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t800
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 t800 » 02 ноя 2015, 19:21
  Я понял, скину сэйвы, попробую. Тут мне кажется, проблема не в честности ИИ, а в дисбалансе. Вместо того, чтобы создавать нормальные армии он клепает героев с 1 юнитом и высылает их. Я тогда писал об этом. На это у него уходят все деньги, неважно сколько их дается в начале - он спускает их. Можно, конечно, попробовать дать фору ИИ - больше денег, армий и т.д. Но я тестил одну такую карту, где у ИИ уже в армии полно орков и гоблинов, достаточно сильные отряды. И в итоге все равно я его вынес, потому что я копил армию, а он нифига не делал, просто тупо стоял в замке и мелкими героями шахты захватывал. Так что даже фора его не спасёт. Понимаете компьютер же не думает а просто выполняет команды которые для него прописаны если прописать условие что если все в замке уже построено то мелких героев покупать и захватывать шахты не надо а надо копить армию сделать одного сильного героя и идти захватывать замок противника то ИИ будет делать именно так а не захватвать ненужные ему шахты. Вот сюда вот в ai_heroes.cpp - Код: Выделить всё
/********************************************************************************
* Copyright (C) 2010 by Andrey Afletdinov <fheroes2@gmail.com> *
* All rights reserved. *
* *
* Part of the Free Heroes2 Engine: *
* http://sourceforge.net/projects/fheroes2 *
* *
* Redistribution and use in source and binary forms, with or without *
* modification, are permitted provided that the following conditions *
* are met: *
* - Redistributions may not be sold, nor may they be used in a *
* commercial product or activity. *
* - Redistributions of source code and/or in binary form must reproduce *
* the above copyright notice, this list of conditions and the *
* following disclaimer in the documentation and/or other materials *
* provided with the distribution. *
* *
* THIS SOFTWARE IS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, *
* BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS *
* FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT *
* OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, *
* SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, *
* PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; *
* OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, *
* WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE *
* OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, *
* EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *
*******************************************************************************/
#include <functional>
#include <algorithm>
#include "settings.h"
#include "kingdom.h"
#include "castle.h"
#include "army.h"
#include "battle.h"
#include "luck.h"
#include "morale.h"
#include "race.h"
#include "difficulty.h"
#include "world.h"
#include "payment.h"
#include "heroes.h"
#include "cursor.h"
#include "game_interface.h"
#include "interface_gamearea.h"
#include "maps_tiles.h"
#include "ai_simple.h"
#define HERO_MAX_SHEDULED_TASK 7
AIHeroes & AIHeroes::Get(void)
{
static AIHeroes ai_heroes;
return ai_heroes;
}
