public ViewScoreDetailsState(ShowHighScoresState pOwner, IHighScoreEntry pShowEntry, IBackground useBG, int DetailPosition)
{
_Position = DetailPosition;
_BG = useBG; //so it is the same as the "main" show score state and looks "seamless".
_Owner = pOwner;
ShowEntry = pShowEntry;
}
public IHighScoreEntry Submit(IHighScoreEntry newEntry)
{
IHighScoreEntry <T> casted = newEntry as IHighScoreEntry <T>;
if (casted != null)
{
return(Submit(casted.Name, casted.Score, casted.CustomData));
}
return(Submit(newEntry.Name, newEntry.Score));
}
public override void Render(IStateOwner pOwner, SKCanvas pRenderTarget, ShowHighScoresState Source, GameStateSkiaDrawParameters Element)
{
if (Source.BG == null)
{
StandardImageBackgroundSkia sk = StandardImageBackgroundSkia.GetMenuBackgroundDrawer();
sk.Data.Movement = new SKPoint(3, 3);
Source.BG = sk;
}
var Bounds = Element.Bounds;
var g = pRenderTarget;
float StartY = (Bounds.Height * 0.175f);
var CurrentY = StartY;
float MiddleX = Bounds.Width / 2;
DrawBackground(Source, pOwner, g, Bounds);
float TextSize = Bounds.Height / 30f;
var ScoreFont = TetrisGame.RetroFontSK; //point size 24.
SKPaint MainScoreFont = new SKPaint()
{
Typeface = ScoreFont, TextSize = (float)(24 * pOwner.ScaleFactor), Color = SKColors.Black
};
SKPaint ShadowScoreFont = new SKPaint()
{
Typeface = ScoreFont, TextSize = (float)(24 * pOwner.ScaleFactor), Color = SKColors.White
};
SKPaint ListingFont = new SKPaint()
{
Typeface = ScoreFont, TextSize = (float)(18 * pOwner.ScaleFactor), Color = SKColors.Black
};
float PercentThroughSecond = (float)DateTime.Now.Millisecond / 1000f;
SKPaint ListingFontRainbow = new SKPaint()
{
Typeface = ScoreFont, TextSize = (float)(18 * pOwner.ScaleFactor), Color = SKColor.FromHsl(PercentThroughSecond * 240, 240, 120)
};
SKPaint ListingFontShadow = new SKPaint()
{
Typeface = ScoreFont, TextSize = (float)(18 * pOwner.ScaleFactor), Color = SKColors.White
};
SKPaint ListingFontArrow = new SKPaint()
{
Typeface = TetrisGame.ArialFontSK, TextSize = (float)(18 * pOwner.ScaleFactor), Color = SKColor.FromHsl(PercentThroughSecond * 240, 240, 120)
};
SKPaint ListingFontArrowShadow = new SKPaint()
{
Typeface = TetrisGame.ArialFontSK, TextSize = (float)(18 * pOwner.ScaleFactor), Color = SKColors.White
};
SKRect resultitem = new SKRect();
float LineHeight = MainScoreFont.MeasureText("#", ref resultitem);
var useShader = SKShader.CreateLinearGradient(new SKPoint(0, 0), new SKPoint(0, Bounds.Height), new SKColor[] { SKColors.Red, SKColors.Orange, SKColors.Yellow, SKColors.Green, SKColors.Blue, SKColors.Indigo, SKColors.Violet }, null, SKShaderTileMode.Mirror);
SKPaint LinePaint = new SKPaint()
{
BlendMode = SKBlendMode.ColorBurn, StrokeWidth = 24, Shader = useShader
};
g.DrawRect(new SKRect(0, 0, Bounds.Width, Bounds.Height), LinePaint);
//g.DrawRect(new SKRect((int)(Bounds.Width * (1 / 7)), CurrentY, (float)(Bounds.Width - (Bounds.Width * (1 / 7))), (float)(CurrentY + (LineHeight * 2.5) + (LineHeight * 3) * 12)),LinePaint);
if (Source.IncrementedDrawState >= 0)
{
//draw "HIGH SCORES" header text.
