glest-source/source/glest_game/game/stats.h

// ==============================================================
//	This file is part of Glest (www.glest.org)
//
//	Copyright (C) 2001-2008 Martiño Figueroa
//
//	You can redistribute this code 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
// ==============================================================

#ifndef _GLEST_GAME_STATS_H_
#define _GLEST_GAME_STATS_H_

#ifdef WIN32
    #include <winsock2.h>
    #include <winsock.h>
#endif

#include <string>
#include "game_constants.h"
#include "faction.h"
#include "faction_type.h"
#include "vec.h"
#include "leak_dumper.h"

using std::string;
using namespace Shared::Graphics;

namespace Glest{ namespace Game{

class PlayerStats {
public:
	PlayerStats();

	ControlType control;
	float resourceMultiplier;
	string factionTypeName;
	FactionPersonalityType personalityType;
	int teamIndex;
	bool victory;
	int kills;
	int enemykills;
	int deaths;
	int unitsProduced;
	int resourcesHarvested;
	string playerName;
	bool playerLeftBeforeEnd;
	int timePlayerLeft;
	Vec3f playerColor;

	string getStats() const;
};

// =====================================================
// 	class Stats
//
///	Player statistics that are shown after the game ends
// =====================================================

class Stats {
private:
	PlayerStats playerStats[GameConstants::maxPlayers];
	
	string description;
	int factionCount;
	int thisFactionIndex;

	float worldTimeElapsed;
	int framesPlayed;
	int framesToCalculatePlaytime;
	int maxConcurrentUnitCount;
	int totalEndGameConcurrentUnitCount;
	bool isMasterserverMode;
	string techName;

public:

	Stats() {
		//description 		= "";
		factionCount 		= 0;
		thisFactionIndex 	= 0;

		worldTimeElapsed				= 0.0;
		framesPlayed					= 0;
		framesToCalculatePlaytime		= 0;
		maxConcurrentUnitCount			= 0;
		totalEndGameConcurrentUnitCount	= 0;
		isMasterserverMode				= false;
		//techName						= "";
	}

	void init(int factionCount, int thisFactionIndex, const string &description,
			const string &techName);

	string getDescription() const	{return description;}
	int getThisFactionIndex() const	{return thisFactionIndex;}
	int getFactionCount() const		{return factionCount;}

	float getWorldTimeElapsed() const 				{return worldTimeElapsed;}
	int getFramesPlayed() const 					{return framesPlayed; }
	int getFramesToCalculatePlaytime() const 		{return framesToCalculatePlaytime; }
	int getMaxConcurrentUnitCount() const 			{return maxConcurrentUnitCount; }
	int getTotalEndGameConcurrentUnitCount() const 	{return totalEndGameConcurrentUnitCount; }

	const string &getFactionTypeName(int factionIndex) const	{return playerStats[factionIndex].factionTypeName;}
	FactionPersonalityType getPersonalityType(int factionIndex) const { return playerStats[factionIndex].personalityType;}
	ControlType getControl(int factionIndex) const				{return playerStats[factionIndex].control;}
	float getResourceMultiplier(int factionIndex) const			{return playerStats[factionIndex].resourceMultiplier;}
	bool getVictory(int factionIndex) const						{return playerStats[factionIndex].victory;}
	int getTeam(int factionIndex) const							{return playerStats[factionIndex].teamIndex;}
	int getKills(int factionIndex) const						{return playerStats[factionIndex].kills;}
	int getEnemyKills(int factionIndex) const					{return playerStats[factionIndex].enemykills;}
	int getDeaths(int factionIndex) const						{return playerStats[factionIndex].deaths;}
	int getUnitsProduced(int factionIndex) const				{return playerStats[factionIndex].unitsProduced;}
	int getResourcesHarvested(int factionIndex) const			{return playerStats[factionIndex].resourcesHarvested;}
	string getPlayerName(int factionIndex) const				{return playerStats[factionIndex].playerName;}
	bool getPlayerLeftBeforeEnd(int factionIndex) const			{return playerStats[factionIndex].playerLeftBeforeEnd;}
	void setPlayerLeftBeforeEnd(int factionIndex, bool value) 	{playerStats[factionIndex].playerLeftBeforeEnd = value; }
	Vec3f getPlayerColor(int factionIndex) const				{ return playerStats[factionIndex].playerColor;}

	int getTimePlayerLeft(int factionIndex) const			{return playerStats[factionIndex].timePlayerLeft;}
	void setTimePlayerLeft(int factionIndex, int value) 	{playerStats[factionIndex].timePlayerLeft = value; }


	bool getIsMasterserverMode() const							{ return isMasterserverMode; }
	void setIsMasterserverMode(bool value) 						{ isMasterserverMode = value; }

	void setDescription(const string& description)							{this->description = description;}
	void setWorldTimeElapsed(float value)  				{this->worldTimeElapsed = value;}
	void setFramesPlayed(int value)  					{this->framesPlayed = value; }
	void setMaxConcurrentUnitCount(int value)  			{this->maxConcurrentUnitCount = value; }
	void setTotalEndGameConcurrentUnitCount(int value) 	{this->totalEndGameConcurrentUnitCount = value; }

	void setFactionTypeName(int playerIndex, const string& factionTypeName)	{playerStats[playerIndex].factionTypeName= factionTypeName;}
	void setPersonalityType(int playerIndex, FactionPersonalityType value)  {playerStats[playerIndex].personalityType = value;}
	void setControl(int playerIndex, ControlType control)					{playerStats[playerIndex].control= control;}
	void setResourceMultiplier(int playerIndex, float resourceMultiplier)	{playerStats[playerIndex].resourceMultiplier= resourceMultiplier;}
	void setTeam(int playerIndex, int teamIndex)							{playerStats[playerIndex].teamIndex= teamIndex;}
	void setVictorious(int playerIndex);
	void kill(int killerFactionIndex, int killedFactionIndex, bool isEnemy, bool isDeathCounted, bool isKillCounted);
	void die(int diedFactionIndex, bool isDeathCounted);
	void produce(int producerFactionIndex, bool isProductionCounted);
	void harvest(int harvesterFactionIndex, int amount);
	void setPlayerName(int playerIndex, string value) 	{playerStats[playerIndex].playerName = value; }
	void setPlayerColor(int playerIndex, Vec3f value)	{playerStats[playerIndex].playerColor = value; }

	void addFramesToCalculatePlaytime()  		{this->framesToCalculatePlaytime++; }

	void setTechName(string name) { techName = name; }
	string getTechName() const { return techName; }

	string getStats() const;

	void saveGame(XmlNode *rootNode);
	void loadGame(const XmlNode *rootNode);
};

}}//end namespace

#endif