virtual int Run()
{
while ( true )
{
WaitForCall();
if ( GetCallParam() == MBC_SHUTDOWN )
{
// exit cleanly
return 0;
}
else
{
#ifdef SUPPORT_VBSP_2
char filename[MAX_PATH];
// Safe to access m_szVBSP2MapName because it will not be changed by the main thread while this is happening.
Q_snprintf( filename, sizeof( filename ), "maps\\%s", m_pMapBuilder->m_szVBSP2MapName );
CSimpleMapFile *pSimpleMapFile;
m_pMapBuilder->m_nVBSP2Progress = g_ProgressAmounts[1];
CSimpleMapFile::LoadFromFile( g_pFullFileSystem, filename, &pSimpleMapFile );
m_pMapBuilder->m_nVBSP2Progress = g_ProgressAmounts[2];
pSimpleMapFile->ResolveInstances( CSimpleMapFile::CONVERT_STRUCTURAL_TO_DETAIL, FixupInstance, m_pMapBuilder );
m_pMapBuilder->m_nVBSP2Progress = g_ProgressAmounts[3];
// mess with the pSimpleMapFile here
/*
CMapLayout *pLayout = m_pMapBuilder->GetCurrentlyBuildingMapLayout();
// find the alien floor texture
int iBrushes = pSimpleMapFile->GetBrushCount();
const MapBrush_t *pBrushes = pSimpleMapFile->GetBrushes();
const MapBrushSide_t *pBrushSides = pSimpleMapFile->GetBrushSides();
MapTextureInfo_t *pTextureInfos = pSimpleMapFile->GetTextureInfos();
MapTextureData_t *pTextureDatas = pSimpleMapFile->GetTextureData();
const MapTextureInfo_t *pAlienFloorTextureInfo = NULL; // a texture info that's using the alien floor material
for ( int i = 0; i < iBrushes; i++ )
{
for ( int side = pBrushes[i].m_nFirstSideIndex; side < pBrushes[i].m_nFirstSideIndex + pBrushes[i].m_nNumSides; side++ )
{
const MapTextureInfo_t *pTextureInfo = &pTextureInfos[ pBrushSides[ side ].m_nTextureInfoIndex ];
const MapTextureData_t *pTextureData = &pTextureDatas[ pTextureInfo->m_nTextureDataIndex ];
if ( !Q_stricmp( pTextureData->m_MaterialName, asw_alien_floor_texture.GetString() ) )
{
pAlienFloorTextureInfo = pTextureInfo;
break;
}
}
}
if ( pAlienFloorTextureInfo )
{
// now find all sides using the regular floor texture
for ( int i = 0; i < iBrushes; i++ )
{
// is this brush in an encounter room? - just check the center for now
Vector vecCenter = ( pBrushes[i].m_vMinBounds + pBrushes[i].m_vMaxBounds ) * 0.5f;
CRoom *pRoom = pLayout->GetRoom( vecCenter );
if ( !pRoom || !pRoom->HasAlienEncounter() )
continue;
for ( int side = pBrushes[i].m_nFirstSideIndex; side < pBrushes[i].m_nFirstSideIndex + pBrushes[i].m_nNumSides; side++ )
{
MapTextureInfo_t *pTextureInfo = &pTextureInfos[ pBrushSides[ side ].m_nTextureInfoIndex ];
MapTextureData_t *pTextureData = &pTextureDatas[ pTextureInfo->m_nTextureDataIndex ];
if ( !Q_stricmp( pTextureData->m_MaterialName, asw_regular_floor_texture.GetString() ) )
{
// switch regular floor over to using the new texture index
pTextureInfo->m_nTextureDataIndex = pAlienFloorTextureInfo->m_nTextureDataIndex;
}
}
}
}
else
{
Warning( "Couldn't find alien floor texture in map\n" );
}
*/
// re-resolve if necessary
//pSimpleMapFile->ResolveInstances( CSimpleMapFile::CONVERT_STRUCTURAL_TO_DETAIL, NULL, NULL );
char bspFilename[MAX_PATH];
Q_strncpy( bspFilename, filename, MAX_PATH );
Q_SetExtension( bspFilename, ".bsp", MAX_PATH );
CUtlStreamBuffer outputBSPFile( bspFilename, NULL );
CSimpleBSPFile *pBSPFile = new CSimpleBSPFile();
pBSPFile->CreateFromMapFile( pSimpleMapFile );
m_pMapBuilder->m_nVBSP2Progress = g_ProgressAmounts[4];
SaveToFile( &outputBSPFile, pBSPFile );
outputBSPFile.Close();
delete pBSPFile;
delete pSimpleMapFile;
// Commit all reads/writes before ending task
ThreadMemoryBarrier();
m_pMapBuilder->m_nVBSP2Progress = g_ProgressAmounts[5];
Reply( 0 );
#else
return 0;
#endif
}
}
return 0;
}
bool CWorkerThread::WaitForCall(unsigned * pResult)
{
return WaitForCall(TT_INFINITE, pResult);
}
