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player_control.cpp
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player_control.cpp
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/* Copyright (C) 2013-2014 Michal Brzozowski (rusolis@poczta.fm)
This file is part of KeeperRL.
KeeperRL is free software; you can redistribute it and/or modify it under the terms of the
GNU General Public License as published by the Free Software Foundation; either version 2
of the License, or (at your option) any later version.
KeeperRL is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without
even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License along with this program.
If not, see http://www.gnu.org/licenses/ . */
#include "stdafx.h"
#include "player_control.h"
#include "level.h"
#include "task.h"
#include "model.h"
#include "statistics.h"
#include "options.h"
#include "technology.h"
#include "util.h"
#include "village_control.h"
#include "item.h"
#include "item_factory.h"
#include "creature.h"
#include "square.h"
#include "view_id.h"
#include "collective.h"
#include "effect.h"
#include "music.h"
#include "encyclopedia.h"
#include "map_memory.h"
#include "item_action.h"
#include "equipment.h"
#include "collective_teams.h"
#include "minion_equipment.h"
#include "task_map.h"
#include "construction_map.h"
#include "minion_activity_map.h"
#include "spell.h"
#include "tribe.h"
#include "visibility_map.h"
#include "creature_name.h"
#include "view.h"
#include "view_index.h"
#include "collective_attack.h"
#include "territory.h"
#include "sound.h"
#include "game.h"
#include "collective_name.h"
#include "creature_attributes.h"
#include "collective_config.h"
#include "villain_type.h"
#include "workshops.h"
#include "attack_trigger.h"
#include "view_object.h"
#include "body.h"
#include "furniture.h"
#include "furniture_type.h"
#include "furniture_factory.h"
#include "known_tiles.h"
#include "zones.h"
#include "inventory.h"
#include "immigration.h"
#include "scroll_position.h"
#include "tutorial.h"
#include "tutorial_highlight.h"
#include "container_range.h"
#include "collective_warning.h"
#include "furniture_usage.h"
#include "message_generator.h"
#include "message_buffer.h"
#include "minion_controller.h"
#include "build_info.h"
#include "vision.h"
#include "external_enemies.h"
#include "resource_info.h"
#include "workshop_item.h"
#include "time_queue.h"
#include "unknown_locations.h"
#include "furniture_click.h"
#include "campaign.h"
#include "game_event.h"
#include "view_object_action.h"
#include "storage_id.h"
#include "fx_name.h"
#include "content_factory.h"
#include "tech_id.h"
#include "pretty_printing.h"
#include "game_save_type.h"
#include "immigrant_info.h"
#include "special_trait.h"
#include "user_input.h"
#include "automaton_part.h"
#include "shortest_path.h"
#include "scripted_ui_data.h"
#include "item_types.h"
#include "furnace.h"
#include "promotion_info.h"
template <class Archive>
void PlayerControl::serialize(Archive& ar, const unsigned int version) {
ar& SUBCLASS(CollectiveControl) & SUBCLASS(EventListener);
ar(memory, introText, nextKeeperWarning, tribeAlignment);
ar(newAttacks, notifiedAttacks, messages, hints, soloKeeper);
ar(visibilityMap, unknownLocations, dismissedVillageInfos, buildInfo, battleSummary);
ar(messageHistory, tutorial, controlModeMessages, stunnedCreatures, usedResources, allianceAttack);
}
SERIALIZABLE(PlayerControl)
SERIALIZATION_CONSTRUCTOR_IMPL(PlayerControl)
using ResourceId = Collective::ResourceId;
const LocalTime hintFrequency = LocalTime(700);
static vector<string> getHints() {
return {
"Morale affects minion productivity and chances of fleeing from battle.",
// "You can turn these hints off in the settings (F2).",
"Killing a leader greatly lowers the morale of his tribe and stops immigration.",
// "Your minions' morale is boosted when they are commanded by the Keeper.",
};
}
PlayerControl::PlayerControl(Private, Collective* col, TribeAlignment alignment)
: CollectiveControl(col), hints(getHints()), tribeAlignment(alignment) {
controlModeMessages = make_shared<MessageBuffer>();
visibilityMap = make_shared<VisibilityMap>();
unknownLocations = make_shared<UnknownLocations>();
memory.reset(new MapMemory());
for (auto pos : col->getModel()->getGroundLevel()->getAllPositions())
if (auto f = pos.getFurniture(FurnitureLayer::MIDDLE))
