/
organisation.cpp
1387 lines (1300 loc) · 36.5 KB
/
organisation.cpp
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#include "game/state/shared/organisation.h"
#include "framework/configfile.h"
#include "framework/framework.h"
#include "game/state/city/base.h"
#include "game/state/city/building.h"
#include "game/state/city/city.h"
#include "game/state/city/scenery.h"
#include "game/state/city/vehicle.h"
#include "game/state/city/vehiclemission.h"
#include "game/state/gameevent.h"
#include "game/state/gamestate.h"
#include "game/state/rules/city/baselayout.h"
#include "game/state/rules/city/scenerytiletype.h"
#include "library/strings.h"
// Uncomment to turn off org missions
// #define DEBUG_TURN_OFF_ORG_MISSIONS
namespace OpenApoc
{
// Returns 100% +- 25%, with a max of 20
int Organisation::getGuardCount(GameState &state) const
{
return std::min(
20, randBoundsInclusive(state.rng, average_guards * 75 / 100, average_guards * 125 / 100));
}
StateRef<Building> Organisation::pickRandomBuilding(GameState &state, StateRef<City> city) const
{
std::list<StateRef<Building>> ownedBuildingsList;
for (const auto &b : buildings)
{
if (b->city == city)
{
ownedBuildingsList.push_back(b);
}
}
return (ownedBuildingsList.empty()) ? nullptr : pickRandom(state.rng, ownedBuildingsList);
}
void Organisation::takeOver(GameState &state, bool forced)
{
if (!forced && randBoundsExclusive(state.rng, 0, 200) >= infiltrationValue)
{
return;
}
takenOver = true;
militarized = true;
infiltrationValue = 200;
StateRef<Organisation> org = {&state, id};
current_relations[state.getPlayer()] = -100.0f;
state.getPlayer()->current_relations[org] = -100.0f;
current_relations[state.getAliens()] = 100.0f;
state.getAliens()->current_relations[org] = 100.0f;
for (auto &pair : state.organisations)
{
if (pair.second->id == id || !pair.second->takenOver)
{
continue;
}
current_relations[{&state, pair.first}] = 90.0f;
pair.second->current_relations[org] = 90.0f;
}
auto event = new GameOrganisationEvent(GameEventType::AlienTakeover, {&state, id});
fw().pushEvent(event);
}
Organisation::PurchaseResult
Organisation::canPurchaseFrom(GameState &state, const StateRef<Building> &buyer, bool vehicle) const
{
// Step 01: Check if org likes buyer
if (isRelatedTo(buyer->owner) == Relation::Hostile)
{
return PurchaseResult::OrgHostile;
}
// Step 02: Check if org has buildings in buyer's city
if (!getPurchaseBuilding(state, buyer))
{
return PurchaseResult::OrgHasNoBuildings;
}
// Step 03: Checks for cargo delivery
if (!vehicle)
{
// Step 03.01: Find out who provides transportation services
std::list<StateRef<Organisation>> ferryCompanies;
for (auto &o : state.organisations)
{
if (o.second->providesTransportationServices)
{
ferryCompanies.emplace_back(&state, o.first);
}
}
// Step 03.02: Check if a ferry provider exists that likes us both
if (config().getBool("OpenApoc.NewFeature.FerryChecksRelationshipWhenBuying"))
{
// Clear those that don't like either
for (auto it = ferryCompanies.begin(); it != ferryCompanies.end();)
{
if ((*it)->isRelatedTo({&state, id}) == Relation::Hostile ||
(*it)->isRelatedTo(buyer->owner) == Relation::Hostile)
{
it = ferryCompanies.erase(it);
}
else
{
it++;
}
}
if (ferryCompanies.empty())
{
return PurchaseResult::TranportHostile;
}
}
// Step 03.03: Check if ferry provider has free ferries