AIHero & AIHeroes::Get(const Heroes & ht)
{
return AIHeroes::Get().at(ht.GetID());
}
void AIHeroes::Reset(void)
{
AIHeroes & ai = AIHeroes::Get();
std::for_each(ai.begin(), ai.end(), std::mem_fun_ref(&AIHero::Reset));
}
void AIHero::Reset(void)
{
primary_target = -1;
sheduled_visit.clear();
fix_loop = 0;
}
bool AI::HeroesSkipFog(void)
{
return false;
}
void AI::HeroesActionComplete(Heroes &, s32)
{
}
std::string AI::HeroesString(const Heroes & hero)
{
std::ostringstream os;
AIHero & ai_hero = AIHeroes::Get(hero);
Queue & task = ai_hero.sheduled_visit;
os << "flags : " <<
(hero.Modes(AI::HEROES_SCOUTER) ? "SCOUTER," : "") <<
(hero.Modes(AI::HEROES_HUNTER) ? "HUNTER," : "") <<
(hero.Modes(AI::HEROES_WAITING) ? "WAITING," : "") <<
(hero.Modes(AI::HEROES_STUPID) ? "STUPID" : "") << std::endl;
os << "ai primary target: " << ai_hero.primary_target << std::endl <<
"ai sheduled visit: ";
for(Queue::const_iterator
it = task.begin(); it != task.end(); ++it)
os << *it << "(" << MP2::StringObject(world.GetTiles(*it).GetObject()) << "), ";
os << std::endl;
return os.str();
}
void AI::HeroesPostLoad(Heroes & hero)
{
hero.SetModes(AI::HEROES_HUNTER);
}
void AI::HeroesLevelUp(Heroes & hero)
{
if(4 < hero.GetLevel() && !hero.Modes(AI::HEROES_HUNTER))
hero.SetModes(AI::HEROES_HUNTER);
if(9 < hero.GetLevel() && hero.Modes(AI::HEROES_SCOUTER))
hero.ResetModes(AI::HEROES_SCOUTER);
}
void AI::HeroesPreBattle(HeroBase & hero)
{
Castle* castle = world.GetCastle(hero.GetCenter());
if(castle && hero.GetType() != HeroBase::CAPTAIN)
hero.GetArmy().JoinTroops(castle->GetArmy());
}
void AI::HeroesAfterBattle(HeroBase & hero)
{
}
void AI::HeroesClearTask(const Heroes & hero)
{
AIHeroes::Get(hero).ClearTasks();
}
bool AIHeroesValidObject2(const Heroes* hero, s32 index)
{
const Heroes & hero2 = *hero;
return AI::HeroesValidObject(hero2, index);
}
// get priority object for AI independent of distance (1 day)
bool AIHeroesPriorityObject(const Heroes & hero, s32 index)
{
Maps::Tiles & tile = world.GetTiles(index);
if(MP2::OBJ_CASTLE == tile.GetObject())
{
const Castle* castle = world.GetCastle(Maps::GetPoint(index));
if(castle)
{
if(hero.GetColor() == castle->GetColor())
{
// maybe need join army
return hero.Modes(AI::HEROES_HUNTER) &&
castle->GetArmy().isValid() &&
! hero.isVisited(world.GetTiles(castle->GetIndex()));
}
else
if(! hero.isFriends(castle->GetColor()))
return AI::HeroesValidObject(hero, index);
}
}
else
if(MP2::OBJ_HEROES == tile.GetObject())
{
// kill enemy hero
const Heroes* hero2 = tile.GetHeroes();
return hero2 &&
! hero.isFriends(hero2->GetColor()) &&
AI::HeroesValidObject(hero, index);
}
switch(tile.GetObject())
{
case MP2::OBJ_MONSTER:
case MP2::OBJ_SAWMILL:
case MP2::OBJ_MINES:
case MP2::OBJ_ALCHEMYLAB:
case MP2::OBJ_ARTIFACT:
case MP2::OBJ_RESOURCE:
case MP2::OBJ_CAMPFIRE:
case MP2::OBJ_TREASURECHEST:
return AI::HeroesValidObject(hero, index);
default: break;
}
return false;
}
s32 FindUncharteredTerritory(Heroes & hero, u32 scoute)
{
Maps::Indexes v = Maps::GetAroundIndexes(hero.GetIndex(), scoute, true);
Maps::Indexes res;
v.resize(std::distance(v.begin(),
std::remove_if(v.begin(), v.end(), std::ptr_fun(&Maps::TileIsUnderProtection))));
