private void calculateBaseSizes()
{
// compute the max size of a digit and separators in the English font, for the timer part.
PixelFont font = Dialog.Languages["english"].Font;
float fontFaceSize = Dialog.Languages["english"].FontFaceSize;
PixelFontSize pixelFontSize = font.Get(fontFaceSize);
for (int i = 0; i < 10; i++)
{
float digitWidth = pixelFontSize.Measure(i.ToString()).X;
if (digitWidth > numberWidth)
{
numberWidth = digitWidth;
}
}
spacerWidth = pixelFontSize.Measure('.').X;
numberHeight = pixelFontSize.Measure("0:.").Y;
// measure the ranks in the font for the current language.
rankMeasurements = new Dictionary <string, Vector2>()
{
{ "Gold", ActiveFont.Measure(Dialog.Clean("collabutils2_speedberry_gold") + " ") * targetTimeScale },
{ "Silver", ActiveFont.Measure(Dialog.Clean("collabutils2_speedberry_silver") + " ") * targetTimeScale },
{ "Bronze", ActiveFont.Measure(Dialog.Clean("collabutils2_speedberry_bronze") + " ") * targetTimeScale }
};
}
private static void DrawTime(Vector2 position, string timeString, float scale = 1f, bool valid = true,
bool finished = false, bool bestTime = false, float alpha = 1f)
{
float numberWidth = 0f;
float spacerWidth = 0f;
PixelFontSize pixelFontSize =
Dialog.Languages["english"].Font.Get(Dialog.Languages["english"].FontFaceSize);
for (int index = 0; index < 10; ++index)
{
float x1 = pixelFontSize.Measure(index.ToString()).X;
if ((double)x1 > numberWidth)
{
numberWidth = x1;
}
}
spacerWidth = pixelFontSize.Measure('.').X;
PixelFont font = Dialog.Languages["english"].Font;
float fontFaceSize = Dialog.Languages["english"].FontFaceSize;
float num1 = scale;
float x = position.X;
float y = position.Y;
Color color1 = Color.White * alpha;
Color color2 = Color.LightGray * alpha;
if (!valid)
{
color1 = Calc.HexToColor("918988") * alpha;
color2 = Calc.HexToColor("7a6f6d") * alpha;
}
else if (bestTime)
{
color1 = Calc.HexToColor("fad768") * alpha;
color2 = Calc.HexToColor("cfa727") * alpha;
}
else if (finished)
{
color1 = Calc.HexToColor("6ded87") * alpha;
color2 = Calc.HexToColor("43d14c") * alpha;
}
for (int index = 0; index < timeString.Length; ++index)
{
char ch = timeString[index];
Color color3 = ch == ':' || ch == '.' || (double)num1 < (double)scale ? color2 : color1;
float num2 = (float)((ch == ':' || ch == '.' ? spacerWidth : numberWidth) + 4.0) * num1;
font.DrawOutline(fontFaceSize, ch.ToString(), new Vector2(x + num2 / 2f, y), new Vector2(0.5f, 1f),
Vector2.One * num1, color3, 2f, Color.Black);
x += num2;
}
}
public static void CalculateBaseSizes()
{
PixelFont font = Dialog.Languages["english"].Font;
float fontFaceSize = Dialog.Languages["english"].FontFaceSize;
PixelFontSize pixelFontSize = font.Get(fontFaceSize);
for (int i = 0; i < 10; i++)
{
float x = pixelFontSize.Measure(i.ToString()).X;
if (x > numberWidth)
{
numberWidth = x;
}
}
spacerWidth = pixelFontSize.Measure('.').X;
}
private void CalculateBaseSizes()
{
// compute the max size of a digit and separators in the English font, for the timer part.
PixelFont font = Dialog.Languages["english"].Font;
float fontFaceSize = Dialog.Languages["english"].FontFaceSize;
PixelFontSize pixelFontSize = font.Get(fontFaceSize);
for (int i = 0; i < 10; i++)
{
float digitWidth = pixelFontSize.Measure(i.ToString()).X;
if (digitWidth > numberWidth)
{
numberWidth = digitWidth;
}
}
spacerWidth = pixelFontSize.Measure('.').X;
}