if (config().getBool("OpenApoc.NewFeature.CallExistingFerry"))
{
bool ferryFound = false;
for (auto &o : ferryCompanies)
{
for (auto &v : state.vehicles)
{
if (v.second->owner != o || !v.second->type->provideFreightCargo ||
!v.second->missions.empty())
{
continue;
}
ferryFound = true;
break;
}
}
if (!ferryFound)
{
return PurchaseResult::NoTransportAvailable;
}
}
}
return PurchaseResult::OK;
}
StateRef<Building> Organisation::getPurchaseBuilding(GameState &state,
const StateRef<Building> &buyer) const
{
std::list<StateRef<Building>> purchaseBuildings;
for (auto &b : buildings)
{
if (b->city == buyer->city && b != buyer && b->isAlive())
{
purchaseBuildings.push_back(b);
}
}
if (purchaseBuildings.empty())
{
return nullptr;
}
else
{
// Prioritize building with cargo already bound to this buyer
for (auto &b : purchaseBuildings)
{
for (auto &c : b->cargo)
{
if (c.destination == buyer)
{
return b;
}
}
}
return pickRandom(state.rng, purchaseBuildings);
}
}
void Organisation::purchase(GameState &state, const StateRef<Building> &buyer,
StateRef<VEquipmentType> vehicleEquipment, int count)
{
int price = 0;
if (state.economy.find(vehicleEquipment.id) == state.economy.end())
{
LogError("Economy not found for %s: How are we buying it then!?", vehicleEquipment.id);
}
else
{
auto &economy = state.economy[vehicleEquipment.id];
price = economy.currentPrice;
if (buyer->owner == state.getPlayer())
{
economy.currentStock -= count;
if (economy.currentStock < 0)
{
LogInfo("Economy went into negative stock for %s: Was it because we used economy "
"to transfer?",
vehicleEquipment.id);
}
}
}
// Expecting to be able to purchase
auto building = buyer->owner->id == id ? buyer : getPurchaseBuilding(state, buyer);
building->cargo.emplace_back(state, vehicleEquipment, count, price,
StateRef<Organisation>{&state, id}, buyer);
LogWarning("PURCHASE: %s bought %dx%s at %s to %s ", buyer->owner.id, count,
vehicleEquipment.id, building.id, buyer.id);
auto owner = buyer->owner;
owner->balance -= count * price;
}
void Organisation::purchase(GameState &state, const StateRef<Building> &buyer,
StateRef<VAmmoType> vehicleAmmo, int count)
{
int price = 0;
if (state.economy.find(vehicleAmmo.id) == state.economy.end())
{
LogError("Economy not found for %s: How are we buying it then!?", vehicleAmmo.id);
}
else
{
auto &economy = state.economy[vehicleAmmo.id];
price = economy.currentPrice;
if (buyer->owner == state.getPlayer())
{
economy.currentStock -= count;
if (economy.currentStock < 0)
{
LogInfo("Economy went into negative stock for %s: Was it because we used economy "
"to transfer?",
vehicleAmmo.id);
}
}
}
// Expecting to be able to purchase
auto building = buyer->owner->id == id ? buyer : getPurchaseBuilding(state, buyer);
building->cargo.emplace_back(state, vehicleAmmo, count, price,
StateRef<Organisation>{&state, id}, buyer);
LogWarning("PURCHASE: %s bought %dx%s at %s to %s ", buyer->owner.id, count, vehicleAmmo.id,
building.id, buyer.id);
auto owner = buyer->owner;
owner->balance -= count * price;
}
void Organisation::purchase(GameState &state, const StateRef<Building> &buyer,
StateRef<AEquipmentType> agentEquipment, int count)
{
int price = 0;
if (state.economy.find(agentEquipment.id) == state.economy.end())
{
LogError("Economy not found for %s: How are we buying it then!?", agentEquipment.id);
}
else
{
