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vcmi/AI/Nullkiller/Analyzers/BuildAnalyzer.cpp
2021-07-26 21:02:50 +03:00

364 lines
9.0 KiB
C++

/*
* BuildAnalyzer.cpp, part of VCMI engine
*
* Authors: listed in file AUTHORS in main folder
*
* License: GNU General Public License v2.0 or later
* Full text of license available in license.txt file, in main folder
*
*/
#include "../StdInc.h"
#include "../Engine/Nullkiller.h"
#include "../../../lib/mapping/CMap.h" //for victory conditions
extern boost::thread_specific_ptr<CCallback> cb;
void BuildAnalyzer::updateTownDwellings(TownDevelopmentInfo & developmentInfo)
{
auto townInfo = developmentInfo.town->town;
auto creatures = townInfo->creatures;
auto buildings = townInfo->getAllBuildings();
std::map<BuildingID, BuildingID> parentMap;
for(auto &pair : townInfo->buildings)
{
if(pair.second->upgrade != -1)
{
parentMap[pair.second->upgrade] = pair.first;
}
}
BuildingID prefixes[] = {BuildingID::DWELL_UP_FIRST, BuildingID::DWELL_FIRST};
for(int level = 0; level < GameConstants::CREATURES_PER_TOWN; level++)
{
logAi->trace("Checking dwelling level %d", level);
BuildingInfo nextToBuild = BuildingInfo();
for(BuildingID prefix : prefixes)
{
BuildingID building = BuildingID(prefix + level);
if(!vstd::contains(buildings, building))
continue; // no such building in town
auto info = getBuildingOrPrerequisite(developmentInfo.town, building);
if(info.exists)
{
developmentInfo.addExistingDwelling(info);
break;
}
nextToBuild = info;
}
if(nextToBuild.id != BuildingID::NONE)
{
developmentInfo.addBuildingToBuild(nextToBuild);
}
}
}
void BuildAnalyzer::updateOtherBuildings(TownDevelopmentInfo & developmentInfo)
{
logAi->trace("Checking other buildings");
std::vector<std::vector<BuildingID>> otherBuildings = {
{BuildingID::TOWN_HALL, BuildingID::CITY_HALL, BuildingID::CAPITOL}
};
if(developmentInfo.existingDwellings.size() >= 2 && cb->getDate(Date::DAY_OF_WEEK) > boost::date_time::Friday)
{
otherBuildings.push_back({BuildingID::CITADEL, BuildingID::CASTLE});
}
for(auto & buildingSet : otherBuildings)
{
for(auto & buildingID : buildingSet)
{
if(!developmentInfo.town->hasBuilt(buildingID))
{
developmentInfo.addBuildingToBuild(getBuildingOrPrerequisite(developmentInfo.town, buildingID));
break;
}
}
}
}
int32_t convertToGold(const TResources & res)
{
return res[Res::GOLD]
+ 75 * (res[Res::WOOD] + res[Res::ORE])
+ 125 * (res[Res::GEMS] + res[Res::CRYSTAL] + res[Res::MERCURY] + res[Res::SULFUR]);
}
TResources BuildAnalyzer::getResourcesRequiredNow() const
{
auto resourcesAvailable = cb->getResourceAmount();
auto result = requiredResources - resourcesAvailable;
result.positive();
return result;
}
TResources BuildAnalyzer::getTotalResourcesRequired() const
{
auto resourcesAvailable = cb->getResourceAmount();
auto result = totalDevelopmentCost - resourcesAvailable;
result.positive();
return result;
}
void BuildAnalyzer::update()
{
logAi->trace("Start analysing build");
BuildingInfo bi;
reset();
auto towns = cb->getTownsInfo();
for(const CGTownInstance* town : towns)
{
logAi->trace("Checking town %s", town->name);
auto townInfo = town->town;
developmentInfos.push_back(TownDevelopmentInfo(town));
TownDevelopmentInfo & developmentInfo = developmentInfos.back();
updateTownDwellings(developmentInfo);
updateOtherBuildings(developmentInfo);
requiredResources += developmentInfo.requiredResources;
totalDevelopmentCost += developmentInfo.townDevelopmentCost;
armyCost += developmentInfo.armyCost;
for(auto bi : developmentInfo.toBuild)
{
logAi->trace("Building preferences %s", bi.toString());
}
}
std::sort(developmentInfos.begin(), developmentInfos.end(), [](const TownDevelopmentInfo & t1, const TownDevelopmentInfo & t2) -> bool
{
auto val1 = convertToGold(t1.armyCost) - convertToGold(t1.townDevelopmentCost);
auto val2 = convertToGold(t2.armyCost) - convertToGold(t2.townDevelopmentCost);
return val1 > val2;
});
updateDailyIncome();
goldPreasure = (float)armyCost[Res::GOLD] / (1 + cb->getResourceAmount(Res::GOLD) + (float)dailyIncome[Res::GOLD] * 7.0f);
logAi->trace("Gold preasure: %f", goldPreasure);
}
void BuildAnalyzer::reset()
{
requiredResources = TResources();
totalDevelopmentCost = TResources();
armyCost = TResources();
developmentInfos.clear();
}
BuildingInfo BuildAnalyzer::getBuildingOrPrerequisite(
const CGTownInstance* town,
BuildingID toBuild,
bool excludeDwellingDependencies) const
{
BuildingID building = toBuild;
