protected void SetVariables(SamplePointVariables x, SamplePointVariables y, SamplePointVariables z)
{
variables[VariableNames.X] = x.ValueWorld;
variables[VariableNames.Y] = y.ValueWorld;
variables[VariableNames.Z] = z.ValueWorld;
variables[VariableNames.XLocal] = x.ValueLocal;
variables[VariableNames.YLocal] = y.ValueLocal;
variables[VariableNames.ZLocal] = z.ValueLocal;
}
public float Evaluate(SamplePointVariables x, SamplePointVariables y, SamplePointVariables z)
{
return(SimplexNoise.Evaulate(x.ValueWorld, 0f, 0f));
}
public float Evaluate(SamplePointVariables x, SamplePointVariables y, SamplePointVariables z)
{
return(Mathf.PerlinNoise((x.ValueWorld + y.ValueWorld), x.ValueWorld));
}
public float Evaluate(SamplePointVariables x, SamplePointVariables y, SamplePointVariables z)
{
return(Evaluate(new Vector3(x.ValueWorld, y.ValueWorld, z.ValueWorld)));
}
public float Evaluate(SamplePointVariables x, SamplePointVariables y, SamplePointVariables z)
{
return(0f);
}
public float Evaluate(SamplePointVariables x, SamplePointVariables y, SamplePointVariables z)
{
return((-y.ValueWorld) + SimplexNoise.Evaulate(x.ValueWorld, y.ValueWorld, z.ValueWorld));
}
public float Evaluate(SamplePointVariables x, SamplePointVariables y, SamplePointVariables z)
{
return((-y.ValueWorld) + Mathf.PerlinNoise(x.ValueWorld, z.ValueWorld));
}
public float Evaluate(SamplePointVariables x, SamplePointVariables y, SamplePointVariables z)
{
SetVariables(x, y, z);
return(RootNode.Evaluate());
}
public float Evaluate(SamplePointVariables x, SamplePointVariables y, SamplePointVariables z)
{
return(Mathf.PI + Mathf.PI);
}