private void Fire(IEntity user, GridCoordinates clickLocation)
{
if (capacitorComponent.Charge < _lowerChargeLimit)
{//If capacitor has less energy than the lower limit, do nothing
return;
}
float energyModifier = capacitorComponent.GetChargeFrom(_baseFireCost) / _baseFireCost;
var userPosition = user.Transform.WorldPosition; //Remember world positions are ephemeral and can only be used instantaneously
var angle = new Angle(clickLocation.Position - userPosition);
var ray = new CollisionRay(userPosition, angle.ToVec(), (int)(CollisionGroup.Impassable | CollisionGroup.MobImpassable));
var rayCastResults = IoCManager.Resolve <IPhysicsManager>().IntersectRay(user.Transform.MapID, ray, MaxLength, user);
Hit(rayCastResults, energyModifier);
AfterEffects(user, rayCastResults, angle, energyModifier);
}
private void Fire(IEntity user, GridCoordinates clickLocation)
{
if (capacitorComponent.Charge < _lowerChargeLimit)
{//If capacitor has less energy than the lower limit, do nothing
return;
}
float energyModifier = capacitorComponent.GetChargeFrom(_baseFireCost) / _baseFireCost;
var userPosition = user.Transform.WorldPosition; //Remember world positions are ephemeral and can only be used instantaneously
var angle = new Angle(clickLocation.Position - userPosition);
var ray = new CollisionRay(userPosition, angle.ToVec(), (int)(CollisionGroup.Opaque));
var rayCastResults = IoCManager.Resolve <IPhysicsManager>().IntersectRay(user.Transform.MapID, ray, MaxLength, user, returnOnFirstHit: false).ToList();
//The first result is guaranteed to be the closest one
if (rayCastResults.Count >= 1)
{
Hit(rayCastResults[0], energyModifier, user);
AfterEffects(user, rayCastResults[0], angle, energyModifier);
}
}