#if defined(ANDROID)
const MapsIndexes::const_reverse_iterator crend = v.rend();
for(MapsIndexes::const_reverse_iterator
it = v.rbegin(); it != crend && res.size() < 4; ++it)
#else
for(MapsIndexes::const_reverse_iterator
it = v.rbegin(); it != v.rend() && res.size() < 4; ++it)
#endif
{
// find fogs
if(world.GetTiles(*it).isFog(hero.GetColor()) &&
world.GetTiles(*it).isPassable(&hero, Direction::CENTER, true) &&
hero.GetPath().Calculate(*it))
res.push_back(*it);
}
const s32 result = res.size() ? *Rand::Get(res) : -1;
if(0 <= result)
{
DEBUG(DBG_AI, DBG_INFO, Color::String(hero.GetColor()) <<
", hero: " << hero.GetName() << ", added task: " << result);
}
return result;
}
s32 GetRandomHeroesPosition(Heroes & hero, u32 scoute)
{
Maps::Indexes v = Maps::GetAroundIndexes(hero.GetIndex(), scoute, true);
Maps::Indexes res;
v.resize(std::distance(v.begin(),
std::remove_if(v.begin(), v.end(), std::ptr_fun(&Maps::TileIsUnderProtection))));
#if defined(ANDROID)
const MapsIndexes::const_reverse_iterator crend = v.rend();
for(MapsIndexes::const_reverse_iterator
it = v.rbegin(); it != crend && res.size() < 4; ++it)
#else
for(MapsIndexes::const_reverse_iterator
it = v.rbegin(); it != v.rend() && res.size() < 4; ++it)
#endif
{
if(world.GetTiles(*it).isPassable(&hero, Direction::CENTER, true) &&
hero.GetPath().Calculate(*it))
res.push_back(*it);
}
const s32 result = res.size() ? *Rand::Get(res) : -1;
if(0 <= result)
{
DEBUG(DBG_AI, DBG_INFO, Color::String(hero.GetColor()) <<
", hero: " << hero.GetName() << ", added task: " << result);
}
return result;
}
void AIHeroesAddedRescueTask(Heroes & hero)
{
AIHero & ai_hero = AIHeroes::Get(hero);
Queue & task = ai_hero.sheduled_visit;
DEBUG(DBG_AI, DBG_TRACE, hero.GetName());
u32 scoute = hero.GetScoute();
switch(Settings::Get().GameDifficulty())
{
case Difficulty::NORMAL: scoute += 2; break;
case Difficulty::HARD: scoute += 3; break;
case Difficulty::EXPERT: scoute += 4; break;
case Difficulty::IMPOSSIBLE:scoute += 6; break;
default: break;
}
// find unchartered territory
s32 index = FindUncharteredTerritory(hero, scoute);
const Maps::Tiles & tile = world.GetTiles(hero.GetIndex());
if(index < 0)
{
// check teleports
if(MP2::OBJ_STONELIGHTS == tile.GetObject(false) ||
MP2::OBJ_WHIRLPOOL == tile.GetObject(false))
{
AI::HeroesAction(hero, hero.GetIndex());
}
else
{
// random
index = GetRandomHeroesPosition(hero, scoute);
}
}
if(0 <= index) task.push_back(index);
}
void AIHeroesAddedTask(Heroes & hero)
{
AIHero & ai_hero = AIHeroes::Get(hero);
AIKingdom & ai_kingdom = AIKingdoms::Get(hero.GetColor());
Queue & task = ai_hero.sheduled_visit;
IndexObjectMap & ai_objects = ai_kingdom.scans;
// load minimal distance tasks
std::vector<IndexDistance> objs;
objs.reserve(ai_objects.size());
for(std::map<s32, int>::const_iterator
it = ai_objects.begin(); it != ai_objects.end(); ++it)
{
const Maps::Tiles & tile = world.GetTiles((*it).first);
if(hero.isShipMaster())
{
if(MP2::OBJ_COAST != tile.GetObject() &&
! tile.isWater()) continue;
// check previous positions
if(MP2::OBJ_COAST == (*it).second &&
hero.isVisited(world.GetTiles((*it).first))) continue;
}
else
{
