void UpdateRotation(float value)
{
var a = BasicMath.Lerp(_rotationAngle0, _rotationAngle1, value);
var r = Quaternion.AngleAxis(a, RotationAxis);
if (_addToOriginal)
{
r = _originalRotation * r;
}
_targetTransform.localRotation = r;
}
void UpdateScale(float value)
{
var a = BasicMath.Lerp(_scaleAmount0, _scaleAmount1, value);
var s = ScaleVector * a;
if (_addToOriginal)
{
s += _originalScale;
}
_targetTransform.localScale = s;
}
void UpdatePosition(float value)
{
var a = BasicMath.Lerp(_translationAmount0, _translationAmount1, value);
var p = TranslationVector * a;
if (_addToOriginal)
{
p += _originalPosition;
}
_targetTransform.localPosition = p;
}
void DoKnobUpdate(float inputValue)
{
const float threshold = 0.5f;
if (_eventType == EventType.Value)
{
// update the target value for the interpolator
_value.targetValue =
BasicMath.Lerp(_outputValue0, _outputValue1, inputValue);
// invoke the event in direct mode
if (!_interpolator.enabled)
{
_valueEvent.Invoke(_value.Step());
}
}
else if (_lastInputValue < threshold && inputValue >= threshold)
{
if (_eventType == EventType.Trigger)
{
_triggerEvent.Invoke();
}
else // EventType.Toggle
{
_toggleState ^= true;
if (_toggleState)
{
_toggleOnEvent.Invoke();
}
else
{
_toggleOffEvent.Invoke();
}
}
}
_lastInputValue = inputValue;
}
void InvokeValueEvent(float p)
{
switch (_outputType)
{
case OutputType.Bool:
_boolEvent.Invoke(p > _threshold);
break;
case OutputType.Int:
var i = BasicMath.Lerp(_intOutput0, _intOutput1, p);
_intEvent.Invoke((int)i);
break;
case OutputType.Float:
var f = BasicMath.Lerp(_floatOutput0, _floatOutput1, p);
_floatEvent.Invoke(f);
break;
case OutputType.Vector3:
var v = BasicMath.Lerp(_vector3Output0, _vector3Output1, p);
_vector3Event.Invoke(v);
break;
}
}
void InvokeEvent(float p)
{
var f = BasicMath.Lerp(_value0, _value1, p);
_valueEvent.Invoke(f);
}
float CalculateTargetValue(float knobValue)
{
var p = _inputCurve.Evaluate(knobValue);
return(BasicMath.Lerp(_outputValue0, _outputValue1, p));
}
float MixValues()
{
return(BasicMath.Lerp(_input1Value, _input2Value, _parameter));
}
