From 9ac2bf1fdbfaca789cea6bd5f369659dfd98e0ab Mon Sep 17 00:00:00 2001 From: Pete Peterson Date: Tue, 22 Oct 2024 10:39:37 -0400 Subject: [PATCH] Run end-of-file-fixer on the repository --- .clang-tidy | 1 - Framework/API/inc/MantidAPI/RegionSelectorObserver.h | 2 +- Framework/API/inc/MantidAPI/WorkspacePropertyUtils.h | 2 +- Framework/API/src/AlgoTimeRegister.cpp | 2 +- Framework/API/src/AlgorithmFactoryObserver.cpp | 2 +- Framework/API/src/AnalysisDataServiceObserver.cpp | 2 +- Framework/API/src/Citation.cpp | 2 +- Framework/API/src/InstrumentFileFinder.cpp | 2 +- Framework/API/src/WorkspacePropertyUtils.cpp | 2 +- Framework/API/test/FunctionAttributeValidatorTest.h | 2 +- Framework/API/test/InstrumentFileFinderTest.h | 2 +- Framework/API/test/ResultTest.h | 2 +- .../inc/MantidAlgorithms/AddAbsorptionWeightedPathLengths.h | 2 +- .../Algorithms/inc/MantidAlgorithms/FindPeaksConvolve.h | 2 +- .../PolarizationCorrections/HeliumAnalyserEfficiency.h | 2 +- .../PolarizationCorrectionsHelpers.h | 2 +- .../PolarizationCorrections/PolarizerEfficiency.h | 2 +- Framework/Algorithms/src/FindPeaksConvolve.cpp | 2 +- Framework/Algorithms/src/PDFFourierTransform.cpp | 2 +- Framework/Algorithms/src/PDFFourierTransform2.cpp | 2 +- .../PolarizationCorrections/HeliumAnalyserEfficiency.cpp | 2 +- .../PolarizationCorrectionsHelpers.cpp | 2 +- Framework/Algorithms/src/Q1D2.cpp | 2 +- .../Algorithms/test/AddAbsorptionWeightedPathLengthsTest.h | 2 +- Framework/Algorithms/test/FindPeaksConvolveTest.h | 2 +- Framework/Algorithms/test/FindPeaksTest.h | 2 +- Framework/Algorithms/test/PlusMinusTest.in.h | 2 -- .../PolarizationCorrections/HeliumAnalyserEfficiencyTest.h | 2 +- .../PolarizationCorrectionsHelpersTest.h | 2 +- .../test/PolarizationCorrections/PolarizerEfficiencyTest.h | 2 +- .../test/PolarizationCorrections/SpinStateValidatorTest.h | 2 +- Framework/Crystal/inc/MantidCrystal/BackgroundStrategy.h | 2 +- Framework/Crystal/src/LoadHKL.cpp | 2 +- Framework/Crystal/test/FindUBUsingIndexedPeaksTest.h | 2 +- Framework/Crystal/test/IntegratePeakTimeSlicesTest.h | 2 +- Framework/Crystal/test/MaskPeaksWorkspaceTest.h | 2 +- Framework/Crystal/test/SaveIsawUBTest.h | 2 +- .../inc/MantidCurveFitting/Algorithms/QENSFitUtilities.h | 2 +- .../CurveFitting/inc/MantidCurveFitting/EigenJacobian.h | 2 +- .../CurveFitting/inc/MantidCurveFitting/EigenMatrixView.h | 2 +- .../CurveFitting/inc/MantidCurveFitting/EigenVectorView.h | 2 +- .../MantidCurveFitting/Functions/MagneticOrderParameter.h | 2 +- .../MantidCurveFitting/Functions/MuoniumDecouplingCurve.h | 2 +- Framework/CurveFitting/src/Algorithms/QENSFitUtilities.cpp | 2 +- Framework/CurveFitting/src/EigenMatrixView.cpp | 2 +- Framework/CurveFitting/src/Functions/ActivationK.cpp | 2 +- Framework/CurveFitting/src/Functions/ActivationmeV.cpp | 2 +- .../src/Functions/CriticalPeakRelaxationRate.cpp | 2 +- .../CurveFitting/src/Functions/MagneticOrderParameter.cpp | 2 +- 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Framework/CurveFitting/test/Functions/IsoRotDiffTest.h | 2 +- .../test/Functions/MagneticOrderParameterTest.h | 2 +- .../inc/MantidDataHandling/DataBlockComposite.h | 2 +- .../DataHandling/inc/MantidDataHandling/LoadAsciiStl.h | 2 +- .../DataHandling/inc/MantidDataHandling/LoadBinaryStl.h | 2 +- Framework/DataHandling/inc/MantidDataHandling/LoadRawBin0.h | 2 +- .../DataHandling/inc/MantidDataHandling/LoadRawSpectrum0.h | 2 +- .../DataHandling/inc/MantidDataHandling/LoadSampleShape.h | 2 +- .../DataHandling/inc/MantidDataHandling/LoadStlFactory.h | 2 +- .../DataHandling/inc/MantidDataHandling/Mantid3MFFileIO.h | 2 +- Framework/DataHandling/inc/MantidDataHandling/MeshFileIO.h | 2 +- .../DataHandling/inc/MantidDataHandling/PrecompiledHeader.h | 2 +- .../inc/MantidDataHandling/SampleEnvironmentSpecParser.h | 2 +- .../DataHandling/inc/MantidDataHandling/SaveFocusedXYE.h | 2 +- Framework/DataHandling/inc/MantidDataHandling/SaveGSS.h | 2 +- .../inc/MantidDataHandling/SaveOpenGenieAscii.h | 2 +- Framework/DataHandling/inc/MantidDataHandling/SaveStl.h | 2 +- Framework/DataHandling/src/LoadAscii.cpp | 2 +- Framework/DataHandling/src/LoadBinaryStl.cpp | 2 +- Framework/DataHandling/src/LoadOff.cpp | 2 +- Framework/DataHandling/src/LoadStl.cpp | 2 +- Framework/DataHandling/src/Mantid3MFFileIO.cpp | 2 +- Framework/DataHandling/src/MeshFileIO.cpp | 2 +- .../DataHandling/src/SaveSampleEnvironmentAndShape.cpp | 2 +- Framework/DataHandling/src/SaveStl.cpp | 2 +- Framework/DataHandling/src/SortTableWorkspace.cpp | 2 +- Framework/DataHandling/test/CreateSimulationWorkspaceTest.h | 2 +- Framework/DataHandling/test/DataBlockGeneratorTest.h | 2 +- Framework/DataHandling/test/LoadBBYTest.h | 2 +- Framework/DataHandling/test/LoadBinaryStlTest.h | 2 +- Framework/DataHandling/test/LoadGSSTest.h | 2 +- Framework/DataHandling/test/LoadHFIRSANSTest.h | 2 +- Framework/DataHandling/test/LoadLLBTest.h | 2 +- Framework/DataHandling/test/LoadMappingTableTest.h | 2 +- Framework/DataHandling/test/LoadNXcanSASTest.h | 2 +- Framework/DataHandling/test/LoadSampleShapeTest.h | 2 +- Framework/DataHandling/test/LoadSpice2dTest.h | 2 +- Framework/DataHandling/test/LoadStlTest.h | 2 +- Framework/DataHandling/test/MaskDetectorsInShapeTest.h | 2 +- Framework/DataHandling/test/NXcanSASTestHelper.h | 2 +- Framework/DataHandling/test/SaveNexusTest.h | 2 +- .../DataHandling/test/SaveSampleEnvironmentAndShapeTest.h | 2 +- Framework/DataHandling/test/SaveStlTest.h | 2 +- Framework/DataHandling/test/SaveTBLTest.h | 2 +- Framework/DataHandling/test/SaveToSNSHistogramNexusTest.h | 2 +- Framework/DataObjects/inc/MantidDataObjects/Histogram1D.h | 2 +- .../inc/MantidDataObjects/MortonIndex/BitInterleaving.h | 2 +- .../DataObjects/inc/MantidDataObjects/MortonIndex/Types.h | 2 +- Framework/DataObjects/src/MDBoxSaveable.cpp | 2 +- .../DataObjects/test/AffineMatrixParameterParserTest.h | 2 +- Framework/DataObjects/test/BoxControllerNeXusIOTest.h | 2 +- Framework/DataObjects/test/CoordTransformAlignedTest.h | 2 +- .../DataObjects/test/CoordTransformDistanceParserTest.h | 2 +- Framework/DataObjects/test/Histogram1DTest.h | 2 +- Framework/DataObjects/test/TableWorkspacePropertyTest.h | 2 +- Framework/DataObjects/test/WorkspaceIteratorTest.h | 2 +- Framework/Geometry/inc/MantidGeometry/Crystal/NiggliCell.h | 2 +- .../inc/MantidGeometry/Instrument/ComponentVisitor.h | 2 +- .../inc/MantidGeometry/Instrument/InfoIteratorBase.h | 2 +- .../inc/MantidGeometry/Instrument/SolidAngleParams.h | 2 +- .../inc/MantidGeometry/Instrument/StructuredDetector.h | 2 +- .../Geometry/inc/MantidGeometry/MDGeometry/IMDDimension.h | 2 +- .../MantidGeometry/MDGeometry/MDGeometryXMLDefinitions.h | 2 +- Framework/Geometry/inc/MantidGeometry/Math/PolyBase.h | 2 +- Framework/Geometry/inc/MantidGeometry/Math/Triple.h | 2 +- Framework/Geometry/inc/MantidGeometry/Math/mathSupport.h | 2 +- Framework/Geometry/test/AcompTest.h | 2 +- Framework/Geometry/test/BasicHKLFiltersTest.h | 2 +- Framework/Geometry/test/BnIdTest.h | 2 +- Framework/Geometry/test/GeneralTest.h | 2 +- Framework/Geometry/test/HKLFilterTest.h | 2 +- Framework/Geometry/test/IMDDimensionFactoryTest.h | 2 +- Framework/Geometry/test/InstrumentVisitorTest.h | 2 +- Framework/Geometry/test/MapSupportTest.h | 2 +- Framework/Geometry/test/NullImplicitFunctionTest.h | 2 +- Framework/Geometry/test/RotCounterTest.h | 2 +- Framework/Geometry/test/SurfaceFactoryTest.h | 2 +- Framework/Geometry/test/TorusTest.h | 2 +- Framework/HistogramData/inc/MantidHistogramData/Exception.h | 2 +- Framework/HistogramData/src/Exception.cpp | 2 +- Framework/ICat/inc/MantidICat/CatalogDownloadDataFiles.h | 2 +- Framework/ICat/inc/MantidICat/CatalogGetDataSets.h | 2 +- Framework/ICat/inc/MantidICat/CatalogKeepAlive.h | 2 +- Framework/ICat/inc/MantidICat/CatalogListInstruments.h | 2 +- .../ICat/inc/MantidICat/CatalogListInvestigationTypes.h | 2 +- Framework/ICat/inc/MantidICat/CatalogLogin.h | 2 +- Framework/ICat/inc/MantidICat/CatalogPublish.h | 2 +- Framework/ICat/inc/MantidICat/CatalogSearchParam.h | 2 +- Framework/Json/test/JsonTest.h | 2 +- Framework/Kernel/inc/MantidKernel/AttenuationProfile.h | 2 +- Framework/Kernel/inc/MantidKernel/ConfigObserver.h | 2 +- Framework/Kernel/inc/MantidKernel/ConfigPropertyObserver.h | 2 +- Framework/Kernel/inc/MantidKernel/LambdaValidator.h | 2 +- .../Kernel/inc/MantidKernel/PropertyManagerDataService.h | 2 +- Framework/Kernel/inc/MantidKernel/RegexStrings.h | 2 +- Framework/Kernel/inc/MantidKernel/UserStringParser.h | 2 +- Framework/Kernel/inc/MantidKernel/make_cow.h | 2 +- Framework/Kernel/src/ANN/perf.cpp | 2 +- Framework/Kernel/test/BinaryStreamWriterTest.h | 2 +- Framework/Kernel/test/ConfigObserverTest.h | 2 +- Framework/Kernel/test/ConfigPropertyObserverTest.h | 2 +- Framework/Kernel/test/InstrumentInfoTest.h | 2 +- Framework/Kernel/test/MantidVersionTest.h.in | 2 +- Framework/LiveData/inc/MantidLiveData/ADARA/README.md | 1 - .../LiveData/inc/MantidLiveData/ISIS/TCPEventStreamDefs.h | 2 +- .../LiveData/src/Kafka/private/Schema/flatbuffers/base.h | 2 +- Framework/LiveData/test/KafkaTestThreadHelper.h | 2 +- .../DgsScatteredTransmissionCorrectionMD.h | 2 +- .../inc/MantidMDAlgorithms/DisplayNormalizationSetter.h | 2 +- .../inc/MantidMDAlgorithms/PreprocessDetectorsToMD.h | 2 +- .../MDAlgorithms/test/ConvertMDHistoToMatrixWorkspaceTest.h | 2 +- Framework/MDAlgorithms/test/ConvertToMDComponentsTest.h | 2 +- .../test/DgsScatteredTransmissionCorrectionMDTest.h | 2 +- Framework/MDAlgorithms/test/MDWSTransfTest.h | 2 +- Framework/Muon/test/CalculateMuonAsymmetryTest.h | 2 +- .../Muon/test/ConvertFitFunctionForMuonTFAsymmetryTest.h | 2 +- Framework/Muon/test/EstimateMuonAsymmetryFromCountsTest.h | 2 +- .../inc/MantidNexusGeometry/InstrumentBuilder.h | 2 +- .../inc/MantidNexusGeometry/NexusShapeFactory.h | 2 +- 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2 +- .../common/inc/MantidQtWidgets/Common/IMessageHandler.h | 2 +- .../common/inc/MantidQtWidgets/Common/IProjectSaveView.h | 2 +- .../common/inc/MantidQtWidgets/Common/MantidDisplayBase.h | 2 +- .../common/inc/MantidQtWidgets/Common/MantidTreeModel.h | 2 +- .../common/inc/MantidQtWidgets/Common/MantidTreeWidget.h | 2 +- .../inc/MantidQtWidgets/Common/MantidTreeWidgetItem.h | 2 +- .../common/inc/MantidQtWidgets/Common/MantidWSIndexDialog.h | 2 +- .../common/inc/MantidQtWidgets/Common/MessageHandler.h | 2 +- .../common/inc/MantidQtWidgets/Common/ParseNumerics.h | 2 +- .../inc/MantidQtWidgets/Common/ProcessingAlgoWidget.h | 2 +- .../common/inc/MantidQtWidgets/Common/ProgressPresenter.h | 2 +- .../common/inc/MantidQtWidgets/Common/QScienceSpinBox.h | 2 +- .../Common/QtPropertyBrowser/qtpropertybrowser.qrc | 1 - .../Common/QtPropertyBrowser/qtvariantproperty.h | 2 +- qt/widgets/common/inc/MantidQtWidgets/Common/WindowIcons.h | 2 +- .../common/inc/MantidQtWidgets/Common/WorkspaceIcons.h | 2 +- .../Common/WorkspacePresenter/ViewNotifiable.h | 2 +- .../Common/WorkspacePresenter/WorkspacePresenter.h | 2 +- .../Common/WorkspacePresenter/WorkspaceProvider.h | 2 +- .../Common/WorkspacePresenter/WorkspaceProviderNotifiable.h | 2 +- .../common/src/AlgorithmProgress/AlgorithmProgressModel.cpp | 2 +- .../AlgorithmProgress/AlgorithmProgressPresenterBase.cpp | 2 +- .../src/AlgorithmProgress/AlgorithmProgressWidget.cpp | 2 +- qt/widgets/common/src/HintingLineEdit.cpp | 2 +- qt/widgets/common/src/MantidTreeModel.cpp | 2 +- qt/widgets/common/src/MessageHandler.cpp | 2 +- qt/widgets/common/src/UserSubWindowFactory.cpp | 2 +- qt/widgets/common/src/pixmaps.cpp | 2 +- .../AlgorithmProgressDialogPresenterTest.h | 2 +- .../test/AlgorithmProgress/AlgorithmProgressPresenterTest.h | 2 +- .../test/AlgorithmProgress/MockAlgorithmProgressWidget.h | 2 +- qt/widgets/common/test/Batch/BuildSubtreeItemsTest.h | 2 +- qt/widgets/common/test/Batch/ExtractSubtreesTest.h | 2 +- qt/widgets/common/test/ConvolutionFunctionModelTest.h | 2 +- qt/widgets/common/test/FunctionBrowserUtilsTest.h | 2 +- qt/widgets/common/test/MockScriptRepository.h | 2 +- .../inc/MantidQtWidgets/InstrumentView/BankTextureBuilder.h | 2 +- .../inc/MantidQtWidgets/InstrumentView/GridTextureFace.h | 2 +- .../inc/MantidQtWidgets/InstrumentView/IInstrumentDisplay.h | 2 +- .../inc/MantidQtWidgets/InstrumentView/IStackedLayout.h | 2 +- .../inc/MantidQtWidgets/InstrumentView/InstrumentDisplay.h | 2 +- .../inc/MantidQtWidgets/InstrumentView/InstrumentRenderer.h | 2 +- .../InstrumentView/InstrumentRendererMultiList.h | 2 +- .../inc/MantidQtWidgets/InstrumentView/QtConnect.h | 2 +- .../inc/MantidQtWidgets/InstrumentView/UnwrappedDetector.h | 2 +- qt/widgets/instrumentview/src/InstrumentDisplay.cpp | 2 +- qt/widgets/instrumentview/src/InstrumentRendererClassic.cpp | 2 +- .../instrumentview/src/InstrumentRendererMultiList.cpp | 2 +- qt/widgets/instrumentview/test/InstrumentRendererTest.h | 2 +- .../test/InstrumentWidget/InstrumentDisplayTest.h | 2 +- .../test/InstrumentWidget/MockInstrumentDisplay.h | 2 +- .../test/InstrumentWidget/MockInstrumentWidgetMaskTab.h | 2 +- .../instrumentview/test/InstrumentWidget/MockQtConnect.h | 2 +- .../test/InstrumentWidget/MockStackedLayout.h | 2 +- qt/widgets/mplcpp/inc/MantidQtWidgets/MplCpp/Colors.h | 2 +- .../mplcpp/inc/MantidQtWidgets/MplCpp/FigureCanvasQt.h | 2 +- .../inc/MantidQtWidgets/Plotting/PlotWidget/PlotModel.h | 2 +- .../inc/MantidQtWidgets/Plotting/PlotWidget/PlotPresenter.h | 2 +- .../inc/MantidQtWidgets/Plotting/PlotWidget/QtPlotView.h | 2 +- qt/widgets/plotting/src/PlotWidget/PlotModel.cpp | 2 +- qt/widgets/plotting/test/PlotWidget/PlotModelTest.h | 2 +- .../plugins/algorithm_dialogs/src/PeriodicTableWidget.cpp | 2 +- .../inc/MantidQtWidgets/RegionSelector/IRegionSelector.h | 2 +- qt/widgets/regionselector/test/MockRegionSelector.h | 2 +- .../MantidQtWidgets/Spectroscopy/InterfaceProperties.xml | 2 +- .../inc/MantidQtWidgets/Spectroscopy/MockObjects.h | 2 +- .../MantidQtWidgets/Spectroscopy/RunWidget/IRunSubscriber.h | 2 +- .../MantidQtWidgets/Spectroscopy/RunWidget/RunPresenter.h | 2 +- .../inc/MantidQtWidgets/Spectroscopy/RunWidget/RunView.h | 2 +- qt/widgets/spectroscopy/src/RunWidget/RunPresenter.cpp | 2 +- qt/widgets/spectroscopy/src/RunWidget/RunView.cpp | 2 +- .../gem_routines/Examples/Gem_config_example.yaml | 1 - .../Examples/Calibrations/1_1/osiris_grouping.cal | 2 +- .../Examples/Calibrations/osiris_grouping.cal | 2 +- .../osiris_routines/Examples/osiris_config_example.yaml | 2 +- .../osiris_routines/Examples/osiris_run_mapping.yaml | 2 +- .../pearl_routines/Examples/pearl_config_example.yaml | 2 +- .../polaris_routines/Examples/polaris_cycle_map.yaml | 3 --- scripts/SANS/sans/README.md | 2 +- scripts/pychop/arcs.yaml | 1 - 1165 files changed, 723 insertions(+), 1236 deletions(-) diff --git a/.clang-tidy b/.clang-tidy index f44f6a9c0a37..d81b87e79dfc 100644 --- a/.clang-tidy +++ b/.clang-tidy @@ -25,4 +25,3 @@ Checks: > # -modernize-use-trailing-return-type We use the old style throughout # -readability-implicit-bool-conversion Allow if(!ptr) rather than (ptr==nullptr) - diff --git a/Framework/API/inc/MantidAPI/RegionSelectorObserver.h b/Framework/API/inc/MantidAPI/RegionSelectorObserver.h index 198115bd12a6..274e0add71a1 100644 --- a/Framework/API/inc/MantidAPI/RegionSelectorObserver.h +++ b/Framework/API/inc/MantidAPI/RegionSelectorObserver.h @@ -14,4 +14,4 @@ class MANTID_API_DLL RegionSelectorObserver { virtual ~RegionSelectorObserver(); virtual void notifyRegionChanged() = 0; }; -} // namespace Mantid::API \ No newline at end of file +} // namespace Mantid::API diff --git a/Framework/API/inc/MantidAPI/WorkspacePropertyUtils.h b/Framework/API/inc/MantidAPI/WorkspacePropertyUtils.h index f5c416b6697c..32d78630ef95 100644 --- a/Framework/API/inc/MantidAPI/WorkspacePropertyUtils.h +++ b/Framework/API/inc/MantidAPI/WorkspacePropertyUtils.h @@ -18,4 +18,4 @@ MANTID_API_DLL void setPropertyModeForWorkspaceProperty(Mantid::Kernel::Property const PropertyMode::Type &optional); } -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/API/src/AlgoTimeRegister.cpp b/Framework/API/src/AlgoTimeRegister.cpp index fc1c5cd2835f..f3d305607739 100644 --- a/Framework/API/src/AlgoTimeRegister.cpp +++ b/Framework/API/src/AlgoTimeRegister.cpp @@ -92,4 +92,4 @@ AlgoTimeRegisterImpl::AlgoTimeRegisterImpl() AlgoTimeRegisterImpl::~AlgoTimeRegisterImpl() {} } // namespace Instrumentation -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/API/src/AlgorithmFactoryObserver.cpp b/Framework/API/src/AlgorithmFactoryObserver.cpp index 4e0aa8677ffe..d9d06f52179b 100644 --- a/Framework/API/src/AlgorithmFactoryObserver.cpp +++ b/Framework/API/src/AlgorithmFactoryObserver.cpp @@ -62,4 +62,4 @@ void AlgorithmFactoryObserver::_updateHandle(AlgorithmFactoryUpdateNotification_ this->updateHandle(); } -} // namespace Mantid::API \ No newline at end of file +} // namespace Mantid::API diff --git a/Framework/API/src/AnalysisDataServiceObserver.cpp b/Framework/API/src/AnalysisDataServiceObserver.cpp index f69787de85f3..b9379e999195 100644 --- a/Framework/API/src/AnalysisDataServiceObserver.cpp +++ b/Framework/API/src/AnalysisDataServiceObserver.cpp @@ -290,4 +290,4 @@ void AnalysisDataServiceObserver::_groupUpdateHandle( this->groupUpdateHandle(pNf->objectName(), pNf->object()); } -} // namespace Mantid::API \ No newline at end of file +} // namespace Mantid::API diff --git a/Framework/API/src/Citation.cpp b/Framework/API/src/Citation.cpp index bb483285038c..01e3d3e639bc 100644 --- a/Framework/API/src/Citation.cpp +++ b/Framework/API/src/Citation.cpp @@ -79,4 +79,4 @@ void Citation::saveNexus(::NeXus::File *file, const std::string &group) { file->closeGroup(); } -} // namespace Mantid::API \ No newline at end of file +} // namespace Mantid::API diff --git a/Framework/API/src/InstrumentFileFinder.cpp b/Framework/API/src/InstrumentFileFinder.cpp index d69f48b0abd6..ffa221395d1d 100644 --- a/Framework/API/src/InstrumentFileFinder.cpp +++ b/Framework/API/src/InstrumentFileFinder.cpp @@ -302,4 +302,4 @@ void InstrumentFileFinder::getValidFromTo(const std::string &IDFfilename, std::s } } -} // Namespace Mantid::API \ No newline at end of file +} // Namespace Mantid::API diff --git a/Framework/API/src/WorkspacePropertyUtils.cpp b/Framework/API/src/WorkspacePropertyUtils.cpp index 5bc5305ec5a3..d085791eeb94 100644 --- a/Framework/API/src/WorkspacePropertyUtils.cpp +++ b/Framework/API/src/WorkspacePropertyUtils.cpp @@ -44,4 +44,4 @@ void MANTID_API_DLL setPropertyModeForWorkspaceProperty(Mantid::Kernel::Property } } // namespace API -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/API/test/FunctionAttributeValidatorTest.h b/Framework/API/test/FunctionAttributeValidatorTest.h index baadc8ba9a00..5bfe606713e4 100644 --- a/Framework/API/test/FunctionAttributeValidatorTest.h +++ b/Framework/API/test/FunctionAttributeValidatorTest.h @@ -230,4 +230,4 @@ class FunctionAttributeValidatorTest : public CxxTest::TestSuite { v[2] = 10; TS_ASSERT_THROWS(f.declareVecArrayBoundedAttr("VAttr_invalid", v, 1.0, 5.0), IFunction::ValidationException &); } -}; \ No newline at end of file +}; diff --git a/Framework/API/test/InstrumentFileFinderTest.h b/Framework/API/test/InstrumentFileFinderTest.h index 2c6643f0dce7..5735640156f0 100644 --- a/Framework/API/test/InstrumentFileFinderTest.h +++ b/Framework/API/test/InstrumentFileFinderTest.h @@ -190,4 +190,4 @@ class InstrumentFileFinderTest : public CxxTest::TestSuite { TS_ASSERT(!path.empty()); TS_ASSERT(boost::regex_match(path, boost::regex(".*LOKI_Definition\\.hdf5$"))); } -}; \ No newline at end of file +}; diff --git a/Framework/API/test/ResultTest.h b/Framework/API/test/ResultTest.h index 5e27d696c25c..d2dc5dbc89f7 100644 --- a/Framework/API/test/ResultTest.h +++ b/Framework/API/test/ResultTest.h @@ -71,4 +71,4 @@ class ResultTest : public CxxTest::TestSuite { TS_ASSERT_EQUALS("Error", testResult.errors()); TS_ASSERT_EQUALS(in, testResult.result()); } -}; \ No newline at end of file +}; diff --git a/Framework/Algorithms/inc/MantidAlgorithms/AddAbsorptionWeightedPathLengths.h b/Framework/Algorithms/inc/MantidAlgorithms/AddAbsorptionWeightedPathLengths.h index fc23f5600eb6..88b857721c00 100644 --- a/Framework/Algorithms/inc/MantidAlgorithms/AddAbsorptionWeightedPathLengths.h +++ b/Framework/Algorithms/inc/MantidAlgorithms/AddAbsorptionWeightedPathLengths.h @@ -54,4 +54,4 @@ class MANTID_ALGORITHMS_DLL AddAbsorptionWeightedPathLengths final : public API: }; } // namespace Algorithms -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/Algorithms/inc/MantidAlgorithms/FindPeaksConvolve.h b/Framework/Algorithms/inc/MantidAlgorithms/FindPeaksConvolve.h index 63be90b981ae..6f95cd3c6983 100644 --- a/Framework/Algorithms/inc/MantidAlgorithms/FindPeaksConvolve.h +++ b/Framework/Algorithms/inc/MantidAlgorithms/FindPeaksConvolve.h @@ -103,4 +103,4 @@ class MANTID_ALGORITHMS_DLL FindPeaksConvolve : public API::Algorithm { const std::vector &outputTblNames); }; -} // namespace Mantid::Algorithms \ No newline at end of file +} // namespace Mantid::Algorithms diff --git a/Framework/Algorithms/inc/MantidAlgorithms/PolarizationCorrections/HeliumAnalyserEfficiency.h b/Framework/Algorithms/inc/MantidAlgorithms/PolarizationCorrections/HeliumAnalyserEfficiency.h index 53db0886e18b..cfb824964332 100644 --- a/Framework/Algorithms/inc/MantidAlgorithms/PolarizationCorrections/HeliumAnalyserEfficiency.h +++ b/Framework/Algorithms/inc/MantidAlgorithms/PolarizationCorrections/HeliumAnalyserEfficiency.h @@ -54,4 +54,4 @@ class MANTID_ALGORITHMS_DLL HeliumAnalyserEfficiency final : public API::Algorit static const double ABSORPTION_CROSS_SECTION_CONSTANT; }; } // namespace Algorithms -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/Algorithms/inc/MantidAlgorithms/PolarizationCorrections/PolarizationCorrectionsHelpers.h b/Framework/Algorithms/inc/MantidAlgorithms/PolarizationCorrections/PolarizationCorrectionsHelpers.h index d1cc91dd227b..3c75a9244f2e 100644 --- a/Framework/Algorithms/inc/MantidAlgorithms/PolarizationCorrections/PolarizationCorrectionsHelpers.h +++ b/Framework/Algorithms/inc/MantidAlgorithms/PolarizationCorrections/PolarizationCorrectionsHelpers.h @@ -49,4 +49,4 @@ auto constexpr MINUS = "-"; auto constexpr PLUS = "+"; } // namespace SpinStateConfigurationsWildes -} // namespace Mantid::Algorithms \ No newline at end of file +} // namespace Mantid::Algorithms diff --git a/Framework/Algorithms/inc/MantidAlgorithms/PolarizationCorrections/PolarizerEfficiency.h b/Framework/Algorithms/inc/MantidAlgorithms/PolarizationCorrections/PolarizerEfficiency.h index 6a213a1d8760..76b87e4614f5 100644 --- a/Framework/Algorithms/inc/MantidAlgorithms/PolarizationCorrections/PolarizerEfficiency.h +++ b/Framework/Algorithms/inc/MantidAlgorithms/PolarizationCorrections/PolarizerEfficiency.h @@ -42,4 +42,4 @@ class MANTID_ALGORITHMS_DLL PolarizerEfficiency final : public API::Algorithm { }; } // namespace Algorithms -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/Algorithms/src/FindPeaksConvolve.cpp b/Framework/Algorithms/src/FindPeaksConvolve.cpp index 4dd6d7d49550..e41aeaeed4bf 100644 --- a/Framework/Algorithms/src/FindPeaksConvolve.cpp +++ b/Framework/Algorithms/src/FindPeaksConvolve.cpp @@ -484,4 +484,4 @@ double FindPeaksConvolve::PeakResult::getAttribute(const std::string &attrString return -1.0; } } -} // namespace Mantid::Algorithms \ No newline at end of file +} // namespace Mantid::Algorithms diff --git a/Framework/Algorithms/src/PDFFourierTransform.cpp b/Framework/Algorithms/src/PDFFourierTransform.cpp index 756f617699a9..576002ff6912 100644 --- a/Framework/Algorithms/src/PDFFourierTransform.cpp +++ b/Framework/Algorithms/src/PDFFourierTransform.cpp @@ -382,4 +382,4 @@ void PDFFourierTransform::exec() { setProperty("OutputWorkspace", outputWS); } -} // namespace Mantid::Algorithms \ No newline at end of file +} // namespace Mantid::Algorithms diff --git a/Framework/Algorithms/src/PDFFourierTransform2.cpp b/Framework/Algorithms/src/PDFFourierTransform2.cpp index b8e260bdf39a..f27c9ac1bfb5 100644 --- a/Framework/Algorithms/src/PDFFourierTransform2.cpp +++ b/Framework/Algorithms/src/PDFFourierTransform2.cpp @@ -544,4 +544,4 @@ void PDFFourierTransform2::exec() { setProperty("OutputWorkspace", outputWS); } -} // namespace Mantid::Algorithms \ No newline at end of file +} // namespace Mantid::Algorithms diff --git a/Framework/Algorithms/src/PolarizationCorrections/HeliumAnalyserEfficiency.cpp b/Framework/Algorithms/src/PolarizationCorrections/HeliumAnalyserEfficiency.cpp index f7183a741a81..b32210038243 100644 --- a/Framework/Algorithms/src/PolarizationCorrections/HeliumAnalyserEfficiency.cpp +++ b/Framework/Algorithms/src/PolarizationCorrections/HeliumAnalyserEfficiency.cpp @@ -265,4 +265,4 @@ double HeliumAnalyserEfficiency::calculateTCrit(const size_t numberOfBins) { } return tPpf; } -} // namespace Mantid::Algorithms \ No newline at end of file +} // namespace Mantid::Algorithms diff --git a/Framework/Algorithms/src/PolarizationCorrections/PolarizationCorrectionsHelpers.cpp b/Framework/Algorithms/src/PolarizationCorrections/PolarizationCorrectionsHelpers.cpp index 23b0f276e4d5..13eebc9408b7 100644 --- a/Framework/Algorithms/src/PolarizationCorrections/PolarizationCorrectionsHelpers.cpp +++ b/Framework/Algorithms/src/PolarizationCorrections/PolarizationCorrectionsHelpers.cpp @@ -59,4 +59,4 @@ std::vector splitSpinStateString(const std::string &spinStates) { StringTokenizer tokens{spinStates, ",", StringTokenizer::TOK_TRIM}; return std::vector{tokens.begin(), tokens.end()}; } -} // namespace Mantid::Algorithms::PolarizationCorrectionsHelpers \ No newline at end of file +} // namespace Mantid::Algorithms::PolarizationCorrectionsHelpers diff --git a/Framework/Algorithms/src/Q1D2.cpp b/Framework/Algorithms/src/Q1D2.cpp index 705bff4a6338..bff0a21c4544 100644 --- a/Framework/Algorithms/src/Q1D2.cpp +++ b/Framework/Algorithms/src/Q1D2.cpp @@ -626,4 +626,4 @@ void Q1D2::normalize(const HistogramData::HistogramY &normSum, const HistogramDa errors[k] = std::sqrt(errors[k] / (c * c) + normError2[k] * aOverc * aOverc); } } -} // namespace Mantid::Algorithms \ No newline at end of file +} // namespace Mantid::Algorithms diff --git a/Framework/Algorithms/test/AddAbsorptionWeightedPathLengthsTest.h b/Framework/Algorithms/test/AddAbsorptionWeightedPathLengthsTest.h index 80afda0c56a6..3236cf191e41 100644 --- a/Framework/Algorithms/test/AddAbsorptionWeightedPathLengthsTest.h +++ b/Framework/Algorithms/test/AddAbsorptionWeightedPathLengthsTest.h @@ -214,4 +214,4 @@ class AddAbsorptionWeightedPathLengthsTest : public CxxTest::TestSuite { Mantid::Kernel::Material("Vanadium", Mantid::PhysicalConstants::getNeutronAtom(23, 0), 0.072))); peaksWS->mutableSample().setShape(shape); } -}; \ No newline at end of file +}; diff --git a/Framework/Algorithms/test/FindPeaksConvolveTest.h b/Framework/Algorithms/test/FindPeaksConvolveTest.h index d1865d0f672e..6d6501e9350d 100644 --- a/Framework/Algorithms/test/FindPeaksConvolveTest.h +++ b/Framework/Algorithms/test/FindPeaksConvolveTest.h @@ -224,4 +224,4 @@ class FindPeaksConvolveTest : public CxxTest::TestSuite { std::dynamic_pointer_cast(resultWs->getItem("PeakCentre")); TS_ASSERT_EQUALS(item->rowCount(), 6); } -}; \ No newline at end of file +}; diff --git a/Framework/Algorithms/test/FindPeaksTest.h b/Framework/Algorithms/test/FindPeaksTest.h index f44b42f7e3cb..5a742b70b0b4 100644 --- a/Framework/Algorithms/test/FindPeaksTest.h +++ b/Framework/Algorithms/test/FindPeaksTest.h @@ -486,4 +486,4 @@ class FindPeaksTestPerformance : public CxxTest::TestSuite { Mantid::API::MatrixWorkspace_sptr m_dataWS; Mantid::API::MatrixWorkspace_sptr m_syntheticWS; -}; // end of class FindPeaksTestPerformance \ No newline at end of file +}; // end of class FindPeaksTestPerformance diff --git a/Framework/Algorithms/test/PlusMinusTest.in.h b/Framework/Algorithms/test/PlusMinusTest.in.h index 273336fa4869..cac74b1545f8 100644 --- a/Framework/Algorithms/test/PlusMinusTest.in.h +++ b/Framework/Algorithms/test/PlusMinusTest.in.h @@ -1184,5 +1184,3 @@ class @PLUSMINUSTEST_CLASS@Performance : public CxxTest::TestSuite } }; // end of class @PLUSMINUSTEST_CLASS@Performance - - diff --git a/Framework/Algorithms/test/PolarizationCorrections/HeliumAnalyserEfficiencyTest.h b/Framework/Algorithms/test/PolarizationCorrections/HeliumAnalyserEfficiencyTest.h index e2a2c576f45a..284200ea9571 100644 --- a/Framework/Algorithms/test/PolarizationCorrections/HeliumAnalyserEfficiencyTest.h +++ b/Framework/Algorithms/test/PolarizationCorrections/HeliumAnalyserEfficiencyTest.h @@ -307,4 +307,4 @@ class HeliumAnalyserEfficiencyTest : public CxxTest::TestSuite { TS_ASSERT_DELTA(expectedErrorValues[i], error[i], 1e-7); } } -}; \ No newline at end of file +}; diff --git a/Framework/Algorithms/test/PolarizationCorrections/PolarizationCorrectionsHelpersTest.h b/Framework/Algorithms/test/PolarizationCorrections/PolarizationCorrectionsHelpersTest.h index 9cee46a70d92..f36a42397239 100644 --- a/Framework/Algorithms/test/PolarizationCorrections/PolarizationCorrectionsHelpersTest.h +++ b/Framework/Algorithms/test/PolarizationCorrections/PolarizationCorrectionsHelpersTest.h @@ -86,4 +86,4 @@ class PolarizationCorrectionsHelpersTest : public CxxTest::TestSuite { boost::trim(trimmedInput); return trimmedInput; } -}; \ No newline at end of file +}; diff --git a/Framework/Algorithms/test/PolarizationCorrections/PolarizerEfficiencyTest.h b/Framework/Algorithms/test/PolarizationCorrections/PolarizerEfficiencyTest.h index dc1e0c79cfc1..37a2ff67f5b4 100644 --- a/Framework/Algorithms/test/PolarizationCorrections/PolarizerEfficiencyTest.h +++ b/Framework/Algorithms/test/PolarizationCorrections/PolarizerEfficiencyTest.h @@ -317,4 +317,4 @@ class PolarizerEfficiencyTest : public CxxTest::TestSuite { rebin->setPropertyValue("OutputWorkspace", analyzerWsName); rebin->execute(); } -}; \ No newline at end of file +}; diff --git a/Framework/Algorithms/test/PolarizationCorrections/SpinStateValidatorTest.h b/Framework/Algorithms/test/PolarizationCorrections/SpinStateValidatorTest.h index 23f74cc6899c..cb76fc0c0faa 100644 --- a/Framework/Algorithms/test/PolarizationCorrections/SpinStateValidatorTest.h +++ b/Framework/Algorithms/test/PolarizationCorrections/SpinStateValidatorTest.h @@ -115,4 +115,4 @@ class SpinStateValidatorTest : public CxxTest::TestSuite { ASSERT_TRUE(result.empty() == shouldBeValid); } } -}; \ No newline at end of file +}; diff --git a/Framework/Crystal/inc/MantidCrystal/BackgroundStrategy.h b/Framework/Crystal/inc/MantidCrystal/BackgroundStrategy.h index 5b0314b9181d..513ec15ea765 100644 --- a/Framework/Crystal/inc/MantidCrystal/BackgroundStrategy.h +++ b/Framework/Crystal/inc/MantidCrystal/BackgroundStrategy.h @@ -22,4 +22,4 @@ class BackgroundStrategy { virtual ~BackgroundStrategy() = default; }; } // namespace Crystal -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/Crystal/src/LoadHKL.cpp b/Framework/Crystal/src/LoadHKL.cpp index d7192e2831f1..8a8e2796377a 100644 --- a/Framework/Crystal/src/LoadHKL.cpp +++ b/Framework/Crystal/src/LoadHKL.cpp @@ -211,4 +211,4 @@ void LoadHKL::exec() { setProperty("OutputWorkspace", std::dynamic_pointer_cast(ws)); } -} // namespace Mantid::Crystal \ No newline at end of file +} // namespace Mantid::Crystal diff --git a/Framework/Crystal/test/FindUBUsingIndexedPeaksTest.h b/Framework/Crystal/test/FindUBUsingIndexedPeaksTest.h index d86e9b7a19c9..fce01d015f3a 100644 --- a/Framework/Crystal/test/FindUBUsingIndexedPeaksTest.h +++ b/Framework/Crystal/test/FindUBUsingIndexedPeaksTest.h @@ -277,4 +277,4 @@ class FindUBUsingIndexedPeaksTest : public CxxTest::TestSuite { // Remove workspace from the data service. AnalysisDataService::Instance().remove("peaks"); } -}; \ No newline at end of file +}; diff --git a/Framework/Crystal/test/IntegratePeakTimeSlicesTest.h b/Framework/Crystal/test/IntegratePeakTimeSlicesTest.h index b5e1bae4a2c3..97e215f7b3ce 100644 --- a/Framework/Crystal/test/IntegratePeakTimeSlicesTest.h +++ b/Framework/Crystal/test/IntegratePeakTimeSlicesTest.h @@ -258,4 +258,4 @@ class