if (f->isClearFogOfWar())
addToMemory(pos);
}
PPlayerControl PlayerControl::create(Collective* col, vector<string> introText, TribeAlignment alignment) {
auto ret = makeOwner<PlayerControl>(Private{}, col, alignment);
ret->subscribeTo(col->getModel());
ret->introText = introText;
return ret;
}
PlayerControl::~PlayerControl() {
}
static string getPopulationIncreaseDescription(const Furniture::PopulationInfo& info, const string& populationString) {
auto ret = "Increases " + populationString + " limit by " + toString(info.increase);
if (auto limit = info.limit)
ret += ", up to " + toString(*limit);
ret += ".";
return ret;
}
void PlayerControl::loadBuildingMenu(const ContentFactory* contentFactory, const KeeperCreatureInfo& keeperCreatureInfo) {
for (auto& group : keeperCreatureInfo.buildingGroups)
buildInfo.append(contentFactory->buildInfo.at(group));
auto factory = getGame()->getContentFactory();
for (auto& info : buildInfo)
if (auto furniture = info.type.getReferenceMaybe<BuildInfoTypes::Furniture>()) {
usedResources.insert(furniture->cost.id);
for (auto type : furniture->types) {
double luxury = factory->furniture.getData(type).getLuxury();
if (luxury > 0) {
info.help += " Increases luxury by " + toString(luxury) + ".";
break;
}
}
auto increase = factory->furniture.getData(furniture->types[0]).getPopulationIncrease();
if (increase.increase > 0) {
info.help += " " + getPopulationIncreaseDescription(increase, keeperCreatureInfo.populationString);
if (increase.limit)
const_cast<optional<int>&>(furniture->limit) = int(*increase.limit / increase.increase);
}
auto& maxTraining = factory->furniture.getData(furniture->types[0]).getMaxTraining();
for (auto& elem : maxTraining)
info.help += " Adds up to " + toString(elem.second) + " " + factory->attrInfo.at(elem.first).name + " levels.";
}
}
void PlayerControl::loadImmigrationAndWorkshops(ContentFactory* contentFactory,
const KeeperCreatureInfo& keeperCreatureInfo) {
Technology technology = contentFactory->technology;
for (auto& tech : copyOf(technology.techs))
if (!keeperCreatureInfo.technology.contains(tech.first))
technology.techs.erase(tech.first);
WorkshopArray merged;
for (auto& group : keeperCreatureInfo.workshopGroups)
for (auto& elem : contentFactory->workshopGroups.at(group))
merged[elem.first].append(elem.second);
collective->setWorkshops(make_unique<Workshops>(std::move(merged), contentFactory));
for (auto& workshop : collective->getWorkshops().types)
for (auto& option : workshop.second.getOptions())
usedResources.insert(option.cost.id);
vector<ImmigrantInfo> immigrants;
for (auto elem : keeperCreatureInfo.immigrantGroups)
append(immigrants, contentFactory->immigrantsData.at(elem));
for (auto& elem : immigrants)
for (auto& req : elem.requirements)
if (auto cost = req.type.getReferenceMaybe<CostInfo>())
usedResources.insert(cost->id);
CollectiveConfig::addBedRequirementToImmigrants(immigrants, contentFactory);
collective->setImmigration(makeOwner<Immigration>(collective, std::move(immigrants)));
collective->setTechnology(std::move(technology));
loadBuildingMenu(contentFactory, keeperCreatureInfo);
}
const vector<Creature*>& PlayerControl::getControlled() const {
return getGame()->getPlayerCreatures();
}
optional<TeamId> PlayerControl::getCurrentTeam() const {
for (TeamId team : getTeams().getAllActive())
if (getTeams().getLeader(team)->isPlayer())
return team;
return none;
}
void PlayerControl::onControlledKilled(Creature* victim) {
TeamId currentTeam = *getCurrentTeam();
if (getTeams().getLeader(currentTeam) == victim && getGame()->getPlayerCreatures().size() == 1) {
vector<PlayerInfo> team;
for (auto c : getTeams().getMembers(currentTeam))
if (c != victim)
team.push_back(PlayerInfo(c, getGame()->getContentFactory()));
optional<Creature::Id> newLeader;
if (team.size() == 1)
newLeader = team[0].creatureId;
else if (!team.empty())
newLeader = getView()->chooseCreature("Choose new team leader:", team, "Order team back to base");
if (newLeader) {
if (Creature* c = getCreature(*newLeader)) {
getTeams().setLeader(currentTeam, c);
if (!c->isPlayer())
c->pushController(createMinionController(c));
if (victim->isPlayer())
victim->popController();
return;
}
}
leaveControl();
}
if (victim->isPlayer())
victim->popController();
}
void PlayerControl::onSunlightVisibilityChanged() {
auto& f = getGame()->getContentFactory()->furniture;
