void RobotMove::debugCode(){
cout<< "debug";
cout<<(*position).GetXPos()<<", "<<(*position).GetYPos()<<", "<< (*position).GetYaw()<< endl;
cout << "AngularDistance: " << rtod(angularDistence);
cout << " Starting Angle: "<< startingAngle << " Robot Angle: " << rtod((*position).GetYaw()) << endl;
cout << " Distance: " << distanceToGo << endl;
}
void BulletCommand::setSpeedDirection()
{
this->_direction = atan2((double)this->_vy, (double)this->_vx);
this->_speed = sqrt((double)(this->_vx * this->_vx) + (double)(this->_vy * this->_vy));
if (this->_sprite)
this->_sprite->setRotation(-rtod(this->_direction) + 90);
}
void Bullet::setSprite(Sprite *sprite)
{
if (this->_sprite)
delete this->_sprite;
this->_sprite = sprite;
if (this->_sprite)
this->_sprite->setRotation(rtod(atan2(_vy, _vx)));
}
void Bullet::setSprite(ResourceManager &resource, std::string const &name)
{
if (this->_sprite)
delete this->_sprite;
this->_sprite = resource.getSprite(name);
if (this->_sprite)
this->_sprite->setRotation(rtod(atan2(_vy, _vx)));
}
void BulletCommand::doChangeSpeed(double speed)
{
if (!this->_isCommanded)
return ;
this->_speed = speed;
this->_vx = this->_speed * cos(this->_direction);
this->_vy = this->_speed * sin(this->_direction);
if (this->_sprite)
this->_sprite->setRotation(-rtod(this->_direction) + 90);
}
//Calculate bearing from lat1/lon1 to lat2/lon2
//Note lat1/lon1/lat2/lon2 must be in radians
//Returns bearing in degrees
int CalcBearing(double lat1, double lon1, double lat2, double lon2)
{
lat1 = dtor(lat1);
lon1 = dtor(lon1);
lat2 = dtor(lat2);
lon2 = dtor(lon2);
//determine angle
double bearing = atan2(sin(lon2-lon1)*cos(lat2), (cos(lat1)*sin(lat2))-(sin(lat1)*cos(lat2)*cos(lon2-lon1)));
//convert to degrees
bearing = rtod(bearing);
//use mod to turn -90 = 270
//bearing = fmod((bearing + 360.0), 360);
//return (int) bearing + 0.5;
return ((int) bearing + 360) % 360;
}
Bullet::Bullet(ResourceManager &resource, std::string const & sprite, HitBox &box,
double vx, double vy, double xHitboxOffset, double yHitboxOffset)
: PhysicObject(box, vx, vy, xHitboxOffset, yHitboxOffset), _sprite(0), _parent(0), _bulletId(0),
_life(1), _damage(1)
{
try
{
this->_sprite = resource.getSprite(sprite);
if (this->_sprite)
this->_sprite->setRotation(rtod(atan2(vy, vx)));
}
catch (...)
{
std::cerr << "Sprite \"" << sprite << "\" not found" << std::endl;
}
}
double BulletCommand::getAimDirection(double defaultValue)
{
/*this->setRelativeObject(0);
if (!this->_relativeObject || this->_relativeObject->isDelete())
{*/
GameObject *obj = 0;
uint32_t distance = static_cast<uint32_t>(-1);
Group *group;
int x, y;
uint32_t calc;
for (std::set<std::string>::const_iterator it = this->_focus.begin();
it != this->_focus.end(); it++)
{
group = this->_state.getGroup(*it);
if (group)
{
for (Group::gameObjectSet::const_iterator lit = group->getObjects().begin();
lit != group->getObjects().end(); lit++)
{
if ((*lit)->isDelete())
continue;
x = this->getX() - (*lit)->getX();
y = this->getY() - (*lit)->getY();
calc = static_cast<int>(x * x + y * y);
if (calc < distance)
{
distance = calc;
obj = *lit;
}
}
}
}
/*if (obj)
this->setRelativeObject(obj);
else
this->setRelativeObject(0);
}*/
if (obj/*this->_relativeObject*/)
{
PhysicObject *ph = static_cast<PhysicObject*>(obj/*this->_relativeObject*/);
HitBox &hb = ph->getHitBox();
double px = (ph->getX() + ph->getXHitBoxOffset() + (hb.getWidth() / 2)) - this->getX();
double py = (ph->getY() + ph->getYHitBoxOffset() + (hb.getHeight() / 2)) - this->getY();
return rtod(::atan2(py, px));
}
return defaultValue;
}
double BulletCommand::getBulletDirection()
{
return rtod(_direction);
}
double BulletCommand::getAimDirection()
{
return rtod(M_PI-atan2(mTarget->x - mMover->x, mTarget->y - mMover->y));
}
double getAimDirectionWithXRev_(BulletMLRunner* r) {
Vector b = Bullet::now->pos;
Vector t = Bullet::target;
float xrev = dynamic_cast<P47Bullet*>(Bullet::now)->xReverse;
return rtod(atan2(t.x - b.x, t.y - b.y) * xrev);
}
