MetaMan.cpp

#include "MetaMan.h"
#include "MetaSave.h"
#include "PresetMan.h"
#include "UInputMan.h"
#include "ConsoleMan.h"
#include "ActivityMan.h"

#include "GUI.h"
#include "GUIFont.h"
#include "AllegroBitmap.h"

#include "MetagameGUI.h"
#include "Scene.h"
#include "SLTerrain.h"
#include "System.h"

using namespace RTE;

const std::string MetaMan::c_ClassName = "MetaMan";

MetaMan::MetaMan() {
	Clear();
}

MetaMan::~MetaMan() {
	Destroy();
}

void MetaMan::Clear() {
	m_pMetaGUI = 0;
	m_GameState = NOGAME;
	m_StateChanged = true;
	m_Suspended = false;
	m_GameSaved = false;
	m_GameName = DEFAULTGAMENAME;
	m_Players.clear();
	m_TeamCount = 0;
	for (int team = Activity::TeamOne; team < Activity::MaxTeamCount; ++team)
		m_TeamIcons[team].Reset();
	m_CurrentRound = 0;
	m_Scenes.clear();
	m_RevealedScenes = 0;
	m_RevealRate = 0.5;
	m_RevealExtra = 3.0;
	m_RoundOffensives.clear();
	m_CurrentOffensive = 0;
	m_PhaseTimer.Reset();
	m_Difficulty = Activity::MediumDifficulty;

	for (int team = Activity::TeamOne; team < Activity::MaxTeamCount; team++)
		m_TeamAISkill[team] = Activity::DefaultSkill;
}

int MetaMan::Initialize() {
	//    if (Serializable::Create() < 0)
	//        return -1;

	// Allocate the metagame interface; it gets created manually later in Main
	if (!m_pMetaGUI)
		m_pMetaGUI = new MetagameGUI();

	return 0;
}

int MetaMan::NewGame(int gameSize) {
	// Grab a random selection of Scene presets from all available
	std::list<Scene*> scenePresets;
	SelectScenePresets(gameSize, &scenePresets);

	// Destroy and clear any pre-existing scenes from previous games
	for (std::vector<Scene*>::iterator sItr = m_Scenes.begin(); sItr != m_Scenes.end(); ++sItr) {
		delete *sItr;
		*sItr = 0;
	}
	m_Scenes.clear();

	// Make deep copies of the selected Scene presets for use in the actual game about to start
	for (std::list<Scene*>::iterator pItr = scenePresets.begin(); pItr != scenePresets.end(); ++pItr) {
		// List for found metascenes to choose from
		std::vector<Scene*> metascenesList;
		// Add our actual scene to the list as it should always be there to be selected later
		metascenesList.push_back(*pItr);

		// Look for additional metascenes which can be used instead of this scene
		std::list<Entity*> sceneList;
		g_PresetMan.GetAllOfType(sceneList, "Scene");

		// Go through the list and add all compatible metascenes to the list
		for (std::list<Entity*>::iterator itr = sceneList.begin(); itr != sceneList.end(); ++itr) {
			Scene* pScene = dynamic_cast<Scene*>(*itr);
			if (pScene) {
				if (pScene->GetMetasceneParent() == (*pItr)->GetModuleAndPresetName())
					metascenesList.push_back(pScene);
			}
		}
		// Finally select some random metascene
		int selection = RandomNum<int>(0, metascenesList.size() - 1);
		Scene* pSelectedScene = metascenesList.at(selection);

		// Copy selected scene
		m_Scenes.push_back(dynamic_cast<Scene*>(pSelectedScene->Clone()));
		// So we're messing with metascene, change it's name to conseal it's true nature
		if (selection > 0) {
			m_Scenes.back()->SetPresetName((*pItr)->GetPresetName());
			m_Scenes.back()->SetDescription((*pItr)->GetDescription());
			m_Scenes.back()->SetLocation((*pItr)->GetLocation());
			m_Scenes.back()->SetLocationOffset((*pItr)->GetLocationOffset());
			m_Scenes.back()->SetMetagameInternal(true);
		}
		// Add a metagame base area
		Scene::Area newArea(METABASE_AREA_NAME);
		newArea.AddBox(Box(0, 0, 1, 1)); // Add an empty box, or the area won't be saved
		m_Scenes.back()->AddArea(newArea);

		// Make sure they are all hidden at game start
		m_Scenes.back()->SetRevealed(false);
		// Make them unique presets in their own Data Module so they don't get referenced from the original presets they were made from
		m_Scenes.back()->MigrateToModule(g_PresetMan.GetModuleID(METASAVEMODULENAME));
		// Make them unexplored by all teams
		for (int team = Activity::TeamOne; team < m_TeamCount; ++team)
			m_Scenes.back()->FillUnseenLayer(Vector(4, 4), team, false);

		//	Go through all AI plan elements and expand all bunker schemes to concrete assemblies
		//	with fixed prices and place deployments
		m_Scenes.back()->ExpandAIPlanAssemblySchemes();
	}