if(tile.isWater() && MP2::OBJ_BOAT != tile.GetObject()) continue;
}
objs.push_back(IndexDistance((*it).first,
Maps::GetApproximateDistance(hero.GetIndex(), (*it).first)));
}
DEBUG(DBG_AI, DBG_INFO, Color::String(hero.GetColor()) <<
", hero: " << hero.GetName() << ", task prepare: " << objs.size());
std::sort(objs.begin(), objs.end(), IndexDistance::Shortest);
for(std::vector<IndexDistance>::const_iterator
it = objs.begin(); it != objs.end(); ++it)
{
if(task.size() >= HERO_MAX_SHEDULED_TASK) break;
const bool validobj = AI::HeroesValidObject(hero, (*it).first);
if(validobj &&
hero.GetPath().Calculate((*it).first))
{
DEBUG(DBG_AI, DBG_INFO, Color::String(hero.GetColor()) <<
", hero: " << hero.GetName() << ", added tasks: " <<
MP2::StringObject(ai_objects[(*it).first]) << ", index: " << (*it).first <<
", distance: " << (*it).second);
task.push_back((*it).first);
ai_objects.erase((*it).first);
}
else
{
DEBUG(DBG_AI, DBG_TRACE, Color::String(hero.GetColor()) <<
", hero: " << hero.GetName() << (!validobj ? ", invalid: " : ", impossible: ") <<
MP2::StringObject(ai_objects[(*it).first]) << ", index: " << (*it).first <<
", distance: " << (*it).second);
}
}
if(task.empty())
AIHeroesAddedRescueTask(hero);
}
void AI::HeroesActionNewPosition(Heroes & hero)
{
AIHero & ai_hero = AIHeroes::Get(hero);
//AIKingdom & ai_kingdom = AIKingdoms::Get(hero.GetColor());
Queue & task = ai_hero.sheduled_visit;
const u8 objs[] = { MP2::OBJ_ARTIFACT, MP2::OBJ_RESOURCE, MP2::OBJ_CAMPFIRE, MP2::OBJ_TREASURECHEST, 0 };
Maps::Indexes pickups = Maps::ScanAroundObjects(hero.GetIndex(), objs);
if(pickups.size() && hero.GetPath().isValid() &&
pickups.end() == std::find(pickups.begin(), pickups.end(), hero.GetPath().GetDestinationIndex()))
hero.GetPath().Reset();
for(MapsIndexes::const_iterator
it = pickups.begin(); it != pickups.end(); ++it)
if(*it != hero.GetPath().GetDestinationIndex())
task.push_front(*it);
}
bool AI::HeroesGetTask(Heroes & hero)
{
std::vector<s32> results;
results.reserve(5);
const Settings & conf = Settings::Get();
AIHero & ai_hero = AIHeroes::Get(hero);
AIKingdom & ai_kingdom = AIKingdoms::Get(hero.GetColor());
Queue & task = ai_hero.sheduled_visit;
IndexObjectMap & ai_objects = ai_kingdom.scans;
const u8 objs1[] = { MP2::OBJ_ARTIFACT, MP2::OBJ_RESOURCE, MP2::OBJ_CAMPFIRE, MP2::OBJ_TREASURECHEST, 0 };
const u8 objs2[] = { MP2::OBJ_SAWMILL, MP2::OBJ_MINES, MP2::OBJ_ALCHEMYLAB, 0 };
const u8 objs3[] = { MP2::OBJ_CASTLE, MP2::OBJ_HEROES, MP2::OBJ_MONSTER, 0 };
// rescan path
hero.RescanPath();
Castle* castle = hero.inCastle();
// if hero in castle
if(castle)
{
DEBUG(DBG_AI, DBG_TRACE, hero.GetName() << ", in castle");
castle->RecruitAllMonster();
hero.GetArmy().UpgradeTroops(*castle);
// recruit army
if(hero.Modes(AI::HEROES_HUNTER))
hero.GetArmy().JoinStrongestFromArmy(castle->GetArmy());
else
if(hero.Modes(AI::HEROES_SCOUTER))
hero.GetArmy().KeepOnlyWeakestTroops(castle->GetArmy());
DEBUG(DBG_AI, DBG_TRACE, hero.GetName() << ", " << hero.GetArmy().String());
}
// patrol task
if(hero.Modes(Heroes::PATROL))
{
DEBUG(DBG_AI, DBG_TRACE, hero.GetName() << ", is patrol mode");
// goto patrol center
if(hero.GetCenterPatrol() != hero.GetCenter() &&
