osb/source/frontend/StarInventory.cpp

431 lines
15 KiB
C++

#include "StarInventory.hpp"
#include "StarGuiReader.hpp"
#include "StarItemTooltip.hpp"
#include "StarSimpleTooltip.hpp"
#include "StarRoot.hpp"
#include "StarUniverseClient.hpp"
#include "StarItemGridWidget.hpp"
#include "StarButtonWidget.hpp"
#include "StarPortraitWidget.hpp"
#include "StarPaneManager.hpp"
#include "StarLabelWidget.hpp"
#include "StarImageWidget.hpp"
#include "StarPlayerInventory.hpp"
#include "StarPlayerCompanions.hpp"
#include "StarWorldClient.hpp"
#include "StarAssets.hpp"
#include "StarItem.hpp"
#include "StarMainInterface.hpp"
#include "StarMerchantInterface.hpp"
#include "StarJsonExtra.hpp"
#include "StarStatistics.hpp"
#include "StarAugmentItem.hpp"
namespace Star {
InventoryPane::InventoryPane(MainInterface* parent, PlayerPtr player, ContainerInteractorPtr containerInteractor) {
m_parent = parent;
m_player = move(player);
m_containerInteractor = move(containerInteractor);
GuiReader invWindowReader;
auto config = Root::singleton().assets()->json("/interface/windowconfig/playerinventory.config");
auto leftClickCallback = [this](String const& bagType, Widget* widget) {
auto itemGrid = convert<ItemGridWidget>(widget);
InventorySlot inventorySlot = BagSlot(bagType, itemGrid->selectedIndex());
if (context()->shiftHeld()) {
if (auto sourceItem = itemGrid->selectedItem()) {
if (auto activeMerchantPane = m_parent->activeMerchantPane()) {
auto remainder = activeMerchantPane->addItems(m_player->inventory()->takeSlot(inventorySlot));
if (remainder && !remainder->empty())
m_player->inventory()->setItem(inventorySlot, remainder);
} else if (m_containerInteractor->containerOpen()) {
m_player->inventory()->takeSlot(inventorySlot);
m_containerInteractor->addToContainer(sourceItem);
m_containerSource = inventorySlot;
m_expectingSwap = true;
}
}
} else {
m_player->inventory()->shiftSwap(inventorySlot);
}
};
auto rightClickCallback = [this](InventorySlot slot) {
if (ItemPtr slotItem = m_player->inventory()->itemsAt(slot)) {
auto swapItem = m_player->inventory()->swapSlotItem();
if (!swapItem || swapItem->empty() || swapItem->couldStack(slotItem)) {
uint64_t count = swapItem ? swapItem->couldStack(slotItem) : slotItem->maxStack();
if (context()->shiftHeld())
count = max(1, min<int>(count, slotItem->count() / 2));
else
count = 1;
if (auto taken = slotItem->take(count)) {
if (swapItem)
swapItem->stackWith(taken);
else
m_player->inventory()->setSwapSlotItem(taken);
}
} else if (auto augment = as<AugmentItem>(swapItem)) {
if (auto augmented = augment->applyTo(slotItem))
m_player->inventory()->setItem(slot, augmented);
}
}
};
auto bagGridCallback = [rightClickCallback](String const& bagType, Widget* widget) {
auto slot = BagSlot(bagType, convert<ItemGridWidget>(widget)->selectedIndex());
rightClickCallback(slot);
};
Json itemBagConfig = config.get("bagConfig");
auto bagOrder = itemBagConfig.toObject().keys().sorted([&itemBagConfig](String const& a, String const& b) {
return itemBagConfig.get(a).getInt("order", 0) < itemBagConfig.get(b).getInt("order", 0);
});
for (auto name : bagOrder) {
auto itemGrid = itemBagConfig.get(name).getString("itemGrid");
invWindowReader.registerCallback(itemGrid, bind(leftClickCallback, name, _1));
invWindowReader.registerCallback(strf("{}.right", itemGrid), bind(bagGridCallback, name, _1));
}
invWindowReader.registerCallback("close", [=](Widget*) {
dismiss();
});
invWindowReader.registerCallback("sort", [=](Widget*) {
m_player->inventory()->condenseBagStacks(m_selectedTab);
