void rvStatManager::GetAccuracyLeaders( int accuracyLeaders[ MAX_WEAPONS ] ) {
memset( accuracyLeaders, -1, sizeof( int ) * MAX_WEAPONS );
for( int i = 0; i < MAX_CLIENTS; i++ ) {
if( gameLocal.entities[ i ] == NULL ) {
continue;
}
rvPlayerStat* playerStats = GetPlayerStat( i );
for( int j = 0; j < MAX_WEAPONS; j++ ) {
if( playerStats->weaponShots[ j ] == 0 ) {
continue;
}
float playerAccuracy = (float)playerStats->weaponHits[ j ] / (float)playerStats->weaponShots[ j ];
float leaderAccuracy = -1.0f;
if( accuracyLeaders[ j ] != -1 ) {
rvPlayerStat* leaderStats = GetPlayerStat( accuracyLeaders[ j ] );
if( leaderStats->weaponShots[ j ] != 0 ) {
leaderAccuracy = (float)leaderStats->weaponHits[ j ] / (float)leaderStats->weaponShots[ j ];
}
}
if( playerAccuracy > leaderAccuracy ) {
accuracyLeaders[ j ] = i;
}
}
}
}
// Calculate weapon range using efficient stuffs
float CPlayer::GetWeaponRangeFromSlot( uint uiSlot )
{
eWeaponType eWeapon = static_cast < eWeaponType > ( GetWeaponType ( uiSlot ) );
float fSkill = GetPlayerStat ( CWeaponStatManager::GetSkillStatIndex ( eWeapon ) );
if ( fSkill != m_fWeaponRangeLastSkill || eWeapon != m_eWeaponRangeLastWeapon || CWeaponStat::GetAllWeaponStatsRevision() != m_uiWeaponRangeLastStatsRevision )
{
m_fWeaponRangeLastSkill = fSkill;
m_eWeaponRangeLastWeapon = eWeapon;
m_uiWeaponRangeLastStatsRevision = CWeaponStat::GetAllWeaponStatsRevision();
m_fWeaponRangeLast = g_pGame->GetWeaponStatManager ( )->GetWeaponRangeFromSkillLevel ( eWeapon, fSkill );
}
return m_fWeaponRangeLast;
}
float CPed::GetMaxHealth ( void )
{
// TODO: Verify this formula
// Grab his player health stat
float fStat = GetPlayerStat ( 24 /*MAX_HEALTH*/ );
// Do a linear interpolation to get how much health this would allow
// Assumes: 100 health = 569 stat, 200 health = 1000 stat.
float fMaxHealth = 100.0f + ( 100.0f / 431.0f * ( fStat - 569.0f ) );
// Return the max health. Make sure it can't be below 1
if ( fMaxHealth < 1.0f ) fMaxHealth = 1.0f;
return fMaxHealth;
}
