/**
* moved the fix for #917 here - check a house's ability to handle base plan before it actually tries to generate a base plan, not at game start
* (we have no idea what houses at game start are supposed to be able to do base planning, so mission maps f**k up)
*/
bool HouseExt::ExtData::CheckBasePlanSanity() {
auto House = this->AttachedToObject;
// this shouldn't happen, but you never know
if(House->ControlledByHuman() || House->IsNeutral()) {
return true;
}
const char *errorMsg = "AI House of country [%s] cannot build any object in %s. The AI ain't smart enough for that.\n";
bool AllIsWell(true);
// if you don't have a base unit buildable, how did you get to base planning?
// only through crates or map actions, so have to validate base unit in other situations
auto pArray = &RulesClass::Instance->BaseUnit;
bool canBuild = false;
for(int i = 0; i < pArray->Count; ++i) {
auto Item = pArray->GetItem(i);
if(House->CanExpectToBuild(Item)) {
canBuild = true;
break;
}
}
if(!canBuild) {
AllIsWell = false;
Debug::DevLog(Debug::Error, errorMsg, House->Type->ID, "BaseUnit");
}
auto CheckList = [House, errorMsg, &AllIsWell]
(DynamicVectorClass<BuildingTypeClass *> *const List, char * const ListName) -> void {
if(!House->FirstBuildableFromArray(List)) {
AllIsWell = false;
Debug::DevLog(Debug::Error, errorMsg, House->Type->ID, ListName);
}
};
// commented out lists that do not cause a crash, according to testers
// CheckList(&RulesClass::Instance->Shipyard, "Shipyard");
CheckList(&RulesClass::Instance->BuildPower, "BuildPower");
CheckList(&RulesClass::Instance->BuildRefinery, "BuildRefinery");
CheckList(&RulesClass::Instance->BuildWeapons, "BuildWeapons");
// CheckList(&RulesClass::Instance->BuildConst, "BuildConst");
// CheckList(&RulesClass::Instance->BuildBarracks, "BuildBarracks");
// CheckList(&RulesClass::Instance->BuildTech, "BuildTech");
// CheckList(&RulesClass::Instance->BuildRadar, "BuildRadar");
// CheckList(&RulesClass::Instance->ConcreteWalls, "ConcreteWalls");
// CheckList(&RulesClass::Instance->BuildDummy, "BuildDummy");
// CheckList(&RulesClass::Instance->BuildNavalYard, "BuildNavalYard");
auto pCountryData = HouseTypeExt::ExtMap.Find(House->Type);
auto Powerplants = pCountryData->GetPowerplants();
DynamicVectorClass<BuildingTypeClass*> Dummy(Powerplants.size(), const_cast<BuildingTypeClass**>(Powerplants.begin()));
CheckList(&Dummy, "Powerplants");
// auto pSide = SideClass::Array->GetItem(curHouse->Type->SideIndex);
// auto pSideData = SideExt::ExtMap.Find(pSide);
// CheckList(&pSideData->BaseDefenses, "Base Defenses");
return AllIsWell;
}
void HouseExt::ExtData::UpdateTogglePower() {
const auto pThis = this->OwnerObject();
auto pRulesExt = RulesExt::Global();
if(!pRulesExt->TogglePowerAllowed
|| pRulesExt->TogglePowerDelay <= 0
|| pRulesExt->TogglePowerIQ < 0
|| pRulesExt->TogglePowerIQ > pThis->IQLevel2
|| pThis->Buildings.Count == 0
|| pThis->IsBeingDrained
|| pThis->ControlledByHuman()
|| pThis->PowerBlackoutTimer.InProgress())
{
return;
}
if(Unsorted::CurrentFrame % pRulesExt->TogglePowerDelay == 0) {
struct ExpendabilityStruct {
private:
std::tuple<const int&, BuildingClass&> Tie() const {
// compare with tie breaker to prevent desyncs
return std::tie(this->Value, *this->Building);
}
public:
bool operator < (const ExpendabilityStruct& rhs) const {
return this->Tie() < rhs.Tie();
}
bool operator > (const ExpendabilityStruct& rhs) const {
return this->Tie() > rhs.Tie();
}
BuildingClass* Building;
int Value;
};
// properties: the higher this value is, the more likely
// this building is turned off (expendability)
auto GetExpendability = [](BuildingClass* pBld) -> int {
auto pType = pBld->Type;
// disable super weapons, because a defenseless base is
// worse than one without super weapons
if(pType->HasSuperWeapon()) {
return pType->PowerDrain * 20 / 10;
}
// non-base defenses should be disabled before going
// to the base defenses. but power intensive defenses
// might still evaluate worse
if(!pType->IsBaseDefense) {
return pType->PowerDrain * 15 / 10;