auto &economy = state.economy[agentEquipment.id];
price = economy.currentPrice;
if (buyer->owner == state.getPlayer())
{
economy.currentStock -= count;
if (economy.currentStock < 0)
{
LogInfo("Economy went into negative stock for %s: Was it because we used economy "
"to transfer?",
agentEquipment.id);
}
}
}
// Expecting to be able to purchase
auto building = buyer->owner->id == id ? buyer : getPurchaseBuilding(state, buyer);
building->cargo.emplace_back(
state, agentEquipment,
count * (agentEquipment->type == AEquipmentType::Type::Ammo ? agentEquipment->max_ammo : 1),
price, StateRef<Organisation>{&state, id}, buyer);
LogWarning("PURCHASE: %s bought %dx%s at %s to %s ", buyer->owner.id, count, agentEquipment.id,
building.id, buyer.id);
auto owner = buyer->owner;
owner->balance -= count * price;
}
void Organisation::purchase(GameState &state, const StateRef<Building> &buyer,
StateRef<VehicleType> vehicleType, int count)
{
int price = 0;
if (state.economy.find(vehicleType.id) == state.economy.end())
{
LogError("Economy not found for %s: How are we buying it then!?", vehicleType.id);
}
else
{
auto &economy = state.economy[vehicleType.id];
price = economy.currentPrice;
if (buyer->owner == state.getPlayer())
{
economy.currentStock -= count;
if (economy.currentStock < 0)
{
LogError("Economy went into negative stock for %s: How the hell?", vehicleType.id);
}
}
}
// Expecting to be able to purchase
auto building = buyer->owner->id == id ? buyer : getPurchaseBuilding(state, buyer);
for (int i = 0; i < count; i++)
{
auto v = building->city->placeVehicle(state, vehicleType, buyer->owner, building);
v->homeBuilding = buyer;
v->setMission(state, VehicleMission::gotoBuilding(state, *v));
}
LogWarning("PURCHASE: %s bought %dx%s at %s to %s ", buyer->owner.id, count, vehicleType.id,
building.id, buyer.id);
auto owner = buyer->owner;
owner->balance -= count * price;
}
void Organisation::setRaidMissions(GameState &state, StateRef<City> city)
{
OrganisationRaid &rules = state.organisation_raid_rules;
std::list<StateRef<Building>> ownedBuildingsList;
for (const auto &b : buildings)
{
if (b->city == city)
{
ownedBuildingsList.push_back(b);
}
}
if (ownedBuildingsList.empty())
{
return;
}
for (const auto &org : state.organisations)
{
const StateRef<Organisation> otherOrg{&state, org.first};
if (isRelatedTo(otherOrg) == Relation::Hostile)
{
// every time (for every hostile org) pick a new building
const auto sourceBuilding = pickRandom(state.rng, ownedBuildingsList);
if (!sourceBuilding)
{
continue;
}
if (std::max(1.0f, long_term_relations[otherOrg] - current_relations[otherOrg]) >
randBoundsInclusive(state.rng, 0, rules.nextRaidTimer))
{
rules.nextRaidTimer = 80 - 2 * state.difficulty;
const StateRef<Building> targetBuilding = otherOrg->pickRandomBuilding(state, city);
if (!targetBuilding)
{
continue;
}
const uint64_t missionTime =
state.gameTime.getTicks() + randBoundsInclusive(state.rng, 50, 1250) *
static_cast<uint64_t>(TICKS_PER_MINUTE);
// calculate manpower available and probability of raid success
const float targetGuards = otherOrg->average_guards * otherOrg->average_guards *
targetBuilding->currentWorkforce;
// make sure it's not 0 (in case of X-Com)
const float guardRatio = average_guards * average_guards *
sourceBuilding->currentWorkforce /
std::max(1.0f, targetGuards);
