// private void Blur()
// {
// var destTexture = RenderTexture.GetTemporary(_paintBuffer.descriptor);
// Graphics.Blit(_paintBuffer, destTexture, _blurMaterial, 0);
// Graphics.Blit(destTexture, _paintBuffer);
// RenderTexture.ReleaseTemporary(destTexture);
// }
public void LoadImage(string fileName)
{
Debug.Log($"LoadImage '{fileName}'");
Layers.Clear();
_imageFilename = fileName;
var texture = PaintUtils.LoadImageTexture(_imageFilename);
if (texture != null && (texture.width != defaultImageWidth || texture.height != defaultImageHeight))
{
Destroy(texture);
texture = null;
}
if (texture != null)
{
// Set whole wetness buffer to dry:
//_copyPaintBufferMaterial.SetFloat(PropId_Alpha, 0);
//Graphics.Blit(texture, _paintBuffer, _copyPaintBufferMaterial);
Layers.Create("Base", new Vector2Int(texture.width, texture.height));
Graphics.Blit(texture, Layers.CurrentLayer.RenderTexture);
Destroy(texture);
}
else
{
Layers.Create("Base", new Vector2Int(defaultImageWidth, defaultImageHeight));
Clear();
}
_imageSize = Layers.CurrentLayer.Size;
}
void Start()
{
bmps = new Sprite[10][];
bmps[0] = bmp1;
bmps[1] = bmp2;
bmps[2] = bmp3;
bmps[3] = bmp4;
bmps[4] = bmp5;
bmps[5] = bmp6;
bmps[6] = bmp7;
bmps[7] = bmp8;
bmps[8] = bmp9;
bmps[9] = bmp10;
bmpsIndex = 0;
bmpIndex = (int)brushSize.value;
// currentBrush = PaintUtils.ConvertSpriteToTexture2DForBmp(bitmaps[0]);
currentBrush = PaintUtils.ConvertSpriteToTexture2DForBmp(bmps[bmpsIndex][4 - bmpIndex]);
currentColor = new Color32(255, 197, 197, 255);
currentShade = GameObject.Find("Canvas/SubMenus/ColorsAndBrushes/AnimationHolder/Shades").transform.GetChild(0).gameObject;
// SetUpQuadPaint();
SetUpFloodFillBrush();
SelectGameMode();
// Invoke("EnableDrawing", 1.2f);
}
public void Update()
{
if (Keyboard.current.bKey.wasPressedThisFrame)
{
PaintUtils.GaussianBlur(Layers.CurrentLayer.RenderTexture);
}
//Blur();
if (!_isPainting)
{
return;
}
var pointer = Pointer.current;
if (pointer == null || CurrentTool == null)
{
StopPainting();
return;
}
CurrentTool.Move(_paintLayer.RenderTexture, GetPaintParameters(), _history.GetCurrentState());
// _copyPaintBufferMaterial.SetFloat(PropId_Alpha, 1);
//Graphics.Blit(_paintBuffer, _renderTexture, _copyPaintBufferMaterial, 0);
}
public void GetAlpha_Test(int value, byte espected)
{
PaintUtils paintUtils = new PaintUtils();
var result = paintUtils.GetAlpha(value);
Assert.AreEqual(espected, result);
}
private void SaveImageThumbnail()
{
var texture = Layers.GetImageThumbnail();
PaintUtils.SaveImageTexture(Path.ChangeExtension(_imageFilename, ".thumb.png"), texture);
Destroy(texture);
}
public void NewValue_Test()
{
PaintUtils paintUtils = new PaintUtils();
paintUtils.NewValue(255, 50);
Assert.Pass();
}
//public static Layer.AutoSaveLayer Create(PaintContext paint_context, SKCanvas.SaveLayerRec layer_rec)
//{
// return new Layer.AutoSaveLayer(paint_context, layer_rec);
//}
public void Dispose()
{
if (paint_context_.checkerboard_offscreen_layers)
{
PaintUtils.DrawCheckerboard(paint_context_.canvas, bounds_);
}
paint_context_.canvas.Restore();
}
public void SaveImage()
{
if (string.IsNullOrEmpty(_imageFilename))
{
return;
}
Debug.Log($"SaveImage '{_imageFilename}'");
var texture = _history.GetCurrentState();
PaintUtils.SaveImageTexture(_imageFilename, texture);
Destroy(texture);
SaveImageThumbnail();
}
private void LoadThumbnails()
{
for (int i = 0; i < ImageBookConfig.Documents.Count; i++)
{
var document = ImageBookConfig.Documents[i];
var thumbnail = PaintUtils.LoadImageTexture(document.Name + ".thumb.png");
if (thumbnail == null)
{
thumbnail = document.Overlay;
}
_thumbnails[i].image = thumbnail;
}
}
/// <summary>
/// Updates brush size. Called on OnPointerUp event of BrushSize slider.
