quake4-sdk/source/game/mp/stats/StatManager.h
2007-06-15 00:00:00 +00:00

349 lines
9.3 KiB
C++

//----------------------------------------------------------------
// StatManager.h
//
// Copyright 2002-2004 Raven Software
//----------------------------------------------------------------
#ifndef __STATMANAGER_H__
#define __STATMANAGER_H__
#include "StatEvent.h"
#include "StatWindow.h"
#ifndef ID_TRAFFICSTATS
#define ID_TRAFFICSTATS 0
#endif
/*
===============================================================================
Multiplayer game statistics
===============================================================================
*/
/*
================
endGameAward_t
End-game award IDs
================
*/
enum endGameAward_t {
EGA_INVALID = 0,
EGA_LEMMING,
EGA_RAIL_MASTER,
EGA_ROCKET_SAUCE,
EGA_BRAWLER,
EGA_SNIPER,
EGA_CRITICAL_FAILURE,
EGA_TEAM_PLAYER,
EGA_ACCURACY,
EGA_FRAGS,
EGA_PERFECT,
EGA_NUM_AWARDS
};
/*
================
endGameAwardInfo_t
end-game award info
================
*/
struct endGameAwardInfo_t {
char* name;
};
/*
================
inGameAward_t
in-game award IDs
================
*/
enum inGameAward_t {
IGA_INVALID = 0,
IGA_CAPTURE,
IGA_HUMILIATION,
IGA_IMPRESSIVE,
IGA_EXCELLENT,
IGA_ASSIST,
IGA_DEFENSE,
IGA_COMBO_KILL,
IGA_RAMPAGE,
IGA_HOLY_SHIT,
IGA_NUM_AWARDS
};
enum comboKillState_t {
CKS_NONE,
CKS_ROCKET_FIRED,
CKS_ROCKET_HIT,
CKS_RAIL_FIRED,
CKS_RAIL_HIT,
};
/*
================
inGameAwardInfo_t
in-game award info
================
*/
struct inGameAwardInfo_t {
char* name;
};
/*
================
rvStatAllocator
A simple block allocator for different stat objects.
Note: this isn't a real heap; it has no delete or tracking of free blocks.
It matches the memory usage of the rvStatManager which dumps its entire
memory all at once at very specific times. If that ever changes, this will
need to change.
================
*/
const int BLOCK_SIZE = 1024;
const int MAX_BLOCKS = 128;
class rvStatAllocator {
protected:
byte blocks[ BLOCK_SIZE * MAX_BLOCKS ];
short currentBlock; // current block
size_t placeInBlock; // current position, offset from start of block
size_t totalBytesUsed; // total bytes handed out from the allocator
size_t totalAllocations; // total blocks handed out from the allocator
size_t totalBytesAllocated; // total bytes in all allocated blocks
size_t allocationsByType[ST_COUNT]; // one spare at [0]; allocations per type of event
void *GetBlock( size_t blockSize, int* blockNumOut = NULL );
public:
rvStatAllocator();
void Report();
void Reset();
// object allocators
rvStatBeginGame *AllocStatBeginGame ( int t, int* blockNumOut = NULL );
rvStatEndGame *AllocStatEndGame ( int t, int* blockNumOut = NULL );
rvStatClientConnect *AllocStatClientConnect ( int t, int client, int* blockNumOut = NULL );
rvStatHit *AllocStatHit ( int t, int p, int v, int w, bool countForAccuracy, int* blockNumOut = NULL );
rvStatKill *AllocStatKill ( int t, int p, int v, bool g, int mod, int* blockNumOut = NULL );
rvStatDeath *AllocStatDeath ( int t, int p, int mod, int* blockNumOut = NULL );
rvStatDamageDealt *AllocStatDamageDealt ( int t, int p, int w, int d, int* blockNumOut = NULL );
rvStatDamageTaken *AllocStatDamageTaken ( int t, int p, int w, int d, int* blockNumOut = NULL );
rvStatFlagDrop *AllocStatFlagDrop ( int t, int p, int a, int tm, int* blockNumOut = NULL );
rvStatFlagReturn *AllocStatFlagReturn ( int t, int p, int tm, int* blockNumOut = NULL );
rvStatFlagCapture *AllocStatFlagCapture ( int t, int p, int f, int tm, int* blockNumOut = NULL );
// bookkeeping readers
ID_INLINE size_t GetBytesLeftInBlock() const {
assert( placeInBlock <= BLOCK_SIZE );
return ( size_t )( BLOCK_SIZE - placeInBlock );
}
ID_INLINE size_t GetPlaceInBlock() const {
return placeInBlock;
}
ID_INLINE size_t GetTotalBytesUsed() const {
return totalBytesUsed;
}
ID_INLINE size_t GetTotalAllocations() const {
return totalAllocations;
}
ID_INLINE size_t GetAllocationsByType( statType_t type ) const {
return allocationsByType[ type ];
}
ID_INLINE size_t GetTotalBytesAllocated() const {
return totalBytesAllocated;
}
};
/*
================
rvPlayerStat
Stores one player's stat information.