IntegratePeakTimeSlicesTest : public CxxTest::TestSuite { return wsPtr; } -}; \ No newline at end of file +}; diff --git a/Framework/Crystal/test/MaskPeaksWorkspaceTest.h b/Framework/Crystal/test/MaskPeaksWorkspaceTest.h index bdc11967fbc6..437db8d240de 100644 --- a/Framework/Crystal/test/MaskPeaksWorkspaceTest.h +++ b/Framework/Crystal/test/MaskPeaksWorkspaceTest.h @@ -168,4 +168,4 @@ class MaskPeaksWorkspaceTestPerformance : public CxxTest::TestSuite { private: MaskPeaksWorkspace mpwAlg; std::string inputWSName = "inputWS"; -}; \ No newline at end of file +}; diff --git a/Framework/Crystal/test/SaveIsawUBTest.h b/Framework/Crystal/test/SaveIsawUBTest.h index 3d919ad03006..f90e2b8ed3a1 100644 --- a/Framework/Crystal/test/SaveIsawUBTest.h +++ b/Framework/Crystal/test/SaveIsawUBTest.h @@ -234,4 +234,4 @@ class SaveIsawUBTest : public CxxTest::TestSuite { auto rotated_ub = ws->sample().getOrientedLattice().getUB(); TS_ASSERT_DELTA(-1.0, rotated_ub[0][1], 1e-8); // previously 1 in original (unrotated UB) } -}; \ No newline at end of file +}; diff --git a/Framework/CurveFitting/inc/MantidCurveFitting/Algorithms/QENSFitUtilities.h b/Framework/CurveFitting/inc/MantidCurveFitting/Algorithms/QENSFitUtilities.h index d6eb1ea4e606..af97a07d29c4 100644 --- a/Framework/CurveFitting/inc/MantidCurveFitting/Algorithms/QENSFitUtilities.h +++ b/Framework/CurveFitting/inc/MantidCurveFitting/Algorithms/QENSFitUtilities.h @@ -22,4 +22,4 @@ void renameWorkspacesInQENSFit(Algorithm *qensFit, IAlgorithm_sptr renameAlgorit bool containsMultipleData(const std::vector &workspaces); } // namespace API -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/CurveFitting/inc/MantidCurveFitting/EigenJacobian.h b/Framework/CurveFitting/inc/MantidCurveFitting/EigenJacobian.h index 84b7aff5f3a8..d9e6da3727e5 100644 --- a/Framework/CurveFitting/inc/MantidCurveFitting/EigenJacobian.h +++ b/Framework/CurveFitting/inc/MantidCurveFitting/EigenJacobian.h @@ -142,4 +142,4 @@ template class JacobianImpl1 : public API::Jacobian { }; } // namespace CurveFitting -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/CurveFitting/inc/MantidCurveFitting/EigenMatrixView.h b/Framework/CurveFitting/inc/MantidCurveFitting/EigenMatrixView.h index 7381b9e33f63..9cbffe90135f 100644 --- a/Framework/CurveFitting/inc/MantidCurveFitting/EigenMatrixView.h +++ b/Framework/CurveFitting/inc/MantidCurveFitting/EigenMatrixView.h @@ -76,4 +76,4 @@ class MANTID_CURVEFITTING_DLL EigenMatrix_View { map_type m_view; bool m_isConst = false; }; -} // namespace Mantid::CurveFitting \ No newline at end of file +} // namespace Mantid::CurveFitting diff --git a/Framework/CurveFitting/inc/MantidCurveFitting/EigenVectorView.h b/Framework/CurveFitting/inc/MantidCurveFitting/EigenVectorView.h index 8dbfaac9741e..a12984b922ab 100644 --- a/Framework/CurveFitting/inc/MantidCurveFitting/EigenVectorView.h +++ b/Framework/CurveFitting/inc/MantidCurveFitting/EigenVectorView.h @@ -56,4 +56,4 @@ class MANTID_CURVEFITTING_DLL EigenVector_View { vec_map_type m_view; bool m_isConst = false; }; -} // namespace Mantid::CurveFitting \ No newline at end of file +} // namespace Mantid::CurveFitting diff --git a/Framework/CurveFitting/inc/MantidCurveFitting/Functions/MagneticOrderParameter.h b/Framework/CurveFitting/inc/MantidCurveFitting/Functions/MagneticOrderParameter.h index 73c01489f855..0a627e4de0f5 100644 --- a/Framework/CurveFitting/inc/MantidCurveFitting/Functions/MagneticOrderParameter.h +++ b/Framework/CurveFitting/inc/MantidCurveFitting/Functions/MagneticOrderParameter.h @@ -46,4 +46,4 @@ class MANTID_CURVEFITTING_DLL MagneticOrderParameter : public BackgroundFunction } // namespace Functions } // namespace CurveFitting -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/CurveFitting/inc/MantidCurveFitting/Functions/MuoniumDecouplingCurve.h b/Framework/CurveFitting/inc/MantidCurveFitting/Functions/MuoniumDecouplingCurve.h index a1c7a1f0d6f5..988c2a905264 100644 --- a/Framework/CurveFitting/inc/MantidCurveFitting/Functions/MuoniumDecouplingCurve.h +++ b/Framework/CurveFitting/inc/MantidCurveFitting/Functions/MuoniumDecouplingCurve.h @@ -45,4 +45,4 @@ class MANTID_CURVEFITTING_DLL MuoniumDecouplingCurve : public BackgroundFunction } // namespace Functions } // namespace CurveFitting -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/CurveFitting/src/Algorithms/QENSFitUtilities.cpp b/Framework/CurveFitting/src/Algorithms/QENSFitUtilities.cpp index 5cba597d31a7..a47a85e3e861 100644 --- a/Framework/CurveFitting/src/Algorithms/QENSFitUtilities.cpp +++ b/Framework/CurveFitting/src/Algorithms/QENSFitUtilities.cpp @@ -56,4 +56,4 @@ void renameWorkspacesInQENSFit(Algorithm *qensFit, IAlgorithm_sptr renameAlgorit renameWorkspacesWith(outputGroup, getName, renamer); } -} // namespace Mantid::API \ No newline at end of file +} // namespace Mantid::API diff --git a/Framework/CurveFitting/src/EigenMatrixView.cpp b/Framework/CurveFitting/src/EigenMatrixView.cpp index fbc11c972805..ec254fa30e79 100644 --- a/Framework/CurveFitting/src/EigenMatrixView.cpp +++ b/Framework/CurveFitting/src/EigenMatrixView.cpp @@ -144,4 +144,4 @@ EigenMatrix_View &EigenMatrix_View::operator=(EigenMatrix_View &&V) { dynamic_stride(V.m_view.outerStride(), V.m_view.innerStride())); return *this; } -} // namespace Mantid::CurveFitting \ No newline at end of file +} // namespace Mantid::CurveFitting diff --git a/Framework/CurveFitting/src/Functions/ActivationK.cpp b/Framework/CurveFitting/src/Functions/ActivationK.cpp index 4e649d8e7990..7881bd91e740 100644 --- a/Framework/CurveFitting/src/Functions/ActivationK.cpp +++ b/Framework/CurveFitting/src/Functions/ActivationK.cpp @@ -53,4 +53,4 @@ void ActivationK::functionDeriv1D(Jacobian *out, const double *xValues, const si } } -} // namespace Mantid::CurveFitting::Functions \ No newline at end of file +} // namespace Mantid::CurveFitting::Functions diff --git a/Framework/CurveFitting/src/Functions/ActivationmeV.cpp b/Framework/CurveFitting/src/Functions/ActivationmeV.cpp index 0a49729cc611..daf9eff15468 100644 --- a/Framework/CurveFitting/src/Functions/ActivationmeV.cpp +++ b/Framework/CurveFitting/src/Functions/ActivationmeV.cpp @@ -54,4 +54,4 @@ void ActivationmeV::functionDeriv1D(Jacobian *out, const double *xValues, const } } -} // namespace Mantid::CurveFitting::Functions \ No newline at end of file +} // namespace Mantid::CurveFitting::Functions diff --git a/Framework/CurveFitting/src/Functions/CriticalPeakRelaxationRate.cpp b/Framework/CurveFitting/src/Functions/CriticalPeakRelaxationRate.cpp index 559746b6273b..bc6bab9969f3 100644 --- a/Framework/CurveFitting/src/Functions/CriticalPeakRelaxationRate.cpp +++ b/Framework/CurveFitting/src/Functions/CriticalPeakRelaxationRate.cpp @@ -54,4 +54,4 @@ void CriticalPeakRelaxationRate::function1D(double *out, const double *xValues, } } -} // namespace Mantid::CurveFitting::Functions \ No newline at end of file +} // namespace Mantid::CurveFitting::Functions diff --git a/Framework/CurveFitting/src/Functions/MagneticOrderParameter.cpp b/Framework/CurveFitting/src/Functions/MagneticOrderParameter.cpp index fc936f973cba..b1f23856069b 100644 --- a/Framework/CurveFitting/src/Functions/MagneticOrderParameter.cpp +++ b/Framework/CurveFitting/src/Functions/MagneticOrderParameter.cpp @@ -82,4 +82,4 @@ void MagneticOrderParameter::functionDeriv1D(Jacobian *out, const double *xValue } } -} // namespace Mantid::CurveFitting::Functions \ No newline at end of file +} // namespace Mantid::CurveFitting::Functions diff --git a/Framework/CurveFitting/src/Functions/MuoniumDecouplingCurve.cpp b/Framework/CurveFitting/src/Functions/MuoniumDecouplingCurve.cpp index a5ae170bd3b9..78ac581bc16c 100644 --- a/Framework/CurveFitting/src/Functions/MuoniumDecouplingCurve.cpp +++ b/Framework/CurveFitting/src/Functions/MuoniumDecouplingCurve.cpp @@ -53,4 +53,4 @@ void MuoniumDecouplingCurve::functionDeriv1D(Jacobian *out, const double *xValue } } -} // namespace Mantid::CurveFitting::Functions \ No newline at end of file +} // namespace Mantid::CurveFitting::Functions diff --git a/Framework/CurveFitting/src/Functions/PowerLaw.cpp b/Framework/CurveFitting/src/Functions/PowerLaw.cpp index 097a792f755d..c77b3a0e734f 100644 --- a/Framework/CurveFitting/src/Functions/PowerLaw.cpp +++ b/Framework/CurveFitting/src/Functions/PowerLaw.cpp @@ -51,4 +51,4 @@ void PowerLaw::functionDeriv1D(Jacobian *out, const double *xValues, const size_ } } -} // namespace Mantid::CurveFitting::Functions \ No newline at end of file +} // namespace Mantid::CurveFitting::Functions diff --git a/Framework/CurveFitting/src/Functions/SmoothTransition.cpp b/Framework/CurveFitting/src/Functions/SmoothTransition.cpp index c188fb390541..df8864e87097 100644 --- a/Framework/CurveFitting/src/Functions/SmoothTransition.cpp +++ b/Framework/CurveFitting/src/Functions/SmoothTransition.cpp @@ -62,4 +62,4 @@ void SmoothTransition::functionDeriv1D(Jacobian *out, const double *xValues, con } } -} // namespace Mantid::CurveFitting::Functions \ No newline at end of file +} // namespace Mantid::CurveFitting::Functions diff --git a/Framework/CurveFitting/test/Algorithms/DoublePulseFitTest.h b/Framework/CurveFitting/test/Algorithms/DoublePulseFitTest.h index 641ffa2ead6b..83f8933d0903 100644 --- a/Framework/CurveFitting/test/Algorithms/DoublePulseFitTest.h +++ b/Framework/CurveFitting/test/Algorithms/DoublePulseFitTest.h @@ -70,4 +70,4 @@ class DoublePulseFitTest : public CxxTest::TestSuite { 5); TS_ASSERT_THROWS(extractInnerFunction(initialFunction), const std::runtime_error &); } -}; \ No newline at end of file +}; diff --git a/Framework/CurveFitting/test/Algorithms/ProfileChiSquared1DTest.h b/Framework/CurveFitting/test/Algorithms/ProfileChiSquared1DTest.h index 2a828ccccc92..bcdaf9cb255c 100644 --- a/Framework/CurveFitting/test/Algorithms/ProfileChiSquared1DTest.h +++ b/Framework/CurveFitting/test/Algorithms/ProfileChiSquared1DTest.h @@ -153,4 +153,4 @@ class ProfileChiSquared1DTest : public CxxTest::TestSuite { TS_ASSERT_EQUALS(pdfTable->rowCount(), 100); AnalysisDataService::Instance().clear(); }; -}; \ No newline at end of file +}; diff --git a/Framework/CurveFitting/test/Algorithms/RefinePowderInstrumentParameters3Test.h b/Framework/CurveFitting/test/Algorithms/RefinePowderInstrumentParameters3Test.h index db2f133db12b..a97c56190f2b 100644 --- a/Framework/CurveFitting/test/Algorithms/RefinePowderInstrumentParameters3Test.h +++ b/Framework/CurveFitting/test/Algorithms/RefinePowderInstrumentParameters3Test.h @@ -336,4 +336,4 @@ class RefinePowderInstParams3TestPerformance : public TestSuite { alg.setProperty("MonteCarloIterations", 100); alg.execute(); } -}; \ No newline at end of file +}; diff --git a/Framework/CurveFitting/test/Algorithms/SplineBackgroundTest.h b/Framework/CurveFitting/test/Algorithms/SplineBackgroundTest.h index 7a1f15b3f0c5..cb7dc14047a1 100644 --- a/Framework/CurveFitting/test/Algorithms/SplineBackgroundTest.h +++ b/Framework/CurveFitting/test/Algorithms/SplineBackgroundTest.h @@ -147,4 +147,4 @@ class SplineBackgroundTestPerformance : public CxxTest::TestSuite { struct SinFunction { double operator()(double x, int) { return std::sin(x); } }; -}; \ No newline at end of file +}; diff --git a/Framework/CurveFitting/test/Algorithms/SplineInterpolationTest.h b/Framework/CurveFitting/test/Algorithms/SplineInterpolationTest.h index 8988e43a79c8..dfe9757a263e 100644 --- a/Framework/CurveFitting/test/Algorithms/SplineInterpolationTest.h +++ b/Framework/CurveFitting/test/Algorithms/SplineInterpolationTest.h @@ -272,4 +272,4 @@ class SplineInterpolationTestPerformance : public CxxTest::TestSuite { struct SplineFunc { double operator()(double x, int) { return x * 2; } }; -}; \ No newline at end of file +}; diff --git a/Framework/CurveFitting/test/Algorithms/VesuvioCalculateGammaBackgroundTest.h b/Framework/CurveFitting/test/Algorithms/VesuvioCalculateGammaBackgroundTest.h index e87f38d1f1a7..ef7300e2710e 100644 --- a/Framework/CurveFitting/test/Algorithms/VesuvioCalculateGammaBackgroundTest.h +++ b/Framework/CurveFitting/test/Algorithms/VesuvioCalculateGammaBackgroundTest.h @@ -291,4 +291,4 @@ class VesuvioCalculateGammaBackgroundTestPerformance : public TestSuite { const std::string outBackWsName = "backgroundWs"; const std::string outCorrWsName = "correctedWs"; -}; \ No newline at end of file +}; diff --git a/Framework/CurveFitting/test/Algorithms/VesuvioCalculateMSTest.h b/Framework/CurveFitting/test/Algorithms/VesuvioCalculateMSTest.h index 41a038997778..aa32cc727484 100644 --- a/Framework/CurveFitting/test/Algorithms/VesuvioCalculateMSTest.h +++ b/Framework/CurveFitting/test/Algorithms/VesuvioCalculateMSTest.h @@ -247,4 +247,4 @@ class VesuvioCalculateMSTestPerformance : public CxxTest::TestSuite { private: Mantid::API::IAlgorithm_sptr alg; -}; \ No newline at end of file +}; diff --git a/Framework/CurveFitting/test/EigenComplexVectorTest.h b/Framework/CurveFitting/test/EigenComplexVectorTest.h index 36346b05b7d9..970af29795ef 100644 --- a/Framework/CurveFitting/test/EigenComplexVectorTest.h +++ b/Framework/CurveFitting/test/EigenComplexVectorTest.h @@ -249,4 +249,4 @@ class EigenComplexVectorTest : public CxxTest::TestSuite { v.set(1, v31); return v; } -}; \ No newline at end of file +}; diff --git a/Framework/CurveFitting/test/EigenViewTest.h b/Framework/CurveFitting/test/EigenViewTest.h index 838f85617576..286d199df130 100644 --- a/Framework/CurveFitting/test/EigenViewTest.h +++ b/Framework/CurveFitting/test/EigenViewTest.h @@ -103,4 +103,4 @@ class EigenViewTest : public CxxTest::TestSuite { EigenVector_View test_v_4 = EigenVector_View(test_v_1.vector_inspector(), 3, 4); TS_ASSERT(test_v_3.vector_inspector() == test_v_4.vector_inspector()); // test view creation using map } -}; \ No newline at end of file +}; diff --git a/Framework/CurveFitting/test/FitMWTest.h b/Framework/CurveFitting/test/FitMWTest.h index c84c9b7cf5eb..fe44fd7f5467 100644 --- a/Framework/CurveFitting/test/FitMWTest.h +++ b/Framework/CurveFitting/test/FitMWTest.h @@ -1298,4 +1298,4 @@ class FitMWTestPerformance : public CxxTest::TestSuite { const bool performance = true; const size_t NVectors = 2000; const size_t YLength = 10000; -}; \ No newline at end of file +}; diff --git a/Framework/CurveFitting/test/FuncMinimizers/FABADAMinimizerTest.h b/Framework/CurveFitting/test/FuncMinimizers/FABADAMinimizerTest.h index 8bd12e16ca51..50310da2960d 100644 --- a/Framework/CurveFitting/test/FuncMinimizers/FABADAMinimizerTest.h +++ b/Framework/CurveFitting/test/FuncMinimizers/FABADAMinimizerTest.h @@ -449,4 +449,4 @@ class FABADAMinimizerTest : public CxxTest::TestSuite { private: MatrixWorkspace_sptr ws; -}; \ No newline at end of file +}; diff --git a/Framework/CurveFitting/test/Functions/BivariateNormalTest.h b/Framework/CurveFitting/test/Functions/BivariateNormalTest.h index 951779cad83d..a65909d3b876 100644 --- a/Framework/CurveFitting/test/Functions/BivariateNormalTest.h +++ b/Framework/CurveFitting/test/Functions/BivariateNormalTest.h @@ -182,4 +182,4 @@ class BivariateNormalTest : public CxxTest::TestSuite { TS_ASSERT(categories.size() == 1); TS_ASSERT(categories[0] == "Peak"); } -}; \ No newline at end of file +}; diff --git a/Framework/CurveFitting/test/Functions/ConvTempCorrectionTest.h b/Framework/CurveFitting/test/Functions/ConvTempCorrectionTest.h index 5010193c6aaa..1a84b24beabe 100644 --- a/Framework/CurveFitting/test/Functions/ConvTempCorrectionTest.h +++ b/Framework/CurveFitting/test/Functions/ConvTempCorrectionTest.h @@ -42,4 +42,4 @@ class ConvTempCorrectionTest : public CxxTest::TestSuite { TS_ASSERT_THROWS_NOTHING(fn.function(x, y)); TS_ASSERT_DELTA(y[1], 1, 1e-4); } -}; \ No newline at end of file +}; diff --git a/Framework/CurveFitting/test/Functions/IsoRotDiffTest.h b/Framework/CurveFitting/test/Functions/IsoRotDiffTest.h index 3849dfc5303f..fe6f9e6fe828 100644 --- a/Framework/CurveFitting/test/Functions/IsoRotDiffTest.h +++ b/Framework/CurveFitting/test/Functions/IsoRotDiffTest.h @@ -61,4 +61,4 @@ class IsoRotDiffTest : public CxxTest::TestSuite { func->setParameter("f1.Centre", 0.0004); return func; } -}; \ No newline at end of file +}; diff --git a/Framework/CurveFitting/test/Functions/MagneticOrderParameterTest.h b/Framework/CurveFitting/test/Functions/MagneticOrderParameterTest.h index 820815c9dc37..dae34985b027 100644 --- a/Framework/CurveFitting/test/Functions/MagneticOrderParameterTest.h +++ b/Framework/CurveFitting/test/Functions/MagneticOrderParameterTest.h @@ -128,4 +128,4 @@ class MagneticOrderParameterTest : public CxxTest::TestSuite { func->setParameter("CriticalTemp", 3.0); return func; } -}; \ No newline at end of file +}; diff --git a/Framework/DataHandling/inc/MantidDataHandling/DataBlockComposite.h b/Framework/DataHandling/inc/MantidDataHandling/DataBlockComposite.h index 7a90d82fd44d..4112c0b27ed8 100644 --- a/Framework/DataHandling/inc/MantidDataHandling/DataBlockComposite.h +++ b/Framework/DataHandling/inc/MantidDataHandling/DataBlockComposite.h @@ -137,4 +137,4 @@ void DLLExport populateDataBlockCompositeWithContainer(DataBlockComposite &dataB } } } // namespace DataHandling -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/DataHandling/inc/MantidDataHandling/LoadAsciiStl.h b/Framework/DataHandling/inc/MantidDataHandling/LoadAsciiStl.h index 3f452d05e9a6..2729c5f438ec 100644 --- a/Framework/DataHandling/inc/MantidDataHandling/LoadAsciiStl.h +++ b/Framework/DataHandling/inc/MantidDataHandling/LoadAsciiStl.h @@ -37,4 +37,4 @@ class MANTID_DATAHANDLING_DLL LoadAsciiStl : public LoadStl { }; } // namespace DataHandling -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/DataHandling/inc/MantidDataHandling/LoadBinaryStl.h b/Framework/DataHandling/inc/MantidDataHandling/LoadBinaryStl.h index 28de5fc5c9b8..a095f9ef26e9 100644 --- a/Framework/DataHandling/inc/MantidDataHandling/LoadBinaryStl.h +++ b/Framework/DataHandling/inc/MantidDataHandling/LoadBinaryStl.h @@ -40,4 +40,4 @@ class MANTID_DATAHANDLING_DLL LoadBinaryStl : public LoadStl { }; } // namespace DataHandling -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/DataHandling/inc/MantidDataHandling/LoadRawBin0.h b/Framework/DataHandling/inc/MantidDataHandling/LoadRawBin0.h index a2e938d604ba..4e9432e7ce07 100644 --- a/Framework/DataHandling/inc/MantidDataHandling/LoadRawBin0.h +++ b/Framework/DataHandling/inc/MantidDataHandling/LoadRawBin0.h @@ -104,4 +104,4 @@ class MANTID_DATAHANDLING_DLL LoadRawBin0 : public LoadRawHelper { std::vector> m_timeChannelsVec; }; } // namespace DataHandling -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/DataHandling/inc/MantidDataHandling/LoadRawSpectrum0.h b/Framework/DataHandling/inc/MantidDataHandling/LoadRawSpectrum0.h index 9c3edf68a093..eb82d5e63005 100644 --- a/Framework/DataHandling/inc/MantidDataHandling/LoadRawSpectrum0.h +++ b/Framework/DataHandling/inc/MantidDataHandling/LoadRawSpectrum0.h @@ -85,4 +85,4 @@ class MANTID_DATAHANDLING_DLL LoadRawSpectrum0 : public LoadRawHelper { int64_t m_noTimeRegimes; }; } // namespace DataHandling -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/DataHandling/inc/MantidDataHandling/LoadSampleShape.h b/Framework/DataHandling/inc/MantidDataHandling/LoadSampleShape.h index 392863e05a36..1af40a3fd56b 100644 --- a/Framework/DataHandling/inc/MantidDataHandling/LoadSampleShape.h +++ b/Framework/DataHandling/inc/MantidDataHandling/LoadSampleShape.h @@ -51,4 +51,4 @@ class MANTID_DATAHANDLING_DLL LoadSampleShape : public Mantid::API::Algorithm { }; } // namespace DataHandling -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/DataHandling/inc/MantidDataHandling/LoadStlFactory.h b/Framework/DataHandling/inc/MantidDataHandling/LoadStlFactory.h index a1759059d9d5..11e53d48ca84 100644 --- a/Framework/DataHandling/inc/MantidDataHandling/LoadStlFactory.h +++ b/Framework/DataHandling/inc/MantidDataHandling/LoadStlFactory.h @@ -29,4 +29,4 @@ class MANTID_DATAHANDLING_DLL LoadStlFactory { }; } // namespace DataHandling -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/DataHandling/inc/MantidDataHandling/Mantid3MFFileIO.h b/Framework/DataHandling/inc/MantidDataHandling/Mantid3MFFileIO.h index 945be5d2aae1..b0e37fcdf64e 100644 --- a/Framework/DataHandling/inc/MantidDataHandling/Mantid3MFFileIO.h +++ b/Framework/DataHandling/inc/MantidDataHandling/Mantid3MFFileIO.h @@ -58,4 +58,4 @@ class MANTID_DATAHANDLING_DLL Mantid3MFFileIO : public MeshFileIO { int generateRandomColor(); }; } // namespace DataHandling -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/DataHandling/inc/MantidDataHandling/MeshFileIO.h b/Framework/DataHandling/inc/MantidDataHandling/MeshFileIO.h index a435dfa863df..467b5849b914 100644 --- a/Framework/DataHandling/inc/MantidDataHandling/MeshFileIO.h +++ b/Framework/DataHandling/inc/MantidDataHandling/MeshFileIO.h @@ -85,4 +85,4 @@ inline ScaleUnits getScaleTypeFromStr(const std::string &scaleProperty) { } } // namespace DataHandling -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/DataHandling/inc/MantidDataHandling/PrecompiledHeader.h b/Framework/DataHandling/inc/MantidDataHandling/PrecompiledHeader.h index fcaf1ffcaa19..373e586e6ec5 100644 --- a/Framework/DataHandling/inc/MantidDataHandling/PrecompiledHeader.h +++ b/Framework/DataHandling/inc/MantidDataHandling/PrecompiledHeader.h @@ -23,4 +23,4 @@ #include #include #include -#include \ No newline at end of file +#include diff --git a/Framework/DataHandling/inc/MantidDataHandling/SampleEnvironmentSpecParser.h b/Framework/DataHandling/inc/MantidDataHandling/SampleEnvironmentSpecParser.h index e21fedfafc4b..a451542695b8 100644 --- a/Framework/DataHandling/inc/MantidDataHandling/SampleEnvironmentSpecParser.h +++ b/Framework/DataHandling/inc/MantidDataHandling/SampleEnvironmentSpecParser.h @@ -57,4 +57,4 @@ class MANTID_DATAHANDLING_DLL SampleEnvironmentSpecParser { }; } // namespace DataHandling -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/DataHandling/inc/MantidDataHandling/SaveFocusedXYE.h b/Framework/DataHandling/inc/MantidDataHandling/SaveFocusedXYE.h index 681395aefd6e..942c12fe215a 100644 --- a/Framework/DataHandling/inc/MantidDataHandling/SaveFocusedXYE.h +++ b/Framework/DataHandling/inc/MantidDataHandling/SaveFocusedXYE.h @@ -90,4 +90,4 @@ class MANTID_DATAHANDLING_DLL SaveFocusedXYE : public API::Algorithm { std::string m_comment; }; } // namespace DataHandling -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/DataHandling/inc/MantidDataHandling/SaveGSS.h b/Framework/DataHandling/inc/MantidDataHandling/SaveGSS.h index 7373f0fdf597..b046907a7b17 100644 --- a/Framework/DataHandling/inc/MantidDataHandling/SaveGSS.h +++ b/Framework/DataHandling/inc/MantidDataHandling/SaveGSS.h @@ -151,4 +151,4 @@ class MANTID_DATAHANDLING_DLL SaveGSS : public Mantid::API::Algorithm { bool m_overwrite_std_bank_header; }; } // namespace DataHandling -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/DataHandling/inc/MantidDataHandling/SaveOpenGenieAscii.h b/Framework/DataHandling/inc/MantidDataHandling/SaveOpenGenieAscii.h index 6894e70ff970..95ff9b3a7bd8 100644 --- a/Framework/DataHandling/inc/MantidDataHandling/SaveOpenGenieAscii.h +++ b/Framework/DataHandling/inc/MantidDataHandling/SaveOpenGenieAscii.h @@ -92,4 +92,4 @@ class MANTID_DATAHANDLING_DLL SaveOpenGenieAscii : public Mantid::API::Algorithm const std::string m_intType = "Integer"; }; } // namespace DataHandling -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/DataHandling/inc/MantidDataHandling/SaveStl.h b/Framework/DataHandling/inc/MantidDataHandling/SaveStl.h index f19e5acf4f51..d192c449a0d9 100644 --- a/Framework/DataHandling/inc/MantidDataHandling/SaveStl.h +++ b/Framework/DataHandling/inc/MantidDataHandling/SaveStl.h @@ -42,4 +42,4 @@ class MANTID_DATAHANDLING_DLL SaveStl : public MeshFileIO { }; } // namespace DataHandling -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/DataHandling/src/LoadAscii.cpp b/Framework/DataHandling/src/LoadAscii.cpp index edbb2c9f84d9..12721593872c 100644 --- a/Framework/DataHandling/src/LoadAscii.cpp +++ b/Framework/DataHandling/src/LoadAscii.cpp @@ -346,4 +346,4 @@ void LoadAscii::exec() { setProperty("OutputWorkspace", outputWS); } -} // namespace Mantid::DataHandling \ No newline at end of file +} // namespace Mantid::DataHandling diff --git a/Framework/DataHandling/src/LoadBinaryStl.cpp b/Framework/DataHandling/src/LoadBinaryStl.cpp index 23e0001594f1..29d415a1ae97 100644 --- a/Framework/DataHandling/src/LoadBinaryStl.cpp +++ b/Framework/DataHandling/src/LoadBinaryStl.cpp @@ -105,4 +105,4 @@ void LoadBinaryStl::readTriangle(Kernel::BinaryStreamReader streamReader, uint32 } } -} // namespace Mantid::DataHandling \ No newline at end of file +} // namespace Mantid::DataHandling diff --git a/Framework/DataHandling/src/LoadOff.cpp b/Framework/DataHandling/src/LoadOff.cpp index 1d4d659ecb64..7dc47fd56257 100644 --- a/Framework/DataHandling/src/LoadOff.cpp +++ b/Framework/DataHandling/src/LoadOff.cpp @@ -125,4 +125,4 @@ std::unique_ptr LoadOff::readShape() { } return nullptr; } -} // namespace Mantid::DataHandling \ No newline at end of file +} // namespace Mantid::DataHandling diff --git a/Framework/DataHandling/src/LoadStl.cpp b/Framework/DataHandling/src/LoadStl.cpp index 7800a8ffac83..840357682858 100644 --- a/Framework/DataHandling/src/LoadStl.cpp +++ b/Framework/DataHandling/src/LoadStl.cpp @@ -25,4 +25,4 @@ void LoadStl::changeToVector() { } } -} // namespace Mantid::DataHandling \ No newline at end of file +} // namespace Mantid::DataHandling diff --git a/Framework/DataHandling/src/Mantid3MFFileIO.cpp b/Framework/DataHandling/src/Mantid3MFFileIO.cpp index d11b05ad11c5..c7cabafc71b4 100644 --- a/Framework/DataHandling/src/Mantid3MFFileIO.cpp +++ b/Framework/DataHandling/src/Mantid3MFFileIO.cpp @@ -461,4 +461,4 @@ void Mantid3MFFileIO::saveFile(std::string filename) { } } // namespace DataHandling -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/DataHandling/src/MeshFileIO.cpp b/Framework/DataHandling/src/MeshFileIO.cpp index d067315dd74f..9be30aba018c 100644 --- a/Framework/DataHandling/src/MeshFileIO.cpp +++ b/Framework/DataHandling/src/MeshFileIO.cpp @@ -58,4 +58,4 @@ Kernel::V3D MeshFileIO::createScaledV3D(double xVal, double yVal, double zVal) { return Kernel::V3D(double(xVal), double(yVal), double(zVal)); } -} // namespace Mantid::DataHandling \ No newline at end of file +} // namespace Mantid::DataHandling diff --git a/Framework/DataHandling/src/SaveSampleEnvironmentAndShape.cpp b/Framework/DataHandling/src/SaveSampleEnvironmentAndShape.cpp index 28b7f77e41d4..a7a1a2bef014 100644 --- a/Framework/DataHandling/src/SaveSampleEnvironmentAndShape.cpp +++ b/Framework/DataHandling/src/SaveSampleEnvironmentAndShape.cpp @@ -192,4 +192,4 @@ const Geometry::MeshObject &toMeshObject(const Geometry::IObject &object) { throw std::invalid_argument("Attempted to Save out non mesh based Sample or Environment"); } } -} // namespace Mantid::DataHandling \ No newline at end of file +} // namespace Mantid::DataHandling diff --git a/Framework/DataHandling/src/SaveStl.cpp b/Framework/DataHandling/src/SaveStl.cpp index 11994ddda3b7..5bc54c044008 100644 --- a/Framework/DataHandling/src/SaveStl.cpp +++ b/Framework/DataHandling/src/SaveStl.cpp @@ -116,4 +116,4 @@ void SaveStl::writeTriangle(Kernel::BinaryStreamWriter streamWriter, uint32_t tr } } -} // namespace Mantid::DataHandling \ No newline at end of file +} // namespace Mantid::DataHandling diff --git a/Framework/DataHandling/src/SortTableWorkspace.cpp b/Framework/DataHandling/src/SortTableWorkspace.cpp index f00904c9f484..5593580e5596 100644 --- a/Framework/DataHandling/src/SortTableWorkspace.cpp +++ b/Framework/DataHandling/src/SortTableWorkspace.cpp @@ -80,4 +80,4 @@ void SortTableWorkspace::exec() { setProperty("OutputWorkspace", outputWS); } -} // namespace Mantid::DataHandling \ No newline at end of file +} // namespace Mantid::DataHandling diff --git a/Framework/DataHandling/test/CreateSimulationWorkspaceTest.h b/Framework/DataHandling/test/CreateSimulationWorkspaceTest.h index 5e4bc632e040..254e23a6d66c 100644 --- a/Framework/DataHandling/test/CreateSimulationWorkspaceTest.h +++ b/Framework/DataHandling/test/CreateSimulationWorkspaceTest.h @@ -254,4 +254,4 @@ class CreateSimulationWorkspaceTestPerformance : public CxxTest::TestSuite { CreateSimulationWorkspace alg; const std::string outWsName = "outTestWs"; -}; \ No newline at end of file +}; diff --git a/Framework/DataHandling/test/DataBlockGeneratorTest.h b/Framework/DataHandling/test/DataBlockGeneratorTest.h index 5106b9012d31..72014558800b 100644 --- a/Framework/DataHandling/test/DataBlockGeneratorTest.h +++ b/Framework/DataHandling/test/DataBlockGeneratorTest.h @@ -103,4 +103,4 @@ class DataBlockGeneratorTest : public CxxTest::TestSuite { TSM_ASSERT_EQUALS("There should have been 14 increments to index", index, expectedOutput.size()); TSM_ASSERT("Should be done", generator.isDone()); } -}; \ No newline at end of file +}; diff --git a/Framework/DataHandling/test/LoadBBYTest.h b/Framework/DataHandling/test/LoadBBYTest.h index af7942785205..18191f34c545 100644 --- a/Framework/DataHandling/test/LoadBBYTest.h +++ b/Framework/DataHandling/test/LoadBBYTest.h @@ -228,4 +228,4 @@ class LoadBBYTest : public CxxTest::TestSuite { eventWS = AnalysisDataService::Instance().retrieveWS(outputSpace); TS_ASSERT_EQUALS(eventWS->getNumberEvents(), goodEvents - 1); } -}; \ No newline at end of file +}; diff --git a/Framework/DataHandling/test/LoadBinaryStlTest.h b/Framework/DataHandling/test/LoadBinaryStlTest.h index ea873765be84..22fe4642bbd7 100644 --- a/Framework/DataHandling/test/LoadBinaryStlTest.h +++ b/Framework/DataHandling/test/LoadBinaryStlTest.h @@ -85,4 +85,4 @@ class LoadBinaryStlTest : public CxxTest::TestSuite { } const ScaleUnits units = ScaleUnits::metres; -}; \ No newline at end of file +}; diff --git a/Framework/DataHandling/test/LoadGSSTest.h b/Framework/DataHandling/test/LoadGSSTest.h index 619993a87dd4..f39af91efab7 100644 --- a/Framework/DataHandling/test/LoadGSSTest.h +++ b/Framework/DataHandling/test/LoadGSSTest.h @@ -213,4 +213,4 @@ class LoadGSSTestPerformance : public CxxTest::TestSuite { loadAlg->setRethrows(true); return loadAlg; } -}; \ No newline at end of file +}; diff --git a/Framework/DataHandling/test/LoadHFIRSANSTest.h b/Framework/DataHandling/test/LoadHFIRSANSTest.h index 587286f97cbf..df090e662fd3 100644 --- a/Framework/DataHandling/test/LoadHFIRSANSTest.h +++ b/Framework/DataHandling/test/LoadHFIRSANSTest.h @@ -200,4 +200,4 @@ class LoadHFIRSANSTest : public CxxTest::TestSuite { private: std::string inputFile; -}; \ No newline at end of file +}; diff --git a/Framework/DataHandling/test/LoadLLBTest.h b/Framework/DataHandling/test/LoadLLBTest.h index 5882f88b22ae..475a5f54688d 100644 --- a/Framework/DataHandling/test/LoadLLBTest.h +++ b/Framework/DataHandling/test/LoadLLBTest.h @@ -103,4 +103,4 @@ class LoadLLBTestPerformance : public CxxTest::TestSuite { loader->setRethrows(true); return loader; } -}; \ No newline at end of file +}; diff --git a/Framework/DataHandling/test/LoadMappingTableTest.h b/Framework/DataHandling/test/LoadMappingTableTest.h index 7aaec1eae256..be6377596366 100644 --- a/Framework/DataHandling/test/LoadMappingTableTest.h +++ b/Framework/DataHandling/test/LoadMappingTableTest.h @@ -90,4 +90,4 @@ class LoadMappingTableTest : public CxxTest::TestSuite { std::string inputFile; std::string outputSpace; MatrixWorkspace_sptr work1; -}; \ No newline at end of file +}; diff --git a/Framework/DataHandling/test/LoadNXcanSASTest.h b/Framework/DataHandling/test/LoadNXcanSASTest.h index 7db188de27cb..7fb9f8db3052 100644 --- a/Framework/DataHandling/test/LoadNXcanSASTest.h +++ b/Framework/DataHandling/test/LoadNXcanSASTest.h @@ -622,4 +622,4 @@ class LoadNXcanSASTestPerformance : public CxxTest::TestSuite { alg2D.setPropertyValue("OutputWorkspace", outWsName); } -}; \ No newline at end of file +}; diff --git a/Framework/DataHandling/test/LoadSampleShapeTest.h b/Framework/DataHandling/test/LoadSampleShapeTest.h index 96c86d07ace2..ee16a0aa286e 