SKRect MeasuredRect = new SKRect();
MainScoreFont.MeasureText(Source.HeaderText, ref MeasuredRect);
SKPoint DrawPosition = new SKPoint(MiddleX - (MeasuredRect.Width / 2), StartY);
g.DrawText(Source.HeaderText, new SKPoint(DrawPosition.X + 2, DrawPosition.Y + 2), ShadowScoreFont);
g.DrawText(Source.HeaderText, DrawPosition, MainScoreFont);
CurrentY = StartY + MeasuredRect.Height + 10;
}
if (Source.IncrementedDrawState >= 1)
{
//maybe a line under the header.
}
if (Source.IncrementedDrawState >= 2)
{
//draw the high score listing entries.
//iterate from 2 to drawstate and draw the high score at position drawstate-2.
for (int scoreiterate = 2; scoreiterate < Source.IncrementedDrawState; scoreiterate++)
{
int CurrentScoreIndex = scoreiterate - 2;
int CurrentScorePosition = CurrentScoreIndex + 1;
double useYPosition = StartY + (LineHeight * 2.5) + (LineHeight * 3) * CurrentScoreIndex;
double useXPosition = Bounds.Width * 0.19d;
String sUseName = "N/A";
int sUseScore = 0;
IHighScoreEntry currentScore = Source.hs.Count > CurrentScoreIndex ? Source.hs[CurrentScoreIndex] : null;
if (currentScore != null)
{
sUseName = currentScore.Name;
sUseScore = currentScore.Score;
}
SKRect MeasureName = new SKRect(), MeasureScore = new SKRect();
ListingFont.MeasureText(sUseName, ref MeasureName);
ListingFont.MeasureText(sUseScore.ToString(), ref MeasureScore);
float PosXPosition = Bounds.Width * 0.1f;
float NameXPosition = Bounds.Width * 0.20f;
float ScoreXPositionRight = Bounds.Width * (1 - 0.10f);
var useForegroundPaint = Source.HighlightedScorePositions.Contains(CurrentScorePosition) ? ListingFontRainbow : ListingFont;
//draw position
g.DrawText(CurrentScorePosition.ToString() + ".", new SKPoint(PosXPosition + 2, (float)useYPosition + 2), ListingFontShadow);
g.DrawText(CurrentScorePosition.ToString() + ".", new SKPoint(PosXPosition, (float)useYPosition), useForegroundPaint);
//draw high score name
g.DrawText(sUseName, new SKPoint(PosXPosition + 2 + Math.Abs(resultitem.Height) * 2.25f, (float)useYPosition + 2), ListingFontShadow);
g.DrawText(sUseName, new SKPoint(PosXPosition + Math.Abs(resultitem.Height) * 2.25f, (float)useYPosition), useForegroundPaint);
//draw the high score
float ScoreXPosition = ScoreXPositionRight - MeasureScore.Width;
g.DrawText(sUseScore.ToString(), new SKPoint(ScoreXPosition + 2, (float)useYPosition + 2), ListingFontShadow);
g.DrawText(sUseScore.ToString(), new SKPoint(ScoreXPosition, (float)useYPosition), useForegroundPaint);
useForegroundPaint.StrokeWidth = 6;
g.DrawLine(new SKPoint(NameXPosition + MeasureName.Width + 15, (float)useYPosition + LineHeight / 2), new SKPoint(ScoreXPosition - 15, (float)useYPosition + LineHeight / 2), useForegroundPaint);
if (Source.SelectedScorePosition == CurrentScoreIndex)
{
//draw selection indicator if needed
SKRect MeasureArrow = new SKRect();
useForegroundPaint.MeasureText(PointerText, ref MeasureArrow);
float ArrowX = PosXPosition - MeasureArrow.Width - 5;
float ArrowY = (float)useYPosition;
g.DrawText(PointerText, new SKPoint(ArrowX + 2, ArrowY + 2), ListingFontArrowShadow);
g.DrawText(PointerText, new SKPoint(ArrowX, ArrowY), ListingFontArrow);
}
}
}
}
public override void Render(IStateOwner pOwner, Graphics pRenderTarget, ShowHighScoresState Source, BaseDrawParameters Element)
{
var Bounds = Element.Bounds;
var g = pRenderTarget;
float StartY = Bounds.Height * 0.175f;
float MiddleX = Bounds.Width / 2;
DrawBackground(Source, pOwner, g, Bounds);
float TextSize = Bounds.Height / 30f;
using (ScoreFont = TetrisGame.GetRetroFont(24, pOwner.ScaleFactor, FontStyle.Bold, GraphicsUnit.Pixel))
{
float LineHeight = g.MeasureString("#", ScoreFont).Height + 5;
//This needs to change based on the actual gameplay area size.)