	// The game that is currently being played is known as
	m_GameName = DEFAULTGAMENAME;

	// Start the game/intro
	m_CurrentRound = 0;
	m_RevealedScenes = 0;
	// TODO: Refine these, taking team numbers and total game size into account
	// Set the reveal rate of new sites each round
	m_RevealRate = 0.3;
	// Set the number of sites initially found at the start of the game
	m_RevealExtra = m_Players.size();
	m_GameState = GAMEINTRO;
	m_StateChanged = true;
	SetSuspend(false);

	ClearActivities();

	return 0;
}

int MetaMan::EndGame() {
	// Reset metagame UI
	m_pMetaGUI->SetToStartNewGame();

	// Destroy and clear any pre-existing scenes from previous games
	for (std::vector<Scene*>::iterator sItr = m_Scenes.begin(); sItr != m_Scenes.end(); ++sItr) {
		delete *sItr;
		*sItr = 0;
	}
	m_Scenes.clear();

	// The game that is currently being played is known as
	m_GameName = DEFAULTGAMENAME;

	m_GameState = NOGAME;
	m_StateChanged = true;
	SetSuspend(false);

	g_ActivityMan.EndActivity();

	g_MetaMan.m_Players.clear();

	ClearActivities();

	return 0;
}

int MetaMan::Load(const MetaSave* pSave) {
	if (!pSave)
		return -1;

	// Reset Metaman's AI skill in case those won't be loaded from older saves
	for (int team = Activity::TeamOne; team < Activity::MaxTeamCount; team++)
		m_TeamAISkill[team] = Activity::DefaultSkill;

	// Create the reader to read the metagame state from
	Reader reader(pSave->GetSavePath().c_str(), false, 0, false);
	if (!reader.ReaderOK())
		return -1;

	// Clear off players, scenes, and offensive activiies before filling up on new ones read from disk
	m_Players.clear();
	for (std::vector<Scene*>::iterator sItr = m_Scenes.begin(); sItr != m_Scenes.end(); ++sItr)
		delete (*sItr);
	m_Scenes.clear();
	for (std::vector<GAScripted*>::iterator aItr = m_RoundOffensives.begin(); aItr != m_RoundOffensives.end(); ++aItr)
		delete (*aItr);
	m_RoundOffensives.clear();

	// Now actually do the reading/loading from file
	Serializable::Create(reader, true, false);

	// Make sure all labels etc get set properly after load
	m_StateChanged = true;

	return 0;
}

int MetaMan::ReadProperty(const std::string_view& propName, Reader& reader) {
	StartPropertyList(return Serializable::ReadProperty(propName, reader));

	MatchProperty("GameState", { reader >> m_GameState; });
	MatchProperty("GameName", { reader >> m_GameName; });
	MatchProperty("AddPlayer",
	              {
		              MetaPlayer* player = new MetaPlayer();
		              reader >> *player;
		              m_Players.push_back(player);
	              });
	MatchProperty("TeamCount", { reader >> m_TeamCount; });
	MatchProperty("Team1Icon", { reader >> m_TeamIcons[Activity::TeamOne]; });
	MatchProperty("Team2Icon", { reader >> m_TeamIcons[Activity::TeamTwo]; });
	MatchProperty("Team3Icon", { reader >> m_TeamIcons[Activity::TeamThree]; });
	MatchProperty("Team4Icon", { reader >> m_TeamIcons[Activity::TeamFour]; });
	MatchProperty("CurrentRound", { reader >> m_CurrentRound; });
	MatchProperty("AddScene", {
		Scene* pScene = new Scene;
		reader >> pScene;
		m_Scenes.push_back(pScene);
	});
	MatchProperty("RevealedScenes", { reader >> m_RevealedScenes; });
	MatchProperty("RevealRate", { reader >> m_RevealRate; });
	MatchProperty("RevealExtra", { reader >> m_RevealExtra; });
	MatchProperty("AddOffensive", {
		GAScripted* pOffensive = new GAScripted();
		reader >> pOffensive;
		m_RoundOffensives.push_back(pOffensive);
	});
	MatchProperty("CurrentOffensive", { reader >> m_CurrentOffensive; });
	MatchProperty("Difficulty", { reader >> m_Difficulty; });
	MatchProperty("Team1AISkill", { reader >> m_TeamAISkill[Activity::TeamOne]; });
	MatchProperty("Team2AISkill", { reader >> m_TeamAISkill[Activity::TeamTwo]; });
	MatchProperty("Team3AISkill", { reader >> m_TeamAISkill[Activity::TeamThree]; });
	MatchProperty("Team4AISkill", { reader >> m_TeamAISkill[Activity::TeamFour]; });
	MatchProperty("MetaGUI", { reader >> m_pMetaGUI; });

