void Turret::Update( )
{
if( m_hOperatingObject && IsPlayer( m_hOperatingObject ))
{
if( m_swtDestroyedDeactivationDelay.IsStarted( ) && m_swtDestroyedDeactivationDelay.IsTimedOut( ))
{
Deactivate( );
// Remove the turret weapon since the turret is getting removed as well...
m_Arsenal.RemoveAllActiveWeapons( );
// Remove ourselves now that we're dead...
g_pLTServer->RemoveObject( m_hObject );
return;
}
CPlayerObj *pPlayer = dynamic_cast<CPlayerObj*>(g_pLTServer->HandleToObject( m_hOperatingObject ));
if( !pPlayer || !pPlayer->IsAlive( ))
{
Deactivate( );
return;
}
CWeapon *pPlayerWeapon = pPlayer->GetArsenal( )->GetCurWeapon( );
if( pPlayerWeapon )
pPlayerWeapon->HideWeapon( true );
LTRigidTransform tView;
pPlayer->GetTrueViewTransform( tView );
CWeapon *pTurretWeapon = m_Arsenal.GetCurWeapon( );
if( pTurretWeapon )
{
HMODELSOCKET hPivot = INVALID_MODEL_SOCKET;
g_pModelLT->GetSocket( m_hObject, "Pivot", hPivot );
LTTransform tPivot;
g_pModelLT->GetSocketTransform( m_hObject, hPivot, tPivot, true );
HOBJECT hWeapon = pTurretWeapon->GetModelObject( );
LTRigidTransform rtCur;
g_pLTServer->GetObjectTransform( hWeapon, &rtCur );
// Update the position if it's changed.
if( !rtCur.m_vPos.NearlyEquals( tPivot.m_vPos, 0.0001f ) || !rtCur.m_rRot.NearlyEquals( tView.m_rRot, 0.00001f ))
{
g_pLTServer->SetObjectTransform( hWeapon, LTRigidTransform(tPivot.m_vPos, tView.m_rRot) );
}
}
}
else
{
CWeapon *pTurretWeapon = m_Arsenal.GetCurWeapon( );
if( pTurretWeapon )
{
HMODELSOCKET hPivot = INVALID_MODEL_SOCKET;
g_pModelLT->GetSocket( m_hObject, "Pivot", hPivot );
LTTransform tPivot;
g_pModelLT->GetSocketTransform( m_hObject, hPivot, tPivot, true );
HOBJECT hWeapon = pTurretWeapon->GetModelObject( );
LTRigidTransform rtCur;
g_pLTServer->GetObjectTransform( hWeapon, &rtCur );
// Update the position if it's changed.
if( !rtCur.m_vPos.NearlyEquals( tPivot.m_vPos, 0.0001f ) || !rtCur.m_rRot.NearlyEquals( tPivot.m_rRot, 0.00001f ))
{
g_pLTServer->SetObjectTransform( hWeapon, tPivot );
}
}
}
SetNextUpdate( UPDATE_NEXT_FRAME );
}
void ServerVoteMgr::HandleVoteStart(HCLIENT hSender, ILTMessage_Read* pMsg)
{
if (!hSender)
{
return;
}
if (IsVoteInProgress())
{
// Tell the player why their vote didn't start
SendCancelVoteInProgress( hSender );
return;
}
VoteType eVoteType = (VoteType)pMsg->ReadBits( FNumBitsExclusive<kNumVoteTypes>::k_nValue );
//check to see if we have a real client
uint32 nCallerID = g_pLTServer->GetClientID( hSender );
HCLIENT hCallerClient = g_pLTServer->GetClientHandle( nCallerID );
if( !hCallerClient )
return;
GameClientData* pCallerGameClientData = ServerConnectionMgr::Instance().GetGameClientData( hCallerClient );
if( !pCallerGameClientData )
return;
//check to see if the client has a live player...
if (!GameModeMgr::Instance( ).m_grbAllowDeadVoting)
{
CPlayerObj* pPlayerObj = ( CPlayerObj* )g_pLTServer->HandleToObject( pCallerGameClientData->GetPlayer( ));
if( !pPlayerObj || !pPlayerObj->IsAlive( ))
{
return;
}
};
// Make sure we start fresh.
ClearVote( );
switch(eVoteType)
{
case eVote_Kick:
case eVote_TeamKick:
case eVote_Ban:
{
uint32 nTargetID = pMsg->Readuint32();
HCLIENT hTargetClient = g_pLTServer->GetClientHandle( nTargetID );
if( !hTargetClient )
return;
GameClientData* pTargetGameClientData = ServerConnectionMgr::Instance().GetGameClientData( hTargetClient );
if( !pTargetGameClientData )
return;
// Iterate through all the clients and see if anyone is ready to vote.
