void PlayerObject::update(vec2 accel, float timeStep, std::vector<Object> worldObjects)
{
speed += (accel * timeStep);
desiredPos += (speed * timeStep);
boundingCircle.center = desiredPos;
bool collide = false;
for (auto &object : worldObjects)
{
vec2 collisionVec = checkCollision(object.boundingBox, boundingCircle);
if (collisionVec != vec2(0.f, 0.f)){
collide = true;
speed = speed - (collisionVec * dotProduct(speed, collisionVec)) * 1.85f;
break;
}
}
if (!collide){
position = desiredPos;
entity->setPos(desiredPos.x, desiredPos.y);
}
else{
desiredPos = position;
boundingCircle.center = position;
}
if (!isOnScreen(vec2(1280, 720), boundingCircle.center))
{
vec2 a(600, 0);
entity->setPos(a.x, a.y);
position = a;
desiredPos = position;
boundingCircle = BoundingCircle(position, size.x / 2);
speed = vec2(0, 0);
}
}
BoundingCircle Tile::getBoundingCircle() {
return BoundingCircle(position, hexRadius);
}
BoundingCircle Virus::getTakeoverCircle() {
return BoundingCircle(position, virusData->getTakeoverRadius());
}
BoundingCircle Antibody::getBoundingCircle() {
return BoundingCircle(position, 0.0);
}
BoundingCircle Virus::getBoundingCircle() {
return BoundingCircle(position, virusData->getRadius());
}