hero.GetPath().Calculate(Maps::GetIndexFromAbsPoint(hero.GetCenterPatrol())))
return true;
// scan enemy hero
if(hero.GetSquarePatrol())
{
const Maps::Indexes & results = Maps::ScanAroundObject(Maps::GetIndexFromAbsPoint(hero.GetCenterPatrol()),
hero.GetSquarePatrol(), MP2::OBJ_HEROES);
for(MapsIndexes::const_iterator
it = results.begin(); it != results.end(); ++it)
{
const Heroes* enemy = world.GetTiles(*it).GetHeroes();
if(enemy && ! enemy->isFriends(hero.GetColor()))
{
if(hero.GetPath().Calculate(enemy->GetIndex()))
{
DEBUG(DBG_AI, DBG_TRACE, hero.GetName() << ", find enemy");
return true;
}
}
}
}
// can pickup objects
if(conf.ExtHeroPatrolAllowPickup())
{
const Maps::Indexes & results = Maps::ScanAroundObjects(hero.GetIndex(),
hero.GetSquarePatrol(), objs1);
for(MapsIndexes::const_iterator
it = results.begin(); it != results.end(); ++it)
if(AI::HeroesValidObject(hero, *it) &&
hero.GetPath().Calculate(*it))
{
ai_objects.erase(*it);
DEBUG(DBG_AI, DBG_TRACE, hero.GetName() << ": find object: " <<
MP2::StringObject(world.GetTiles(*it).GetObject()) << "(" << *it << ")");
return true;
}
}
// random move
/*
// disable move: https://sourceforge.net/tracker/?func=detail&aid=3157397&group_id=96859&atid=616180
{
Maps::ScanAroundObject(hero.GetIndex(), hero.GetSquarePatrol(), MP2::OBJ_ZERO);
if(results.size())
{
std::random_shuffle(results.begin(), results.end());
std::vector<s32>::const_iterator it = results.begin();
for(; it != results.end(); ++it)
if(world.GetTiles(*it).isPassable(&hero, Direction::CENTER, true) &&
hero.GetPath().Calculate(*it))
{
DEBUG(DBG_AI, Color::String(hero.GetColor()) <<
", Patrol " << hero.GetName() << ": move: " << *it);
return;
}
}
}
*/
hero.SetModes(AI::HEROES_STUPID);
return false;
}
if(ai_hero.fix_loop > 3)
{
DEBUG(DBG_AI, DBG_TRACE, hero.GetName() << ": loop");
hero.SetModes(hero.Modes(AI::HEROES_WAITING) ? AI::HEROES_STUPID : AI::HEROES_WAITING);
return false;
}
// primary target
if(Maps::isValidAbsIndex(ai_hero.primary_target))
{
if(hero.GetIndex() == ai_hero.primary_target)
{
ai_hero.primary_target = -1;
hero.GetPath().Reset();
DEBUG(DBG_AI, DBG_TRACE, hero.GetName() << ", reset path");
}
else
{
DEBUG(DBG_AI, DBG_TRACE, hero.GetName() << ", primary target: " <<
ai_hero.primary_target << ", " << MP2::StringObject(world.GetTiles(ai_hero.primary_target).GetObject()));
const Castle* castle = NULL;
if(NULL != (castle = world.GetCastle(Maps::GetPoint(ai_hero.primary_target))) &&
NULL != castle->GetHeroes().Guest() && castle->isFriends(hero.GetColor()))
{
hero.SetModes(AI::HEROES_WAITING);
DEBUG(DBG_AI, DBG_TRACE, hero.GetName() << ", castle busy..");
}
// make path
if(ai_hero.primary_target != hero.GetPath().GetDestinationIndex() &&
!hero.GetPath().Calculate(ai_hero.primary_target))
{
DEBUG(DBG_AI, DBG_TRACE, hero.GetName() << ", path unknown, primary target reset");
ai_hero.primary_target = -1;
}
}
if(hero.GetPath().isValid()) return true;
}
// scan heroes and castle
const Maps::Indexes & enemies = Maps::ScanAroundObjects(hero.GetIndex(), hero.GetScoute(), objs3);
for(MapsIndexes::const_iterator
it = enemies.begin(); it != enemies.end(); ++it)
if(AIHeroesPriorityObject(hero, *it) &&
hero.GetPath().Calculate(*it))