ServerConnectionMgr::GameClientDataList& gameClientDataList = ServerConnectionMgr::Instance( ).GetGameClientDataList( );
ServerConnectionMgr::GameClientDataList::iterator iter = gameClientDataList.begin( );
for( ; iter != gameClientDataList.end( ); iter++ )
{
GameClientData* pGameClientData = *iter;
if( !pGameClientData->GetClient( ))
continue;
// Skip clients that aren't ready to play yet.
if( pGameClientData->GetClientConnectionState() != eClientConnectionState_InWorld )
continue;
// Client must have reached the inworld state.
if( !pGameClientData->IsClientInWorld( ))
continue;
// Restrict elibible voters if it's a team kick.
if( eVoteType == eVote_TeamKick )
{
if( pCallerGameClientData->GetLastTeamId() != pGameClientData->GetLastTeamId( ))
continue;
}
// Add to the eligible voter list.
m_lstEligibleVoter.push_back( pGameClientData->GetClient( ));
}
// Check if we have a quorum of voters.
uint32 nQuorum = ( eVoteType == eVote_TeamKick ) ? GameModeMgr::Instance().m_ServerSettings.m_nMinPlayersForTeamVote :
GameModeMgr::Instance().m_ServerSettings.m_nMinPlayersForVote;
//figure out how many votes are needed to pass
uint8 nVotesNeeded = ((m_lstEligibleVoter.size() + 2) / 2); //the "+ 2" is here to ensure a majority not just half
//if we have less than the "minimum" number of players, the vote must pass unanimously
if( m_lstEligibleVoter.size( ) < nQuorum )
{
nVotesNeeded = m_lstEligibleVoter.size( );
}
// Put the caller on the list of voters already cast.
m_lstVoterCastYes.push_back( pCallerGameClientData->GetClient( ));
float fDuration = GameModeMgr::Instance().m_ServerSettings.m_nVoteLifetime;
m_VoteTimer.Start(fDuration);
m_CurrentVote.m_eVoteType = eVoteType;
m_CurrentVote.m_nVoteID = m_CurrentVote.m_nVoteID++; //increment vote ID so that each vote is more or less unique... will wrap after 256 votes
m_CurrentVote.m_nTargetID = nTargetID;
m_CurrentVote.m_nCallerID = nCallerID;
m_CurrentVote.m_nNoVotes = 0;
m_CurrentVote.m_nYesVotes = 1;
m_CurrentVote.m_nVotesNeeded = nVotesNeeded;
CAutoMessage cMsg;
cMsg.Writeuint8( MID_VOTE );
cMsg.WriteBits( eVote_Start, FNumBitsExclusive<kNumVoteActions>::k_nValue );
cMsg.Writeuint8( m_CurrentVote.m_nVoteID );
cMsg.WriteBits( eVoteType, FNumBitsExclusive<kNumVoteTypes>::k_nValue );
cMsg.Writeuint32( nCallerID );
cMsg.Writeuint32( nTargetID );
cMsg.Writeuint8( m_CurrentVote.m_nVotesNeeded );
cMsg.Writedouble( m_VoteTimer.GetTimeLeft( ));
// Send the vote start info to the eligible voters.
SendToEligibleVoters( *cMsg.Read( ));
// Check if we've already achieved necessary votes.
CheckVoteStatus();
}
break;
case eVote_NextRound:
case eVote_NextMap:
{
// Iterate through all the clients and see if anyone is ready to vote.
ServerConnectionMgr::GameClientDataList& gameClientDataList = ServerConnectionMgr::Instance( ).GetGameClientDataList( );
ServerConnectionMgr::GameClientDataList::iterator iter = gameClientDataList.begin( );
for( ; iter != gameClientDataList.end( ); iter++ )
{
GameClientData* pGameClientData = *iter;
if( !pGameClientData->GetClient( ))
continue;
// Skip clients that aren't ready to play yet.
if( pGameClientData->GetClientConnectionState() != eClientConnectionState_InWorld )
continue;
// Client must have reached the inworld state.
if( !pGameClientData->IsClientInWorld( ))
continue;
// Add to the eligible voter list.
m_lstEligibleVoter.push_back( pGameClientData->GetClient( ));
}
// Check if we have a quorum of voters.
uint32 nQuorum = GameModeMgr::Instance().m_ServerSettings.m_nMinPlayersForVote;
//figure out how many votes are needed to pass
uint8 nVotesNeeded = ((m_lstEligibleVoter.size() + 2) / 2); //the "+ 2" is here to ensure a majority not just half
//if we have less than the "minimum" number of players, the vote must pass unanimously
if( m_lstEligibleVoter.size( ) < nQuorum )
{
nVotesNeeded = m_lstEligibleVoter.size( );
}
// Put the caller on the list of voters already cast.