	EndPropertyList;
}

int MetaMan::Save(Writer& writer) const {
	Serializable::Save(writer);

	writer.NewPropertyWithValue("GameState", m_GameState);
	writer.NewPropertyWithValue("GameName", m_GameName);
	writer.NewPropertyWithValue("Difficulty", m_Difficulty);
	writer.NewPropertyWithValue("Team1AISkill", m_TeamAISkill[Activity::TeamOne]);
	writer.NewPropertyWithValue("Team2AISkill", m_TeamAISkill[Activity::TeamTwo]);
	writer.NewPropertyWithValue("Team3AISkill", m_TeamAISkill[Activity::TeamThree]);
	writer.NewPropertyWithValue("Team4AISkill", m_TeamAISkill[Activity::TeamFour]);

	for (const MetaPlayer* metaPlayer: m_Players) {
		writer.NewPropertyWithValue("AddPlayer", *metaPlayer);
	}

	writer.NewPropertyWithValue("TeamCount", m_TeamCount);

	if (m_TeamCount >= 1) {
		writer.NewProperty("Team1Icon");
		m_TeamIcons[Activity::TeamOne].SavePresetCopy(writer);
	}
	if (m_TeamCount >= 2) {
		writer.NewProperty("Team2Icon");
		m_TeamIcons[Activity::TeamTwo].SavePresetCopy(writer);
	}
	if (m_TeamCount >= 3) {
		writer.NewProperty("Team3Icon");
		m_TeamIcons[Activity::TeamThree].SavePresetCopy(writer);
	}
	if (m_TeamCount >= 4) {
		writer.NewProperty("Team4Icon");
		m_TeamIcons[Activity::TeamFour].SavePresetCopy(writer);
	}

	writer.NewPropertyWithValue("CurrentRound", m_CurrentRound);

	for (const Scene* metaScene: m_Scenes) {
		// Save the scene data to a good unique prefix for the Scene's layers' bitmap files as they are saved
		// This should be handled separately from any .ini writing
		//(*sItr)->SaveData(writer.GetFolderPath() + m_GameName + " - " + (*sItr)->GetPresetName(), false);
		writer.NewPropertyWithValue("AddScene", metaScene);
	}

	writer.NewPropertyWithValue("RevealedScenes", m_RevealedScenes);
	writer.NewPropertyWithValue("RevealRate", m_RevealRate);
	writer.NewPropertyWithValue("RevealExtra", m_RevealExtra);

	for (const GAScripted* metaOffensive: m_RoundOffensives) {
		writer.NewPropertyWithValue("AddOffensive", metaOffensive);
	}

	writer.NewPropertyWithValue("CurrentOffensive", m_CurrentOffensive);
	writer.NewPropertyWithValue("MetaGUI", m_pMetaGUI);

	return 0;
}

void MetaMan::Destroy() {
	delete m_pMetaGUI;

	for (std::vector<Scene*>::iterator sItr = m_Scenes.begin(); sItr != m_Scenes.end(); ++sItr)
		delete (*sItr);
	for (std::vector<GAScripted*>::iterator aItr = m_RoundOffensives.begin(); aItr != m_RoundOffensives.end(); ++aItr)
		delete (*aItr);
	for (std::vector<MetaPlayer*>::iterator pItr = m_Players.begin(); pItr != m_Players.end(); ++pItr)
		delete (*pItr);

	Clear();
}

int MetaMan::SaveSceneData(const std::string& pathBase) {
	for (std::vector<Scene*>::const_iterator sItr = m_Scenes.begin(); sItr != m_Scenes.end(); ++sItr) {
		// Only save the data of revealed scenes that have already had their layers built and saved into files
		if ((*sItr)->IsRevealed() && (*sItr)->GetTerrain() && (*sItr)->GetTerrain()->IsLoadedFromDisk()) {
			// Save the scene data to a good unique prefix for the Scene's layers' bitmap files as they are saved
			if ((*sItr)->SaveData(pathBase + " - " + (*sItr)->GetPresetName()) < 0)
				return -1;
		}
	}
	return 0;
}

int MetaMan::LoadSceneData() {
	for (std::vector<Scene*>::iterator sItr = g_MetaMan.m_Scenes.begin(); sItr != g_MetaMan.m_Scenes.end(); ++sItr) {
		// Only load the data of revealed scenes that have already had their layers built and saved into files
		if ((*sItr)->IsRevealed() && (*sItr)->GetTerrain() && (*sItr)->GetTerrain()->IsLoadedFromDisk()) {
			// Only load the scene layer data, don't place objects or do any init for actually playing the scene
			if ((*sItr)->LoadData(false, false) < 0)
				return -1;
		}
	}
	return 0;
}

int MetaMan::ClearSceneData() {
	for (std::vector<Scene*>::iterator sItr = g_MetaMan.m_Scenes.begin(); sItr != g_MetaMan.m_Scenes.end(); ++sItr) {
		if ((*sItr)->ClearData() < 0)
			return -1;
	}
	return 0;
}

int MetaMan::GetPlayerTurn() const {
	// Player 1's turn is coming up on this round
	if (g_MetaMan.m_GameState <= PLAYER1TURN)
		return Players::PlayerOne;
	// we're past the player turns on this round, so player 1 is up next again
	else if ((g_MetaMan.m_GameState - PLAYER1TURN) > (m_Players.size() - 1))
		return Players::PlayerOne;

