void Hero::displayInventory()
{
cout<<"===== INVENTORY ====="<<endl;
for(int i=0;i<inventory.size();i++) //Displays names of all items in inventory
{
cout<<i<<". "<<inventory[i]->name<<endl;
}
int choice;
do
{
cout<<"Please Choose Item to Equip or Exit By Entering \"-1\" "<<endl;
cout<<"Choice: ";
cin>>choice;
}
while((choice>=inventory.size())&&(choice!=(-1))); //Continues to display message until valid choice is made
if(choice!=-1) //If User Selected Item
{
equipItem(inventory[choice]);
}
if(inventory.empty())
{
cout<<"No Items in Inventory"<<endl;
}
cout<<endl;
}
void Creature::loadEquipment(const Aurora::GFF3Struct &gff) {
if (!gff.hasField("Equip_ItemList"))
return;
for (const auto &i : gff.getList("Equip_ItemList")) {
InventorySlot slot = InventorySlot(static_cast<int>(std::log2f(i->getID())));
Common::UString tag = i->getString("EquippedRes");
equipItem(tag, slot, false);
}
}
void AManaJourneyCharacter::equipItems(FName SocketName, TArray<AStaticMeshActor*> equipments)
{
AActor* equipActor;
FString equipmentName;
for (int32 e = 0; e < equipments.Num(); e++)
{
equipActor = equipments[e];
if (equipActor)
{
equipmentName = equipActor->GetName();
// move this to seperate function
if (equipmentName.Contains("NightwingStaff"))
{
equipItem(equipActor, "Staff");
AStaff* staff = Cast<AStaff>(equipActor);
if (staff)
{
staff->setUserStrength(level, *this);
staff->setWeaponDamage(*this);
weaponReference = staff;
}
}
// NOTE: The BP the weapon is made of, MUST be based on the corresponding c++ class ( e.g DragonSword c++ class )
if (equipmentName.Contains("DragonSword"))
{
equipItem(equipActor, "Sword_1");
ADragonSword* dragonSword = Cast<ADragonSword>(equipActor);
if (dragonSword)
{
dragonSword->setUserStrength(level, *this);
dragonSword->setWeaponDamage(*this);
weaponReference = dragonSword;
}
}
}
}
}
void Inventory::insertItem(Item *item, bool equip) {
if(item!=NULL) {
if(_items.size()==(unsigned)this->_spaces) {
std::cout << ">> Inventory: cannot insert item \"" << item->getName() << "\", inventory is full!\n";
return;
}
_items.push_back(std::make_pair(item, false));
if(equip) // if equip, equip item
equipItem(item->getName());
}
}
void UCharacterEquipment::initializeStartEquipment()
{
for (int32 i = 0; i < initEquipment.Num(); i++)
{
if (initEquipment[i].item)
{
if (isItemEquippable(initEquipment[i].slot,Cast<UItemBase>( initEquipment[i].item->GetDefaultObject())))
{
equipItem(initEquipment[i].slot, NewObject<UItemBase>(this,initEquipment[i].item));
}
}
}
}
/**
* @brief OknoBazaru::zaloz Odpowiednio zakłada lub zdejmuje aktualnie zaznaczony przedmiot z listy przedmiotów gracza
*/
void MarketWindow::equip()
{
const QList <const Item *> backpack = player_->equipment()->backpack();
const Item *item = backpack.at(playerItemList->currentRow());
if (equipButton->text() == unequipText) //NOTE do I really want string comparision? Maybe boolean flag?
unequipItem(item, player_);
else
equipItem(item, player_);
generateDescription(item, player_, itemDescriptionWidget);
playerWindow_->update();
if (isEquipped(item, player_))
equipButton->setText(unequipText);
else
equipButton->setText(equipText);
}
int invCommands (player *playr){
char inp;
printf("Equip : e\tDestroy : d\tUnequip : u\tExit : Anything else\n\n");
inp = getch();
if (inp == 'd'){
printf("Which Item Do You Want to Destroy?");
inp = getch();
if (inp != 27) destroyItem(inp-'a');
} else if (inp == 'e'){
printf("Which Item Do You Want to Equip?");
inp = getch();
if (inp != 27) equipItem(playr ,inp-'a');
} else if (inp == 'u'){
printf("Which Item Do You Want to UnEquip?");
inp = getch();
if (inp != 27) unEquipItem(playr ,inp-'a');
}
return 1;
}
void Creature::equipItem(Common::UString tag, InventorySlot slot, bool updateModel) {
equipItem(tag, slot, _info, updateModel);
}
bool Inventory::equip(int inventorySlot)
{
// Test inventory slot existence
InventoryData::iterator it;
if ((it = mPoss->inventory.find(inventorySlot)) == mPoss->inventory.end())
{
LOG_DEBUG("No existing item in inventory at slot: " << inventorySlot);
return false;
}
// Test the equipment scripted requirements
if (!testEquipScriptRequirements(it->second.itemId))
return false;
// Test the equip requirements. If none, it's not an equipable item.
const ItemEquipRequirement &equipReq =
itemManager->getItem(it->second.itemId)->getItemEquipRequirement();
if (!equipReq.equipSlotId)
{
LOG_DEBUG("No equip requirements for item id: " << it->second.itemId
<< " at slot: " << inventorySlot);
return false;
}
// List of potential unique itemInstances to unequip first.
std::set<unsigned> equipInstancesToUnequipFirst;
// We first check the equipment slots for:
// - 1. whether enough total equip slot space is available.