for (auto type : f.getAllFurnitureType())
if (f.getData(type).isEyeball())
for (auto pos : collective->getConstructions().getBuiltPositions(type))
visibilityMap->updateEyeball(pos);
}
void PlayerControl::setTutorial(STutorial t) {
tutorial = t;
}
STutorial PlayerControl::getTutorial() const {
return tutorial;
}
bool PlayerControl::canControlSingle(const Creature* c) const {
return !collective->hasTrait(c, MinionTrait::PRISONER) && !c->isAffected(LastingEffect::TURNED_OFF);
}
bool PlayerControl::canControlInTeam(const Creature* c) const {
return (collective->hasTrait(c, MinionTrait::FIGHTER) || collective->hasTrait(c, MinionTrait::LEADER)) &&
!c->isAffected(LastingEffect::STEED);
}
void PlayerControl::addToCurrentTeam(Creature* c) {
collective->freeTeamMembers({c});
if (auto teamId = getCurrentTeam()) {
getTeams().add(*teamId, c);
if (getGame()->getPlayerCreatures().size() > 1)
c->pushController(createMinionController(c));
}
}
void PlayerControl::teamMemberAction(TeamMemberAction action, Creature::Id id) {
if (Creature* c = getCreature(id))
switch (action) {
case TeamMemberAction::MOVE_NOW:
c->getPosition().getModel()->getTimeQueue().moveNow(c);
break;
case TeamMemberAction::CHANGE_LEADER:
if (auto teamId = getCurrentTeam())
if (getTeams().getMembers(*teamId).size() > 1 && canControlInTeam(c)) {
auto controlled = getControlled();
if (controlled.size() == 1) {
getTeams().getLeader(*teamId)->popController();
getTeams().setLeader(*teamId, c);
c->pushController(createMinionController(c));
}
}
break;
case TeamMemberAction::REMOVE_MEMBER: {
auto& teams = getTeams();
if (auto teamId = getCurrentTeam())
if (teams.getMembers(*teamId).size() > 1 && teams.contains(*teamId, c)) {
teams.remove(*teamId, c);
if (c->isPlayer()) {
c->popController();
auto newLeader = teams.getLeader(*teamId);
if (!newLeader->isPlayer())
newLeader->pushController(createMinionController(newLeader));
}
}
break;
}
}
}
static ScriptedUIDataElems::Record getCreatureRecord(const ContentFactory* factory, const Creature* creature) {
auto bestAttack = creature->getBestAttack(factory);
return ScriptedUIDataElems::Record {{
{"view_id", creature->getViewObject().getViewIdList()},
{"attack_view_id", ViewIdList{bestAttack.viewId}},
{"attack_value", toString(bestAttack.value)},
{"name", capitalFirst(creature->getName().aOrTitle())},
}};
}
void PlayerControl::presentMinionsFreedMessage(const vector<Creature*>& creatures) {
auto data = ScriptedUIDataElems::List{};
auto factory = getGame()->getContentFactory();
for (auto c : creatures)
data.push_back(getCreatureRecord(factory, c));
getView()->scriptedUI("prisoners_freed", data);
}
void PlayerControl::presentAndClearBattleSummary() {
auto data = ScriptedUIDataElems::Record{};
auto factory = getGame()->getContentFactory();
auto getCreatureList = [factory] (const vector<Creature*>& creatures) {
auto ret = ScriptedUIDataElems::List{};
for (auto c : creatures)
ret.push_back(getCreatureRecord(factory, c));
return ret;
};
if (!battleSummary.minionsKilled.empty())
data.elems["minions_killed"] = getCreatureList(battleSummary.minionsKilled);
if (!battleSummary.minionsCaptured.empty())
data.elems["minions_captured"] = getCreatureList(battleSummary.minionsCaptured);
if (!battleSummary.enemiesKilled.empty())
data.elems["enemies_killed"] = getCreatureList(battleSummary.enemiesKilled);
if (!battleSummary.enemiesCaptured.empty())
data.elems["enemies_captured"] = getCreatureList(battleSummary.enemiesCaptured);
if (!data.elems.empty())
getView()->scriptedUI("battle_summary", data);
battleSummary = BattleSummary {};
}
void PlayerControl::leaveControl() {
set<TeamId> allTeams;
for (auto controlled : copyOf(getControlled())) {
if (collective->hasTrait(controlled, MinionTrait::LEADER))
nextKeeperWarning = collective->getGlobalTime();
auto controlledLevel = controlled->getPosition().getLevel();
if (!!getModel()->getMainLevelDepth(controlledLevel))
setScrollPos(controlled->getPosition());
controlled->popController();
for (TeamId team : getTeams().getActive(controlled))
allTeams.insert(team);
}
for (auto team : allTeams) {
// a creature may die when landing and be removed from the team so copy the members vector
for (Creature* c : copyOf(getTeams().getMembers(team)))
// c might be dead if it was just killed which caused a crash if it was riding a steed
if (!c->isDead() && c->getPosition().getModel() != getModel() && !c->isAffected(LastingEffect::STUNNED)) {
