private void EvaluateMinPath()
{
if (!startValue.IsBetween(-360f, 360f) || !endValue.IsBetween(-360f, 360f))
{
return;
}
var mappedStartValue = startValue >= 0f ? startValue - 360f : 360f + startValue;
var mappedEndValue = endValue >= 0f ? endValue - 360f : 360f + endValue;
var originalDistance = MathX.Distance(startValue, endValue);
var mappedDistance = MathX.Distance(startValue, mappedEndValue);
if (mappedDistance < originalDistance)
{
endValue = mappedEndValue;
}
var mappedStartDistance = MathX.Distance(mappedStartValue, endValue);
if (mappedStartDistance < originalDistance)
{
startValue = mappedStartValue;
}
}
public LerpAngle SetEndValue(float newEndValue)
{
startValue = endValue;
if (RetainState)
{
startValue = currentValue;
}
endValue = newEndValue;
currentInterpolationAmount = 0f;
if (CheckMinPath)
{
EvaluateMinPath();
}
range = MathX.Distance(startValue, endValue);
return(this);
}
public static bool NearlyEqual(Vector3 a, Vector3 b, float delta)
{
return(MathX.NearlyEqual(a.x, b.x, delta) &&
MathX.NearlyEqual(a.y, b.y, delta) &&
MathX.NearlyEqual(a.z, b.z, delta));
}