protected override ValueType CheckInputsAndGetType(ValueType[] inTypes)
{
ValueType input = inTypes[0];
ValueTypeConfig config = ValueTypeConfig.Types[(int)input];
if (!config.IsValue)
{
return(ValueType.Error);
}
int[] comps = ValidateSwizzle(ref Components, GetComponentsCount(input) - 1);
if (comps.Length > 0)
{
_comp0 = comps[0];
}
if (comps.Length > 1)
{
_comp1 = comps[1];
}
if (comps.Length > 2)
{
_comp2 = comps[2];
}
if (comps.Length > 3)
{
_comp3 = comps[3];
}
bool siColor = IsColor(Components);
return(GetOutType(comps.Length, siColor));
}
public override void InitializeNodeProcessor(NodeProcessor processor)
{
GeneratedOperationInitializer(_Type);
int inputsCount = OperationConfigs[(int)_Type].InputCount;
if (inputsCount == 2)
{
ValueTypeConfig a = ValueTypeConfig.Types[(int)Parent.GetNode(Inputs[0]).CashedOutputType];
ValueTypeConfig b = ValueTypeConfig.Types[(int)Parent.GetNode(Inputs[1]).CashedOutputType];
GeneratedProcessorInitializerTwoInput(processor, a, b);
}
else
{
GeneratedProcessorInitializerOneInput(processor);
}
}
void GeneratedProcessorInitializerTwoInput(NodeProcessor processor, ValueTypeConfig aConfig, ValueTypeConfig bConfig)
{
if (aConfig.IsVector && bConfig.IsVector)
{
processor.Vector2Out = () =>
{
Vector2 in0 = processor.Inputs[0].Vector2Out();
Vector2 in1 = processor.Inputs[1].Vector2Out();
return(new Vector2(OperationTwoInput(in0.x, in1.x), OperationTwoInput(in0.y, in1.y)));
};
processor.Vector3Out = () =>
{
Vector3 in0 = processor.Inputs[0].Vector3Out();
Vector3 in1 = processor.Inputs[1].Vector3Out();
return(new Vector3(OperationTwoInput(in0.x, in1.x), OperationTwoInput(in0.y, in1.y), OperationTwoInput(in0.z, in1.z)));
};
processor.Vector4Out = () =>
{
Vector4 in0 = processor.Inputs[0].Vector4Out();
Vector4 in1 = processor.Inputs[1].Vector4Out();
return(new Vector4(OperationTwoInput(in0.x, in1.x), OperationTwoInput(in0.y, in1.y), OperationTwoInput(in0.z, in1.z), OperationTwoInput(in0.w, in1.w)));
};
processor.ColorOut = () =>
{
Color in0 = processor.Inputs[0].ColorOut();
Color in1 = processor.Inputs[1].ColorOut();
return(new Color(OperationTwoInput(in0.r, in1.r), OperationTwoInput(in0.g, in1.g), OperationTwoInput(in0.b, in1.b), OperationTwoInput(in0.a, in1.a)));
};
}
else if (aConfig.IsVector && !bConfig.IsVector)
{
if (bConfig.ValueType == ValueType.Float)
{
processor.Vector2Out = () =>
{
Vector2 in0 = processor.Inputs[0].Vector2Out();
float in1 = processor.Inputs[1].FloatOut();
return(new Vector2(OperationTwoInput(in0.x, in1), OperationTwoInput(in0.y, in1)));
};
processor.Vector3Out = () =>
{
Vector3 in0 = processor.Inputs[0].Vector3Out();
float in1 = processor.Inputs[1].FloatOut();
return(new Vector3(OperationTwoInput(in0.x, in1), OperationTwoInput(in0.y, in1), OperationTwoInput(in0.z, in1)));
};
processor.Vector4Out = () =>
{
Vector4 in0 = processor.Inputs[0].Vector4Out();
float in1 = processor.Inputs[1].FloatOut();
return(new Vector4(OperationTwoInput(in0.x, in1), OperationTwoInput(in0.y, in1), OperationTwoInput(in0.z, in1), OperationTwoInput(in0.w, in1)));
};
processor.ColorOut = () =>
{
Color in0 = processor.Inputs[0].ColorOut();
float in1 = processor.Inputs[1].FloatOut();
return(new Color(OperationTwoInput(in0.r, in1), OperationTwoInput(in0.g, in1), OperationTwoInput(in0.b, in1), OperationTwoInput(in0.a, in1)));
};
}
else
{
processor.Vector2Out = () =>
{
Vector2 in0 = processor.Inputs[0].Vector2Out();
int in1 = processor.Inputs[1].IntOut();
return(new Vector2(OperationTwoInput(in0.x, in1), OperationTwoInput(in0.y, in1)));
};
processor.Vector3Out = () =>
{
Vector3 in0 = processor.Inputs[0].Vector3Out();