/// </summary>
public void UpdateBrushSize()
{
currentBrush = PaintUtils.ConvertSpriteToTexture2DForBmp(bmps[bmpsIndex][4 - bmpIndex]);
if (bmpsIndex > 5)
{
currentDrawMode = DrawMode.CustomBrush;
SetUpBitmapBrush();
}
else
{
currentDrawMode = DrawMode.Stamp;
SetUpBitmapBrush();
}
}
public void BeginFrame()
{
var window = FlutterBinding.UI.Window.Instance;
double devicePixelRatio = window.devicePixelRatio;
var physicalSize = window.physicalSize;
var logicalSize = physicalSize / devicePixelRatio;
var paragraphBuilder = new ParagraphBuilder(new ParagraphStyle());
paragraphBuilder.addText("Hello, world!");
var paragraph = paragraphBuilder.build();
paragraph.layout(new ParagraphConstraints(width: logicalSize.width));
var physicalBounds = Offset.zero & physicalSize;
var recorder = new PictureRecorder();
var canvas = new FlutterBinding.UI.Canvas(recorder, physicalBounds);
canvas.scale((float)devicePixelRatio, (float)devicePixelRatio);
PaintUtils.DrawCheckerboard(canvas.RecordingCanvas, new SKRect(0, 0, (float)physicalSize.width, (float)physicalSize.height));
var circlePaint = new SKPaint
{
Style = SKPaintStyle.Stroke,
IsAntialias = true,
StrokeWidth = 3,
Color = SKColors.OrangeRed
};
canvas.drawCircle(new Offset(logicalSize.width / 2, logicalSize.height / 2), 100, circlePaint);
canvas.drawParagraph(paragraph, new Offset(
(logicalSize.width - paragraph.maxIntrinsicWidth) / 2.0,
(logicalSize.height - paragraph.height) / 2.0));
var picture = recorder.endRecording();
var sceneBuilder = new SceneBuilder();
sceneBuilder.pushClipRect(physicalBounds);
sceneBuilder.addPicture(Offset.zero, picture);
sceneBuilder.pop();
var scene = sceneBuilder.build();
window.render(scene);
}
public void DrawLine3()
{
//line inside
//paintEngine.ReadCurrentCustomPattern(paintEngine.ConvertSpriteToTexture2D(patternSprite));
//line edge
//paintEngine.customBrush=paintEngine.ConvertSpriteToTexture2D(patternSprite2);
// paintEngine.ReadCurrentCustomBrush();
// paintEngine.brushSize=10;
// paintEngine.lineEdgeSize=0;//10;
// paintEngine.paintColor=Color.blue;
// paintEngine.useAdditiveColors=false;
// paintEngine.isLinePaint=true;
// paintEngine.isPatternLine=false;
//paintEngine.DrawLineBrush(new Vector2(11f,256f), new Vector2(500f,/*11f*/256f),8, true);
//
paintEngine.SetLineBrush(10, 0, Color.red, /*paintEngine*/ PaintUtils.ConvertSpriteToTexture2D(patternSprite), null);
}
private void MPPSInstancePage_Paint(object sender, PaintEventArgs e)
{
PaintUtils.HighlightRequiredFields(this, e.Graphics, true, Color.Red);
}
public void ReadUnreadableTex()
{
paintSurface = PaintUtils.ReadUnreadableTexture(unreadableTex2D);
paintEngine.SetDrawingTexture(paintSurface);