100644 --- a/Framework/DataHandling/test/LoadSampleShapeTest.h +++ b/Framework/DataHandling/test/LoadSampleShapeTest.h @@ -245,4 +245,4 @@ class LoadSampleShapeTestPerformance : public CxxTest::TestSuite { loadAlg->setRethrows(true); return loadAlg; } -}; \ No newline at end of file +}; diff --git a/Framework/DataHandling/test/LoadSpice2dTest.h b/Framework/DataHandling/test/LoadSpice2dTest.h index 87596de3f253..bd94fd777553 100644 --- a/Framework/DataHandling/test/LoadSpice2dTest.h +++ b/Framework/DataHandling/test/LoadSpice2dTest.h @@ -219,4 +219,4 @@ class LoadSpice2dTest : public CxxTest::TestSuite { private: std::string inputFile; Mantid::DataHandling::LoadSpice2D spice2d; -}; \ No newline at end of file +}; diff --git a/Framework/DataHandling/test/LoadStlTest.h b/Framework/DataHandling/test/LoadStlTest.h index b071d08f3506..9ae493ccc4b0 100644 --- a/Framework/DataHandling/test/LoadStlTest.h +++ b/Framework/DataHandling/test/LoadStlTest.h @@ -70,4 +70,4 @@ class LoadStlTest : public CxxTest::TestSuite { TS_ASSERT_DIFFERS(HashV3DPair{}(pair2), HashV3DPair{}(pair3)); TS_ASSERT_DIFFERS(HashV3DPair{}(pair1), HashV3DPair{}(pair3)); } -}; \ No newline at end of file +}; diff --git a/Framework/DataHandling/test/MaskDetectorsInShapeTest.h b/Framework/DataHandling/test/MaskDetectorsInShapeTest.h index 964a7c023e2e..305c1572bc09 100644 --- a/Framework/DataHandling/test/MaskDetectorsInShapeTest.h +++ b/Framework/DataHandling/test/MaskDetectorsInShapeTest.h @@ -143,4 +143,4 @@ class MaskDetectorsInShapeTestPerformance : public CxxTest::TestSuite { AnalysisDataService::Instance().remove(workspace); } -}; \ No newline at end of file +}; diff --git a/Framework/DataHandling/test/NXcanSASTestHelper.h b/Framework/DataHandling/test/NXcanSASTestHelper.h index 06df50cbc429..4e00d0bbb991 100644 --- a/Framework/DataHandling/test/NXcanSASTestHelper.h +++ b/Framework/DataHandling/test/NXcanSASTestHelper.h @@ -88,4 +88,4 @@ Mantid::API::MatrixWorkspace_sptr provide2DWorkspace(NXcanSASTestParameters &par void set2DValues(const Mantid::API::MatrixWorkspace_sptr &ws); void removeFile(const std::string &filename); -} // namespace NXcanSASTestHelper \ No newline at end of file +} // namespace NXcanSASTestHelper diff --git a/Framework/DataHandling/test/SaveNexusTest.h b/Framework/DataHandling/test/SaveNexusTest.h index aedcc309c94c..a3371c2f2abe 100644 --- a/Framework/DataHandling/test/SaveNexusTest.h +++ b/Framework/DataHandling/test/SaveNexusTest.h @@ -109,4 +109,4 @@ class SaveNexusTest : public CxxTest::TestSuite { SaveNexus algToBeTested; std::string outputFile; std::string title; -}; \ No newline at end of file +}; diff --git a/Framework/DataHandling/test/SaveSampleEnvironmentAndShapeTest.h b/Framework/DataHandling/test/SaveSampleEnvironmentAndShapeTest.h index 6c3d35b99528..88eb39750f4c 100644 --- a/Framework/DataHandling/test/SaveSampleEnvironmentAndShapeTest.h +++ b/Framework/DataHandling/test/SaveSampleEnvironmentAndShapeTest.h @@ -233,4 +233,4 @@ class SaveSampleEnvironmentAndShapeTest : public CxxTest::TestSuite { } const std::string m_OutputFile = Poco::Path::current() + "SaveSampleTest.stl"; -}; \ No newline at end of file +}; diff --git a/Framework/DataHandling/test/SaveStlTest.h b/Framework/DataHandling/test/SaveStlTest.h index 92963499c4af..ff6f0716d0d6 100644 --- a/Framework/DataHandling/test/SaveStlTest.h +++ b/Framework/DataHandling/test/SaveStlTest.h @@ -85,4 +85,4 @@ class SaveStlTest : public CxxTest::TestSuite { const std::string cubePath = FileFinder::Instance().getFullPath("cubeBin.stl"); std::string path; -}; \ No newline at end of file +}; diff --git a/Framework/DataHandling/test/SaveTBLTest.h b/Framework/DataHandling/test/SaveTBLTest.h index a5f5d76eafea..3627389a8580 100644 --- a/Framework/DataHandling/test/SaveTBLTest.h +++ b/Framework/DataHandling/test/SaveTBLTest.h @@ -435,4 +435,4 @@ class SaveTBLTest : public CxxTest::TestSuite { std::string m_name; std::string m_filename; std::string m_abspath; -}; \ No newline at end of file +}; diff --git a/Framework/DataHandling/test/SaveToSNSHistogramNexusTest.h b/Framework/DataHandling/test/SaveToSNSHistogramNexusTest.h index 265b27289d49..584db1ae7bb6 100644 --- a/Framework/DataHandling/test/SaveToSNSHistogramNexusTest.h +++ b/Framework/DataHandling/test/SaveToSNSHistogramNexusTest.h @@ -54,4 +54,4 @@ class SaveToSNSHistogramNexusTest : public CxxTest::TestSuite { SaveToSNSHistogramNexus algToBeTested; std::string outputFile; std::string title; -}; \ No newline at end of file +}; diff --git a/Framework/DataObjects/inc/MantidDataObjects/Histogram1D.h b/Framework/DataObjects/inc/MantidDataObjects/Histogram1D.h index 3d4fc8232ab5..a1574ae73882 100644 --- a/Framework/DataObjects/inc/MantidDataObjects/Histogram1D.h +++ b/Framework/DataObjects/inc/MantidDataObjects/Histogram1D.h @@ -76,4 +76,4 @@ class MANTID_DATAOBJECTS_DLL Histogram1D : public Mantid::API::ISpectrum { }; } // namespace DataObjects -} // Namespace Mantid \ No newline at end of file +} // Namespace Mantid diff --git a/Framework/DataObjects/inc/MantidDataObjects/MortonIndex/BitInterleaving.h b/Framework/DataObjects/inc/MantidDataObjects/MortonIndex/BitInterleaving.h index b254788d03e5..60daceb90e52 100644 --- a/Framework/DataObjects/inc/MantidDataObjects/MortonIndex/BitInterleaving.h +++ b/Framework/DataObjects/inc/MantidDataObjects/MortonIndex/BitInterleaving.h @@ -321,4 +321,4 @@ template struct Interleaver { static IntArray deinterleave(const Morton96 z) { return morton_index::deinterleave(z); } }; -} // namespace morton_index \ No newline at end of file +} // namespace morton_index diff --git a/Framework/DataObjects/inc/MantidDataObjects/MortonIndex/Types.h b/Framework/DataObjects/inc/MantidDataObjects/MortonIndex/Types.h index 67473ed09818..472d89879951 100644 --- a/Framework/DataObjects/inc/MantidDataObjects/MortonIndex/Types.h +++ b/Framework/DataObjects/inc/MantidDataObjects/MortonIndex/Types.h @@ -85,4 +85,4 @@ template struct IndexTypes { using IntType = typename UnderlyingInt::type; }; -} // namespace morton_index \ No newline at end of file +} // namespace morton_index diff --git a/Framework/DataObjects/src/MDBoxSaveable.cpp b/Framework/DataObjects/src/MDBoxSaveable.cpp index b424b7b5e521..acac94c18a8a 100644 --- a/Framework/DataObjects/src/MDBoxSaveable.cpp +++ b/Framework/DataObjects/src/MDBoxSaveable.cpp @@ -42,4 +42,4 @@ void MDBoxSaveable::load() { this->setLoaded(true); } } -} // namespace Mantid::DataObjects \ No newline at end of file +} // namespace Mantid::DataObjects diff --git a/Framework/DataObjects/test/AffineMatrixParameterParserTest.h b/Framework/DataObjects/test/AffineMatrixParameterParserTest.h index 3067893bcc26..90866a058b80 100644 --- a/Framework/DataObjects/test/AffineMatrixParameterParserTest.h +++ b/Framework/DataObjects/test/AffineMatrixParameterParserTest.h @@ -118,4 +118,4 @@ class AffineMatrixParameterParserTest : public CxxTest::TestSuite { TS_ASSERT_THROWS(parser.createParameter(pRootElem), const std::runtime_error &); } -}; \ No newline at end of file +}; diff --git a/Framework/DataObjects/test/BoxControllerNeXusIOTest.h b/Framework/DataObjects/test/BoxControllerNeXusIOTest.h index 5d75f8b0e7b2..fd460cd61797 100644 --- a/Framework/DataObjects/test/BoxControllerNeXusIOTest.h +++ b/Framework/DataObjects/test/BoxControllerNeXusIOTest.h @@ -314,4 +314,4 @@ class BoxControllerNeXusIOTest : public CxxTest::TestSuite { std::unique_ptr createTestBoxController() { return std::make_unique(sc.get()); } -}; \ No newline at end of file +}; diff --git a/Framework/DataObjects/test/CoordTransformAlignedTest.h b/Framework/DataObjects/test/CoordTransformAlignedTest.h index 1cdf0b481f42..83c0e586a3d8 100644 --- a/Framework/DataObjects/test/CoordTransformAlignedTest.h +++ b/Framework/DataObjects/test/CoordTransformAlignedTest.h @@ -172,4 +172,4 @@ class CoordTransformAlignedTestPerformance : public CxxTest::TestSuite { ct.apply(in, out); } } -}; \ No newline at end of file +}; diff --git a/Framework/DataObjects/test/CoordTransformDistanceParserTest.h b/Framework/DataObjects/test/CoordTransformDistanceParserTest.h index 0d0aca7a3b78..d572fe38afea 100644 --- a/Framework/DataObjects/test/CoordTransformDistanceParserTest.h +++ b/Framework/DataObjects/test/CoordTransformDistanceParserTest.h @@ -103,4 +103,4 @@ class CoordTransformDistanceParserTest : public CxxTest::TestSuite { TS_ASSERT_THROWS_NOTHING(product = parser.createTransform(pRootElem)); delete product; } -}; \ No newline at end of file +}; diff --git a/Framework/DataObjects/test/Histogram1DTest.h b/Framework/DataObjects/test/Histogram1DTest.h index 2bdea27cf6a5..c0a6ff5acd10 100644 --- a/Framework/DataObjects/test/Histogram1DTest.h +++ b/Framework/DataObjects/test/Histogram1DTest.h @@ -256,4 +256,4 @@ class Histogram1DTest : public CxxTest::TestSuite { TS_ASSERT_EQUALS(clone.readY()[0], 0.2); TS_ASSERT_EQUALS(clone.readE()[0], 0.3); } -}; \ No newline at end of file +}; diff --git a/Framework/DataObjects/test/TableWorkspacePropertyTest.h b/Framework/DataObjects/test/TableWorkspacePropertyTest.h index db147e72f7de..f4b9799ac019 100644 --- a/Framework/DataObjects/test/TableWorkspacePropertyTest.h +++ b/Framework/DataObjects/test/TableWorkspacePropertyTest.h @@ -97,4 +97,4 @@ class TableWorkspacePropertyTest : public CxxTest::TestSuite { private: std::shared_ptr t; -}; \ No newline at end of file +}; diff --git a/Framework/DataObjects/test/WorkspaceIteratorTest.h b/Framework/DataObjects/test/WorkspaceIteratorTest.h index c0fc81e70e74..f6ef8353fe54 100644 --- a/Framework/DataObjects/test/WorkspaceIteratorTest.h +++ b/Framework/DataObjects/test/WorkspaceIteratorTest.h @@ -157,4 +157,4 @@ class WorkspaceIteratorTest : public CxxTest::TestSuite { TS_ASSERT_EQUALS(count, size * histogramCount * loopCount); } } -}; \ No newline at end of file +}; diff --git a/Framework/Geometry/inc/MantidGeometry/Crystal/NiggliCell.h b/Framework/Geometry/inc/MantidGeometry/Crystal/NiggliCell.h index 228140e97aa5..82a263042954 100644 --- a/Framework/Geometry/inc/MantidGeometry/Crystal/NiggliCell.h +++ b/Framework/Geometry/inc/MantidGeometry/Crystal/NiggliCell.h @@ -44,4 +44,4 @@ class MANTID_GEOMETRY_DLL NiggliCell : public UnitCell { Kernel::DblMatrix UB; }; } // namespace Geometry -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/Geometry/inc/MantidGeometry/Instrument/ComponentVisitor.h b/Framework/Geometry/inc/MantidGeometry/Instrument/ComponentVisitor.h index 5665a20a4015..135d493e4ef2 100644 --- a/Framework/Geometry/inc/MantidGeometry/Instrument/ComponentVisitor.h +++ b/Framework/Geometry/inc/MantidGeometry/Instrument/ComponentVisitor.h @@ -37,4 +37,4 @@ class ComponentVisitor { virtual ~ComponentVisitor() = default; }; } // namespace Geometry -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/Geometry/inc/MantidGeometry/Instrument/InfoIteratorBase.h b/Framework/Geometry/inc/MantidGeometry/Instrument/InfoIteratorBase.h index ccd9f1f8806b..a7639c71ccc3 100644 --- a/Framework/Geometry/inc/MantidGeometry/Instrument/InfoIteratorBase.h +++ b/Framework/Geometry/inc/MantidGeometry/Instrument/InfoIteratorBase.h @@ -75,4 +75,4 @@ class InfoIteratorBase : public boost::iterator_facade; using StructuredDetector_const_sptr = std::shared_ptr; } // namespace Geometry -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/Geometry/inc/MantidGeometry/MDGeometry/IMDDimension.h b/Framework/Geometry/inc/MantidGeometry/MDGeometry/IMDDimension.h index 8895317662f7..601ad80d41d9 100644 --- a/Framework/Geometry/inc/MantidGeometry/MDGeometry/IMDDimension.h +++ b/Framework/Geometry/inc/MantidGeometry/MDGeometry/IMDDimension.h @@ -104,4 +104,4 @@ using VecIMDDimension_const_sptr = std::vector; /// Vector of shared pointers to IMDDimensions. using VecIMDDimension_sptr = std::vector; } // namespace Geometry -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/Geometry/inc/MantidGeometry/MDGeometry/MDGeometryXMLDefinitions.h b/Framework/Geometry/inc/MantidGeometry/MDGeometry/MDGeometryXMLDefinitions.h index 0e0a8442be8e..cf6951c0e7b6 100644 --- a/Framework/Geometry/inc/MantidGeometry/MDGeometry/MDGeometryXMLDefinitions.h +++ b/Framework/Geometry/inc/MantidGeometry/MDGeometry/MDGeometryXMLDefinitions.h @@ -49,4 +49,4 @@ class MANTID_GEOMETRY_DLL MDGeometryXMLDefinitions { static const std::string RebinnedWSName() { return "RebinnedWS"; } }; } // namespace Geometry -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/Geometry/inc/MantidGeometry/Math/PolyBase.h b/Framework/Geometry/inc/MantidGeometry/Math/PolyBase.h index 0b1d3d6b2b83..19bd819963e9 100644 --- a/Framework/Geometry/inc/MantidGeometry/Math/PolyBase.h +++ b/Framework/Geometry/inc/MantidGeometry/Math/PolyBase.h @@ -99,4 +99,4 @@ std::ostream &operator<<(std::ostream &, const PolyBase &); } // namespace mathLevel -} // NAMESPACE Mantid \ No newline at end of file +} // NAMESPACE Mantid diff --git a/Framework/Geometry/inc/MantidGeometry/Math/Triple.h b/Framework/Geometry/inc/MantidGeometry/Math/Triple.h index 1853dcbba52c..05b599b96bca 100644 --- a/Framework/Geometry/inc/MantidGeometry/Math/Triple.h +++ b/Framework/Geometry/inc/MantidGeometry/Math/Triple.h @@ -67,4 +67,4 @@ template class MANTID_GEOMETRY_DLL DTriple bool operator==(const DTriple &) const; bool operator!=(const DTriple &) const; }; -} // NAMESPACE Mantid \ No newline at end of file +} // NAMESPACE Mantid diff --git a/Framework/Geometry/inc/MantidGeometry/Math/mathSupport.h b/Framework/Geometry/inc/MantidGeometry/Math/mathSupport.h index f055e4f2c617..97f8b7ae0dd1 100644 --- a/Framework/Geometry/inc/MantidGeometry/Math/mathSupport.h +++ b/Framework/Geometry/inc/MantidGeometry/Math/mathSupport.h @@ -23,4 +23,4 @@ template MANTID_GEOMETRY_DLL int solveCubic(InputIter, std::complex &, std::complex &, std::complex &); namespace mathSupport {} -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/Geometry/test/AcompTest.h b/Framework/Geometry/test/AcompTest.h index 9b992570642a..c1ee2357d27e 100644 --- a/Framework/Geometry/test/AcompTest.h +++ b/Framework/Geometry/test/AcompTest.h @@ -218,4 +218,4 @@ class AcompTest : public CxxTest::TestSuite { // TS_ASSERT_EQUALS(result.first.display(),""); // TS_ASSERT_EQUALS(result.second.display(),""); } -}; \ No newline at end of file +}; diff --git a/Framework/Geometry/test/BasicHKLFiltersTest.h b/Framework/Geometry/test/BasicHKLFiltersTest.h index fd1f3fbc8a15..dd41a6ceb153 100644 --- a/Framework/Geometry/test/BasicHKLFiltersTest.h +++ b/Framework/Geometry/test/BasicHKLFiltersTest.h @@ -142,4 +142,4 @@ class BasicHKLFiltersTest : public CxxTest::TestSuite { MOCK_CONST_METHOD1(getFSquared, double(const V3D &)); }; }; -GNU_DIAG_ON_SUGGEST_OVERRIDE \ No newline at end of file +GNU_DIAG_ON_SUGGEST_OVERRIDE diff --git a/Framework/Geometry/test/BnIdTest.h b/Framework/Geometry/test/BnIdTest.h index b69d220e03be..47764ec721d2 100644 --- a/Framework/Geometry/test/BnIdTest.h +++ b/Framework/Geometry/test/BnIdTest.h @@ -197,4 +197,4 @@ class BnIdTest : public CxxTest::TestSuite { rc.write(output); return output.str(); } -}; \ No newline at end of file +}; diff --git a/Framework/Geometry/test/GeneralTest.h b/Framework/Geometry/test/GeneralTest.h index e85fdc2311ca..e081fab6d282 100644 --- a/Framework/Geometry/test/GeneralTest.h +++ b/Framework/Geometry/test/GeneralTest.h @@ -60,4 +60,4 @@ class GeneralTest : public CxxTest::TestSuite { TS_ASSERT_THROWS_NOTHING(pv.write(output)); return output.str(); } -}; \ No newline at end of file +}; diff --git a/Framework/Geometry/test/HKLFilterTest.h b/Framework/Geometry/test/HKLFilterTest.h index 61e83ae0e011..e7a78cd59b40 100644 --- a/Framework/Geometry/test/HKLFilterTest.h +++ b/Framework/Geometry/test/HKLFilterTest.h @@ -185,4 +185,4 @@ class HKLFilterTest : public CxxTest::TestSuite { MOCK_CONST_METHOD1(isAllowed, bool(const V3D &)); }; }; -GNU_DIAG_ON_SUGGEST_OVERRIDE \ No newline at end of file +GNU_DIAG_ON_SUGGEST_OVERRIDE diff --git a/Framework/Geometry/test/IMDDimensionFactoryTest.h b/Framework/Geometry/test/IMDDimensionFactoryTest.h index ef22b0550b1a..b41b69076b3a 100644 --- a/Framework/Geometry/test/IMDDimensionFactoryTest.h +++ b/Framework/Geometry/test/IMDDimensionFactoryTest.h @@ -123,4 +123,4 @@ class IMDDimensionFactoryTest : public CxxTest::TestSuite { const auto &frame = dimension->getMDFrame(); TS_ASSERT_EQUALS(frame.name(), "QSample"); } -}; \ No newline at end of file +}; diff --git a/Framework/Geometry/test/InstrumentVisitorTest.h b/Framework/Geometry/test/InstrumentVisitorTest.h index f8c02b3af623..b36f1d919d42 100644 --- a/Framework/Geometry/test/InstrumentVisitorTest.h +++ b/Framework/Geometry/test/InstrumentVisitorTest.h @@ -458,4 +458,4 @@ class InstrumentVisitorTestPerformance : public CxxTest::TestSuite { visitor.walkInstrument(); TS_ASSERT(visitor.size() >= size_t(m_nPixels * m_nPixels)); } -}; \ No newline at end of file +}; diff --git a/Framework/Geometry/test/MapSupportTest.h b/Framework/Geometry/test/MapSupportTest.h index 89e6b3dbdca3..c83b0e246b5e 100644 --- a/Framework/Geometry/test/MapSupportTest.h +++ b/Framework/Geometry/test/MapSupportTest.h @@ -18,4 +18,4 @@ using namespace Mantid; class MapSupportTest : public CxxTest::TestSuite { public: void testConstructor() {} -}; \ No newline at end of file +}; diff --git a/Framework/Geometry/test/NullImplicitFunctionTest.h b/Framework/Geometry/test/NullImplicitFunctionTest.h index 7bc655942a64..b1ebe13cb770 100644 --- a/Framework/Geometry/test/NullImplicitFunctionTest.h +++ b/Framework/Geometry/test/NullImplicitFunctionTest.h @@ -35,4 +35,4 @@ class NullImplicitFunctionTest : public CxxTest::TestSuite { TSM_ASSERT_EQUALS("The xml string should be empty for any instance of this type", std::string(), function.toXMLString()); } -}; \ No newline at end of file +}; diff --git a/Framework/Geometry/test/RotCounterTest.h b/Framework/Geometry/test/RotCounterTest.h index b675d002e9ac..8460c4be0721 100644 --- a/Framework/Geometry/test/RotCounterTest.h +++ b/Framework/Geometry/test/RotCounterTest.h @@ -93,4 +93,4 @@ class RotCounterTest : public CxxTest::TestSuite { rc.write(output); return output.str(); } -}; \ No newline at end of file +}; diff --git a/Framework/Geometry/test/SurfaceFactoryTest.h b/Framework/Geometry/test/SurfaceFactoryTest.h index e756fca757be..e400a2823ed2 100644 --- a/Framework/Geometry/test/SurfaceFactoryTest.h +++ b/Framework/Geometry/test/SurfaceFactoryTest.h @@ -84,4 +84,4 @@ class SurfaceFactoryTest : public CxxTest::TestSuite { TS_ASSERT_THROWS_NOTHING(pv.write(output)); return output.str(); } -}; \ No newline at end of file +}; diff --git a/Framework/Geometry/test/TorusTest.h b/Framework/Geometry/test/TorusTest.h index 09003a83d4a1..d64dcc029c21 100644 --- a/Framework/Geometry/test/TorusTest.h +++ b/Framework/Geometry/test/TorusTest.h @@ -127,4 +127,4 @@ class TorusTest : public CxxTest::TestSuite { // TS_ASSERT_THROWS_NOTHING(pv.write(output)); // return output.str(); // } -}; \ No newline at end of file +}; diff --git a/Framework/HistogramData/inc/MantidHistogramData/Exception.h b/Framework/HistogramData/inc/MantidHistogramData/Exception.h index a013087a93df..7abb8a539dd4 100644 --- a/Framework/HistogramData/inc/MantidHistogramData/Exception.h +++ b/Framework/HistogramData/inc/MantidHistogramData/Exception.h @@ -18,4 +18,4 @@ class MANTID_HISTOGRAMDATA_DLL InvalidBinEdgesError : public std::runtime_error }; } // namespace Exception } // namespace HistogramData -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/HistogramData/src/Exception.cpp b/Framework/HistogramData/src/Exception.cpp index 165da09f1a6b..944ee75a6f56 100644 --- a/Framework/HistogramData/src/Exception.cpp +++ b/Framework/HistogramData/src/Exception.cpp @@ -8,4 +8,4 @@ namespace Mantid::HistogramData::Exception { InvalidBinEdgesError::InvalidBinEdgesError(const char *what) : runtime_error(what) {} -} // namespace Mantid::HistogramData::Exception \ No newline at end of file +} // namespace Mantid::HistogramData::Exception diff --git a/Framework/ICat/inc/MantidICat/CatalogDownloadDataFiles.h b/Framework/ICat/inc/MantidICat/CatalogDownloadDataFiles.h index f4426e8faf33..0f4a34337107 100644 --- a/Framework/ICat/inc/MantidICat/CatalogDownloadDataFiles.h +++ b/Framework/ICat/inc/MantidICat/CatalogDownloadDataFiles.h @@ -79,4 +79,4 @@ class MANTID_ICAT_DLL CatalogDownloadDataFiles final : public API::Algorithm { double m_prog; }; } // namespace ICat -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/ICat/inc/MantidICat/CatalogGetDataSets.h b/Framework/ICat/inc/MantidICat/CatalogGetDataSets.h index 7659b4bd6941..c4657c29c9cb 100644 --- a/Framework/ICat/inc/MantidICat/CatalogGetDataSets.h +++ b/Framework/ICat/inc/MantidICat/CatalogGetDataSets.h @@ -55,4 +55,4 @@ class MANTID_ICAT_DLL CatalogGetDataSets final : public API::Algorithm { void exec() override; }; } // namespace ICat -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/ICat/inc/MantidICat/CatalogKeepAlive.h b/Framework/ICat/inc/MantidICat/CatalogKeepAlive.h index 88af01445be5..e871a8af5847 100644 --- a/Framework/ICat/inc/MantidICat/CatalogKeepAlive.h +++ b/Framework/ICat/inc/MantidICat/CatalogKeepAlive.h @@ -49,4 +49,4 @@ class MANTID_ICAT_DLL CatalogKeepAlive final : public API::Algorithm { void exec() override; }; } // namespace ICat -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/ICat/inc/MantidICat/CatalogListInstruments.h b/Framework/ICat/inc/MantidICat/CatalogListInstruments.h index 54fcdca00c24..638f6ce7311a 100644 --- a/Framework/ICat/inc/MantidICat/CatalogListInstruments.h +++ b/Framework/ICat/inc/MantidICat/CatalogListInstruments.h @@ -44,4 +44,4 @@ class MANTID_ICAT_DLL CatalogListInstruments final : public API::Algorithm { void exec() override; }; } // namespace ICat -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/ICat/inc/MantidICat/CatalogListInvestigationTypes.h b/Framework/ICat/inc/MantidICat/CatalogListInvestigationTypes.h index 99c39ddb8c52..7c161158aede 100644 --- a/Framework/ICat/inc/MantidICat/CatalogListInvestigationTypes.h +++ b/Framework/ICat/inc/MantidICat/CatalogListInvestigationTypes.h @@ -42,4 +42,4 @@ class MANTID_ICAT_DLL CatalogListInvestigationTypes final : public API::Algorith void exec() override; }; } // namespace ICat -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/ICat/inc/MantidICat/CatalogLogin.h b/Framework/ICat/inc/MantidICat/CatalogLogin.h index 5a65b42b41a1..dd8fefdbf0ea 100644 --- a/Framework/ICat/inc/MantidICat/CatalogLogin.h +++ b/Framework/ICat/inc/MantidICat/CatalogLogin.h @@ -50,4 +50,4 @@ class MANTID_ICAT_DLL CatalogLogin final : public API::Algorithm { void exec() override; }; } // namespace ICat -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/ICat/inc/MantidICat/CatalogPublish.h b/Framework/ICat/inc/MantidICat/CatalogPublish.h index b0b56e55c5ca..fcb227eb32f3 100644 --- a/Framework/ICat/inc/MantidICat/CatalogPublish.h +++ b/Framework/ICat/inc/MantidICat/CatalogPublish.h @@ -68,4 +68,4 @@ class MANTID_ICAT_DLL CatalogPublish final : public API::Algorithm { const std::string generateWorkspaceHistory(Mantid::API::Workspace_sptr &workspace); }; } // namespace ICat -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/ICat/inc/MantidICat/CatalogSearchParam.h b/Framework/ICat/inc/MantidICat/CatalogSearchParam.h index 12f2ccf0a30f..76c94687d830 100644 --- a/Framework/ICat/inc/MantidICat/CatalogSearchParam.h +++ b/Framework/ICat/inc/MantidICat/CatalogSearchParam.h @@ -107,4 +107,4 @@ class MANTID_ICAT_DLL CatalogSearchParam { std::string m_investigationId; }; } // namespace ICat -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/Json/test/JsonTest.h b/Framework/Json/test/JsonTest.h index b7da27e355e5..9a3c95ad639c 100644 --- a/Framework/Json/test/JsonTest.h +++ b/Framework/Json/test/JsonTest.h @@ -61,4 +61,4 @@ class JsonTest : public CxxTest::TestSuite { TS_ASSERT(result) TS_ASSERT_EQUALS(initialString, Mantid::JsonHelpers::jsonToString(json)) } -}; \ No newline at end of file +}; diff --git a/Framework/Kernel/inc/MantidKernel/AttenuationProfile.h b/Framework/Kernel/inc/MantidKernel/AttenuationProfile.h index 1c41f77d291b..4ed0a1e1ab43 100644 --- a/Framework/Kernel/inc/MantidKernel/AttenuationProfile.h +++ b/Framework/Kernel/inc/MantidKernel/AttenuationProfile.h @@ -29,4 +29,4 @@ class MANTID_KERNEL_DLL AttenuationProfile { }; } // namespace Kernel -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/Kernel/inc/MantidKernel/ConfigObserver.h b/Framework/Kernel/inc/MantidKernel/ConfigObserver.h index 2b6f8dbc3004..5a46b2c2f1f2 100644 --- a/Framework/Kernel/inc/MantidKernel/ConfigObserver.h +++ b/Framework/Kernel/inc/MantidKernel/ConfigObserver.h @@ -31,4 +31,4 @@ class MANTID_KERNEL_DLL ConfigObserver { Poco::NObserver m_valueChangeListener; }; } // namespace Kernel -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/Kernel/inc/MantidKernel/ConfigPropertyObserver.h b/Framework/Kernel/inc/MantidKernel/ConfigPropertyObserver.h index 6ec183ae4438..ee80f0b9d63e 100644 --- a/Framework/Kernel/inc/MantidKernel/ConfigPropertyObserver.h +++ b/Framework/Kernel/inc/MantidKernel/ConfigPropertyObserver.h @@ -28,4 +28,4 @@ class MANTID_KERNEL_DLL ConfigPropertyObserver : ConfigObserver { std::string m_propertyName; }; } // namespace Kernel -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/Kernel/inc/MantidKernel/LambdaValidator.h b/Framework/Kernel/inc/MantidKernel/LambdaValidator.h index 03a925baa5b0..af72f8730af0 100644 --- a/Framework/Kernel/inc/MantidKernel/LambdaValidator.h +++ b/Framework/Kernel/inc/MantidKernel/LambdaValidator.h @@ -40,4 +40,4 @@ template class DLLExport LambdaValidator : public TypedVali // namespace Kernel -} // namespace Mantid::Kernel \ No newline at end of file +} // namespace Mantid::Kernel diff --git a/Framework/Kernel/inc/MantidKernel/PropertyManagerDataService.h b/Framework/Kernel/inc/MantidKernel/PropertyManagerDataService.h index cdc8cbfe3d3f..997eef914416 100644 --- a/Framework/Kernel/inc/MantidKernel/PropertyManagerDataService.h +++ b/Framework/Kernel/inc/MantidKernel/PropertyManagerDataService.h @@ -36,4 +36,4 @@ EXTERN_MANTID_KERNEL template class MANTID_KERNEL_DLL Mantid::Kernel::SingletonH using PropertyManagerDataService = Mantid::Kernel::SingletonHolder; } // Namespace Kernel -} // Namespace Mantid \ No newline at end of file +} // Namespace Mantid diff --git a/Framework/Kernel/inc/MantidKernel/RegexStrings.h b/Framework/Kernel/inc/MantidKernel/RegexStrings.h index a148a0a8ed25..ad1002bc8b00 100644 --- a/Framework/Kernel/inc/MantidKernel/RegexStrings.h +++ b/Framework/Kernel/inc/MantidKernel/RegexStrings.h @@ -50,4 +50,4 @@ MANTID_KERNEL_DLL int findPattern(std::istream &, const boost::regex &, std::str } // NAMESPACE Kernel -} // NAMESPACE Mantid \ No newline at end of file +} // NAMESPACE Mantid diff --git a/Framework/Kernel/inc/MantidKernel/UserStringParser.h b/Framework/Kernel/inc/MantidKernel/UserStringParser.h index d24a8014ae95..cf9556aece8b 100644 --- a/Framework/Kernel/inc/MantidKernel/UserStringParser.h +++ b/Framework/Kernel/inc/MantidKernel/UserStringParser.h @@ -69,4 +69,4 @@ class MANTID_KERNEL_DLL UserStringParser { bool isValidStepSeparator(const std::string &input, const std::vector &tokens); }; } // namespace Kernel -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/Kernel/inc/MantidKernel/make_cow.h b/Framework/Kernel/inc/MantidKernel/make_cow.h index 901d9fcf0f36..19b3de32782b 100644 --- a/Framework/Kernel/inc/MantidKernel/make_cow.h +++ b/Framework/Kernel/inc/MantidKernel/make_cow.h @@ -22,4 +22,4 @@ template inline cow_ptr make_cow(Args &&...args) { } } // namespace Kernel -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/Kernel/src/ANN/perf.cpp b/Framework/Kernel/src/ANN/perf.cpp index a7a04bd630e1..19a2703ecfa9 100644 --- a/Framework/Kernel/src/ANN/perf.cpp +++ b/Framework/Kernel/src/ANN/perf.cpp @@ -143,4 +143,4 @@ default cout << " )\n"; cout.flush(); } -*/ \ No newline at end of file +*/ diff --git a/Framework/Kernel/test/BinaryStreamWriterTest.h b/Framework/Kernel/test/BinaryStreamWriterTest.h index 042b2e169484..dd8b129da9b6 100644 --- a/Framework/Kernel/test/BinaryStreamWriterTest.h +++ b/Framework/Kernel/test/BinaryStreamWriterTest.h @@ -111,4 +111,4 @@ class BinaryStreamWriterTest : public CxxTest::TestSuite { } std::stringstream m_bytes; -}; \ No newline at end of file +}; diff --git a/Framework/Kernel/test/ConfigObserverTest.h b/Framework/Kernel/test/ConfigObserverTest.h index dacba82ef5d1..3519695bf7cb 100644 --- a/Framework/Kernel/test/ConfigObserverTest.h +++ b/Framework/Kernel/test/ConfigObserverTest.h @@ -82,4 +82,4 @@ class ConfigObserverTest : public CxxTest::TestSuite { private: std::string m_searchDirectories; std::string m_defaultSaveDirectory; -}; \ No newline at end of file +}; diff --git a/Framework/Kernel/test/ConfigPropertyObserverTest.h b/Framework/Kernel/test/ConfigPropertyObserverTest.h index 704f6f9bd6db..2ca2bf204fe1 100644 --- a/Framework/Kernel/test/ConfigPropertyObserverTest.h +++ b/Framework/Kernel/test/ConfigPropertyObserverTest.h @@ -97,4 +97,4 @@ class ConfigPropertyObserverTest : public CxxTest::TestSuite { std::string m_searchDirectories; std::string m_defaultSaveDirectory; std::string m_retainedAlgorithms; -}; \ No newline at end of file +}; diff --git a/Framework/Kernel/test/InstrumentInfoTest.h b/Framework/Kernel/test/InstrumentInfoTest.h index e34c2c7ba18b..d00b54f8157d 100644 --- a/Framework/Kernel/test/InstrumentInfoTest.h +++ b/Framework/Kernel/test/InstrumentInfoTest.h @@ -251,4 +251,4 @@ class InstrumentInfoTest : public CxxTest::TestSuite { return new FacilityInfo(elem); } -}; \ No newline at end of file +}; diff --git a/Framework/Kernel/test/MantidVersionTest.h.in b/Framework/Kernel/test/MantidVersionTest.h.in index b435e04aa1d5..270d54c14d08 100644 --- a/Framework/Kernel/test/MantidVersionTest.h.in +++ b/Framework/Kernel/test/MantidVersionTest.h.in @@ -62,4 +62,4 @@ public: TS_ASSERT_EQUALS(MantidVersion::versionForReleaseNotes({"1", "2", "3", "+something"}), "1.2.3"); } -}; \ No newline at end of file +}; diff --git a/Framework/LiveData/inc/MantidLiveData/ADARA/README.md b/Framework/LiveData/inc/MantidLiveData/ADARA/README.md index 14221e19fb15..c561a58c56da 100644 --- a/Framework/LiveData/inc/MantidLiveData/ADARA/README.md +++ b/Framework/LiveData/inc/MantidLiveData/ADARA/README.md @@ -4,4 +4,3 @@ They are not part of Mantid itself, but are required to parse the live stream fr The original versions of the classes are stored in the ADARA git repo. This can be retrieved with the command: git clone git+ssh://trac.sns.gov/var/repos/ADARA - diff --git a/Framework/LiveData/inc/MantidLiveData/ISIS/TCPEventStreamDefs.h b/Framework/LiveData/inc/MantidLiveData/ISIS/TCPEventStreamDefs.h index 01ba9f91f693..46b369daf749 100644 --- a/Framework/LiveData/inc/MantidLiveData/ISIS/TCPEventStreamDefs.h +++ b/Framework/LiveData/inc/MantidLiveData/ISIS/TCPEventStreamDefs.h @@ -176,4 +176,4 @@ struct TCPStreamEventDataSE { } // namespace LiveData } // namespace Mantid -GNU_DIAG_ON("type-limits") \ No newline at end of file +GNU_DIAG_ON("type-limits") diff --git a/Framework/LiveData/src/Kafka/private/Schema/flatbuffers/base.h b/Framework/LiveData/src/Kafka/private/Schema/flatbuffers/base.h index b3e887e956f7..f2cbc540475f 100644 --- a/Framework/LiveData/src/Kafka/private/Schema/flatbuffers/base.h +++ b/Framework/LiveData/src/Kafka/private/Schema/flatbuffers/base.h @@ -282,4 +282,4 @@ inline size_t PaddingBytes(size_t buf_size, size_t scalar_size) { return ((~buf_size) + 1) & (scalar_size - 1); } -} // namespace flatbuffers \ No newline at end of file +} // namespace flatbuffers diff --git a/Framework/LiveData/test/KafkaTestThreadHelper.h b/Framework/LiveData/test/KafkaTestThreadHelper.h index 122c85eac879..0c5acc175e55 100644 --- a/Framework/LiveData/test/KafkaTestThreadHelper.h +++ b/Framework/LiveData/test/KafkaTestThreadHelper.h @@ -152,4 +152,4 @@ template class KafkaTestThreadHelper { Threads blockedThread = Threads::NONE; }; -} // namespace KafkaTesting \ No newline at end of file +} // namespace KafkaTesting diff --git