public static PixImage <T> ToPixImage <T>(this IPixImage2d image)
{
if (image is PixImage <T> pixImage)
{
return(pixImage);
}
var size = image.Size;
var pixFormat = image.PixFormat;
if (image.Data is T[] data)
{
if (data.GetType().GetElementType() != pixFormat.Type)
{
throw new ArgumentException("type mismatch in supplied IPixImage2d");
}
var volume = data.CreateImageVolume(new V3l(size.X, size.Y, Col.ChannelCount(pixFormat.Format)));
return(new PixImage <T>(pixFormat.Format, volume));
}
return(image.ToPixImage().ToPixImage <T>());
}
/// <summary>
/// System.Drawing.Color to C3ui.
/// </summary>
public static C3ui ToC3ui(this Color color) => new C3ui(
Col.UIntFromByte(color.R),
Col.UIntFromByte(color.G),
Col.UIntFromByte(color.B));
/// <summary>
/// Returns the int representation of the supplied C3f color.
/// </summary>
public static int FromRgbToInt(this C3f self)
{
return(Col.ByteFromDouble(self.R) << 16 |
Col.ByteFromDouble(self.G) << 8 |
Col.ByteFromDouble(self.B));
}
/// <summary>
/// System.Drawing.Color to C3us.
/// </summary>
public static C3us ToC3us(this Color color) => new C3us(
Col.UShortFromByte(color.R),
Col.UShortFromByte(color.G),
Col.UShortFromByte(color.B));
/// <summary>
/// C3ui to System.Drawing.Color.
/// </summary>
public static Color ToColor(this C3ui color) => Color.FromArgb(
Col.ByteFromUInt(color.R),
Col.ByteFromUInt(color.G),
Col.ByteFromUInt(color.B));
/// <summary>
/// C4d to System.Drawing.Color.
/// </summary>
public static Color ToColor(this C4d color) => Color.FromArgb(
Col.ByteFromDoubleClamped(color.A),
Col.ByteFromDoubleClamped(color.R),
Col.ByteFromDoubleClamped(color.G),
Col.ByteFromDoubleClamped(color.B));
/// <summary>
/// System.Drawing.Color to C4d.
/// </summary>
public static C4d ToC4d(this Color color) => new C4d(
Col.DoubleFromByte(color.R),
Col.DoubleFromByte(color.G),
Col.DoubleFromByte(color.B),
Col.DoubleFromByte(color.A));
/// <summary>
/// System.Drawing.Color to C4f.
/// </summary>
public static C4f ToC4f(this Color color) => new C4f(
Col.FloatFromByte(color.R),
Col.FloatFromByte(color.G),
Col.FloatFromByte(color.B),
Col.FloatFromByte(color.A));
/// <summary>
/// C4f to System.Drawing.Color.
/// </summary>
public static Color ToColor(this C4f color) => Color.FromArgb(
Col.ByteFromFloatClamped(color.A),
Col.ByteFromFloatClamped(color.R),
Col.ByteFromFloatClamped(color.G),
Col.ByteFromFloatClamped(color.B));
/// <summary>
/// C4us to System.Drawing.Color.
/// </summary>
public static Color ToColor(this C4us color) => Color.FromArgb(
Col.ByteFromUShort(color.A),
Col.ByteFromUShort(color.R),
Col.ByteFromUShort(color.G),
Col.ByteFromUShort(color.B));
/// <summary>
/// System.Drawing.Color to C3d.
/// </summary>
public static C3d ToC3d(this Color color) => new C3d(
Col.DoubleFromByte(color.R),
Col.DoubleFromByte(color.G),
Col.DoubleFromByte(color.B));
/// <summary>
/// System.Drawing.Color to C3f.
/// </summary>
public static C3f ToC3f(this Color color) => new C3f(
Col.FloatFromByte(color.R),
Col.FloatFromByte(color.G),
Col.FloatFromByte(color.B));