auto &raidMissionChance = rules.neutral_low_manpower;
if (guardRatio > 2)
{
raidMissionChance =
(militarized) ? rules.military_high_manpower : rules.neutral_high_manpower;
}
else if (guardRatio > 1)
{
raidMissionChance =
(militarized) ? rules.military_normal : rules.neutral_normal;
}
else if (militarized)
{
raidMissionChance = rules.military_low_manpower;
}
const OrganisationRaid::Type mission =
probabilityMapRandomizer(state.rng, raidMissionChance);
if (mission != OrganisationRaid::Type::None)
{
raid_missions[city].emplace_back(missionTime, mission, targetBuilding);
}
}
else
{
// timer didn't trigger, increase the chance
rules.nextRaidTimer--;
}
}
}
}
void Organisation::updateMissions(GameState &state)
{
if (state.getPlayer().id == id)
{
return;
}
StateRef<Organisation> currentOrg{&state, id};
auto &raidMissions = raid_missions[state.current_city];
auto it = raidMissions.begin();
while (it != raidMissions.end())
{
if (it->time < state.gameTime.getTicks())
{
// Raid missions are one-time only, erase if triggered
it->execute(state, state.current_city, currentOrg);
it = raidMissions.erase(it);
}
else
{
++it;
}
}
#ifdef DEBUG_TURN_OFF_ORG_MISSIONS
return;
#endif
for (auto &m : recurring_missions[state.current_city])
{
if (m.time < state.gameTime.getTicks())
{
m.execute(state, state.current_city, currentOrg);
}
}
// Find rescue-capable craft
StateRef<Vehicle> rescueTransport;
for (auto &v : state.vehicles)
{
if (v.second->owner.id == id && v.second->missions.empty() &&
v.second->type->canRescueCrashed)
{
rescueTransport = {&state, v.first};
break;
}
}
// Attempt rescue someone
if (rescueTransport)
{
// Rescue owned
for (auto &v : state.vehicles)
{
if (v.second->city == rescueTransport->city && v.second->owner.id == id &&
VehicleMission::canRecoverVehicle(state, *rescueTransport, *v.second))
{
bool foundRescuer = false;
for (auto &r : state.vehicles)
{
if (r.second->city == rescueTransport->city && r.second->type->canRescueCrashed)
{
for (auto &m : r.second->missions)
{
if (m.type == VehicleMission::MissionType::RecoverVehicle &&
m.targetVehicle.id == v.first)
{
foundRescuer = true;
break;
}
}
}
}
if (!foundRescuer)
{
rescueTransport->setMission(
state,
VehicleMission::recoverVehicle(state, *rescueTransport, {&state, v.first}));
rescueTransport->addMission(
state, VehicleMission::gotoBuilding(state, *rescueTransport), true);
break;
}
}
}
// Rescue allies but not aliens
for (auto &v : state.vehicles)
{
if (v.second->city == rescueTransport->city && v.second->owner != state.getAliens() &&
v.second->owner.id != id && isRelatedTo(v.second->owner) == Relation::Allied &&
VehicleMission::canRecoverVehicle(state, *rescueTransport, *v.second))
{
bool foundRescuer = false;
for (auto &r : state.vehicles)
{
if (r.second->city == rescueTransport->city && r.second->type->canRescueCrashed)
{
for (auto &m : r.second->missions)
{
if (m.type == VehicleMission::MissionType::RecoverVehicle &&
m.targetVehicle.id == v.first)
{
foundRescuer = true;
break;
}
}
}
}
if (!foundRescuer)
{
rescueTransport->setMission(
state,
VehicleMission::recoverVehicle(state, *rescueTransport, {&state, v.first}));
rescueTransport->addMission(
state, VehicleMission::gotoBuilding(state, *rescueTransport), true);
break;
}
}
}
}
}
void Organisation::updateHirableAgents(GameState &state)
{
if (hirableAgentTypes.empty())
{
return;
}
