void Mesh::printInStream(std::ofstream &file) {
file << points.size() << std::endl;
for(int i=0;i<points.size();i++){
file << points[i].getString() << std::endl;
}
file << this->edges.size() << std::endl;
for(auto e: this->edges.getMap()){
IndexSegment edge = e.first;
file << edge.getString() << std::endl;
}
writeElements(file);
}
void PartitionIO<MeshType>::write (const meshPartsPtr_Type& meshParts)
{
M_meshPartsOut = meshParts;
M_numParts = M_meshPartsOut->size();
M_HDF5IO.openFile (M_fileName, M_comm, false);
writeStats();
writePoints();
writeEdges();
writeFaces();
writeElements();
M_HDF5IO.closeFile();
M_meshPartsOut.reset();
}
/*****************************************************
**
** GenericTableWriter --- createTable
**
******************************************************/
Table *GenericTableWriter::createTable( Tc *conf )
{
tcfg = conf;
uint i, j;
// calculate number of cols and rows
uint cols = 0;
uint rows = 0;
for( i = 0; i < tcfg->colsets.size(); i++ )
{
rows = Max( rows, calcRowCount( tcfg->colsets[i] ) + 1 );
for( j = 0; j < tcfg->colsets[i].cols.size(); j++ )
{
cols += getNumCols4ColumnType( tcfg->colsets[i], tcfg->colsets[i].cols[j].type );
}
}
if ( cols == 0 )
{
wxLogError( wxT( "ERROR: table has no cols" ));
assert( false );
}
wxLogDebug( wxString::Format( wxT( "Create table cols %u rows %u" ), cols, rows ));
table = new Table( cols, rows );
//for( uint i = 0; i < cols; i++ ) for( uint j = 0; j < rows; j++ ) table->setEntry( i, j, wxT( "a" ));
uint currentcol = 0;
for( i = 0; i < tcfg->colsets.size(); i++ )
{
calcObjectList( tcfg->colsets[i] );
for( j = 0; j < tcfg->colsets[i].cols.size(); j++ )
{
switch( tcfg->colsets[i].cols[j].type )
{
case TAB_CT_NONE:
break;
case TAB_CT_CUSTOM_KEY_VALUE:
//printf( "HEADER tcfg->colsets[i].cols[j]size %ld rows %u\n", tcfg->colsets[i].cols[j].cells.size(), rows );
writeCustomKeyValueList( currentcol, tcfg->colsets[i].cols[j] );
break;
case TAB_CT_OBJECT_NAME:
writeObjectName( currentcol, tcfg->colsets[i] );
break;
case TAB_CT_LONGITUDE:
writeObjectLongitude( currentcol, tcfg->colsets[i] );
break;
case TAB_CT_LATITUDE:
writeObjectLatitude( currentcol, tcfg->colsets[i] );
break;
case TAB_CT_NAME_LONGITUDE:
writeObjectNameAndLongitude( currentcol, tcfg->colsets[i] );
break;
case TAB_CT_90_DEGREE_LONGITUDE:
write90DegreeLongitude( currentcol, tcfg->colsets[i] );
break;
case TAB_CT_45_DEGREE_LONGITUDE:
write45DegreeLongitude( currentcol, tcfg->colsets[i] );
break;
case TAB_CT_ANTISCIA:
writeAntiscia( currentcol, tcfg->colsets[i] );
break;
case TAB_CT_SIGN_LORD:
writeSignLords( currentcol, tcfg->colsets[i] );
break;
case TAB_CT_DIGNITY:
writeDignities( currentcol, tcfg->colsets[i] );
break;
case TAB_CT_NAVAMSA:
writeNavamsa( currentcol, tcfg->colsets[i] );
break;
case TAB_CT_NAKSHATRA:
writeNakshatras( currentcol, tcfg->colsets[i] );
break;
case TAB_CT_NAKSHATRA_PADA:
writeNakshatraPadas( currentcol, tcfg->colsets[i] );
break;
case TAB_CT_KP_LORDS:
writeKpLords( currentcol, tcfg->colsets[i] );
break;
case TAB_CT_SHASTIAMSA_LORD:
writeShastiamsaLords( currentcol, tcfg->colsets[i] );
break;
case TAB_CT_DASA_VARGA:
writeDasaVarga( currentcol, tcfg->colsets[i] );
break;
case TAB_CT_HOUSE_POSITION:
writeBhavaPositions( currentcol, tcfg->colsets[i] );
break;
case TAB_CT_CHARA_KARAKA:
writeCharaKarakas( currentcol, tcfg->colsets[i] );
break;
case TAB_CT_AV_REKHAPOINTS:
writeAvRekhaPoints( currentcol, tcfg->colsets[i] );
break;
case TAB_CT_ELEMENT:
writeElements( currentcol, tcfg->colsets[i] );
break;
case TAB_CT_SIGNIFICATION:
writeSignification( currentcol, tcfg->colsets[i] );
break;
case TAB_CT_SIGN_QUALITY:
writeSignQualities( currentcol, tcfg->colsets[i] );
break;
case TAB_CT_WESTERN_ASPECTARIUM:
writeAspectarium( currentcol, tcfg->colsets[i] );
break;
case TAB_CT_ERROR:
writeErrorColumn( currentcol, tcfg->colsets[i].cols[j] );
break;
case TAB_CT_EMPTY:
//printf( "TODO EMPTY COL\n" );
break;
default:
assert( false );
break;
}
currentcol += getNumCols4ColumnType( tcfg->colsets[i], tcfg->colsets[i].cols[j].type );
}
}
return table;
}
void Account::save(QXmlStreamWriter *xml) {
QXmlStreamAttributes attr;
writeAttributes(&attr);
xml->writeAttributes(attr);
writeElements(xml);
}
void AMF0Object::write() {
bs.putU8(AMF0_TYPE_OBJECT);
writeElements();
}
