void AISystem::basicAI(entityx::Entity &e) {
world->currLevel->calculateMaps();
world->currLevel->computeMovesTo(target_x, target_y);
if (canSee(e) && canMoveToward(e)) {
moveToward(e);
}
// if (failMoraleCheck() && canMoveAway()) {
// moveAway();
// } else if (hasRangedAttack() && canMoveToward(e)) {
// if (decideToCharge()) {
// moveToward(e);
// } else {
// rangedAttack();
// }
// } else if (canAttack() && hasRangedAttack() && canMoveAway()) {
// if (decideToRetreat()) {
// moveAway();
// } else {
// attack();
// }
// } else if (canAttack()) {
// attack();
// } else if (canMoveToward(e)) {
// moveToward(e);
// } else {
// wait();
// }
}
void ItemContainer::move(State::Way w)
{
if(moveMessageList.empty()){
moveMessageList.push_back(w);
moveToward(w);
}else
moveMessageList.push_back(w);
}
void ItemContainer::processNextMove()
{
moveMessageList.pop_front();
if(moveMessageList.empty())
return;
else{
moveToward(moveMessageList.first());
}
}
void Hostile::updateTarget( std::vector< Actor* > p_actorlist )
{
Sint32 _closest = -1;
for ( Uint16 i = 0; i < p_actorlist.size(); i++ )
{
if ( m_actorID == i )
continue;
if ( _closest == -1 || ( p_actorlist[i]->getPosition() - getPosition() ).getLength() < ( p_actorlist[_closest]->getPosition() - getPosition() ).getLength() )
_closest = i;
}
if ( _closest != -1 && ( p_actorlist[_closest]->getPosition() - getPosition() ).getLength() < 300 && ( p_actorlist[_closest]->getPosition() - getPosition() ).getLength() > 0 )
{
moveToward( p_actorlist[_closest]->getPosition() );
}
}
