void PokeProxy::adaptTo(const PokeBattle *pokemon) {
PokeBattle *trans = dynamic_cast<PokeBattle*>(pokeData);
for (int i = 0; i < 4; i++) {
move(i)->adaptTo(&pokemon->move(i));
}
if (trans) {
*trans = *pokemon;
} else {
if (*pokeData == *(static_cast<const ShallowBattlePoke*>(pokemon))) {
return;
}
*pokeData = *pokemon;
}
/* Could be more granular, change if it matters */
emitReset();
}
void PokeProxy::adaptTo(const ShallowBattlePoke *pokemon, bool soft) {
const PokeBattle *trans = dynamic_cast<const PokeBattle*>(pokemon);
if (trans) {
adaptTo(trans);
}
if (*pokemon == *pokeData) {
return;
}
if (soft) {
pokeData->changeStatus(pokemon->status());
return;
}
/* Could be more granular, change if it matters */
*pokeData = *pokemon;
if (pokeData->lifePercent() != pokemon->lifePercent()) {
pokeData->setLifePercent(pokemon->lifePercent());
}
emitReset();
}
void SlidePuzzleModel::reset() {
_status = SlidePuzzleStatus::INIT;
_scheduleManager->clear();
_pieces.resize(_width, _height);
for (int x = 0; x < _width; x++) {
for (int y = 0; y < _height; y++) {
Position pos(x, y);
_pieces.get(pos) = Position(pos);
}
}
_emptyPos = Position(_width-1, 0);
_pieces.get(_emptyPos) = EMPTY_PIECE;
emitReset();
_scheduleManager->clear();
shuffle();
}
