public virtual void Apply(Data.EffectData data, float time, Vector3 direction, Vector3 position)
{
if (data.damage.value != 0f)
{
healthEffects.Add(new AppliedEffect(time, data.damage));
}
if (data.shield.value != 0f)
{
shieldEffects.Add(new AppliedEffect(time, data.shield));
}
if (data.blindness.value != 0f)
{
sightEffects.Add(new AppliedEffect(time, data.blindness));
}
if (data.speed.value != 1f)
{
speedEffects.Add(new AppliedEffect(time, data.speed));
}
if (data.rof.value != 1f)
{
rofEffects.Add(new AppliedEffect(time, data.rof));
}
}
public void Apply(Data.EffectData data, float time, Vector3 direction, Vector3 position)
{
if (data.damage.value != 0f)
{
healthEffects.Add(new Affectable.AppliedEffect(time, data.damage));
}
//Accumulate damage for a frame, and break should it be too much (implementation in subweapon)
//framerate affecting this is bad
//It could be an easy source of difference between server and client
// mostly due to differing framerates, and projectiles not being executed in the same order
// The shield can't break mid-update due to projectiles arriving at possibly different times in a single frame
//question is, will it bring more desynchronization than differing framerate and user input
//let's admit I wanted to do this right
// if the shield breaks, it needs to respawn all the projectiles that hit it, from the exact moment it broke
// this is a pain, but doable
// Simply reactivating them and calling Update should do the trick
// Maybe
// But doesn't work for explosions, and other weird stuff
//OR
// shield explodes for accumulated damage minus some supposed to take in account change of missing
// would make you want to avoid having your shield break, and deactivating it instead
// this reduces the chances of shield breaking in advanced matches, otherwise it kinda sucks
//There will always be differences between server and client
//framerates, user control, some more minor stuff
//This is an advantage for users with poor framerates, but they are disadvanteged otherwise
}
public override void Apply(Data.EffectData data, float time, Vector3 direction, Vector3 position)
{
base.Apply(data, time, direction, position);
if (data.knockback != 0f && GetComponent <Rigidbody>() && direction.sqrMagnitude != 0f)
{
GetComponent <Rigidbody>().AddForceAtPosition(direction.normalized * data.knockback, position, ForceMode.VelocityChange);
}
}
public Projectile InitProjectile(IWeapon parent, Vector3 position, Quaternion rotation, float timeOfShot, Data.ProjectileData data, Data.EffectData effect)
{
GameObject go = base.GetItem();
Projectile proj = go.GetComponent <Projectile>();
proj.Init(parent, position, rotation, timeOfShot, data, effect);
return(proj);
}