	// Return whos player's turn it is
	return g_MetaMan.m_GameState - PLAYER1TURN;
}

MetaPlayer* MetaMan::GetMetaPlayerOfInGamePlayer(int inGamePlayer) {
	for (std::vector<MetaPlayer*>::iterator itr = m_Players.begin(); itr != m_Players.end(); ++itr) {
		if ((*itr)->GetInGamePlayer() == inGamePlayer)
			return &(**itr);
	}

	// Didn't find any metaplayer that is using that in-game player
	return 0;
}

const Scene* MetaMan::GetNextSceneOfPlayer(int player, const Scene* pStartScene) const {
	if (m_Scenes.empty())
		return 0;

	const Scene* pFoundScene = 0;

	// If no valid start scene specified, just start search immediately
	bool foundStart = !(pStartScene && pStartScene->GetTeamOwnership() == g_MetaMan.GetTeamOfPlayer(player));

	// Search for the next scene owned by the currently animated player
	int scenesSearched = 0;
	for (std::vector<Scene*>::const_iterator sItr = g_MetaMan.m_Scenes.begin(); sItr != g_MetaMan.m_Scenes.end(); ++sItr) {
		// Don't search beyond what has been revealed already
		if (scenesSearched >= std::floor(m_RevealedScenes))
			break;

		// Find the place where to start the actual search for the next owned Scene from
		if (!foundStart) {
			// Ok, found the start, now begin actual search
			if (*sItr == pStartScene)
				foundStart = true;
		}
		// Now find the actual next owned Scene of this player
		else if ((*sItr)->GetTeamOwnership() == g_MetaMan.GetTeamOfPlayer(player)) {
			pFoundScene = *sItr;
			break;
		}
		++scenesSearched;
	}

	return pFoundScene;
}

int MetaMan::GetTotalBrainCountOfPlayer(int metaPlayer, bool countPoolsOnly) const {
	if (metaPlayer <= Players::NoPlayer || metaPlayer >= Players::MaxPlayerCount)
		return 0;

	// Count the pool first
	int brainCount = m_Players[metaPlayer]->GetBrainPoolCount();
	// Plus any that are out travelling between sites
	brainCount += m_Players[metaPlayer]->GetBrainsInTransit();

	if (!countPoolsOnly) {
		for (std::vector<Scene*>::const_iterator sItr = m_Scenes.begin(); sItr != m_Scenes.end(); ++sItr) {
			// Add up any brains installed as resident on any sites
			if ((*sItr)->IsRevealed() && (*sItr)->GetTeamOwnership() == GetTeamOfPlayer(metaPlayer) && (*sItr)->GetResidentBrain(m_Players[metaPlayer]->GetInGamePlayer()))
				brainCount += 1;
		}
	}

	return brainCount;
}

int MetaMan::GetGoldCountOfTeam(int team) const {
	if (team <= Activity::NoTeam || team >= m_TeamCount)
		return 0;

	float goldTotal = 0;
	// Go through all players and add up the funds of all who belong to this team
	for (int metaPlayer = Players::PlayerOne; metaPlayer < m_Players.size(); ++metaPlayer) {
		if (m_Players[metaPlayer]->GetTeam() == team)
			goldTotal += m_Players[metaPlayer]->GetFunds();
	}

	return goldTotal;
}

int MetaMan::GetSceneCountOfTeam(int team) const {
	if (team <= Activity::NoTeam || team >= m_TeamCount)
		return 0;

	// Go through all scenes and add up all the ones owned by this team
	int sceneCount = 0;
	for (std::vector<Scene*>::const_iterator sItr = m_Scenes.begin(); sItr != m_Scenes.end(); ++sItr) {
		// Add up any brains installed as resident on any sites
		if ((*sItr)->IsRevealed() && (*sItr)->GetTeamOwnership() == team)
			++sceneCount;
	}

	return sceneCount;
}

int MetaMan::GetTotalBrainCountOfTeam(int team, bool countPoolsOnly) const {
	if (team <= Activity::NoTeam || team >= m_TeamCount)
		return 0;

	// Go through all players and add up the brains of the ones who are on this team
	int brainCount = 0;

	for (int metaPlayer = Players::PlayerOne; metaPlayer < m_Players.size(); ++metaPlayer) {
		if (m_Players[metaPlayer]->GetTeam() == team)
			brainCount += GetTotalBrainCountOfPlayer(metaPlayer, countPoolsOnly);
	}

	return brainCount;
}

int MetaMan::OnlyTeamWithAnyBrainPoolLeft() {
	// See if only one team remains with any brains
	int brainTeamCount = 0;
	int brainTeam = Activity::NoTeam;
	for (int t = Activity::TeamOne; t < m_TeamCount; ++t) {
		// Only count brains in pools; not resident ones also
		if (GetTotalBrainCountOfTeam(t, true) > 0) {
			brainTeamCount++;
			brainTeam = t;
		}
	}