StateRef<Building> hireeLocation;
if (state.getCivilian().id == this->id)
{
std::vector<StateRef<Building>> buildingsWithoutBases;
for (auto &b : state.cities["CITYMAP_HUMAN"]->buildings)
{
if (!b.second->base_layout)
buildingsWithoutBases.emplace_back(&state, b.second);
}
if (buildingsWithoutBases.empty())
{
LogError("Cannot spawn new hirable agent - No building without base?");
}
hireeLocation = pickRandom(state.rng, buildingsWithoutBases);
}
else
{
if (buildings.empty())
{
LogDebug("Organization %s has no buildings. No agents generated.", this->name);
return;
}
hireeLocation = pickRandom(state.rng, buildings);
}
std::set<sp<Agent>> agentsToRemove;
for (auto &a : state.agents)
{
if (a.second->owner.id == this->id &&
hirableAgentTypes.find(a.second->type) != hirableAgentTypes.end())
{
if (randBoundsExclusive(state.rng, 0, 100) < CHANGE_HIREE_GONE)
{
agentsToRemove.insert(a.second);
}
}
}
for (auto &a : agentsToRemove)
{
a->die(state, true);
a->handleDeath(state);
}
for (auto &entry : hirableAgentTypes)
{
int newAgentsCount{0};
auto orgRelationToPlayer = this->isRelatedTo(state.getPlayer());
if (orgRelationToPlayer != Relation::Hostile)
{
const float relationToXcom = this->getRelationTo(state.getPlayer());
float chanceForNewAgent{0.0f};
if (relationToXcom < 0.0f)
{
chanceForNewAgent = (50.0f + relationToXcom) * 0.5f;
}
else
{
chanceForNewAgent = 25.0f + relationToXcom;
}
for (int i = 0; i < entry.second.second; i++)
{
const auto versusRoll = static_cast<float>(randBoundsInclusive(state.rng, 0, 100));
if (versusRoll <= chanceForNewAgent)
{
newAgentsCount++;
}
}
}
for (int i = 0; i < newAgentsCount; i++)
{
auto a = state.agent_generator.createAgent(state, {&state, id}, entry.first);
// Strip them of default equipment
while (!a->equipment.empty())
{
a->removeEquipment(state, a->equipment.front());
}
a->homeBuilding = hireeLocation;
a->city = hireeLocation->city;
a->enterBuilding(state, hireeLocation);
}
}
}
void Organisation::updateInfiltration(GameState &state)
{
StateRef<Organisation> org = {&state, id};
if (org == state.getPlayer() || org == state.getAliens())
{
return;
}
if (org->takenOver)
{
org->infiltrationValue = 200;
return;
}
// FIXME: Properly read incursions value and difficulty
int ufoIncursions = 1;
int divizor = 42 - ufoIncursions;
// Calculate infiltration modifier
int infiltrationModifier = 0;
for (auto &b : buildings)
{
int infiltrationBuilding = 0;
for (auto alien : b->current_crew)
{
infiltrationBuilding += alien.second * alien.first->infiltrationSpeed;
}
infiltrationBuilding *= b->function->infiltrationSpeed * org->infiltrationSpeed;
infiltrationModifier += infiltrationBuilding;
}
infiltrationModifier /= divizor;
infiltrationModifier -= state.difficulty;
if (state.gameTime.getHours() % 2)
{
infiltrationModifier--;
}
org->infiltrationValue = clamp(org->infiltrationValue + infiltrationModifier, 0, 200);
}
float Organisation::updateRelations(StateRef<Organisation> &playerOrg)
{
float playerRelationshipDelta = 0.0;
for (auto &pair : current_relations)
{
float &long_term_value = long_term_relations[pair.first];
if (pair.first == playerOrg)
{
playerRelationshipDelta = pair.second - long_term_value;
}
long_term_value = pair.second;
}
return playerRelationshipDelta;
}
void Organisation::updateDailyInfiltrationHistory()
{
infiltrationHistory.push_front(this->infiltrationValue);
