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// Mantid Repository : https://github.com/mantidproject/mantid
//
// Copyright © 2019 ISIS Rutherford Appleton Laboratory UKRI,
// NScD Oak Ridge National Laboratory, European Spallation Source
// & Institut Laue - Langevin
// SPDX - License - Identifier: GPL - 3.0 +
#include "Decoder.h"
#include "Encoder.h"
#include "MantidQtWidgets/Common/SignalBlocker.h"
namespace MantidQt {
namespace CustomInterfaces {
BatchPresenter *Decoder::findBatchPresenter(const QtBatchView *gui,
const QtMainWindowView &mwv) {
for (auto ipresenter : mwv.m_presenter->m_batchPresenters) {
auto presenter = std::dynamic_pointer_cast<BatchPresenter>(ipresenter);
if (presenter->m_view == gui) {
return presenter.get();
}
}
return nullptr;
}
void Decoder::decode(const QtMainWindowView &gui,
const QMap<QString, QVariant> &map) {
UNUSED_ARG(gui);
UNUSED_ARG(map);
}
void Decoder::decodeBatch(const QtBatchView *gui, const QtMainWindowView &mwv,
QMap<QString, QVariant> &map,
const BatchPresenter *presenter) {
auto batchPresenter = presenter;
if (!batchPresenter) {
batchPresenter = findBatchPresenter(gui, mwv);
}
if (!batchPresenter) {
throw std::runtime_error(
"BatchPresenter could not be found during decode.");
}
auto runsPresenter =
dynamic_cast<RunsPresenter *>(batchPresenter->m_runsPresenter.get());
auto runsTablePresenter =
dynamic_cast<RunsTablePresenter *>(runsPresenter->m_tablePresenter.get());
auto reductionJobs = &runsTablePresenter->m_model.m_reductionJobs;
decodeRuns(gui->m_runs.get(), reductionJobs, runsTablePresenter,
map[QString("runsView")].toMap());
decodeEvent(gui->m_eventHandling.get(), map[QString("eventView")].toMap());
decodeExperiment(gui->m_experiment.get(),
map[QString("experimentView")].toMap());
decodeInstrument(gui->m_instrument.get(),
map[QString("instrumentView")].toMap());
decodeSave(gui->m_save.get(), map[QString("saveView")].toMap());
}
void Decoder::decodeBatch(const IBatchPresenter *presenter,
const IMainWindowView *mwv,
QMap<QString, QVariant> &map) {
auto batchPresenter = dynamic_cast<const BatchPresenter *>(presenter);
decodeBatch(dynamic_cast<QtBatchView *>(batchPresenter->m_view),
*dynamic_cast<const QtMainWindowView *>(mwv), map,
batchPresenter);
void Decoder::decodeExperiment(const QtExperimentView *gui,
const QMap<QString, QVariant> &map) {
gui->m_ui.analysisModeComboBox->setCurrentIndex(
map[QString("analysisModeComboBox")].toInt());
gui->m_ui.debugCheckBox->setChecked(map[QString("debugCheckbox")].toBool());
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gui->m_ui.summationTypeComboBox->setCurrentIndex(
map[QString("summationTypeComboBox")].toInt());
gui->m_ui.reductionTypeComboBox->setCurrentIndex(
map[QString("reductionTypeComboBox")].toInt());
gui->m_ui.includePartialBinsCheckBox->setChecked(
map[QString("includePartialBinsCheckBox")].toBool());
decodePerAngleDefaults(gui->m_ui.optionsTable,
map[QString("perAngleDefaults")].toMap());
gui->m_ui.startOverlapEdit->setValue(
map[QString("startOverlapEdit")].toDouble());
gui->m_ui.endOverlapEdit->setValue(map[QString("endOverlapEdit")].toDouble());
gui->m_ui.transStitchParamsEdit->setText(
map[QString("transStitchParamsEdit")].toString());
gui->m_ui.transScaleRHSCheckBox->setChecked(
map[QString("transScaleRHSCheckBox")].toBool());
gui->m_ui.polCorrCheckBox->setChecked(
map[QString("polCorrCheckBox")].toBool());
gui->m_ui.floodCorComboBox->setCurrentIndex(
map[QString("floodCorComboBox")].toInt());
gui->m_ui.floodWorkspaceWsSelector->setCurrentIndex(
map[QString("floodWorkspaceWsSelector")].toInt());
gui->m_stitchEdit->setText(map[QString("stitchEdit")].toString());
}
void Decoder::decodePerAngleDefaults(QTableWidget *tab,
const QMap<QString, QVariant> &map) {
// Clear the rows
for (auto rowIndex = 0; rowIndex < tab->rowCount(); ++rowIndex) {