	// If exactly one team with brains, return that
	if (brainTeamCount == 1)
		return brainTeam;

	// None OR more than two teams are left with brains!
	return Activity::NoTeam;
}

/*
bool MetaMan::OneOrNoneTeamsLeft()
{
    // See if only one team remains with any brains
    int brainTeamCount = 0;
    int brainTeam = Activity::NoTeam;
    for (int t = Activity::TeamOne; t < m_TeamCount; ++t)
    {
        // Any brains left on this team? If so, they're a potential winner
        if (GetTotalBrainCountOfTeam(t) > 0)
        {
            brainTeamCount++;
            brainTeam = t;
        }
    }

    // If less than two teams left with any brains, they get indicated
    // Also, if NO teams with brain are left, that is indicated with NoTeam
    if (brainTeamCount <= 1)
        return true;

    return false;
}


int MetaMan::WhichTeamLeft()
{
    int whichTeam = Activity::NoTeam;

    // See if only one team remains with any brains
    int brainTeamCount = 0;
    int brainTeam = Activity::NoTeam;
    for (int t = Activity::TeamOne; t < m_TeamCount; ++t)
    {
        if (GetTotalBrainCountOfTeam(t) > 0)
        {
            brainTeamCount++;
            brainTeam = t;
        }
    }

    // If exactly one team with brains, return that
    if (brainTeamCount == 1)
        return brainTeam;

    // No team is left with brains!
    return Activity::NoTeam;
}
*/

bool MetaMan::NoBrainsLeftInAnyPool() {
	// Go through all players and check each for any brains in any pool
	for (std::vector<MetaPlayer*>::iterator mpItr = m_Players.begin(); mpItr != m_Players.end(); ++mpItr) {
		if ((*mpItr)->GetBrainPoolCount() > 0)
			return false;
	}
	return true;
}

int MetaMan::WhichTeamIsLeading() {
	int leaderTeam = Activity::NoTeam;
	bool tiedTeams[Activity::MaxTeamCount];
	for (int t = Activity::TeamOne; t < m_TeamCount; ++t)
		tiedTeams[t] = false;

	int baseCount = 0;
	// If we have a tie between two teams
	bool baseCountTie = false;
	// This is the record so far; negative so the first team with 0 won't detect as tied
	int highestBaseCount = -1;
	for (int team = Activity::TeamOne; team < m_TeamCount; ++team) {
		baseCount = GetSceneCountOfTeam(team);
		// We have a tie!
		if (baseCount == highestBaseCount) {
			// No leader - there's a tie
			leaderTeam = Activity::NoTeam;
			tiedTeams[team] = true;
			baseCountTie = true;
		}
		// In the lead; clear all other tie flags
		if (baseCount > highestBaseCount) {
			// Leader!
			leaderTeam = team;
			highestBaseCount = baseCount;
			// No more tie
			for (int t = Activity::TeamOne; t < m_TeamCount; ++t)
				tiedTeams[t] = false;
			// This team is now tied with itself (ie not tied)
			tiedTeams[team] = true;
			// There's no tie as of now
			baseCountTie = false;
		}
	}

	// If we have a tie in base count; then break the tie by looking at total gold funds of all tied teams
	if (baseCountTie) {
		float highestGold = 0;
		// Go through all tied teams
		for (int team = Activity::TeamOne; team < m_TeamCount; ++team) {
			// One of the teams tied in bases
			if (tiedTeams[team]) {
				if (GetGoldCountOfTeam(team) >= highestGold) {
					// New leader!
					highestGold = GetGoldCountOfTeam(team);
					leaderTeam = team;
				}
			}
		}
	}

	// We have a winner!
	return leaderTeam;
}

float MetaMan::GetSceneIncomeOfPlayer(int metaPlayer) const {
	float totalIncome = 0;

	for (std::vector<Scene*>::const_iterator sItr = g_MetaMan.m_Scenes.begin(); sItr != g_MetaMan.m_Scenes.end(); ++sItr) {
		// Add up all the generated income for this player this round
		if ((*sItr)->GetTeamOwnership() == g_MetaMan.GetTeamOfPlayer(metaPlayer))
			totalIncome += (*sItr)->GetRoundIncome();
	}
	return totalIncome;
}

float MetaMan::GetBudgetedRatioOfPlayer(int metaPlayer, const Scene* pException, bool includeOffensive, bool includeDefensive) const {
	float totalAllocated = 0;

