internal void Initialize(Projectile projectile)
{
Element[] projectileElements = projectile.elements.ToArray();
damage = ElementUtility.ProjectileDamage(projectileElements);
bouncesLeft = ElementUtility.Bounces(projectileElements);
chainLength = ElementUtility.ChainLength(projectileElements);
speed = ElementUtility.ProjectileSpeed(projectileElements);
AOEDamageDealer = new AOEDamageDealer(ElementUtility.AoE(projectileElements) * projectile.areaOfEffectMultiplier, transform, projectile.elements);
primaryMovementType = ElementUtility.Movement(projectile.elements.Peek());
this.projectile = projectile;
switch (primaryMovementType)
{
case ProjectileMovementType.BounceOnGround:
Parabola[] parabolas = ParabolaCalculator.CalculateFullTrajectory(transform.position, projectile.target.position,
ElementUtility.ProjectileSpeed(projectileElements), transform.position.y, 0, bouncesLeft);
projectileMover = new ProjectileMover(transform, parabolas, ElementUtility.ProjectileSpeed(projectile.elements.ToArray()) * projectile.speedMultiplier);
break;
case ProjectileMovementType.StraightChain:
projectileMover = new ProjectileMover(transform, projectile.target, ElementUtility.ProjectileSpeed(projectile.elements.ToArray()) * projectile.speedMultiplier);
break;
case ProjectileMovementType.AOEAtTower:
projectileMover = new ProjectileMover(projectile.speedMultiplier * speed, 0, transform);
OnAOEAtTowerActivation();
break;
}
}
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 CheckBouncesLeft()
{
if (bouncesLeft <= 0)
{
Destroy(gameObject);
}
else
{
Vector3 bounceTargetPosition = transform.position + transform.forward * 2f;
bounceTargetPosition.y = 0;
bounceTargetPosition.x += 0.1f;
Parabola[] parabolas = ParabolaCalculator.CalculateFullTrajectory(transform.position, bounceTargetPosition,
ElementUtility.ProjectileSpeed(projectile.elements.ToArray()), transform.position.y + 1f, 0, bouncesLeft);
projectileMover.SetParabolas(parabolas);
primaryMovementType = ProjectileMovementType.BounceOnGround;
}
}
