BattleEvent* BattleEvent::translateFromXML(QDomElement element) {
QString ID = element.attributeNode("ID").value();
QDomElement typeElement = element.firstChildElement("type");
QString typeString = typeElement.attributeNode("value").value();
if (typeString != "BATTLE")
throw ProjectException("The translation of a battle event should have type BATTLE instead of " + typeString + ".");
Event::Trigger trigger = Event::NONE;
QString triggerString = element.firstChildElement("trigger").attributeNode("value").value();
if (triggerString == "TOUCH")
trigger = Event::TOUCH;
else if (triggerString == "INTERACT")
trigger = Event::INTERACT;
else if (triggerString == "NONE")
trigger = Event::NONE;
BattleEvent *event = create(ID, trigger);
Event::translateFromXML(element, event);
QDomElement activationElement = element.firstChildElement("activation");
event->setActivation(activationElement.attributeNode("value").value().toInt());
return event;
}
/**
* This is called when a battle event is deleted.
*/
void EventSystem::battleEventDeleted(QString ID) {
for (int i = 0; i < _battleEvents.size(); i++) {
BattleEvent *it = _battleEvents.at(i);
if (it->getName() == ID)
_battleEvents.remove(i);
}
}
/**
* Get battle event with specified name.
*/
BattleEvent* EventSystem::getBattleEvent(QString ID) const {
if (ID == QString())
throw ProjectException("Cannot search for a battle event with an empty ID.");
for (int i = 0; i < _battleEvents.size(); i++) {
BattleEvent *it = _battleEvents.at(i);
if (!!it && (it->getName() == ID))
return it;
}
return 0;
}
/**
* Remove battle event with name <i>name</i> from the system.
*/
void EventSystem::removeBattleEvent(QString name) {
if (name == QString())
throw ProjectException("Cannot search for a battle event with an empty name.");
for (int i = 0; i < _battleEvents.size(); i++) {
BattleEvent *it = _battleEvents.at(i);
if (!!it && (it->getName() == name)) {
_battleEvents.remove(i);
delete it;
return;
}
}
}
void BattleView::DrawExplosions(void)
{
PointerList<BattleEvent>::Walker *walker = new PointerList<BattleEvent>::Walker(m_activeEvents);
while (walker->IsValid()) {
BattleEvent *event = walker->GetObj();
if (event) {
event->DrawExplosions(m_battleSurface);
}
walker->Next();
}
delete walker;
}
bool GUIBattle::onBattleStart(BattleEvent& be) {
if (be.getEventType() == BATTLE_START) {
auto& camSys = be.getCameraSystem();
const auto& pokemon = be.getBattler();
const auto& opponent = be.getOpponent();
auto& em = be.getEntityManager();
const auto& pokemonBc = em.getComponent<BattleComponent>(pokemon);
const auto& opponentBc = em.getComponent<BattleComponent>(opponent);
//TODO max hp venant des stats du fichier ini
addHPBar(camSys, pokemonBc.hp, pokemonBc.hp, em, pokemon);
addHPBar(camSys, opponentBc.hp, opponentBc.hp, em, opponent);
} else {
removeHPBar(be.getBattler());
removeHPBar(be.getOpponent());
}
return true;
}
void Battle::NextTurn()
{
std::queue<BattleEvent> events;
std::sort(combatants.begin(), combatants.end(),
[](Creature* a, Creature* b) { return a->GetAgility() > b->GetAgility(); });
for (auto com : combatants)
{
if (com->GetID() == "Player")
{
Dialogue targetSelection = Dialogue("Who?", {});
for (auto target : combatants)
if (target->GetID() != "Player")
targetSelection.AddChoice(target->GetName());
int choice = battleOptions.Activate();
switch (choice)
{
default:
case 1:
{
int position = targetSelection.Activate();
for (int i = 0; i < position; i++)
if (combatants[i]->GetID() == "Player")
position++;
Creature* target = combatants[position - 1];
events.push(BattleEvent(com, target, BattleEventType::ATTACK));
break;
}
case 2:
{
events.push(BattleEvent(com, nullptr, BattleEventType::DEFEND));
break;
}
}
}
else
{
Creature* player = *std::find_if(combatants.begin(), combatants.end(),
[](Creature* a) { return a->GetID() == "Player"; });
events.push(BattleEvent(com, player, BattleEventType::ATTACK));
}
}
while (!events.empty())
{
BattleEvent event = events.front();
switch (event.GetType())
{
case BattleEventType::ATTACK:
{
auto a = combatants.begin();
auto b = combatants.end();
if (std::find(a, b, event.GetSource()) == b || std::find(a, b, event.GetTarget()) == b)
break;
std::cout << event.GetSource()->GetName() << " attacks " << event.GetTarget()->GetName() << " for " << event.Run() << " damage!" << std::endl;
if (event.GetTarget()->GetHP() <= 0)
Kill(event.GetTarget());
break;
}
case BattleEventType::DEFEND:
std::cout << event.GetSource()->GetName() << " defends!\n";
break;
default:
break;
}
events.pop();
}
}
void Battle::next_turn()
{
// Queue of battle events. Fastest combatants will be
// at the start of the queue, and so will go first,
// whereas slower ones will be at the back
std::queue<BattleEvent> events;
// Sort the combatants in agility order
std::sort(combatants.begin(), combatants.end(), [](Creature* a, Creature* b) { return a->agility < b->agility; });
// Iterate over the combatants and decide what they should do,
// before adding the action to the event queue.
