/**
* Handles collision logic between a ship and a projectile
*/
void System::Collide(Ship& ship, Projectile& proj) {
if(proj.getMass() == 0 || ship.getMass() == 0) return;
double dx = proj.getPosition().x-ship.getPosition().x;
double dy = proj.getPosition().y-ship.getPosition().y;
double separationSquared = dx*dx+dy*dy;
//May be inaccurate with verlet
double totalDamageRange = proj.getCollisionRange() + ship.getCollisionRange();
if(separationSquared < (totalDamageRange * totalDamageRange))
{
ship.Damage(proj.getDamage());
proj.Destroy();
}
}
void RemoteProcessClient::writeProjectile(const Projectile& projectile) {
writeBoolean(true);
writeLong(projectile.getId());
writeDouble(projectile.getMass());
writeDouble(projectile.getX());
writeDouble(projectile.getY());
writeDouble(projectile.getSpeedX());
writeDouble(projectile.getSpeedY());
writeDouble(projectile.getAngle());
writeDouble(projectile.getAngularSpeed());
writeDouble(projectile.getRadius());
writeLong(projectile.getCarId());
writeLong(projectile.getPlayerId());
writeEnum<ProjectileType>(projectile.getType());
}