getGame()->transferCreature(c, getModel());
if (c->isAffected(LastingEffect::RIDER))
if (auto steed = collective->getSteedOrRider(c))
c->forceMount(steed);
}
if (getTeams().getMembers(team).size() == 1)
getTeams().cancel(team);
else
getTeams().deactivate(team);
break;
}
getView()->stopClock();
presentAndClearBattleSummary();
}
void PlayerControl::render(View* view) {
PROFILE;
//collective->getConstructions().checkDebtConsistency();
if (getControlled().empty()) {
view->updateView(this, false);
}
if (firstRender) {
firstRender = false;
for (Creature* c : getCreatures())
updateMinionVisibility(c);
if (getGame()->getOptions()->getBoolValue(OptionId::CONTROLLER_HINT_REAL_TIME)) {
getView()->scriptedUI("controller_hint_real_time", ScriptedUIData{});
getGame()->getOptions()->setValue(OptionId::CONTROLLER_HINT_REAL_TIME, 0);
}
}
if (!tutorial && !introText.empty() && getGame()->getOptions()->getBoolValue(OptionId::HINTS)) {
view->updateView(this, false);
for (auto& msg : introText)
view->presentText("", msg);
introText.clear();
}
}
void PlayerControl::addConsumableItem(Creature* creature) {
ScriptedUIState state;
while (1) {
Item* chosenItem = chooseEquipmentItem(creature, {}, [&](const Item* it) {
return !collective->getMinionEquipment().isOwner(it, creature)
&& !it->canEquip()
&& collective->getMinionEquipment().needsItem(creature, it, true); }, &state);
if (chosenItem) {
creature->removeEffect(LastingEffect::SLEEP);
CHECK(collective->getMinionEquipment().tryToOwn(creature, chosenItem));
} else
break;
}
}
void PlayerControl::addEquipment(Creature* creature, EquipmentSlot slot) {
vector<Item*> currentItems = creature->getEquipment().getSlotItems(slot);
Item* chosenItem = chooseEquipmentItem(creature, currentItems, [&](const Item* it) {
return !collective->getMinionEquipment().isOwner(it, creature)
&& creature->canEquipIfEmptySlot(it, nullptr) && it->getEquipmentSlot() == slot; });
if (chosenItem) {
if (!chosenItem->getAutoEquipPredicate().apply(creature, nullptr) &&
!getView()->yesOrNoPrompt(chosenItem->getEquipWarning()))
return;
vector<Item*> conflictingItems;
for (auto it : collective->getMinionEquipment().getItemsOwnedBy(creature))
if (it->isConflictingEquipment(chosenItem))
conflictingItems.push_back(it);
if (getView()->confirmConflictingItems(getGame()->getContentFactory(), conflictingItems)) {
if (auto creatureId = collective->getMinionEquipment().getOwner(chosenItem))
if (Creature* c = getCreature(*creatureId))
c->removeEffect(LastingEffect::SLEEP);
creature->removeEffect(LastingEffect::SLEEP);
CHECK(collective->getMinionEquipment().tryToOwn(creature, chosenItem));
}
}
}
void PlayerControl::minionEquipmentAction(const EquipmentActionInfo& action) {
if (auto creature = getCreature(action.creature))
switch (action.action) {
case ItemAction::DROP_STEED:
collective->setSteed(creature, nullptr);
break;
case ItemAction::DROP:
for (auto id : action.ids)
collective->getMinionEquipment().discard(id);
break;
case ItemAction::REPLACE_STEED:
if (auto steed = chooseSteed(creature, getCreatures().filter(
[creature](Creature* c) { return c->isAffected(LastingEffect::STEED) && creature->isSteedGoodSize(c); })))
collective->setSteed(creature, steed);
break;
case ItemAction::REPLACE:
if (action.slot)
addEquipment(creature, *action.slot);
else
addConsumableItem(creature);
break;
case ItemAction::LOCK:
/*if (action.ids.empty() && action.slot)
collective->getMinionEquipment().toggleLocked(creature, *action.slot);
else*/
for (auto id : action.ids)
collective->getMinionEquipment().toggleLocked(creature, id);
break;
default:
break;
}
}
void PlayerControl::minionAIAction(const AIActionInfo& action) {
if (auto c = getCreature(action.creature)) {
c->getAttributes().setAIType(action.switchTo);
if (action.override)
for (auto other : getMinionGroup(action.groupName))
other->getAttributes().setAIType(action.switchTo);
}
}
void PlayerControl::minionTaskAction(const TaskActionInfo& action) {
auto considerResettingActivity = [this] (Creature* c) {
if (!collective->isActivityGoodAssumingHaveTasks(c, collective->getCurrentActivity(c).activity))
collective->setMinionActivity(c, MinionActivity::IDLE);
};
if (auto c = getCreature(action.creature)) {
if (action.switchTo)
collective->setMinionActivity(c, *action.switchTo);
for (MinionActivity task : action.lock)
