private void DisplayParabola(DisplayParabolaRequestEvent obj)
{
currentRequest = obj;
currentRequest.speed = speed;
currentRequest.arcHeight = arcHeight;
currentRequest.xReductionPerBounce = xReductionPerBounce;
currentRequest.bounces = bounces;
if (projectileOrigin != obj.projectileOrigin)
{
projectileOrigin = obj.projectileOrigin;
}
if (obj.variableTarget != null)
{
target = obj.variableTarget;
obj.target = target.position;
}
startingPos = projectileOrigin.position;
lineRenderer.enabled = true;
lineRenderer.positionCount = 0;
Parabola[] parabolas = ParabolaCalculator.CalculateFullTrajectory(obj);
lineRenderer.positionCount = ParabolaCalculator.PointAmountInParabolaArray(parabolas);
int pointIndexInLineRenderer = 0;
for (int parabolaIndex = 0; parabolaIndex < parabolas.Length; parabolaIndex++)
{
for (int pointIndex = 0; pointIndex < parabolas[parabolaIndex].points.Count; pointIndex++)
{
lineRenderer.SetPosition(pointIndexInLineRenderer, parabolas[parabolaIndex].points[pointIndex]);
pointIndexInLineRenderer++;
}
}
target.hasChanged = false;
}
private void OnDisplayParabolaRequested(DisplayParabolaRequestEvent obj)
{
speed = obj.speed;
arcHeight = obj.arcHeight;
bounces = obj.bounces;
xReductionPerBounce = obj.xReductionPerBounce;
DisplayParabola(obj);
}
public static Parabola[] CalculateFullTrajectory(DisplayParabolaRequestEvent request)
{
return(CalculateFullTrajectory(request.projectileOrigin.position, request.target, request.speed, request.arcHeight, request.xReductionPerBounce, request.bounces));
}