a/Framework/MDAlgorithms/inc/MantidMDAlgorithms/DgsScatteredTransmissionCorrectionMD.h b/Framework/MDAlgorithms/inc/MantidMDAlgorithms/DgsScatteredTransmissionCorrectionMD.h index b98cd9724512..e6f6da3ba384 100644 --- a/Framework/MDAlgorithms/inc/MantidMDAlgorithms/DgsScatteredTransmissionCorrectionMD.h +++ b/Framework/MDAlgorithms/inc/MantidMDAlgorithms/DgsScatteredTransmissionCorrectionMD.h @@ -47,4 +47,4 @@ class MANTID_MDALGORITHMS_DLL DgsScatteredTransmissionCorrectionMD final : publi }; } // namespace MDAlgorithms -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/MDAlgorithms/inc/MantidMDAlgorithms/DisplayNormalizationSetter.h b/Framework/MDAlgorithms/inc/MantidMDAlgorithms/DisplayNormalizationSetter.h index 2b4c1e9f01df..2791c074f2e5 100644 --- a/Framework/MDAlgorithms/inc/MantidMDAlgorithms/DisplayNormalizationSetter.h +++ b/Framework/MDAlgorithms/inc/MantidMDAlgorithms/DisplayNormalizationSetter.h @@ -33,4 +33,4 @@ class MANTID_MDALGORITHMS_DLL DisplayNormalizationSetter { Mantid::API::MDNormalization displayNormalizationHisto); }; } // namespace MDAlgorithms -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/MDAlgorithms/inc/MantidMDAlgorithms/PreprocessDetectorsToMD.h b/Framework/MDAlgorithms/inc/MantidMDAlgorithms/PreprocessDetectorsToMD.h index ed7b640ced78..92b547c7acb2 100644 --- a/Framework/MDAlgorithms/inc/MantidMDAlgorithms/PreprocessDetectorsToMD.h +++ b/Framework/MDAlgorithms/inc/MantidMDAlgorithms/PreprocessDetectorsToMD.h @@ -68,4 +68,4 @@ class MANTID_MDALGORITHMS_DLL PreprocessDetectorsToMD : public API::Algorithm { }; } // namespace MDAlgorithms -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/MDAlgorithms/test/ConvertMDHistoToMatrixWorkspaceTest.h b/Framework/MDAlgorithms/test/ConvertMDHistoToMatrixWorkspaceTest.h index 783734c43e90..867b8e5b7b40 100644 --- a/Framework/MDAlgorithms/test/ConvertMDHistoToMatrixWorkspaceTest.h +++ b/Framework/MDAlgorithms/test/ConvertMDHistoToMatrixWorkspaceTest.h @@ -524,4 +524,4 @@ class ConvertMDHistoToMatrixWorkspaceTestPerformance:public CxxTest::TestSuite { private: IAlgorithm_sptr alg; -}; \ No newline at end of file +}; diff --git a/Framework/MDAlgorithms/test/ConvertToMDComponentsTest.h b/Framework/MDAlgorithms/test/ConvertToMDComponentsTest.h index 21ac380fcc29..ee7c901a1b11 100644 --- a/Framework/MDAlgorithms/test/ConvertToMDComponentsTest.h +++ b/Framework/MDAlgorithms/test/ConvertToMDComponentsTest.h @@ -296,4 +296,4 @@ class ConvertToMDComponentsTest : public CxxTest::TestSuite { spectrumInfo.setMasked(i, true); } } -}; \ No newline at end of file +}; diff --git a/Framework/MDAlgorithms/test/DgsScatteredTransmissionCorrectionMDTest.h b/Framework/MDAlgorithms/test/DgsScatteredTransmissionCorrectionMDTest.h index 781036c1cd5f..d6b49b840859 100644 --- a/Framework/MDAlgorithms/test/DgsScatteredTransmissionCorrectionMDTest.h +++ b/Framework/MDAlgorithms/test/DgsScatteredTransmissionCorrectionMDTest.h @@ -278,4 +278,4 @@ class DgsScatteredTransmissionCorrectionMDTest : public CxxTest::TestSuite { AnalysisDataService::Instance().remove(ws); } } -}; \ No newline at end of file +}; diff --git a/Framework/MDAlgorithms/test/MDWSTransfTest.h b/Framework/MDAlgorithms/test/MDWSTransfTest.h index 32d9e667173e..5d035f021778 100644 --- a/Framework/MDAlgorithms/test/MDWSTransfTest.h +++ b/Framework/MDAlgorithms/test/MDWSTransfTest.h @@ -388,4 +388,4 @@ class MDWSTransfTest : public CxxTest::TestSuite { PermHM = PermMH; PermHM.Invert(); } -}; \ No newline at end of file +}; diff --git a/Framework/Muon/test/CalculateMuonAsymmetryTest.h b/Framework/Muon/test/CalculateMuonAsymmetryTest.h index d514c9b6aa05..e1ce8f3c6753 100644 --- a/Framework/Muon/test/CalculateMuonAsymmetryTest.h +++ b/Framework/Muon/test/CalculateMuonAsymmetryTest.h @@ -384,4 +384,4 @@ class CalculateMuonAsymmetryTestPerformance : public CxxTest::TestSuite { private: MatrixWorkspace_sptr input; }; -} // namespace \ No newline at end of file +} // namespace diff --git a/Framework/Muon/test/ConvertFitFunctionForMuonTFAsymmetryTest.h b/Framework/Muon/test/ConvertFitFunctionForMuonTFAsymmetryTest.h index 81c89a865f9a..3270cd23d3e3 100644 --- a/Framework/Muon/test/ConvertFitFunctionForMuonTFAsymmetryTest.h +++ b/Framework/Muon/test/ConvertFitFunctionForMuonTFAsymmetryTest.h @@ -441,4 +441,4 @@ class ConvertFitFunctionForMuonTFAsymmetryTest : public CxxTest::TestSuite { private: MatrixWorkspace_sptr input; -}; \ No newline at end of file +}; diff --git a/Framework/Muon/test/EstimateMuonAsymmetryFromCountsTest.h b/Framework/Muon/test/EstimateMuonAsymmetryFromCountsTest.h index 7d982bd7284c..aba852f3d572 100644 --- a/Framework/Muon/test/EstimateMuonAsymmetryFromCountsTest.h +++ b/Framework/Muon/test/EstimateMuonAsymmetryFromCountsTest.h @@ -335,4 +335,4 @@ class EstimateMuonAsymmetryFromCountsTestPerformance : public CxxTest::TestSuite private: MatrixWorkspace_sptr input; -}; \ No newline at end of file +}; diff --git a/Framework/NexusGeometry/inc/MantidNexusGeometry/InstrumentBuilder.h b/Framework/NexusGeometry/inc/MantidNexusGeometry/InstrumentBuilder.h index ce9ab77105fe..3db98d7e49d8 100644 --- a/Framework/NexusGeometry/inc/MantidNexusGeometry/InstrumentBuilder.h +++ b/Framework/NexusGeometry/inc/MantidNexusGeometry/InstrumentBuilder.h @@ -69,4 +69,4 @@ class MANTID_NEXUSGEOMETRY_DLL InstrumentBuilder { Geometry::ICompAssembly *m_lastBank = nullptr; }; } // namespace NexusGeometry -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/NexusGeometry/inc/MantidNexusGeometry/NexusShapeFactory.h b/Framework/NexusGeometry/inc/MantidNexusGeometry/NexusShapeFactory.h index 23f97c3e613e..4ba493c555a4 100644 --- a/Framework/NexusGeometry/inc/MantidNexusGeometry/NexusShapeFactory.h +++ b/Framework/NexusGeometry/inc/MantidNexusGeometry/NexusShapeFactory.h @@ -50,4 +50,4 @@ createFromOFFMesh(const std::vector &faceIndices, const std::vector &nexusVertices); } // namespace NexusShapeFactory } // namespace NexusGeometry -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/NexusGeometry/inc/MantidNexusGeometry/TubeHelpers.h b/Framework/NexusGeometry/inc/MantidNexusGeometry/TubeHelpers.h index 6355da1c38e4..fbf8ece2c241 100644 --- a/Framework/NexusGeometry/inc/MantidNexusGeometry/TubeHelpers.h +++ b/Framework/NexusGeometry/inc/MantidNexusGeometry/TubeHelpers.h @@ -29,4 +29,4 @@ MANTID_NEXUSGEOMETRY_DLL std::vector notInTubes(const std::vect std::vector detIDs); } // namespace TubeHelpers } // namespace NexusGeometry -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/Parallel/src/IO/EventLoaderChild.cpp b/Framework/Parallel/src/IO/EventLoaderChild.cpp index 27f76265354f..fd5e290eddae 100644 --- a/Framework/Parallel/src/IO/EventLoaderChild.cpp +++ b/Framework/Parallel/src/IO/EventLoaderChild.cpp @@ -38,4 +38,4 @@ int main(int argc, char **argv) { return 1; } return 0; -} \ No newline at end of file +} diff --git a/Framework/Properties/Mantid.properties.template b/Framework/Properties/Mantid.properties.template index aa2ca9010c06..e99fc6ba7363 100644 --- a/Framework/Properties/Mantid.properties.template +++ b/Framework/Properties/Mantid.properties.template @@ -330,4 +330,4 @@ plots.images.ColorBarScale = Linear performancelog.filename = algorithmregister.out # Algorithm Profiler Default Status -performancelog.write = Off \ No newline at end of file +performancelog.write = Off diff --git a/Framework/Properties/Readme.txt b/Framework/Properties/Readme.txt index 7a911333dd94..4abbff3a4343 100644 --- a/Framework/Properties/Readme.txt +++ b/Framework/Properties/Readme.txt @@ -9,4 +9,4 @@ these are Properties files for use in automated and development testing are in the build\tests directory. Note: While there is a user.properties file defined here this will only be userd for the first -installation to a client, subsequent installs will not overwrite the clients copy. \ No newline at end of file +installation to a client, subsequent installs will not overwrite the clients copy. diff --git a/Framework/PythonInterface/core/inc/MantidPythonInterface/core/Converters/NumpyFunctions.h b/Framework/PythonInterface/core/inc/MantidPythonInterface/core/Converters/NumpyFunctions.h index ee96520afb3a..910b56573884 100644 --- a/Framework/PythonInterface/core/inc/MantidPythonInterface/core/Converters/NumpyFunctions.h +++ b/Framework/PythonInterface/core/inc/MantidPythonInterface/core/Converters/NumpyFunctions.h @@ -42,4 +42,4 @@ MANTID_PYTHONINTERFACE_CORE_DLL PyArray_Descr *func_PyArray_Descr(const char *da } // namespace Impl } // namespace Converters } // namespace PythonInterface -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/PythonInterface/core/inc/MantidPythonInterface/core/Copyable.h b/Framework/PythonInterface/core/inc/MantidPythonInterface/core/Copyable.h index 417cf2a94286..7a5c19d29f58 100644 --- a/Framework/PythonInterface/core/inc/MantidPythonInterface/core/Copyable.h +++ b/Framework/PythonInterface/core/inc/MantidPythonInterface/core/Copyable.h @@ -58,4 +58,4 @@ template bp::object generic__deepcopy__(const bp::object &co return result; } } // namespace PythonInterface -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/PythonInterface/core/inc/MantidPythonInterface/core/GetPointer.h b/Framework/PythonInterface/core/inc/MantidPythonInterface/core/GetPointer.h index 17ddda6fd2b9..9076f45d7a9d 100644 --- a/Framework/PythonInterface/core/inc/MantidPythonInterface/core/GetPointer.h +++ b/Framework/PythonInterface/core/inc/MantidPythonInterface/core/GetPointer.h @@ -15,4 +15,4 @@ } #else #define GET_POINTER_SPECIALIZATION(TYPE) -#endif \ No newline at end of file +#endif diff --git a/Framework/PythonInterface/core/src/Converters/WrapWithNDArray.cpp b/Framework/PythonInterface/core/src/Converters/WrapWithNDArray.cpp index 7e3d3913b82c..e65be48c207b 100644 --- a/Framework/PythonInterface/core/src/Converters/WrapWithNDArray.cpp +++ b/Framework/PythonInterface/core/src/Converters/WrapWithNDArray.cpp @@ -110,4 +110,4 @@ INSTANTIATE_WRAPNUMPY(double) INSTANTIATE_WRAPNUMPY(float) ///@endcond } // namespace Impl -} // namespace Mantid::PythonInterface::Converters \ No newline at end of file +} // namespace Mantid::PythonInterface::Converters diff --git a/Framework/PythonInterface/mantid/api/src/Exports/AlgorithmFactoryObserver.cpp b/Framework/PythonInterface/mantid/api/src/Exports/AlgorithmFactoryObserver.cpp index 3ef09ef3e842..8a0751278f37 100644 --- a/Framework/PythonInterface/mantid/api/src/Exports/AlgorithmFactoryObserver.cpp +++ b/Framework/PythonInterface/mantid/api/src/Exports/AlgorithmFactoryObserver.cpp @@ -19,4 +19,4 @@ void export_AlgorithmFactoryObserver() { boost::python::class_, AlgorithmFactoryObserverAdapter, boost::noncopyable>( "AlgorithmFactoryObserver", "Observes AlgorithmFactory notifications: all only") .def("observeUpdate", &AlgorithmFactoryObserverAdapter::observeUpdate, (arg("self"), arg("on"))); -} \ No newline at end of file +} diff --git a/Framework/PythonInterface/mantid/api/src/Exports/AlgorithmFactoryObserverAdapter.cpp b/Framework/PythonInterface/mantid/api/src/Exports/AlgorithmFactoryObserverAdapter.cpp index 5c27564cf609..065e2ea96668 100644 --- a/Framework/PythonInterface/mantid/api/src/Exports/AlgorithmFactoryObserverAdapter.cpp +++ b/Framework/PythonInterface/mantid/api/src/Exports/AlgorithmFactoryObserverAdapter.cpp @@ -21,4 +21,4 @@ void AlgorithmFactoryObserverAdapter::updateHandle() { } } -} // namespace Mantid::PythonInterface \ No newline at end of file +} // namespace Mantid::PythonInterface diff --git a/Framework/PythonInterface/mantid/api/src/Exports/DataProcessorAlgorithm.cpp b/Framework/PythonInterface/mantid/api/src/Exports/DataProcessorAlgorithm.cpp index 4ffb4ded45b4..44692983ae35 100644 --- a/Framework/PythonInterface/mantid/api/src/Exports/DataProcessorAlgorithm.cpp +++ b/Framework/PythonInterface/mantid/api/src/Exports/DataProcessorAlgorithm.cpp @@ -68,4 +68,4 @@ template void do_export(const std::string &name) { } } // namespace -void export_DataProcessorAlgorithm() { do_export("DataProcessorAlgorithm"); } \ No newline at end of file +void export_DataProcessorAlgorithm() { do_export("DataProcessorAlgorithm"); } diff --git a/Framework/PythonInterface/mantid/api/src/Exports/FunctionDomain.cpp b/Framework/PythonInterface/mantid/api/src/Exports/FunctionDomain.cpp index 924d5ebba9dc..85d92fe568d6 100644 --- a/Framework/PythonInterface/mantid/api/src/Exports/FunctionDomain.cpp +++ b/Framework/PythonInterface/mantid/api/src/Exports/FunctionDomain.cpp @@ -15,4 +15,4 @@ using namespace boost::python; void export_FunctionDomain() { class_("FunctionDomain", "Base class for FunctionDomain", no_init); -} \ No newline at end of file +} diff --git a/Framework/PythonInterface/mantid/api/src/Exports/FunctionDomain1D.cpp b/Framework/PythonInterface/mantid/api/src/Exports/FunctionDomain1D.cpp index 172a37cc270e..a04961423a32 100644 --- a/Framework/PythonInterface/mantid/api/src/Exports/FunctionDomain1D.cpp +++ b/Framework/PythonInterface/mantid/api/src/Exports/FunctionDomain1D.cpp @@ -21,4 +21,4 @@ void export_FunctionDomain1D() { register_ptr_to_python(); class_, boost::noncopyable>("FunctionDomain1D", no_init); -} \ No newline at end of file +} diff --git a/Framework/PythonInterface/mantid/api/src/Exports/FunctionDomain1DHistogram.cpp b/Framework/PythonInterface/mantid/api/src/Exports/FunctionDomain1DHistogram.cpp index bd42dbfc3ba0..5245fb862ebf 100644 --- a/Framework/PythonInterface/mantid/api/src/Exports/FunctionDomain1DHistogram.cpp +++ b/Framework/PythonInterface/mantid/api/src/Exports/FunctionDomain1DHistogram.cpp @@ -34,4 +34,4 @@ void export_FunctionDomain1DHistogram() { class_, boost::noncopyable>("FunctionDomain1DHistogram", no_init) .def("__init__", make_constructor(&createFunctionDomain1DHistogram, default_call_policies(), (arg("bins")))); -} \ No newline at end of file +} diff --git a/Framework/PythonInterface/mantid/api/src/Exports/FunctionDomain1DVector.cpp b/Framework/PythonInterface/mantid/api/src/Exports/FunctionDomain1DVector.cpp index 21a59f95d66e..01a3eea38cd1 100644 --- a/Framework/PythonInterface/mantid/api/src/Exports/FunctionDomain1DVector.cpp +++ b/Framework/PythonInterface/mantid/api/src/Exports/FunctionDomain1DVector.cpp @@ -34,4 +34,4 @@ void export_FunctionDomain1DVector() { class_, boost::noncopyable>("FunctionDomain1DVector", no_init) .def("__init__", make_constructor(&createFunctionDomain1DVector, default_call_policies(), (arg("xvalues")))); -} \ No newline at end of file +} diff --git a/Framework/PythonInterface/mantid/api/src/Exports/FunctionProperty.cpp b/Framework/PythonInterface/mantid/api/src/Exports/FunctionProperty.cpp index 804b15f489aa..63a76eec4df5 100644 --- a/Framework/PythonInterface/mantid/api/src/Exports/FunctionProperty.cpp +++ b/Framework/PythonInterface/mantid/api/src/Exports/FunctionProperty.cpp @@ -25,4 +25,4 @@ void export_FunctionProperty() { .def( init((arg("self"), arg("name"), arg("direction") = Direction::Input), "Constructs a FunctionProperty with the given name")); -} \ No newline at end of file +} diff --git a/Framework/PythonInterface/mantid/api/src/Exports/InstrumentFileFinder.cpp b/Framework/PythonInterface/mantid/api/src/Exports/InstrumentFileFinder.cpp index 7498d3b55c4b..8ae9f4537ab5 100644 --- a/Framework/PythonInterface/mantid/api/src/Exports/InstrumentFileFinder.cpp +++ b/Framework/PythonInterface/mantid/api/src/Exports/InstrumentFileFinder.cpp @@ -60,4 +60,4 @@ void exportInstrumentFileFinder() { "empty string", (arg("instName"), arg("directoryHint") = ""))) .staticmethod("getParameterPath"); -} \ No newline at end of file +} diff --git a/Framework/PythonInterface/mantid/buildconfig.py.in b/Framework/PythonInterface/mantid/buildconfig.py.in index 83a70d434d0e..abadfc436d01 100644 --- a/Framework/PythonInterface/mantid/buildconfig.py.in +++ b/Framework/PythonInterface/mantid/buildconfig.py.in @@ -19,4 +19,3 @@ def check_python_version(): must match. """ raise ImportError(message % (PYTHON_VERSION, running_vers)) - diff --git a/Framework/PythonInterface/mantid/kernel/src/Exports/MantidVersion.cpp b/Framework/PythonInterface/mantid/kernel/src/Exports/MantidVersion.cpp index 76861a2a0843..286f7ba6e02e 100644 --- a/Framework/PythonInterface/mantid/kernel/src/Exports/MantidVersion.cpp +++ b/Framework/PythonInterface/mantid/kernel/src/Exports/MantidVersion.cpp @@ -53,4 +53,4 @@ void export_MantidVersion() { def("release_date", &Mantid::Kernel::MantidVersion::releaseDate, "Returns the date of the last commit"); def("doi", &Mantid::Kernel::MantidVersion::doi, "Returns the DOI for this release of Mantid"); def("paper_citation", &Mantid::Kernel::MantidVersion::paperCitation, "Returns The citation for the Mantid paper"); -} \ No newline at end of file +} diff --git a/Framework/PythonInterface/mantid/kernel/src/Exports/PhysicalConstants.cpp b/Framework/PythonInterface/mantid/kernel/src/Exports/PhysicalConstants.cpp index 7ebe7ee399eb..14fe155540e9 100644 --- a/Framework/PythonInterface/mantid/kernel/src/Exports/PhysicalConstants.cpp +++ b/Framework/PythonInterface/mantid/kernel/src/Exports/PhysicalConstants.cpp @@ -32,4 +32,4 @@ void export_PhysicalConstants() { .def_readonly("StandardAtmosphere", &Mantid::PhysicalConstants::StandardAtmosphere) .def_readonly("BoltzmannConstant", &Mantid::PhysicalConstants::BoltzmannConstant) .def_readonly("MuonGyromagneticRatio", &Mantid::PhysicalConstants::MuonGyromagneticRatio); -} \ No newline at end of file +} diff --git a/Framework/PythonInterface/mantid/plots/modest_image/LICENSE b/Framework/PythonInterface/mantid/plots/modest_image/LICENSE index cbacc4fe8a57..c6641fbaaebf 100644 --- a/Framework/PythonInterface/mantid/plots/modest_image/LICENSE +++ b/Framework/PythonInterface/mantid/plots/modest_image/LICENSE @@ -17,4 +17,4 @@ FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER -DEALINGS IN THE SOFTWARE. \ No newline at end of file +DEALINGS IN THE SOFTWARE. diff --git a/Framework/PythonInterface/plugins/algorithms/Examples/README.md b/Framework/PythonInterface/plugins/algorithms/Examples/README.md index 991a72df9290..8c12f5ca607a 100644 --- a/Framework/PythonInterface/plugins/algorithms/Examples/README.md +++ b/Framework/PythonInterface/plugins/algorithms/Examples/README.md @@ -1 +1 @@ -This directory contains example algorithms that can be plugged into the Mantid. \ No newline at end of file +This directory contains example algorithms that can be plugged into the Mantid. diff --git a/Framework/PythonInterface/test/python/mantid/_testing/AssertWorkspacesTest.py b/Framework/PythonInterface/test/python/mantid/_testing/AssertWorkspacesTest.py index ef0d2be7ca9a..ec94bb17ff07 100644 --- a/Framework/PythonInterface/test/python/mantid/_testing/AssertWorkspacesTest.py +++ b/Framework/PythonInterface/test/python/mantid/_testing/AssertWorkspacesTest.py @@ -266,4 +266,4 @@ def test_assert_almost_equal_assert_not_equal(self): if __name__ == "__main__": - unittest.main() \ No newline at end of file + unittest.main() diff --git a/Framework/PythonInterface/test/python/mantid/api/AlgoRegisterTest.py b/Framework/PythonInterface/test/python/mantid/api/AlgoRegisterTest.py index 2b548eec7fbc..f8b9137ee71a 100644 --- a/Framework/PythonInterface/test/python/mantid/api/AlgoRegisterTest.py +++ b/Framework/PythonInterface/test/python/mantid/api/AlgoRegisterTest.py @@ -312,4 +312,4 @@ def test_addtime_workspaces(self): if __name__ == "__main__": if AlgoTimeRegister != None: #only run test if AlgoTimeRegister exists - unittest.main() \ No newline at end of file + unittest.main() diff --git a/Framework/PythonInterface/test/python/mantid/plots/modest_image/LICENSE b/Framework/PythonInterface/test/python/mantid/plots/modest_image/LICENSE index cbacc4fe8a57..c6641fbaaebf 100644 --- a/Framework/PythonInterface/test/python/mantid/plots/modest_image/LICENSE +++ b/Framework/PythonInterface/test/python/mantid/plots/modest_image/LICENSE @@ -17,4 +17,4 @@ FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER -DEALINGS IN THE SOFTWARE. \ No newline at end of file +DEALINGS IN THE SOFTWARE. diff --git a/Framework/Reflectometry/inc/MantidReflectometry/ConvertToReflectometryQ2.h b/Framework/Reflectometry/inc/MantidReflectometry/ConvertToReflectometryQ2.h index 720eda270c89..a568d43a74a0 100644 --- a/Framework/Reflectometry/inc/MantidReflectometry/ConvertToReflectometryQ2.h +++ b/Framework/Reflectometry/inc/MantidReflectometry/ConvertToReflectometryQ2.h @@ -19,4 +19,4 @@ class MANTID_REFLECTOMETRY_DLL ConvertToReflectometryQ2 : public ConvertToReflec int version() const override; }; } // namespace Reflectometry -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/Reflectometry/src/ConvertToReflectometryQ2.cpp b/Framework/Reflectometry/src/ConvertToReflectometryQ2.cpp index 57b28f45b233..a84ff3b4a1ce 100644 --- a/Framework/Reflectometry/src/ConvertToReflectometryQ2.cpp +++ b/Framework/Reflectometry/src/ConvertToReflectometryQ2.cpp @@ -12,4 +12,4 @@ namespace Mantid::Reflectometry { DECLARE_ALGORITHM(ConvertToReflectometryQ2) int ConvertToReflectometryQ2::version() const { return 2; } -} // namespace Mantid::Reflectometry \ No newline at end of file +} // namespace Mantid::Reflectometry diff --git a/Framework/SINQ/inc/MantidSINQ/PoldiUtilities/PoldiAbstractDetector.h b/Framework/SINQ/inc/MantidSINQ/PoldiUtilities/PoldiAbstractDetector.h index a4e12c85698e..6232fc24d1a9 100644 --- a/Framework/SINQ/inc/MantidSINQ/PoldiUtilities/PoldiAbstractDetector.h +++ b/Framework/SINQ/inc/MantidSINQ/PoldiUtilities/PoldiAbstractDetector.h @@ -51,4 +51,4 @@ class MANTID_SINQ_DLL PoldiAbstractDetector { using PoldiAbstractDetector_sptr = std::shared_ptr; } // namespace Poldi -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/SINQ/inc/MantidSINQ/PoldiUtilities/PoldiMockInstrumentHelpers.h b/Framework/SINQ/inc/MantidSINQ/PoldiUtilities/PoldiMockInstrumentHelpers.h index a35e69dc0fe6..f50c62cfc1ab 100644 --- a/Framework/SINQ/inc/MantidSINQ/PoldiUtilities/PoldiMockInstrumentHelpers.h +++ b/Framework/SINQ/inc/MantidSINQ/PoldiUtilities/PoldiMockInstrumentHelpers.h @@ -510,4 +510,4 @@ class PoldiPeakCollectionHelpers { } }; } // namespace Poldi -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/Framework/SINQ/test/LoadFlexiNexusTest.h b/Framework/SINQ/test/LoadFlexiNexusTest.h index a7371ed91e92..2b2da659b4cb 100644 --- a/Framework/SINQ/test/LoadFlexiNexusTest.h +++ b/Framework/SINQ/test/LoadFlexiNexusTest.h @@ -120,4 +120,4 @@ class LoadFlexiNexusTest : public CxxTest::TestSuite { AnalysisDataService::Instance().clear(); } -}; \ No newline at end of file +}; diff --git a/Framework/SINQ/test/UncertainValueIOTest.h b/Framework/SINQ/test/UncertainValueIOTest.h index ee542b543442..72b2a03ec0b0 100644 --- a/Framework/SINQ/test/UncertainValueIOTest.h +++ b/Framework/SINQ/test/UncertainValueIOTest.h @@ -58,4 +58,4 @@ class UncertainValueIOTest : public CxxTest::TestSuite { TS_ASSERT_EQUALS(convertedValue.value(), uncertainValue.value()); TS_ASSERT_EQUALS(convertedValue.error(), uncertainValue.error()); } -}; \ No newline at end of file +}; diff --git a/Framework/TestHelpers/inc/MantidFrameworkTestHelpers/BoxControllerDummyIO.h b/Framework/TestHelpers/inc/MantidFrameworkTestHelpers/BoxControllerDummyIO.h index de49275713a2..fb29fd84bb1b 100644 --- a/Framework/TestHelpers/inc/MantidFrameworkTestHelpers/BoxControllerDummyIO.h +++ b/Framework/TestHelpers/inc/MantidFrameworkTestHelpers/BoxControllerDummyIO.h @@ -89,4 +89,4 @@ class DLLExport BoxControllerDummyIO : public Mantid::API::IBoxControllerIO { /// identified of the file state, if it is open or not. bool m_isOpened; }; -} // namespace MantidTestHelpers \ No newline at end of file +} // namespace MantidTestHelpers diff --git a/Framework/TestHelpers/inc/MantidFrameworkTestHelpers/ScopedFileHelper.h b/Framework/TestHelpers/inc/MantidFrameworkTestHelpers/ScopedFileHelper.h index 2b4687372503..50098cccdbb5 100644 --- a/Framework/TestHelpers/inc/MantidFrameworkTestHelpers/ScopedFileHelper.h +++ b/Framework/TestHelpers/inc/MantidFrameworkTestHelpers/ScopedFileHelper.h @@ -43,4 +43,4 @@ class ScopedFile { void *operator new[](size_t); void operator delete[](void *); }; -} // namespace ScopedFileHelper \ No newline at end of file +} // namespace ScopedFileHelper diff --git a/Framework/TestHelpers/src/NexusTestHelper.cpp b/Framework/TestHelpers/src/NexusTestHelper.cpp index 5e8c445b285d..d54c217527a3 100644 --- a/Framework/TestHelpers/src/NexusTestHelper.cpp +++ b/Framework/TestHelpers/src/NexusTestHelper.cpp @@ -62,4 +62,4 @@ void NexusTestHelper::reopenFile() { file->close(); file = std::make_unique<::NeXus::File>(filename, NXACC_READ); file->openGroup("test_entry", "NXentry"); -} \ No newline at end of file +} diff --git a/Framework/WorkflowAlgorithms/PythonWorkflowAlgorithms_README.txt b/Framework/WorkflowAlgorithms/PythonWorkflowAlgorithms_README.txt index 1b639fca38fe..9fec3741c0dc 100644 --- a/Framework/WorkflowAlgorithms/PythonWorkflowAlgorithms_README.txt +++ b/Framework/WorkflowAlgorithms/PythonWorkflowAlgorithms_README.txt @@ -1,5 +1,3 @@ In case you are looking for the Python Workflow Algorithms, then they can be found in: Framework/PythonInterface/plugins/algorithms/WorkflowAlgorithms - - diff --git a/Testing/PerformanceTests/README.txt b/Testing/PerformanceTests/README.txt index cac14c012318..acba5c4efed8 100644 --- a/Testing/PerformanceTests/README.txt +++ b/Testing/PerformanceTests/README.txt @@ -20,4 +20,4 @@ The other scripts are support modules. @author Janik Zikovsky -@date October 6th, 2011 \ No newline at end of file +@date October 6th, 2011 diff --git a/Testing/PerformanceTests/requirements.txt b/Testing/PerformanceTests/requirements.txt index 04905e69a83e..b624535e2bd4 100644 --- a/Testing/PerformanceTests/requirements.txt +++ b/Testing/PerformanceTests/requirements.txt @@ -1,3 +1,3 @@ numpy matplotlib -plotly \ No newline at end of file +plotly diff --git a/buildconfig/Jenkins/Conda/doxygen.sh b/buildconfig/Jenkins/Conda/doxygen.sh index 52dc4c8b2c89..d6552b0b89ab 100755 --- a/buildconfig/Jenkins/Conda/doxygen.sh +++ b/buildconfig/Jenkins/Conda/doxygen.sh @@ -39,4 +39,3 @@ cmake --preset=doxygen-ci .. # Build doxygen target cmake --build . --target doxygen - diff --git a/buildconfig/Jenkins/build_and_publish_docs.sh b/buildconfig/Jenkins/build_and_publish_docs.sh index d82c1a990641..4391c174c3fa 100755 --- a/buildconfig/Jenkins/build_and_publish_docs.sh +++ b/buildconfig/Jenkins/build_and_publish_docs.sh @@ -57,4 +57,3 @@ git config user.email ${GIT_USER_EMAIL} git add . git commit -m "Publish nightly documentation" || exit 0 git push https://${GITHUB_ACCESS_TOKEN}@github.com/mantidproject/docs-nightly main - diff --git a/buildconfig/Jenkins/merge-release-next.sh b/buildconfig/Jenkins/merge-release-next.sh index 145c6e9a7550..b81f50be8a68 100755 --- a/buildconfig/Jenkins/merge-release-next.sh +++ b/buildconfig/Jenkins/merge-release-next.sh @@ -13,4 +13,3 @@ git config user.email "mantid-buildserver@mantidproject.org" git merge origin/release-next git push origin main - diff --git a/dev-docs/source/BalsamiqWireframes.rst b/dev-docs/source/BalsamiqWireframes.rst index e8b3607458b9..82344c8cf368 100644 --- a/dev-docs/source/BalsamiqWireframes.rst +++ b/dev-docs/source/BalsamiqWireframes.rst @@ -40,4 +40,3 @@ Invite collaborators to provide feedback or even edit the wireframes of your pro Projects can be downloaded as a BMPR file. Regularly backing up projects by downloading its BMPR file from the projects homepage is recommended. It is also possible to upload existing BMPR files. Wireframes in a project can be exported to a variety of formats, for instance PDF or PNG. - diff --git a/dev-docs/source/BuildingWithCMake.rst b/dev-docs/source/BuildingWithCMake.rst index 24b6f5dcd172..f7c475830301 100644 --- a/dev-docs/source/BuildingWithCMake.rst +++ b/dev-docs/source/BuildingWithCMake.rst @@ -146,4 +146,4 @@ and likewise a mantidqt only build with, ../ Specifying `MANTID_FRAMEWORK_LIB=SYSTEM` requires that we have installed the Framework and its cmake config files somewhere on the CMAKE_PREFIX_PATH. -This will enable the framework to be found using `find_package(MantidFramework)`. \ No newline at end of file +This will enable the framework to be found using `find_package(MantidFramework)`. diff --git a/dev-docs/source/Eclipse.rst b/dev-docs/source/Eclipse.rst index 69146359e0ae..44d754017d26 100644 --- a/dev-docs/source/Eclipse.rst +++ b/dev-docs/source/Eclipse.rst @@ -113,4 +113,3 @@ To install these plugins, run eclipse, Select Help>Eclipse Marketplace and insta Eclox: Eclipse plugin for Doxygen. cppStyle: ClangFormat tool as a code formatter. - diff --git a/dev-docs/source/EventWorkspaceDev.rst b/dev-docs/source/EventWorkspaceDev.rst index 6c1641b8c049..712d90bef060 100644 --- a/dev-docs/source/EventWorkspaceDev.rst +++ b/dev-docs/source/EventWorkspaceDev.rst @@ -90,4 +90,3 @@ any of the event lists are unsorted. You can go around this by forcing the parallel loop with a plain ``PARALLEL\_FOR()`` macro. **Make sure you do not read from the same spectrum in parallel!