public override void Play(EffectData effectData)
{
BurnInfo burnInfo = (BurnInfo)effectData.Map["burnInfo"];
if (Time.time > lastTime + FrequencyMillis / 1000f)
{
var ps = particleSystemContainer.NextAndPlay();
var emission = ps.emission;
emission.rateOverTimeMultiplier = 100 * burnInfo.Power;
var main = ps.main;
main.startSizeMultiplier = burnInfo.Power;
ps.transform.position = new Vector3(burnInfo.Point.x, burnInfo.Point.y, Z_POSSITION);
lastTime = Time.time;
}
}
private void handleBurn(Collider2D wheelCollider, SpriteRenderer spriteRenderer, BurnInfo.WhichWheelEnum whichWheel, BurnInfo.DirectionEnum direction, float wheelKmPerH, float velocityInKmPerH, ContactPoint2D[] burnContacts, PiekaMaterial piekaMaterial)
{
if (wheelCollider.IsTouchingLayers(Consts.FloorLayerMask))
{
var carSpeedPlusAcceptableDifference = velocityInKmPerH + AcceptableSpeedDifference;
var wheelSpeed = wheelKmPerH;
if (wheelSpeed > carSpeedPlusAcceptableDifference)
{
var filter = new ContactFilter2D();
filter.layerMask = Consts.FloorLayerMask;
var numberOfContacts = wheelCollider.GetContacts(filter, burnContacts);
for (int i = 0; i < numberOfContacts; i++)
{
SEventSystem.FireEvent(EventNames.TEST);
var gameObject = burnContacts[i].collider.gameObject;
var point = burnContacts[i].point;
var power = Mathf.Clamp((wheelSpeed - carSpeedPlusAcceptableDifference) / BurnSpeedRange, 0, 1);
var burnInfo = new BurnInfo(whichWheel, direction, point, power, gameObject, piekaMaterial);
SEventSystem.FireEvent(EventNames.WHEEL_BURN, new PMEventArgs(burnInfo));
}
}
}
}
