/** Initialize the algorithm's properties.
*/
void
ConvertToQ3DdE::init()
{
CompositeWorkspaceValidator<> *ws_valid = new CompositeWorkspaceValidator<>;
ws_valid->add(new WorkspaceUnitValidator<>("DeltaE"));
ws_valid->add(new HistogramValidator<>);
ws_valid->add(new InstrumentValidator<>);
declareProperty(new WorkspaceProperty<MatrixWorkspace>("InputWorkspace","",Direction::Input,ws_valid),
"An input Matrix Workspace 2D, processed by Convert to energy (homer) algorithm and its x-axis has to be in the units of energy transfer with energy in mev.");
declareProperty(new WorkspaceProperty<IMDEventWorkspace>("OutputWorkspace","",Direction::Output),
"Name of the output MDEventWorkspace. If the workspace already exists, then the events will be added to it.");
BoundedValidator<double> *minEn = new BoundedValidator<double>();
minEn->setLower(0);
declareProperty("EnergyInput",0.000000001,minEn,"The value for the incident energy of the neutrons leaving the source (meV)",Direction::InOut);
// this property is mainly for subalgorithms to set-up as they have to identify
declareProperty(new PropertyWithValue<bool>("UsePreprocessedDetectors", true, Direction::Input),
"Store the part of the detectors transfromation into reciprocal space to save/reuse it later;");
// // this property is mainly for subalgorithms to set-up as they have to identify
//declareProperty(new ArrayProperty<double>("u"), "first base vecotor");
//declareProperty(new ArrayProperty<double>("v"), "second base vecotors");
declareProperty(new ArrayProperty<double>("MinQdE_values"),
"An array containing minimal values for Q[A^-1] and energy transfer[meV] in a form qx_min,qy_min,qz_min, dE min\n"
"(momentum and energy transfer values lower that this one will be ignored if this is set.\n"
" If a minimal output workspace range is higer then specified, the workspace range will be used intstead)" );
declareProperty(new ArrayProperty<double>("MaxQdE_values"),
"An array containing maximal values for Q[A^-1] and energy transfer[meV] in a form qx_max,qy_max,qz_max, dE_max\n"
"(momentum and energy transfer values higher that this one will be ignored if this is set.\n"
" If a maximal output workspace ranges is lower, then one of specified, the workspace range will be used instead)" );
}
ArrayBoundedValidator<TYPE>::ArrayBoundedValidator(BoundedValidator<TYPE> &bv)
{
this->boundVal = dynamic_cast<BoundedValidator<TYPE> *>(bv.clone());
}
ArrayBoundedValidator<TYPE>::ArrayBoundedValidator(BoundedValidator<TYPE> &bv) {
this->boundVal =
boost::dynamic_pointer_cast<BoundedValidator<TYPE>>(bv.clone());
}
