void AuxPokeDataProxy::changeForme(int subnum)
{
/* TODO: Still need to update the stats */
if (pokemon()) {
setAlternateSprite(Pokemon::uniqueId(pokemon()->num().pokenum, subnum));
}
}
int AuxPokeDataProxy::type2()
{
if (pokemon()) {
return PokemonInfo::Type2(pokemon()->num(), pokemon()->gen());
} else {
return Type::Curse;
}
}
int AuxPokeDataProxy::maxStat(int stat)
{
int st = this->stat(stat);
if (st) return st;
if (!pokemon()) return 0;
int boost = statBoost(stat);
return (PokemonInfo::Stat(pokemon()->num(), pokemon()->gen(), stat, pokemon()->level(), 31, 255) * 11 / 10)
* PokeFraction(std::max(2+boost, 2), std::max(2-boost, 2));
}
void Pokedex::freePokemon(int pokemonID) {
if (pokemonID <= 0) {
throw InvalidInput();
}
Pokemon pokemon(pokemonID, NO_POKEMON, NO_POKEMON);
avlNode<Pokemon, pokemonCompareByID>* pokemonNode = mainIdTree.find(
pokemon);
if (!pokemonNode) {
throw Failure();
}
Pokemon toRemove(pokemonID, pokemonNode->getData().getTrainerId(),
pokemonNode->getData().getLevel());
bool status = mainIdTree.remove(toRemove);
if (!status) {
throw Failure();
}
bool status2 = mainLevelTree.remove(toRemove);
if (!status2) {
throw Failure();
}
int trainerID = toRemove.getTrainerId();
Iterator<Trainer> trainer = trainers.find(TrainerCompare(trainerID));
bool status3 = (*trainer).getIdTree().remove(toRemove);
if (!status3) {
throw Failure();
}
bool status4 = (*trainer).getLevelTree().remove(toRemove);
if (!status4) {
throw Failure();
}
(*trainer).updateMax();
this->updateMax();
}
void Pokedex::catchPokemon(int pokemonID, int trainerID, int level) {
if (pokemonID <= 0 || trainerID <= 0 || level <= 0) {
throw InvalidInput();
}
Iterator<Trainer> trainer = trainers.find(TrainerCompare(trainerID));
if (trainer == trainers.end()) {
throw Failure();
}
Pokemon pokemon(pokemonID, trainerID, level);
bool status = mainIdTree.insert(pokemon);
if (!status) {
throw Failure();
}
bool status2 = mainLevelTree.insert(pokemon);
if (!status2) {
throw Failure();
}
bool status3 = (*trainer).getIdTree().insert(pokemon);
if (!status3) {
throw Failure();
}
bool status4 = (*trainer).getLevelTree().insert(pokemon);
if (!status4) {
throw Failure();
}
(*trainer).updateMax();
this->updateMax();
}
int AuxPokeDataProxy::stat(int stat)
{
if (pokemon() && pokemon()->gen().num <= 2 && basestats[stat] == 0) {
int boost = statBoost(stat);
return PokemonInfo::Stat(pokemon()->num(), pokemon()->gen(), stat, pokemon()->level(), 15, 255)
* PokeFraction(std::max(2+boost, 2), std::max(2-boost, 2));
}
if (!playerPoke) {
return 0;
}
if (basestats[stat] == 0) {
return 0;
}
return boostedstats[stat];
}
QScriptValue ScriptEngine::baseStats(int poke, int stat, int gen)
{
//gen is largely irrelevent outside of specifying for gen 1
int result = 0;
Pokemon::uniqueId pokemon(poke);
if (gen == 1 && stat == SpAttack) {
result = PokemonInfo::SpecialStat(pokemon);
} else {
result = PokemonInfo::BaseStats(pokemon).baseStat(stat);
}
return result;
}
QScriptValue ScriptEngine::pokeAbility(int poke, int slot, int _gen)
{
Pokemon::uniqueId pokemon(poke);
Pokemon::gen gen(_gen);
if (PokemonInfo::Exists(pokemon, gen) && gen.num >= GEN_MIN && gen.num <= GenInfo::GenMax()
&& (gen.subnum == gen.wholeGen || gen.subnum <= GenInfo::NumberOfSubgens(gen.num))
&& (slot >= 0) && (slot <= 2)) {
return PokemonInfo::Ability(pokemon, slot, gen);
}
return myengine.undefinedValue();
}
void Pokedex::levelUp(int pokemonID, int levelIncrease) {
if (pokemonID <= 0 || levelIncrease <= 0) {
throw InvalidInput();
}
Pokemon pokemon(pokemonID, NO_POKEMON, NO_POKEMON);
avlNode<Pokemon, pokemonCompareByID>* pokemonNode = mainIdTree.find(
pokemon);
if (!pokemonNode) {
throw Failure();
}
int trainerID = pokemonNode->getData().getTrainerId();
int level = pokemonNode->getData().getLevel();
this->freePokemon(pokemonID);
this->catchPokemon(pokemonID, trainerID, level + levelIncrease);
}
