public string GetAdditionalFields()
{
var albedoInput = _albedo.ChannelInput(this);
var normalInput = _normal.ChannelInput(this);
var emissionInput = _emission.ChannelInput(this);
var specularInput = _specular.ChannelInput(this);
var glossInput = _gloss.ChannelInput(this);
var alphaInput = _alpha.ChannelInput(this);
var customInput = _custom.ChannelInput(this);
var clipInput = _clip.ChannelInput(this);
var metallicInput = _metallic.ChannelInput(this);
var smoothnessInput = _smoothness.ChannelInput(this);
var occlusionInput = _occlusion.ChannelInput(this);
var result = albedoInput.AdditionalFields;
result += normalInput.AdditionalFields;
result += emissionInput.AdditionalFields;
result += specularInput.AdditionalFields;
result += glossInput.AdditionalFields;
result += alphaInput.AdditionalFields;
result += customInput.AdditionalFields;
result += clipInput.AdditionalFields;
result += metallicInput.AdditionalFields;
result += smoothnessInput.AdditionalFields;
result += occlusionInput.AdditionalFields;
return(result);
}
public string GetAdditionalFields()
{
var arg1 = _in.ChannelInput(this);
var ret = arg1.AdditionalFields;
//ret += arg2.AdditionalFields;
return(ret);
}
public string GetAdditionalFields()
{
var arg1 = _vector.ChannelInput(this);
var arg2 = _matrix.ChannelInput(this);
var ret = arg1.AdditionalFields;
ret += arg2.AdditionalFields;
return(ret);
}
public string GetAdditionalFields()
{
var arg1Input = _arg1.ChannelInput(this);
var arg2Input = _arg2.ChannelInput(this);
string result = arg1Input.AdditionalFields;
result += arg2Input.AdditionalFields;
return(result);
}
public string GetAdditionalFields()
{
var arg1 = _view.ChannelInput(this);
var arg2 = _normal.ChannelInput(this);
var ret = arg1.AdditionalFields;
ret += arg2.AdditionalFields;
return(ret);
}
public string GetAdditionalFields()
{
var arg1Input = _vector1.ChannelInput(this);
var arg2Input = _vector2.ChannelInput(this);
var ret = arg1Input.AdditionalFields;
ret += arg2Input.AdditionalFields;
return(ret);
}
public string GetAdditionalFields()
{
var ret = _position.ChannelInput(this).AdditionalFields;
ret += _color.ChannelInput(this).AdditionalFields;
ret += _normal.ChannelInput(this).AdditionalFields;
ret += _tangent.ChannelInput(this).AdditionalFields;
return(ret);
}
public string GetAdditionalFields()
{
var uvInput = _uv.ChannelInput(this);
var timeInput = _time.ChannelInput(this);
string result = uvInput.AdditionalFields;
result += timeInput.AdditionalFields;
return(result);
}
public string GetAdditionalFields()
{
var arg1 = _view.ChannelInput(this);
var arg2 = _scale.ChannelInput(this);
var arg3 = _bias.ChannelInput(this);
var ret = arg1.AdditionalFields;
ret += arg2.AdditionalFields;
ret += arg3.AdditionalFields;
return(ret);
}
public string GetAdditionalFields()
{
string result = "";
if (IsInputChannelConnected(0))
{
var v = _vector.ChannelInput(this);
result += v.AdditionalFields;
}
return(result);
}
public string GetAdditionalFields()
{
var result = "";
if (IsInputChannelConnected(0))
{
var samplerInput = _sampler.ChannelInput(this);
var normalInput = _normal.ChannelInput(this);
result += samplerInput.AdditionalFields;
result += normalInput.AdditionalFields;
}
return(result);
}
public string GetAdditionalFields()
{
var arg1 = _v1.ChannelInput(this);
var arg2 = _v2.ChannelInput(this);
var arg3 = _v3.ChannelInput(this);
var arg4 = _v4.ChannelInput(this);
var ret = arg1.AdditionalFields;
ret += arg2.AdditionalFields;
ret += arg3.AdditionalFields;
ret += arg4.AdditionalFields;
return(ret);
}
public string GetAdditionalFields()
{
var arg1 = _vector.ChannelInput(this);
return(arg1.AdditionalFields);
}
public string GetAdditionalFields()
{
var arg1Input = _arg1.ChannelInput(this);
return(arg1Input.AdditionalFields);
}
public string GetAdditionalFields()
{
return(_lighting.ChannelInput(this).AdditionalFields);
}