m_player->inventory()->sortBag(m_selectedTab);
// Don't show sorted items as new items
m_itemGrids[m_selectedTab]->updateItemState();
m_itemGrids[m_selectedTab]->clearChangedSlots();
});
invWindowReader.registerCallback("gridModeSelector", [=](Widget* widget) {
auto selected = convert<ButtonWidget>(widget)->data().toString();
selectTab(m_tabButtonData.keyOf(selected));
});
auto registerSlotCallbacks = [&](String name, InventorySlot slot) {
invWindowReader.registerCallback(name, [=](Widget* paneObj) {
if (as<ItemSlotWidget>(paneObj))
m_player->inventory()->shiftSwap(slot);
else
throw GuiException("Invalid object type, expected ItemSlotWidget");
});
invWindowReader.registerCallback(name + ".right", [=](Widget* paneObj) {
if (as<ItemSlotWidget>(paneObj))
rightClickCallback(slot);
else
throw GuiException("Invalid object type, expected ItemSlotWidget");
});
};
for (auto const p : EquipmentSlotNames)
registerSlotCallbacks(p.second, p.first);
registerSlotCallbacks("trash", TrashSlot());
invWindowReader.construct(config.get("paneLayout"), this);
m_trashSlot = fetchChild<ItemSlotWidget>("trash");
m_trashBurn = GameTimer(config.get("trashBurnTimeout").toFloat());
m_disabledTechOverlays.append(fetchChild<ImageWidget>("techHeadDisabled"));
m_disabledTechOverlays.append(fetchChild<ImageWidget>("techBodyDisabled"));
m_disabledTechOverlays.append(fetchChild<ImageWidget>("techLegsDisabled"));
for (auto const p : EquipmentSlotNames) {
if (auto itemSlot = fetchChild<ItemSlotWidget>(p.second))
itemSlot->setItem(m_player->inventory()->itemsAt(p.first));
}
for (auto name : bagOrder) {
auto itemTab = itemBagConfig.get(name);
m_itemGrids[name] = fetchChild<ItemGridWidget>(itemTab.getString("itemGrid"));
m_itemGrids[name]->setItemBag(m_player->inventory()->bagContents(name));
m_itemGrids[name]->hide();
m_newItemMarkers[name] = fetchChild<Widget>(itemTab.getString("newItemMarker"));
m_tabButtonData[name] = itemTab.getString("tabButtonData");
}
selectTab(bagOrder[0]);
auto centralPortrait = fetchChild<PortraitWidget>("portrait");
centralPortrait->setEntity(m_player);
auto portrait = make_shared<PortraitWidget>(m_player, PortraitMode::Bust);
portrait->setIconMode();
setTitle(portrait, m_player->name(), config.getString("subtitle"));
m_expectingSwap = false;
if (auto item = m_player->inventory()->swapSlotItem())
m_currentSwapSlotItem = item->descriptor();
m_pickUpSounds = jsonToStringList(config.get("sounds").get("pickup"));
m_putDownSounds = jsonToStringList(config.get("sounds").get("putdown"));
}
void InventoryPane::displayed() {
Pane::displayed();
m_expectingSwap = false;
for (auto grid : m_itemGrids)
grid.second->updateItemState();
m_itemGrids[m_selectedTab]->indicateChangedSlots();
}
PanePtr InventoryPane::createTooltip(Vec2I const& screenPosition) {
ItemPtr item;
if (auto child = getChildAt(screenPosition)) {
if (auto itemSlot = as<ItemSlotWidget>(child)) {
item = itemSlot->item();
if (!item) {
auto widgetData = itemSlot->data();
if (widgetData && widgetData.type() == Json::Type::Object) {
if (auto text = widgetData.optString("tooltipText"))
return SimpleTooltipBuilder::buildTooltip(*text);
}
}
}
if (auto itemGrid = as<ItemGridWidget>(child))
item = itemGrid->itemAt(screenPosition);
}
if (item)
return ItemTooltipBuilder::buildItemTooltip(item, m_player);
auto techDatabase = Root::singleton().techDatabase();
for (auto const& p : TechTypeNames) {
if (auto techIcon = fetchChild<ImageWidget>(strf("tech{}", p.second))) {
if (techIcon->screenBoundRect().contains(screenPosition)) {
