void TryToDefuseWeapon(CWeapon const * weapon,
TIItemContainer const & all_items,
buffer_vector<shared_str> & dest_ammo)
{
if (!weapon)
return;
CWeaponMagazinedWGrenade const * tmp_gl_weapon = smart_cast<CWeaponMagazinedWGrenade const *>(weapon);
if (weapon->IsGrenadeLauncherAttached())
TryToDefuseGrenadeLauncher(tmp_gl_weapon, all_items, dest_ammo);
xr_vector<shared_str> const * tmp_ammo_types = NULL;
u8 const * tmp_ammo_type = NULL;
u16 ammo_elapsed = 0;
if (tmp_gl_weapon && tmp_gl_weapon->m_bGrenadeMode)
{
tmp_ammo_types = &tmp_gl_weapon->m_ammoTypes2;
tmp_ammo_type = &tmp_gl_weapon->m_ammoType2;
ammo_elapsed = (u16)tmp_gl_weapon->m_magazine2.size();
} else
{
tmp_ammo_types = &weapon->m_ammoTypes;
tmp_ammo_type = &weapon->m_ammoType;
ammo_elapsed = (u16)weapon->GetAmmoElapsed();
}
if (tmp_ammo_types->size() <= u32(*tmp_ammo_type))
return;
shared_str ammo_section = (*tmp_ammo_types)[*tmp_ammo_type];
VERIFY2(ammo_section.size(), make_string(
"ammo type of [%s] hasn't section name", weapon->cName().c_str()).c_str());
if (!ammo_section.size())
return;
VERIFY(pSettings->line_exist(ammo_section.c_str(), "box_size"));
u16 ammo_box_size = pSettings->r_u16(ammo_section.c_str(), "box_size");
while (ammo_elapsed >= ammo_box_size)
{
dest_ammo.push_back(ammo_section);
ammo_elapsed = ammo_elapsed - ammo_box_size;
}
if (!ammo_elapsed)
return;
AmmoSearcherPredicate ammo_completitor(ammo_elapsed, ammo_section);
TIItemContainer::const_iterator temp_iter = std::find_if(
all_items.begin(), all_items.end(), ammo_completitor);
if (temp_iter == all_items.end())
return;
CWeaponAmmo* temp_ammo = smart_cast<CWeaponAmmo*>(*temp_iter);
R_ASSERT2(temp_ammo, "failed to create ammo after defusing weapon");
temp_ammo->m_boxCurr = temp_ammo->m_boxSize;
}
void CInventory::AddAvailableItems(TIItemContainer& items_container, bool for_trade) const
{
for(TIItemContainer::const_iterator it = m_ruck.begin(); m_ruck.end() != it; ++it)
{
PIItem pIItem = *it;
if(!for_trade || pIItem->CanTrade())
items_container.push_back(pIItem);
}
if(m_bBeltUseful)
{
for(TIItemContainer::const_iterator it = m_belt.begin(); m_belt.end() != it; ++it)
{
PIItem pIItem = *it;
if(!for_trade || pIItem->CanTrade())
items_container.push_back(pIItem);
}
}
if(m_bSlotsUseful)
{
u16 I = FirstSlot();
u16 E = LastSlot();
for(;I<=E;++I)
{
PIItem item = ItemFromSlot(I);
if(item && (!for_trade || item->CanTrade()) )
{
if(!SlotIsPersistent(I) || item->BaseSlot()==GRENADE_SLOT )
items_container.push_back(item);
}
}
}
}
void CInventory::AddAvailableItems(TIItemContainer& items_container, bool for_trade) const
{
for(TIItemContainer::const_iterator it = m_ruck.begin(); m_ruck.end() != it; ++it)
{
PIItem pIItem = *it;
if(!for_trade || pIItem->CanTrade())
items_container.push_back(pIItem);
}
if(m_bBeltUseful)
{
for(TIItemContainer::const_iterator it = m_belt.begin(); m_belt.end() != it; ++it)
{
PIItem pIItem = *it;
if(!for_trade || pIItem->CanTrade())
items_container.push_back(pIItem);
}
}
if(m_bSlotsUseful)
{
TISlotArr::const_iterator slot_it = m_slots.begin();
TISlotArr::const_iterator slot_it_e = m_slots.end();
for(; slot_it!=slot_it_e; ++slot_it)
{
const CInventorySlot& S = *slot_it;
if(S.m_pIItem && (!for_trade || S.m_pIItem->CanTrade()) )
{
if(!S.m_bPersistent || S.m_pIItem->GetSlot()==GRENADE_SLOT )
items_container.push_back(S.m_pIItem);
}
}
}
}
void CUITradeWnd::FillList (TIItemContainer& cont, CUIDragDropListEx& dragDropList, bool do_colorize)
{
TIItemContainer::iterator it = cont.begin();
TIItemContainer::iterator it_e = cont.end();
for(; it != it_e; ++it)
{
CUICellItem* itm = create_cell_item (*it);
if(do_colorize) ColorizeItem (itm, CanMoveToOther(*it));
dragDropList.SetItem (itm);
}
}
// KD
// functions for CInventoryOwner class
CScriptGameObject *CScriptGameObject::ItemOnBelt (u32 item_id) const
{
CInventoryOwner *inventory_owner = smart_cast<CInventoryOwner*>(&object());
if (!inventory_owner) {
ai().script_engine().script_log (ScriptStorage::eLuaMessageTypeError,"CInventoryOwner : cannot access class member item_on_belt!");
return (0);
}
TIItemContainer *belt = &(inventory_owner->inventory().m_belt);
if (belt->size() < item_id) {
ai().script_engine().script_log (ScriptStorage::eLuaMessageTypeError,"item_on_belt: item id outside belt!");
return (0);
}
CInventoryItem *result = belt->at(item_id);
return (result ? result->object().lua_game_object() : 0);
}
void CInventoryBox::AddAvailableItems(TIItemContainer& items_container) const
{
xr_vector<u16>::const_iterator it = m_items.begin();
xr_vector<u16>::const_iterator it_e = m_items.end();
for(;it!=it_e;++it)
{
PIItem itm = smart_cast<PIItem>(Level().Objects.net_Find(*it));VERIFY(itm);
items_container.push_back (itm);
}
}