}
public void SetUpVectorBrushType2()
{
//paintEngine_Canvas.SetBitmapBrush(brushExample1,AdvancedMobilePaint.BrushProperties.Pattern,false,true,Color.blue,false,false,patternExample2);
paintEngine.SetVectorBrush(VectorBrush.Rectangular, 32, 32, Color.gray, /*paintEngine*/ PaintUtils.ConvertSpriteToTexture2D(patternSprite) /*patternExample1*/, false, false, false, false);
//paintEngine.drawMode=AdvancedMobilePaint.DrawMode.Pattern;
//paintEngine.brushMode=AdvancedMobilePaint.BrushProperties.Pattern;
paintEngine.customBrushHeight = 128;
paintEngine.customBrushWidth = 32;
paintEngine.drawEnabled = true;
}
public void RotateTexture()
{
Texture2D rotTex = PaintUtils.RotateTexture(paintSurface, rotationAngle);
rotatedTextureDisplay.GetComponent <RawImage>().texture = rotTex;
}
// Use this for initialization
void Start()
{
//SetUpQuadPaint();
patternExample2 = /*paintEngine*/ PaintUtils.ConvertSpriteToTexture2D(patternSprite2);
DoReset();
}
public override void Render(float x, float y, float width, bool curveTop, bool curveBottom, SKCanvas canvas)
{
PaintUtils.DrawRoundRect(
canvas,
x,
y,
width,
GraphStyle.ChartHeight,
curveTop ? GraphStyle.CornerRadius : 0,
curveTop ? GraphStyle.CornerRadius : 0,
curveBottom ? GraphStyle.CornerRadius : 0,
curveBottom ? GraphStyle.CornerRadius : 0,
CommonFade ? GraphStyle.FadedChartPaint : GraphStyle.ChartPaint // FIXME: Faded
);
var tapeSnapshot = tape.ToArray();
var filtered = tapeSnapshot.Where(smp => smp.values.Count == 1 && smp.values[0] is FloatField)
.Select(smp => Tuple.Create(smp.timestamp, (smp.values[0] as FloatField).value));
if (filtered.Count() != 0)
{
var minimumTs = filtered.Min(f => f.Item1) - 0.2f;
var maximumTs = filtered.Max(f => f.Item1) + 0.2f;
if (maximumTs - minimumTs < 2)
{
maximumTs += 2;
}
var minimumFound = filtered.Select((f, i) => Tuple.Create(i, f)).MinBy(f => f.Item2.Item2).First();
var minimum = minimumFound.Item2.Item2;
var minimumIdx = minimumFound.Item1;
var maximumFound = filtered.Select((f, i) => Tuple.Create(i, f)).MaxBy(f => f.Item2.Item2).First();
var maximum = maximumFound.Item2.Item2;
var maximumIdx = maximumFound.Item1;
minimum = Math.Min(-0.2f, minimum - 0.5f);
maximum = Math.Max(maximum + 0.5f, 0.2f);
// Draw the zero line
if (minimum <= 0 && maximum > 0)
{
var zeroHeight = Math.Abs(minimum) / Math.Abs(maximum - minimum);
canvas.DrawLine(
new SKPoint(x, y + GraphStyle.ChartHeight * (1 - zeroHeight)),
new SKPoint(x + width, y + GraphStyle.ChartHeight * (1 - zeroHeight)),
GraphStyle.ChartFaintLinePaint
);
canvas.DrawText("0", new SKPoint(x + 9, y + GraphStyle.ChartHeight * (1 - zeroHeight) - 7), GraphStyle.ChartFaintLinePaint);
}
// Draw data lines
