public static EntityColor CreateFrom(ArgbColor color)
{
int colorDifference;
short colorIndex = DxfIndexedColorSet.GetColorIndex(color, out colorDifference);
if (colorDifference != 0)
{
return(EntityColor.CreateFromRgb(color.Argb));
}
return(EntityColor.CreateFromColorIndex(colorIndex));
}
public override void imethod_10(
EntityColor color,
Transparency transparency,
bool isColorBookColor)
{
if (color == EntityColor.ByBlock && !isColorBookColor)
{
this.imethod_32((short)0);
}
else
{
ushort num = 0;
bool flag;
if (flag = transparency.TransparencyType != TransparencyType.ByLayer)
{
num |= (ushort)8192;
}
if (isColorBookColor)
{
this.imethod_32((short)(ushort)((uint)num | 49152U));
}
else if (color == EntityColor.ByLayer)
{
this.imethod_32((short)(ushort)((uint)num | 256U));
}
else if (color.ColorType == ColorType.ByColorIndex)
{
this.imethod_32((short)(ushort)((uint)num | (uint)(ushort)color.ColorIndex));
}
else
{
int colorDifference;
int colorIndex = (int)DxfIndexedColorSet.GetColorIndex(color.ToArgbColor(), out colorDifference);
this.imethod_32((short)(ushort)((uint)num | (uint)(ushort)(32768 | colorIndex)));
this.imethod_33((int)color.Data);
}
if (!flag)
{
return;
}
this.imethod_33((int)transparency.Data);
}
}
public override void imethod_6(Color color)
{
switch (color.ColorType)
{
case ColorType.ByLayer:
this.imethod_32((short)256);
break;
case ColorType.ByBlock:
this.imethod_32((short)0);
break;
case ColorType.ByColorIndex:
this.imethod_32(color.ColorIndex);
break;
default:
this.imethod_32(DxfIndexedColorSet.GetColorIndex((DxfIndexedColor)DxfIndexedColorSet.AcadClassicIndexedColors, color.ToArgbColor(DxfIndexedColorSet.AcadClassicIndexedColors)));
break;
}
}