int Phrasing( ChewingData *pgdata )
{
TreeDataType treeData;
InitPhrasing( &treeData );
FindInterval( pgdata, &treeData );
SetInfo( pgdata->nPhoneSeq, &treeData );
Discard1( &treeData );
Discard2( &treeData );
SaveList( &treeData );
CountMatchCnnct( &treeData, pgdata->bUserArrCnnct, pgdata->nPhoneSeq );
SortListByScore( &treeData );
NextCut( &treeData, &pgdata->phrOut );
#ifdef ENABLE_DEBUG
ShowList( &treeData );
DEBUG_FLUSH;
#endif
/* set phrasing output */
OutputRecordStr(
pgdata,
pgdata->phrOut.chiBuf, sizeof(pgdata->phrOut.chiBuf),
( treeData.phList )->arrIndex,
( treeData.phList )->nInter,
pgdata->phoneSeq,
pgdata->nPhoneSeq,
pgdata->selectStr, pgdata->selectInterval, pgdata->nSelect, &treeData );
SaveDispInterval( &pgdata->phrOut, &treeData );
/* free "phrase" */
CleanUpMem( &treeData );
return 0;
}
int Phrasing(
ChewingData *pgdata, /* FIXME: Remove other parameters since they are all in pgdata. */
PhrasingOutput *ppo, uint16_t phoneSeq[], int nPhoneSeq,
char selectStr[][ MAX_PHONE_SEQ_LEN * MAX_UTF8_SIZE + 1 ],
IntervalType selectInterval[], int nSelect,
int bArrBrkpt[], int bUserArrCnnct[] )
{
TreeDataType treeData;
InitPhrasing( &treeData );
FindInterval(
pgdata,
phoneSeq, nPhoneSeq, selectStr, selectInterval, nSelect,
bArrBrkpt, &treeData );
SetInfo( nPhoneSeq, &treeData );
Discard1( &treeData );
Discard2( &treeData );
SaveList( &treeData );
CountMatchCnnct( &treeData, bUserArrCnnct, nPhoneSeq );
SortListByScore( &treeData );
NextCut( &treeData, ppo );
#ifdef ENABLE_DEBUG
ShowList( &treeData );
DEBUG_FLUSH;
#endif
/* set phrasing output */
OutputRecordStr(
pgdata,
ppo->chiBuf, sizeof(ppo->chiBuf),
( treeData.phList )->arrIndex,
( treeData.phList )->nInter,
phoneSeq,
nPhoneSeq,
selectStr, selectInterval, nSelect, &treeData );
SaveDispInterval( ppo, &treeData );
/* free "phrase" */
CleanUpMem( &treeData );
return 0;
}
//------------------------------------------------------------------------
// Name: DoExport()
// Desc: Start the exporter!
//------------------------------------------------------------------------
int SMDExporter::DoExport( const TCHAR* name,ExpInterface* ei,Interface* i,
BOOL suppressPrompts,DWORD options )
{
// Set a global prompt display switch
showPrompts = suppressPrompts ? FALSE : TRUE;
exportSelected = (options & SCENE_EXPORT_SELECTED) ? TRUE : FALSE;
// Store the Interface pointer
m_ip = i;
m_sFilename = name;
if( showPrompts )
{
// If user click "Cancel" then exit the plug-in
if( !DialogBoxParam(hInstance,"SMDExporterDlg",m_ip->GetMAXHWnd(),ExporterDlgProc,(LPARAM)this) )
return TRUE;
}
// Open a file to write data
m_pFile = fopen( name,"wb" );
if( !m_pFile ) return FALSE;
// Startup the progress bar.
m_ip->ProgressStart( GetString(IDS_PROGRESS_MSG),TRUE,fn,NULL );
// Get the total node count by traversing the scene
// It's nice to have a accurate progress bar
m_nTotalNodeCount = 0;
m_nCurNode = 0;
PreProcess( m_ip->GetRootNode(),m_nTotalNodeCount );
// Call our node Enumerator.
// The nodeEnum function will recourse itself and
// Export each object found in the scene
int numChildren = m_ip->GetRootNode()->NumberOfChildren();
fputc( 'S',m_pFile );
fputc( 'M',m_pFile );
fputc( 'D',m_pFile );
fputc( '\0',m_pFile );
ExportBinaryHeader();
// Check the count of mesh
m_nNumMeshes = m_nTotalNodeCount;
m_pMeshes = new SMDMESH[m_nNumMeshes];
memset( m_pMeshes,0,sizeof(SMDMESH)*m_nNumMeshes );
for( int c=0;c<numChildren;c++ )
{
if( m_ip->GetCancel() ) break;
nodeEnum( m_ip->GetRootNode()->GetChildNode(c) );
}
// Exported all datas, Close the file
m_ip->ProgressEnd();
fclose( m_pFile );
// Clean up the memory
CleanUpMem();
return TRUE;
}
