public Curve CalculateCurve(Collider inComingClimber)
{
Curve curve = new Curve();
Vector3 firstPoint = inComingClimber.transform.position;
Vector3 lastPoint = jumpPoint.position;
curve.Add(firstPoint);
float timing = 0;
AnimationCurve jump = CentralData.Instance.JumpData.JumpCurve;
float min = jump.GetMin();
float max = jump.GetMax();
float first = jump.keys[0].time;
float last = jump.keys[jump.length - 1].time;
Vector3 flatDirection = (lastPoint - firstPoint);
flatDirection.y = 0;
float distance = flatDirection.magnitude;
flatDirection.Normalize();
while (timing < last)
{
timing += Time.deltaTime;
float eval = jump.Evaluate(timing);
float x = eval.Map(first, last, 0, distance);
float y = timing.Map(min, max, firstPoint.y, lastPoint.y);
Vector3 move = flatDirection * x;
move.y = y;
curve.Add(move);
}
curve.Add(lastPoint);
return(curve);
}
private float MapVelocity()
{
float speed = averageVelocity.magnitude;
if (type == Type.Pitch || type == Type.Volume)
{
float animationMin = 0;
float animationMax = velocityMapping.GetMax();
float speedMin = 0;
return(speed.Map(speedMin, maxVelocity, animationMin, animationMax));
}
return((int)speed.Map(0, maxVelocity, 0, clips.Length - 1));
}
protected virtual void Awake()
{
curveMaxTime = curve.GetFinalTime();
minCurve = curve.GetMin();
maxCurve = curve.GetMax();
}