public void Render(IStateOwner pOwner, SKCanvas pRenderTarget, CharParticle Source, GameStateSkiaDrawParameters Element)
{
var Alphause = TranslateAlpha(Source);
var CharPoint = TranslatePosition(pOwner, pRenderTarget, Source.Position, Element);
var FontSizeTranslate = new BCPoint(1, Source.FontInfo.FontSize);
var TranslatedFontSize = TranslatePosition(pOwner, pRenderTarget, FontSizeTranslate, Element);
var useColor = new SKColor(Source.Color.R, Source.Color.G, Source.Color.B, Alphause);
SKRect Bound = new SKRect();
skp.MeasureText(Source.Text, ref Bound);
skp.TextSize = TranslatedFontSize.Y;
SKPaint Foreground = new SKPaint()
{
Color = useColor, TextSize = TranslatedFontSize.Y, Typeface = TetrisGame.RetroFontSK
};
SKPaint Background = new SKPaint()
{
Color = new SKColor(0, 0, 0, Alphause), TextSize = TranslatedFontSize.Y, Typeface = TetrisGame.RetroFontSK
};
DrawTextInformationSkia skinfo = new DrawTextInformationSkia()
{
Text = Source.Text,
Position = CharPoint,
CharacterHandler = new DrawCharacterHandlerSkia(new VerticalWavePositionCharacterPositionCalculatorSkia()
{
Height = (float)(pOwner.ScaleFactor * 6)
}),
ForegroundPaint = Foreground,
ShadowPaint = Background
};
skinfo.DrawFont = new SKFontInfo(TetrisGame.RetroFontSK, TranslatedFontSize.Y);
//pRenderTarget.DrawText(Source.Text, CharPoint.X,CharPoint.Y,TetrisGame.RetroFontSK, skp);
//pRenderTarget.DrawTextSK(Source.Text, CharPoint, TetrisGame.RetroFontSK, useColor, skp.TextSize,1);
SKMatrix cloned = SKMatrix.Identity;
if (Source.Angle != 0)
{
cloned = pRenderTarget.TotalMatrix;
pRenderTarget.RotateDegrees((float)Source.Angle);
}
pRenderTarget.DrawTextSK(skinfo);
if (Source.Angle != 0)
{
pRenderTarget.SetMatrix(cloned);
}
//CharPoint -= new BCPoint(skp)
// skp.MeasureText(Source.Character);
}
private void AddParticles_Row(IStateOwner pOwner, BCRect RowBounds, int Lines = 1)
{
String UseText = RowClearText?[Lines] ?? $"{Lines}LINE";
Func <BaseParticle, BCColor> TetrisColorFunc = BaseParticle.GetRainbowColorFunc(pOwner);
Func <BaseParticle, BCColor> SingleLineColorFunc = (o) =>
{
int timebase = 2000;
double DarknessValue = (Math.Sin((float)pOwner.GetElapsedTime().Ticks / 2000) / 2) + 1;
BCColor usecolor = (Color) new HSLColor(0, 120, DarknessValue * 120);
return(usecolor);
};
Func <BaseParticle, BCColor> DoubleLineColorFunc = (o) =>
{
int timebase = 2000;
double DarknessValue = Math.Sin((float)pOwner.GetElapsedTime().Ticks / 2000);
BCColor usecolor = (Color) new HSLColor(75, 120, DarknessValue * 120);
return(usecolor);
};
Func <BaseParticle, BCColor> TripleLineColorFunc = (o) =>
{
int timebase = 2000;
double DarknessValue = Math.Sin((float)pOwner.GetElapsedTime().Ticks / 2000);
BCColor usecolor = (Color) new HSLColor(150, 120, DarknessValue * 120);
return(usecolor);
};
Func <BaseParticle, BCColor>[] LineFuncs = new Func <BaseParticle, BCColor>[]
{
SingleLineColorFunc, DoubleLineColorFunc, TripleLineColorFunc, TetrisColorFunc
};
//split the text into characters...
char[] CharsToShow = UseText.ToCharArray();
float XOffset = (int)((float)RowBounds.Width / 2 - ((float)CharsToShow.Length / 2)); //one character per block, ideally.
List <CharParticle> MakeParticles = new List <CharParticle>();
for (int x = 0; x < CharsToShow.Length; x++)
{
int i = x % CharsToShow.Length;
CharParticle makeparticle = new CharParticle(new BCPoint(RowBounds.Left + XOffset + x, RowBounds.Top + RowBounds.Height / 2), new BCPoint(0, -0.05f), Color.Red, CharsToShow[i].ToString());
makeparticle.TTL = 1500;
//makeparticle.Decay = new BCPoint(0.5f, 0.5f);
MakeParticles.Add(makeparticle);
Lines = Lines > 4 ? Lines = 4:Lines;
if (Lines >= 4)
{
makeparticle.ColorCalculatorFunction = LineFuncs[Lines - 1];
}
else
{
makeparticle.Color = new Color[] { Color.Red, Color.Green, Color.Yellow }[Lines - 1];
}
lock (_BaseState.TopParticles)
{
_BaseState.TopParticles.AddRange(MakeParticles);
}
}
}