}
void Organisation::updateTakeOver(GameState &state, unsigned int ticks)
{
ticksTakeOverAttemptAccumulated += ticks;
while (ticksTakeOverAttemptAccumulated >= TICKS_PER_TAKEOVER_ATTEMPT)
{
ticksTakeOverAttemptAccumulated -= TICKS_PER_TAKEOVER_ATTEMPT;
takeOver(state);
}
}
void Organisation::updateVehicleAgentPark(GameState &state)
{
// Check that org owns a building
bool found = false;
for (auto &b : buildings)
{
if (b->city.id != "CITYMAP_HUMAN")
{
continue;
}
found = true;
break;
}
if (!found)
{
return;
}
// if (agentPark > 0)
//{
// int countAgents = 0;
// for (auto &a : state.agents)
// {
// if (a.second->owner.id == id)
// {
// countAgents++;
// }
// }
// std::list<sp<Building>> buildingsRandomizer;
// for (auto &b : state.cities["CITYMAP_HUMAN"]->buildings)
// {
// if (b.second->owner.id != id)
// {
// continue;
// }
// buildingsRandomizer.push_back(b.second);
// }
// sp<Building> building = pickRandom(state.rng, buildingsRandomizer);
// while (countAgents < agentPark)
// {
// auto agent = state.agent_generator.createAgent(state, {&state, id},
// {&state, "AGENTTYPE_BUILDING_SECURITY"});
// agent->homeBuilding = {&state, building};
// agent->city = agent->homeBuilding->city;
// agent->enterBuilding(state, agent->homeBuilding);
// countAgents++;
// }
//}
for (auto &entry : vehiclePark)
{
int countVehicles = 0;
for (auto &v : state.vehicles)
{
if (v.second->owner.id == id && v.second->type == entry.first)
{
countVehicles++;
}
}
bool spaceLiner = false;
for (auto m : recurring_missions[{&state, "CITYMAP_HUMAN"}])
{
if (m.pattern.target == MissionPattern::Target::ArriveFromSpace ||
m.pattern.target == MissionPattern::Target::DepartToSpace)
{
if (m.pattern.allowedTypes.find(entry.first) != m.pattern.allowedTypes.end())
{
spaceLiner = true;
break;
}
}
}
while (countVehicles < entry.second)
{
// FIXME: Check if org has funds before buying vehicle
std::list<StateRef<Building>> buildingsRandomizer;
if (spaceLiner)
{
buildingsRandomizer = state.cities["CITYMAP_HUMAN"]->spaceports;
}
else
{
for (auto &b : buildings)
{
if (b->city.id != "CITYMAP_HUMAN")
{
continue;
}
// Aim for at least 8 vehicles per building
for (auto i = 0; i <= std::max(0, 8 - (int)b->currentVehicles.size()); i++)
{
buildingsRandomizer.emplace_back(b);
}
}
}
StateRef<Building> building = pickRandom(state.rng, buildingsRandomizer);
auto v = building->city->placeVehicle(state, entry.first, {&state, id}, building);
v->homeBuilding = {&state, building};
countVehicles++;
}
}
}
float Organisation::getRelationTo(const StateRef<Organisation> &other) const
{
if (other == this)
{
// Assume maximum relations
return 100.0f;
}
float x;
auto it = this->current_relations.find(other);
if (it == this->current_relations.end())
{
x = 0;
}
else
{
x = it->second;
}
return x;
}
void Organisation::adjustRelationTo(GameState &state, StateRef<Organisation> other, float value)
{
current_relations[other] = clamp(current_relations[other] + value, -100.0f, 100.0f);
// Mirror player relations except in battle
if (!state.current_battle && other == state.getPlayer())
{
other->current_relations[{&state, id}] = current_relations[other];
}
}
Organisation::Relation Organisation::isRelatedTo(const StateRef<Organisation> &other) const
{
float x = this->getRelationTo(other);
// FIXME: Make the thresholds read from serialized GameState?