tab->removeRow(rowIndex);
}
const int rowsNum = map[QString("rowsNum")].toInt();
const int columnsNum = map[QString("columnsNum")].toInt();
decodePerAngleDefaultsRows(tab, rowsNum, columnsNum,
map[QString("rows")].toList());
}
void Decoder::decodePerAngleDefaultsRows(QTableWidget *tab, int rowsNum,
int columnsNum,
const QList<QVariant> &list) {
for (auto rowIndex = 0; rowIndex < rowsNum; ++rowIndex) {
tab->insertRow(rowIndex);
decodePerAngleDefaultsRow(tab, rowIndex, columnsNum,
list[rowIndex].toList());
}
}
void Decoder::decodePerAngleDefaultsRow(QTableWidget *tab, int rowIndex,
int columnsNum,
const QList<QVariant> &list) {
MantidQt::API::SignalBlocker blocker(tab);
for (auto columnIndex = 0; columnIndex < columnsNum; ++columnIndex) {
auto tableWidgetItem = new QTableWidgetItem(list[columnIndex].toString());
tab->setItem(rowIndex, columnIndex, tableWidgetItem);
}
}
void Decoder::decodeInstrument(const QtInstrumentView *gui,
const QMap<QString, QVariant> &map) {
gui->m_ui.intMonCheckBox->setChecked(map[QString("intMonCheckBox")].toBool());
gui->m_ui.monIntMinEdit->setValue(map[QString("monIntMinEdit")].toDouble());
gui->m_ui.monIntMaxEdit->setValue(map[QString("monIntMaxEdit")].toDouble());
gui->m_ui.monBgMinEdit->setValue(map[QString("monBgMinEdit")].toDouble());
gui->m_ui.monBgMaxEdit->setValue(map[QString("monBgMaxEdit")].toDouble());
gui->m_ui.lamMinEdit->setValue(map[QString("lamMinEdit")].toDouble());
gui->m_ui.lamMaxEdit->setValue(map[QString("lamMaxEdit")].toDouble());
gui->m_ui.I0MonitorIndex->setValue(
static_cast<int>(map[QString("I0MonitorIndex")].toDouble()));
gui->m_ui.correctDetectorsCheckBox->setChecked(
map[QString("correctDetectorsCheckBox")].toBool());
gui->m_ui.detectorCorrectionTypeComboBox->setCurrentIndex(
map[QString("detectorCorrectionTypeComboBox")].toInt());
}
void Decoder::decodeRuns(QtRunsView *gui, ReductionJobs *redJobs,
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RunsTablePresenter *presenter,
const QMap<QString, QVariant> &map) {
decodeRunsTable(gui->m_tableView, redJobs, presenter,
map[QString("runsTable")].toMap());
gui->m_ui.comboSearchInstrument->setCurrentIndex(
map[QString("comboSearchInstrument")].toInt());
gui->m_ui.textSearch->setText(map[QString("textSearch")].toString());
}
namespace HIDDEN_LOCAL {
std::vector<MantidQt::MantidWidgets::Batch::Cell> cellsFromRow(Row const &row) {
return std::vector<MantidQt::MantidWidgets::Batch::Cell>(
{MantidQt::MantidWidgets::Batch::Cell(boost::join(row.runNumbers(), "+")),
MantidQt::MantidWidgets::Batch::Cell(std::to_string(row.theta())),
MantidQt::MantidWidgets::Batch::Cell(
row.transmissionWorkspaceNames().firstRunList()),
MantidQt::MantidWidgets::Batch::Cell(
row.transmissionWorkspaceNames().secondRunList()),
qRangeCellOrDefault(row.qRange(), row.qRangeOutput(), &RangeInQ::min),
qRangeCellOrDefault(row.qRange(), row.qRangeOutput(), &RangeInQ::max),
qRangeCellOrDefault(row.qRange(), row.qRangeOutput(), &RangeInQ::step),
MantidQt::MantidWidgets::Batch::Cell(
optionalToString(row.scaleFactor())),
MantidQt::MantidWidgets::Batch::Cell(
MantidWidgets::optionsToString(row.reductionOptions()))});
}
} // namespace HIDDEN_LOCAL
void Decoder::updateRunsTableViewFromModel(QtRunsTableView *view,
const ReductionJobs *model) {
auto jobTreeView = view->m_jobs.get();
auto groups = model->groups();
for (auto groupIndex = 0u; groupIndex < groups.size(); ++groupIndex) {
// Update view for groups
auto group = groups[groupIndex];
MantidQt::MantidWidgets::Batch::RowLocation location(
{static_cast<int>(groupIndex)});
MantidQt::MantidWidgets::Batch::Cell groupCell(group.name());
jobTreeView->setCellAt({location}, 0, groupCell);
// Update view for rows
auto rows = groups[groupIndex].rows();
for (auto rowIndex = 0u; rowIndex < rows.size(); ++rowIndex) {
auto row = rows[rowIndex];
// If row has content in the model.