m_lstVoterCastYes.push_back( pCallerGameClientData->GetClient( ));
float fDuration = GameModeMgr::Instance().m_ServerSettings.m_nVoteLifetime;
m_VoteTimer.Start(fDuration);
m_CurrentVote.m_eVoteType = eVoteType;
m_CurrentVote.m_nVoteID = m_CurrentVote.m_nVoteID++; //increment vote ID so that each vote is more or less unique... will wrap after 256 votes
m_CurrentVote.m_nTargetID = 0;
m_CurrentVote.m_nCallerID = nCallerID;
m_CurrentVote.m_nNoVotes = 0;
m_CurrentVote.m_nYesVotes = 1;
m_CurrentVote.m_nVotesNeeded = nVotesNeeded;
CAutoMessage cMsg;
cMsg.Writeuint8( MID_VOTE );
cMsg.WriteBits( eVote_Start, FNumBitsExclusive<kNumVoteActions>::k_nValue );
cMsg.Writeuint8( m_CurrentVote.m_nVoteID );
cMsg.WriteBits( eVoteType, FNumBitsExclusive<kNumVoteTypes>::k_nValue );
cMsg.Writeuint32( nCallerID );
cMsg.Writeuint32( 0 );
cMsg.Writeuint8( m_CurrentVote.m_nVotesNeeded );
cMsg.Writedouble( m_VoteTimer.GetTimeLeft( ));
// Send the vote start info to the eligible voters.
SendToEligibleVoters( *cMsg.Read( ));
// Check if we've already achieved necessary votes.
CheckVoteStatus();
}
break;
case eVote_SelectMap:
{
uint32 nMapIndex = pMsg->Readuint32();
uint32 nCallerID = g_pLTServer->GetClientID( hSender );
HCLIENT hCallerClient = g_pLTServer->GetClientHandle( nCallerID );
if( !hCallerClient )
return;
GameClientData* pCallerGameClientData = ServerConnectionMgr::Instance().GetGameClientData( hCallerClient );
if( !pCallerGameClientData )
return;
// Iterate through all the clients and see if anyone is ready to vote.
ServerConnectionMgr::GameClientDataList& gameClientDataList = ServerConnectionMgr::Instance( ).GetGameClientDataList( );
ServerConnectionMgr::GameClientDataList::iterator iter = gameClientDataList.begin( );
for( ; iter != gameClientDataList.end( ); iter++ )
{
GameClientData* pGameClientData = *iter;
if( !pGameClientData->GetClient( ))
continue;
// Skip clients that aren't ready to play yet.
if( pGameClientData->GetClientConnectionState() != eClientConnectionState_InWorld )
continue;
// Client must have reached the inworld state.
if( !pGameClientData->IsClientInWorld( ))
continue;
// Add to the eligible voter list.
m_lstEligibleVoter.push_back( pGameClientData->GetClient( ));
}
// Check if we have a quorum of voters.
uint32 nQuorum = GameModeMgr::Instance().m_ServerSettings.m_nMinPlayersForVote;
//figure out how many votes are needed to pass
uint8 nVotesNeeded = ((m_lstEligibleVoter.size() + 2) / 2); //the "+ 2" is here to ensure a majority not just half
//if we have less than the "minimum" number of players, the vote must pass unanimously
if( m_lstEligibleVoter.size( ) < nQuorum )
{
nVotesNeeded = m_lstEligibleVoter.size( );
}
// Put the caller on the list of voters already cast.
m_lstVoterCastYes.push_back( pCallerGameClientData->GetClient( ));
float fDuration = GameModeMgr::Instance().m_ServerSettings.m_nVoteLifetime;
m_VoteTimer.Start(fDuration);
m_CurrentVote.m_eVoteType = eVoteType;
m_CurrentVote.m_nVoteID = m_CurrentVote.m_nVoteID++; //increment vote ID so that each vote is more or less unique... will wrap after 256 votes
m_CurrentVote.m_nTargetID = nMapIndex;
m_CurrentVote.m_nCallerID = nCallerID;
m_CurrentVote.m_nNoVotes = 0;
m_CurrentVote.m_nYesVotes = 1;
m_CurrentVote.m_nVotesNeeded = nVotesNeeded;
CAutoMessage cMsg;
cMsg.Writeuint8( MID_VOTE );
cMsg.WriteBits( eVote_Start, FNumBitsExclusive<kNumVoteActions>::k_nValue );
cMsg.Writeuint8( m_CurrentVote.m_nVoteID );
cMsg.WriteBits( eVoteType, FNumBitsExclusive<kNumVoteTypes>::k_nValue );
cMsg.Writeuint32( nCallerID );
cMsg.Writeuint32( nMapIndex );
cMsg.Writeuint8( m_CurrentVote.m_nVotesNeeded );
cMsg.Writedouble( m_VoteTimer.GetTimeLeft( ));
// Send the vote start info to the eligible voters.
SendToEligibleVoters( *cMsg.Read( ));
// Check if we've already achieved necessary votes.
CheckVoteStatus();
}
break;
}
}