if (Source.IncrementedDrawState >= 0)
{
//Draw HIGH SCORES
var Measured = g.MeasureString(Source.HeaderText, ScoreFont);
PointF DrawPosition = new PointF(MiddleX - (Measured.Width / 2), StartY);
g.DrawString(Source.HeaderText, ScoreFont, Brushes.White, new PointF(DrawPosition.X + 2, DrawPosition.Y + 2));
g.DrawString(Source.HeaderText, ScoreFont, Brushes.Black, DrawPosition);
}
if (Source.IncrementedDrawState >= 1)
{
float LineYPosition = StartY + LineHeight;
//draw a line underneath the High scores text
g.DrawLine(LinePen, 20, LineYPosition, Bounds.Width - 20, LineYPosition);
}
if (Source.IncrementedDrawState >= 2)
{
//draw the high score listing entries.
//iterate from 2 to drawstate and draw the high score at position drawstate-2.
for (int scoreiterate = 2; scoreiterate < Source.IncrementedDrawState; scoreiterate++)
{
int CurrentScoreIndex = scoreiterate - 2;
int CurrentScorePosition = CurrentScoreIndex + 1;
float useYPosition = StartY + (LineHeight * 2.5f) + LineHeight * CurrentScoreIndex;
float UseXPosition = Bounds.Width * 0.19f;
String sUseName = "N/A";
int sUseScore = 0;
IHighScoreEntry currentScore = Source.hs.Count > CurrentScoreIndex ? Source.hs[CurrentScoreIndex] : null;
if (currentScore != null)
{
sUseName = currentScore.Name;
sUseScore = currentScore.Score;
}
var MeasureScore = g.MeasureString(sUseScore.ToString(), ScoreFont);
var MeasureName = g.MeasureString(sUseName, ScoreFont);
float PosXPosition = Bounds.Width * 0.1f;
float NameXPosition = Bounds.Width * 0.20f;
float ScoreXPositionRight = Bounds.Width * (1 - 0.10f);
Brush DrawScoreBrush = Source.HighlightedScorePositions.Contains(CurrentScorePosition) ? GetHighlightBrush() : Brushes.Gray;
g.DrawString(CurrentScorePosition.ToString(), ScoreFont, Brushes.Black, PosXPosition + 2, useYPosition + 2);
g.DrawString(CurrentScorePosition.ToString(), ScoreFont, DrawScoreBrush, PosXPosition, useYPosition);
g.DrawString(sUseName, ScoreFont, Brushes.Black, NameXPosition + 2, useYPosition + 2);
g.DrawString(sUseName, ScoreFont, DrawScoreBrush, NameXPosition, useYPosition);
float ScoreXPosition = ScoreXPositionRight - MeasureScore.Width;
g.DrawString(sUseScore.ToString(), ScoreFont, Brushes.Black, ScoreXPosition + 2, useYPosition + 2);
g.DrawString(sUseScore.ToString(), ScoreFont, DrawScoreBrush, ScoreXPosition, useYPosition);
g.DrawLine(new Pen(DrawScoreBrush, 3), NameXPosition + MeasureName.Width + 15, useYPosition + LineHeight / 2, ScoreXPosition - 15, useYPosition + LineHeight / 2);
if (Source.SelectedScorePosition == CurrentScoreIndex)
{
//draw the selection arrow to the left of the NamePosition and useYPosition.
var MeasureArrow = g.MeasureString(PointerText, ScoreFont);
float ArrowX = PosXPosition - MeasureArrow.Width - 5;
float ArrowY = useYPosition;
g.DrawString(PointerText, ScoreFont, Brushes.Black, ArrowX + 2, ArrowY + 2);
g.DrawString(PointerText, ScoreFont, DrawScoreBrush, ArrowX, ArrowY);
}
}
}
}
}
public virtual int CompareTo(IHighScoreEntry <T> other)
{
return(Score.CompareTo(other.Score));
}
