public void SetValue(ChannelInputs inputs, double value, SetMask mask = SetMask.Any)
{
if (Locked)
{
return;
}
if (mask.HasFlag(SetMask.ApplyClamp) && Clamped)
{
value = EvaluatorHelperMethods.Clamp(value, Min, Max);
}
inputs.RawValues[this.Index] = value;
}
public void SetEffectiveValue(ChannelInputs inputs, ChannelOutputs outputsForDelta, double value, SetMask mask = SetMask.Any)
{
if (Locked)
{
return;
}
if (mask.HasFlag(SetMask.ApplyClamp) && Clamped)
{
value = EvaluatorHelperMethods.Clamp(value, Min, Max);
}
double delta = value - outputsForDelta.Values[this.Index];
inputs.RawValues[this.Index] += delta;
}
public void AddValue(ChannelInputs inputs, double delta, SetMask mask = SetMask.Any)
{
double current = inputs.RawValues[Index];
SetValue(inputs, current + delta, mask);
}
public void SetTranslation(ChannelInputs inputs, Vector3 translation, SetMask mask = SetMask.Any)
{
Translation.SetValue(inputs, translation, mask);
}
public void SetEffectiveValue(ChannelInputs inputs, ChannelOutputs outputsForDelta, Vector3 value, SetMask mask = SetMask.Any)
{
X.SetEffectiveValue(inputs, outputsForDelta, value.X, mask);
Y.SetEffectiveValue(inputs, outputsForDelta, value.Y, mask);
Z.SetEffectiveValue(inputs, outputsForDelta, value.Z, mask);
}
public void AddValue(ChannelInputs inputs, Vector3 delta, SetMask mask = SetMask.Any)
{
X.AddValue(inputs, delta.X, mask);
Y.AddValue(inputs, delta.Y, mask);
Z.AddValue(inputs, delta.Z, mask);
}
public void SetValue(ChannelInputs inputs, Vector3 value, SetMask mask = SetMask.Any)
{
X.SetValue(inputs, value.X, mask);
Y.SetValue(inputs, value.Y, mask);
Z.SetValue(inputs, value.Z, mask);
}
