public new SFNCG_ChannelBlend Initialize(SF_NodeConnector output, params SF_NodeConnector[] inputs)
{
SF_NodeConnector[] inputsWithoutFirst = new SF_NodeConnector[inputs.Length - 1];
for (int i = 1; i < inputs.Length; i++)
{
inputsWithoutFirst[i - 1] = inputs[i];
}
base.Initialize(output, inputsWithoutFirst);
return(this);
}
public override void Initialize()
{
base.Initialize("Vector Rotation");
base.PrepareArithmetic(2, ValueType.VTv3);
base.shaderGenMode = ShaderGenerationMode.SimpleFunction;
connectors = new SF_NodeConnector[] {
SF_NodeConnector.Create(this, "OUT", "", ConType.cOutput, ValueType.VTv3, false),
SF_NodeConnector.Create(this, "A", "N", ConType.cInput, ValueType.VTv3, false).SetRequired(true),
SF_NodeConnector.Create(this, "B", "A", ConType.cInput, ValueType.VTv3, false).SetRequired(true),
};
}
public override void Initialize()
{
base.Initialize("View Dir.", InitialPreviewRenderMode.BlitSphere);
base.showColor = true;
base.UseLowerPropertyBox(false);
base.texture.CompCount = 3;
base.neverDefineVariable = true;
connectors = new SF_NodeConnector[] {
SF_NodeConnector.Create(this, "OUT", "", ConType.cOutput, ValueType.VTv3, false)
};
}
public override void Initialize()
{
base.Initialize("Time", InitialPreviewRenderMode.BlitQuad);
base.showColor = true;
base.UseLowerPropertyBox(false);
base.texture.uniform = false;
base.texture.CompCount = 4;
base.alwaysDefineVariable = true;
base.shaderGenMode = ShaderGenerationMode.OffUniform;
connectors = new SF_NodeConnector[] {
SF_NodeConnector.Create(this, "TSL", "t/20", ConType.cOutput, ValueType.VTv1, false).Outputting(OutChannel.R),
SF_NodeConnector.Create(this, "T", "t", ConType.cOutput, ValueType.VTv1, false).Outputting(OutChannel.G),
SF_NodeConnector.Create(this, "TDB", "t*2", ConType.cOutput, ValueType.VTv1, false).Outputting(OutChannel.B),
SF_NodeConnector.Create(this, "TTR", "t*3", ConType.cOutput, ValueType.VTv1, false).Outputting(OutChannel.A)
};
}
public override void Initialize()
{
base.shaderGenMode = ShaderGenerationMode.ManualModal;
base.Initialize("Fresnel", InitialPreviewRenderMode.BlitSphere);
base.showColor = true;
base.UseLowerPropertyBox(false);
base.texture.CompCount = 1;
base.vectorDataNode = true;
connectors = new SF_NodeConnector[] {
SF_NodeConnector.Create(this, "OUT", "", ConType.cOutput, ValueType.VTv1, false),
SF_NodeConnector.Create(this, "NRM", "Nrm", ConType.cInput, ValueType.VTv3, false),
SF_NodeConnector.Create(this, "EXP", "Exp", ConType.cInput, ValueType.VTv1, false)
};
this["NRM"].unconnectedEvaluationValue = "normalDirection";
}
public override void Initialize()
{
base.Initialize("Parallax");
base.showColor = true;
base.shaderGenMode = ShaderGenerationMode.ManualModal;
UseLowerReadonlyValues(false);
texture.CompCount = 2;
//SF_NodeConnection lerpCon;
connectors = new SF_NodeConnector[] {
SF_NodeConnector.Create(this, "UVOUT", "UV", ConType.cOutput, ValueType.VTv2, false).Outputting(OutChannel.RG),
SF_NodeConnector.Create(this, "UVIN", "UV", ConType.cInput, ValueType.VTv2, false).SetGhostNodeLink(typeof(SFN_TexCoord), "UVOUT"),
SF_NodeConnector.Create(this, "HEI", "Hei", ConType.cInput, ValueType.VTv1, false).SetRequired(true),
SF_NodeConnector.Create(this, "DEP", "Dep", ConType.cInput, ValueType.VTv1, false),
SF_NodeConnector.Create(this, "REF", "Ref", ConType.cInput, ValueType.VTv1, false)
};
//base.conGroup = ScriptableObject.CreateInstance<SFNCG_Arithmetic>().Initialize( connectors[0], connectors[1], connectors[2] );
}
public SFNCG_Arithmetic Initialize(SF_NodeConnector output, params SF_NodeConnector[] inputs)
{
this.output = output;
this.inputs = inputs;
return(this);
}
