private float Operation(Recursion recursion)
{
float inputValue = Mathf.Clamp01(input.GetValue <float>(recursion));
float inflectionPointValue = Mathf.Clamp01(inflectionPoint.GetValue <float>(recursion));
return(MathLibrary.DecayingSigmoid(inputValue, inflectionPointValue, minimum.GetValue <float>(), decayFactor.GetValue <float>(), scale.GetValue <float>()));
}
private float Operation(Flow flow)
{
float normalizedInput = MathLibrary.ReverseLinearFunction(flow.GetValue <float>(input), flow.GetValue <float>(minimumRange), flow.GetValue <float>(maximumRange));
float normalizedInflection = MathLibrary.ReverseLinearFunction(flow.GetValue <float>(inflectionPoint), flow.GetValue <float>(minimumRange), flow.GetValue <float>(maximumRange));
return(MathLibrary.DecayingSigmoid(normalizedInput, normalizedInflection, flow.GetValue <float>(minimum), flow.GetValue <float>(decayFactor), flow.GetValue <float>(scale)));
}
private float Operation(Flow flow)
{
return(MathLibrary.LinearFunctionOfRange(
flow.GetValue <float>(input),
flow.GetValue <float>(minInputRange),
flow.GetValue <float>(maxInputRange), flow.GetValue <float>(minimum), flow.GetValue <float>(maximum)));
}
private float Operation(Recursion recursion)
{
float normalizedInput = MathLibrary.ReverseLinearFunction(input.GetValue <float>(), minimumRange.GetValue <float>(), maximumRange.GetValue <float>());
float normalizedInflection = MathLibrary.ReverseLinearFunction(inflectionPoint.GetValue <float>(), minimumRange.GetValue <float>(), maximumRange.GetValue <float>());
return(MathLibrary.DecayingSigmoid(normalizedInput, normalizedInflection, minimum.GetValue <float>(), decayFactor.GetValue <float>(), scale.GetValue <float>()));
}
private float Operation(Recursion recursion)
{
return(MathLibrary.LinearFunctionOfRange(
input.GetValue <float>(),
minInputRange.GetValue <float>(),
maxInputRange.GetValue <float>(), minimum.GetValue <float>(), maximum.GetValue <float>()));
}
private float Operation(Flow flow)
{
float inputValue = Mathf.Clamp01(flow.GetValue <float>(input));
float inflectionPointValue = Mathf.Clamp01(flow.GetValue <float>(inflectionPoint));
return(MathLibrary.DecayingSigmoid(inputValue, inflectionPointValue, flow.GetValue <float>(minimum), flow.GetValue <float>(decayFactor), flow.GetValue <float>(scale)));
}
private float Operation(Recursion recursion)
{
return(MathLibrary.LinearFunction(minimum.GetValue <float>(recursion), maximum.GetValue <float>(recursion), input.GetValue <float>(recursion)));
}
private float Operation(Recursion recursion)
{
return(MathLibrary.ExponentialFunction(input.GetValue <float>(), minimum.GetValue <float>(), exponent.GetValue <float>(), scale.GetValue <float>()));
}
private float Operation(Flow flow)
{
return(MathLibrary.LogarithmicFunctionOfRange(flow.GetValue <float>(input), flow.GetValue <float>(minimumRange), flow.GetValue <float>(maximumRange), flow.GetValue <float>(maximumRange), flow.GetValue <float>(exponent), flow.GetValue <float>(scale)));
}
private float Operation(Flow flow)
{
return(MathLibrary.ReverseLinearFunction(flow.GetValue <float>(minimum), flow.GetValue <float>(maximum), flow.GetValue <float>(input)));
}
private float Operation(Flow flow)
{
return(MathLibrary.DecayFunction(flow.GetValue <float>(input), flow.GetValue <float>(minimum), flow.GetValue <float>(decayFactor), flow.GetValue <float>(scale)));
}
private float Operation(Recursion recursion)
{
return(MathLibrary.DecayFunction(input.GetValue <float>(), minimum.GetValue <float>(), decayFactor.GetValue <float>(), scale.GetValue <float>()));
}
private float Operation(Flow flow)
{
return(MathLibrary.ExponentialFunction(flow.GetValue <float>(input), flow.GetValue <float>(minimum), flow.GetValue <float>(exponent), flow.GetValue <float>(scale)));
}
private float Operation(Recursion recursion)
{
return(MathLibrary.LogarithmicFunctionOfRange(input.GetValue <float>(), minimumRange.GetValue <float>(), maximumRange.GetValue <float>(), maximumRange.GetValue <float>(), exponent.GetValue <float>(), scale.GetValue <float>()));
}