{
DEBUG(DBG_AI, DBG_TRACE, hero.GetName() << ", set primary target: " <<
MP2::StringObject(world.GetTiles(*it).GetObject()) << "(" << *it << ")");
ai_hero.primary_target = *it;
return true;
}
// check destination
if(hero.GetPath().isValid())
{
if(! AI::HeroesValidObject(hero, hero.GetPath().GetDestinationIndex()))
hero.GetPath().Reset();
else
if(hero.GetPath().size() < 5)
{
DEBUG(DBG_AI, DBG_TRACE, hero.GetName() << ", continue short");
ai_hero.fix_loop++;
return true;
}
}
// scan 2x2 pickup objects
Maps::Indexes pickups = Maps::ScanAroundObjects(hero.GetIndex(), 2, objs1);
// scan 3x3 capture objects
const Maps::Indexes & captures = Maps::ScanAroundObjects(hero.GetIndex(), 3, objs2);
if(captures.size()) pickups.insert(pickups.end(), captures.begin(), captures.end());
if(pickups.size())
{
hero.GetPath().Reset();
for(MapsIndexes::const_iterator
it = pickups.begin(); it != pickups.end(); ++it)
if(AI::HeroesValidObject(hero, *it))
{
task.push_front(*it);
DEBUG(DBG_AI, DBG_TRACE, hero.GetName() << ", find object: " <<
MP2::StringObject(world.GetTiles(*it).GetObject()) << "(" << *it << ")");
}
}
if(hero.GetPath().isValid())
{
DEBUG(DBG_AI, DBG_TRACE, hero.GetName() << ", continue");
ai_hero.fix_loop++;
return true;
}
if(task.empty())
{
// get task from kingdom
DEBUG(DBG_AI, DBG_TRACE, hero.GetName() << ", empty task");
AIHeroesAddedTask(hero);
}
else
// remove invalid task
task.remove_if(std::not1(std::bind1st(std::ptr_fun(&AIHeroesValidObject2), &hero)));
// random shuffle
if(1 < task.size() && Rand::Get(1))
{
Queue::iterator it1, it2;
it2 = it1 = task.begin();
++it2;
std::swap(*it1, *it2);
}
// find passable index
while(task.size())
{
const s32 & index = task.front();
DEBUG(DBG_AI, DBG_TRACE, hero.GetName() << ", look for: " << MP2::StringObject(world.GetTiles(index).GetObject()) << "(" << index << ")");
if(hero.GetPath().Calculate(index)) break;
DEBUG(DBG_AI, DBG_TRACE, hero.GetName() << " say: unable get object: " << index << ", remove task...");
task.pop_front();
}
// success
if(task.size())
{
const s32 & index = task.front();
DEBUG(DBG_AI, DBG_TRACE, hero.GetName() << " go to: " << index);
ai_objects.erase(index);
task.pop_front();
DEBUG(DBG_AI, DBG_TRACE, hero.GetName() << ", route: " << hero.GetPath().String());
return true;
}
else
if(hero.Modes(AI::HEROES_WAITING))
{
hero.GetPath().Reset();
DEBUG(DBG_AI, DBG_TRACE, hero.GetName() << " say: unknown task., help my please..");
hero.ResetModes(AI::HEROES_WAITING);
hero.SetModes(AI::HEROES_STUPID);
}
else
{
DEBUG(DBG_AI, DBG_TRACE, hero.GetName() << " say: waiting...");
hero.SetModes(AI::HEROES_WAITING);
}
return false;
}
void AIHeroesTurn(Heroes* hero)
{
if(hero) AI::HeroesTurn(*hero);
}
void AI::HeroesTurn(Heroes & hero)
{
DEBUG(DBG_AI, DBG_TRACE, hero.GetName() << ", start: " <<
(hero.Modes(Heroes::SHIPMASTER) ? "SHIPMASTER," : "") <<
(hero.Modes(AI::HEROES_SCOUTER) ? "SCOUTER," : "") <<
(hero.Modes(AI::HEROES_HUNTER) ? "HUNTER," : "") <<
(hero.Modes(Heroes::PATROL) ? "PATROL," : "") <<
(hero.Modes(AI::HEROES_WAITING) ? "WAITING," : "") <<
(hero.Modes(AI::HEROES_STUPID) ? "STUPID" : ""));
Interface::StatusWindow & status = Interface::Basic::Get().GetStatusWindow();
