private void DuaICCProfile_Data_Data(ILGenerator CMIL, ICCProfile profile1, ICCProfile profile2)
{
if (profile1.PCS == profile2.PCS)
{
TempColor1 = profile1.GetPCSColor(true);
var c1 = new ConversionCreator_ICC(CMIL, Data, InColor, TempColor1, false);
c1.SetConversionMethod();
var c2 = new ConversionCreator_ICC(c1, TempColor1, OutColor, true);
c1.SetConversionMethod();
}
else
{
TempColor1 = profile1.GetPCSColor(true);
TempColor2 = profile2.GetPCSColor(true);
var c1 = new ConversionCreator_ICC(CMIL, Data, InColor, TempColor1, false);
c1.SetConversionMethod();
var c2 = new ConversionCreator_Color(c1, TempColor1, TempColor2, false);
c2.SetConversionMethod();
var c3 = new ConversionCreator_ICC(c2, TempColor2, OutColor, true);
c3.SetConversionMethod();
}
}
/// <summary>
/// Sets the conversion method with the provided <see cref="ILGenerator"/>
/// </summary>
protected virtual void GetConversionMethod(ILGenerator CMIL)
{
var iccIn = InColor.Space as ColorspaceICC;
var iccOut = OutColor.Space as ColorspaceICC;
if (iccIn != null && iccOut != null)
{
if (iccIn.Profile.Equals(iccOut.Profile))
{
SingleICCProfile(CMIL, iccIn.Profile);
}
else
{
DuaICCProfile(CMIL, iccIn.Profile, iccOut.Profile);
}
}
else if (iccIn != null)
{
SingleICCProfile(CMIL, iccIn.Profile);
}
else if (iccOut != null)
{
SingleICCProfile(CMIL, iccOut.Profile);
}
else
{
var colCreator = new ConversionCreator_Color(CMIL, Data, InColor, OutColor);
colCreator.SetConversionMethod();
}
}
private void DuaICCProfile_PCS_PCS(ILGenerator CMIL, ICCProfile profile1, ICCProfile profile2)
{
//PCS1 == PCS2 will result in an assign
//PCS1 != PCS2 will result in a conversion
var c = new ConversionCreator_Color(CMIL, Data, InColor, OutColor);
c.SetConversionMethod();
}
private void SingleICCProfile(ILGenerator CMIL, ICCProfile profile)
{
var inType = InColor.GetType();
var outType = OutColor.GetType();
if (profile.Class == ProfileClassName.Abstract)
{
if (inType == profile.PCSType && outType == profile.PCSType)
{
var c = new ConversionCreator_ICC(CMIL, Data, InColor, OutColor);
c.SetConversionMethod();
}
else
{
throw new ConversionSetupException();
}
}
else if (profile.Class == ProfileClassName.DeviceLink)
{
if (inType == profile.DataColorspaceType && outType == profile.PCSType)
{
var c = new ConversionCreator_ICC(CMIL, Data, InColor, OutColor);
c.SetConversionMethod();
}
else
{
throw new ConversionSetupException();
}
}
else
{
if (inType == profile.PCSType)
{
if (outType == profile.DataColorspaceType)
{
var c = new ConversionCreator_ICC(CMIL, Data, InColor, OutColor);
c.SetConversionMethod();
}
else
{
var c = new ConversionCreator_Color(CMIL, Data, InColor, OutColor);
c.SetConversionMethod();
}
}
else if (inType == profile.DataColorspaceType)
{
if (outType == profile.PCSType)
{
var c = new ConversionCreator_ICC(CMIL, Data, InColor, OutColor);
c.SetConversionMethod();
}
else
{
TempColor1 = profile.GetPCSColor(true);
var c1 = new ConversionCreator_ICC(CMIL, Data, InColor, TempColor1, false);
c1.SetConversionMethod();
var c2 = new ConversionCreator_Color(c1, TempColor1, OutColor, true);
c2.SetConversionMethod();
}
}
else
{
if (outType == profile.DataColorspaceType)
{
TempColor1 = profile.GetPCSColor(true);
var c1 = new ConversionCreator_Color(CMIL, Data, InColor, TempColor1, false);
c1.SetConversionMethod();
var c2 = new ConversionCreator_ICC(c1, TempColor1, OutColor, true);
c2.SetConversionMethod();
}
else
{
var c = new ConversionCreator_Color(CMIL, Data, InColor, OutColor);
c.SetConversionMethod();
}
}
}
}