for(auto com : this->combatants)
{
if(com->id == "player")
{
// Create the target selection dialogue
Dialogue targetSelection = Dialogue("Who?", {});
// Created every turn because some combatants may die
for(auto target : this->combatants)
{
if(target->id != "player")
{
targetSelection.addChoice(target->name);
}
}
// Ask the player for their action (attack or defend)
int choice = this->battleOptions.activate();
switch(choice)
{
default:
case 1:
{
// Player is attacking, so ask for the target.
// Dialogue returns the number of the choice, but we
// want the pointer that name corresponds to and so we
// must look it up in the combatant vector
Creature* target = this->combatants[targetSelection.activate()-1];
// Add the attack command to the event queue
events.push(BattleEvent(com, target, BattleEventType::ATTACK));
break;
}
case 2:
{
// Player is defending, so do nothing
events.push(BattleEvent(com, nullptr, BattleEventType::DEFEND));
break;
}
}
}
else
{
// Simple enemy AI where enemy constantly attacks player
Creature* player = *std::find_if(this->combatants.begin(), this->combatants.end(),
[](Creature* a) { return a->id == "player"; });
events.push(BattleEvent(com, player, BattleEventType::ATTACK));
}
}
// Take each event from the queue in turn and process them,
// displaying the results
while(!events.empty())
{
// Take event from the front of the queue
BattleEvent event = events.front();
switch(event.type)
{
case BattleEventType::ATTACK:
{
// The event can't be run if either the source or the
// target were slain previously in this turn, so we
// must check that they're valid first
auto a = this->combatants.begin();
auto b = this->combatants.end();
if(std::find(a, b, event.source) == b || std::find(a, b, event.target) == b)
{
break;
}
std::cout << event.source->name
<< " attacks "
<< event.target->name
<< " for "
<< event.run()
<< " damage!\n";
// Delete slain enemies
if(event.target->hp <= 0)
{
this->kill(event.target);
}
break;
}
case BattleEventType::DEFEND:
std::cout << event.source->name
<< " defends!\n";
break;
default:
break;
}
events.pop();
}
}
void BattleView::Process(void)
{
Assert(m_eventQueue);
if(!m_eventQueue)
return;
PointerList<BattleEvent>::PointerListNode *eventNode =
m_eventQueue->GetHeadNode();
while (eventNode)
{
BattleEvent * event = eventNode->GetObj();
Assert(event);
BattleViewActor * actor = event->GetActor();
bool addEvent = true;
bool isAfterAttack = IsAfterAttack(*event);
PointerList<BattleEvent>::PointerListNode *
activeNode = m_activeEvents->GetHeadNode();
while (activeNode)
{
if (isAfterAttack &&
(activeNode->GetObj()->GetType() == BATTLE_EVENT_TYPE_ATTACK)
)
{
addEvent = false;
break;
}
if((event->GetType() == BATTLE_EVENT_TYPE_PLACEMENT) &&
(activeNode->GetObj()->GetType() != BATTLE_EVENT_TYPE_PLACEMENT)) {
addEvent = false;
break;
}
if(activeNode->GetObj()->GetActor() == actor) {
addEvent = false;
break;
}
activeNode = activeNode->GetNext();
}
if(addEvent) {
PointerList<BattleEvent>::PointerListNode *addNode = eventNode;
eventNode = eventNode->GetNext();
m_eventQueue->Remove(addNode);
m_activeEvents->AddTail(event);
} else {
eventNode = eventNode->GetNext();
}
}
if(m_activeEvents->GetCount() > 0) {
m_walker->SetList(m_activeEvents);
while (m_walker->IsValid())
{
BattleEvent * event = m_walker->GetObj();
Assert(event);
event->Process();
if (event->IsFinished())
{
m_walker->Remove();
delete event;
if (!IsProcessing() && (!g_theCurrentBattle || !g_theCurrentBattle->IsDone()))
{
g_gevManager->GotUserInput();
}
}
else
{
m_walker->Next();
}
}
}
}