if (row) {
MantidQt::MantidWidgets::Batch::RowLocation location(
{static_cast<int>(groupIndex), static_cast<int>(rowIndex)});
jobTreeView->setCellsAt({location},
HIDDEN_LOCAL::cellsFromRow(row.get()));
}
}
}
}
void Decoder::decodeRunsTable(QtRunsTableView *gui, ReductionJobs *redJobs,
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RunsTablePresenter *presenter,
const QMap<QString, QVariant> &map) {
MantidQt::API::SignalBlocker signalBlockerView(gui);
gui->m_ui.filterBox->setText(map[QString("filterBox")].toString());
bool projectSave = map[QString("projectSave")].toBool();
auto runsTable = map[QString("runsTableModel")].toList();
// Clear
presenter->removeAllRowsAndGroupsFromView();
presenter->removeAllRowsAndGroupsFromModel();
// Construct the table.
for (auto groupIndex = 1; groupIndex < runsTable.size() + 1; ++groupIndex) {
presenter->appendEmptyGroupInModel();
presenter->appendEmptyGroupInView();
for (auto rowIndex = 0;
rowIndex <
runsTable[groupIndex - 1].toMap()[QString("rows")].toList().size();
++rowIndex) {
presenter->appendRowsToGroupsInView({groupIndex});
presenter->appendRowsToGroupsInModel({groupIndex});
}
}
// Remove initial group made on construction
presenter->removeGroupsFromView({0});
presenter->removeGroupsFromModel({0});
decodeRunsTableModel(redJobs, runsTable);
// Still need to do this for groups
updateRunsTableViewFromModel(gui, redJobs);
if (projectSave) {
// Apply styling and restore completed state for output range values best
// way to achieve this is yet to be decided.
}
}
void Decoder::decodeRunsTableModel(ReductionJobs *jobs,
const QList<QVariant> &list) {
for (auto groupIndex = 0; groupIndex < list.size(); ++groupIndex) {
auto group = decodeGroup(list[groupIndex].toMap());
jobs->mutableGroups()[groupIndex] = group;
}
}
MantidQt::CustomInterfaces::ISISReflectometry::Group
Decoder::decodeGroup(const QMap<QString, QVariant> &map) {
auto rows = decodeRows(map["rows"].toList());
MantidQt::CustomInterfaces::ISISReflectometry::Group group(
map[QString("name")].toString().toStdString(), rows);
group.m_postprocessedWorkspaceName =
map[QString("postprocessedWorkspaceName")].toString().toStdString();
return group;
}
std::vector<boost::optional<MantidQt::CustomInterfaces::ISISReflectometry::Row>>
Decoder::decodeRows(const QList<QVariant> &list) {
std::vector<
boost::optional<MantidQt::CustomInterfaces::ISISReflectometry::Row>>
rows;
for (const auto &rowMap : list) {
rows.emplace_back(decodeRow(rowMap.toMap()));
}
return rows;
}
namespace {
ReductionOptionsMap decodeReductionOptions(const QMap<QString, QVariant> &map) {
ReductionOptionsMap rom;
for (const auto &key : map.keys()) {
rom.insert(std::pair<std::string, std::string>(
key.toStdString(), map[key].toString().toStdString()));
}
return rom;
}
} // namespace
boost::optional<MantidQt::CustomInterfaces::ISISReflectometry::Row>
Decoder::decodeRow(const QMap<QString, QVariant> &map) {
std::vector<std::string> number;
for (const auto &runNumber : map[QString("runNumbers")].toList()) {
number.emplace_back(runNumber.toString().toStdString());
}
boost::optional<double> scaleFactor;
if (map[QString("scaleFactorPresent")].toBool()) {
scaleFactor = map[QString("scaleFactor")].toDouble();
}
MantidQt::CustomInterfaces::ISISReflectometry::Row row(
number, map[QString("theta")].toDouble(),
decodeTransmissionRunPair(map[QString("transRunNums")].toMap()),
decodeRangeInQ(map[QString("qRange")].toMap()), scaleFactor,
decodeReductionOptions(map[QString("reductionOptions")].toMap()),
decodeReductionWorkspace(map[QString("reductionWorkspaces")].toMap()));
return row;
}