** - diff --git a/dev-docs/source/GettingStarted/GettingStartedCondaLinux.rst b/dev-docs/source/GettingStarted/GettingStartedCondaLinux.rst index d2eaf7799879..70118f1abac4 100644 --- a/dev-docs/source/GettingStarted/GettingStartedCondaLinux.rst +++ b/dev-docs/source/GettingStarted/GettingStartedCondaLinux.rst @@ -81,4 +81,4 @@ Some useful commands for using ``gdb``: * ``b my_file.cpp:15`` - Insert a breakpoint in ``my_file.cpp`` at line 15 * ``Ctrl+C`` - Pause execution (e.g. if you want to insert a breakpoint) * ``l`` - Shows source code around the point where you're paused -* ``print myVariable`` - Show value of a local variable \ No newline at end of file +* ``print myVariable`` - Show value of a local variable diff --git a/dev-docs/source/GettingStarted/GettingStartedNoneConda.rst b/dev-docs/source/GettingStarted/GettingStartedNoneConda.rst index ef067db88401..7eddbff1f526 100644 --- a/dev-docs/source/GettingStarted/GettingStartedNoneConda.rst +++ b/dev-docs/source/GettingStarted/GettingStartedNoneConda.rst @@ -183,4 +183,3 @@ This requires one to supply an authentication token when pushing or re-type thei .. code-block:: sh git clone https://github.com/mantidproject/mantid.git - diff --git a/dev-docs/source/GettingStarted/MantidDeveloperSetup.rst b/dev-docs/source/GettingStarted/MantidDeveloperSetup.rst index f67dab487d15..e197d207a3e8 100644 --- a/dev-docs/source/GettingStarted/MantidDeveloperSetup.rst +++ b/dev-docs/source/GettingStarted/MantidDeveloperSetup.rst @@ -11,4 +11,4 @@ Create a Conda environment and install the ``mantid-developer`` Conda metapackag .. code-block:: sh - mamba install -c mantid/label/nightly mantid-developer \ No newline at end of file + mamba install -c mantid/label/nightly mantid-developer diff --git a/dev-docs/source/IndirectDataAnalysisAddingFitType.rst b/dev-docs/source/IndirectDataAnalysisAddingFitType.rst index 65c365276280..30d2f08b96a2 100644 --- a/dev-docs/source/IndirectDataAnalysisAddingFitType.rst +++ b/dev-docs/source/IndirectDataAnalysisAddingFitType.rst @@ -91,4 +91,4 @@ and then add else if case to buildPeaksFunctionString, buildLorentzianPeaksStrin else if (m_fitType == FitType::TeixeiraWater) { functions.append(buildTeixeiraFunctionString()); - } \ No newline at end of file + } diff --git a/dev-docs/source/InelasticDataProcessorFileStructure.rst b/dev-docs/source/InelasticDataProcessorFileStructure.rst index f7a5350fd0ac..720ce9904ff8 100644 --- a/dev-docs/source/InelasticDataProcessorFileStructure.rst +++ b/dev-docs/source/InelasticDataProcessorFileStructure.rst @@ -22,4 +22,4 @@ Data Processor Tab (Presenter) ++++++++++++++++++++++++++++++ All tabs inherit ``DataProcessor`` class which contains shared functionalities used by all tabs. The presenter coordinates between the view and the model using signals and slots. It updates the model data and parameters whenever there are new changes emitted -from the view. Also, it is responsible for running algorithms and notifying the state of the running operation. \ No newline at end of file +from the view. Also, it is responsible for running algorithms and notifying the state of the running operation. diff --git a/dev-docs/source/MVPTutorial/Tables.rst b/dev-docs/source/MVPTutorial/Tables.rst index c76701b042d3..1ef87473e6b8 100644 --- a/dev-docs/source/MVPTutorial/Tables.rst +++ b/dev-docs/source/MVPTutorial/Tables.rst @@ -57,4 +57,3 @@ A useful feature of tables is that they can contain a widget within one of the cells. The last five lines of the above code adds a ComboBox and spin box to the table. It is important to note that the widgets will now only appear within the table. - diff --git a/dev-docs/source/MVPTutorial/index.rst b/dev-docs/source/MVPTutorial/index.rst index 51d201a445cf..6e1d23090675 100644 --- a/dev-docs/source/MVPTutorial/index.rst +++ b/dev-docs/source/MVPTutorial/index.rst @@ -37,4 +37,3 @@ Duration: 6 hours as a hands-on course with exercises. FinalExercise CompleteGUI CalculatorExample/index - diff --git a/dev-docs/source/MultiThreadingInMantid.rst b/dev-docs/source/MultiThreadingInMantid.rst index 75c2d0af1e17..eac77f7e985b 100644 --- a/dev-docs/source/MultiThreadingInMantid.rst +++ b/dev-docs/source/MultiThreadingInMantid.rst @@ -134,4 +134,4 @@ You can then overwrite any of the relevant callbacks and annotate async methods Note: These methods are only useful for stopping mantid from hanging while something else is processing. Due to the nature of the Global Interpreter Lock (GIL), it is not possible to run concurrent threads in python. -For heavy lifting that would require multithreading you should use C++ instead. \ No newline at end of file +For heavy lifting that would require multithreading you should use C++ instead. diff --git a/dev-docs/source/NewStarterC++.rst b/dev-docs/source/NewStarterC++.rst index d7a088764d51..2cf5eb45e0eb 100644 --- a/dev-docs/source/NewStarterC++.rst +++ b/dev-docs/source/NewStarterC++.rst @@ -159,4 +159,3 @@ Further modern C++: - `Lambdas `__ - `Type Aliases `__ - `Move Semantics/R-Value References `__ - diff --git a/dev-docs/source/ProfilingOverview.rst b/dev-docs/source/ProfilingOverview.rst index 3fedbd154c8a..5150310b473f 100644 --- a/dev-docs/source/ProfilingOverview.rst +++ b/dev-docs/source/ProfilingOverview.rst @@ -94,4 +94,4 @@ Windows Timing in C++ ------------- -Please refer to :doc:`Mantid Timers ` for an introduction to measuring execution time of the Mantid C++ code. \ No newline at end of file +Please refer to :doc:`Mantid Timers ` for an introduction to measuring execution time of the Mantid C++ code. diff --git a/dev-docs/source/ProfilingWithValgrind.rst b/dev-docs/source/ProfilingWithValgrind.rst index 911fbbe65061..023ce3f9ff1a 100644 --- a/dev-docs/source/ProfilingWithValgrind.rst +++ b/dev-docs/source/ProfilingWithValgrind.rst @@ -170,4 +170,3 @@ Click on function in flat view to get more detail on the right. Displays details about the selected function call plus details about all child calls it made. The *call graph* tab at the bottom gives a nice graphical overview of the relative function cost. - diff --git a/dev-docs/source/SampleLogsDev.rst b/dev-docs/source/SampleLogsDev.rst index b6eeb13857e2..0248a8af79bd 100644 --- a/dev-docs/source/SampleLogsDev.rst +++ b/dev-docs/source/SampleLogsDev.rst @@ -145,4 +145,3 @@ This log is therefore a combination of the `period n` and `running logs` defined periods during data collection. However, rather than recording a single value describing when the data collection for that period started, the `framelog` data contains a discrete number of time recordings corresponding to the period that each "bit" of neutron data was collected in. - diff --git a/dev-docs/source/Standards/UnitTestStandards.rst b/dev-docs/source/Standards/UnitTestStandards.rst index 04c82103bbe9..4ff04584a7b0 100644 --- a/dev-docs/source/Standards/UnitTestStandards.rst +++ b/dev-docs/source/Standards/UnitTestStandards.rst @@ -22,4 +22,3 @@ in :ref:`CppCodingStandards` with the following differences. - Code headers are not required if the above standards are met as the use of the class will be obvious from the class name and method names. - diff --git a/dev-docs/source/Testing/Direct/DGSReductionTests.rst b/dev-docs/source/Testing/Direct/DGSReductionTests.rst index a1074342f6bc..b062c511f734 100644 --- a/dev-docs/source/Testing/Direct/DGSReductionTests.rst +++ b/dev-docs/source/Testing/Direct/DGSReductionTests.rst @@ -64,4 +64,4 @@ Save reduction parameters - Click on ``File`` -> ``Save As`` -> ``TOFTOF_reduction``. This will save the parameters of data reduction to a ``TOFTOF_reduction.xml`` file. - Click on ``File`` -> ``New Reduction`` to remove the selected parameters. - Click on ``File`` -> ``Open`` -> proceed to the folder with the saved ``xml`` file -> Select ``TOFTOF_reduction.xml``. This should load the pre-saved parameters. -- Click ``Reduce`` button to re-do the data reduction. \ No newline at end of file +- Click ``Reduce`` button to re-do the data reduction. diff --git a/dev-docs/source/Testing/Direct/MSliceTestGuide.rst b/dev-docs/source/Testing/Direct/MSliceTestGuide.rst index 52d919233085..daa15cfa7cf3 100644 --- a/dev-docs/source/Testing/Direct/MSliceTestGuide.rst +++ b/dev-docs/source/Testing/Direct/MSliceTestGuide.rst @@ -325,4 +325,4 @@ The Workspace Manager .. figure:: ../../../../docs/source/images/compare_mslice_ws_2.png :alt: compare_mslice_ws_2.png :align: center - :width: 80% \ No newline at end of file + :width: 80% diff --git a/dev-docs/source/Testing/EngineeringDiffraction/EngineeringDiffractionTestGuide.rst b/dev-docs/source/Testing/EngineeringDiffraction/EngineeringDiffractionTestGuide.rst index 4b8f3e6d2f55..fd5981e3f7be 100644 --- a/dev-docs/source/Testing/EngineeringDiffraction/EngineeringDiffractionTestGuide.rst +++ b/dev-docs/source/Testing/EngineeringDiffraction/EngineeringDiffractionTestGuide.rst @@ -315,5 +315,3 @@ Please test this on IDAaaS: an ENGINX instance should have MantidWorkbenchNightl 11. Set the ``Override Unit Cell Length`` to ``3.65`` and click ``Refine in GSAS II``, the fit should be better. 12. Tick all the checkboxes: ``Microstrain``, ``Sigma-1`` and ``Gamma (Y)``. An asterisk should appear with an advice tooltip. - - diff --git a/dev-docs/source/Testing/ErrorReporter-ProjectRecovery/ErrorReporterTesting.rst b/dev-docs/source/Testing/ErrorReporter-ProjectRecovery/ErrorReporterTesting.rst index 78d299a4f12c..68a988f86378 100644 --- a/dev-docs/source/Testing/ErrorReporter-ProjectRecovery/ErrorReporterTesting.rst +++ b/dev-docs/source/Testing/ErrorReporter-ProjectRecovery/ErrorReporterTesting.rst @@ -136,4 +136,4 @@ Error Reporter test Test the error reporter with any weird and wonderful ideas. Note any problems with Workbench or these testing instructions. -**Thanks for testing!!!** \ No newline at end of file +**Thanks for testing!!!** diff --git a/dev-docs/source/Testing/Indirect/DataReductionTests.rst b/dev-docs/source/Testing/Indirect/DataReductionTests.rst index 71b48f72a145..db59cd51418e 100644 --- a/dev-docs/source/Testing/Indirect/DataReductionTests.rst +++ b/dev-docs/source/Testing/Indirect/DataReductionTests.rst @@ -127,6 +127,3 @@ Transmission #. A workspace with suffix `_transmission`, and a workspace group with suffix `_transmission_group` should be generated on the ADS. The `_transmission_group` workspace should contain three workspaces with suffices `_Sam`, `_Can` and `_Trans` #. Clicking the ``Plot Spectra`` button, a plot window should prompt, displaying the same lines as in the preview plot - - - diff --git a/dev-docs/source/Testing/Inelastic/BayesFittingTests.rst b/dev-docs/source/Testing/Inelastic/BayesFittingTests.rst index 6be3d3b4015c..0a3cb020958c 100644 --- a/dev-docs/source/Testing/Inelastic/BayesFittingTests.rst +++ b/dev-docs/source/Testing/Inelastic/BayesFittingTests.rst @@ -71,4 +71,4 @@ Stretch Tab #. Check that when clicking ``Plot Current Preview``, it will open a pop-up window with the current preview plot #. In the ``Output Options``, select ``All`` and click ``Plot``, it should open two plots with ``Sigma`` and ``Beta`` data #. Plot individual results by selecting other options, it should only open one plot with the selected attribute -#. Click ``Plot Contour`` to plot the stretch contour workspace \ No newline at end of file +#. Click ``Plot Contour`` to plot the stretch contour workspace diff --git a/dev-docs/source/Testing/MuonAnalysis_test_guides/index.rst b/dev-docs/source/Testing/MuonAnalysis_test_guides/index.rst index 9214e1c0bdad..79287e266321 100644 --- a/dev-docs/source/Testing/MuonAnalysis_test_guides/index.rst +++ b/dev-docs/source/Testing/MuonAnalysis_test_guides/index.rst @@ -16,4 +16,3 @@ Muon Analysis Test Guides :maxdepth: 1 * - diff --git a/dev-docs/source/TestingUtilities.rst b/dev-docs/source/TestingUtilities.rst index 743ad910f66e..bbf0427c14bd 100644 --- a/dev-docs/source/TestingUtilities.rst +++ b/dev-docs/source/TestingUtilities.rst @@ -49,4 +49,4 @@ be found in the ``testhelpers``-package. a thin wrapper around `NamedTemporaryFile `__ from the tempfile package. - ``mtd.unique_name`` and ``mtd.unique_hidden_name`` - functions that allow you to create a workspace name that will be - unique to avoid colisions with other workspaces. This is useful for testing and temporary workspaces. \ No newline at end of file + unique to avoid colisions with other workspaces. This is useful for testing and temporary workspaces. diff --git a/dev-docs/source/Workbench/RunningWorkbench.rst b/dev-docs/source/Workbench/RunningWorkbench.rst index b8d8276498de..de5a0e38f47a 100644 --- a/dev-docs/source/Workbench/RunningWorkbench.rst +++ b/dev-docs/source/Workbench/RunningWorkbench.rst @@ -31,4 +31,3 @@ For a developer environment you might also want to specify the ``PYTHONPATH`` wh .. code-block:: sh PYTHONPATH=/path/to/build/bin/ workbench --single-process - diff --git a/dev-docs/source/_static/epub.css b/dev-docs/source/_static/epub.css index 84357b9ca76f..0592f268b18f 100644 --- a/dev-docs/source/_static/epub.css +++ b/dev-docs/source/_static/epub.css @@ -491,4 +491,4 @@ table .link-target { src: url("res:///Data/fonts/LiberationNarrow-BoldItalic.otf") format("opentype"); } -*/ \ No newline at end of file +*/ diff --git a/dev-docs/source/_static/videos/LiveData.htm b/dev-docs/source/_static/videos/LiveData.htm index ee1ae25e510a..b377c4ec8c90 100644 --- a/dev-docs/source/_static/videos/LiveData.htm +++ b/dev-docs/source/_static/videos/LiveData.htm @@ -14,5 +14,3 @@ - - diff --git a/dev-docs/source/_templates/category.html b/dev-docs/source/_templates/category.html index aedbf97415ad..127f315e63ed 100644 --- a/dev-docs/source/_templates/category.html +++ b/dev-docs/source/_templates/category.html @@ -46,4 +46,4 @@

Pages

{{ parentcategory }}

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diff --git a/dev-docs/source/images/scriptrepository-architecture.drawio b/dev-docs/source/images/scriptrepository-architecture.drawio index 7710d99ddf3c..9f0907289fa2 100644 --- a/dev-docs/source/images/scriptrepository-architecture.drawio +++ b/dev-docs/source/images/scriptrepository-architecture.drawio @@ -1 +1 @@ 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a/docs/source/_static/epub.css b/docs/source/_static/epub.css index 84357b9ca76f..0592f268b18f 100644 --- a/docs/source/_static/epub.css +++ b/docs/source/_static/epub.css @@ -491,4 +491,4 @@ table .link-target { src: url("res:///Data/fonts/LiberationNarrow-BoldItalic.otf") format("opentype"); } -*/ \ No newline at end of file +*/ diff --git a/docs/source/_templates/redirect.html b/docs/source/_templates/redirect.html index e73ecf33d325..8f1d25694477 100644 --- a/docs/source/_templates/redirect.html +++ b/docs/source/_templates/redirect.html @@ -12,4 +12,4 @@ If you are not redirected automatically, follow the link to {{ name }} - \ No newline at end of file + diff --git a/docs/source/algorithms/AddAbsorptionWeightedPathLengths-v1.rst b/docs/source/algorithms/AddAbsorptionWeightedPathLengths-v1.rst index e8b53b381292..56275e43d6da 100644 --- a/docs/source/algorithms/AddAbsorptionWeightedPathLengths-v1.rst +++ b/docs/source/algorithms/AddAbsorptionWeightedPathLengths-v1.rst @@ -107,4 +107,4 @@ References .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/AngularAutoCorrelationsSingleAxis-v1.rst b/docs/source/algorithms/AngularAutoCorrelationsSingleAxis-v1.rst index fcc7eef89ef3..59d7307f3de0 100644 --- a/docs/source/algorithms/AngularAutoCorrelationsSingleAxis-v1.rst +++ b/docs/source/algorithms/AngularAutoCorrelationsSingleAxis-v1.rst @@ -31,4 +31,4 @@ Angular auto-correlations calculated for methyliodide. .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/AngularAutoCorrelationsTwoAxes-v1.rst b/docs/source/algorithms/AngularAutoCorrelationsTwoAxes-v1.rst index 644eae9ddfc1..facdf2cfeec9 100644 --- a/docs/source/algorithms/AngularAutoCorrelationsTwoAxes-v1.rst +++ b/docs/source/algorithms/AngularAutoCorrelationsTwoAxes-v1.rst @@ -32,4 +32,4 @@ Usage .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/AnvredCorrection-v1.rst b/docs/source/algorithms/AnvredCorrection-v1.rst index fa2337e20d8e..1d15135fd3b0 100644 --- a/docs/source/algorithms/AnvredCorrection-v1.rst +++ b/docs/source/algorithms/AnvredCorrection-v1.rst @@ -69,4 +69,3 @@ References .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/BilbySANSDataProcessor-v1.rst b/docs/source/algorithms/BilbySANSDataProcessor-v1.rst index 530849d57766..1a85dddb2320 100644 --- a/docs/source/algorithms/BilbySANSDataProcessor-v1.rst +++ b/docs/source/algorithms/BilbySANSDataProcessor-v1.rst @@ -60,4 +60,4 @@ References .. sourcelink:: -.. categories:: \ No newline at end of file +.. categories:: diff --git a/docs/source/algorithms/Bin2DPowderDiffraction-v1.rst b/docs/source/algorithms/Bin2DPowderDiffraction-v1.rst index c14ccf48deed..ee15208e378e 100644 --- a/docs/source/algorithms/Bin2DPowderDiffraction-v1.rst +++ b/docs/source/algorithms/Bin2DPowderDiffraction-v1.rst @@ -134,4 +134,3 @@ More details on the multidimensional TOF powder diffraction data reduction can b .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/BinaryOperationMultiDivFooter.txt b/docs/source/algorithms/BinaryOperationMultiDivFooter.txt index 0409619eb745..42ec66fb7973 100644 --- a/docs/source/algorithms/BinaryOperationMultiDivFooter.txt +++ b/docs/source/algorithms/BinaryOperationMultiDivFooter.txt @@ -19,4 +19,4 @@ Operations on EventWorkspaces vs Workspace2Ds |EventWorkspace||sym||WorkspaceSingleValue|\=|EventWorkspace| The value (and error) is applied to the weight of every event in the workspace. The output EventWorkspace will | | | | | | | use WeightedEvents. If Output--LHS, then the operation is performed in-place and no copying of workspaces is | | | | | | | done. | -+--------------+-----+--------------------+--+--------------+--------------------------------------------------------------------------------------------------------------------------------------------------------------------+ \ No newline at end of file ++--------------+-----+--------------------+--+--------------+--------------------------------------------------------------------------------------------------------------------------------------------------------------------+ diff --git a/docs/source/algorithms/CalculateIqt-v1.rst b/docs/source/algorithms/CalculateIqt-v1.rst index 843cc8cfb438..a042c5dd65a8 100644 --- a/docs/source/algorithms/CalculateIqt-v1.rst +++ b/docs/source/algorithms/CalculateIqt-v1.rst @@ -15,4 +15,4 @@ workspace, using a Monte Carlo method for the error calculation. .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/CalculatePlaczek-v1.rst b/docs/source/algorithms/CalculatePlaczek-v1.rst index a0ae8e327976..25552b9c0980 100644 --- a/docs/source/algorithms/CalculatePlaczek-v1.rst +++ b/docs/source/algorithms/CalculatePlaczek-v1.rst @@ -231,4 +231,3 @@ References .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/CalculatePlaczekSelfScattering-v1.rst b/docs/source/algorithms/CalculatePlaczekSelfScattering-v1.rst index 8412d3c9d3d1..14fb7e75e4d2 100644 --- a/docs/source/algorithms/CalculatePlaczekSelfScattering-v1.rst +++ b/docs/source/algorithms/CalculatePlaczekSelfScattering-v1.rst @@ -88,4 +88,4 @@ References .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/CalculatePlaczekSelfScattering-v2.rst b/docs/source/algorithms/CalculatePlaczekSelfScattering-v2.rst index b3144c3d4c13..5eccf0c7c2c2 100644 --- a/docs/source/algorithms/CalculatePlaczekSelfScattering-v2.rst +++ b/docs/source/algorithms/CalculatePlaczekSelfScattering-v2.rst @@ -90,4 +90,4 @@ References .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/CalculatePolynomialBackground-v1.rst b/docs/source/algorithms/CalculatePolynomialBackground-v1.rst index d2f92056e60d..d1a4afc572f9 100644 --- a/docs/source/algorithms/CalculatePolynomialBackground-v1.rst +++ b/docs/source/algorithms/CalculatePolynomialBackground-v1.rst @@ -48,4 +48,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/CompareWorkspaces-v1.rst b/docs/source/algorithms/CompareWorkspaces-v1.rst index e48baa86da34..93103a2a1f8d 100644 --- a/docs/source/algorithms/CompareWorkspaces-v1.rst +++ b/docs/source/algorithms/CompareWorkspaces-v1.rst @@ -111,4 +111,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/ComputeIncoherentDOS-v1.rst b/docs/source/algorithms/ComputeIncoherentDOS-v1.rst index 49b89be1662d..adffd73bb849 100644 --- a/docs/source/algorithms/ComputeIncoherentDOS-v1.rst +++ b/docs/source/algorithms/ComputeIncoherentDOS-v1.rst @@ -121,4 +121,3 @@ References .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/ConvertAxesToRealSpace-v1.rst b/docs/source/algorithms/ConvertAxesToRealSpace-v1.rst index 296d54a1604d..17f4af03a044 100644 --- a/docs/source/algorithms/ConvertAxesToRealSpace-v1.rst +++ b/docs/source/algorithms/ConvertAxesToRealSpace-v1.rst @@ -85,4 +85,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/ConvertHFIRSCDtoMDE-v1.rst b/docs/source/algorithms/ConvertHFIRSCDtoMDE-v1.rst index 5bc638fd2229..04d0fc78ed1a 100644 --- a/docs/source/algorithms/ConvertHFIRSCDtoMDE-v1.rst +++ b/docs/source/algorithms/ConvertHFIRSCDtoMDE-v1.rst @@ -43,4 +43,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/ConvertPeaksWorkspace-v1.rst b/docs/source/algorithms/ConvertPeaksWorkspace-v1.rst index 804f2550c958..24da396cee55 100644 --- a/docs/source/algorithms/ConvertPeaksWorkspace-v1.rst +++ b/docs/source/algorithms/ConvertPeaksWorkspace-v1.rst @@ -44,4 +44,4 @@ Usage .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/ConvertTableToMatrixWorkspace-v1.rst b/docs/source/algorithms/ConvertTableToMatrixWorkspace-v1.rst index 802e9c8a6530..235cdb345755 100644 --- a/docs/source/algorithms/ConvertTableToMatrixWorkspace-v1.rst +++ b/docs/source/algorithms/ConvertTableToMatrixWorkspace-v1.rst @@ -47,5 +47,3 @@ Output: .. categories:: .. sourcelink:: - - diff --git a/docs/source/algorithms/ConvolutionFitSequential-v1.rst b/docs/source/algorithms/ConvolutionFitSequential-v1.rst index b368b6b375e8..a70314ed30e7 100644 --- a/docs/source/algorithms/ConvolutionFitSequential-v1.rst +++ b/docs/source/algorithms/ConvolutionFitSequential-v1.rst @@ -91,4 +91,3 @@ Output: .. sourcelink:: :filename: ConvolutionFit - diff --git a/docs/source/algorithms/CorelliCalibrationDatabase-v1.rst b/docs/source/algorithms/CorelliCalibrationDatabase-v1.rst index 555321fc3de7..6a3c6656a365 100644 --- a/docs/source/algorithms/CorelliCalibrationDatabase-v1.rst +++ b/docs/source/algorithms/CorelliCalibrationDatabase-v1.rst @@ -152,4 +152,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/CorelliCrossCorrelate-v1.rst b/docs/source/algorithms/CorelliCrossCorrelate-v1.rst index 7beaa90394e6..ef32a47c47ef 100644 --- a/docs/source/algorithms/CorelliCrossCorrelate-v1.rst +++ b/docs/source/algorithms/CorelliCrossCorrelate-v1.rst @@ -51,4 +51,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/CorelliPowderCalibrationCreate-v1.rst b/docs/source/algorithms/CorelliPowderCalibrationCreate-v1.rst index 0a213d31b8ea..10fbac7bfdb9 100644 --- a/docs/source/algorithms/CorelliPowderCalibrationCreate-v1.rst +++ b/docs/source/algorithms/CorelliPowderCalibrationCreate-v1.rst @@ -147,4 +147,4 @@ From the picture, peaks in bank87 deviated from their reference value between :m .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/CountReflections-v1.rst b/docs/source/algorithms/CountReflections-v1.rst index 764b1c8fa262..0ac58bd0cb1f 100644 --- a/docs/source/algorithms/CountReflections-v1.rst +++ b/docs/source/algorithms/CountReflections-v1.rst @@ -86,4 +86,3 @@ better to remove the zero intensity peaks from the workspace prior to running th .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/CreateEPP-v1.rst b/docs/source/algorithms/CreateEPP-v1.rst index b81fdf3c7aa0..3ca415f4d8f2 100644 --- a/docs/source/algorithms/CreateEPP-v1.rst +++ b/docs/source/algorithms/CreateEPP-v1.rst @@ -91,4 +91,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/CreateUserDefinedBackground-v1.rst b/docs/source/algorithms/CreateUserDefinedBackground-v1.rst index e9c7d4732b01..1e9d3769cfa8 100644 --- a/docs/source/algorithms/CreateUserDefinedBackground-v1.rst +++ b/docs/source/algorithms/CreateUserDefinedBackground-v1.rst @@ -58,4 +58,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/CropToComponent-v1.rst b/docs/source/algorithms/CropToComponent-v1.rst index 3e7164866c6a..44c6eb77929f 100644 --- a/docs/source/algorithms/CropToComponent-v1.rst +++ b/docs/source/algorithms/CropToComponent-v1.rst @@ -42,4 +42,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/DiffractionEventCalibrateDetectors-v1.rst b/docs/source/algorithms/DiffractionEventCalibrateDetectors-v1.rst index 43d031ab52c2..f7a9adef691b 100644 --- a/docs/source/algorithms/DiffractionEventCalibrateDetectors-v1.rst +++ b/docs/source/algorithms/DiffractionEventCalibrateDetectors-v1.rst @@ -49,4 +49,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/DirectILLTubeBackground-v1.rst b/docs/source/algorithms/DirectILLTubeBackground-v1.rst index 2daf3f8ff26f..2223eb234054 100644 --- a/docs/source/algorithms/DirectILLTubeBackground-v1.rst +++ b/docs/source/algorithms/DirectILLTubeBackground-v1.rst @@ -67,4 +67,3 @@ Usage .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/DoublePulseFit-v1.rst b/docs/source/algorithms/DoublePulseFit-v1.rst index 7f7c7d3cd6a2..77aef8f5d50e 100644 --- a/docs/source/algorithms/DoublePulseFit-v1.rst +++ b/docs/source/algorithms/DoublePulseFit-v1.rst @@ -81,4 +81,4 @@ Output: .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/ElasticEMUauReduction-v1.rst b/docs/source/algorithms/ElasticEMUauReduction-v1.rst index 483784925fa7..56d90f64fb18 100644 --- a/docs/source/algorithms/ElasticEMUauReduction-v1.rst +++ b/docs/source/algorithms/ElasticEMUauReduction-v1.rst @@ -31,4 +31,4 @@ References .. sourcelink:: -.. categories:: \ No newline at end of file +.. categories:: diff --git a/docs/source/algorithms/EnggCalibrate-v1.rst b/docs/source/algorithms/EnggCalibrate-v1.rst index 2b3743f8fe3a..535137d98fb8 100644 --- a/docs/source/algorithms/EnggCalibrate-v1.rst +++ b/docs/source/algorithms/EnggCalibrate-v1.rst @@ -90,4 +90,3 @@ Output: .. testoutput:: ExampleCalib The output table has 1 row(s) - diff --git a/docs/source/algorithms/ExportExperimentLog-v1.rst b/docs/source/algorithms/ExportExperimentLog-v1.rst index 94fb00850d41..6244687b113c 100644 --- a/docs/source/algorithms/ExportExperimentLog-v1.rst +++ b/docs/source/algorithms/ExportExperimentLog-v1.rst @@ -139,5 +139,3 @@ Output: .. categories:: .. sourcelink:: - - diff --git a/docs/source/algorithms/ExtractMonitorWorkspace-v1.rst b/docs/source/algorithms/ExtractMonitorWorkspace-v1.rst index e3b642e9b5a3..3738b81f315d 100644 --- a/docs/source/algorithms/ExtractMonitorWorkspace-v1.rst +++ b/docs/source/algorithms/ExtractMonitorWorkspace-v1.rst @@ -31,7 +31,3 @@ Usage .. categories:: .. sourcelink:: - - - - diff --git a/docs/source/algorithms/ExtractPolarizationEfficiencies-v1.rst b/docs/source/algorithms/ExtractPolarizationEfficiencies-v1.rst index 09dc9922f3d5..639009afcea3 100644 --- a/docs/source/algorithms/ExtractPolarizationEfficiencies-v1.rst +++ b/docs/source/algorithms/ExtractPolarizationEfficiencies-v1.rst @@ -30,7 +30,3 @@ The values in the vector parameters must be separated by spaces, for example: .. categories:: .. sourcelink:: - - - - diff --git a/docs/source/algorithms/ExtractSpectra-v1.rst b/docs/source/algorithms/ExtractSpectra-v1.rst index 361a05673b8b..a9d57921a216 100644 --- a/docs/source/algorithms/ExtractSpectra-v1.rst +++ b/docs/source/algorithms/ExtractSpectra-v1.rst @@ -44,4 +44,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/ExtractUnmaskedSpectra-v1.rst b/docs/source/algorithms/ExtractUnmaskedSpectra-v1.rst index 439e06812cbd..7602133ad084 100644 --- a/docs/source/algorithms/ExtractUnmaskedSpectra-v1.rst +++ b/docs/source/algorithms/ExtractUnmaskedSpectra-v1.rst @@ -44,4 +44,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/FindGoniometerAngles-v1.rst b/docs/source/algorithms/FindGoniometerAngles-v1.rst index 3563343b4824..bb72f08534d1 100644 --- a/docs/source/algorithms/FindGoniometerAngles-v1.rst +++ b/docs/source/algorithms/FindGoniometerAngles-v1.rst @@ -59,4 +59,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/FindPeaksAutomatic-v1.rst b/docs/source/algorithms/FindPeaksAutomatic-v1.rst index 9fcf0fc7efd8..52931ec2663f 100644 --- a/docs/source/algorithms/FindPeaksAutomatic-v1.rst +++ b/docs/source/algorithms/FindPeaksAutomatic-v1.rst @@ -251,4 +251,4 @@ Output: Peak 2: centre=600.00+/-0.06, height=503.59+/-15.68, sigma=2.08+/-0.06 .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/FindPeaksConvolve-v1.rst b/docs/source/algorithms/FindPeaksConvolve-v1.rst index 7e8931de7138..bf5037166bc3 100644 --- a/docs/source/algorithms/FindPeaksConvolve-v1.rst +++ b/docs/source/algorithms/FindPeaksConvolve-v1.rst @@ -22,4 +22,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/FindReflectometryLines-v2.rst b/docs/source/algorithms/FindReflectometryLines-v2.rst index 4b13fe7c3551..664cc1cb8e6c 100644 --- a/docs/source/algorithms/FindReflectometryLines-v2.rst +++ b/docs/source/algorithms/FindReflectometryLines-v2.rst @@ -48,4 +48,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/FitGaussianPeaks-v1.rst b/docs/source/algorithms/FitGaussianPeaks-v1.rst index a652da42c39b..b8dcf4b31a8e 100644 --- a/docs/source/algorithms/FitGaussianPeaks-v1.rst +++ b/docs/source/algorithms/FitGaussianPeaks-v1.rst @@ -119,4 +119,4 @@ Output (the number on your machine may differ slightly from these: Poisson cost: 46444.723 .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/FitIncidentSpectrum-v1.rst b/docs/source/algorithms/FitIncidentSpectrum-v1.rst index 47d1730df138..5585b29d719b 100644 --- a/docs/source/algorithms/FitIncidentSpectrum-v1.rst +++ b/docs/source/algorithms/FitIncidentSpectrum-v1.rst @@ -114,4 +114,4 @@ References .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/FlipperEfficiency-v1.rst b/docs/source/algorithms/FlipperEfficiency-v1.rst index 080bdc14e9eb..72690ce4afe2 100644 --- a/docs/source/algorithms/FlipperEfficiency-v1.rst +++ b/docs/source/algorithms/FlipperEfficiency-v1.rst @@ -100,4 +100,4 @@ References .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/FlippingRatioCorrectionMD-v1.rst b/docs/source/algorithms/FlippingRatioCorrectionMD-v1.rst index d02e369529c6..5e39e8c0c8e7 100644 --- a/docs/source/algorithms/FlippingRatioCorrectionMD-v1.rst +++ b/docs/source/algorithms/FlippingRatioCorrectionMD-v1.rst @@ -115,4 +115,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/GenerateGoniometerIndependentBackground-v1.rst b/docs/source/algorithms/GenerateGoniometerIndependentBackground-v1.rst index 68f090a1cea6..21d779cbbd19 100644 --- a/docs/source/algorithms/GenerateGoniometerIndependentBackground-v1.rst +++ b/docs/source/algorithms/GenerateGoniometerIndependentBackground-v1.rst @@ -62,4 +62,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/GroupToXResolution-v1.rst b/docs/source/algorithms/GroupToXResolution-v1.rst index 5961ce43f51d..a1f4f2b2ac11 100644 --- a/docs/source/algorithms/GroupToXResolution-v1.rst +++ b/docs/source/algorithms/GroupToXResolution-v1.rst @@ -59,4 +59,3 @@ Usage .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/HeliumAnalyserEfficiency-v1.rst b/docs/source/algorithms/HeliumAnalyserEfficiency-v1.rst index 97716b7b8544..d952d8bd74d8 100644 --- a/docs/source/algorithms/HeliumAnalyserEfficiency-v1.rst +++ b/docs/source/algorithms/HeliumAnalyserEfficiency-v1.rst @@ -83,4 +83,4 @@ References .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/HyspecScharpfCorrection-v1.rst b/docs/source/algorithms/HyspecScharpfCorrection-v1.rst index 4e6daa6338af..c7ad0763316f 100644 --- a/docs/source/algorithms/HyspecScharpfCorrection-v1.rst +++ b/docs/source/algorithms/HyspecScharpfCorrection-v1.rst @@ -105,4 +105,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/IndirectDiffScan-v1.rst b/docs/source/algorithms/IndirectDiffScan-v1.rst index ef8386c49ac4..989982e84f0c 100644 --- a/docs/source/algorithms/IndirectDiffScan-v1.rst +++ b/docs/source/algorithms/IndirectDiffScan-v1.rst @@ -40,4 +40,4 @@ Output: .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/IndirectSampleChanger-v1.rst b/docs/source/algorithms/IndirectSampleChanger-v1.rst index 93907aaa537e..9d056e278792 100644 --- a/docs/source/algorithms/IndirectSampleChanger-v1.rst +++ b/docs/source/algorithms/IndirectSampleChanger-v1.rst @@ -22,4 +22,4 @@ The second scan would be 2nd, 4th, and 6th runs combined. .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/InelasticEMUauReduction-v1.rst b/docs/source/algorithms/InelasticEMUauReduction-v1.rst index 55b03fbe1769..c9d6c23310ab 100644 --- a/docs/source/algorithms/InelasticEMUauReduction-v1.rst +++ b/docs/source/algorithms/InelasticEMUauReduction-v1.rst @@ -46,4 +46,4 @@ References .. sourcelink:: -.. categories:: \ No newline at end of file +.. categories:: diff --git a/docs/source/algorithms/IntegrateEPP-v1.rst b/docs/source/algorithms/IntegrateEPP-v1.rst index 29681e4b804a..fa3e1d80adc7 100644 --- a/docs/source/algorithms/IntegrateEPP-v1.rst +++ b/docs/source/algorithms/IntegrateEPP-v1.rst @@ -44,4 +44,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/IntegrateFlux-v1.rst b/docs/source/algorithms/IntegrateFlux-v1.rst index c6dc504bae21..265b1d399db8 100644 --- a/docs/source/algorithms/IntegrateFlux-v1.rst +++ b/docs/source/algorithms/IntegrateFlux-v1.rst @@ -42,4 +42,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/IntegrateMDHistoWorkspace-v1.rst b/docs/source/algorithms/IntegrateMDHistoWorkspace-v1.rst index e32b4af2da6a..dfdceb170bd7 100644 --- a/docs/source/algorithms/IntegrateMDHistoWorkspace-v1.rst +++ b/docs/source/algorithms/IntegrateMDHistoWorkspace-v1.rst @@ -108,4 +108,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/IntegratePeaksMDHKL-v1.rst b/docs/source/algorithms/IntegratePeaksMDHKL-v1.rst index 700290ca174f..d44a58c068a6 100644 --- a/docs/source/algorithms/IntegratePeaksMDHKL-v1.rst +++ b/docs/source/algorithms/IntegratePeaksMDHKL-v1.rst @@ -103,4 +103,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/LeadPressureCalc-v1.rst b/docs/source/algorithms/LeadPressureCalc-v1.rst index a8ea0d0141c2..46a1601c0464 100644 --- a/docs/source/algorithms/LeadPressureCalc-v1.rst +++ b/docs/source/algorithms/LeadPressureCalc-v1.rst @@ -37,4 +37,4 @@ RAL Technical Report, RAL-TR-2019-002 .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/LineProfile-v1.rst b/docs/source/algorithms/LineProfile-v1.rst index a12bba252d9e..b25d791116a4 100644 --- a/docs/source/algorithms/LineProfile-v1.rst +++ b/docs/source/algorithms/LineProfile-v1.rst @@ -181,4 +181,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/LoadAscii-v1.rst b/docs/source/algorithms/LoadAscii-v1.rst index e208167a9761..ca3eebf2c900 100644 --- a/docs/source/algorithms/LoadAscii-v1.rst +++ b/docs/source/algorithms/LoadAscii-v1.rst @@ -39,4 +39,4 @@ if it has X errors written and several spectra. .