std::list<Ogre::Vector2> WindManager::subdivideCurrent(Ogre::Vector2 origin, Ogre::Vector2 current)
{
// The list for storing the subdivided vector
std::list<Ogre::Vector2> subdivideList;
Ogre::Vector2 subVector;
// While the wind current vector is too long
while(current.length() > this->mWorld->getWindMap()->getAlphaVector().length())
{
// Calculate the subvector to the size of the alpha vector
subVector = current.normalisedCopy() * this->mWorld->getWindMap()->getAlphaVector().length();
// Move the origin forward to the end of the next subvector
origin += subVector;
// Store the found subvector in the subdivision list
subdivideList.push_back(origin);
// Cut off the subVector
current -= subVector;
}
// Add the final point of the wind current
subdivideList.push_back(origin + current);
// Return the subdivided wind current vector
return subdivideList;
}
AIHall::AIHall(bool bIsAttacking, int type, int race, Ogre::Vector2 position, Ogre::Vector2 orientation)
{
m_bIsAttacking = bIsAttacking;
m_iType = type;
m_vPos = position;
m_iCollisionType = square;
m_vPrevPos = m_vPos;
m_vOri = orientation.normalisedCopy();
m_dRadius = 80.0;
MessageSystem::getSingletonPtr()->DispatchMessageToGraphFactory(this->ID(), factoryGraph, SMSG_AICreateGraphBuilding, position, m_vOri, type, race, Vector2(m_dActualHealth, m_dTotalHealth));
m_pStateMachine = new AIStateSystem<AIHall>(this);
m_pStateMachine->SetCurrentState(PeaceHall::Instance());
}