c->getAttributes().getMinionActivities().toggleLock(task);
collective->flipGroupLockedActivities(action.groupName, action.lockGroup);
if (!action.lock.isEmpty())
considerResettingActivity(c);
}
if (!action.lockGroup.isEmpty())
for (auto c : collective->getCreatures())
considerResettingActivity(c);
}
void PlayerControl::equipmentGroupAction(const EquipmentGroupAction& action) {
auto& groupSet = collective->lockedEquipmentGroups[action.group];
for (auto& elem : action.flip)
if (groupSet.count(elem))
groupSet.erase(elem);
else
groupSet.insert(elem);
}
static ItemInfo getItemInfo(const ContentFactory* factory, const vector<Item*>& stack, bool equiped, bool pending, bool locked,
optional<ItemInfo::Type> type = none) {
PROFILE;
return CONSTRUCT(ItemInfo,
c.name = stack[0]->getShortName(factory, nullptr, stack.size() > 1);
c.fullName = stack[0]->getNameAndModifiers(factory, false);
c.description = stack[0]->getDescription(factory);
c.number = stack.size();
if (stack[0]->canEquip())
c.slot = stack[0]->getEquipmentSlot();
c.viewId = stack[0]->getViewObject().getViewIdList();
c.ids.reserve(stack.size());
for (auto it : stack)
c.ids.push_back(it->getUniqueId());
c.actions = {ItemAction::DROP};
c.equiped = equiped;
c.locked = locked;
if (type)
c.type = *type;
c.pending = pending;
);
}
static ViewId getSlotViewId(EquipmentSlot slot) {
switch (slot) {
case EquipmentSlot::BOOTS: return ViewId("leather_boots");
case EquipmentSlot::WEAPON: return ViewId("sword");
case EquipmentSlot::RINGS: return ViewId("ring");
case EquipmentSlot::HELMET: return ViewId("leather_helm");
case EquipmentSlot::RANGED_WEAPON: return ViewId("bow");
case EquipmentSlot::GLOVES: return ViewId("leather_gloves");
case EquipmentSlot::BODY_ARMOR: return ViewId("leather_armor");
case EquipmentSlot::AMULET: return ViewId("amulet1");
case EquipmentSlot::SHIELD: return ViewId("wooden_shield");
}
}
static ItemInfo getEmptySlotItem(EquipmentSlot slot, bool locked) {
return CONSTRUCT(ItemInfo,
c.name = "";
c.fullName = "";
c.slot = slot;
c.number = 1;
c.viewId = {getSlotViewId(slot)};
c.actions = {ItemAction::REPLACE};
c.locked = locked;
c.equiped = false;
c.pending = false;);
}
static CollectiveInfo::PromotionOption getPromotionOption(const ContentFactory* factory, const PromotionInfo& info) {
return {info.viewId, info.name, info.applied.getDescription(factory)};
}
void PlayerControl::fillPromotions(Creature* creature, CollectiveInfo& info) const {
CollectiveInfo::MinionPromotionInfo promotionInfo;
promotionInfo.viewId = creature->getViewObject().getViewIdList();
promotionInfo.name = creature->getName().firstOrBare();
promotionInfo.id = creature->getUniqueId();
promotionInfo.canAdvance = creature->getPromotions().size() < creature->getAttributes().maxPromotions &&
collective->getDungeonLevel().numPromotionsAvailable() > 0;
for (auto& promotion : creature->getPromotions())
promotionInfo.promotions.push_back(getPromotionOption(getGame()->getContentFactory(), promotion));
auto contentFactory = getGame()->getContentFactory();
for (auto& promotion : contentFactory->promotions.at(*creature->getAttributes().promotionGroup))
promotionInfo.options.push_back(getPromotionOption(contentFactory, promotion));
info.minionPromotions.push_back(std::move(promotionInfo));
info.availablePromotions = int(0.001
+ double(collective->getDungeonLevel().numPromotionsAvailable()) / creature->getAttributes().promotionCost);
}
static ItemInfo getEmptySteedItemInfo(const ContentFactory* factory) {
return CONSTRUCT(ItemInfo,
c.name = "";
c.fullName = "";
c.viewId = {ViewId("horse")};
c.actions = {ItemAction::REPLACE_STEED};
);
}
static ItemInfo getSteedItemInfo(const ContentFactory* factory, const Creature* rider, const Creature* steed,
bool currentlyRiding) {
return CONSTRUCT(ItemInfo,
c.name = steed->getName().bare() + (rider->getFirstCompanion() == steed ? " (companion)" : "");
c.fullName = steed->getName().aOrTitle();
c.viewId = steed->getViewObject().getViewIdList();
c.equiped = currentlyRiding;
c.pending = !currentlyRiding;
c.actions = {ItemAction::DROP_STEED};
c.ids.push_back(Item::Id(123));
);
}
void PlayerControl::fillSteedInfo(Creature* creature, PlayerInfo& info) const {
if (creature->isAffected(LastingEffect::RIDER)) {
auto factory = getGame()->getContentFactory();
if (auto steed = collective->getSteedOrRider(creature))
info.inventory.push_back(getSteedItemInfo(factory, creature, steed, creature->getSteed() == steed));
