void CmyWord::CreateTable(int nRow, int nCell )
{
COleVariant vTrue((short)TRUE),
vFalse((short)FALSE),
vOptional((long)DISP_E_PARAMNOTFOUND, VT_ERROR);
Range range = m_wdSel.GetRange();
Tables tables = m_wdDoc.GetTables();
m_table = tables.Add(range,nRow,nCell,vOptional,vOptional);
Borders borders = m_table.GetBorders();
borders.SetEnable(TRUE);
Rows rows = m_table.GetRows();
}
void TalkManager::removeTable(Common::ChangeID &changeID) {
Change *change = dynamic_cast<Change *>(changeID.getContent());
if (!change)
return;
Tables *tables = &_tablesMain;
if (change->_isAlt)
tables = &_tablesAlt;
for (Tables::iterator t = tables->begin(); t != tables->end(); ++t) {
if (t->id == change->_id) {
deleteTable(*t);
tables->erase(t);
break;
}
}
changeID.clear();
}
Tables Context::getExternalTables() const
{
auto lock = getLock();
Tables res = external_tables;
if (session_context && session_context != this)
{
Tables buf = session_context->getExternalTables();
res.insert(buf.begin(), buf.end());
}
else if (global_context && global_context != this)
{
Tables buf = global_context->getExternalTables();
res.insert(buf.begin(), buf.end());
}
return res;
}
void TalkManager::addTable(const Common::UString &nameMale, const Common::UString &nameFemale,
bool isAlt, uint32 priority, Common::ChangeID *changeID) {
TalkTable *tableMale = 0, *tableFemale = 0;
loadTables(nameMale, nameFemale, tableMale, tableFemale, LangMan.getCurrentEncoding());
if (!tableMale && !tableFemale)
throw Common::Exception("No such talk table \"%s\"/\"%s\"", nameMale.c_str(), nameFemale.c_str());
Tables *tables = &_tablesMain;
if (isAlt)
tables = &_tablesAlt;
const uint32 id = Common::generateIDNumber();
tables->push_back(Table(tableMale, tableFemale, priority, id));
tables->sort();
if (changeID)
changeID->setContent(new Change(id, isAlt));
}
bool isValid() const override
{
return it != tables.end();
}
DatabaseOrdinaryIterator(Tables & tables_)
: tables(tables_), it(tables.begin()) {}
void runTest(RunParameters& pRunData)
{
Timer tTimer;
cout << "Reading in tables...";
cout.flush();
tTimer.start();
Tables* tTables;
try
{
tTables = new Tables(pRunData.iTablesFile.getCString());
}
catch (MyException& eException)
{
char tString[100];
sprintf(tString, "When opening table file:(%s)", pRunData.iTablesFile.getCString());
eException.addError(tString);
throw eException;
}
tTimer.stop();
cout << "\n" << tTimer << "\n";
cout << "\nReading in hkl data...";
cout.flush();
tTimer.start();
HKLData* tHKL;
Matrix<float> tMetricTensor;
pRunData.unitCell().metricTensor(tMetricTensor);
try
{
tHKL = new HKLData(pRunData.iFileName.getCString(), tMetricTensor);
}
catch (MyException& eException)
{
char tError[255];
sprintf(tError, "When opening hkl file:%s", pRunData.iFileName.getCString());
eException.addError(tError);
throw eException;
}
tTimer.stop();
cout << "\n" << tTimer << "\n";
LaueGroup *tResult;
cout << "\nMerging...\n";
cout.flush();
tTimer.start();
LaueGroupGraph* tGraph = new LaueGroupGraph();
MergedReflections& tMergedRefl = tGraph->merge(*tHKL);
tTimer.stop();
cout << tTimer << "\n\n";
tResult = tMergedRefl.laueGroup();
HKLData *tHKLData; //The resulting merged reflections.
cout << "From merging the most likly laue symetry is " << (*tResult) << "\n";
LaueGroup* tNewResult;
if (pRunData.crystalSystem() == kUnknownID) //If the Laue symmetry hasn't already been specified
{
tNewResult = getLaueGroup(tResult, cout);
}
else
{
tNewResult = pRunData.laueGroup();
}
if (tNewResult != tResult) //If what the merge found and the users choise was don't machine
{
pRunData.setLaueGroup(tNewResult); //Save the choice
if (pRunData.iMerge) //If your using the merged data then
{
cout << "Remerging reflections in " << (*tNewResult) << "...\n";
MergedData tNewMergedData(*tHKL, *tNewResult);
tHKLData = new HKLData();
tNewMergedData.mergeReflections(*tHKLData);
}
}
else
{
pRunData.setLaueGroup(tResult);
tHKLData = new HKLData((HKLData&)tMergedRefl);
}
delete tGraph;
if (pRunData.iMerge)
{
delete tHKL;
tHKL = tHKLData;
}
cout << "Calculating probabilities...\n";
cout.flush();
tTimer.start();
Table* tTable = tTables->findTable(crystalSystemConst(pRunData.crystalSystem()));
Stats* tStats = new Stats(tTables->getRegions(), tTables->getConditions());
tStats->addReflections(*tHKL, *pRunData.laueGroup());
tStats->calProbs();
tTimer.stop();
if (pRunData.iVerbose)
tStats->output(cout, *tTable) << "\n";
cout << tTimer << "\n";
cout.flush();
cout << "\nRanking space groups...";
cout.flush();
tTimer.start();
RankedSpaceGroups* tRankings = new RankedSpaceGroups(*tTable, *tStats, pRunData.iChiral, *pRunData.laueGroup());
tTimer.stop();
cout <<"\n" << tTimer << "\n\n";
cout << "Table for " << crystalSystemConst(pRunData.laueGroup()->crystalSystem()) << "\n";
cout << "\n" << *tRankings << "\n";
if (smallValue(maximum(tHKL->unitCellTensor(), -1000000.0f, tHKL->unitCellTensor().sizeX()*tHKL->unitCellTensor().sizeY())) > 0) //if we where given a unit cell output the new values.
{
UnitCell tUnitCell(tHKL->unitCellTensor());
cout << "Unit cell:\n" << tUnitCell << "\n\n";
}
cout << "Transformation matrix is: \n" << tHKL->transformation() << "\n"; //Output the transformation matrix which was used.
/* Used for output stats to be read into octave for analysis*/
/*outputToFile(pRunData, tStats, tRankings, *tTable);
outputScores(*tRankings, *tStats, *tTable);*/
delete tRankings;
delete tStats;
delete tHKL;
delete tTables;
}