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/LoadDetectorInfo-v1.rst b/docs/source/algorithms/LoadDetectorInfo-v1.rst index 9291abe83ccd..b3fd790f2ae2 100644 --- a/docs/source/algorithms/LoadDetectorInfo-v1.rst +++ b/docs/source/algorithms/LoadDetectorInfo-v1.rst @@ -420,4 +420,3 @@ that the first three detectors (monitors) were not touched and the next three we .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/LoadEMU-v1.rst b/docs/source/algorithms/LoadEMU-v1.rst index 92e9353dbb5c..a1d9c7e3a8a2 100644 --- a/docs/source/algorithms/LoadEMU-v1.rst +++ b/docs/source/algorithms/LoadEMU-v1.rst @@ -33,4 +33,4 @@ Output: .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/LoadErrorEventsNexus-v1.rst b/docs/source/algorithms/LoadErrorEventsNexus-v1.rst index a553f1f4568d..14bccc99764a 100644 --- a/docs/source/algorithms/LoadErrorEventsNexus-v1.rst +++ b/docs/source/algorithms/LoadErrorEventsNexus-v1.rst @@ -36,4 +36,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/LoadEventAsWorkspace2D-v1.rst b/docs/source/algorithms/LoadEventAsWorkspace2D-v1.rst index dd7fb0835df0..18ae1febcc96 100644 --- a/docs/source/algorithms/LoadEventAsWorkspace2D-v1.rst +++ b/docs/source/algorithms/LoadEventAsWorkspace2D-v1.rst @@ -39,4 +39,3 @@ Usage .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/LoadGaussCube-v1.rst b/docs/source/algorithms/LoadGaussCube-v1.rst index 64341665a46f..7715210ef464 100644 --- a/docs/source/algorithms/LoadGaussCube-v1.rst +++ b/docs/source/algorithms/LoadGaussCube-v1.rst @@ -43,4 +43,3 @@ Usage .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/LoadMuonNexusV2-v1.rst b/docs/source/algorithms/LoadMuonNexusV2-v1.rst index 3862fa64b613..eb002f4dc363 100644 --- a/docs/source/algorithms/LoadMuonNexusV2-v1.rst +++ b/docs/source/algorithms/LoadMuonNexusV2-v1.rst @@ -193,4 +193,4 @@ Output: .. sourcelink:: :h: Framework/DataHandling/inc/MantidDataHandling/LoadMuonNexusV2.h - :cpp: Framework/DataHandling/src/LoadMuonNexusV2.cpp \ No newline at end of file + :cpp: Framework/DataHandling/src/LoadMuonNexusV2.cpp diff --git a/docs/source/algorithms/LoadNMoldyn4Ascii1D-v1.rst b/docs/source/algorithms/LoadNMoldyn4Ascii1D-v1.rst index c434f25bd271..5c6a18b1554e 100644 --- a/docs/source/algorithms/LoadNMoldyn4Ascii1D-v1.rst +++ b/docs/source/algorithms/LoadNMoldyn4Ascii1D-v1.rst @@ -73,4 +73,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/LoadPLN-v1.rst b/docs/source/algorithms/LoadPLN-v1.rst index 4945390e5938..e270e8a22455 100644 --- a/docs/source/algorithms/LoadPLN-v1.rst +++ b/docs/source/algorithms/LoadPLN-v1.rst @@ -33,4 +33,4 @@ Output: .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/LoadSQW-v2.rst b/docs/source/algorithms/LoadSQW-v2.rst index 97ca6f6af49d..b8b2b76596fe 100644 --- a/docs/source/algorithms/LoadSQW-v2.rst +++ b/docs/source/algorithms/LoadSQW-v2.rst @@ -173,4 +173,3 @@ The following assumptions are made about data contained within the file. .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/LoadSwans-v1.rst b/docs/source/algorithms/LoadSwans-v1.rst index 839f640e4e34..a0c2b6c1b21f 100644 --- a/docs/source/algorithms/LoadSwans-v1.rst +++ b/docs/source/algorithms/LoadSwans-v1.rst @@ -19,4 +19,3 @@ The documentation will be updated when a definitive file format will be availabl .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/MDNorm-v1.rst b/docs/source/algorithms/MDNorm-v1.rst index 0915da6169a1..bfcec9fc95e8 100644 --- a/docs/source/algorithms/MDNorm-v1.rst +++ b/docs/source/algorithms/MDNorm-v1.rst @@ -292,4 +292,3 @@ information from both chunks. .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/MDNormSCD-v1.rst b/docs/source/algorithms/MDNormSCD-v1.rst index 81945961518b..cda980021ef7 100644 --- a/docs/source/algorithms/MDNormSCD-v1.rst +++ b/docs/source/algorithms/MDNormSCD-v1.rst @@ -105,4 +105,3 @@ The source for how this calculation is done is .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/MagFormFactorCorrection-v1.rst b/docs/source/algorithms/MagFormFactorCorrection-v1.rst index 8ab093c9f0ca..f87a6bb16d03 100644 --- a/docs/source/algorithms/MagFormFactorCorrection-v1.rst +++ b/docs/source/algorithms/MagFormFactorCorrection-v1.rst @@ -67,4 +67,3 @@ of the build system where the above datafiles do not exist. ws_corr = MagFormFactorCorrection(ws, IonName='Fe3', FormFactorWorkspace='Fe3FF') .. categories:: - diff --git a/docs/source/algorithms/MaskInstrument-v1.rst b/docs/source/algorithms/MaskInstrument-v1.rst index 258e3a487bba..febfa6d8866a 100644 --- a/docs/source/algorithms/MaskInstrument-v1.rst +++ b/docs/source/algorithms/MaskInstrument-v1.rst @@ -41,4 +41,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/MaskNonOverlappingBins-v1.rst b/docs/source/algorithms/MaskNonOverlappingBins-v1.rst index 28337edfd11d..cf853cead486 100644 --- a/docs/source/algorithms/MaskNonOverlappingBins-v1.rst +++ b/docs/source/algorithms/MaskNonOverlappingBins-v1.rst @@ -45,4 +45,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/MaskSpectra-v1.rst b/docs/source/algorithms/MaskSpectra-v1.rst index b234da9e4ff6..010ce4914053 100644 --- a/docs/source/algorithms/MaskSpectra-v1.rst +++ b/docs/source/algorithms/MaskSpectra-v1.rst @@ -35,4 +35,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/Max-v1.rst b/docs/source/algorithms/Max-v1.rst index 3cf69b9415d4..6f0c410e6627 100644 --- a/docs/source/algorithms/Max-v1.rst +++ b/docs/source/algorithms/Max-v1.rst @@ -50,4 +50,3 @@ Output .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/MedianBinWidth-v1.rst b/docs/source/algorithms/MedianBinWidth-v1.rst index 104b1824e424..321071d6022b 100644 --- a/docs/source/algorithms/MedianBinWidth-v1.rst +++ b/docs/source/algorithms/MedianBinWidth-v1.rst @@ -62,5 +62,3 @@ Output: .. categories:: .. sourcelink:: - - diff --git a/docs/source/algorithms/MuonGroupingCounts-v1.rst b/docs/source/algorithms/MuonGroupingCounts-v1.rst index dc59697dec4c..be2d70ff49a8 100644 --- a/docs/source/algorithms/MuonGroupingCounts-v1.rst +++ b/docs/source/algorithms/MuonGroupingCounts-v1.rst @@ -150,4 +150,4 @@ Output: .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/MuonMaxent-v1.rst b/docs/source/algorithms/MuonMaxent-v1.rst index 15de82b7c60f..6bb0d7cfe177 100644 --- a/docs/source/algorithms/MuonMaxent-v1.rst +++ b/docs/source/algorithms/MuonMaxent-v1.rst @@ -66,4 +66,3 @@ Output .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/MuonPairingAsymmetry-v1.rst b/docs/source/algorithms/MuonPairingAsymmetry-v1.rst index d6df8d01878a..83d3df816a6e 100644 --- a/docs/source/algorithms/MuonPairingAsymmetry-v1.rst +++ b/docs/source/algorithms/MuonPairingAsymmetry-v1.rst @@ -182,4 +182,4 @@ Output: .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/MuonPreProcess-v1.rst b/docs/source/algorithms/MuonPreProcess-v1.rst index 095b4102ad39..e713016910ff 100644 --- a/docs/source/algorithms/MuonPreProcess-v1.rst +++ b/docs/source/algorithms/MuonPreProcess-v1.rst @@ -204,4 +204,4 @@ Output: .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/PEARLTransfit-v1.rst b/docs/source/algorithms/PEARLTransfit-v1.rst index 2ccea0e61c10..7201e3e82940 100644 --- a/docs/source/algorithms/PEARLTransfit-v1.rst +++ b/docs/source/algorithms/PEARLTransfit-v1.rst @@ -30,4 +30,4 @@ References .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/PelicanCrystalProcessing-v1.rst b/docs/source/algorithms/PelicanCrystalProcessing-v1.rst index cfe8c7bc66f9..667487fdc092 100644 --- a/docs/source/algorithms/PelicanCrystalProcessing-v1.rst +++ b/docs/source/algorithms/PelicanCrystalProcessing-v1.rst @@ -15,4 +15,4 @@ inelastic neutron scattering data. .. sourcelink:: -.. categories:: \ No newline at end of file +.. categories:: diff --git a/docs/source/algorithms/PelicanReduction-v1.rst b/docs/source/algorithms/PelicanReduction-v1.rst index 644c67e9cbf3..80407261fb1d 100644 --- a/docs/source/algorithms/PelicanReduction-v1.rst +++ b/docs/source/algorithms/PelicanReduction-v1.rst @@ -41,4 +41,4 @@ References .. sourcelink:: -.. categories:: \ No newline at end of file +.. categories:: diff --git a/docs/source/algorithms/PhaseQuad-v1.rst b/docs/source/algorithms/PhaseQuad-v1.rst index fb7120e7c62d..ae8b393804c9 100644 --- a/docs/source/algorithms/PhaseQuad-v1.rst +++ b/docs/source/algorithms/PhaseQuad-v1.rst @@ -66,4 +66,4 @@ Output: .. categories:: .. sourcelink:: - :filename: PhaseQuadMuon \ No newline at end of file + :filename: PhaseQuadMuon diff --git a/docs/source/algorithms/PoldiAnalyseResiduals-v1.rst b/docs/source/algorithms/PoldiAnalyseResiduals-v1.rst index 1124c6a9df39..1c0c011acee6 100644 --- a/docs/source/algorithms/PoldiAnalyseResiduals-v1.rst +++ b/docs/source/algorithms/PoldiAnalyseResiduals-v1.rst @@ -62,4 +62,3 @@ The output contains the range in which residuals are found: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/PoldiCreatePeaksFromCell-v1.rst b/docs/source/algorithms/PoldiCreatePeaksFromCell-v1.rst index 949ea1c1e2e2..8986542aa01f 100644 --- a/docs/source/algorithms/PoldiCreatePeaksFromCell-v1.rst +++ b/docs/source/algorithms/PoldiCreatePeaksFromCell-v1.rst @@ -51,4 +51,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/PoldiIndexKnownCompounds-v1.rst b/docs/source/algorithms/PoldiIndexKnownCompounds-v1.rst index 7557517576c7..70009fc89721 100644 --- a/docs/source/algorithms/PoldiIndexKnownCompounds-v1.rst +++ b/docs/source/algorithms/PoldiIndexKnownCompounds-v1.rst @@ -70,4 +70,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/PoldiPeakSummary-v1.rst b/docs/source/algorithms/PoldiPeakSummary-v1.rst index 134475e7dd5c..4047ac5baa30 100644 --- a/docs/source/algorithms/PoldiPeakSummary-v1.rst +++ b/docs/source/algorithms/PoldiPeakSummary-v1.rst @@ -50,4 +50,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/PoldiTruncateData-v1.rst b/docs/source/algorithms/PoldiTruncateData-v1.rst index 1e76d5aba451..c07a20e63c76 100644 --- a/docs/source/algorithms/PoldiTruncateData-v1.rst +++ b/docs/source/algorithms/PoldiTruncateData-v1.rst @@ -75,4 +75,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/PowderReduceP2D-v1.rst b/docs/source/algorithms/PowderReduceP2D-v1.rst index 3c9d2699e480..c63e7dc807a2 100644 --- a/docs/source/algorithms/PowderReduceP2D-v1.rst +++ b/docs/source/algorithms/PowderReduceP2D-v1.rst @@ -62,4 +62,4 @@ PTXatPG3 (POWTEX detector at POWGEN instrument). .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/ProcessIndirectFitParameters-v1.rst b/docs/source/algorithms/ProcessIndirectFitParameters-v1.rst index 59ea3ce1ee5a..24790b02b366 100644 --- a/docs/source/algorithms/ProcessIndirectFitParameters-v1.rst +++ b/docs/source/algorithms/ProcessIndirectFitParameters-v1.rst @@ -62,4 +62,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/RebinByTimeAtSample-v1.rst b/docs/source/algorithms/RebinByTimeAtSample-v1.rst index 3aec47e6f124..f0cbe3a9eb65 100644 --- a/docs/source/algorithms/RebinByTimeAtSample-v1.rst +++ b/docs/source/algorithms/RebinByTimeAtSample-v1.rst @@ -49,4 +49,3 @@ This algorithm takes the same inputs as :ref:`algm-RebinByPulseTimes`. See that .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/RecalculateTrajectoriesExtents-v1.rst b/docs/source/algorithms/RecalculateTrajectoriesExtents-v1.rst index 883120d08ce1..f622c82bcc94 100644 --- a/docs/source/algorithms/RecalculateTrajectoriesExtents-v1.rst +++ b/docs/source/algorithms/RecalculateTrajectoriesExtents-v1.rst @@ -92,4 +92,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/ReflectometryBeamStatistics-v1.rst b/docs/source/algorithms/ReflectometryBeamStatistics-v1.rst index 49217825c083..5e224ae9c628 100644 --- a/docs/source/algorithms/ReflectometryBeamStatistics-v1.rst +++ b/docs/source/algorithms/ReflectometryBeamStatistics-v1.rst @@ -77,4 +77,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/ReflectometrySumInQ-v1.rst b/docs/source/algorithms/ReflectometrySumInQ-v1.rst index 9fd6cf9f6d5c..3ce77ae74c9b 100644 --- a/docs/source/algorithms/ReflectometrySumInQ-v1.rst +++ b/docs/source/algorithms/ReflectometrySumInQ-v1.rst @@ -130,4 +130,3 @@ References .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/RemoveInstrumentGeometry-v1.rst b/docs/source/algorithms/RemoveInstrumentGeometry-v1.rst index 830a7a23f504..edaeccad4477 100644 --- a/docs/source/algorithms/RemoveInstrumentGeometry-v1.rst +++ b/docs/source/algorithms/RemoveInstrumentGeometry-v1.rst @@ -45,4 +45,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/RemoveMaskedSpectra-v1.rst b/docs/source/algorithms/RemoveMaskedSpectra-v1.rst index cb92f814c2db..2df0548ddc4e 100644 --- a/docs/source/algorithms/RemoveMaskedSpectra-v1.rst +++ b/docs/source/algorithms/RemoveMaskedSpectra-v1.rst @@ -42,4 +42,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/RemoveSpectra-v1.rst b/docs/source/algorithms/RemoveSpectra-v1.rst index ff267337c090..0aa11ac5506a 100644 --- a/docs/source/algorithms/RemoveSpectra-v1.rst +++ b/docs/source/algorithms/RemoveSpectra-v1.rst @@ -18,4 +18,4 @@ RemoveSpectraWithNoDetector or RemoveMaskedSpectra. .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/RemoveWorkspaceHistory-v1.rst b/docs/source/algorithms/RemoveWorkspaceHistory-v1.rst index 1a6a3410b595..8029d09ba509 100644 --- a/docs/source/algorithms/RemoveWorkspaceHistory-v1.rst +++ b/docs/source/algorithms/RemoveWorkspaceHistory-v1.rst @@ -60,6 +60,3 @@ Output: .. categories:: .. sourcelink:: - - - diff --git a/docs/source/algorithms/ReplicateMD-v1.rst b/docs/source/algorithms/ReplicateMD-v1.rst index f73245b94b74..411edeff3fef 100644 --- a/docs/source/algorithms/ReplicateMD-v1.rst +++ b/docs/source/algorithms/ReplicateMD-v1.rst @@ -45,4 +45,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/RotateSampleShape-v1.rst b/docs/source/algorithms/RotateSampleShape-v1.rst index 794c94984bea..5f7a660a2a84 100644 --- a/docs/source/algorithms/RotateSampleShape-v1.rst +++ b/docs/source/algorithms/RotateSampleShape-v1.rst @@ -54,4 +54,3 @@ Usage .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/RotateSource-v1.rst b/docs/source/algorithms/RotateSource-v1.rst index 3c4fd6704366..d086f46d4687 100644 --- a/docs/source/algorithms/RotateSource-v1.rst +++ b/docs/source/algorithms/RotateSource-v1.rst @@ -69,4 +69,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/SaveFullprofResolution-v1.rst b/docs/source/algorithms/SaveFullprofResolution-v1.rst index 4488ab82ef7a..4ec2b3e5437c 100644 --- a/docs/source/algorithms/SaveFullprofResolution-v1.rst +++ b/docs/source/algorithms/SaveFullprofResolution-v1.rst @@ -86,6 +86,3 @@ Usage .. categories:: .. sourcelink:: - - - diff --git a/docs/source/algorithms/SaveINS-v1.rst b/docs/source/algorithms/SaveINS-v1.rst index de1358d7a4f8..c23d7e5b591f 100644 --- a/docs/source/algorithms/SaveINS-v1.rst +++ b/docs/source/algorithms/SaveINS-v1.rst @@ -43,4 +43,4 @@ Usage .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/SaveNexusESS-v1.rst b/docs/source/algorithms/SaveNexusESS-v1.rst index 30e4399cfbf1..56efa4434b0c 100644 --- a/docs/source/algorithms/SaveNexusESS-v1.rst +++ b/docs/source/algorithms/SaveNexusESS-v1.rst @@ -47,4 +47,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/SaveNexusGeometry-v1.rst b/docs/source/algorithms/SaveNexusGeometry-v1.rst index cb4fc93cdd51..cae442176e2f 100644 --- a/docs/source/algorithms/SaveNexusGeometry-v1.rst +++ b/docs/source/algorithms/SaveNexusGeometry-v1.rst @@ -60,4 +60,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/SavePDFGui-v1.rst b/docs/source/algorithms/SavePDFGui-v1.rst index d09065908d99..3cbdde085603 100644 --- a/docs/source/algorithms/SavePDFGui-v1.rst +++ b/docs/source/algorithms/SavePDFGui-v1.rst @@ -52,4 +52,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/SaveRMCProfile-v1.rst b/docs/source/algorithms/SaveRMCProfile-v1.rst index 1bc8ba290a34..eadcbf19e80f 100644 --- a/docs/source/algorithms/SaveRMCProfile-v1.rst +++ b/docs/source/algorithms/SaveRMCProfile-v1.rst @@ -53,4 +53,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/Segfault-v1.rst b/docs/source/algorithms/Segfault-v1.rst index ca1f678c1778..8dff45ed8e69 100644 --- a/docs/source/algorithms/Segfault-v1.rst +++ b/docs/source/algorithms/Segfault-v1.rst @@ -16,4 +16,4 @@ on `wikipedia `_. .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/SetBeam-v1.rst b/docs/source/algorithms/SetBeam-v1.rst index 4eef32d799f9..cc4892365074 100644 --- a/docs/source/algorithms/SetBeam-v1.rst +++ b/docs/source/algorithms/SetBeam-v1.rst @@ -38,4 +38,3 @@ Usage .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/SimpleShapeDiscusInelastic-v1.rst b/docs/source/algorithms/SimpleShapeDiscusInelastic-v1.rst index e4e4bf0a7e51..7d79b9e4134a 100644 --- a/docs/source/algorithms/SimpleShapeDiscusInelastic-v1.rst +++ b/docs/source/algorithms/SimpleShapeDiscusInelastic-v1.rst @@ -52,4 +52,4 @@ Annulus .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/SliceMD-v1.rst b/docs/source/algorithms/SliceMD-v1.rst index e619662b3d60..6b5564ed8dcd 100644 --- a/docs/source/algorithms/SliceMD-v1.rst +++ b/docs/source/algorithms/SliceMD-v1.rst @@ -130,7 +130,3 @@ Output: .. categories:: .. sourcelink:: - - - - diff --git a/docs/source/algorithms/SmoothMD-v1.rst b/docs/source/algorithms/SmoothMD-v1.rst index f3864b8c37d4..3afe61196973 100644 --- a/docs/source/algorithms/SmoothMD-v1.rst +++ b/docs/source/algorithms/SmoothMD-v1.rst @@ -69,4 +69,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/SortEvents-v1.rst b/docs/source/algorithms/SortEvents-v1.rst index cc2d0d78bd01..99e7b6625b76 100644 --- a/docs/source/algorithms/SortEvents-v1.rst +++ b/docs/source/algorithms/SortEvents-v1.rst @@ -92,8 +92,3 @@ Output: .. categories:: .. sourcelink:: - - - - - diff --git a/docs/source/algorithms/SortTableWorkspace-v1.rst b/docs/source/algorithms/SortTableWorkspace-v1.rst index 038b4cc3cbe6..e818b3f336d2 100644 --- a/docs/source/algorithms/SortTableWorkspace-v1.rst +++ b/docs/source/algorithms/SortTableWorkspace-v1.rst @@ -87,4 +87,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/SpecularReflectionPositionCorrect-v1.rst b/docs/source/algorithms/SpecularReflectionPositionCorrect-v1.rst index e29eae09adb9..e72ffa8b7684 100644 --- a/docs/source/algorithms/SpecularReflectionPositionCorrect-v1.rst +++ b/docs/source/algorithms/SpecularReflectionPositionCorrect-v1.rst @@ -58,4 +58,4 @@ Output: .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/Squares-v1.rst b/docs/source/algorithms/Squares-v1.rst index 51d81ba48e84..8843659cb6d2 100644 --- a/docs/source/algorithms/Squares-v1.rst +++ b/docs/source/algorithms/Squares-v1.rst @@ -48,5 +48,3 @@ Output: .. categories:: .. sourcelink:: - - diff --git a/docs/source/algorithms/StepScan-v1.rst b/docs/source/algorithms/StepScan-v1.rst index 71cc563aeab4..098755a6dc8b 100644 --- a/docs/source/algorithms/StepScan-v1.rst +++ b/docs/source/algorithms/StepScan-v1.rst @@ -38,4 +38,4 @@ If necessary, the input workspace is cloned, to save it from being modified. .. sourcelink:: :cpp: Framework/WorkflowAlgorithms/src/StepScan.cpp - :h: Framework/WorkflowAlgorithms/inc/MantidWorkflowAlgorithms/StepScan.h \ No newline at end of file + :h: Framework/WorkflowAlgorithms/inc/MantidWorkflowAlgorithms/StepScan.h diff --git a/docs/source/algorithms/SymmetriseMDHisto-v1.rst b/docs/source/algorithms/SymmetriseMDHisto-v1.rst index c0d126dc0357..3191e90b2db1 100644 --- a/docs/source/algorithms/SymmetriseMDHisto-v1.rst +++ b/docs/source/algorithms/SymmetriseMDHisto-v1.rst @@ -50,4 +50,4 @@ Output: .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/TOFTOFMergeRuns-v1.rst b/docs/source/algorithms/TOFTOFMergeRuns-v1.rst index 812c668f9464..7a73398950dc 100644 --- a/docs/source/algorithms/TOFTOFMergeRuns-v1.rst +++ b/docs/source/algorithms/TOFTOFMergeRuns-v1.rst @@ -154,6 +154,3 @@ Output: .. categories:: .. sourcelink:: - - - diff --git a/docs/source/algorithms/Transpose3D-v1.rst b/docs/source/algorithms/Transpose3D-v1.rst index 4e6860b97dfb..3cfe5b5783f9 100644 --- a/docs/source/algorithms/Transpose3D-v1.rst +++ b/docs/source/algorithms/Transpose3D-v1.rst @@ -15,4 +15,4 @@ .. categories:: .. sourcelink:: - :filename: SINQTranspose3D \ No newline at end of file + :filename: SINQTranspose3D diff --git a/docs/source/algorithms/TransposeMD-v1.rst b/docs/source/algorithms/TransposeMD-v1.rst index 72c3487cae2d..925173e59929 100644 --- a/docs/source/algorithms/TransposeMD-v1.rst +++ b/docs/source/algorithms/TransposeMD-v1.rst @@ -48,4 +48,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/UnwrapMonitorsInTOF-v1.rst b/docs/source/algorithms/UnwrapMonitorsInTOF-v1.rst index 8d677eea1e86..64c34d10d60c 100644 --- a/docs/source/algorithms/UnwrapMonitorsInTOF-v1.rst +++ b/docs/source/algorithms/UnwrapMonitorsInTOF-v1.rst @@ -76,4 +76,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/VelocityAutoCorrelations-v1.rst b/docs/source/algorithms/VelocityAutoCorrelations-v1.rst index f7e87a97cef6..914a50082bf8 100644 --- a/docs/source/algorithms/VelocityAutoCorrelations-v1.rst +++ b/docs/source/algorithms/VelocityAutoCorrelations-v1.rst @@ -28,4 +28,4 @@ Usage .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/VelocityCrossCorrelations-v1.rst b/docs/source/algorithms/VelocityCrossCorrelations-v1.rst index 2b8494768f87..82a1c65864f5 100644 --- a/docs/source/algorithms/VelocityCrossCorrelations-v1.rst +++ b/docs/source/algorithms/VelocityCrossCorrelations-v1.rst @@ -28,4 +28,4 @@ Usage .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/algorithms/VesuvioCorrections-v1.rst b/docs/source/algorithms/VesuvioCorrections-v1.rst index df786dfde681..14df69ec48f6 100644 --- a/docs/source/algorithms/VesuvioCorrections-v1.rst +++ b/docs/source/algorithms/VesuvioCorrections-v1.rst @@ -79,4 +79,3 @@ Usage .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/VesuvioL1ThetaResolution-v1.rst b/docs/source/algorithms/VesuvioL1ThetaResolution-v1.rst index 662589960687..5f00214ef78d 100644 --- a/docs/source/algorithms/VesuvioL1ThetaResolution-v1.rst +++ b/docs/source/algorithms/VesuvioL1ThetaResolution-v1.rst @@ -43,4 +43,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/ViewBOA-v1.rst b/docs/source/algorithms/ViewBOA-v1.rst index 7070cb99852b..c1af51375503 100644 --- a/docs/source/algorithms/ViewBOA-v1.rst +++ b/docs/source/algorithms/ViewBOA-v1.rst @@ -58,4 +58,3 @@ In addition, the three workspaces described above are available, plotting them s .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/WienerSmooth-v1.rst b/docs/source/algorithms/WienerSmooth-v1.rst index 9c27d6dcb9ea..bd03e52178fc 100644 --- a/docs/source/algorithms/WienerSmooth-v1.rst +++ b/docs/source/algorithms/WienerSmooth-v1.rst @@ -81,4 +81,3 @@ Usage .. categories:: .. sourcelink:: - diff --git a/docs/source/algorithms/categories/Arithmetic.txt b/docs/source/algorithms/categories/Arithmetic.txt index 652d13ab1ea3..cad87a10ec22 100644 --- a/docs/source/algorithms/categories/Arithmetic.txt +++ b/docs/source/algorithms/categories/Arithmetic.txt @@ -1 +1 @@ -Generic mathematical operations on workspaces, including fast fourier transforms. \ No newline at end of file +Generic mathematical operations on workspaces, including fast fourier transforms. diff --git a/docs/source/algorithms/categories/CorrectionFunctions.txt b/docs/source/algorithms/categories/CorrectionFunctions.txt index 5f14c5ec88e7..f1b390675ccb 100644 --- a/docs/source/algorithms/categories/CorrectionFunctions.txt +++ b/docs/source/algorithms/categories/CorrectionFunctions.txt @@ -1 +1 @@ -Various correction functions including absorption and multiple scattering corrections. \ No newline at end of file +Various correction functions including absorption and multiple scattering corrections. diff --git a/docs/source/algorithms/categories/Crystal.txt b/docs/source/algorithms/categories/Crystal.txt index 40e9ad5e396b..f8e4ad8cb197 100644 --- a/docs/source/algorithms/categories/Crystal.txt +++ b/docs/source/algorithms/categories/Crystal.txt @@ -1 +1 @@ -Algorithms specifically for single crystal experiments. \ No newline at end of file +Algorithms specifically for single crystal experiments. diff --git a/docs/source/algorithms/categories/DataHandling.txt b/docs/source/algorithms/categories/DataHandling.txt index 9e75fa0476be..d76ebcf13126 100644 --- a/docs/source/algorithms/categories/DataHandling.txt +++ b/docs/source/algorithms/categories/DataHandling.txt @@ -1 +1 @@ -For loading and saving data from a wide variety of formats. \ No newline at end of file +For loading and saving data from a wide variety of formats. diff --git a/docs/source/algorithms/categories/Deprecated.txt b/docs/source/algorithms/categories/Deprecated.txt index 70f8f22cf3e2..7a421e44dc30 100644 --- a/docs/source/algorithms/categories/Deprecated.txt +++ b/docs/source/algorithms/categories/Deprecated.txt @@ -1 +1 @@ -Algorithms in this category are planned for removal in future releases, alternatives are in the algorithm pages. \ No newline at end of file +Algorithms in this category are planned for removal in future releases, alternatives are in the algorithm pages. diff --git a/docs/source/algorithms/categories/Diagnostics.txt b/docs/source/algorithms/categories/Diagnostics.txt index bdaf096731ac..9c38e93a91c6 100644 --- a/docs/source/algorithms/categories/Diagnostics.txt +++ b/docs/source/algorithms/categories/Diagnostics.txt @@ -1 +1 @@ -Algorithms for performing diagnostics on workspaces. \ No newline at end of file +Algorithms for performing diagnostics on workspaces. diff --git a/docs/source/algorithms/categories/Diffraction.txt b/docs/source/algorithms/categories/Diffraction.txt index d6d1ce01e17c..25efaf9ad680 100644 --- a/docs/source/algorithms/categories/Diffraction.txt +++ b/docs/source/algorithms/categories/Diffraction.txt @@ -1 +1 @@ -Algorithms to support single crystal, powder and total diffraction. \ No newline at end of file +Algorithms to support single crystal, powder and total diffraction. diff --git a/docs/source/algorithms/categories/Events.txt b/docs/source/algorithms/categories/Events.txt index 595493af9f8e..8848ee43933a 100644 --- a/docs/source/algorithms/categories/Events.txt +++ b/docs/source/algorithms/categories/Events.txt @@ -1 +1 @@ -Algorithms for manipulating event based data, including filtering, compressing and sorting event workspaces. \ No newline at end of file +Algorithms for manipulating event based data, including filtering, compressing and sorting event workspaces. diff --git a/docs/source/algorithms/categories/Inelastic.txt b/docs/source/algorithms/categories/Inelastic.txt index 157e238f1250..b889f04cf0cf 100644 --- a/docs/source/algorithms/categories/Inelastic.txt +++ b/docs/source/algorithms/categories/Inelastic.txt @@ -1 +1 @@ -Algorithms to support direct and indirect neutron spectroscopy. \ No newline at end of file +Algorithms to support direct and indirect neutron spectroscopy. diff --git a/docs/source/algorithms/categories/MDAlgorithms.txt b/docs/source/algorithms/categories/MDAlgorithms.txt index c323c573aa35..0b6ac713afad 100644 --- a/docs/source/algorithms/categories/MDAlgorithms.txt +++ b/docs/source/algorithms/categories/MDAlgorithms.txt @@ -1 +1 @@ -Algorithms for creating and manipulating multi-dimensional workspaces. \ No newline at end of file +Algorithms for creating and manipulating multi-dimensional workspaces. diff --git a/docs/source/algorithms/categories/Optimization.txt b/docs/source/algorithms/categories/Optimization.txt index d2936c3f90cd..6a3b5114af42 100644 --- a/docs/source/algorithms/categories/Optimization.txt +++ b/docs/source/algorithms/categories/Optimization.txt @@ -1 +1 @@ -Support for fitting splines, peaks and other models to data. Including peak finding, as stripping peaks from data. \ No newline at end of file +Support for fitting splines, peaks and other models to data. Including peak finding, as stripping peaks from data. diff --git a/docs/source/algorithms/categories/Remote.txt b/docs/source/algorithms/categories/Remote.txt index 9a437e02e849..e4ffb7d5dd85 100644 --- a/docs/source/algorithms/categories/Remote.txt +++ b/docs/source/algorithms/categories/Remote.txt @@ -1 +1 @@ -Support for launching job on remote computing resources. \ No newline at end of file +Support for launching job on remote computing resources. diff --git a/docs/source/algorithms/categories/Sample.txt b/docs/source/algorithms/categories/Sample.txt index 0a1a6e310656..8387bbb64cf8 100644 --- a/docs/source/algorithms/categories/Sample.txt +++ b/docs/source/algorithms/categories/Sample.txt @@ -1 +1 @@ -Sample shape and material definition, manipulation and sample transmission calculation. \ No newline at end of file +Sample shape and material definition, manipulation and sample transmission calculation. diff --git a/docs/source/algorithms/categories/Simulation.txt b/docs/source/algorithms/categories/Simulation.txt index ef15eac2b15b..bf8536b9c353 100644 --- a/docs/source/algorithms/categories/Simulation.txt +++ b/docs/source/algorithms/categories/Simulation.txt @@ -1 +1 @@ -Algorithms to load and operate on data from external simulation packages. \ No newline at end of file +Algorithms to load and operate on data from external simulation packages. diff --git a/docs/source/algorithms/categories/Transforms.txt b/docs/source/algorithms/categories/Transforms.txt index 4f4dec4c8917..e1f9a645552e 100644 --- a/docs/source/algorithms/categories/Transforms.txt +++ b/docs/source/algorithms/categories/Transforms.txt @@ -1 +1 @@ -Algorithms for transforming data and other workspace axes such as axes, grouping, masking rebinning, units etc. \ No newline at end of file +Algorithms for transforming data and other workspace axes such as axes, grouping, masking rebinning, units etc. diff --git a/docs/source/algorithms/categories/Utility.txt b/docs/source/algorithms/categories/Utility.txt index 4356c94c9ecf..73f0cb39231a 100644 --- a/docs/source/algorithms/categories/Utility.txt +++ b/docs/source/algorithms/categories/Utility.txt @@ -1 +1 @@ -Various algorithms for operations like cloning, deleting, renaming and comparing workspaces, extracting monitors and generating python from a workspace. \ No newline at end of file +Various algorithms for operations like cloning, deleting, renaming and comparing workspaces, extracting monitors and generating python from a workspace. diff --git a/docs/source/algorithms/categories/Workflow.txt b/docs/source/algorithms/categories/Workflow.txt index 6a4fc9c1ef0d..3ebdcf8f3dc0 100644 --- a/docs/source/algorithms/categories/Workflow.txt +++ b/docs/source/algorithms/categories/Workflow.txt @@ -1 +1 @@ -Internal algorithms decribing complete, and partial workflows for data. Most of these are not planned for direct use by users. \ No newline at end of file +Internal algorithms decribing complete, and partial workflows for data. Most of these are not planned for direct use by users. diff --git a/docs/source/algorithms/categories/hiddencategories.txt b/docs/source/algorithms/categories/hiddencategories.txt index 14133207ee94..9dfa9feb7882 100644 --- a/docs/source/algorithms/categories/hiddencategories.txt +++ b/docs/source/algorithms/categories/hiddencategories.txt @@ -1 +1 @@ -AlgorithmIndex \ No newline at end of file +AlgorithmIndex diff --git a/docs/source/algorithms/categories/techniquecategories.txt b/docs/source/algorithms/categories/techniquecategories.txt index 24a11afb3625..1ea0f32a2fe1 100644 --- a/docs/source/algorithms/categories/techniquecategories.txt +++ b/docs/source/algorithms/categories/techniquecategories.txt @@ -3,4 +3,4 @@ Diffraction Inelastic Muon Reflectometry -SANS \ No newline at end of file +SANS diff --git a/docs/source/api/python/mantid/api/AlgoTimeRegister.rst b/docs/source/api/python/mantid/api/AlgoTimeRegister.rst index d1fe33beeec0..37cc11a37e84 100644 --- a/docs/source/api/python/mantid/api/AlgoTimeRegister.rst +++ b/docs/source/api/python/mantid/api/AlgoTimeRegister.rst @@ -126,4 +126,4 @@ Example Output at `Mantid.user.properties.performance.filename` file: START_POINT: 1728507650978221781 MAX_THREAD: 12 ThreadID=138583991714880, AlgorithmName=CreateSampleWorkspace, StartTime=154046, EndTime=1818067 - ThreadID=138583991714880, AlgorithmName=demo_function, StartTime=2044656, EndTime=4117415173 \ No newline at end of file + ThreadID=138583991714880, AlgorithmName=demo_function, StartTime=2044656, EndTime=4117415173 diff --git a/docs/source/api/python/mantid/api/Algorithm.rst b/docs/source/api/python/mantid/api/Algorithm.rst index 652ecbcd3054..d730cb0ade0a 100644 --- a/docs/source/api/python/mantid/api/Algorithm.rst +++ b/docs/source/api/python/mantid/api/Algorithm.