void CServer::DoPulse()
{
UNCLOCK( "Top", "Other" );
if ( m_pGame )
{
CLOCK( "Top", "Game->DoPulse" );
m_pGame->DoPulse ();
UNCLOCK( "Top", "Game->DoPulse" );
}
CLOCK( "Top", "Other" );
}
void CPlayer::MaybeUpdateOthersNearList ( void )
{
// If too long since last update
if ( m_UpdateNearListTimer.Get () > (uint)g_TickRateSettings.iNearListUpdate * 9 / 10 )
{
CLOCK( "RelayPlayerPuresync", "UpdateNearList_Timer" );
UpdateOthersNearList ();
UNCLOCK( "RelayPlayerPuresync", "UpdateNearList_Timer" );
}
else
// or player has moved too far
if ( ( m_vecUpdateNearLastPosition - GetPosition () ).LengthSquared () > MOVEMENT_UPDATE_THRESH * MOVEMENT_UPDATE_THRESH )
{
CLOCK( "RelayPlayerPuresync", "UpdateNearList_Movement" );
UpdateOthersNearList ();
UNCLOCK( "RelayPlayerPuresync", "UpdateNearList_Movement" );
}
}
///////////////////////////////////////////////////////////////
//
// CStatResults::FrameEnd
//
// Save all stats in a ResultCollection
//
///////////////////////////////////////////////////////////////
void CStatResults::FrameEnd ( void )
{
CLOCK( "Profiling", "Compile stats" );
SStatResultCollection& collection = m_CollectionCombo;
bool bClearMax = false;
float fNextLength = (float)GetSecondCount () - m_fNextMaxClearTime;
if ( fNextLength >= 2.0f )
{
bClearMax = true;
m_fNextMaxClearTime = (float)GetSecondCount ();
}
// Clear max time thing
for ( std::map < std::string, SStatResultSection > :: iterator itSection = collection.begin () ; itSection != collection.end () ; itSection++ )
{
SStatResultSection& section = itSection->second;
for ( std::map < std::string, SStatResultItem > :: iterator itItem = section.begin () ; itItem != section.end () ; itItem++ )
{
SStatResultItem& item = itItem->second;
item.iCounter = 0;
item.fMs = 0;
if ( bClearMax )
{
item.fMsMax = item.fMsMaxNext;
item.fMsMaxNext = 0;
item.fMsTotal = item.fMsTotalAcc;
item.fMsTotalPercent = item.fMsTotalAcc / fNextLength * 0.1f;
item.fMsTotalAcc = 0;
item.iCounterTotal = item.iCounterTotalAcc;
item.iCounterTotalAcc = 0;
}
}
}
// Retrieve stats from g_StatEvents
{
SStatCollection collectionSrc;
g_StatEvents.Sample ( collectionSrc );
const SStatCollection* pCollectionSrc = &collectionSrc;
// Merge collections
// Merge section maps
for ( std::map < std::string, SStatSection > :: const_iterator itSectionSrc = pCollectionSrc->begin () ; itSectionSrc != pCollectionSrc->end () ; itSectionSrc++ )
{
const std::string& strSectionNameSrc = itSectionSrc->first;
const SStatSection& sectionSrc = itSectionSrc->second;
// Merge sections
SStatResultSection& sectionCombo = MapGet ( m_CollectionCombo, strSectionNameSrc );
// Merge item maps
for ( std::map < std::string, SStatItem > :: const_iterator itItemSrc = sectionSrc.begin () ; itItemSrc != sectionSrc.end () ; itItemSrc++ )
{
const std::string& strItemNameSrc = itItemSrc->first;
const SStatItem& itemSrc = itItemSrc->second;
// Merge item
SStatResultItem& itemCombo = MapGet ( sectionCombo, strItemNameSrc );
itemCombo.iCounter += itemSrc.iCounter;
itemCombo.fMs += itemSrc.fMs;
}
}
}
// Update some counters and stuff
for ( std::map < std::string, SStatResultSection > :: iterator itSection = collection.begin () ; itSection != collection.end () ; itSection++ )
{
SStatResultSection& section = itSection->second;
for ( std::map < std::string, SStatResultItem > :: iterator itItem = section.begin () ; itItem != section.end () ; itItem++ )
{
SStatResultItem& item = itItem->second;
item.fMsMaxNext = Max ( item.fMsMaxNext, item.fMs );
item.fMsTotalAcc += item.fMs;
item.iCounterTotalAcc += item.iCounter;
}
}
UNCLOCK( "Profiling", "Compile stats" );
}