================
*/
class rvPlayerStat {
public:
rvPlayerStat();
void Clear( void );
void CalculateStats( int p, const idList<rvStat*>& playerStats );
void PackStats( idBitMsg& msg );
void UnpackStats( const idBitMsg& msg );
int weaponShots[ MAX_WEAPONS ];
int weaponHits[ MAX_WEAPONS ];
int weaponKills[ MAX_WEAPONS ];
int kills;
int deaths;
int suicides;
float damageRatio;
// asalmon: added for Xenon
// ddynerman: also used on PC
int damageGiven;
int damageTaken;
idList<endGameAward_t> endGameAwards;
// asalmon: changed this to just an array of counts
int inGameAwards[IGA_NUM_AWARDS];
int lastUpdateTime;
};
/*
================
rvStatManager
The statistics management interface. This is the entrypoint into
statistics from the game.
The game calls into rvStatManager at appropriate times (i.e. 'FlagCaptured')
rvStatManager creates stat events (see StatEvent.h) with the appropriate
information and append them to the statQueue.
The statQueue is parsed at the end of a game to tabulate statistics, give
end-game awards.
================
*/
class rvStatManager {
public:
rvStatManager();
void Init( void );
void Shutdown( void );
// generic events
void BeginGame( void );
void EndGame( void );
void ClientConnect( int clientNum );
void ClientDisconnect( int clientNum );
void WeaponFired( const idPlayer* player, int weapon, int num );
void WeaponHit( const idActor* attacker, const idEntity* victim, int weapon, bool countForAccuracy = true );
void Damage( const idEntity* attacker, const idEntity* victim, int weapon, int damage );
// ctf-specific events
void FlagCaptured( const idPlayer* player, int flagTeam );
void FlagDropped( const idPlayer* player, const idEntity* attacker );
void FlagReturned( const idPlayer* player );
// shared events
void Kill( const idPlayer* victim, const idEntity* killer, int methodOfDeath );
void DebugPrint( void );
rvPlayerStat* GetPlayerStats( void ) { return playerStats; };
rvPlayerStat* GetPlayerStat( int clientNum );
void CalculateEndGameStats( void );
void GivePlayerCashForAward( idPlayer* player, inGameAward_t award );
void GiveInGameAward( inGameAward_t award, int clientNum );
// network transmission
void SendStat( int toClient, int statClient );
void ReceiveStat( const idBitMsg& msg );
void SendInGameAward( inGameAward_t award, int clientNum );
void ReceiveInGameAward( const idBitMsg& msg );
void CheckAwardQueue();
void ClearStats( void );
int DamageGiven( int playerNum, int lowerBound = idMath::INT_MIN, int upperBound = idMath::INT_MAX );
int DamageTaken( int playerNum, int lowerBound = idMath::INT_MIN, int upperBound = idMath::INT_MAX );
void UpdateInGameHud( idUserInterface* statHud, bool visible );
void UpdateEndGameHud( idUserInterface* statHud, int clientNum );
void SetupEndGameHud( idUserInterface* statHud );
rvStat* GetLastClientStat( int clientNum, statType_t type, int time );
void GetLastClientStats( int clientNum, statType_t type, int time, int num, rvStat** results );
rvStatTeam* GetLastTeamStat( int team, statType_t type, int time );
rvStat* GetStat( int i );
void GetAccuracyLeaders( int accuracyLeaders[ MAX_WEAPONS ] );
void SetupStatWindow( idUserInterface* statHud );
void SelectStatWindow( int selectionIndex, int selectionTeam );
int GetSelectedClientNum( int* selectionIndexOut = NULL, int* selectionTeamOut = NULL );
//asalmon: Sends all stats to all clients. For Xenon periodic update of stats.
void SendAllStats( int clientNum = -1, bool full = true );
void ReceiveAllStats( const idBitMsg& msg );
void SetDamageGiven(int client, int damage) { playerStats[client].damageGiven = damage; }
void SetDamageTaken(int client, int damage) { playerStats[client].damageTaken = damage; }
int FreeEvents( int blockNum );
static comboKillState_t comboKillState[ MAX_CLIENTS ];
static int lastRailShot[ MAX_CLIENTS ];
static int lastRailShotHits[ MAX_CLIENTS ];
private:
idList<rvPair<rvStat*, int> > statQueue;
idList<rvPair<int, bool> > awardQueue;
// idList<rvStatInGame> inGameStats;
// rvStatInGame previousInGameStats[ MAX_CLIENTS ];
// rvStatInGame localClientInGameStats;
// local hud support
int localInGameAwards[ IGA_NUM_AWARDS ];
int inGameAwardHudTime;
rvPlayerStat playerStats[ MAX_CLIENTS ];
bool endGameSetup;
rvStatWindow statWindow;
// shouchard: stat allocator to avoid lots of little news
rvStatAllocator statAllocator;
#ifdef _XENON
int lastFullUpdate;
#endif
#if ID_TRAFFICSTATS
int startSent;
int startPacketsSent;
int startReceived;
int startPacketsReceived;
int startTime;
#endif
};
ID_INLINE rvStat* rvStatManager::GetStat( int i ) {
if( i < 0 || i >= statQueue.Num() ) {
return NULL;
}
return statQueue[ i ].First();
}
extern rvStatManager* statManager;
extern inGameAwardInfo_t inGameAwardInfo[ IGA_NUM_AWARDS ];
extern endGameAwardInfo_t endGameAwardInfo[ EGA_NUM_AWARDS ];
#endif /* !__STATMANAGER_H__ */