void ARight::execute(const sf::Int64 elapsed) {
// TODO: Verif' they are existing components
// #1 get all components
sf::Int64 tempElapsedSum = getElapsedSum() + elapsed;
CAcceleration * acceleration;
acceleration = (CAcceleration *) parent->getComponent("Acceleration");
CSpeed * speed = (CSpeed *) parent->getComponent("Speed");
CPosition * position = (CPosition *) parent->getComponent("Position");
CSprite * sprite = (CSprite *) parent->getComponent("Sprite");
if (speed->getHSpeed() < -1.2) {
// #2a go back to 0
speed->setHSpeed((speed->getHSpeed())-((float)(speed->getHSpeed())/8.0));
position->setX((position->getX())+(speed->getHSpeed()));
sprite->updatePosition();
} else {
// #2b add values
speed->setHSpeed((speed->getHSpeed())+
((float)elapsed/acceleration->getHAcceleration()*
speed->getHSpeedMax()));
position->setX((position->getX())+ceil((speed->getHSpeed()))); // round sup
sprite->updatePosition();
}
// #3 change sprites
sf::Int64 temp = 0;
int k = 0; //index to read in tab
while (temp < tempElapsedSum) {
++k;
temp = temp + (getModuloTime()/getSubSprites().size());
}
if ((k-1)>=getSubSprites().size())
{k=getSubSprites().size();}
sprite->updateSubSprite(getSubSprites().at(k-1));
sprite->setDirection("right");
setElapsedSum(tempElapsedSum%getModuloTime());
}
void CState::update(sf::Int32 elapsed) {
// increment time, call the current state
setElapsedSum( elapsed + getElapsedSum() );
getAnimation(getState())->execute(getElapsedSum());
}
void CState::setState(const std::string _state) {
state = _state;
AAnimation * animation = getAnimation(state);
setModuloTime(animation->getModuloTime());
setElapsedSum(sf::Int32(0));
}