void MenuInventory::applyItemSetBonuses(ItemStack *equipped) {
// calculate bonuses. added by item sets
std::vector<int> set;
std::vector<int> quantity;
std::vector<int>::iterator it;
for (int i=0; i<MAX_EQUIPPED; i++) {
int item_id = equipped[i].item;
it = std::find(set.begin(), set.end(), items->items[item_id].set);
if (items->items[item_id].set > 0 && it != set.end()) {
quantity[std::distance(set.begin(), it)] += 1;
}
else if (items->items[item_id].set > 0) {
set.push_back(items->items[item_id].set);
quantity.push_back(1);
}
}
// apply item set bonuses
ItemSet temp_set;
for (unsigned k=0; k<set.size(); k++) {
temp_set = items->item_sets[set[k]];
unsigned bonus_counter = 0;
for (bonus_counter=0; bonus_counter<temp_set.bonus.size(); bonus_counter++) {
if (temp_set.bonus[bonus_counter].requirement > quantity[k]) continue;
applyBonus(&temp_set.bonus[bonus_counter]);
}
}
}
void ClassicBonus::deleteBonus(Hero* hero)
{
if (m_canBeRemoved)
{
m_value *= -1;
applyBonus(hero);
}
}
void BonusManager::tryToApplyBonus(int bonus)
{
if(bonuses_[bonus]->canApply(GameManager::get()->currentPlayer())){
applyBonus(GameManager::get()->currentPlayer(),bonuses_[bonus]->type(), bonuses_[bonus]->tier());
// qDebug() <<"applied " << bonus;
}
emit bonusesUpdated();
}
void MenuInventory::applyItemStats(ItemStack *equipped) {
const std::vector<Item> &pc_items = items->items;
// reset additional values
stats->dmg_melee_min_add = stats->dmg_melee_max_add = 0;
stats->dmg_ment_min_add = stats->dmg_ment_max_add = 0;
stats->dmg_ranged_min_add = stats->dmg_ranged_max_add = 0;
stats->absorb_min_add = stats->absorb_max_add = 0;
// apply stats from all items
for (int i=0; i<MAX_EQUIPPED; i++) {
int item_id = equipped[i].item;
const Item &item = pc_items[item_id];
// apply base stats
stats->dmg_melee_min_add += item.dmg_melee_min;
stats->dmg_melee_max_add += item.dmg_melee_max;
stats->dmg_ranged_min_add += item.dmg_ranged_min;
stats->dmg_ranged_max_add += item.dmg_ranged_max;
stats->dmg_ment_min_add += item.dmg_ment_min;
stats->dmg_ment_max_add += item.dmg_ment_max;
// set equip flags
for (unsigned j=0; j<item.equip_flags.size(); ++j) {
stats->equip_flags.insert(item.equip_flags[j]);
}
// apply absorb bonus
stats->absorb_min_add += item.abs_min;
stats->absorb_max_add += item.abs_max;
// apply various bonuses
unsigned bonus_counter = 0;
while (bonus_counter < item.bonus.size()) {
applyBonus(&item.bonus[bonus_counter]);
bonus_counter++;
}
// add item powers
if (item.power > 0) {
stats->powers_list_items.push_back(item.power);
if (stats->effects.triggered_others)
powers->activateSinglePassive(stats,item.power);
}
}
}
void MenuInventory::applyItemStats() {
if (items->items.empty())
return;
// reset additional values
for (size_t i = 0; i < DAMAGE_TYPES.size(); ++i) {
stats->dmg_min_add[i] = stats->dmg_max_add[i] = 0;
}
stats->absorb_min_add = stats->absorb_max_add = 0;
// apply stats from all items
for (int i=0; i<MAX_EQUIPPED; i++) {
int item_id = inventory[EQUIPMENT].storage[i].item;
const Item &item = items->items[item_id];
// apply base stats
for (size_t j = 0; j < DAMAGE_TYPES.size(); ++j) {
stats->dmg_min_add[j] += item.dmg_min[j];
stats->dmg_max_add[j] += item.dmg_max[j];
}
// set equip flags
for (unsigned j=0; j<item.equip_flags.size(); ++j) {
stats->equip_flags.insert(item.equip_flags[j]);
}
// apply absorb bonus
stats->absorb_min_add += item.abs_min;
stats->absorb_max_add += item.abs_max;
// apply various bonuses
unsigned bonus_counter = 0;
while (bonus_counter < item.bonus.size()) {
applyBonus(&item.bonus[bonus_counter]);
bonus_counter++;
}
// add item powers
if (item.power > 0) {
stats->powers_list_items.push_back(item.power);
if (stats->effects.triggered_others)
powers->activateSinglePassive(stats,item.power);
}
}
}