void AsteroidsGenerator::generate(Asteroid& asteroid,
const Point* const position) const
{
Point pointFrom, pointTo;
getPoints(pointFrom, pointTo);
if (position != 0) {
asteroid.generate(edgeCountMin_,
edgeCountMax_,
radiusMin_ / 2.0f,
radiusMax_ / 2.0f);
pointFrom = *position;
}
else {
asteroid.generate(edgeCountMin_,
edgeCountMax_,
radiusMin_,
radiusMax_);
}
asteroid.setPosition(pointFrom);
pointTo.x -= pointFrom.x;
pointTo.y -= pointFrom.y;
const float velocity = velocityMin_ + rand() % int(velocityMax_ - velocityMin_);
const float angularVelocity = velocityMin_ + rand() % int(velocityMax_ - velocityMin_);
if (position != 0) {
asteroid.setAngularVelocity(2.0f * angularVelocity);
asteroid.setGeneration(2);
PointFunctions::normalize(pointTo, 2.0f * velocity);
}
else {
asteroid.setAngularVelocity(angularVelocity);
asteroid.setGeneration(1);
PointFunctions::normalize(pointTo, velocity);
}
asteroid.setVelocity(pointTo.x, pointTo.y);
}
//----------------------------------------
// activate new Asteroid
//----------------------------------------
void Spacewar::spawnAsteroid(VECTOR2 pos, VECTOR2 vel)
{
Asteroid* first = nullptr;
for(int i=0; i<MAX_ASTEROIDS; i++)
{
if(!(asteroids[i].getActive()))
{
first = &asteroids[i];
break;
}
}
if(first != nullptr)
{
first->setActive(true);
first->setVelocity(vel);
first->setX(pos.x);
first->setY(pos.y);
first->setDegrees(rand());
}
}