void PlayerControllerSystem::receiveMessage(PlayerComponent* component, IMessageDataPtr message)
{
if(message->getType() == m_inputMessageType)
{
InputMessage* inputMessage = (InputMessage*) message;
m_movementMessage.setEntityHandler(component->m_entity);
m_movementMessage.setHandled(false);
Engine::g_entityManager.sendMessage(&m_movementMessage);
if(!m_movementMessage.isHandled())
{
LOG(INFO, "Entity of id: "<<component->m_entity<<
" does not have a MovementComponent.");
return;
}
Vec3 direction;
switch(inputMessage->getId())
{
case START_MOVE_FORWARD:
inputMessage->setHandled(true);
LOG(INFO, "START_MOVE_FORWARD");
m_movementMessage.setCurrentVelocity( m_movementMessage.getMaxVelocity() );
direction = m_movementMessage.getLocalDirection();
direction.m_data[1] = 1;
if(direction.magnitudeSquared() != 0)
direction.normalize();
m_movementMessage.setLocalDirection( direction );
break;
case START_MOVE_BACKWARD:
inputMessage->setHandled(true);
LOG(INFO, "START_MOVE_BACKWARD");
m_movementMessage.setCurrentVelocity( m_movementMessage.getMaxVelocity() );
direction = m_movementMessage.getLocalDirection();
direction.m_data[1] = -1;
if(direction.magnitudeSquared() != 0)
direction.normalize();
m_movementMessage.setLocalDirection( direction );
break;
case STOP_MOVE_FORWARD_BACKWARD:
inputMessage->setHandled(true);
LOG(INFO, "STOP_MOVE_FORWARD_BACKWARD");
m_movementMessage.setCurrentVelocity( 0 );
direction = m_movementMessage.getLocalDirection();
direction.m_data[1] = 0;
m_movementMessage.setLocalDirection( direction );
break;
case START_MOVE_LEFT:
inputMessage->setHandled(true);
LOG(INFO, "START_MOVE_LEFT");
m_movementMessage.setCurrentVelocity( m_movementMessage.getMaxVelocity() );
direction = m_movementMessage.getLocalDirection();
direction.m_data[0] = 1;
if(direction.magnitudeSquared() != 0)
direction.normalize();
m_movementMessage.setLocalDirection( direction );
break;
case START_MOVE_RIGHT:
inputMessage->setHandled(true);
LOG(INFO, "START_MOVE_RIGHT");
m_movementMessage.setCurrentVelocity( m_movementMessage.getMaxVelocity() );
direction = m_movementMessage.getLocalDirection();
direction.m_data[0] = -1;
if(direction.magnitudeSquared() != 0)
direction.normalize();
m_movementMessage.setLocalDirection( direction );
break;
case STOP_MOVE_LEFT_RIGHT:
inputMessage->setHandled(true);
LOG(INFO, "STOP_MOVE_LEFT_RIGHT");
m_movementMessage.setCurrentVelocity( 0 );
direction = m_movementMessage.getLocalDirection();
direction.m_data[0] = 0;
m_movementMessage.setLocalDirection( direction );
break;
}
}
}