}
// default case, use power
return pType->PowerDrain;
};
// create a list of all buildings that can be powered down
// and give each building an expendability value
std::vector<ExpendabilityStruct> Buildings;
Buildings.reserve(pThis->Buildings.Count);
const auto HasLowPower = pThis->HasLowPower();
for(auto pBld : pThis->Buildings) {
auto pType = pBld->Type;
if(pType->CanTogglePower() && pType->PowerDrain > 0) {
// if low power, we get buildings with StuffEnabled, if enough
// power, we look for builidings that are disabled
if(pBld->StuffEnabled == HasLowPower) {
Buildings.emplace_back(ExpendabilityStruct{pBld, GetExpendability(pBld)});
}
}
}
int Surplus = pThis->PowerOutput - pThis->PowerDrain;
if(HasLowPower) {
// most expendable building first
std::sort(Buildings.begin(), Buildings.end(), std::greater<>());
// turn off the expendable buildings until power is restored
for(const auto& item : Buildings) {
auto Drain = item.Building->Type->PowerDrain;
item.Building->GoOffline();
Surplus += Drain;
if(Surplus >= 0) {
break;
}
}
} else {
// least expendable building first
std::sort(Buildings.begin(), Buildings.end(), std::less<>());
// turn on as many of them as possible
for(const auto& item : Buildings) {
auto Drain = item.Building->Type->PowerDrain;
if(Surplus - Drain >= 0) {
item.Building->GoOnline();
Surplus -= Drain;
}
}
}
}
}
/**
* moved the fix for #917 here - check a house's ability to handle base plan
* before it actually tries to generate a base plan, not at game start (we have
* no idea what houses at game start are supposed to be able to do base
* planning, so mission maps f**k up)
*/
bool HouseExt::ExtData::CheckBasePlanSanity() {
auto const pThis = this->OwnerObject();
// this shouldn't happen, but you never know
if(pThis->ControlledByHuman() || pThis->IsNeutral()) {
return true;
}
auto AllIsWell = true;
auto const pRules = RulesClass::Instance;
auto const pType = pThis->Type;
auto const errorMsg = "AI House of country [%s] cannot build any object in "
"%s. The AI ain't smart enough for that.\n";
// if you don't have a base unit buildable, how did you get to base
// planning? only through crates or map actions, so have to validate base
// unit in other situations
auto const idxParent = pType->FindParentCountryIndex();
auto const canBuild = std::any_of(
pRules->BaseUnit.begin(), pRules->BaseUnit.end(),
[pThis, idxParent] (UnitTypeClass const* const pItem)
{
return pThis->CanExpectToBuild(pItem, idxParent);
});
if(!canBuild) {
AllIsWell = false;
Debug::Log(Debug::Severity::Error, errorMsg, pType->ID, "BaseUnit");
}
auto CheckList = [pThis, pType, idxParent, errorMsg, &AllIsWell] (
Iterator<BuildingTypeClass const*> const list,
const char* const ListName) -> void
{
if(!HouseExt::FindBuildable(pThis, idxParent, list)) {
AllIsWell = false;
Debug::Log(Debug::Severity::Error, errorMsg, pType->ID, ListName);
}
};
// commented out lists that do not cause a crash, according to testers
//CheckList(make_iterator(pRules->Shipyard), "Shipyard");
CheckList(make_iterator(pRules->BuildPower), "BuildPower");
CheckList(make_iterator(pRules->BuildRefinery), "BuildRefinery");
CheckList(make_iterator(pRules->BuildWeapons), "BuildWeapons");
//CheckList(make_iterator(pRules->BuildConst), "BuildConst");
//CheckList(make_iterator(pRules->BuildBarracks), "BuildBarracks");
//CheckList(make_iterator(pRules->BuildTech), "BuildTech");
//CheckList(make_iterator(pRules->BuildRadar), "BuildRadar");
//CheckList(make_iterator(pRules->ConcreteWalls), "ConcreteWalls");
//CheckList(make_iterator(pRules->BuildDummy), "BuildDummy");
//CheckList(make_iterator(pRules->BuildNavalYard), "BuildNavalYard");
auto const pCountryData = HouseTypeExt::ExtMap.Find(pType);
auto const Powerplants = pCountryData->GetPowerplants();
CheckList(Powerplants, "Powerplants");
//auto const pSide = SideClass::Array->GetItemOrDefault(pType->SideIndex);
//if(auto const pSideExt = SideExt::ExtMap.Find(pSide)) {
// CheckList(make_iterator(pSideExt->BaseDefenses), "Base Defenses");
//}
return AllIsWell;
}
