private void UpdateShooting()
{
CanHitEnemy = false;
if (ShootLock || !PrimaryEnemy.vehicle)
{
return;
}
Transform currentShootTransform = Vehicle.GetCurrentShootTransform();
if (!currentShootTransform)
{
return;
}
BulletDefinition bulletDef = Vehicle.BulletDef;
int mask = (self.team == Team.Right) ? LayerMask.GetMask("PlayerTank") : LayerMask.GetMask("PlayerTankRight");
if (TankGame.instance.PredictTrajectory(bulletDef, currentShootTransform.position, currentShootTransform.right, mask, PrimaryEnemy.vehicle) == float.MaxValue || !(DistanceToEnemy < 20f))
{
return;
}
CanHitEnemy = true;
ShootLock = true;
float shootReactionDelay = GetShootReactionDelay();
float afterShootDelay = GetAfterShootDelay();
if (bulletDef.type == BulletType.Cannon || bulletDef.type == BulletType.Grenade || bulletDef.type == BulletType.Laser || bulletDef.type == BulletType.Missile)
{
TankGame.instance.Delay(shootReactionDelay, delegate
{
Vehicle.Shoot();
});
if (bulletDef.type != BulletType.Missile && bulletDef.type != BulletType.Laser)
{
TankGame.instance.Delay(shootReactionDelay + afterShootDelay, delegate
{
Vehicle.Shoot(val: false);
});
}
TankGame.instance.Delay(shootReactionDelay + afterShootDelay + bulletDef.maxTime * UnityEngine.Random.value, delegate
{
ShootLock = false;
});
}
else
{
TankGame.instance.Delay(shootReactionDelay, delegate
{
Vehicle.Shoot();
});
float t = bulletDef.warmupTime + Mathf.Max(0.5f, UnityEngine.Random.value) * bulletDef.maxTime;
TankGame.instance.Delay(t, delegate
{
Vehicle.Shoot(val: false);
});
TankGame.instance.Delay(shootReactionDelay + afterShootDelay * UnityEngine.Random.value, delegate
{
ShootLock = false;
});
}
}
private void OnPlayerShot(BulletDefinition bulletDef)
{
}
