///
/// Perform the prob scan.
///
/// \param scanner - the scanner to run the scan with
/// \param cId - the id of this combination on the command line
///
void GammaComboEngine::make1dProbScan(MethodProbScan *scanner, int cId)
{
// load start parameters
ParameterCache *pCache = new ParameterCache(arg);
loadStartParameters(scanner, pCache, cId);
scanner->initScan();
scanStrategy1d(scanner, pCache);
cout << "\nResults:" << endl;
cout << "========\n" << endl;
scanner->printLocalMinima();
scanner->calcCLintervals();
if (!arg->isAction("pluginbatch") && !arg->plotpluginonly) {
if ( arg->plotpulls ) scanner->plotPulls();
if ( arg->parevol ) {
ParameterEvolutionPlotter plotter(scanner);
plotter.plotParEvolution();
}
if ( isScanVarObservable(scanner->getCombiner(), arg->var[0]) ) {
ParameterEvolutionPlotter plotter(scanner);
plotter.plotObsScanCheck();
}
if (!arg->isAction("plugin")) {
scanner->saveScanner(m_fnamebuilder->getFileNameScanner(scanner));
pCache->cacheParameters(scanner,m_fnamebuilder->getFileNamePar(scanner));
}
}
}
///
/// Make a 2D prob scan.
/// - load start parameters
/// - perform scan
/// - save scanner and parameters
///
/// \param scanner - the scanner
/// \param cId - the id of this combination on the command line
///
void GammaComboEngine::make2dProbScan(MethodProbScan *scanner, int cId)
{
// load start parameters
ParameterCache *pCache = new ParameterCache(arg);
loadStartParameters(scanner, pCache, cId);
// scan
scanner->initScan();
scanStrategy2d(scanner,pCache);
cout << endl;
scanner->printLocalMinima();
// save
scanner->saveScanner(m_fnamebuilder->getFileNameScanner(scanner));
pCache->cacheParameters(scanner, m_fnamebuilder->getFileNamePar(scanner));
}