else
info.inventory.push_back(getEmptySteedItemInfo(factory));
}
}
void PlayerControl::fillEquipment(Creature* creature, PlayerInfo& info) const {
if (!collective->usesEquipment(creature))
return;
auto factory = getGame()->getContentFactory();
vector<EquipmentSlot> slots;
for (auto slot : Equipment::slotTitles)
slots.push_back(slot.first);
vector<Item*> ownedItems = collective->getMinionEquipment().getItemsOwnedBy(creature);
for (auto slot : slots) {
vector<Item*> items;
for (Item* it : ownedItems)
if (it->canEquip() && it->getEquipmentSlot() == slot)
items.push_back(it);
for (int i = creature->getEquipment().getMaxItems(slot, creature); i < items.size(); ++i)
// a rare occurence that minion owns too many items of the same slot,
//should happen only when an item leaves the fortress and then is braught back
if (!collective->getMinionEquipment().isLocked(creature, items[i]->getUniqueId()))
collective->getMinionEquipment().discard(items[i]);
for (Item* item : items) {
ownedItems.removeElement(item);
bool equiped = creature->getEquipment().isEquipped(item);
bool locked = collective->getMinionEquipment().isLocked(creature, item->getUniqueId());
info.inventory.push_back(getItemInfo(factory, {item}, equiped, !equiped, locked, ItemInfo::EQUIPMENT));
}
for (int i : Range(creature->getEquipment().getMaxItems(slot, creature) - items.size()))
info.inventory.push_back(getEmptySlotItem(slot, collective->getMinionEquipment().isLocked(creature, slot)));
if (slot == EquipmentSlot::WEAPON && tutorial &&
tutorial->getHighlights(getGame()).contains(TutorialHighlight::EQUIPMENT_SLOT_WEAPON))
info.inventory.back().tutorialHighlight = true;
}
vector<vector<Item*>> consumables = Item::stackItems(factory, ownedItems,
[&](const Item* it) { if (!creature->getEquipment().hasItem(it)) return " (pending)"; else return ""; } );
for (auto& stack : consumables)
info.inventory.push_back(getItemInfo(factory, stack, false,
!creature->getEquipment().hasItem(stack[0]), false, ItemInfo::CONSUMABLE));
vector<Item*> otherItems;
for (auto item : creature->getEquipment().getItems())
if (!collective->getMinionEquipment().isItemUseful(item))
otherItems.push_back(item);
for (auto item : Item::stackItems(factory, otherItems))
info.inventory.push_back(getItemInfo(factory, {item}, false, false, false, ItemInfo::OTHER));
auto lockedSet = getReferenceMaybe(collective->lockedEquipmentGroups, info.groupName);
for (auto& group : factory->equipmentGroups) {
info.equipmentGroups.push_back(PlayerInfo::EquipmentGroupInfo {
group.second,
group.first,
lockedSet && lockedSet->count(group.first)
});
}
}
static ScriptedUIDataElems::Record getItemRecord(const ContentFactory* factory, const vector<Item*> itemStack) {
auto elem = ScriptedUIDataElems::Record{};
elem.elems["view_id"] = itemStack[0]->getViewObject().getViewIdList();
string label;
if (itemStack.size() > 1)
label = toString(itemStack.size()) + " ";
label += itemStack[0]->getShortName(factory, nullptr, itemStack.size() > 1);
elem.elems["name"] = capitalFirst(std::move(label));
auto tooltipElems = ScriptedUIDataElems::List {
capitalFirst(itemStack[0]->getNameAndModifiers(factory))
};
for (auto& elem : itemStack[0]->getDescription(factory))
tooltipElems.push_back(elem);
elem.elems["tooltip"] = std::move(tooltipElems);
return elem;
}
static ScriptedUIDataElems::Record getItemOwnerRecord(const ContentFactory* factory, const Creature* creature,
int count) {
auto ret = getCreatureRecord(factory, creature);
ret.elems["count"] = toString(count);
return ret;
}
Item* PlayerControl::chooseEquipmentItem(Creature* creature, vector<Item*> currentItems, ItemPredicate predicate,
ScriptedUIState* uiState) {
auto allItems = collective->getAllItems().filter(predicate);
vector<Item*> availableItems;
vector<Item*> usedItems;
collective->getMinionEquipment().sortByEquipmentValue(creature, allItems);
for (Item* item : allItems)
if (!currentItems.contains(item)) {
auto owner = collective->getMinionEquipment().getOwner(item);
if (owner && getCreature(*owner))
usedItems.push_back(item);
else
availableItems.push_back(item);
}
if (currentItems.empty() && availableItems.empty() && usedItems.empty())
return nullptr;
auto factory = getGame()->getContentFactory();
vector<vector<Item*>> usedStacks = Item::stackItems(factory, usedItems,
[&](const Item* it) {