if (auto techModule = m_player->techs()->equippedTechs().maybe(p.first))
return SimpleTooltipBuilder::buildTooltip(techDatabase->tech(*techModule).description);
}
}
}
return {};
}
bool InventoryPane::giveContainerResult(ContainerResult result) {
if (!m_expectingSwap)
return false;
for (auto item : result) {
auto inv = m_player->inventory();
m_player->triggerPickupEvents(item);
auto remainder = inv->stackWith(m_containerSource, item);
if (remainder && !remainder->empty())
m_player->giveItem(remainder);
}
m_expectingSwap = false;
return true;
}
void InventoryPane::updateItems() {
for (auto p : m_itemGrids)
p.second->updateItemState();
}
bool InventoryPane::containsNewItems() const {
for (auto p : m_itemGrids) {
if (p.second->slotsChanged())
return true;
}
return false;
}
void InventoryPane::update() {
auto inventory = m_player->inventory();
auto context = Widget::context();
HashSet<ItemPtr> customBarItems;
for (uint8_t i = 0; i < inventory->customBarIndexes(); ++i) {
if (auto primarySlot = inventory->customBarPrimarySlot(i)) {
if (auto primaryItem = inventory->itemsAt(*primarySlot))
customBarItems.add(primaryItem);
}
if (auto secondarySlot = inventory->customBarSecondarySlot(i)) {
if (auto secondaryItem = inventory->itemsAt(*secondarySlot))
customBarItems.add(secondaryItem);
}
}
m_trashSlot->setItem(inventory->itemsAt(TrashSlot()));
m_trashSlot->showLinkIndicator(customBarItems.contains(m_trashSlot->item()));
if (auto trashItem = m_trashSlot->item()) {
if (m_trashBurn.tick() && trashItem->count() > 0) {
m_player->statistics()->recordEvent("trashItem", JsonObject{
{"itemName", trashItem->name()},
{"count", trashItem->count()},
{"category", trashItem->category()}
});
trashItem->take(trashItem->count());
}
} else {
m_trashBurn.reset();
}
m_trashSlot->setProgress(m_trashBurn.timer / m_trashBurn.time);
for (auto const& p : EquipmentSlotNames) {
if (auto itemSlot = fetchChild<ItemSlotWidget>(p.second)) {
itemSlot->setItem(inventory->itemsAt(p.first));
itemSlot->showLinkIndicator(customBarItems.contains(itemSlot->item()));
}
}
auto techDatabase = Root::singleton().techDatabase();
for (auto const& p : TechTypeNames) {
if (auto techIcon = fetchChild<ImageWidget>(strf("tech{}", p.second))) {
if (auto techModule = m_player->techs()->equippedTechs().maybe(p.first))
techIcon->setImage(techDatabase->tech(*techModule).icon);
else
techIcon->setImage("");
}
}
if (ItemPtr swapSlot = inventory->swapSlotItem()) {
if (!PlayerInventory::itemAllowedInBag(swapSlot, m_selectedTab)) {
for (auto& pair : m_itemGrids) {
if (pair.first != m_selectedTab && PlayerInventory::itemAllowedInBag(swapSlot, pair.first)) {
selectTab(pair.first);
break;
}
}
}
}
for (auto p : m_itemGrids) {
p.second->updateItemState();
for (size_t i = 0; i < p.second->itemSlots(); ++i) {
auto itemWidget = p.second->itemWidgetAt(i);
itemWidget->showLinkIndicator(customBarItems.contains(itemWidget->item()));
}
}
m_itemGrids[m_selectedTab]->clearChangedSlots();
for (auto& pair : m_newItemMarkers) {
if (m_itemGrids[pair.first]->slotsChanged())
pair.second->show();
else
pair.second->hide();
}
for (auto& techOverlay : m_disabledTechOverlays)
techOverlay->setVisibility(m_player->techOverridden());
auto healthLabel = fetchChild<LabelWidget>("healthtext");
healthLabel->setText(toString(m_player->maxHealth()));
auto energyLabel = fetchChild<LabelWidget>("energytext");
energyLabel->setText(toString(m_player->maxEnergy()));
auto weaponLabel = fetchChild<LabelWidget>("weapontext");
