void Game::applyCollision(Car& car1, Car& car2)
{
int angle1 = car1.getTravelAngle();
int angle2 = car2.getTravelAngle();
sf::Vector2f unitVector1(cos(angle1*PI/180), sin(angle1*PI/180));
sf::Vector2f unitVector2(cos(angle1*PI/180), sin(angle1*PI/180));
int mass1 = car1.getMass();
int mass2 = car2.getMass();
int massTotal = mass1 + mass2;
double posX1 = car1.getPosX();
double posY1 = car1.getPosY();
double posX2 = car2.getPosX();
double posY2 = car2.getPosY();
double vel1 = car1.getVelocity();
double vel2 = car2.getVelocity();
double momentumInit1X = mass1 * vel1 * unitVector1.x;
double momentumInit2X = mass2 * vel2 * unitVector2.x;
double momentumInit1Y = mass1 * vel1 * unitVector1.y;
double momentumInit2Y = mass2 * vel2 * unitVector2.y;
double momentumTotalInitX = momentumInit1X + momentumInit2X;
double momentumTotalInitY = momentumInit1Y + momentumInit2Y;
double velFinalX = momentumTotalInitX/massTotal;
double velFinalY = momentumTotalInitY/massTotal;
double velFinal = sqrt(velFinalX * velFinalX + velFinalY * velFinalY)*2;
double angleFinal = tan(velFinalY/velFinalX)*10;
car1.setDriveState(4);
car2.setDriveState(4);
//NEED to separate (minimum distance) before setting cars off on their ways
car1.setTravelAngle(angle2);
car2.setTravelAngle(angle1);
car1.setVelocity(vel2);
car2.setVelocity(vel1);
std::cout << "car1: " << theCar.getTravelAngle() << "\n";
std::cout << "car2: " << car.getTravelAngle() << "\n";
}
void RemoteProcessClient::writeCar(const Car& car) {
writeBoolean(true);
writeLong(car.getId());
writeDouble(car.getMass());
writeDouble(car.getX());
writeDouble(car.getY());
writeDouble(car.getSpeedX());
writeDouble(car.getSpeedY());
writeDouble(car.getAngle());
writeDouble(car.getAngularSpeed());
writeDouble(car.getWidth());
writeDouble(car.getHeight());
writeLong(car.getPlayerId());
writeInt(car.getTeammateIndex());
writeBoolean(car.isTeammate());
writeEnum<CarType>(car.getType());
writeInt(car.getProjectileCount());
writeInt(car.getNitroChargeCount());
writeInt(car.getOilCanisterCount());
writeInt(car.getRemainingProjectileCooldownTicks());
writeInt(car.getRemainingNitroCooldownTicks());
writeInt(car.getRemainingOilCooldownTicks());
writeInt(car.getRemainingNitroTicks());
writeInt(car.getRemainingOiledTicks());
writeDouble(car.getDurability());
writeDouble(car.getEnginePower());
writeDouble(car.getWheelTurn());
writeInt(car.getNextWaypointX());
writeInt(car.getNextWaypointY());
writeBoolean(car.isFinishedTrack());
}