	// Counting defensive allocations
	if (includeDefensive) {
		for (std::vector<Scene*>::const_iterator sItr = g_MetaMan.m_Scenes.begin(); sItr != g_MetaMan.m_Scenes.end(); ++sItr) {
			// Add up all the allocated funds so far this round, first of bases we're building
			if ((*sItr)->GetTeamOwnership() == g_MetaMan.GetTeamOfPlayer(metaPlayer) && *sItr != pException)
				totalAllocated += (*sItr)->GetBuildBudget(m_Players[metaPlayer]->GetInGamePlayer());
		}
	}

	// Also the money allocated for offensive action
	if (includeOffensive && !m_Players[metaPlayer]->GetOffensiveTargetName().empty() && (!pException || (pException && pException->GetPresetName() != m_Players[metaPlayer]->GetOffensiveTargetName())))
		totalAllocated += m_Players[metaPlayer]->GetOffensiveBudget();

	return totalAllocated / m_Players[metaPlayer]->GetFunds();
}

void MetaMan::SetSuspend(bool suspend) {
	if (suspend && !m_Suspended) {
		m_Suspended = true;
		m_GameSaved = false;
	} else if (!suspend && m_Suspended) {
		m_Suspended = false;
		m_GameSaved = false;
	}
}

int MetaMan::WhichTeamOwnsAllSites() {
	int owner = Activity::NoTeam;
	for (std::vector<Scene*>::iterator sItr = m_Scenes.begin(); sItr != m_Scenes.end(); ++sItr) {
		if ((*sItr)->IsRevealed()) {
			// A site with no owner means that not all sites have been taken duh
			if ((*sItr)->GetTeamOwnership() == Activity::NoTeam) {
				owner = Activity::NoTeam;
				break;
			}

			// So the site is owned by someone, and that someone is the only encountered owner yet
			if (owner == Activity::NoTeam || (*sItr)->GetTeamOwnership() == owner)
				owner = (*sItr)->GetTeamOwnership();
			// We found two diff teams owning sites, so noone owns em all
			else {
				owner = Activity::NoTeam;
				break;
			}
		}
	}
	return owner;
}

bool MetaMan::IsGameOver() {
	// This is the old condition of all sites being conquered
	//    if (m_RevealedScenes >= m_Scenes.size() && WhichTeamOwnsAllSites() != Activity::NoTeam)
	//        return true;

	// GAME IS OVER:
	// IF no players have any brains left in their respective pool, OR only one team does AND they are the leader in sites owned
	int onlyTeamLeft = OnlyTeamWithAnyBrainPoolLeft();
	if (NoBrainsLeftInAnyPool() || (onlyTeamLeft != Activity::NoTeam && WhichTeamIsLeading() == onlyTeamLeft))
		return true;

	return false;
}

int MetaMan::TotalScenePresets(std::list<Scene*>* pScenes) {
	int totalCount = 0;
	// Get the list of ALL read-in Scene presets
	std::list<Entity*> allScenePresets;
	g_PresetMan.GetAllOfType(allScenePresets, "Scene");
	Scene* pScenePreset = 0;

	// Temporary list of planet locations already being used
	std::list<Vector> usedLocations;
	bool locationOK = true;

	if (pScenes)
		pScenes->clear();

	// Go through the preset list and count/copy over all eligible ones
	for (std::list<Entity*>::iterator sItr = allScenePresets.begin(); sItr != allScenePresets.end(); ++sItr) {
		pScenePreset = dynamic_cast<Scene*>(*sItr);
		// Filter out editor or special scenes, or ones that don't have locations defined.
		if (pScenePreset && !pScenePreset->GetLocation().IsZero() && pScenePreset->IsMetagamePlayable() && pScenePreset->GetMetasceneParent() == "") {
			// Make sure this exact site location on the planet isn't occupied already
			locationOK = true;
			for (std::list<Vector>::iterator vItr = usedLocations.begin(); vItr != usedLocations.end(); ++vItr) {
				if (pScenePreset->GetLocation() == *vItr) {
					locationOK = false;
					break;
				}
			}

			if (locationOK) {
				// Add this unique location to the list of locations that are now occupied
				usedLocations.push_back(pScenePreset->GetLocation());
				// Add to list if there is a list
				if (pScenes)
					pScenes->push_back(pScenePreset);
				// Count the eligible scene
				totalCount++;
			}
		}
	}

	return totalCount;
}

int MetaMan::SelectScenePresets(int gameSize, std::list<Scene*>* pSelected) {
	// Get the list of ALL eligible read-in Scene presets
	std::list<Scene*> scenePresets;
	TotalScenePresets(&scenePresets);

	// If we need to actually fill the list, do so
	if (pSelected) {
		// Go through the list and randomly knock out as many presets as necessary to reach the number we need for this game
		int randomIndex;
		int currentIndex;
		while (scenePresets.size() > gameSize) {
			// Randomly select one of the scenes and remove it
			currentIndex = 0;
			randomIndex = RandomNum<int>(0, scenePresets.size() - 1);
			for (std::list<Scene*>::iterator pItr = scenePresets.begin(); pItr != scenePresets.end(); ++pItr) {
				if (currentIndex == randomIndex) {
					scenePresets.erase(pItr);
					break;
				}
				currentIndex++;
			}
		}