while(hero.MayStillMove() &&
!hero.Modes(AI::HEROES_WAITING|AI::HEROES_STUPID))
{
// turn indicator
status.RedrawTurnProgress(3);
// get task for heroes
AI::HeroesGetTask(hero);
// turn indicator
status.RedrawTurnProgress(5);
// heroes AI turn
AI::HeroesMove(hero);
// turn indicator
status.RedrawTurnProgress(7);
}
DEBUG(DBG_AI, DBG_TRACE, hero.GetName() << ", end");
}
bool AIHeroesScheduledVisit(const Kingdom & kingdom, s32 index)
{
for(KingdomHeroes::const_iterator
it = kingdom.GetHeroes().begin(); it != kingdom.GetHeroes().end(); ++it)
{
AIHero & ai_hero = AIHeroes::Get(**it);
Queue & task = ai_hero.sheduled_visit;
if(task.isPresent(index)) return true;
}
return false;
}
bool IsPriorityAndNotVisitAndNotPresent(const std::pair<s32, int> & indexObj, const Heroes* hero)
{
AIHero & ai_hero = AIHeroes::Get(*hero);
Queue & task = ai_hero.sheduled_visit;
return AIHeroesPriorityObject(*hero, indexObj.first) &&
! AIHeroesScheduledVisit(hero->GetKingdom(), indexObj.first) &&
! task.isPresent(indexObj.first);
}
void AIHeroesEnd(Heroes* hero)
{
if(hero)
{
AIHero & ai_hero = AIHeroes::Get(*hero);
AIKingdom & ai_kingdom = AIKingdoms::Get(hero->GetColor());
Queue & task = ai_hero.sheduled_visit;
IndexObjectMap & ai_objects = ai_kingdom.scans;
if(hero->Modes(AI::HEROES_WAITING|AI::HEROES_STUPID))
{
ai_hero.Reset();
hero->ResetModes(AI::HEROES_WAITING|AI::HEROES_STUPID);
}
IndexObjectMap::iterator it;
while(true)
{
for(it = ai_objects.begin(); it != ai_objects.end(); ++it)
if(IsPriorityAndNotVisitAndNotPresent(*it, hero)) break;
if(ai_objects.end() == it) break;
DEBUG(DBG_AI, DBG_TRACE, hero->GetName() << ", added priority object: " <<
MP2::StringObject((*it).second) << ", index: " << (*it).first);
task.push_front((*it).first);
ai_objects.erase((*it).first);
}
}
}
void AIHeroesSetHunterWithTarget(Heroes* hero, s32 dst)
{
if(hero)
{
AIHero & ai_hero = AIHeroes::Get(*hero);
hero->SetModes(AI::HEROES_HUNTER);
if(0 > ai_hero.primary_target)
{
ai_hero.primary_target = dst;
}
}
}
void AIHeroesCaptureNearestTown(Heroes* hero)
{
if(hero)
{
AIHero & ai_hero = AIHeroes::Get(*hero);
if(0 > ai_hero.primary_target)
{
const Maps::Indexes & castles = Maps::GetObjectPositions(hero->GetIndex(), MP2::OBJ_CASTLE, true);
for(MapsIndexes::const_iterator
it = castles.begin(); it != castles.end(); ++it)
{
const Castle* castle = world.GetCastle(Maps::GetPoint(*it));
if(castle)
DEBUG(DBG_AI, DBG_TRACE, hero->GetName() << ", to castle: " << castle->GetName());
if(castle &&
Army::TroopsStrongerEnemyTroops(hero->GetArmy(), castle->GetArmy()))
{
ai_hero.primary_target = *it;
DEBUG(DBG_AI, DBG_INFO, Color::String(hero->GetColor()) <<
", Hero " << hero->GetName() << " set primary target: " << *it);
break;
}
}
}
}
}
Вставить условие что если в замке все построено, а еще лучше если в замке построено больше чем у живого игрока то покупать шахты захватывать и покупать мелких героев (SCOUT) не надо а надо сажать армию самому сильному герою (HUNTER) и захватывать замоки живого игрока и компьютер будет идти и захватывать а если ему фору дать и приплод больше то у него наверное будет сложно выиграть
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