public AbsorptionVolumeInputs(ShaderNode parentNode)
{
Color = new Float4Socket(parentNode, "Color");
AddSocket(Color);
Density = new FloatSocket(parentNode, "Density");
AddSocket(Density);
}
internal GradientOutputs(ShaderNode parentNode)
{
Color = new Float4Socket(parentNode, "Color");
AddSocket(Color);
Fac = new FloatSocket(parentNode, "Fac");
AddSocket(Fac);
}
internal FresnelInputs(ShaderNode parentNode)
{
IOR = new FloatSocket(parentNode, "IOR");
AddSocket(IOR);
Normal = new Float4Socket(parentNode, "Normal");
AddSocket(Normal);
}
public VoronoiInputs(ShaderNode parentNode)
{
Vector = new Float4Socket(parentNode, "Vector");
AddSocket(Vector);
Scale = new FloatSocket(parentNode, "Scale");
AddSocket(Scale);
}
public WaveOutputs(ShaderNode parentNode)
{
Color = new Float4Socket(parentNode, "Color");
AddSocket(Color);
Fac = new FloatSocket(parentNode, "Fac");
AddSocket(Fac);
}
public LayerWeightInputs(ShaderNode parentNode)
{
Blend = new FloatSocket(parentNode, "Blend");
AddSocket(Blend);
Normal = new Float4Socket(parentNode, "Normal");
AddSocket(Normal);
}
internal EmissionInputs(ShaderNode parentNode)
{
Color = new Float4Socket(parentNode, "Color");
AddSocket(Color);
Strength = new FloatSocket(parentNode, "Strength");
AddSocket(Strength);
}
public MagicInputs(ShaderNode parentNode)
{
Vector = new Float4Socket(parentNode, "Vector");
AddSocket(Vector);
Scale = new FloatSocket(parentNode, "Scale");
AddSocket(Scale);
Distortion = new FloatSocket(parentNode, "Distortion");
AddSocket(Distortion);
}
public VelvetBsdfInputs(ShaderNode parentNode)
{
Color = new Float4Socket(parentNode, "Color");
AddSocket(Color);
Sigma = new FloatSocket(parentNode, "Sigma");
AddSocket(Sigma);
Normal = new Float4Socket(parentNode, "Normal");
AddSocket(Normal);
}
internal MixInputs(ShaderNode parentNode)
{
Fac = new FloatSocket(parentNode, "Fac");
AddSocket(Fac);
Color1 = new Float4Socket(parentNode, "Color1");
AddSocket(Color1);
Color2 = new Float4Socket(parentNode, "Color2");
AddSocket(Color2);
}
public BrightnessContrastInputs(ShaderNode parentNode)
{
Color = new Float4Socket(parentNode, "Color");
AddSocket(Color);
Bright = new FloatSocket(parentNode, "Bright");
AddSocket(Bright);
Contrast = new FloatSocket(parentNode, "Contrast");
AddSocket(Contrast);
}
public ScatterVolumeInputs(ShaderNode parentNode)
{
Color = new Float4Socket(parentNode, "Color");
AddSocket(Color);
Density = new FloatSocket(parentNode, "Density");
AddSocket(Density);
Anisotropy = new FloatSocket(parentNode, "Anisotropy");
AddSocket(Anisotropy);
}
public DiffuseBsdfInputs(ShaderNode parentNode)
{
Color = new Float4Socket(parentNode, "Color");
AddSocket(Color);
Roughness = new FloatSocket(parentNode, "Roughness");
AddSocket(Roughness);
Normal = new Float4Socket(parentNode, "Normal");
AddSocket(Normal);
}
internal RefractionBsdfInputs(ShaderNode parentNode)
{
Color = new Float4Socket(parentNode, "Color");
AddSocket(Color);
Roughness = new FloatSocket(parentNode, "Roughness");
AddSocket(Roughness);
IOR = new FloatSocket(parentNode, "IOR");
AddSocket(IOR);
Normal = new Float4Socket(parentNode, "Normal");
AddSocket(Normal);
}
internal BumpInputs(ShaderNode parentNode)
{
Height = new FloatSocket(parentNode, "Height");
AddSocket(Height);
Normal = new Float4Socket(parentNode, "Normal");
AddSocket(Normal);
Strength = new FloatSocket(parentNode, "Strength");
AddSocket(Strength);
Distance = new FloatSocket(parentNode, "Distance");
AddSocket(Distance);
}
public CheckerInputs(ShaderNode parentNode)
{
Vector = new Float4Socket(parentNode, "Vector");
AddSocket(Vector);
Color1 = new Float4Socket(parentNode, "Color1");
AddSocket(Color1);
Color2 = new Float4Socket(parentNode, "Color2");
AddSocket(Color2);
Scale = new FloatSocket(parentNode, "Scale");
AddSocket(Scale);
}
public NoiseInputs(ShaderNode parentNode)
{
Vector = new Float4Socket(parentNode, "Vector");
AddSocket(Vector);
Scale = new FloatSocket(parentNode, "Scale");
AddSocket(Scale);
Detail = new FloatSocket(parentNode, "Detail");
