protected override void ReadData(PsdReader reader, object userData)
{
var vstkDescriptor = new StructureDescriptor(reader, true);
var strokeStyleContentDescriptor = (StructureDescriptor)vstkDescriptor.Items["strokeStyleContent"];
switch (strokeStyleContentDescriptor.ClassId)
{
case "solidColorLayer":
{
Color = ColorReader.GetSolidColor(strokeStyleContentDescriptor);
break;
}
case "gradientLayer":
{
Color = ColorReader.GetLinearGradientColor(strokeStyleContentDescriptor);
break;
}
case "patternLayer":
{
var solidColor = new SolidColor();
solidColor.Color = ColorReader.GetUnknownColor();
Color = solidColor;
break;
}
}
var slwv = (StructureUnitFloat)vstkDescriptor.Items["strokeStyleLineWidth"];
WidthUnit = slwv.Unit;
Width = slwv.Value;
}
protected override void ReadData(PsdReader reader, object userData)
{
var colorDescriptor = new StructureDescriptor(reader, true);
var typeDesc = (StructureEnumerate)colorDescriptor.Items["Type"];
switch (typeDesc.Value)
{
// linear
case "Lnr ":
{
Color = ColorReader.GetLinearGradientColor(colorDescriptor);
break;
}
// radial
case "Rdl ":
{
Color = ColorReader.GetRadialGradientColor(colorDescriptor);
break;
}
// angle
case "Angl":
//reflected
case "Rflc":
// diamand
case "Dmnd":
default:
{
var solid = new SolidColor();
Color = solid;
solid.Color = ColorReader.GetUnknownColor();
break;
}
}
}
protected override void ReadData(PsdReader reader, object userData)
{
var soCoDescriptor = new StructureDescriptor(reader, true);
Color = ColorReader.GetSolidColor(soCoDescriptor);
}