void CMarkerRPCs::SetMarkerTarget ( NetBitStreamInterface& bitStream )
{
// Read out the marker id and if there's a new target
ElementID ID;
unsigned char ucTemp;
if ( bitStream.Read ( ID ) &&
bitStream.Read ( ucTemp ) )
{
// Grab the marker
CClientMarker* pMarker = m_pMarkerManager->Get ( ID );
if ( pMarker )
{
// Grab the checkpoint marker from it
CClientCheckpoint* pCheckpoint = pMarker->GetCheckpoint ();
if ( pCheckpoint )
{
// Handle this according to the temp char
switch ( ucTemp )
{
// No target?
case 0:
{
pCheckpoint->SetIcon ( CClientCheckpoint::ICON_NONE );
pCheckpoint->SetDirection ( CVector ( 1.0f, 0.0f, 0.0f ) );
pCheckpoint->SetHasTarget ( false );
pCheckpoint->ReCreateWithSameIdentifier();
break;
}
// Position target?
case 1:
{
// Read out the position
CVector vecPosition;
if ( bitStream.Read ( vecPosition.fX ) &&
bitStream.Read ( vecPosition.fY ) &&
bitStream.Read ( vecPosition.fZ ) )
{
// Set the icon to arrow and the target position
pCheckpoint->SetNextPosition ( vecPosition );
pCheckpoint->SetIcon ( CClientCheckpoint::ICON_ARROW );
pCheckpoint->SetHasTarget ( true );
pCheckpoint->SetTarget ( vecPosition );
pCheckpoint->ReCreateWithSameIdentifier();
}
break;
}
}
}
}
}
}
void CMarkerRPCs::SetMarkerIcon ( CClientEntity* pSource, NetBitStreamInterface& bitStream )
{
// Read out the marker id and icon
unsigned char ucIcon;
if ( bitStream.Read ( ucIcon ) )
{
// Grab the marker
CClientMarker* pMarker = m_pMarkerManager->Get ( pSource->GetID () );
if ( pMarker )
{
// Convert it to a checkpoint
CClientCheckpoint* pCheckpoint = pMarker->GetCheckpoint ();
if ( pCheckpoint )
{
pCheckpoint->SetIcon ( static_cast < unsigned int > ( ucIcon ) );
}
}
}
}
void CClientMarker::CreateOfType ( int iType )
{
SAFE_DELETE ( m_pCollision )
CVector vecOrigin;
GetPosition ( vecOrigin );
switch ( iType )
{
case MARKER_CHECKPOINT:
{
CClientCheckpoint* pCheckpoint = new CClientCheckpoint ( this );
pCheckpoint->SetCheckpointType ( CClientCheckpoint::TYPE_NORMAL );
m_pMarker = pCheckpoint;
m_pCollision = new CClientColCircle ( g_pClientGame->GetManager(), NULL, vecOrigin, GetSize() );
m_pCollision->m_pOwningMarker = this;
m_pCollision->SetHitCallback ( this );
break;
}
case MARKER_RING:
{
CClientCheckpoint* pCheckpoint = new CClientCheckpoint ( this );
pCheckpoint->SetCheckpointType ( CClientCheckpoint::TYPE_RING );
m_pMarker = pCheckpoint;
m_pCollision = new CClientColSphere ( g_pClientGame->GetManager(), NULL, vecOrigin, GetSize() );
m_pCollision->m_pOwningMarker = this;
m_pCollision->SetHitCallback ( this );
break;
}
case MARKER_CYLINDER:
{
CClient3DMarker* p3DMarker = new CClient3DMarker ( this );
p3DMarker->Set3DMarkerType ( CClient3DMarker::TYPE_CYLINDER );
m_pMarker = p3DMarker;
m_pCollision = new CClientColCircle ( g_pClientGame->GetManager(), NULL, vecOrigin, GetSize() );
m_pCollision->m_pOwningMarker = this;
m_pCollision->SetHitCallback ( this );
break;
}
case MARKER_ARROW:
{
CClient3DMarker* p3DMarker = new CClient3DMarker ( this );
p3DMarker->Set3DMarkerType ( CClient3DMarker::TYPE_ARROW );
m_pMarker = p3DMarker;
m_pCollision = new CClientColSphere ( g_pClientGame->GetManager(), NULL, vecOrigin, GetSize() );
m_pCollision->m_pOwningMarker = this;
m_pCollision->SetHitCallback ( this );
break;
}
case MARKER_CORONA:
{
m_pMarker = new CClientCorona ( this );
m_pCollision = new CClientColSphere ( g_pClientGame->GetManager(), NULL, vecOrigin, GetSize() );
m_pCollision->m_pOwningMarker = this;
m_pCollision->SetHitCallback ( this );
break;
}
default:
break;
}
}