auto townInfo = town->town;
const CBuilding * buildPtr = townInfo->buildings.at(building);
const CCreature * creature = nullptr;
CreatureID baseCreatureID;
if(BuildingID::DWELL_FIRST <= toBuild && toBuild <= BuildingID::DWELL_UP_LAST)
{
int level = toBuild - BuildingID::DWELL_FIRST;
auto creatures = townInfo->creatures.at(level % GameConstants::CREATURES_PER_TOWN);
auto creatureID = creatures.at(level / GameConstants::CREATURES_PER_TOWN);
baseCreatureID = creatures.front();
creature = creatureID.toCreature();
}
auto info = BuildingInfo(buildPtr, creature, baseCreatureID);
logAi->trace("checking %s", buildPtr->Name());
logAi->trace("buildInfo %s", info.toString());
buildPtr = nullptr;
if(!town->hasBuilt(building))
{
auto canBuild = cb->canBuildStructure(town, building);
if(canBuild == EBuildingState::ALLOWED)
{
info.canBuild = true;
}
else if(canBuild == EBuildingState::NO_RESOURCES)
{
logAi->trace("cant build. Not enough resources. Need %s", info.buildCost.toString());
info.notEnoughRes = true;
}
else if(canBuild == EBuildingState::PREREQUIRES)
{
auto buildExpression = town->genBuildingRequirements(building, false);
auto missingBuildings = buildExpression.getFulfillmentCandidates([&](const BuildingID & id) -> bool
{
return town->hasBuilt(id);
});
auto otherDwelling = [](const BuildingID & id) -> bool
{
return BuildingID::DWELL_FIRST <= id && id <= BuildingID::DWELL_UP_LAST;
};
if(vstd::contains_if(missingBuildings, otherDwelling))
{
logAi->trace("cant build. Need other dwelling");
}
else
{
buildPtr = townInfo->buildings.at(building);
logAi->trace("cant build. Need %d", missingBuildings[0].num);
BuildingInfo prerequisite = getBuildingOrPrerequisite(town, missingBuildings[0], excludeDwellingDependencies);
prerequisite.buildCostWithPrerequisits += info.buildCost;
prerequisite.creatureCost = info.creatureCost;
prerequisite.creatureGrows = info.creatureGrows;
prerequisite.creatureLevel = info.creatureLevel;
prerequisite.creatureID = info.creatureID;
prerequisite.baseCreatureID = info.baseCreatureID;
prerequisite.prerequisitesCount++;
return prerequisite;
}
}
}
else
{
logAi->trace("exists");
info.exists = true;
}
return info;
}
void BuildAnalyzer::updateDailyIncome()
{
auto objects = cb->getMyObjects();
auto towns = cb->getTownsInfo();
dailyIncome = TResources();
for(const CGObjectInstance* obj : objects)
{
const CGMine* mine = dynamic_cast<const CGMine*>(obj);
if(mine)
{
dailyIncome[mine->producedResource] += mine->producedQuantity;
}
}
for(const CGTownInstance* town : towns)
{
dailyIncome += town->dailyIncome();
}
}
bool BuildAnalyzer::hasAnyBuilding(int32_t alignment, BuildingID bid) const
{
for(auto tdi : developmentInfos)
{
if(tdi.town->alignment == alignment && tdi.town->hasBuilt(bid))
return true;
}
return false;
}
void TownDevelopmentInfo::addExistingDwelling(const BuildingInfo & existingDwelling)
{
existingDwellings.push_back(existingDwelling);
armyCost += existingDwelling.creatureCost * existingDwelling.creatureGrows;
}
void TownDevelopmentInfo::addBuildingToBuild(const BuildingInfo & nextToBuild)
{
townDevelopmentCost += nextToBuild.buildCostWithPrerequisits;
if(nextToBuild.canBuild)
{
toBuild.push_back(nextToBuild);
hasSomethingToBuild = true;
}
else if(nextToBuild.notEnoughRes)
{
requiredResources += nextToBuild.buildCost;
hasSomethingToBuild = true;
}
}
BuildingInfo::BuildingInfo()
{
id = BuildingID::NONE;
creatureGrows = 0;
creatureID = CreatureID::NONE;
buildCost = 0;
buildCostWithPrerequisits = 0;
prerequisitesCount = 0;
name = "";
}
BuildingInfo::BuildingInfo(const CBuilding * building, const CCreature * creature, CreatureID baseCreature)
{
id = building->bid;
buildCost = building->resources;
buildCostWithPrerequisits = building->resources;
dailyIncome = building->produce;
exists = false;;
prerequisitesCount = 1;
name = building->Name();
if(creature)
{
creatureGrows = creature->growth;
creatureID = creature->idNumber;
creatureCost = creature->cost;
creatureLevel = creature->level;
baseCreatureID = baseCreature;
}
else
{
creatureGrows = 0;
creatureID = CreatureID::NONE;
baseCreatureID = CreatureID::NONE;
creatureCost = TResources();
creatureLevel = 0;
}
}
std::string BuildingInfo::toString() const
{
return name + ", cost: " + buildCost.toString()
+ ", creature: " + std::to_string(creatureGrows) + " x " + std::to_string(creatureLevel)
+ " x " + creatureCost.toString()
+ ", daily: " + dailyIncome.toString();
}