if (x < -50)
{
return Relation::Hostile;
}
else if (x < -25)
{
return Relation::Unfriendly;
}
else if (x < 25)
{
return Relation::Neutral;
}
else if (x < 75)
{
return Relation::Friendly;
}
else
{
return Relation::Allied;
}
}
bool Organisation::isPositiveTo(const StateRef<Organisation> &other) const
{
float x = this->getRelationTo(other);
return x >= 0;
}
bool Organisation::isNegativeTo(const StateRef<Organisation> &other) const
{
float x = this->getRelationTo(other);
return x < 0;
}
/**
* Calculate the cost of a bribe
* @param state - GameState
* @param other - other organisation
* @return - minimum sum of the bribe
*/
int Organisation::costOfBribeBy(GameState &state, const StateRef<Organisation> &other) const
{
float improvement;
float x = this->getRelationTo(other);
if (x < -50) // Hostile
{
improvement = -50.0f - x;
}
else if (x < -25) // Unfriendly
{
improvement = -25.0f - x;
}
else if (x < 25) // Neutral
{
improvement = 25.0f - x;
}
else if (x < 75) // Friendly
{
improvement = 75.0f - x;
}
else // Allied (relationship cannot be improved)
{
return 0;
}
return (state.difficulty + 1) * std::max((int)improvement, 1) * clamp(balance / 1000, 1, 400) +
state.difficulty * 3000 + 5000;
}
/**
* Calculate the diplomatic rift offer amount
* @param state - GameState
* @param other - other organisation
* @return - sum offered
*/
int Organisation::diplomaticRiftOffer(GameState &state, const StateRef<Organisation> &other) const
{
float relationship = this->getRelationTo(other);
// Organization won't offer this if relationship is good already
if (relationship > 25)
{
return 0;
}
const int difficultyMod = state.difficulty + 1;
const int randomValue = randBoundsInclusive(state.rng, 0, (difficultyMod + 1) * 2000);
return std::max((int)-relationship / 2, 1) * difficultyMod * clamp(balance / 1000, 1, 400) +
difficultyMod * 1000 + randomValue;
}
/**
* The organisation is bribed by other org
* @param state - GameState
* @param other - other organisation
* @param bribe - sum of the bribe
* @return - true/false if success/fail
*/
bool Organisation::bribedBy(GameState &state, StateRef<Organisation> other, int bribe)
{
if (bribe <= 0 || other->balance < bribe || bribe < costOfBribeBy(state, other))
{
return false;
}
float improvement;
float x = this->getRelationTo(other);
if (x < -50) // Hostile
{
improvement = -50.0f - x;
}
else if (x < -25) // Unfriendly
{
improvement = -25.0f - x;
}
else if (x < 25) // Neutral
{
improvement = 25.0f - x;
}
else if (x < 75) // Friendly
{
improvement = 75.0f - x;
}
else // Allied (relationship cannot be improved)
{
return false;
}
balance += bribe;
other->balance -= bribe;
adjustRelationTo(state, other, improvement);
return true;
}
/**
* The organisation signs a diplomatic rift treaty (either to neutral or alliance state)
* @param other - other organisation
* @param bribe - sum of the bribe by other org
* @param forceAlliance - whenether relationships go straight to maximum
*/
void Organisation::signTreatyWith(GameState &state, StateRef<Organisation> other, int bribe,
bool forceAlliance)
{
// it's either an alliance offer or we have some sort of bribe
if (bribe <= 0 && !forceAlliance)
{
return;
}
StateRef<Organisation> currentOrg{&state, id};
const float myRelation = this->getRelationTo(other);
const float newValue = (forceAlliance) ? 100.0f
: (myRelation > 0) ? std::max(myRelation + 25, 100.0f)
: 0;
current_relations[other] = newValue;
other->current_relations[currentOrg] = std::max(newValue, other->getRelationTo(currentOrg));
balance += bribe;
other->balance -= bribe;
}
template <>
sp<Organisation> StateObject<Organisation>::get(const GameState &state, const UString &id)
{
auto it = state.organisations.find(id);
if (it == state.organisations.end())
{
LogError("No organisation matching ID \"%s\"", id);
return nullptr;
}
return it->second;
}
template <> const UString &StateObject<Organisation>::getPrefix()
{
static UString prefix = "ORG_";
return prefix;
}
template <> const UString &StateObject<Organisation>::getTypeName()
{
static UString name = "Organisation";
return name;
}