AddSocket(Detail);
Distortion = new FloatSocket(parentNode, "Distortion");
AddSocket(Distortion);
}
public HueSaturationInputs(ShaderNode parentNode)
{
Hue = new FloatSocket(parentNode, "Hue");
AddSocket(Hue);
Saturation = new FloatSocket(parentNode, "Saturation");
AddSocket(Saturation);
Value = new FloatSocket(parentNode, "Value");
AddSocket(Value);
Fac = new FloatSocket(parentNode, "Fac");
AddSocket(Fac);
Color = new Float4Socket(parentNode, "Color");
AddSocket(Color);
}
public AnisotropicBsdfInputs(ShaderNode parentNode)
{
Color = new Float4Socket(parentNode, "Color");
AddSocket(Color);
Tangent = new Float4Socket(parentNode, "Tangent");
AddSocket(Tangent);
Normal = new Float4Socket(parentNode, "Normal");
AddSocket(Normal);
Roughness = new FloatSocket(parentNode, "Roughness");
AddSocket(Roughness);
Anisotropy = new FloatSocket(parentNode, "Anisotropy");
AddSocket(Anisotropy);
Rotation = new FloatSocket(parentNode, "Rotation");
AddSocket(Rotation);
}
public MusgraveInputs(ShaderNode parentNode)
{
Vector = new Float4Socket(parentNode, "Vector");
AddSocket(Vector);
Scale = new FloatSocket(parentNode, "Scale");
AddSocket(Scale);
Detail = new FloatSocket(parentNode, "Detail");
AddSocket(Detail);
Dimension = new FloatSocket(parentNode, "Dimension");
AddSocket(Dimension);
Lacunarity = new FloatSocket(parentNode, "Lacunarity");
AddSocket(Lacunarity);
Offset = new FloatSocket(parentNode, "Offset");
AddSocket(Offset);
Gain = new FloatSocket(parentNode, "Gain");
AddSocket(Gain);
}
internal BrickInputs(ShaderNode parentNode)
{
Color1 = new Float4Socket(parentNode, "Color1");
AddSocket(Color1);
Color2 = new Float4Socket(parentNode, "Color2");
AddSocket(Color2);
Mortar = new Float4Socket(parentNode, "Mortar");
AddSocket(Mortar);
Vector= new Float4Socket(parentNode, "Vector");
AddSocket(Vector);
Scale = new FloatSocket(parentNode, "Scale");
AddSocket(Scale);
MortarSize = new FloatSocket(parentNode, "Mortar Size");
AddSocket(MortarSize);
Bias = new FloatSocket(parentNode, "Bias");
AddSocket(Bias);
BrickWidth = new FloatSocket(parentNode, "Brick Width");
AddSocket(BrickWidth);
RowHeight = new FloatSocket(parentNode, "Row Height");
AddSocket(RowHeight);
}
internal EnvironmentTextureOutputs(ShaderNode parentNode)
{
Color = new Float4Socket(parentNode, "Color");
AddSocket(Color);
Alpha = new FloatSocket(parentNode, "Alpha");
AddSocket(Alpha);
}
public SeparateXyzInputs(ShaderNode parentNode)
{
Vector = new Float4Socket(parentNode, "Vector");
AddSocket(Vector);
}
internal GeometryInfoOutputs(ShaderNode parentNode)
{
//IsCameraRay = new FloatSocket(parentNode, "Is Camera Ray");
//AddSocket(IsCameraRay);
Position = new Float4Socket(parentNode, "Position");
AddSocket(Position);
Normal = new Float4Socket(parentNode, "Normal");
AddSocket(Normal);
Tangent = new Float4Socket(parentNode, "Tangent");
AddSocket(Tangent);
TrueNormal = new Float4Socket(parentNode, "True Normal");
AddSocket(TrueNormal);
Incoming = new Float4Socket(parentNode, "Incoming");
AddSocket(Incoming);
Parametric = new Float4Socket(parentNode, "Parametric");
AddSocket(Parametric);
Backfacing = new FloatSocket(parentNode, "Backfacing");
AddSocket(Backfacing);
Pointiness = new FloatSocket(parentNode, "Pointiness");
AddSocket(Pointiness);
}
public SkyOutputs(ShaderNode parentNode)
{
Color = new Float4Socket(parentNode, "Color");
AddSocket(Color);
}
public SeparateHsvInputs(ShaderNode parentNode)
{
Color = new Float4Socket(parentNode, "Color");
AddSocket(Color);
}
internal TransparentBsdfInputs(ShaderNode parentNode)
{
Color = new Float4Socket(parentNode, "Color");
AddSocket(Color);
}
public CombineHsvOutputs(ShaderNode parentNode)
{
Image = new Float4Socket(parentNode, "Image");
AddSocket(Image);
}
internal GradientInputs(ShaderNode parentNode)
{
Vector = new Float4Socket(parentNode, "Vector");
AddSocket(Vector);
}
internal EnvironmentTextureInputs(ShaderNode parentNode)
{
Vector = new Float4Socket(parentNode, "Vector");
AddSocket(Vector);
}