//var dataEnum = tapeSnapshot.GetEnumerator();
//dataEnum.MoveNext();
//var curr = dataEnum.Current;
//dataEnum.MoveNext();
//var next = dataEnum.Current;
for (var i = 0; i < tapeSnapshot.Count() - 1; i++)
{
var x1Pos = (tapeSnapshot[i].timestamp - minimumTs) / Math.Abs(maximumTs - minimumTs);
var y1Pos = ((tapeSnapshot[i].values[0] as FloatField).value - minimum) / Math.Abs(maximum - minimum);
var x2Pos = (tapeSnapshot[i + 1].timestamp - minimumTs) / Math.Abs(maximumTs - minimumTs);
var y2Pos = ((tapeSnapshot[i + 1].values[0] as FloatField).value - minimum) / Math.Abs(maximum - minimum);
canvas.DrawLine(
new SKPoint(x + width * x1Pos, y + GraphStyle.ChartHeight * (1 - y1Pos)),
new SKPoint(x + width * x2Pos, y + GraphStyle.ChartHeight * (1 - y2Pos)),
GraphStyle.ChartLinePaint // FIXME: Faded
);
//dataEnum.MoveNext();
//curr = next;
//next = dataEnum.Current;
}
// Draw data points
{
var i = 0;
foreach (var smp in tape)
{
var xPos = (smp.timestamp - minimumTs) / Math.Abs(maximumTs - minimumTs);
var yPos = ((smp.values[0] as FloatField).value - minimum) / Math.Abs(maximum - minimum);
canvas.DrawCircle(
new SKPoint(x + width * xPos, y + GraphStyle.ChartHeight * (1 - yPos)),
2,
GraphStyle.ChartBoldLinePaint // FIXME: Faded
);
if (i == maximumIdx)
{
canvas.DrawText($"{maximum}", new SKPoint(x + width * xPos, y + GraphStyle.ChartHeight * (1 - yPos) - 5), GraphStyle.ChartCenteredShadowLinePaint);
canvas.DrawText($"{maximum}", new SKPoint(x + width * xPos, y + GraphStyle.ChartHeight * (1 - yPos) - 5), GraphStyle.ChartCenteredBoldLinePaint);
}
else if (i == minimumIdx)
{
canvas.DrawText($"{minimum}", new SKPoint(x + width * xPos, y + GraphStyle.ChartHeight * (1 - yPos) + 16), GraphStyle.ChartCenteredShadowLinePaint);
canvas.DrawText($"{minimum}", new SKPoint(x + width * xPos, y + GraphStyle.ChartHeight * (1 - yPos) + 16), GraphStyle.ChartCenteredBoldLinePaint);
}
i++;
}
}
}
else
{
canvas.DrawText("No data", new SKPoint(x + width / 2, y + GraphStyle.ChartHeight / 2), GraphStyle.ChartCenteredBoldLinePaint);
}
}
public void SetUpBitmapBrushType2()
{
paintEngine.drawMode = AdvancedMobilePaint.DrawMode.CustomBrush;
paintEngine.SetBitmapBrush(brushExample1, AdvancedMobilePaint.BrushProperties.Pattern, false, true, Color.blue, false, false, /*paintEngine*/ PaintUtils.ConvertSpriteToTexture2D(patternSprite));
paintEngine.drawEnabled = true;
}
private void ScheduledProcedureStepPage_Paint(object sender, PaintEventArgs e)
{
PaintUtils.HighlightRequiredFields(this, e.Graphics, true, Color.Red);
}
private void ImagingServiceRequestPage_Paint(object sender, PaintEventArgs e)
{
PaintUtils.HighlightRequiredFields(this, e.Graphics, true, Color.Red);
}
