void Flock::update(const Scene & scene){
for(std::vector<Boid * >::iterator it = boids.begin(); it != boids.end(); ++it) {
int index = it - boids.begin();
Vector v = rule1(index) + rule2(index) + rule3(index);
v = v * damping;
Boid * boid = *it;
v = v + boid->getVelocity();
if(v.getLength() > maxSpeed){
v = v * (maxSpeed/v.getLength());
}
Point p = boid->getCenter();
double wind = 0.12;
Vector windVector;
if(p.x> 900 ){
windVector = Vector(-wind,0);
} else if(p.x< 150 ){
windVector = Vector(wind,0);
} else if(p.y> 350 ){
windVector = Vector(0,-wind);
} else if(p.y< 150 ){
windVector = Vector(0,wind);
}
boid->setVelocity(v + windVector);
boid->setCenter(boid->getCenter() + boid->getVelocity());
}
}
void Loop::update()
{
Vector2 velocity;
for (size_t i = 0; i < mDataStructure.getBoidCount(); i++)
{
Boid* currentBoid = mDataStructure.getMatrix()[i / MAT_SIZE][i % MAT_SIZE];
velocity = mBoidRules.calculateVelocity(mDataStructure.getMatrix(), currentBoid, mLeader, i / MAT_SIZE, i % MAT_SIZE, mFood.getPosition(), mBlocks, mPathVertices);
velocity += currentBoid->getVelocity();
currentBoid->setVelocity(velocity.limit(Boid::SPEED));
currentBoid->boundPosition(GUI_WIDTH + 5, 5, SCREEN_WIDTH - 5, SCREEN_HEIGHT - 5);
currentBoid->move();
}
}