const Creature* c = getCreature(*collective->getMinionEquipment().getOwner(it));
return c->getName().bare() + toString<int>(c->getBestAttack(factory).value);});
auto data = ScriptedUIDataElems::Record{};
data.elems["title"] = "Available items:"_s;
data.elems["is_equipment_choice"] = "blabla"_s;
auto itemsList = ScriptedUIDataElems::List{};
Item* ret = nullptr;
for (Item* it : currentItems) {
auto r = getItemRecord(factory, {it});
r.elems["equiped"] = "blabla"_s;
r.elems["callback"] = ScriptedUIDataElems::Callback {
[it, &ret] { ret = it; return true; }
};
itemsList.push_back(std::move(r));
}
for (auto& stack : concat(Item::stackItems(factory, availableItems), usedStacks)) {
auto r = getItemRecord(factory, stack);
r.elems["callback"] = ScriptedUIDataElems::Callback {
[item = stack[0], &ret] { ret = item; return true; }
};
unordered_set<const Creature*> allOwners;
for (auto item : stack)
if (auto creatureId = collective->getMinionEquipment().getOwner(item))
if (const Creature* c = getCreature(*creatureId))
allOwners.insert(c);
if (!allOwners.empty())
r.elems["owner"] = getItemOwnerRecord(factory, *allOwners.begin(), allOwners.size());
itemsList.push_back(std::move(r));
}
data.elems["elems"] = std::move(itemsList);
ScriptedUIState state;
getView()->scriptedUI("pillage_menu", data, uiState ? *uiState : state);
return ret;
}
static ScriptedUIDataElems::Record getSteedItemRecord(const ContentFactory* factory, const Creature* steed,
const Creature* rider) {
auto elem = ScriptedUIDataElems::Record{};
elem.elems["view_id"] = steed->getViewObject().getViewIdList();
if (steed == rider->getFirstCompanion())
elem.elems["name"] = capitalFirst(steed->getName().bare()) + " (companion)"_s;
else
elem.elems["name"] = capitalFirst(steed->getName().bare());
elem.elems["tooltip"] = ScriptedUIDataElems::List {
capitalFirst(steed->getName().aOrTitle()),
capitalFirst(steed->getAttributes().getDescription(factory))
};
return elem;
}
Creature* PlayerControl::chooseSteed(Creature* creature, vector<Creature*> allSteeds) {
vector<Creature*> availableItems;
vector<Creature*> usedItems;
if (auto c = creature->getFirstCompanion())
if (c->isAffected(LastingEffect::STEED))
allSteeds.insert(0, c);
for (auto item : allSteeds) {
if (auto owner = collective->getSteedOrRider(item))
usedItems.push_back(item);
else
availableItems.push_back(item);
}
if (availableItems.empty() && usedItems.empty())
return nullptr;
auto factory = getGame()->getContentFactory();
vector<vector<Creature*>> usedStacks = Creature::stack(usedItems,
[&](Creature* it) {
const Creature* c = collective->getSteedOrRider(it);
return c->getName().bare() + toString<int>(c->getBestAttack(factory).value);
});
auto data = ScriptedUIDataElems::Record{};
data.elems["title"] = "Available steeds (" + combine(creature->getSteedSizes()) + "):"_s;
data.elems["is_equipment_choice"] = "blabla"_s;
auto itemsList = ScriptedUIDataElems::List{};
Creature* ret = nullptr;
for (auto& stack : concat(Creature::stack(availableItems), usedStacks)) {
auto r = getSteedItemRecord(getGame()->getContentFactory(), stack[0], creature);
if (auto c = collective->getSteedOrRider(stack[0]))
r.elems["owner"] = getItemOwnerRecord(factory, c, stack.size());
r.elems["callback"] = ScriptedUIDataElems::Callback {
[creature = stack[0], &ret] { ret = creature; return true; }
};
itemsList.push_back(std::move(r));
}
data.elems["elems"] = std::move(itemsList);
getView()->scriptedUI("pillage_menu", data);
return ret;
}
int PlayerControl::getNumMinions() const {
return (int) collective->getCreatures(MinionTrait::FIGHTER).size();
}
typedef CollectiveInfo::Button Button;
optional<pair<ViewId, int>> PlayerControl::getCostObj(CostInfo cost) const {
auto& resourceInfo = collective->getResourceInfo(cost.id);
if (cost.value > 0 && resourceInfo.viewId)
return make_pair(*resourceInfo.viewId, (int) cost.value);
else
return none;
}
optional<pair<ViewId, int>> PlayerControl::getCostObj(const optional<CostInfo>& cost) const {
if (cost)
return getCostObj(*cost);
else
return none;
}
string PlayerControl::getMinionName(CreatureId id) const {
static map<CreatureId, string> names;
if (!names.count(id))
names[id] = getGame()->getContentFactory()->getCreatures().fromId(id, TribeId::getMonster())->getName().bare();
return names.at(id);
}
ViewId PlayerControl::getViewId(const BuildInfoTypes::BuildType& info) const {
PROFILE;
return info.visit<ViewId>(