RangeInQ Decoder::decodeRangeInQ(const QMap<QString, QVariant> &map) {
boost::optional<double> min;
boost::optional<double> step;
boost::optional<double> max;
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if (map[QString("minPresent")].toBool()) {
min = map[QString("min")].toDouble();
}
if (map[QString("maxPresent")].toBool()) {
max = map[QString("max")].toDouble();
}
if (map[QString("stepPresent")].toBool()) {
step = map[QString("step")].toDouble();
}
return RangeInQ(min, step, max);
}
TransmissionRunPair
Decoder::decodeTransmissionRunPair(const QMap<QString, QVariant> &map) {
auto firstTransRunsQt = map[QString("firstTransRuns")].toList();
auto secondTransRunsQt = map[QString("secondTransRuns")].toList();
std::vector<std::string> firstTransRuns;
std::vector<std::string> secondTransRuns;
for (const auto &item : firstTransRunsQt) {
firstTransRuns.emplace_back(item.toString().toStdString());
}
for (const auto &item : secondTransRunsQt) {
secondTransRuns.emplace_back(item.toString().toStdString());
}
return TransmissionRunPair(firstTransRuns, secondTransRuns);
}
ReductionWorkspaces
Decoder::decodeReductionWorkspace(const QMap<QString, QVariant> &map) {
std::vector<std::string> inputRunNumbers;
for (const auto &elem : map[QString("inputRunNumbers")].toList()) {
inputRunNumbers.emplace_back(elem.toString().toStdString());
}
auto transmissionRunPair =
decodeTransmissionRunPair(map[QString("transPair")].toMap());
ReductionWorkspaces redWs(inputRunNumbers, transmissionRunPair);
redWs.setOutputNames(map[QString("iVsLambda")].toString().toStdString(),
map[QString("iVsQ")].toString().toStdString(),
map[QString("iVsQBinned")].toString().toStdString());
return redWs;
}
void Decoder::decodeSave(const QtSaveView *gui,
const QMap<QString, QVariant> &map) {
gui->m_ui.savePathEdit->setText(map[QString("savePathEdit")].toString());
gui->m_ui.prefixEdit->setText(map[QString("prefixEdit")].toString());
gui->m_ui.titleCheckBox->setChecked(map[QString("titleCheckBox")].toBool());
gui->m_ui.qResolutionCheckBox->setChecked(
map[QString("qResolutionCheckBox")].toBool());
gui->m_ui.commaRadioButton->setChecked(
map[QString("commaRadioButton")].toBool());
gui->m_ui.spaceRadioButton->setChecked(
map[QString("spaceRadioButton")].toBool());
gui->m_ui.tabRadioButton->setChecked(map[QString("tabRadioButton")].toBool());
gui->m_ui.fileFormatComboBox->setCurrentIndex(
map[QString("fileFormatComboBox")].toInt());
gui->m_ui.filterEdit->setText(map[QString("filterEdit")].toString());
gui->m_ui.regexCheckBox->setChecked(map[QString("regexCheckBox")].toBool());
gui->m_ui.saveReductionResultsCheckBox->setChecked(
map[QString("saveReductionResultsCheckBox")].toBool());
}
void Decoder::decodeEvent(const QtEventView *gui,
const QMap<QString, QVariant> &map) {
gui->m_ui.disabledSlicingButton->setChecked(
map[QString("disabledSlicingButton")].toBool());
gui->m_ui.uniformEvenButton->setChecked(
map[QString("uniformEvenButton")].toBool());
gui->m_ui.uniformEvenEdit->setValue(
static_cast<int>(map[QString("uniformEvenEdit")].toDouble()));
gui->m_ui.uniformButton->setChecked(map[QString("uniformButton")].toBool());
gui->m_ui.uniformEdit->setValue(map[QString("uniformEdit")].toDouble());
gui->m_ui.customButton->setChecked(map[QString("customButton")].toBool());
gui->m_ui.customEdit->setText(map[QString("customEdit")].toString());
gui->m_ui.logValueButton->setChecked(map[QString("logValueButton")].toBool());
gui->m_ui.logValueEdit->setText(map[QString("logValueEdit")].toString());
gui->m_ui.logValueTypeEdit->setText(
map[QString("logValueTypeEdit")].toString());
}
} // namespace CustomInterfaces
} // namespace MantidQt