int in1 = processor.Inputs[1].IntOut();
return(new Vector3(OperationTwoInput(in0.x, in1), OperationTwoInput(in0.y, in1), OperationTwoInput(in0.z, in1)));
};
processor.Vector4Out = () =>
{
Vector4 in0 = processor.Inputs[0].Vector4Out();
int in1 = processor.Inputs[1].IntOut();
return(new Vector4(OperationTwoInput(in0.x, in1), OperationTwoInput(in0.y, in1), OperationTwoInput(in0.z, in1), OperationTwoInput(in0.w, in1)));
};
processor.ColorOut = () =>
{
Color in0 = processor.Inputs[0].ColorOut();
int in1 = processor.Inputs[1].IntOut();
return(new Color(OperationTwoInput(in0.r, in1), OperationTwoInput(in0.g, in1), OperationTwoInput(in0.b, in1), OperationTwoInput(in0.a, in1)));
};
}
}
else if (!aConfig.IsVector && bConfig.IsVector)
{
if (aConfig.ValueType == ValueType.Float)
{
processor.Vector2Out = () =>
{
float in0 = processor.Inputs[0].FloatOut();
Vector2 in1 = processor.Inputs[1].Vector2Out();
return(new Vector2(OperationTwoInput(in0, in1.x), OperationTwoInput(in0, in1.y)));
};
processor.Vector3Out = () =>
{
float in0 = processor.Inputs[0].FloatOut();
Vector3 in1 = processor.Inputs[1].Vector3Out();
return(new Vector3(OperationTwoInput(in0, in1.x), OperationTwoInput(in0, in1.y), OperationTwoInput(in0, in1.z)));
};
processor.Vector4Out = () =>
{
float in0 = processor.Inputs[0].FloatOut();
Vector4 in1 = processor.Inputs[1].Vector4Out();
return(new Vector4(OperationTwoInput(in0, in1.x), OperationTwoInput(in0, in1.y), OperationTwoInput(in0, in1.z), OperationTwoInput(in0, in1.w)));
};
processor.ColorOut = () =>
{
float in0 = processor.Inputs[0].FloatOut();
Color in1 = processor.Inputs[1].ColorOut();
return(new Color(OperationTwoInput(in0, in1.r), OperationTwoInput(in0, in1.g), OperationTwoInput(in0, in1.b), OperationTwoInput(in0, in1.a)));
};
}
else
{
processor.Vector2Out = () =>
{
int in0 = processor.Inputs[0].IntOut();
Vector2 in1 = processor.Inputs[1].Vector2Out();
return(new Vector2(OperationTwoInput(in0, in1.x), OperationTwoInput(in0, in1.y)));
};
processor.Vector3Out = () =>
{
int in0 = processor.Inputs[0].IntOut();
Vector3 in1 = processor.Inputs[1].Vector3Out();
return(new Vector3(OperationTwoInput(in0, in1.x), OperationTwoInput(in0, in1.y), OperationTwoInput(in0, in1.z)));
};
processor.Vector4Out = () =>
{
int in0 = processor.Inputs[0].IntOut();
Vector4 in1 = processor.Inputs[1].Vector4Out();
return(new Vector4(OperationTwoInput(in0, in1.x), OperationTwoInput(in0, in1.y), OperationTwoInput(in0, in1.z), OperationTwoInput(in0, in1.w)));
};
processor.ColorOut = () =>
{
int in0 = processor.Inputs[0].IntOut();
Color in1 = processor.Inputs[1].ColorOut();
return(new Color(OperationTwoInput(in0, in1.r), OperationTwoInput(in0, in1.g), OperationTwoInput(in0, in1.b), OperationTwoInput(in0, in1.a)));
};
}
}
else if (!aConfig.IsVector && !bConfig.IsVector)
{
if (aConfig.ValueType == ValueType.Float)
{
if (bConfig.ValueType == ValueType.Float)
{
processor.FloatOut = () =>
{
float in0 = processor.Inputs[0].FloatOut();
float in1 = processor.Inputs[1].FloatOut();
return(OperationTwoInput(in0, in1));
};
}
else
{
processor.FloatOut = () =>
{
float in0 = processor.Inputs[0].FloatOut();
int in1 = processor.Inputs[1].IntOut();
return(OperationTwoInput(in0, in1));
};
}
}
else
{
if (bConfig.ValueType == ValueType.Float)
{
processor.FloatOut = () =>
{
int in0 = processor.Inputs[0].IntOut();
float in1 = processor.Inputs[1].FloatOut();
return(OperationTwoInput(in0, in1));
};
}
else
{
processor.IntOut = () =>
{
int in0 = processor.Inputs[0].IntOut();
int in1 = processor.Inputs[1].IntOut();
return(OperationTwoInputInt(in0, in1));
};
}
}
}
}