		// Cast and copy (not deep!) to fill the provided list
		pSelected->clear();
		for (Scene* scenePointer: scenePresets) {
			pSelected->push_back(scenePointer);
		}
	}

	return gameSize;
}

void MetaMan::ClearActivities() {
	for (std::vector<GAScripted*>::iterator aItr = m_RoundOffensives.begin(); aItr != m_RoundOffensives.end(); ++aItr)
		delete (*aItr);
	m_RoundOffensives.clear();
	m_CurrentOffensive = 0;
}

void MetaMan::AIPlayerTurn(int metaPlayer) {
	if (metaPlayer < 0 || metaPlayer >= m_Players.size())
		return;

	MetaPlayer* pThisPlayer = m_Players[metaPlayer];

	// If this player has no brains at all left, then do nothing
	if (GetTotalBrainCountOfPlayer(metaPlayer) <= 0) {
		pThisPlayer->SetGameOverRound(m_CurrentRound);
		pThisPlayer->SetOffensiveBudget(0);
		return;
	}

	// Tally up all the scenes according to who owns them
	int sceneCount = 0;
	int revealedScenes = std::floor(m_RevealedScenes);
	std::vector<Scene*> ownedScenes;
	std::vector<Scene*> enemyScenes;
	std::vector<Scene*> unclaimedScenes;

	float sceneMark = 0;
	Scene* pBestAttackCandidateScene = 0;

	for (std::vector<Scene*>::iterator sItr = m_Scenes.begin(); sItr != m_Scenes.end(); ++sItr) {
		float currentMark = 0;

		// We are only concerned with Scenes that are currently revealed and in play
		++sceneCount;
		if (sceneCount > revealedScenes)
			break;

		// Scene is owned by this guy's team
		if ((*sItr)->GetTeamOwnership() == pThisPlayer->GetTeam())
			ownedScenes.push_back(*sItr);
		// Enemy-owned scene
		else if ((*sItr)->GetTeamOwnership() != Activity::NoTeam) {
			enemyScenes.push_back(*sItr);
			// Scenes with heavy investment owned by a team with lots of funds are less likely to attack
			currentMark = -((*sItr)->GetTotalInvestment() + GetGoldCountOfTeam((*sItr)->GetTeamOwnership()));
		}
		// Unoccupied scene
		else {
			unclaimedScenes.push_back(*sItr);
			// Unclaimed scenes are guaranteed to attack
			currentMark = 1000;
		}

		// Set new attack candidate if we have some better options to attack
		if (currentMark != 0 && currentMark > sceneMark) {
			sceneMark = currentMark;
			pBestAttackCandidateScene = (*sItr);
		}
	}

	// Decide how much of current budget to spend on offense vs defense, and also unassigned countering budget for when we are attacked at a base
	float counterRatio = 0.15;
	float offenseRatio = pThisPlayer->GetAggressiveness() * 0.8;
	float attackGoldThreshold = 250 + ownedScenes.size() * 250;

	if (!unclaimedScenes.empty())
		attackGoldThreshold = 250;

	// Special case: no brains left in pool to attack with
	if (pThisPlayer->GetBrainPoolCount() <= 0) {
		// Save for someone attacking back
		counterRatio = 0.5;
		// Nothing to attack with
		offenseRatio = 0;
		pThisPlayer->SetOffensiveTargetName("");
	}
	// Special case: no owned bases
	else if (ownedScenes.empty()) {
		// Don't save anything for counter or defenses if we don't have any bases!
		counterRatio = 0;
		// Also don't hold back anything for defense if we don't have any bases to spend on
		offenseRatio = 1.0;
		// Always attack now matter how low the funds are, there's no way to get them anyway
		attackGoldThreshold = -1;
	}

	// What remains is for defense
	float defenseRatio = 1.0 - offenseRatio - counterRatio;

	// Set the attack budget, if there's anything to attack, and anything to attack with
	if ((!enemyScenes.empty() || !unclaimedScenes.empty()) && offenseRatio > 0 && pThisPlayer->GetFunds() * offenseRatio >= attackGoldThreshold) {
		pThisPlayer->SetOffensiveBudget(pThisPlayer->GetFunds() * offenseRatio);
		// Use two methods to select which scene to attack, first one is based on the previously obtained scene mark and the second is mostly random
		if (RandomNum() < 0.6F && pBestAttackCandidateScene) {
			pThisPlayer->SetOffensiveTargetName(pBestAttackCandidateScene->GetPresetName());
		} else {
			// And the target scene, randomly selected for now from all unfriendly targets
			int unfriendlySceneCount = enemyScenes.size() + unclaimedScenes.size();
			int targetIndex = RandomNum(0, unfriendlySceneCount - 1);
			// Give it a strong preference for unclaimed scenes! They make more strategic sense than to attack a hardened target
			if (!unclaimedScenes.empty() && targetIndex >= unclaimedScenes.size())
				targetIndex = RandomNum() < 0.75F ? RandomNum<int>(0, unclaimedScenes.size() - 1) : targetIndex;
			// From index to actual Scene and selection
			Scene* selectedTarget = targetIndex < unclaimedScenes.size() ? unclaimedScenes[targetIndex] : enemyScenes[targetIndex - unclaimedScenes.size()];
			if (selectedTarget)
				pThisPlayer->SetOffensiveTargetName(selectedTarget->GetPresetName());
		}
	}
	// All on defense instead after all
	else {
		pThisPlayer->SetOffensiveBudget(0);
		defenseRatio = 1.0;
	}