weaponLabel->setText(strf("{}%", ceil(m_player->powerMultiplier() * 100)));
auto defenseLabel = fetchChild<LabelWidget>("defensetext");
if (m_player->protection() == 0)
defenseLabel->setText("--");
else
defenseLabel->setText(toString(ceil(m_player->protection())));
auto moneyLabel = fetchChild<LabelWidget>("lblMoney");
moneyLabel->setText(toString(m_player->currency("money")));
if (m_player->currency("essence") > 0) {
fetchChild<ImageWidget>("imgEssenceIcon")->show();
auto essenceLabel = fetchChild<LabelWidget>("lblEssence");
essenceLabel->show();
essenceLabel->setText(toString(m_player->currency("essence")));
} else {
fetchChild<ImageWidget>("imgEssenceIcon")->hide();
fetchChild<LabelWidget>("lblEssence")->hide();
}
auto config = Root::singleton().assets()->json("/interface/windowconfig/playerinventory.config");
auto pets = m_player->companions()->getCompanions("pets");
if (pets.size() > 0) {
auto pet = pets.first();
auto companionImage = fetchChild<ImageWidget>("companionSlot");
companionImage->setVisibility(true);
companionImage->setDrawables(pet->portrait());
auto nameLabel = fetchChild<LabelWidget>("companionName");
if (auto name = pet->name()) {
nameLabel->setText(pet->name()->toUpper());
} else {
nameLabel->setText(config.getString("defaultPetNameLabel"));
}
auto attackLabel = fetchChild<LabelWidget>("companionAttackStat");
if (auto attack = pet->stat("attack")) {
attackLabel->setText(strf("{:.0f}", *attack));
} else {
attackLabel->setText("");
}
auto defenseLabel = fetchChild<LabelWidget>("companionDefenseStat");
if (auto defense = pet->stat("defense")) {
defenseLabel->setText(strf("{:.0f}", *defense));
} else {
defenseLabel->setText("");
}
if (containsChild("companionHealthBar")) {
auto healthBar = fetchChild<ProgressWidget>("companionHealthBar");
Maybe<float> health = pet->resource("health");
Maybe<float> healthMax = pet->resourceMax("health");
if (health && healthMax) {
healthBar->setCurrentProgressLevel(*health);
healthBar->setMaxProgressLevel(*healthMax);
} else {
healthBar->setCurrentProgressLevel(0);
healthBar->setMaxProgressLevel(1);
}
}
} else {
fetchChild<ImageWidget>("companionSlot")->setVisibility(false);
fetchChild<LabelWidget>("companionName")->setText(config.getString("defaultPetNameLabel"));
fetchChild<LabelWidget>("companionAttackStat")->setText("");
fetchChild<LabelWidget>("companionDefenseStat")->setText("");
if (containsChild("companionHealthBar")) {
auto healthBar = fetchChild<ProgressWidget>("companionHealthBar");
healthBar->setCurrentProgressLevel(0);
healthBar->setMaxProgressLevel(1);
}
}
if (auto item = inventory->swapSlotItem()) {
if (!m_currentSwapSlotItem || !item->matches(*m_currentSwapSlotItem, true) || item->count() > m_currentSwapSlotItem->count())
context->playAudio(RandomSource().randFrom(m_pickUpSounds));
else if (item->count() < m_currentSwapSlotItem->count())
context->playAudio(RandomSource().randFrom(m_putDownSounds));
m_currentSwapSlotItem = item->descriptor();
} else {
if (m_currentSwapSlotItem)
context->playAudio(RandomSource().randFrom(m_putDownSounds));
m_currentSwapSlotItem = {};
}
m_title = m_player->name();
}
void InventoryPane::selectTab(String const& selected) {
for (auto grid : m_itemGrids)
grid.second->hide();
m_selectedTab = selected;
m_itemGrids[m_selectedTab]->show();
m_itemGrids[m_selectedTab]->indicateChangedSlots();
auto tabs = fetchChild<ButtonGroupWidget>("gridModeSelector");
for (auto button : tabs->buttons())
if (button->data().toString().equalsIgnoreCase(m_tabButtonData[selected]))
tabs->select(tabs->id(button));
}
}