void ObjectSystem::updateFixed()
{
mWorld.Step(mTimeStep, mVelocityIterations, mPositionIterations);
std::map<const GQE::Uint32, std::deque<GQE::IEntity*> >::iterator anIter;
anIter = mEntities.begin();
while(anIter != mEntities.end())
{
std::deque<GQE::IEntity*>::iterator anQueue = anIter->second.begin();
while(anQueue != anIter->second.end())
{
// get the IEntity address first
GQE::IEntity* anEntity = *anQueue;
// Increment the IEntity iterator second
anQueue++;
b2Body* anBody = anEntity->mProperties.get<b2Body*>("b2Body");
sf::Vector2f anPosition(anBody->GetPosition().x, -(anBody->GetPosition().y));
float anRotation(-(anBody->GetAngle() * (180 / b2_pi)));
anEntity->mProperties.set<sf::Vector2f>("vPosition", anPosition);
anEntity->mProperties.set<float>("fRotation", anRotation);
std::cout << anPosition.x;
std::cout << anPosition.y;
} // while(anQueue != anIter->second.end())
// Increment map iterator
anIter++;
}
}
void JoystickBinder::UpdateFixed()
{
typeJoystickList::iterator anListIter;
for (anListIter = mButtonBindings.begin(); anListIter != mButtonBindings.end(); ++anListIter)
{
typeInputDataList::iterator anButtonIter;
for (anButtonIter = anListIter->second.begin(); anButtonIter != anListIter->second.end(); ++anButtonIter)
{
if (anButtonIter->second.Type == INPUT_REALTIME && sf::Joystick::isButtonPressed(anListIter->first, anButtonIter->first))
{
PropertyManager anContext;
anContext.Add<IEntity*>("Entity", mEntitys[anListIter->first]);
anContext.Add<InputData>("InputData", anButtonIter->second);
anContext.Add<sf::Vector2f>("vInputPosition", sf::Vector2f(0, 0));
mApp.mEventManager.DoEvent(anButtonIter->second.EventID, &anContext);
}
}
}
for (anListIter = mAxisBindings.begin(); anListIter != mAxisBindings.end(); ++anListIter)
{
std::map<GQE::Uint32, InputData>::iterator anMovmentIter;
for (anMovmentIter = anListIter->second.begin(); anMovmentIter != anListIter->second.end(); ++anMovmentIter)
{
if (anMovmentIter->second.Type == INPUT_REALTIME)
{
PropertyManager anContext;
anContext.Add<IEntity*>("Entity", mEntitys[anListIter->first]);
anContext.Add<InputData>("InputData", anMovmentIter->second);
float anAxisPosition = sf::Joystick::getAxisPosition(anListIter->first, (sf::Joystick::Axis)anMovmentIter->first);
sf::Vector2f anPosition(0, 0);
if ((anMovmentIter->second.Axis & AXIS_HORZ) == AXIS_HORZ)
{
anPosition.x = anAxisPosition;
}
if ((anMovmentIter->second.Axis & AXIS_VERT) == AXIS_VERT)
{
anPosition.y = anAxisPosition;
}
anContext.Add<sf::Vector2f>("vInputPosition", anPosition);
mApp.mEventManager.DoEvent(anMovmentIter->second.EventID, &anContext);
}
}
}
}
void JoystickBinder::HandleEvents(sf::Event theEvent)
{
if(theEvent.type==sf::Event::JoystickButtonPressed||
theEvent.type==sf::Event::JoystickButtonReleased)
{
typeJoystickList::iterator anListIter;
anListIter = mButtonBindings.find(theEvent.joystickButton.joystickId);
if (anListIter != mButtonBindings.end())
{
std::map<Uint32,IEntity*>::iterator anEntityIter=mEntitys.find(theEvent.joystickButton.joystickId);
typeInputDataList anJoystick = anListIter->second;
typeInputDataList::iterator anButtonIter = anJoystick.find(theEvent.joystickButton.button);
if(anButtonIter!=anJoystick.end() && anEntityIter!=mEntitys.end())
{
if (((anButtonIter->second.Type == INPUT_PRESSED && theEvent.type == sf::Event::JoystickButtonPressed) ||
(anButtonIter->second.Type == INPUT_RELEASED &&theEvent.type == sf::Event::JoystickButtonReleased))&&
anButtonIter->second.EventID!="")
{
PropertyManager anContext;
anContext.Add<IEntity*>("Entity",mEntitys[theEvent.joystickButton.joystickId]);
anContext.Add<InputData>("InputData", anButtonIter->second);
anContext.Add<sf::Vector2f>("vInputPosition", sf::Vector2f(0, 0));
mApp.mEventManager.DoEvent(anButtonIter->second.EventID, &anContext);
}
}
}
}
if(theEvent.type==sf::Event::JoystickMoved)
{
typeJoystickList::iterator anListIter;
anListIter = mAxisBindings.find(theEvent.joystickMove.joystickId);
if (anListIter != mAxisBindings.end())
{
std::map<Uint32,IEntity*>::iterator anEntityIter=mEntitys.find(theEvent.joystickButton.joystickId);
std::map<Uint32, InputData> anJoystick = anListIter->second;
typeInputDataList::iterator anMovmentIter = anJoystick.find(theEvent.joystickMove.axis);
if(anMovmentIter!=anJoystick.end() && anEntityIter!=mEntitys.end())
{
if ((anMovmentIter->second.Type == INPUT_MOTION && theEvent.type == sf::Event::JoystickMoved) &&
anMovmentIter->second.EventID!="")
{
PropertyManager anContext;
anContext.Add<IEntity*>("Entity",mEntitys[theEvent.joystickMove.joystickId]);
anContext.Add<InputData>("InputData", anMovmentIter->second);
float anAxisPosition = theEvent.joystickMove.position;
sf::Vector2f anPosition(0, 0);
if ((anMovmentIter->second.Axis & AXIS_HORZ) == AXIS_HORZ)
{
anPosition.x = anAxisPosition;
}
if ((anMovmentIter->second.Axis & AXIS_VERT) == AXIS_VERT)
{
anPosition.y = anAxisPosition;
}
anContext.Add<sf::Vector2f>("vInputPosition", anPosition);
mApp.mEventManager.DoEvent(anMovmentIter->second.EventID, &anContext);
}
}
}
}
}