	// Spread out the defensive budgets on the owned sites
	float totalDefenseBudget = pThisPlayer->GetFunds() * defenseRatio;
	int player = pThisPlayer->GetInGamePlayer();
	for (std::vector<Scene*>::iterator sItr = ownedScenes.begin(); sItr != ownedScenes.end(); ++sItr) {
		// Evenly, for now.. later, might want to prioritize sites with established bases, or opposite?
		(*sItr)->SetBuildBudget(player, totalDefenseBudget / ownedScenes.size());

		// Save the build budget ratio that was selected as well, so it can be re-used next round?
		// (AI doesn't really need to use this since they re-do their allocation algo above each round)
		if (pThisPlayer->GetFunds() > 0)
			(*sItr)->SetBuildBudgetRatio(player, (*sItr)->GetBuildBudget(player) / pThisPlayer->GetFunds());
		else
			(*sItr)->SetBuildBudgetRatio(player, 0);

		// Move building pieces from the Scene's AI blueprint queue to the actual blueprints, but only approximately as much as can afford, so the entire AI pre-built base plan isn't revealed
		(*sItr)->ApplyAIPlan(player);
	}

	// TODO: Pay for and schedule to scan a random unfriendly site to keep things fair
}

void MetaMan::Update() {
	m_pMetaGUI->Update();

	////////////////////////////////////////////
	// METAGAME STATE MACHINE UPDATER

	// Game is temporarily suspended, don't do anything
	if (m_Suspended) {

	}
	// Game not started; the GUI will show the new game dialog
	else if (m_GameState == NOGAME) {
		// Show suspended so the new game dialog will show up
		m_Suspended = true;

		// State end
		if (m_pMetaGUI->ContinuePhase()) {
			m_GameState = GAMEINTRO;
			m_StateChanged = true;
		}
	}

	// INTRO
	// Show some nice graphical intro of the campaign
	else if (m_GameState == GAMEINTRO) {
		// State init
		if (m_StateChanged) {
			m_PhaseTimer.Reset();
			m_StateChanged = false;
		}

		// State body

		// State end
		if (1) // m_pMetaGUI->ContinuePhase())
		{
			m_GameState = NEWROUND;
			m_StateChanged = true;
		}
	}

	// NEW ROUND
	// Show a nice banner for the new round and its number
	else if (m_GameState == NEWROUND) {
		// State init
		if (m_StateChanged) {
			// New day; clear out old activities
			ClearActivities();
			m_PhaseTimer.Reset();
			m_StateChanged = false;
		}

		// State body

		// State end
		if (m_pMetaGUI->ContinuePhase()) {
			m_GameState = REVEALSCENES;
			m_StateChanged = true;
		}
	}

	// REVEAL SCENES
	// If not all the sites are revealed yet, reveal one or two (depending on how many players playing?)
	else if (m_GameState == REVEALSCENES) {
		// State init
		if (m_StateChanged) {
			m_PhaseTimer.Reset();
			m_StateChanged = false;
		}

		// State body

		// State end
		if (m_pMetaGUI->ContinuePhase()) {
			m_GameState = COUNTINCOME;
			m_StateChanged = true;
		}
	}

	// COUNT INCOME
	// Count all the income from all owned bases, add to respective players' funds:
	// Show this with lines from the bases adding to the floating player counters, showing income ratios, and leave the lines there to show base ownership and value during turns
	else if (m_GameState == COUNTINCOME) {
		// State init
		if (m_StateChanged) {
			m_PhaseTimer.Reset();
			m_StateChanged = false;
		}

		// State body

		// State end
		if (m_pMetaGUI->ContinuePhase()) {
			m_GameState = PLAYER1TURN;
			m_StateChanged = true;
		}
	}

	// PLAYER TURNS
	// Player-controlled player turn sequence:
	//     Show planet and current known sites, allow inspection of each
	//     Allow to zoom in on each site owned by this player:
	//         Build blueprints (allocating defense budget) in Scene Editor Activity until player done
	//     Allow clicking on sites unvisited by anyone
	//         Allocate expedition budget to this site with a slider
	//     Allow clicking on sites already claimed by other player
	//         Allocate attack budget to this site with a slider
	//     [Question: allow more than one expedition/offense action per turn?? - A: no]
	//     Wait til player hits [End Turn] button
	// AI-controlled player turn sequence: