/
CMemStats.cpp
988 lines (864 loc) · 47.5 KB
/
CMemStats.cpp
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/*****************************************************************************
*
* PROJECT: Multi Theft Auto v1.0
* LICENSE: See LICENSE in the top level directory
* FILE: core/CMemStats.cpp
*
* Multi Theft Auto is available from http://www.multitheftauto.com/
*
*****************************************************************************/
#include <StdInc.h>
#include <Psapi.h>
#include <game/CGame.h>
#include "CModelCacheManager.h"
DECLARE_ENUM( ePools );
IMPLEMENT_ENUM_BEGIN( ePools )
ADD_ENUM1( BUILDING_POOL )
ADD_ENUM1( PED_POOL )
ADD_ENUM1( OBJECT_POOL )
ADD_ENUM1( DUMMY_POOL )
ADD_ENUM1( VEHICLE_POOL )
ADD_ENUM1( COL_MODEL_POOL )
ADD_ENUM1( TASK_POOL )
ADD_ENUM1( EVENT_POOL )
ADD_ENUM1( TASK_ALLOCATOR_POOL )
ADD_ENUM1( PED_INTELLIGENCE_POOL )
ADD_ENUM1( PED_ATTRACTOR_POOL )
ADD_ENUM1( ENTRY_INFO_NODE_POOL )
ADD_ENUM1( NODE_ROUTE_POOL )
ADD_ENUM1( PATROL_ROUTE_POOL )
ADD_ENUM1( POINT_ROUTE_POOL )
ADD_ENUM1( POINTER_DOUBLE_LINK_POOL )
ADD_ENUM1( POINTER_SINGLE_LINK_POOL )
ADD_ENUM1( ENV_MAP_MATERIAL_POOL )
ADD_ENUM1( ENV_MAP_ATOMIC_POOL )
ADD_ENUM1( SPEC_MAP_MATERIAL_POOL )
IMPLEMENT_ENUM_END( "ePools" )
namespace
{
//
// Helper functions/classes for CMemStats
//
//
// Commas in big numbers
//
template<class T>
static SString FormatNumberWithCommas(T value, int numberOfDecimalPlaces = 0)
{
#if 0
static std::stringstream ss;
static bool ss_init = false;
static std::string empty_string;
if (!ss_init) { ss.imbue(std::locale("")); ss_init = true; }
ss.str(empty_string);
ss.precision(numberOfDecimalPlaces);
ss << std::fixed << value;
#else
std::stringstream ss;
ss << value;
#endif
return SString ( ss.str() );
}
//
// For drawing tables with nice neat columns in D3D
//
class CDxTable
{
public:
struct SColumn
{
uint uiWidth;
uint uiAlignment;
SString strText;
};
CDxTable ( const SString& strColumnDivider = "," )
: m_strColumnDivider ( strColumnDivider )
, m_uiTotalWidth ( 0 )
, m_uiNumRows ( 0 )
{
}
// Setup number of columns and the width/alignment of each column
// This also resets the table
void SetColumnWidths ( const SString& strWidths )
{
m_ColumnList.clear ();
m_uiTotalWidth = 0;
m_uiNumRows = 0;
CSplitString splitString ( strWidths, ",", 0, m_ColumnList.size () );
for ( uint i = 0 ; i < splitString.size () ; i++ )
{
CSplitString splitString2 ( splitString[i], ":", 0, 2 );
uint uiWidth = atoi ( splitString2[0] );
const char* szAlignment = splitString2[1];
SColumn column;
column.uiWidth = uiWidth;
column.uiAlignment = szAlignment[0] == 'R' ? DT_RIGHT : szAlignment[0] == 'C' ? DT_CENTER : DT_LEFT;
m_ColumnList.push_back ( column );
m_uiTotalWidth += uiWidth;
}
}
// For cell colors depending on cell value
void SetNumberColors ( const SString& strTag, const SString& strColorInfo )
{
std::map < int, SString >& valueColorCodeMap = MapGet ( m_ValueColorCodeMapMap, strTag );
valueColorCodeMap.clear ();
CSplitString splitString ( strColorInfo, "," );
for ( uint i = 0 ; i < splitString.size () ; i++ )
{
const char* szItem = splitString[i];
if ( strlen ( szItem ) < 8 )
continue;
int iValue = atoi ( szItem + 7 );
MapSet ( valueColorCodeMap, iValue, SStringX ( szItem ).SubStr ( 0, 7 ) );
}
}
// Add a new row of data
void AddRow ( const SString& strRow )
{
CSplitString splitString ( strRow, m_strColumnDivider, 0, m_ColumnList.size () );
SString strTemp;
for ( uint i = 0 ; i < splitString.size () && i < m_ColumnList.size() ; i++ )
{
SColumn& column = m_ColumnList[i];
const char* szText = splitString[i];
// Replace ~X0 with X
if ( const char* szPos = strchr ( szText, '~' ) )
{
uint iPos = (uint)szPos - (uint)szText;
SStringX strText ( szText );
if ( szPos[2] == '0' )
{
strTemp = strText.SubStr ( 0, iPos ) + strText.SubStr ( iPos + 1, 1 ) + strText.SubStr ( iPos + 3 );
}
else
{
strTemp = strText.SubStr ( 0, iPos ) + strText.SubStr ( iPos + 2 );
}
szText = strTemp;
}
// If it starts with ^, eval following number and prepend color code
if ( szText[0] == '^' && szText[1] )
{
const std::map < int, SString >& valueColorCodeMap = MapGet ( m_ValueColorCodeMapMap, std::string ( szText, 2 ) );
const char* szValue = szText + 2;
int iValue = atoi ( szValue );
SString strColorCode = "#00FFFF";
std::map < int, SString >::const_iterator iterNext = valueColorCodeMap.begin ();
if ( iterNext != valueColorCodeMap.end () )
{
std::map < int, SString >::const_iterator iterCur = iterNext++;
for ( ; iterNext != valueColorCodeMap.end () ; ++iterCur, ++iterNext )
{
if ( iValue < 0 )
{
if ( iValue < iterNext->first )
{
strColorCode = iterCur->second;
break;
}
}
else
if ( iValue == 0 )
{
if ( iValue == iterCur->first )
{
strColorCode = iterCur->second;
break;
}
}
else
if ( iValue > 0 )
{
if ( iValue <= iterNext->first )
{
strColorCode = iterNext->second;
break;
}
}
}
}
column.strText += strColorCode;
column.strText += szValue;
}
else
{
column.strText += szText;
}
column.strText += "\n";
}
m_uiNumRows++;
}
uint GetPixelWidth ( void ) const
{
return m_uiTotalWidth;
}
uint GetPixelHeight ( void ) const
{
return m_uiNumRows * 15;
}
// Draw the table with D3D
void Draw ( float fX, float fY, DWORD dwBackColor, uint uiBorderLeft, uint uiBorderRight, uint uiBorderUp, uint uiBorderDown )
{
// Draw background if required
if ( dwBackColor )
g_pGraphics->DrawRectQueued ( fX - uiBorderLeft, fY - uiBorderUp, GetPixelWidth () + uiBorderLeft + uiBorderRight, GetPixelHeight () + uiBorderUp + uiBorderDown, dwBackColor, true );
// Draw each column
for ( uint i = 0 ; i < m_ColumnList.size () ; i++ )
{
const SColumn& column = m_ColumnList[i];
g_pGraphics->DrawStringQueued ( fX, fY, fX + column.uiWidth, fY, 0xFFFFFFFF, column.strText, 1, 1, DT_NOCLIP | column.uiAlignment, NULL, true, true );
fX += column.uiWidth;
}
}
protected:
std::map < SString, std::map < int, SString > > m_ValueColorCodeMapMap;
SString m_strColumnDivider;
uint m_uiTotalWidth;
uint m_uiNumRows;
std::vector < SColumn > m_ColumnList;
};
// Clear SMemStatsInfo struct
void MemStatsInfoClear ( SMemStatsInfo& memStats )
{
static SMemStatsInfo* pZeroed = new SMemStatsInfo ();
memStats = *pZeroed;
}
}
///////////////////////////////////////////////////////////////
//
// CMemStats class
//
///////////////////////////////////////////////////////////////
class CMemStats : public CMemStatsInterface
{
public:
ZERO_ON_NEW
CMemStats ( void );
~CMemStats ( void );
// CMemStatsInterface methods
virtual void Draw ( void );
virtual void SetEnabled ( bool bEnabled );
virtual bool IsEnabled ( void );
virtual void SampleState ( SMemStatsInfo& memStatsInfo );
protected:
void UpdateFrameStats ( void );
void UpdateIntervalStats ( void );
void CreateTables ( void );
CElapsedTime m_UpdateTimer;
bool m_bEnabled;
SMemStatsInfo m_MemStatsNow;
SMemStatsInfo m_MemStatsPrev;
SMemStatsInfo m_MemStatsDelta;
SMemStatsInfo m_MemStatsMax;
std::list < CDxTable > m_TableList;
float m_fPosY;
};
///////////////////////////////////////////////////////////////
//
// CMemStats instantiation
//
///////////////////////////////////////////////////////////////
CMemStats* g_pMemStats = NULL;
CMemStatsInterface* GetMemStats ( void )
{
if ( !g_pMemStats )
g_pMemStats = new CMemStats ();
return g_pMemStats;
}
///////////////////////////////////////////////////////////////
//
// CVideoModeManager implementation
//
///////////////////////////////////////////////////////////////
CMemStats::CMemStats ( void )
{
}
CMemStats::~CMemStats ( void )
{
}
///////////////////////////////////////////////////////////////
//
// CMemStats::SetEnabled
//
//
//
///////////////////////////////////////////////////////////////
void CMemStats::SetEnabled ( bool bEnabled )
{
if ( m_bEnabled != bEnabled )
{
m_bEnabled = bEnabled;
// Clear accumulated changes for first display
if ( m_bEnabled )
{
UpdateIntervalStats ();
UpdateIntervalStats ();
CreateTables ();
}
}
}
///////////////////////////////////////////////////////////////
//
// CMemStats::IsEnabled
//
//
//
///////////////////////////////////////////////////////////////
bool CMemStats::IsEnabled (void )
{
return m_bEnabled;
}
///////////////////////////////////////////////////////////////
//
// CMemStats::Draw
//
//
//
///////////////////////////////////////////////////////////////
void CMemStats::Draw ( void )
{
if ( !m_bEnabled )
return;
UpdateFrameStats ();
// Time to update?
if ( m_UpdateTimer.Get () > 2000 )
{
m_UpdateTimer.Reset ();
UpdateIntervalStats ();
CreateTables ();
}
float fResWidth = static_cast < float > ( g_pGraphics->GetViewportWidth () );
float fResHeight = static_cast < float > ( g_pGraphics->GetViewportHeight () );
float fTotalHeight = 0;
// Draw tables
if ( !m_TableList.empty () )
{
float fX = fResWidth - m_TableList.front ().GetPixelWidth () - 15;
float fY = 200 - m_fPosY;
for ( std::list < CDxTable >::iterator iter = m_TableList.begin () ; iter != m_TableList.end () ; ++iter )
{
CDxTable& table = *iter;
table.Draw ( fX, fY, 0x78000000, 10, 10, 8, 8 );
float fHeight = table.GetPixelHeight () + 20;
fY += fHeight;
fTotalHeight += fHeight;
}
}
// Handle scrolling
bool bHoldingPageUp = ( GetAsyncKeyState ( VK_PRIOR ) & 0x8000 ) != 0;
bool bHoldingPageDown = ( GetAsyncKeyState ( VK_NEXT ) & 0x8000 ) != 0;
if ( bHoldingPageUp )
{
m_fPosY = std::max ( 0.f, m_fPosY - 10 );
}
if ( bHoldingPageDown )
{
float fScrollHeight = fTotalHeight - ( fResHeight - 200 );
if ( fScrollHeight > 0 )
m_fPosY = std::min ( fScrollHeight, m_fPosY + 10 );
}
}
///////////////////////////////////////////////////////////////
//
// CMemStats::UpdateFrameStats
//
// Update values that are measured each frame
//
///////////////////////////////////////////////////////////////
void CMemStats::UpdateFrameStats ( void )
{
m_MemStatsNow.d3dMemory = g_pDeviceState->MemoryState;
static CProxyDirect3DDevice9::SResourceMemory* const nowList[] = { &m_MemStatsNow.d3dMemory.StaticVertexBuffer, &m_MemStatsNow.d3dMemory.DynamicVertexBuffer,
&m_MemStatsNow.d3dMemory.StaticIndexBuffer, &m_MemStatsNow.d3dMemory.DynamicIndexBuffer,
&m_MemStatsNow.d3dMemory.StaticTexture, &m_MemStatsNow.d3dMemory.DynamicTexture,
&m_MemStatsNow.d3dMemory.Effect };
static CProxyDirect3DDevice9::SResourceMemory* const maxList[] = { &m_MemStatsMax.d3dMemory.StaticVertexBuffer, &m_MemStatsMax.d3dMemory.DynamicVertexBuffer,
&m_MemStatsMax.d3dMemory.StaticIndexBuffer, &m_MemStatsMax.d3dMemory.DynamicIndexBuffer,
&m_MemStatsMax.d3dMemory.StaticTexture, &m_MemStatsMax.d3dMemory.DynamicTexture,
&m_MemStatsMax.d3dMemory.Effect };
CProxyDirect3DDevice9::SResourceMemory* const prevList[] = { &m_MemStatsPrev.d3dMemory.StaticVertexBuffer, &m_MemStatsPrev.d3dMemory.DynamicVertexBuffer,
&m_MemStatsPrev.d3dMemory.StaticIndexBuffer, &m_MemStatsPrev.d3dMemory.DynamicIndexBuffer,
&m_MemStatsPrev.d3dMemory.StaticTexture, &m_MemStatsPrev.d3dMemory.DynamicTexture,
&m_MemStatsPrev.d3dMemory.Effect };
for ( uint i = 0 ; i < NUMELMS( nowList ) ; i++ )
{
maxList[i]->iLockedCount = std::max ( maxList[i]->iLockedCount, nowList[i]->iLockedCount - prevList[i]->iLockedCount );
prevList[i]->iLockedCount = nowList[i]->iLockedCount;
}
}
///////////////////////////////////////////////////////////////
//
// CMemStats::SampleState
//
// Sample current memory state
//
///////////////////////////////////////////////////////////////
void CMemStats::SampleState ( SMemStatsInfo& memStatsInfo )
{
MemStatsInfoClear ( memStatsInfo );
//
// Update 'now' state
//
memStatsInfo.d3dMemory = g_pDeviceState->MemoryState;
memStatsInfo.frameStats = g_pDeviceState->FrameStats;
g_pGraphics->GetRenderItemManager ()->GetDxStatus ( memStatsInfo.dxStatus );
PROCESS_MEMORY_COUNTERS psmemCounters;
if ( GetProcessMemoryInfo ( GetCurrentProcess (), &psmemCounters, sizeof ( psmemCounters ) ) )
memStatsInfo.iProcessMemSizeKB = psmemCounters.WorkingSetSize / 1024LL;
MEMORYSTATUSEX status;
status.dwLength = sizeof(status);
if ( GlobalMemoryStatusEx(&status))
{
//32bit LARGEADDRESSAWARE OFF : 2GB TotalVirtual
//32bit LARGEADDRESSAWARE ON : 4GB TotalVirtual
memStatsInfo.iProcessTotalVirtualKB = status.ullTotalVirtual / 1024LL;
}
memStatsInfo.iStreamingMemoryUsed = *(int*)0x08E4CB4;
memStatsInfo.iStreamingMemoryAvailable = *(int*)0x08A5A80;
uint* pModelInfoArray = (uint*)0x08E4CC0;
for ( uint i = 0 ; i < 25755 ; i++ )
{
uint* pModelInfo = pModelInfoArray + 5 * i;
uint uiLoadedFlag = pModelInfo[4];
if ( uiLoadedFlag )
{
memStatsInfo.modelInfo.uiTotal++;
if ( i < 313 ) memStatsInfo.modelInfo.uiPlayerModels_0_312++;
else if ( i < 318 ) memStatsInfo.modelInfo.uiUnknown_313_317++;
else if ( i < 373 ) memStatsInfo.modelInfo.uiWeaponModels_318_372++;
else if ( i < 400 ) memStatsInfo.modelInfo.uiUnknown_373_399++;
else if ( i < 612 ) memStatsInfo.modelInfo.uiVehicles_400_611++;
else if ( i < 1000 ) memStatsInfo.modelInfo.uiUnknown_612_999++;
else if ( i < 1194 ) memStatsInfo.modelInfo.uiUpgrades_1000_1193++;
else if ( i < 20000 ) memStatsInfo.modelInfo.uiUnknown_1194_19999++;
else if ( i < 25000 ) memStatsInfo.modelInfo.uiTextures_20000_24999++;
else if ( i < 25255 ) memStatsInfo.modelInfo.uiCollisions_25000_25254++;
else if ( i < 25511 ) memStatsInfo.modelInfo.uiIpls_25255_25510++;
else if ( i < 25575 ) memStatsInfo.modelInfo.uiPaths_25511_25574++;
else if ( i < 25755 ) memStatsInfo.modelInfo.uiAnims_25575_25754++;
}
}
CCore::GetSingleton ().GetMultiplayer ()->GetRwResourceStats ( memStatsInfo.rwResourceStats );
CCore::GetSingleton ().GetMultiplayer ()->GetClothesCacheStats ( memStatsInfo.clothesCacheStats );
CCore::GetSingleton ().GetGame ()->GetShaderReplacementStats ( memStatsInfo.shaderReplacementStats );
CCore::GetSingleton ().GetModelCacheManager ()->GetStats ( memStatsInfo.modelCacheStats );
}
///////////////////////////////////////////////////////////////
//
// CMemStats::UpdateIntervalStats
//
// Update stats which are sampled at regular intervals
//
///////////////////////////////////////////////////////////////
void CMemStats::UpdateIntervalStats ( void )
{
MemStatsInfoClear ( m_MemStatsNow );
MemStatsInfoClear ( m_MemStatsDelta );
//
// Update 'now' state
//
SampleState ( m_MemStatsNow );
//
// Calculate 'delta'
//
m_MemStatsDelta.iProcessMemSizeKB = m_MemStatsNow.iProcessMemSizeKB - m_MemStatsPrev.iProcessMemSizeKB;
m_MemStatsDelta.iProcessTotalVirtualKB = m_MemStatsNow.iProcessTotalVirtualKB - m_MemStatsPrev.iProcessTotalVirtualKB;
m_MemStatsDelta.dxStatus.videoMemoryKB.iFreeForMTA = m_MemStatsNow.dxStatus.videoMemoryKB.iFreeForMTA - m_MemStatsPrev.dxStatus.videoMemoryKB.iFreeForMTA;
m_MemStatsDelta.dxStatus.videoMemoryKB.iUsedByFonts = m_MemStatsNow.dxStatus.videoMemoryKB.iUsedByFonts - m_MemStatsPrev.dxStatus.videoMemoryKB.iUsedByFonts;
m_MemStatsDelta.dxStatus.videoMemoryKB.iUsedByTextures = m_MemStatsNow.dxStatus.videoMemoryKB.iUsedByTextures - m_MemStatsPrev.dxStatus.videoMemoryKB.iUsedByTextures;
m_MemStatsDelta.dxStatus.videoMemoryKB.iUsedByRenderTargets = m_MemStatsNow.dxStatus.videoMemoryKB.iUsedByRenderTargets - m_MemStatsPrev.dxStatus.videoMemoryKB.iUsedByRenderTargets;
m_MemStatsDelta.iStreamingMemoryAvailable = m_MemStatsNow.iStreamingMemoryAvailable - m_MemStatsPrev.iStreamingMemoryAvailable;
m_MemStatsDelta.iStreamingMemoryUsed = m_MemStatsNow.iStreamingMemoryUsed - m_MemStatsPrev.iStreamingMemoryUsed;
for ( uint i = 0 ; i < sizeof ( m_MemStatsDelta.modelInfo ) / sizeof ( uint ) ; i++ )
{
m_MemStatsDelta.modelInfo.uiArray[i] = m_MemStatsNow.modelInfo.uiArray[i] - m_MemStatsPrev.modelInfo.uiArray[i];
}
static const CProxyDirect3DDevice9::SResourceMemory* const nowList[] = { &m_MemStatsNow.d3dMemory.StaticVertexBuffer, &m_MemStatsNow.d3dMemory.DynamicVertexBuffer,
&m_MemStatsNow.d3dMemory.StaticIndexBuffer, &m_MemStatsNow.d3dMemory.DynamicIndexBuffer,
&m_MemStatsNow.d3dMemory.StaticTexture, &m_MemStatsNow.d3dMemory.DynamicTexture,
&m_MemStatsNow.d3dMemory.Effect };
static const CProxyDirect3DDevice9::SResourceMemory* const prevList[] = { &m_MemStatsPrev.d3dMemory.StaticVertexBuffer, &m_MemStatsPrev.d3dMemory.DynamicVertexBuffer,
&m_MemStatsPrev.d3dMemory.StaticIndexBuffer, &m_MemStatsPrev.d3dMemory.DynamicIndexBuffer,
&m_MemStatsPrev.d3dMemory.StaticTexture, &m_MemStatsPrev.d3dMemory.DynamicTexture,
&m_MemStatsPrev.d3dMemory.Effect };
static CProxyDirect3DDevice9::SResourceMemory* const deltaList[] = { &m_MemStatsDelta.d3dMemory.StaticVertexBuffer, &m_MemStatsDelta.d3dMemory.DynamicVertexBuffer,
&m_MemStatsDelta.d3dMemory.StaticIndexBuffer, &m_MemStatsDelta.d3dMemory.DynamicIndexBuffer,
&m_MemStatsDelta.d3dMemory.StaticTexture, &m_MemStatsDelta.d3dMemory.DynamicTexture,
&m_MemStatsDelta.d3dMemory.Effect };
static const CProxyDirect3DDevice9::SResourceMemory* const maxList[] = { &m_MemStatsMax.d3dMemory.StaticVertexBuffer, &m_MemStatsMax.d3dMemory.DynamicVertexBuffer,
&m_MemStatsMax.d3dMemory.StaticIndexBuffer, &m_MemStatsMax.d3dMemory.DynamicIndexBuffer,
&m_MemStatsMax.d3dMemory.StaticTexture, &m_MemStatsMax.d3dMemory.DynamicTexture,
&m_MemStatsMax.d3dMemory.Effect };
for ( uint i = 0 ; i < NUMELMS( nowList ) ; i++ )
{
deltaList[i]->iCreatedCount = nowList[i]->iCreatedCount - prevList[i]->iCreatedCount;
deltaList[i]->iCreatedBytes = nowList[i]->iCreatedBytes - prevList[i]->iCreatedBytes;
deltaList[i]->iDestroyedCount = nowList[i]->iDestroyedCount - prevList[i]->iDestroyedCount;
deltaList[i]->iDestroyedBytes = nowList[i]->iDestroyedBytes - prevList[i]->iDestroyedBytes;
deltaList[i]->iLockedCount = maxList[i]->iLockedCount; // Use per-frame max for lock stats
}
m_MemStatsDelta.rwResourceStats.uiTextures = m_MemStatsNow.rwResourceStats.uiTextures - m_MemStatsPrev.rwResourceStats.uiTextures;
m_MemStatsDelta.rwResourceStats.uiRasters = m_MemStatsNow.rwResourceStats.uiRasters - m_MemStatsPrev.rwResourceStats.uiRasters;
m_MemStatsDelta.rwResourceStats.uiGeometries = m_MemStatsNow.rwResourceStats.uiGeometries - m_MemStatsPrev.rwResourceStats.uiGeometries;
m_MemStatsDelta.clothesCacheStats.uiCacheHit = m_MemStatsNow.clothesCacheStats.uiCacheHit - m_MemStatsPrev.clothesCacheStats.uiCacheHit;
m_MemStatsDelta.clothesCacheStats.uiCacheMiss = m_MemStatsNow.clothesCacheStats.uiCacheMiss - m_MemStatsPrev.clothesCacheStats.uiCacheMiss;
m_MemStatsDelta.clothesCacheStats.uiNumTotal = m_MemStatsNow.clothesCacheStats.uiNumTotal - m_MemStatsPrev.clothesCacheStats.uiNumTotal;
m_MemStatsDelta.clothesCacheStats.uiNumUnused = m_MemStatsNow.clothesCacheStats.uiNumUnused - m_MemStatsPrev.clothesCacheStats.uiNumUnused;
m_MemStatsDelta.clothesCacheStats.uiNumRemoved = m_MemStatsNow.clothesCacheStats.uiNumRemoved - m_MemStatsPrev.clothesCacheStats.uiNumRemoved;
m_MemStatsDelta.modelCacheStats.uiNumPedModels = m_MemStatsNow.modelCacheStats.uiNumPedModels - m_MemStatsPrev.modelCacheStats.uiNumPedModels;
m_MemStatsDelta.modelCacheStats.uiNumVehicleModels = m_MemStatsNow.modelCacheStats.uiNumVehicleModels - m_MemStatsPrev.modelCacheStats.uiNumVehicleModels;
m_MemStatsDelta.modelCacheStats.uiMaxNumPedModels = m_MemStatsNow.modelCacheStats.uiMaxNumPedModels - m_MemStatsPrev.modelCacheStats.uiMaxNumPedModels;
m_MemStatsDelta.modelCacheStats.uiMaxNumVehicleModels = m_MemStatsNow.modelCacheStats.uiMaxNumVehicleModels - m_MemStatsPrev.modelCacheStats.uiMaxNumVehicleModels;
{
SShaderReplacementStats& now = m_MemStatsNow.shaderReplacementStats;
SShaderReplacementStats& prev = m_MemStatsPrev.shaderReplacementStats;
SShaderReplacementStats& delta = m_MemStatsDelta.shaderReplacementStats;
delta.uiNumReplacementRequests = now.uiNumReplacementRequests - prev.uiNumReplacementRequests;
delta.uiNumReplacementMatches = now.uiNumReplacementMatches - prev.uiNumReplacementMatches;
delta.uiTotalTextures = now.uiTotalTextures - prev.uiTotalTextures;
delta.uiTotalShaders = now.uiTotalShaders - prev.uiTotalShaders;
delta.uiTotalEntitesRefed = now.uiTotalEntitesRefed - prev.uiTotalEntitesRefed;
for ( std::map < uint, SMatchChannelStats >::iterator iter = now.channelStatsList.begin () ; iter != now.channelStatsList.end () ; ++iter )
{
uint uiId = iter->first;
const SMatchChannelStats& channelStatsNow = iter->second;
SMatchChannelStats* pChannelStatsPrev = MapFind ( prev.channelStatsList, uiId );
SMatchChannelStats channelStatsDelta = channelStatsNow;
if ( pChannelStatsPrev )
{
channelStatsDelta.uiNumMatchedTextures -= pChannelStatsPrev->uiNumMatchedTextures;
channelStatsDelta.uiNumShaderAndEntities -= pChannelStatsPrev->uiNumShaderAndEntities;
}
MapSet ( delta.channelStatsList, uiId, channelStatsDelta );
}
}
//
// Set 'prev' for next time
//
m_MemStatsPrev = m_MemStatsNow;
// Clear max records
MemStatsInfoClear ( m_MemStatsMax );
}
///////////////////////////////////////////////////////////////
//
// CMemStats::CreateTables
//
// Create formatted tables for drawing with
//
///////////////////////////////////////////////////////////////
void CMemStats::CreateTables ( void )
{
m_TableList.clear ();
//
// Color setups
//
#define YELLOW "#FFFF00"
#define RED "#FF0000"
#define BLUE "#0000FF"
#define WHITE "#FFFFFF"
#define LT_RED "#FF5050"
#define DK_RED "#CF0000"
#define GREY "#808080"
#define LT_GREY "#C0C0C0"
#define INVIS "#000000"
#define DK_GREEN "#00CF00"
#define LT_GREEN "#30FF30"
#define PURPLE "#FF00FF"
#define CYAN "#00FFFF"
#define LT_CYAN "#00C0F0"
// Table header
#define HEADER1(text) LT_CYAN text WHITE
// Cell colour depending upon the value
SString strNumberColorsCreat =
GREY "0,"
CYAN "999999,"
;
SString strNumberColorsDstry =
GREY "0,"
PURPLE "999999,"
;
SString strNumberColorsLockStatic =
GREY "0,"
YELLOW "999999,"
;
SString strNumberColorsLockDynamic =
WHITE "0,"
WHITE "999999,"
;
SString strNumberColorsMtaVidMem =
LT_GREEN "-999999,"
GREY "0,"
LT_RED "999999,"
;
SString strNumberColorsModels =
LT_GREEN "-99999,"
GREY "0,"
LT_RED "999999,"
;
SString strNumberColorsWhite =
WHITE "0,"
WHITE "999999,"
;
SString strNumberColorsGrey =
GREY "0,"
GREY "999999,"
;
//
// Key for weird codes in table.AddRow string:
//
// | is usually the cell delimiter character
// ~X means replace any following zero with character X
// ^2 means use number color ^2 for the following value
//
{
/*
GTA vidmemory Lock Create Destroy Total TotalKB
StaticVertexBuffer 1 1 1 10 1000
DynamicVertexBuffer 1 1 1 10 1000
StaticIndexBuffer 1 1 1 10 1000
DynamicIndexBuffer 1 1 1 10 1000
StaticTexture 1 1 1 10 1000
DynamicTexture 1 1 1 10 1000
Effect 1 1 1 10 1000
*/
static const char* const nameList[] = { "Vertices", "Vertices dynamic", "Indices", "Indices dynamic", "Textures", "Textures dynamic", "Effects" };
static const CProxyDirect3DDevice9::SResourceMemory* const nowList[] = { &m_MemStatsNow.d3dMemory.StaticVertexBuffer, &m_MemStatsNow.d3dMemory.DynamicVertexBuffer,
&m_MemStatsNow.d3dMemory.StaticIndexBuffer, &m_MemStatsNow.d3dMemory.DynamicIndexBuffer,
&m_MemStatsNow.d3dMemory.StaticTexture, &m_MemStatsNow.d3dMemory.DynamicTexture,
&m_MemStatsNow.d3dMemory.Effect };
static const CProxyDirect3DDevice9::SResourceMemory* const deltaList[] = { &m_MemStatsDelta.d3dMemory.StaticVertexBuffer, &m_MemStatsDelta.d3dMemory.DynamicVertexBuffer,
&m_MemStatsDelta.d3dMemory.StaticIndexBuffer, &m_MemStatsDelta.d3dMemory.DynamicIndexBuffer,
&m_MemStatsDelta.d3dMemory.StaticTexture, &m_MemStatsDelta.d3dMemory.DynamicTexture,
&m_MemStatsDelta.d3dMemory.Effect };
m_TableList.push_back ( CDxTable ( "|" ) );
CDxTable& table = m_TableList.back ();
table.SetColumnWidths( "100,45:R,40:R,40:R,50:R,60:R" );
table.SetNumberColors ( "^1", strNumberColorsLockStatic );
table.SetNumberColors ( "^2", strNumberColorsLockDynamic );
table.SetNumberColors ( "^3", strNumberColorsCreat );
table.SetNumberColors ( "^4", strNumberColorsDstry );
table.AddRow ( HEADER1( "GTA vid memory" ) "|" HEADER1( "Lock" ) "|" HEADER1( "Creat" ) BLUE "|" HEADER1( "Dstry" ) "|" HEADER1( "Count" ) "|" HEADER1( "Using KB" ) );
for ( uint i = 0 ; i < NUMELMS( nameList ) ; i++ )
{
if ( i & 1 )
table.AddRow( SString ( "%s|^2~ %d|^3~.%d|^4~.%d|%d|%s"
,nameList[i]
,deltaList[i]->iLockedCount
,deltaList[i]->iCreatedCount
,deltaList[i]->iDestroyedCount
,nowList[i]->iCurrentCount
,*FormatNumberWithCommas ( nowList[i]->iCurrentBytes / 1024 )
) );
else
table.AddRow( SString ( "%s|^1~ %d|^3~.%d|^4~.%d|%d|%s"
,nameList[i]
,deltaList[i]->iLockedCount
,deltaList[i]->iCreatedCount
,deltaList[i]->iDestroyedCount
,nowList[i]->iCurrentCount
,*FormatNumberWithCommas ( nowList[i]->iCurrentBytes / 1024 )
) );
}
}
{
/*
MTA videoMemory ChangeKB TotalKB
FreeForMTA -100 1000
UsedByFonts -100 1000
UsedByTextures -100 1000
UsedByRenderTargets -100 1000
*/
m_TableList.push_back ( CDxTable ( "|" ) );
CDxTable& table = m_TableList.back ();
table.SetColumnWidths( "110,80:R,80:R" );
table.SetNumberColors ( "^1", strNumberColorsMtaVidMem );
table.AddRow ( HEADER1( "MTA vid memory" ) "|" HEADER1( "Change KB" ) "|" HEADER1( "Using KB" ) );
table.AddRow ( SString ( "FreeForMTA|^1~.%s|%s", *FormatNumberWithCommas ( m_MemStatsDelta.dxStatus.videoMemoryKB.iFreeForMTA ), *FormatNumberWithCommas ( m_MemStatsNow.dxStatus.videoMemoryKB.iFreeForMTA ) ) );
table.AddRow ( SString ( "Fonts|^1~.%s|%s", *FormatNumberWithCommas ( m_MemStatsDelta.dxStatus.videoMemoryKB.iUsedByFonts ), *FormatNumberWithCommas ( m_MemStatsNow.dxStatus.videoMemoryKB.iUsedByFonts ) ) );
table.AddRow ( SString ( "Textures|^1~.%s|%s", *FormatNumberWithCommas ( m_MemStatsDelta.dxStatus.videoMemoryKB.iUsedByTextures ), *FormatNumberWithCommas ( m_MemStatsNow.dxStatus.videoMemoryKB.iUsedByTextures ) ) );
table.AddRow ( SString ( "RenderTargets|^1~.%s|%s", *FormatNumberWithCommas ( m_MemStatsDelta.dxStatus.videoMemoryKB.iUsedByRenderTargets ), *FormatNumberWithCommas ( m_MemStatsNow.dxStatus.videoMemoryKB.iUsedByRenderTargets ) ) );
}
{
/*
GTA memory ChangeKB TotalKB
iProcessMemSizeKB -100 1000
streamMemSizeKB -100 1000
*/
m_TableList.push_back ( CDxTable ( "|" ) );
CDxTable& table = m_TableList.back ();
table.SetColumnWidths( "110,30:R,50:R,80:R" );
table.SetNumberColors ( "^1", strNumberColorsMtaVidMem );
table.AddRow ( HEADER1( "GTA memory" ) "| |" HEADER1( "Change KB" ) "|" HEADER1( "Using KB" ) );
table.AddRow ( SString ( "Process memory| | |%s", *FormatNumberWithCommas ( m_MemStatsNow.iProcessMemSizeKB - m_MemStatsNow.iStreamingMemoryUsed / 1024 ) ) );
table.AddRow ( SString ( "Streaming memory| |^1~.%s|%s", *FormatNumberWithCommas ( m_MemStatsDelta.iStreamingMemoryUsed / 1024 ), *FormatNumberWithCommas ( m_MemStatsNow.iStreamingMemoryUsed / 1024 ) ) );
table.AddRow ( SString ( "|Total:|^1~.%s|%s", *FormatNumberWithCommas ( m_MemStatsDelta.iProcessMemSizeKB ), *FormatNumberWithCommas ( m_MemStatsNow.iProcessMemSizeKB ) ) );
}
{
/*
Settings AmountKB
videoCardInstalledMemoryKB 2000
streamMemSettingKB 2000
*/
m_TableList.push_back ( CDxTable ( "|" ) );
CDxTable& table = m_TableList.back ();
table.SetColumnWidths( "140,130:R" );
table.AddRow ( HEADER1( "GTA settings" ) "|" HEADER1( "Setting KB" ) );
table.AddRow ( SString ( "Video card installed memory|%s", *FormatNumberWithCommas ( m_MemStatsNow.dxStatus.videoCard.iInstalledMemoryKB ) ) );
table.AddRow ( SString ( "Streaming memory limit|%s", *FormatNumberWithCommas ( m_MemStatsNow.iStreamingMemoryAvailable / 1024 ) ) );
table.AddRow ( SString ( "Process memory limit|%s", *FormatNumberWithCommas ( m_MemStatsNow.iProcessTotalVirtualKB ) ) );
}
{
/*
RW resources Change Count
Textures 0
Rasters 0
Geometries 0
*/
m_TableList.push_back ( CDxTable ( "|" ) );
CDxTable& table = m_TableList.back ();
table.SetColumnWidths( "140,50:R,60:R" );
table.SetNumberColors ( "^1", strNumberColorsModels );
table.AddRow ( HEADER1( "RW resources" ) "|" HEADER1( "Change" ) "|" HEADER1( "Count" ) );
table.AddRow ( SString ( "Textures|^1~.%d|%d", m_MemStatsDelta.rwResourceStats.uiTextures, m_MemStatsNow.rwResourceStats.uiTextures ) );
table.AddRow ( SString ( "Rasters|^1~.%d|%d", m_MemStatsDelta.rwResourceStats.uiRasters, m_MemStatsNow.rwResourceStats.uiRasters ) );
table.AddRow ( SString ( "Geometries|^1~.%d|%d", m_MemStatsDelta.rwResourceStats.uiGeometries, m_MemStatsNow.rwResourceStats.uiGeometries ) );
}
{
/*
Clothes cache Change Count
Cache hit 0
Cache miss 0
Clothes in use 0
Clothes ready for use 0
Old removed 0
*/
m_TableList.push_back ( CDxTable ( "|" ) );
CDxTable& table = m_TableList.back ();
table.SetColumnWidths( "140,50:R,60:R" );
table.SetNumberColors ( "^0", strNumberColorsWhite );
table.SetNumberColors ( "^1", strNumberColorsModels );
table.SetNumberColors ( "^3", strNumberColorsCreat );
table.SetNumberColors ( "^4", strNumberColorsLockStatic );
table.SetNumberColors ( "^5", strNumberColorsGrey );
table.AddRow ( HEADER1( "Clothes cache" ) "|" HEADER1( "Change" ) "|" HEADER1( "Count" ) );
table.AddRow ( SString ( "Cache hit|^3~ %d|^5~.%d", m_MemStatsDelta.clothesCacheStats.uiCacheHit, m_MemStatsNow.clothesCacheStats.uiCacheHit ) );
table.AddRow ( SString ( "Cache miss|^4~ %d|^5~.%d", m_MemStatsDelta.clothesCacheStats.uiCacheMiss, m_MemStatsNow.clothesCacheStats.uiCacheMiss ) );
table.AddRow ( SString ( "Clothes in use|^1~.%d|^0%d", m_MemStatsDelta.clothesCacheStats.uiNumTotal - m_MemStatsDelta.clothesCacheStats.uiNumUnused, m_MemStatsNow.clothesCacheStats.uiNumTotal - m_MemStatsNow.clothesCacheStats.uiNumUnused ) );
table.AddRow ( SString ( "Clothes ready for use|^1~.%d|%d", m_MemStatsDelta.clothesCacheStats.uiNumUnused, m_MemStatsNow.clothesCacheStats.uiNumUnused ) );
table.AddRow ( SString ( "Old removed|^1~.%d|^5%d", m_MemStatsDelta.clothesCacheStats.uiNumRemoved, m_MemStatsNow.clothesCacheStats.uiNumRemoved ) );
}
{
m_TableList.push_back ( CDxTable ( "|" ) );
CDxTable& table = m_TableList.back ();
table.SetColumnWidths( "110,50:R,60:R,60:R" );
table.SetNumberColors ( "^0", strNumberColorsWhite );
table.SetNumberColors ( "^1", strNumberColorsModels );
table.SetNumberColors ( "^3", strNumberColorsCreat );
table.SetNumberColors ( "^4", strNumberColorsLockStatic );
table.SetNumberColors ( "^5", strNumberColorsGrey );
table.AddRow ( HEADER1( "Model cache" ) "|" HEADER1( "Max" ) "|" HEADER1( "Change" ) "|" HEADER1( "Count" ) );
table.AddRow ( SString ( "Players|^3~ %d|^5~.%d|^1~.%d", m_MemStatsNow.modelCacheStats.uiMaxNumPedModels, m_MemStatsDelta.modelCacheStats.uiNumPedModels, m_MemStatsNow.modelCacheStats.uiNumPedModels ) );
table.AddRow ( SString ( "Vehicles|^3~ %d|^5~.%d|^1~.%d", m_MemStatsNow.modelCacheStats.uiMaxNumVehicleModels, m_MemStatsDelta.modelCacheStats.uiNumVehicleModels, m_MemStatsNow.modelCacheStats.uiNumVehicleModels ) );
}
{
/*
Model usage Change Amount
0-288 Players 1 10
289-399 Other1 1 10
400-611 Vehicles 1 10
612-999 Other2 1 10
1000-1193 Upgrades 1 10
1194-19999 Other3 1 10
20000-24999 Textures 1 10
24999-27000 Other4 1 10
Total 1 10
*/
m_TableList.push_back ( CDxTable ( "|" ) );
CDxTable& table = m_TableList.back ();
table.SetColumnWidths( "90,50,50:R,60:R" );
table.SetNumberColors ( "^1", strNumberColorsModels );
table.AddRow ( HEADER1( "Models in memory" ) "| |" HEADER1( "Change" ) "|" HEADER1( "Count" ) );
table.AddRow ( SString ( "0-312|(Players)|^1~.%d|%d", m_MemStatsDelta.modelInfo.uiPlayerModels_0_312, m_MemStatsNow.modelInfo.uiPlayerModels_0_312 ) );
table.AddRow ( SString ( "313-317| |^1~.%d|%d", m_MemStatsDelta.modelInfo.uiUnknown_313_317, m_MemStatsNow.modelInfo.uiUnknown_313_317 ) );
table.AddRow ( SString ( "318-372|(Weapons)|^1~.%d|%d", m_MemStatsDelta.modelInfo.uiWeaponModels_318_372, m_MemStatsNow.modelInfo.uiWeaponModels_318_372 ) );
table.AddRow ( SString ( "373-399| |^1~.%d|%d", m_MemStatsDelta.modelInfo.uiUnknown_373_399, m_MemStatsNow.modelInfo.uiUnknown_373_399 ) );
table.AddRow ( SString ( "400-611|(Vehicles)|^1~.%d|%d", m_MemStatsDelta.modelInfo.uiVehicles_400_611, m_MemStatsNow.modelInfo.uiVehicles_400_611 ) );
table.AddRow ( SString ( "612-999| |^1~.%d|%d", m_MemStatsDelta.modelInfo.uiUnknown_612_999, m_MemStatsNow.modelInfo.uiUnknown_612_999 ) );
table.AddRow ( SString ( "1000-1193|(Upgrades)|^1~.%d|%d", m_MemStatsDelta.modelInfo.uiUpgrades_1000_1193, m_MemStatsNow.modelInfo.uiUpgrades_1000_1193 ) );
table.AddRow ( SString ( "1194-19999|(World)|^1~.%d|%d", m_MemStatsDelta.modelInfo.uiUnknown_1194_19999, m_MemStatsNow.modelInfo.uiUnknown_1194_19999 ) );
table.AddRow ( SString ( "20000-24999|(Textures)|^1~.%d|%d", m_MemStatsDelta.modelInfo.uiTextures_20000_24999, m_MemStatsNow.modelInfo.uiTextures_20000_24999 ) );
table.AddRow ( SString ( "25000-25254|(Collisions)|^1~.%d|%d", m_MemStatsDelta.modelInfo.uiCollisions_25000_25254, m_MemStatsNow.modelInfo.uiCollisions_25000_25254 ) );
table.AddRow ( SString ( "25255-25510|(Ipls)|^1~.%d|%d", m_MemStatsDelta.modelInfo.uiIpls_25255_25510, m_MemStatsNow.modelInfo.uiIpls_25255_25510 ) );
table.AddRow ( SString ( "25511-25574|(Paths)|^1~.%d|%d", m_MemStatsDelta.modelInfo.uiPaths_25511_25574, m_MemStatsNow.modelInfo.uiPaths_25511_25574 ) );
table.AddRow ( SString ( "25575-25754|(Anims)|^1~.%d|%d", m_MemStatsDelta.modelInfo.uiAnims_25575_25754, m_MemStatsNow.modelInfo.uiAnims_25575_25754 ) );
table.AddRow ( SString ( "|Total:|^1~.%d|%d", m_MemStatsDelta.modelInfo.uiTotal, m_MemStatsNow.modelInfo.uiTotal ) );
}
{
/*
World shader replacements Change Count
World texture draws 0
World shader draws 0
World texture total 0
World shader total 0
Entites explicitly shadered 0
*/
m_TableList.push_back ( CDxTable ( "|" ) );
CDxTable& table = m_TableList.back ();
table.SetColumnWidths( "160,50:R,60:R" );
table.AddRow ( HEADER1( "World shader replacements" ) "|" HEADER1( "Change" ) "|" HEADER1( "Count" ) );
table.AddRow ( SString ( "World texture draws|^1~ %d|%d", m_MemStatsDelta.shaderReplacementStats.uiNumReplacementRequests, m_MemStatsNow.shaderReplacementStats.uiNumReplacementRequests ) );
table.AddRow ( SString ( "World shader draws|^1~ %d|%d", m_MemStatsDelta.shaderReplacementStats.uiNumReplacementMatches, m_MemStatsNow.shaderReplacementStats.uiNumReplacementMatches ) );
table.AddRow ( SString ( "World shader full setup|^1~ %d|%d", m_MemStatsDelta.frameStats.iNumShadersFullSetup, m_MemStatsNow.frameStats.iNumShadersFullSetup ) );
table.AddRow ( SString ( "World shader reuse setup|^1~ %d|%d", m_MemStatsDelta.frameStats.iNumShadersReuseSetup, m_MemStatsNow.frameStats.iNumShadersReuseSetup ) );
table.AddRow ( SString ( "World texture total|^1~ %d|%d", m_MemStatsDelta.shaderReplacementStats.uiTotalTextures, m_MemStatsNow.shaderReplacementStats.uiTotalTextures ) );
table.AddRow ( SString ( "World shader total|^1~ %d|%d", m_MemStatsDelta.shaderReplacementStats.uiTotalShaders, m_MemStatsNow.shaderReplacementStats.uiTotalShaders ) );
table.AddRow ( SString ( "Known entities|^1~ %d|%d", m_MemStatsDelta.shaderReplacementStats.uiTotalEntitesRefed, m_MemStatsNow.shaderReplacementStats.uiTotalEntitesRefed ) );
}
{
/*
World shader channels NumTex Shader+Entites
*blah . 0 . 0
*/
SShaderReplacementStats& now = m_MemStatsNow.shaderReplacementStats;
SShaderReplacementStats& delta = m_MemStatsDelta.shaderReplacementStats;
m_TableList.push_back ( CDxTable ( "|" ) );
CDxTable& table = m_TableList.back ();
table.SetNumberColors ( "^1", strNumberColorsModels );
table.SetColumnWidths( "180,40:R,35:R,40:R,35:R" );
table.AddRow ( HEADER1( "World shader channels" ) "|" HEADER1( " " ) "|" HEADER1( "NumTex" ) "|" HEADER1( " " ) "|" HEADER1( "Shad&Ent" ) );
for ( std::map < uint, SMatchChannelStats >::iterator iter = now.channelStatsList.begin () ; iter != now.channelStatsList.end () ; ++iter )
{
uint uiId = iter->first;
const SMatchChannelStats& channelStatsNow = iter->second;
SMatchChannelStats* pChannelStatsDelta = MapFind ( delta.channelStatsList, uiId );
assert ( pChannelStatsDelta );
table.AddRow( SString ( "%s|^1~.%d|%d|^1~.%d|%d"
,*channelStatsNow.strTag
,pChannelStatsDelta->uiNumMatchedTextures
,channelStatsNow.uiNumMatchedTextures
,pChannelStatsDelta->uiNumShaderAndEntities
,channelStatsNow.uiNumShaderAndEntities
) );
}
}
{
/*
Pool sizes Capacity Used
NAME 100 10 10%
*/
m_TableList.push_back ( CDxTable ( "|" ) );
CDxTable& table = m_TableList.back ();
table.SetColumnWidths( "170,50:R,50:R,40:R" );
table.SetNumberColors ( "^1", strNumberColorsModels );
table.AddRow ( HEADER1( "Pool sizes" ) "|" HEADER1( "Capacity" ) "|" HEADER1( "Used" ) "|" HEADER1( "" ) );
for ( int i = 0; i < MAX_POOLS ; i++ )
{
SString strName = EnumToString( (ePools)i );
int iDefCapacity = g_pCore->GetGame()->GetPools()->GetPoolDefaultCapacity ( (ePools)i );
int iCapacity = g_pCore->GetGame()->GetPools()->GetPoolCapacity ( (ePools)i );
int iUsedSpaces = g_pCore->GetGame()->GetPools()->GetNumberOfUsedSpaces ( (ePools)i );
int iUsedPercent = iUsedSpaces * 100 / iCapacity;
table.AddRow ( SString ( "%s|%d|%d|%d%%", *strName, iCapacity, iUsedSpaces, iUsedPercent ) );
}
}
}