[&](const BuildInfoTypes::Furniture& elem) {
return getGame()->getContentFactory()->furniture.getData(elem.types[0]).getViewObject()->id();
},
[&](const BuildInfoTypes::Dig&) {
return ViewId("dig_icon");
},
[&](const BuildInfoTypes::CutTree&) {
return ViewId("dig_icon");
},
[&](const BuildInfoTypes::FillPit&) {
return ViewId("fill_pit_icon");
},
[&](const BuildInfoTypes::Chain& c) {
return getViewId(c[0]);
},
[&](const BuildInfoTypes::ImmediateDig&) {
return ViewId("dig_icon");
},
[&](ZoneId zone) {
return ::getViewId(getHighlight(zone), true);
},
[&](BuildInfoTypes::ClaimTile) {
return ViewId("keeper_floor");
},
[&](BuildInfoTypes::UnclaimTile) {
return ViewId("floor");
},
[&](BuildInfoTypes::Dispatch) {
return ViewId("imp");
},
[&](const BuildInfoTypes::DestroyLayers&) {
return ViewId("destroy_button");
},
[&](BuildInfoTypes::ForbidZone) {
return ViewId("forbid_zone");
},
[&](BuildInfoTypes::PlaceMinion) {
return ViewId("special_blbn");
},
[&](BuildInfoTypes::PlaceItem) {
return ViewId("potion1");
}
);
}
vector<Button> PlayerControl::fillButtons() const {
PROFILE;
vector<Button> buttons;
HashMap<CollectiveResourceId, int> resourceCache;
for (auto& button : buildInfo) {
PROFILE_BLOCK("BUTTON")
button.type.visit<void>(
[&](const BuildInfoTypes::Furniture& elem) {
PROFILE_BLOCK("Furniture")
string description;
if (elem.cost.value > 0) {
int num = 0;
for (auto type : elem.types)
num += collective->getConstructions().getBuiltCount(type);
if (num > 0)
description = "[" + toString(num) + "]";
}
int availableNow = [&] {
if (!elem.cost.value)
return 1;
if (auto res = getValueMaybe(resourceCache, elem.cost.id))
return *res / elem.cost.value;
auto res = collective->numResource(elem.cost.id);
resourceCache[elem.cost.id] = res;
return res / elem.cost.value;
}();
if (!collective->getResourceInfo(elem.cost.id).viewId && availableNow)
description += " (" + toString(availableNow) + " available)";
buttons.push_back(Button{getViewId(button.type), button.name,
getCostObj(elem.cost),
description,
(elem.noCredit && !availableNow) ?
CollectiveInfo::Button::GRAY_CLICKABLE : CollectiveInfo::Button::ACTIVE });
},
[&](const auto&) {
PROFILE;
buttons.push_back({this->getViewId(button.type), button.name, none, "", CollectiveInfo::Button::ACTIVE});
}
);
vector<string> unmetReqText;
for (auto& req : button.requirements) {
PROFILE_BLOCK("Requirement")
if (!BuildInfo::meetsRequirement(collective, req)) {
unmetReqText.push_back("Requires " + BuildInfo::getRequirementText(req) + ".");
buttons.back().state = CollectiveInfo::Button::INACTIVE;
}
}
if (unmetReqText.empty())
buttons.back().help = button.help;
else
buttons.back().help = combineSentences(concat({button.help}, unmetReqText));
buttons.back().key = button.key;
buttons.back().groupName = button.groupName;
buttons.back().hotkeyOpensGroup = button.hotkeyOpensGroup;
buttons.back().tutorialHighlight = button.tutorialHighlight;
buttons.back().isBuilding = button.isBuilding;
}
return buttons;
}
string PlayerControl::getTriggerLabel(const AttackTrigger& trigger) const {
return trigger.visit<string>(
[&](const Timer&) {
return "evil";
},
[&](const RoomTrigger& t) {
auto myCount = collective->getConstructions().getBuiltCount(t.type);
return getGame()->getContentFactory()->furniture.getData(t.type).getName(myCount);
},
[&](const Power&) {
return "your power";
},
[&](const FinishOff&) {
return "finishing you off";
},
[&](const SelfVictims&) {
return "killed tribe members";
},
[&](const EnemyPopulation&) {
return "population";
},
[&](const Resource& r) {
return collective->getResourceInfo(r.resource).name;
},
[&](const StolenItems&) {
return "item theft";
},
[&](const MiningInProximity&) {
return "breach of territory";
},
[&](const Proximity&) {
return "proximity";
},
[&](const NumConquered&) {
return "aggression";
},
[&](Immediate) {
return "just doesn't like you";
},
[&](AggravatingMinions) {
return "aggravated by minions";
}
);
}
VillageInfo::Village PlayerControl::getVillageInfo(const Collective* col) const {
PROFILE;
VillageInfo::Village info;
info.name = col->getName()->shortened;
info.id = col->getUniqueId();
info.tribeName = col->getName()->race;
info.viewId = col->getName()->viewId;
info.triggers.clear();
info.type = col->getVillainType();
info.attacking = false;
for (auto& attack : notifiedAttacks)
if (attack.getAttacker() == col && attack.isOngoing())