// - 2. whether some other equipment is to be unequipped first.
// If not enough total space in the equipment slot is available,
// we cannot equip.
if (itemManager->getEquipSlotCapacity(equipReq.equipSlotId)
< equipReq.capacityRequired)
{
LOG_DEBUG("Not enough equip capacity at slot: " << equipReq.equipSlotId
<< ", total available: "
<< itemManager->getEquipSlotCapacity(equipReq.equipSlotId)
<< ", required: " << equipReq.capacityRequired);
return false;
}
// Test whether some item(s) is(are) to be unequipped first.
if (!checkEquipmentCapacity(equipReq.equipSlotId,
equipReq.capacityRequired))
{
// And test whether the unequip action would succeed first.
if (testUnequipScriptRequirements(equipReq.equipSlotId)
&& hasInventoryEnoughSpace(equipReq.equipSlotId))
{
// Then, we unequip each iteminstance of the equip slot
for (EquipData::iterator iter =
mPoss->equipSlots.begin();
iter != mPoss->equipSlots.end(); ++iter)
{
if (iter->first == equipReq.equipSlotId
&& iter->second.itemInstance)
equipInstancesToUnequipFirst.insert(
iter->second.itemInstance);
}
}
else
{
// Some non-unequippable equipment is to be unequipped first.
// Can be the case of cursed items,
// or when the inventory is full, for instance.
return false;
}
}
// Potential Pre-unequipment process
for (std::set<unsigned>::const_iterator it3 =
equipInstancesToUnequipFirst.begin();
it3 != equipInstancesToUnequipFirst.end(); ++it3)
{
if (!unequip(*it3))
{
// Something went wrong even when we tested the unequipment process.
LOG_WARN("Unable to unequip even when unequip was tested. "
"Character : "
<< mCharacter->getComponent<BeingComponent>()->getName()
<< ", unequip slot: " << *it3);
return false;
}
}
// Actually equip the item now that the requirements has met.
//W equip slot type count, W item id, { W equip slot, W capacity used}*
MessageOut equipMsg(GPMSG_EQUIP);
equipMsg.writeInt16(it->second.itemId); // Item Id
equipMsg.writeInt16(1); // Number of equip slot changed.
// Compute an unique equip item Instance id (unicity is per character only.)
int itemInstance = getNewEquipItemInstance();
unsigned capacityLeft = equipReq.capacityRequired;
unsigned capacityUsed = 0;
// Apply equipment changes
for (EquipData::iterator it4 = mPoss->equipSlots.begin(),
it4_end = mPoss->equipSlots.end(); it4 != it4_end; ++it4)
{
if (!capacityLeft)
break;
// We've found an existing equip slot
if (it4->first == equipReq.equipSlotId)
{
// We've found an empty slot
if (it4->second.itemInstance == 0)
{
it4->second.itemId = it->second.itemId;
it4->second.itemInstance = itemInstance;
--capacityLeft;
}
else // The slot is already in use.
{
++capacityUsed;
}
}
}
// When there is still something to apply even when out of that loop,
// It means that the equip multimapis missing empty slots.
// Hence, we add them back
if(capacityLeft)
{
unsigned maxCapacity =
itemManager->getEquipSlotCapacity(equipReq.equipSlotId);
// A should never happen case
assert(maxCapacity >= capacityUsed + capacityLeft);
while (capacityLeft)
{
EquipmentItem equipItem(it->second.itemId, itemInstance);
mPoss->equipSlots.insert(
std::make_pair(equipReq.equipSlotId, equipItem));
--capacityLeft;
}
}
// Equip slot
equipMsg.writeInt16(equipReq.equipSlotId);
// Capacity used
equipMsg.writeInt16(equipReq.capacityRequired);
// Item instance
equipMsg.writeInt16(itemInstance);
// New item trigger
updateEquipmentTrigger(0, it->second.itemId);
// Remove item from inventory
removeFromSlot(inventorySlot, 1);
gameHandler->sendTo(mCharacter, equipMsg);
// Update look when necessary
checkLookchanges(equipReq.equipSlotId);
return true;
}