangle(context);
// ***
//using (Pen pen = new Pen(Color.Black, 1.0f))
using (Pen pen = new Pen(Color.Black, 2.0f))
{
DrawLadder(g, pen, ladderRectangle);
DrawFlatsArea(g, pen, flatsRectangle);
}
}
/// <summary>Renders an arc from the previous point to this one.</summary>
public override void RenderLine(CanvasContext context)
{
// Grab the raw drawing data:
DynamicTexture data = context.ImageData;
// Time to go polar!
// We're going to rotate around the pole drawing one pixel at a time.
// For the best accuracy, we first need to find out how much to rotate through per pixel.
if (Length == 0f)
{
// Nothing to draw anyway.
return;
}
// How much must we rotate through overall?
float angleToRotateThrough = EndAngle - StartAngle;
// So arc length is how many pixels long the arc is.
// Thus to step that many times, our delta angle is..
float deltaAngle = angleToRotateThrough / Length;
// The current angle:
float currentAngle = StartAngle;
// The number of pixels:
int pixelCount = (int)Mathf.Ceil(Length);
if (pixelCount < 0)
{
// Going anti-clockwise. Invert deltaAngle and the pixel count:
deltaAngle = -deltaAngle;
pixelCount = -pixelCount;
}
// Step pixel count times:
for (int i = 0; i < pixelCount; i++)
{
// Map from polar angle to coords:
float x = Radius * (float)Math.Cos(currentAngle);
float y = Radius * (float)Math.Sin(currentAngle);
// Draw the pixel:
data.DrawPixel((int)(CircleCenterX + x), data.Height - (int)(CircleCenterY + y), context.StrokeColour);
// Rotate the angle:
currentAngle += deltaAngle;
}
}
/// <summary>Renders a straight line from the previous point to this one.</summary>
public override void RenderLine(CanvasContext context)
{
// Grab the raw drawing data:
DynamicTexture data = context.ImageData;
// Invert y:
int endY = data.Height - (int)Y;
int startY = data.Height - (int)Previous.Y;
// Grab X:
int endX = (int)X;
int startX = (int)Previous.X;
data.DrawLine(startX, startY, endX, endY, context.StrokeColour);
}
protected override void OnBeginOperation()
{
base.OnBeginOperation();
if (CanvasContext == null)
{
return;
}
var drawObjects = CanvasContext.GetAllDrawObjects();
foreach (var drawObject in drawObjects)
{
drawObject.IsSelected = false;
}
}
protected override void OnAfterRender(bool firstRender)
{
this.diagramContext = new CanvasContext(DiagramCanvas, JsRuntime);
DiagramGraphics = new DovDrawings(diagramContext);
this.biaxialContext = new CanvasContext(BiaxialDiagramCanvas, JsRuntime);
//
this.sectionContext = new CanvasContext(SectionCanvas, JsRuntime);
SecGraphics = new DovDrawings(sectionContext);
this.clmnNeutralAxisContext = new CanvasContext(ColumnNeutralAxisCanvas, JsRuntime);
NeutralAxisGraphics = new DovDrawings(clmnNeutralAxisContext);
sectionChart = new ChartStyle();
diagramChart = new ChartStyle();
biaxialChart = new ChartStyle();
neutralAxisChart = new ChartStyle();
}
// 以下、トンネリングイベント（プレビューイベント）、バブリングイベントのルーティングを処理する。
/// <summary>
/// イベントルーティング（初期化）。
/// </summary>
private void RaiseCreated(Size2D size)
{
Verifier.Verify <InvalidOperationException>(size.Width > 0);
Verifier.Verify <InvalidOperationException>(size.Height > 0);
_lazySharedInfo.Value.Size = size;
foreach (var target in Tnc.GetAllChildrenAndSelf())
{
target.OnPreviewInitialize();
}
foreach (var target in Tnc.GetAllChildrenAndSelfReverse())
{
target.OnInitialize();
}
#warning このへん、あとで整理
foreach (var target in Tnc.GetAllChildrenAndSelf())
{
target._relativeRect = target.ArrangeElement();
}
foreach (var target in Tnc.GetAllChildrenAndSelf())
{
target.OnPreviewCreated();
}
foreach (var target in Tnc.GetAllChildrenAndSelfReverse())
{
target.OnCreated();
}
_mainOffscreen = CanvasContext.CreateOffscreen(ClientSize);
#warning このへん、あとで整理
RaiseResize(size);
_lazySharedInfo.Value.CanvasContext.Resize += size => RaiseResize(size);
_lazySharedInfo.Value.CanvasContext.RenderFrame += rc => RaiseRender(rc);
_lazySharedInfo.Value.CanvasContext.GotFocus += RaiseGotFocus;
_lazySharedInfo.Value.CanvasContext.LostFocus += RaiseLostFocus;
_lazySharedInfo.Value.CanvasContext.MouseDown += RaiseMouseDown;
_lazySharedInfo.Value.CanvasContext.MouseUp += RaiseMouseUp;
_lazySharedInfo.Value.CanvasContext.MouseMove += RaiseMouseMove;
_lazySharedInfo.Value.CanvasContext.MouseWheel += RaiseMouseWheel;
}