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::Algorithm. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/AlgorithmFactoryImpl.rst b/docs/source/api/python/mantid/api/AlgorithmFactoryImpl.rst index b91d78341e91..52e2b73860ad 100644 --- a/docs/source/api/python/mantid/api/AlgorithmFactoryImpl.rst +++ b/docs/source/api/python/mantid/api/AlgorithmFactoryImpl.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::API::AlgorithmFactoryImpl. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/AlgorithmHistory.rst b/docs/source/api/python/mantid/api/AlgorithmHistory.rst index db176383e08d..c7dc13924c8e 100644 --- a/docs/source/api/python/mantid/api/AlgorithmHistory.rst +++ b/docs/source/api/python/mantid/api/AlgorithmHistory.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::API::AlgorithmHistory. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/AlgorithmID.rst b/docs/source/api/python/mantid/api/AlgorithmID.rst index 9651433cc5ed..b0d10d55ee89 100644 --- a/docs/source/api/python/mantid/api/AlgorithmID.rst +++ b/docs/source/api/python/mantid/api/AlgorithmID.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::API::AlgorithmID. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/AlgorithmManagerImpl.rst b/docs/source/api/python/mantid/api/AlgorithmManagerImpl.rst index a4c2eb6b4b15..3290d7f8eeaf 100644 --- a/docs/source/api/python/mantid/api/AlgorithmManagerImpl.rst +++ b/docs/source/api/python/mantid/api/AlgorithmManagerImpl.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::API::AlgorithmManagerImpl. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/AlgorithmProperty.rst b/docs/source/api/python/mantid/api/AlgorithmProperty.rst index 302735ede658..b5483afbdb99 100644 --- a/docs/source/api/python/mantid/api/AlgorithmProperty.rst +++ b/docs/source/api/python/mantid/api/AlgorithmProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::AlgorithmProperty. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/AlgorithmPropertyWithValue.rst b/docs/source/api/python/mantid/api/AlgorithmPropertyWithValue.rst index 4253be7f18e3..d776b2640f2c 100644 --- a/docs/source/api/python/mantid/api/AlgorithmPropertyWithValue.rst +++ b/docs/source/api/python/mantid/api/AlgorithmPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::AlgorithmPropertyWithValu :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/AnalysisDataServiceImpl.rst b/docs/source/api/python/mantid/api/AnalysisDataServiceImpl.rst index 80ff33288b00..a3203b4b553e 100644 --- a/docs/source/api/python/mantid/api/AnalysisDataServiceImpl.rst +++ b/docs/source/api/python/mantid/api/AnalysisDataServiceImpl.rst @@ -13,4 +13,3 @@ This is a Python binding to the C++ class Mantid::API::AnalysisDataServiceImpl. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/BinEdgeAxis.rst b/docs/source/api/python/mantid/api/BinEdgeAxis.rst index 8c35d432e934..840e0f47d986 100644 --- a/docs/source/api/python/mantid/api/BinEdgeAxis.rst +++ b/docs/source/api/python/mantid/api/BinEdgeAxis.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::BinEdgeAxis. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/BoxController.rst b/docs/source/api/python/mantid/api/BoxController.rst index 9c48867571b8..085d8e23fff2 100644 --- a/docs/source/api/python/mantid/api/BoxController.rst +++ b/docs/source/api/python/mantid/api/BoxController.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::API::BoxController. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/CommonBinsValidator.rst b/docs/source/api/python/mantid/api/CommonBinsValidator.rst index 2e9fc5da58b6..a6695e654b5b 100644 --- a/docs/source/api/python/mantid/api/CommonBinsValidator.rst +++ b/docs/source/api/python/mantid/api/CommonBinsValidator.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::API::CommonBinsValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/DataProcessorAlgorithm.rst b/docs/source/api/python/mantid/api/DataProcessorAlgorithm.rst index d70024a9fd05..250271dc7649 100644 --- a/docs/source/api/python/mantid/api/DataProcessorAlgorithm.rst +++ b/docs/source/api/python/mantid/api/DataProcessorAlgorithm.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::DataProcessorAlgorithm. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/DeprecatedAlgorithmChecker.rst b/docs/source/api/python/mantid/api/DeprecatedAlgorithmChecker.rst index 5cb53c73445f..43d88e5c148f 100644 --- a/docs/source/api/python/mantid/api/DeprecatedAlgorithmChecker.rst +++ b/docs/source/api/python/mantid/api/DeprecatedAlgorithmChecker.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::API::DeprecatedAlgorithm. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/EventType.rst b/docs/source/api/python/mantid/api/EventType.rst index 73050e6d6e55..bf73ff624203 100644 --- a/docs/source/api/python/mantid/api/EventType.rst +++ b/docs/source/api/python/mantid/api/EventType.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::API::EventType. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/ExperimentInfo.rst b/docs/source/api/python/mantid/api/ExperimentInfo.rst index 4fc0c92d1c5e..1005858c41a1 100644 --- a/docs/source/api/python/mantid/api/ExperimentInfo.rst +++ b/docs/source/api/python/mantid/api/ExperimentInfo.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::API::ExperimentInfo. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/ExperimentInfoValidator.rst b/docs/source/api/python/mantid/api/ExperimentInfoValidator.rst index ccbad9502c07..9fd9d8b463ea 100644 --- a/docs/source/api/python/mantid/api/ExperimentInfoValidator.rst +++ b/docs/source/api/python/mantid/api/ExperimentInfoValidator.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::ExperimentInfoValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/FileAction.rst b/docs/source/api/python/mantid/api/FileAction.rst index d03e799c6ba8..2b91df2fc061 100644 --- a/docs/source/api/python/mantid/api/FileAction.rst +++ b/docs/source/api/python/mantid/api/FileAction.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::API::FileProperty. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/FileFinderImpl.rst b/docs/source/api/python/mantid/api/FileFinderImpl.rst index 808067367203..56e659113cce 100644 --- a/docs/source/api/python/mantid/api/FileFinderImpl.rst +++ b/docs/source/api/python/mantid/api/FileFinderImpl.rst @@ -13,4 +13,3 @@ This is a Python binding to the C++ class Mantid::API::FileFinderImpl. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/FileProperty.rst b/docs/source/api/python/mantid/api/FileProperty.rst index 8fb522e0eeee..56b0ae5d2c9b 100644 --- a/docs/source/api/python/mantid/api/FileProperty.rst +++ b/docs/source/api/python/mantid/api/FileProperty.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::API::FileProperty. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/FrameworkManagerImpl.rst b/docs/source/api/python/mantid/api/FrameworkManagerImpl.rst index 11f799665edc..509f17e172ae 100644 --- a/docs/source/api/python/mantid/api/FrameworkManagerImpl.rst +++ b/docs/source/api/python/mantid/api/FrameworkManagerImpl.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::API::FrameworkManagerImpl. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/FunctionFactoryImpl.rst b/docs/source/api/python/mantid/api/FunctionFactoryImpl.rst index 43c762ff4ef4..e6a970f2df73 100644 --- a/docs/source/api/python/mantid/api/FunctionFactoryImpl.rst +++ b/docs/source/api/python/mantid/api/FunctionFactoryImpl.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::API::FunctionFactoryImpl. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/FunctionProperty.rst b/docs/source/api/python/mantid/api/FunctionProperty.rst index 1bb4691b18c2..86308733c9ab 100644 --- a/docs/source/api/python/mantid/api/FunctionProperty.rst +++ b/docs/source/api/python/mantid/api/FunctionProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::FunctionProperty. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/FunctionPropertyWithValue.rst b/docs/source/api/python/mantid/api/FunctionPropertyWithValue.rst index 0d91e664e603..41ffff577c0b 100644 --- a/docs/source/api/python/mantid/api/FunctionPropertyWithValue.rst +++ b/docs/source/api/python/mantid/api/FunctionPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::FunctionPropertyWithValue :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/HistogramValidator.rst b/docs/source/api/python/mantid/api/HistogramValidator.rst index aaf67eca4d19..b4d2cc86d894 100644 --- a/docs/source/api/python/mantid/api/HistogramValidator.rst +++ b/docs/source/api/python/mantid/api/HistogramValidator.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::API::HistogramValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/IAlgorithm.rst b/docs/source/api/python/mantid/api/IAlgorithm.rst index 8f51af4b1eb7..f46a14ff9965 100644 --- a/docs/source/api/python/mantid/api/IAlgorithm.rst +++ b/docs/source/api/python/mantid/api/IAlgorithm.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::IAlgorithm. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/IEventList.rst b/docs/source/api/python/mantid/api/IEventList.rst index d88ee7877cec..3bfa9477eecb 100644 --- a/docs/source/api/python/mantid/api/IEventList.rst +++ b/docs/source/api/python/mantid/api/IEventList.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::API::IEventList. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/IEventWorkspace.rst b/docs/source/api/python/mantid/api/IEventWorkspace.rst index 29bd33d29ed4..ed0f41a5c1e1 100644 --- a/docs/source/api/python/mantid/api/IEventWorkspace.rst +++ b/docs/source/api/python/mantid/api/IEventWorkspace.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::API::IEventWorkspace. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/IEventWorkspaceProperty.rst b/docs/source/api/python/mantid/api/IEventWorkspaceProperty.rst index 243228273550..8651c697e17a 100644 --- a/docs/source/api/python/mantid/api/IEventWorkspaceProperty.rst +++ b/docs/source/api/python/mantid/api/IEventWorkspaceProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::WorkspaceProperty. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/IEventWorkspacePropertyPropertyWithValue.rst b/docs/source/api/python/mantid/api/IEventWorkspacePropertyPropertyWithValue.rst index a218cfc10d3f..80696f77fcca 100644 --- a/docs/source/api/python/mantid/api/IEventWorkspacePropertyPropertyWithValue.rst +++ b/docs/source/api/python/mantid/api/IEventWorkspacePropertyPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::IEventWorkspacePropertyPr :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/IFunction.rst b/docs/source/api/python/mantid/api/IFunction.rst index 1e08356b7da1..50536528bb5f 100644 --- a/docs/source/api/python/mantid/api/IFunction.rst +++ b/docs/source/api/python/mantid/api/IFunction.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::API::IFunction. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/IFunction1D.rst b/docs/source/api/python/mantid/api/IFunction1D.rst index ac487118b46b..9e44186905af 100644 --- a/docs/source/api/python/mantid/api/IFunction1D.rst +++ b/docs/source/api/python/mantid/api/IFunction1D.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::API::IFunction1D. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/IMDEventWorkspace.rst b/docs/source/api/python/mantid/api/IMDEventWorkspace.rst index 2c1cc5abc484..9f403b2a3225 100644 --- a/docs/source/api/python/mantid/api/IMDEventWorkspace.rst +++ b/docs/source/api/python/mantid/api/IMDEventWorkspace.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::IMDEventWorkspace. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/IMDHistoWorkspace.rst b/docs/source/api/python/mantid/api/IMDHistoWorkspace.rst index 02b8807e8e89..4a90a073a621 100644 --- a/docs/source/api/python/mantid/api/IMDHistoWorkspace.rst +++ b/docs/source/api/python/mantid/api/IMDHistoWorkspace.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::API::IMDHistoWorkspace. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/IMDHistoWorkspaceProperty.rst b/docs/source/api/python/mantid/api/IMDHistoWorkspaceProperty.rst index da7d460d8f95..e5bdfdb45f1d 100644 --- a/docs/source/api/python/mantid/api/IMDHistoWorkspaceProperty.rst +++ b/docs/source/api/python/mantid/api/IMDHistoWorkspaceProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::WorkspaceProperty. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/IMDHistoWorkspacePropertyPropertyWithValue.rst b/docs/source/api/python/mantid/api/IMDHistoWorkspacePropertyPropertyWithValue.rst index 62ec2832c551..dfd961376f4f 100644 --- a/docs/source/api/python/mantid/api/IMDHistoWorkspacePropertyPropertyWithValue.rst +++ b/docs/source/api/python/mantid/api/IMDHistoWorkspacePropertyPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::IMDHistoWorkspaceProperty :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/IMDWorkspace.rst b/docs/source/api/python/mantid/api/IMDWorkspace.rst index ecbf4e74918f..5c0764cf1a52 100644 --- a/docs/source/api/python/mantid/api/IMDWorkspace.rst +++ b/docs/source/api/python/mantid/api/IMDWorkspace.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::IMDWorkspace. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/IPeak.rst b/docs/source/api/python/mantid/api/IPeak.rst index b0dd848cd1e0..0f6cec4873ef 100644 --- a/docs/source/api/python/mantid/api/IPeak.rst +++ b/docs/source/api/python/mantid/api/IPeak.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::API::IPeak. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/IPeakFunction.rst b/docs/source/api/python/mantid/api/IPeakFunction.rst index 084911540c12..80d7c83a5e9d 100644 --- a/docs/source/api/python/mantid/api/IPeakFunction.rst +++ b/docs/source/api/python/mantid/api/IPeakFunction.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::API::IPeakFunction. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/IPeaksWorkspace.rst b/docs/source/api/python/mantid/api/IPeaksWorkspace.rst index b7b1a2c92ed4..7d6bf772d5e1 100644 --- a/docs/source/api/python/mantid/api/IPeaksWorkspace.rst +++ b/docs/source/api/python/mantid/api/IPeaksWorkspace.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::IPeaksWorkspace. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/ISpectrum.rst b/docs/source/api/python/mantid/api/ISpectrum.rst index 7e451fe24464..959a3273a27e 100644 --- a/docs/source/api/python/mantid/api/ISpectrum.rst +++ b/docs/source/api/python/mantid/api/ISpectrum.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::API::ISpectrum. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/ITableWorkspace.rst b/docs/source/api/python/mantid/api/ITableWorkspace.rst index b5d16b6fb55e..bb9e2565759c 100644 --- a/docs/source/api/python/mantid/api/ITableWorkspace.rst +++ b/docs/source/api/python/mantid/api/ITableWorkspace.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::API::ITableWorkspace. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/ITableWorkspaceProperty.rst b/docs/source/api/python/mantid/api/ITableWorkspaceProperty.rst index 703f742edd9c..42456baf6dff 100644 --- a/docs/source/api/python/mantid/api/ITableWorkspaceProperty.rst +++ b/docs/source/api/python/mantid/api/ITableWorkspaceProperty.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::API::WorkspaceProperty. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/ITableWorkspacePropertyPropertyWithValue.rst b/docs/source/api/python/mantid/api/ITableWorkspacePropertyPropertyWithValue.rst index f662be23db31..e5c595e3073e 100644 --- a/docs/source/api/python/mantid/api/ITableWorkspacePropertyPropertyWithValue.rst +++ b/docs/source/api/python/mantid/api/ITableWorkspacePropertyPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::ITableWorkspacePropertyPr :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/IWorkspaceProperty.rst b/docs/source/api/python/mantid/api/IWorkspaceProperty.rst index be5e1e25ab9a..9627d37edb38 100644 --- a/docs/source/api/python/mantid/api/IWorkspaceProperty.rst +++ b/docs/source/api/python/mantid/api/IWorkspaceProperty.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::API::WorkspaceProperty. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/InstrumentValidator.rst b/docs/source/api/python/mantid/api/InstrumentValidator.rst index 6455e3756420..191fe549eeca 100644 --- a/docs/source/api/python/mantid/api/InstrumentValidator.rst +++ b/docs/source/api/python/mantid/api/InstrumentValidator.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::API::InstrumentValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/Jacobian.rst b/docs/source/api/python/mantid/api/Jacobian.rst index 69ade524f62f..eb3a30b95891 100644 --- a/docs/source/api/python/mantid/api/Jacobian.rst +++ b/docs/source/api/python/mantid/api/Jacobian.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::API::Jacobian. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/LockMode.rst b/docs/source/api/python/mantid/api/LockMode.rst index 5028c53583cf..0bb3fc81bd58 100644 --- a/docs/source/api/python/mantid/api/LockMode.rst +++ b/docs/source/api/python/mantid/api/LockMode.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::API::LockMode. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/MDGeometry.rst b/docs/source/api/python/mantid/api/MDGeometry.rst index f2a6d8a8b5ca..bfb41889586f 100644 --- a/docs/source/api/python/mantid/api/MDGeometry.rst +++ b/docs/source/api/python/mantid/api/MDGeometry.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::API::MDGeometry. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/MDNormalization.rst b/docs/source/api/python/mantid/api/MDNormalization.rst index 8b59e141648f..bd7fc6d1a838 100644 --- a/docs/source/api/python/mantid/api/MDNormalization.rst +++ b/docs/source/api/python/mantid/api/MDNormalization.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::API::MDNormalization. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/MantidAxis.rst b/docs/source/api/python/mantid/api/MantidAxis.rst index f871c17d561f..2b065b1620da 100644 --- a/docs/source/api/python/mantid/api/MantidAxis.rst +++ b/docs/source/api/python/mantid/api/MantidAxis.rst @@ -13,4 +13,3 @@ This is a Python binding to the C++ class Mantid::API::MantidAxis. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/MatrixWorkspace.rst b/docs/source/api/python/mantid/api/MatrixWorkspace.rst index f888e31d9d27..8cb5c28e4a41 100644 --- a/docs/source/api/python/mantid/api/MatrixWorkspace.rst +++ b/docs/source/api/python/mantid/api/MatrixWorkspace.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::API::MatrixWorkspace. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/MatrixWorkspaceProperty.rst b/docs/source/api/python/mantid/api/MatrixWorkspaceProperty.rst index 9de4d50fddb7..eaaf3453c629 100644 --- a/docs/source/api/python/mantid/api/MatrixWorkspaceProperty.rst +++ b/docs/source/api/python/mantid/api/MatrixWorkspaceProperty.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::API::WorkspaceProperty. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/MatrixWorkspacePropertyPropertyWithValue.rst b/docs/source/api/python/mantid/api/MatrixWorkspacePropertyPropertyWithValue.rst index 4c1be095205e..343355653cd5 100644 --- a/docs/source/api/python/mantid/api/MatrixWorkspacePropertyPropertyWithValue.rst +++ b/docs/source/api/python/mantid/api/MatrixWorkspacePropertyPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::MatrixWorkspacePropertyPr :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/MatrixWorkspaceValidator.rst b/docs/source/api/python/mantid/api/MatrixWorkspaceValidator.rst index 0cd1c6a26bec..0672409c95bb 100644 --- a/docs/source/api/python/mantid/api/MatrixWorkspaceValidator.rst +++ b/docs/source/api/python/mantid/api/MatrixWorkspaceValidator.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::MatrixWorkspaceValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/MultipleExperimentInfos.rst b/docs/source/api/python/mantid/api/MultipleExperimentInfos.rst index 2459d9dc9cee..89011130e21a 100644 --- a/docs/source/api/python/mantid/api/MultipleExperimentInfos.rst +++ b/docs/source/api/python/mantid/api/MultipleExperimentInfos.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::API::MultipleExperimentInfos. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/NumericAxis.rst b/docs/source/api/python/mantid/api/NumericAxis.rst index d8a70d5d8483..5c40e05832cd 100644 --- a/docs/source/api/python/mantid/api/NumericAxis.rst +++ b/docs/source/api/python/mantid/api/NumericAxis.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::NumericAxis. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/NumericAxisValidator.rst b/docs/source/api/python/mantid/api/NumericAxisValidator.rst index 9cd1252b1547..30fcdc8b8296 100644 --- a/docs/source/api/python/mantid/api/NumericAxisValidator.rst +++ b/docs/source/api/python/mantid/api/NumericAxisValidator.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::NumericAxisValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/Progress.rst b/docs/source/api/python/mantid/api/Progress.rst index 348643be160b..c7ed183a67ba 100644 --- a/docs/source/api/python/mantid/api/Progress.rst +++ b/docs/source/api/python/mantid/api/Progress.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::Progress. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/PropertyMode.rst b/docs/source/api/python/mantid/api/PropertyMode.rst index 476f3a8be0b8..630b35357066 100644 --- a/docs/source/api/python/mantid/api/PropertyMode.rst +++ b/docs/source/api/python/mantid/api/PropertyMode.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::API::PropertyMode. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/RawCountValidator.rst b/docs/source/api/python/mantid/api/RawCountValidator.rst index 18fbdc05e072..a0c6c3f4a7b3 100644 --- a/docs/source/api/python/mantid/api/RawCountValidator.rst +++ b/docs/source/api/python/mantid/api/RawCountValidator.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::API::RawCountValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/Run.rst b/docs/source/api/python/mantid/api/Run.rst index 976ffc76a698..20d246846677 100644 --- a/docs/source/api/python/mantid/api/Run.rst +++ b/docs/source/api/python/mantid/api/Run.rst @@ -13,4 +13,3 @@ This is a Python binding to the C++ class Mantid::API::Run. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/Sample.rst b/docs/source/api/python/mantid/api/Sample.rst index a7dca1a2018b..89726077d4e0 100644 --- a/docs/source/api/python/mantid/api/Sample.rst +++ b/docs/source/api/python/mantid/api/Sample.rst @@ -13,4 +13,3 @@ This is a Python binding to the C++ class Mantid::API::Sample. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/ScriptRepository.rst b/docs/source/api/python/mantid/api/ScriptRepository.rst index 6ceef0468aa7..954147fae598 100644 --- a/docs/source/api/python/mantid/api/ScriptRepository.rst +++ b/docs/source/api/python/mantid/api/ScriptRepository.rst @@ -13,4 +13,3 @@ This is a Python binding to the C++ class Mantid::API::ScriptRepository. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/ScriptRepositoryFactory.rst b/docs/source/api/python/mantid/api/ScriptRepositoryFactory.rst index ecafe53255c6..598ebf57ddb9 100644 --- a/docs/source/api/python/mantid/api/ScriptRepositoryFactory.rst +++ b/docs/source/api/python/mantid/api/ScriptRepositoryFactory.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::API::ScriptRepositoryFactory. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/SpectraAxisValidator.rst b/docs/source/api/python/mantid/api/SpectraAxisValidator.rst index 825fa764e06b..13a8ba8d4484 100644 --- a/docs/source/api/python/mantid/api/SpectraAxisValidator.rst +++ b/docs/source/api/python/mantid/api/SpectraAxisValidator.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::SpectraAxisValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/TextAxis.rst b/docs/source/api/python/mantid/api/TextAxis.rst index f08611b2b565..dad10b6289a5 100644 --- a/docs/source/api/python/mantid/api/TextAxis.rst +++ b/docs/source/api/python/mantid/api/TextAxis.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::TextAxis. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/VectorVectorStringPropertyWithValue.rst b/docs/source/api/python/mantid/api/VectorVectorStringPropertyWithValue.rst index 769911e66060..ea2b3fc61521 100644 --- a/docs/source/api/python/mantid/api/VectorVectorStringPropertyWithValue.rst +++ b/docs/source/api/python/mantid/api/VectorVectorStringPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::VectorVectorStringPropert :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/Workspace.rst b/docs/source/api/python/mantid/api/Workspace.rst index 6c25a21753a4..4bc3f02185f0 100644 --- a/docs/source/api/python/mantid/api/Workspace.rst +++ b/docs/source/api/python/mantid/api/Workspace.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::API::Workspace. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/WorkspaceFactoryImpl.rst b/docs/source/api/python/mantid/api/WorkspaceFactoryImpl.rst index 14deb3a68ea0..6db791ee2d8c 100644 --- a/docs/source/api/python/mantid/api/WorkspaceFactoryImpl.rst +++ b/docs/source/api/python/mantid/api/WorkspaceFactoryImpl.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::API::WorkspaceFactoryImpl. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/WorkspaceGroup.rst b/docs/source/api/python/mantid/api/WorkspaceGroup.rst index b6c74ff98ca0..7a6c25e85d26 100644 --- a/docs/source/api/python/mantid/api/WorkspaceGroup.rst +++ b/docs/source/api/python/mantid/api/WorkspaceGroup.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::WorkspaceGroup. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/WorkspaceGroupProperty.rst b/docs/source/api/python/mantid/api/WorkspaceGroupProperty.rst index ad04df856b3e..dea447a6b7ae 100644 --- a/docs/source/api/python/mantid/api/WorkspaceGroupProperty.rst +++ b/docs/source/api/python/mantid/api/WorkspaceGroupProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::WorkspaceGroupProperty. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/WorkspaceGroupPropertyPropertyWithValue.rst b/docs/source/api/python/mantid/api/WorkspaceGroupPropertyPropertyWithValue.rst index a11067acfe37..0c8078145304 100644 --- a/docs/source/api/python/mantid/api/WorkspaceGroupPropertyPropertyWithValue.rst +++ b/docs/source/api/python/mantid/api/WorkspaceGroupPropertyPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::WorkspaceGroupPropertyPro :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/WorkspaceHistory.rst b/docs/source/api/python/mantid/api/WorkspaceHistory.rst index 19a8d50e1a02..7eb959ad6289 100644 --- a/docs/source/api/python/mantid/api/WorkspaceHistory.rst +++ b/docs/source/api/python/mantid/api/WorkspaceHistory.rst @@ -13,4 +13,3 @@ This is a Python binding to the C++ class Mantid::API::WorkspaceHistory. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/WorkspaceProperty.rst b/docs/source/api/python/mantid/api/WorkspaceProperty.rst index e5b87cdc5b1a..424a665f121d 100644 --- a/docs/source/api/python/mantid/api/WorkspaceProperty.rst +++ b/docs/source/api/python/mantid/api/WorkspaceProperty.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::API::WorkspaceProperty. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/WorkspacePropertyPropertyWithValue.rst b/docs/source/api/python/mantid/api/WorkspacePropertyPropertyWithValue.rst index 6676f30c6298..237a95487ac5 100644 --- a/docs/source/api/python/mantid/api/WorkspacePropertyPropertyWithValue.rst +++ b/docs/source/api/python/mantid/api/WorkspacePropertyPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::API::WorkspacePropertyProperty :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/WorkspaceUnitValidator.rst b/docs/source/api/python/mantid/api/WorkspaceUnitValidator.rst index b09f12e1e461..4e2fe17a9a1d 100644 --- a/docs/source/api/python/mantid/api/WorkspaceUnitValidator.rst +++ b/docs/source/api/python/mantid/api/WorkspaceUnitValidator.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::API::WorkspaceUnitValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/api/index.rst b/docs/source/api/python/mantid/api/index.rst index db3c106d8503..e2d966b990ca 100644 --- a/docs/source/api/python/mantid/api/index.rst +++ b/docs/source/api/python/mantid/api/index.rst @@ -10,4 +10,4 @@ :glob: :maxdepth: 1 - * \ No newline at end of file + * diff --git a/docs/source/api/python/mantid/apiVersion.rst b/docs/source/api/python/mantid/apiVersion.rst index e1b8e8ae4792..c8bbb2af4273 100644 --- a/docs/source/api/python/mantid/apiVersion.rst +++ b/docs/source/api/python/mantid/apiVersion.rst @@ -5,4 +5,3 @@ .. module:`mantid` .. autofunction:: mantid.apiVersion - diff --git a/docs/source/api/python/mantid/dataobjects/EventList.rst b/docs/source/api/python/mantid/dataobjects/EventList.rst index 24ae28f49b7c..32741e80f072 100644 --- a/docs/source/api/python/mantid/dataobjects/EventList.rst +++ b/docs/source/api/python/mantid/dataobjects/EventList.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::EventList. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/EventWorkspace.rst b/docs/source/api/python/mantid/dataobjects/EventWorkspace.rst index 6335d17af0a3..6bc187e22670 100644 --- a/docs/source/api/python/mantid/dataobjects/EventWorkspace.rst +++ b/docs/source/api/python/mantid/dataobjects/EventWorkspace.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::EventWorkspace :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/EventWorkspaceProperty.rst b/docs/source/api/python/mantid/dataobjects/EventWorkspaceProperty.rst index d60cbee8e9b2..222dc5d648cd 100644 --- a/docs/source/api/python/mantid/dataobjects/EventWorkspaceProperty.rst +++ b/docs/source/api/python/mantid/dataobjects/EventWorkspaceProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::EventWorkspacePro :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/GroupingWorkspace.rst b/docs/source/api/python/mantid/dataobjects/GroupingWorkspace.rst index 22749c8e2090..92fe7b499d55 100644 --- a/docs/source/api/python/mantid/dataobjects/GroupingWorkspace.rst +++ b/docs/source/api/python/mantid/dataobjects/GroupingWorkspace.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::GroupingWorkspace :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/GroupingWorkspaceProperty.rst b/docs/source/api/python/mantid/dataobjects/GroupingWorkspaceProperty.rst index 97cc6804d4eb..1b6bf68b4ea5 100644 --- a/docs/source/api/python/mantid/dataobjects/GroupingWorkspaceProperty.rst +++ b/docs/source/api/python/mantid/dataobjects/GroupingWorkspaceProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::GroupingWorkspace :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/LeanElasticPeaksWorkspace.rst b/docs/source/api/python/mantid/dataobjects/LeanElasticPeaksWorkspace.rst index 9f55863ad88d..ff6523155ddb 100644 --- a/docs/source/api/python/mantid/dataobjects/LeanElasticPeaksWorkspace.rst +++ b/docs/source/api/python/mantid/dataobjects/LeanElasticPeaksWorkspace.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::LeanElasticPeaksW :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/MDEventWorkspace1D.rst b/docs/source/api/python/mantid/dataobjects/MDEventWorkspace1D.rst index 6ccfff29fe34..7c6022854056 100644 --- a/docs/source/api/python/mantid/dataobjects/MDEventWorkspace1D.rst +++ b/docs/source/api/python/mantid/dataobjects/MDEventWorkspace1D.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::MDEventWorkspace1 :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/MDHistoWorkspace.rst b/docs/source/api/python/mantid/dataobjects/MDHistoWorkspace.rst index 5a250cc3c3da..cd177b6bea0f 100644 --- a/docs/source/api/python/mantid/dataobjects/MDHistoWorkspace.rst +++ b/docs/source/api/python/mantid/dataobjects/MDHistoWorkspace.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::MDHistoWorkspace. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/MDLeanEventWorkspace1D.rst b/docs/source/api/python/mantid/dataobjects/MDLeanEventWorkspace1D.rst index a9c8085e5aca..37a6694325a1 100644 --- a/docs/source/api/python/mantid/dataobjects/MDLeanEventWorkspace1D.rst +++ b/docs/source/api/python/mantid/dataobjects/MDLeanEventWorkspace1D.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::MDLeanEventWorksp :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/MaskWorkspace.rst b/docs/source/api/python/mantid/dataobjects/MaskWorkspace.rst index bbef814b63f7..646a3ac95183 100644 --- a/docs/source/api/python/mantid/dataobjects/MaskWorkspace.rst +++ b/docs/source/api/python/mantid/dataobjects/MaskWorkspace.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::MaskWorkspace. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/MaskWorkspaceProperty.rst b/docs/source/api/python/mantid/dataobjects/MaskWorkspaceProperty.rst index 85e037004418..8f4de3a37f05 100644 --- a/docs/source/api/python/mantid/dataobjects/MaskWorkspaceProperty.rst +++ b/docs/source/api/python/mantid/dataobjects/MaskWorkspaceProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::MaskWorkspaceProp :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/NoShape.rst b/docs/source/api/python/mantid/dataobjects/NoShape.rst index 4729b62d69a7..87d656b2c7fb 100644 --- a/docs/source/api/python/mantid/dataobjects/NoShape.rst +++ b/docs/source/api/python/mantid/dataobjects/NoShape.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::NoShape. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/OffsetsWorkspace.rst b/docs/source/api/python/mantid/dataobjects/OffsetsWorkspace.rst index 4346b66faf85..ae8335d91165 100644 --- a/docs/source/api/python/mantid/dataobjects/OffsetsWorkspace.rst +++ b/docs/source/api/python/mantid/dataobjects/OffsetsWorkspace.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::OffsetsWorkspace. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/OffsetsWorkspaceProperty.rst b/docs/source/api/python/mantid/dataobjects/OffsetsWorkspaceProperty.rst index 2fea384af9ce..494bd743bc41 100644 --- a/docs/source/api/python/mantid/dataobjects/OffsetsWorkspaceProperty.rst +++ b/docs/source/api/python/mantid/dataobjects/OffsetsWorkspaceProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::OffsetsWorkspaceP :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/PeakShapeEllipsoid.rst b/docs/source/api/python/mantid/dataobjects/PeakShapeEllipsoid.rst index 402da29b9532..c37ae66efbbf 100644 --- a/docs/source/api/python/mantid/dataobjects/PeakShapeEllipsoid.rst +++ b/docs/source/api/python/mantid/dataobjects/PeakShapeEllipsoid.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::PeakShapeEllipsoi :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/PeakShapeSpherical.rst b/docs/source/api/python/mantid/dataobjects/PeakShapeSpherical.rst index 79b2bdb79069..3284bb9e1600 100644 --- a/docs/source/api/python/mantid/dataobjects/PeakShapeSpherical.rst +++ b/docs/source/api/python/mantid/dataobjects/PeakShapeSpherical.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::PeakShapeSpherica :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/PeaksWorkspace.rst b/docs/source/api/python/mantid/dataobjects/PeaksWorkspace.rst index c1e130a7c4f0..d8759bd8b43c 100644 --- a/docs/source/api/python/mantid/dataobjects/PeaksWorkspace.rst +++ b/docs/source/api/python/mantid/dataobjects/PeaksWorkspace.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::PeaksWorkspace. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/PeaksWorkspaceProperty.rst b/docs/source/api/python/mantid/dataobjects/PeaksWorkspaceProperty.rst index 91f836d96625..4a8d4caab57f 100644 --- a/docs/source/api/python/mantid/dataobjects/PeaksWorkspaceProperty.rst +++ b/docs/source/api/python/mantid/dataobjects/PeaksWorkspaceProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::PeaksWorkspacePro :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/RebinnedOutput.rst b/docs/source/api/python/mantid/dataobjects/RebinnedOutput.rst index 9c658bdbfb3e..8db6317989b8 100644 --- a/docs/source/api/python/mantid/dataobjects/RebinnedOutput.rst +++ b/docs/source/api/python/mantid/dataobjects/RebinnedOutput.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::RebinnedOutput. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/SpecialWorkspace2D.rst b/docs/source/api/python/mantid/dataobjects/SpecialWorkspace2D.rst index 6e4500dac3f3..d63889ddfa25 100644 --- a/docs/source/api/python/mantid/dataobjects/SpecialWorkspace2D.rst +++ b/docs/source/api/python/mantid/dataobjects/SpecialWorkspace2D.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::SpecialWorkspace2 :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/SpecialWorkspace2DProperty.rst b/docs/source/api/python/mantid/dataobjects/SpecialWorkspace2DProperty.rst index 2cd997cadc5b..6c93def4bb04 100644 --- a/docs/source/api/python/mantid/dataobjects/SpecialWorkspace2DProperty.rst +++ b/docs/source/api/python/mantid/dataobjects/SpecialWorkspace2DProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::SpecialWorkspace2 :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/SplittersWorkspace.rst b/docs/source/api/python/mantid/dataobjects/SplittersWorkspace.rst index 0545d80e0924..c1889b08d493 100644 --- a/docs/source/api/python/mantid/dataobjects/SplittersWorkspace.rst +++ b/docs/source/api/python/mantid/dataobjects/SplittersWorkspace.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::SplittersWorkspac :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/SplittersWorkspaceProperty.rst b/docs/source/api/python/mantid/dataobjects/SplittersWorkspaceProperty.rst index 56cf6a67349e..2a531d68e6e9 100644 --- a/docs/source/api/python/mantid/dataobjects/SplittersWorkspaceProperty.rst +++ b/docs/source/api/python/mantid/dataobjects/SplittersWorkspaceProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::SplittersWorkspac :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/TableWorkspace.rst b/docs/source/api/python/mantid/dataobjects/TableWorkspace.rst index 16bff5dd7d65..d813933c367f 100644 --- a/docs/source/api/python/mantid/dataobjects/TableWorkspace.rst +++ b/docs/source/api/python/mantid/dataobjects/TableWorkspace.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::TableWorkspace. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/TableWorkspaceProperty.rst b/docs/source/api/python/mantid/dataobjects/TableWorkspaceProperty.rst index 6fe332883334..ea7ed6e85122 100644 --- a/docs/source/api/python/mantid/dataobjects/TableWorkspaceProperty.rst +++ b/docs/source/api/python/mantid/dataobjects/TableWorkspaceProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::TableWorkspacePro :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/Workspace2D.rst b/docs/source/api/python/mantid/dataobjects/Workspace2D.rst index a1eae3156327..5bda92323d5a 100644 --- a/docs/source/api/python/mantid/dataobjects/Workspace2D.rst +++ b/docs/source/api/python/mantid/dataobjects/Workspace2D.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::Workspace2D. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/Workspace2DProperty.rst b/docs/source/api/python/mantid/dataobjects/Workspace2DProperty.rst index 041fc7c243b0..cbe0f9907ad4 100644 --- a/docs/source/api/python/mantid/dataobjects/Workspace2DProperty.rst +++ b/docs/source/api/python/mantid/dataobjects/Workspace2DProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::Workspace2DProper :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/WorkspaceSingleValue.rst b/docs/source/api/python/mantid/dataobjects/WorkspaceSingleValue.rst index 0718cc3f895f..ba2b76c26c32 100644 --- a/docs/source/api/python/mantid/dataobjects/WorkspaceSingleValue.rst +++ b/docs/source/api/python/mantid/dataobjects/WorkspaceSingleValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::WorkspaceSingleVa :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/dataobjects/WorkspaceSingleValueProperty.rst b/docs/source/api/python/mantid/dataobjects/WorkspaceSingleValueProperty.rst index b403f2eabc26..30467a126f9e 100644 --- a/docs/source/api/python/mantid/dataobjects/WorkspaceSingleValueProperty.rst +++ b/docs/source/api/python/mantid/dataobjects/WorkspaceSingleValueProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::DataObjects::WorkspaceSingleVa :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/fixtures.rst b/docs/source/api/python/mantid/fixtures.rst index 94b9711aa48a..9284f5623895 100644 --- a/docs/source/api/python/mantid/fixtures.rst +++ b/docs/source/api/python/mantid/fixtures.rst @@ -42,4 +42,4 @@ In both cases, when test_something( ) exits, the workspace will be deleted. Pytest fixtures are not part of the Mantid code base, but are used by other projects that use Mantid. Pytest fixtures are `not supported `_ in test that inherit :code:`unittest.TestCase`. More information on pytest fixtures can be found -in the `pytest documentation `_. \ No newline at end of file +in the `pytest documentation `_. diff --git a/docs/source/api/python/mantid/geometry/AngleUnits.rst b/docs/source/api/python/mantid/geometry/AngleUnits.rst index 80b7b7c6931a..d3791c270c6f 100644 --- a/docs/source/api/python/mantid/geometry/AngleUnits.rst +++ b/docs/source/api/python/mantid/geometry/AngleUnits.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Geometry::AngleUnits. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/geometry/BoundingBox.rst b/docs/source/api/python/mantid/geometry/BoundingBox.rst index d9cd41d7f993..14f5a3fa85fb 100644 --- a/docs/source/api/python/mantid/geometry/BoundingBox.rst +++ b/docs/source/api/python/mantid/geometry/BoundingBox.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Geometry::BoundingBox. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/geometry/CompAssembly.rst b/docs/source/api/python/mantid/geometry/CompAssembly.rst index c397fd966a3e..0dc48115fe80 100644 --- a/docs/source/api/python/mantid/geometry/CompAssembly.rst +++ b/docs/source/api/python/mantid/geometry/CompAssembly.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Geometry::CompAssembly. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/geometry/Component.rst b/docs/source/api/python/mantid/geometry/Component.rst index af289b717f5e..e851b5af32c8 100644 --- a/docs/source/api/python/mantid/geometry/Component.rst +++ b/docs/source/api/python/mantid/geometry/Component.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Geometry::Component. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/geometry/Detector.rst b/docs/source/api/python/mantid/geometry/Detector.rst index 7a98c9e0da24..bf169e21eda4 100644 --- a/docs/source/api/python/mantid/geometry/Detector.rst +++ b/docs/source/api/python/mantid/geometry/Detector.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Geometry::Detector. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/geometry/DetectorGroup.rst b/docs/source/api/python/mantid/geometry/DetectorGroup.rst index 0276433eb731..764309f5b236 100644 --- a/docs/source/api/python/mantid/geometry/DetectorGroup.rst +++ b/docs/source/api/python/mantid/geometry/DetectorGroup.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Geometry::DetectorGroup. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/geometry/Goniometer.rst b/docs/source/api/python/mantid/geometry/Goniometer.rst index 34c7cd198b33..78342a2b4219 100644 --- a/docs/source/api/python/mantid/geometry/Goniometer.rst +++ b/docs/source/api/python/mantid/geometry/Goniometer.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Geometry::Goniometer. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/geometry/GridDetectorPixel.rst b/docs/source/api/python/mantid/geometry/GridDetectorPixel.rst index 1b90a86901c8..c844e186a6a3 100644 --- a/docs/source/api/python/mantid/geometry/GridDetectorPixel.rst +++ b/docs/source/api/python/mantid/geometry/GridDetectorPixel.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Geometry::GridDetectorPixel. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/geometry/ICompAssembly.rst b/docs/source/api/python/mantid/geometry/ICompAssembly.rst index 930e007821ff..e99f563cb442 100644 --- a/docs/source/api/python/mantid/geometry/ICompAssembly.rst +++ b/docs/source/api/python/mantid/geometry/ICompAssembly.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Geometry::ICompAssembly. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/geometry/IComponent.rst b/docs/source/api/python/mantid/geometry/IComponent.rst index 42163dd8dcbd..9d5134b242d5 100644 --- a/docs/source/api/python/mantid/geometry/IComponent.rst +++ b/docs/source/api/python/mantid/geometry/IComponent.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Geometry::IComponent. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/geometry/IDetector.rst b/docs/source/api/python/mantid/geometry/IDetector.rst index 5fcab9d8a444..ab2cc9443a38 100644 --- a/docs/source/api/python/mantid/geometry/IDetector.rst +++ b/docs/source/api/python/mantid/geometry/IDetector.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Geometry::IDetector. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/geometry/IMDDimension.rst b/docs/source/api/python/mantid/geometry/IMDDimension.rst index 44a6d0219e29..a250583bdf88 100644 --- a/docs/source/api/python/mantid/geometry/IMDDimension.rst +++ b/docs/source/api/python/mantid/geometry/IMDDimension.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Geometry::IMDDimension. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/geometry/IObjCompAssembly.rst b/docs/source/api/python/mantid/geometry/IObjCompAssembly.rst index 361d61aa872d..cb594917eb21 100644 --- a/docs/source/api/python/mantid/geometry/IObjCompAssembly.rst +++ b/docs/source/api/python/mantid/geometry/IObjCompAssembly.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Geometry::ObjCompAssembly. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/geometry/IObjComponent.rst b/docs/source/api/python/mantid/geometry/IObjComponent.rst index ad329d4ca5fb..544d8b8597fc 100644 --- a/docs/source/api/python/mantid/geometry/IObjComponent.rst +++ b/docs/source/api/python/mantid/geometry/IObjComponent.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Geometry::IObjComponent. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/geometry/IObject.rst b/docs/source/api/python/mantid/geometry/IObject.rst index 214a10ecb6fc..04c628af5e51 100644 --- a/docs/source/api/python/mantid/geometry/IObject.rst +++ b/docs/source/api/python/mantid/geometry/IObject.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Geometry::Object. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/geometry/Instrument.rst b/docs/source/api/python/mantid/geometry/Instrument.rst index 10dcc80cd2d9..5b191adf8f34 100644 --- a/docs/source/api/python/mantid/geometry/Instrument.rst +++ b/docs/source/api/python/mantid/geometry/Instrument.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Geometry::Instrument. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/geometry/ObjComponent.rst b/docs/source/api/python/mantid/geometry/ObjComponent.rst index ea5506e26a20..2042c9386960 100644 --- a/docs/source/api/python/mantid/geometry/ObjComponent.rst +++ b/docs/source/api/python/mantid/geometry/ObjComponent.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Geometry::ObjComponent. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/geometry/PointingAlong.rst b/docs/source/api/python/mantid/geometry/PointingAlong.rst index 881c1f3125e2..442ad982494a 100644 --- a/docs/source/api/python/mantid/geometry/PointingAlong.rst +++ b/docs/source/api/python/mantid/geometry/PointingAlong.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Geometry::PointingAlong. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/geometry/RectangularDetector.rst b/docs/source/api/python/mantid/geometry/RectangularDetector.rst index 1ab0ab8294be..eae60e6c9584 100644 --- a/docs/source/api/python/mantid/geometry/RectangularDetector.rst +++ b/docs/source/api/python/mantid/geometry/RectangularDetector.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Geometry::RectangularDetector. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/geometry/ReferenceFrame.rst b/docs/source/api/python/mantid/geometry/ReferenceFrame.rst index c5ba4b716fb6..febc4d838d40 100644 --- a/docs/source/api/python/mantid/geometry/ReferenceFrame.rst +++ b/docs/source/api/python/mantid/geometry/ReferenceFrame.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Geometry::ReferenceFrame. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/geometry/UnitCell.rst b/docs/source/api/python/mantid/geometry/UnitCell.rst index c83ff306d4d2..a15f060fa3be 100644 --- a/docs/source/api/python/mantid/geometry/UnitCell.rst +++ b/docs/source/api/python/mantid/geometry/UnitCell.rst @@ -13,4 +13,3 @@ on this class follow naming conventions for parameters as defined in the :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/AmendConfig.rst b/docs/source/api/python/mantid/kernel/AmendConfig.rst index 3ab60764326a..9f85fc24c8ef 100644 --- a/docs/source/api/python/mantid/kernel/AmendConfig.rst +++ b/docs/source/api/python/mantid/kernel/AmendConfig.rst @@ -8,4 +8,3 @@ .. automodule:: mantid.kernel.AmendConfig :members: - diff --git a/docs/source/api/python/mantid/kernel/Atom.rst b/docs/source/api/python/mantid/kernel/Atom.rst index 9cd71c60f814..30fc0d38718a 100644 --- a/docs/source/api/python/mantid/kernel/Atom.rst +++ b/docs/source/api/python/mantid/kernel/Atom.rst @@ -11,5 +11,3 @@ This is a Python binding to the C++ class Mantid::PhysicalConstants::Atom. :members: :undoc-members: :inherited-members: - - diff --git a/docs/source/api/python/mantid/kernel/BoolFilteredTimeSeriesProperty.rst b/docs/source/api/python/mantid/kernel/BoolFilteredTimeSeriesProperty.rst index 7f08da3eea41..d0b390490436 100644 --- a/docs/source/api/python/mantid/kernel/BoolFilteredTimeSeriesProperty.rst +++ b/docs/source/api/python/mantid/kernel/BoolFilteredTimeSeriesProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::FilteredTimeSeriesProp :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/BoolPropertyWithValue.rst b/docs/source/api/python/mantid/kernel/BoolPropertyWithValue.rst index 2e6e7242a043..ef9d05ddda6c 100644 --- a/docs/source/api/python/mantid/kernel/BoolPropertyWithValue.rst +++ b/docs/source/api/python/mantid/kernel/BoolPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::BoolPropertyWithValue. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/BoolTimeSeriesProperty.rst b/docs/source/api/python/mantid/kernel/BoolTimeSeriesProperty.rst index cf79b585ca25..128767bb1d3a 100644 --- a/docs/source/api/python/mantid/kernel/BoolTimeSeriesProperty.rst +++ b/docs/source/api/python/mantid/kernel/BoolTimeSeriesProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::TimeSeriesProperty. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/CIntArrayProperty.rst b/docs/source/api/python/mantid/kernel/CIntArrayProperty.rst index b4a376aaf47a..5fdb0dbf8e31 100644 --- a/docs/source/api/python/mantid/kernel/CIntArrayProperty.rst +++ b/docs/source/api/python/mantid/kernel/CIntArrayProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::ArrayProperty. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/CompositeValidator.rst b/docs/source/api/python/mantid/kernel/CompositeValidator.rst index 5d2b46424d4c..5212f9bce460 100644 --- a/docs/source/api/python/mantid/kernel/CompositeValidator.rst +++ b/docs/source/api/python/mantid/kernel/CompositeValidator.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::CompositeValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/DataItem.rst b/docs/source/api/python/mantid/kernel/DataItem.rst index a6274418e72c..4072fdf02d7e 100644 --- a/docs/source/api/python/mantid/kernel/DataItem.rst +++ b/docs/source/api/python/mantid/kernel/DataItem.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::DataItem. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/DeltaEMode.rst b/docs/source/api/python/mantid/kernel/DeltaEMode.rst index b88b6a366663..87f3c7b113a6 100644 --- a/docs/source/api/python/mantid/kernel/DeltaEMode.rst +++ b/docs/source/api/python/mantid/kernel/DeltaEMode.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::DeltaEMode. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/DeltaEModeType.rst b/docs/source/api/python/mantid/kernel/DeltaEModeType.rst index 4049d89deede..643fd313b5bc 100644 --- a/docs/source/api/python/mantid/kernel/DeltaEModeType.rst +++ b/docs/source/api/python/mantid/kernel/DeltaEModeType.rst @@ -10,4 +10,3 @@ This is a Python binding to the C++ class Mantid::Kernel::DeltaEMode. .. autoclass:: mantid.kernel.DeltaEModeType :members: :undoc-members: - diff --git a/docs/source/api/python/mantid/kernel/Direction.rst b/docs/source/api/python/mantid/kernel/Direction.rst index 8fd1e5cb58a6..2e89b252bcbf 100644 --- a/docs/source/api/python/mantid/kernel/Direction.rst +++ b/docs/source/api/python/mantid/kernel/Direction.rst @@ -10,4 +10,3 @@ This is a Python binding to the C++ class Mantid::Kernel::Direction. .. autoclass:: mantid.kernel.Direction :members: :undoc-members: - diff --git a/docs/source/api/python/mantid/kernel/EnabledWhenProperty.rst b/docs/source/api/python/mantid/kernel/EnabledWhenProperty.rst index 2c9cd570b166..3cc36a1dfda4 100644 --- a/docs/source/api/python/mantid/kernel/EnabledWhenProperty.rst +++ b/docs/source/api/python/mantid/kernel/EnabledWhenProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::EnabledWhenProperty. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/FacilityInfo.rst b/docs/source/api/python/mantid/kernel/FacilityInfo.rst index d7be50f4dc66..2f6000b079a5 100644 --- a/docs/source/api/python/mantid/kernel/FacilityInfo.rst +++ b/docs/source/api/python/mantid/kernel/FacilityInfo.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::FacilityInfo. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/FloatArrayBoundedValidator.rst b/docs/source/api/python/mantid/kernel/FloatArrayBoundedValidator.rst index 08026f6d8c49..276a34f74c3e 100644 --- a/docs/source/api/python/mantid/kernel/FloatArrayBoundedValidator.rst +++ b/docs/source/api/python/mantid/kernel/FloatArrayBoundedValidator.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::Kernel::ArrayBoundedValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/FloatArrayLengthValidator.rst b/docs/source/api/python/mantid/kernel/FloatArrayLengthValidator.rst index ee2236accf3d..e9df33419f44 100644 --- a/docs/source/api/python/mantid/kernel/FloatArrayLengthValidator.rst +++ b/docs/source/api/python/mantid/kernel/FloatArrayLengthValidator.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::Kernel::ArrayLengthValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/FloatArrayMandatoryValidator.rst b/docs/source/api/python/mantid/kernel/FloatArrayMandatoryValidator.rst index 3d4ee5cfce64..1b5479f770dc 100644 --- a/docs/source/api/python/mantid/kernel/FloatArrayMandatoryValidator.rst +++ b/docs/source/api/python/mantid/kernel/FloatArrayMandatoryValidator.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::MandatoryValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/FloatArrayProperty.rst b/docs/source/api/python/mantid/kernel/FloatArrayProperty.rst index 7c5320151991..df217596166a 100644 --- a/docs/source/api/python/mantid/kernel/FloatArrayProperty.rst +++ b/docs/source/api/python/mantid/kernel/FloatArrayProperty.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::Kernel::ArrayProperty. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/FloatBoundedValidator.rst b/docs/source/api/python/mantid/kernel/FloatBoundedValidator.rst index 678d441af6be..f52b869fd821 100644 --- a/docs/source/api/python/mantid/kernel/FloatBoundedValidator.rst +++ b/docs/source/api/python/mantid/kernel/FloatBoundedValidator.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::Kernel::FloatBoundedValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/FloatFilteredTimeSeriesProperty.rst b/docs/source/api/python/mantid/kernel/FloatFilteredTimeSeriesProperty.rst index 841456785ac9..62974a44605d 100644 --- a/docs/source/api/python/mantid/kernel/FloatFilteredTimeSeriesProperty.rst +++ b/docs/source/api/python/mantid/kernel/FloatFilteredTimeSeriesProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::FilteredTimeSeriesProp :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/FloatMandatoryValidator.rst b/docs/source/api/python/mantid/kernel/FloatMandatoryValidator.rst index 6f71c65be29e..278fd2fa980f 100644 --- a/docs/source/api/python/mantid/kernel/FloatMandatoryValidator.rst +++ b/docs/source/api/python/mantid/kernel/FloatMandatoryValidator.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::Kernel::MandatoryValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/FloatPropertyWithValue.rst b/docs/source/api/python/mantid/kernel/FloatPropertyWithValue.rst index 2b857a9a1cce..a4656922e83b 100644 --- a/docs/source/api/python/mantid/kernel/FloatPropertyWithValue.rst +++ b/docs/source/api/python/mantid/kernel/FloatPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::FloatPropertyWithValue :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/FloatTimeSeriesProperty.rst b/docs/source/api/python/mantid/kernel/FloatTimeSeriesProperty.rst index d8729c6a1bd9..1654b1c5a613 100644 --- a/docs/source/api/python/mantid/kernel/FloatTimeSeriesProperty.rst +++ b/docs/source/api/python/mantid/kernel/FloatTimeSeriesProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::TimeSeriesProperty. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/IPropertyManager.rst b/docs/source/api/python/mantid/kernel/IPropertyManager.rst index df62a9862912..813df12f8fb1 100644 --- a/docs/source/api/python/mantid/kernel/IPropertyManager.rst +++ b/docs/source/api/python/mantid/kernel/IPropertyManager.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::IPropertyManager. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/IPropertySettings.rst b/docs/source/api/python/mantid/kernel/IPropertySettings.rst index 7d68bf1f6500..a2c26f33544f 100644 --- a/docs/source/api/python/mantid/kernel/IPropertySettings.rst +++ b/docs/source/api/python/mantid/kernel/IPropertySettings.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::IPropertySettings. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/IValidator.rst b/docs/source/api/python/mantid/kernel/IValidator.rst index e39700a9f1b1..4150430b1db1 100644 --- a/docs/source/api/python/mantid/kernel/IValidator.rst +++ b/docs/source/api/python/mantid/kernel/IValidator.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::IValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/InstrumentInfo.rst b/docs/source/api/python/mantid/kernel/InstrumentInfo.rst index 0cf7e93a0a17..c7f13b9fc70f 100644 --- a/docs/source/api/python/mantid/kernel/InstrumentInfo.rst +++ b/docs/source/api/python/mantid/kernel/InstrumentInfo.rst @@ -13,4 +13,3 @@ This is a Python binding to the C++ class Mantid::Kernel::InstrumentInfo. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/Int32FilteredTimeSeriesProperty.rst b/docs/source/api/python/mantid/kernel/Int32FilteredTimeSeriesProperty.rst index e360d40607e1..ceb8adb7efb0 100644 --- a/docs/source/api/python/mantid/kernel/Int32FilteredTimeSeriesProperty.rst +++ b/docs/source/api/python/mantid/kernel/Int32FilteredTimeSeriesProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::FilteredTimeSeriesProp :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/Int32TimeSeriesProperty.rst b/docs/source/api/python/mantid/kernel/Int32TimeSeriesProperty.rst index ef0e2fbde6f3..dc0ca438b02d 100644 --- a/docs/source/api/python/mantid/kernel/Int32TimeSeriesProperty.rst +++ b/docs/source/api/python/mantid/kernel/Int32TimeSeriesProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::TimeSeriesProperty. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/Int64FilteredTimeSeriesProperty.rst b/docs/source/api/python/mantid/kernel/Int64FilteredTimeSeriesProperty.rst index 386bbcbd5f83..7ac2d8e101ae 100644 --- a/docs/source/api/python/mantid/kernel/Int64FilteredTimeSeriesProperty.rst +++ b/docs/source/api/python/mantid/kernel/Int64FilteredTimeSeriesProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::FilteredTimeSeriesProp :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/Int64TimeSeriesProperty.rst b/docs/source/api/python/mantid/kernel/Int64TimeSeriesProperty.rst index 7a532f07982b..17a702521b6f 100644 --- a/docs/source/api/python/mantid/kernel/Int64TimeSeriesProperty.rst +++ b/docs/source/api/python/mantid/kernel/Int64TimeSeriesProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::TimeSeriesProperty. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/IntArrayBoundedValidator.rst b/docs/source/api/python/mantid/kernel/IntArrayBoundedValidator.rst index 03b5ae9b473d..6b52bec23a1e 100644 --- a/docs/source/api/python/mantid/kernel/IntArrayBoundedValidator.rst +++ b/docs/source/api/python/mantid/kernel/IntArrayBoundedValidator.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::Kernel::ArrayBoundedValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/IntArrayLengthValidator.rst b/docs/source/api/python/mantid/kernel/IntArrayLengthValidator.rst index 622ac3732d4d..842736beb2e2 100644 --- a/docs/source/api/python/mantid/kernel/IntArrayLengthValidator.rst +++ b/docs/source/api/python/mantid/kernel/IntArrayLengthValidator.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::Kernel::ArrayLengthValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/IntArrayMandatoryValidator.rst b/docs/source/api/python/mantid/kernel/IntArrayMandatoryValidator.rst index 014122d873c4..1cd68b7b9941 100644 --- a/docs/source/api/python/mantid/kernel/IntArrayMandatoryValidator.rst +++ b/docs/source/api/python/mantid/kernel/IntArrayMandatoryValidator.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::MandatoryValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/IntBoundedValidator.rst b/docs/source/api/python/mantid/kernel/IntBoundedValidator.rst index a06556b65099..204ca4550d0c 100644 --- a/docs/source/api/python/mantid/kernel/IntBoundedValidator.rst +++ b/docs/source/api/python/mantid/kernel/IntBoundedValidator.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::Kernel::IntBoundedValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/IntListValidator.rst b/docs/source/api/python/mantid/kernel/IntListValidator.rst index fd43e195169c..69379271ed73 100644 --- a/docs/source/api/python/mantid/kernel/IntListValidator.rst +++ b/docs/source/api/python/mantid/kernel/IntListValidator.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::Kernel::IntListValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/IntMandatoryValidator.rst b/docs/source/api/python/mantid/kernel/IntMandatoryValidator.rst index 462dcc7eba2c..be012ab4a541 100644 --- a/docs/source/api/python/mantid/kernel/IntMandatoryValidator.rst +++ b/docs/source/api/python/mantid/kernel/IntMandatoryValidator.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::Kernel::MandatoryValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/IntPropertyWithValue.rst b/docs/source/api/python/mantid/kernel/IntPropertyWithValue.rst index bc354c392e04..91c73831e21e 100644 --- a/docs/source/api/python/mantid/kernel/IntPropertyWithValue.rst +++ b/docs/source/api/python/mantid/kernel/IntPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::IntPropertyWithValue. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/Label.rst b/docs/source/api/python/mantid/kernel/Label.rst index 5b4c9f415754..00d16ebe22ef 100644 --- a/docs/source/api/python/mantid/kernel/Label.rst +++ b/docs/source/api/python/mantid/kernel/Label.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::Label. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/LiveListenerInfo.rst b/docs/source/api/python/mantid/kernel/LiveListenerInfo.rst index ab471a3434a1..68b1bb282eaa 100644 --- a/docs/source/api/python/mantid/kernel/LiveListenerInfo.rst +++ b/docs/source/api/python/mantid/kernel/LiveListenerInfo.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::LiveListenerInfo. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/LogFilter.rst b/docs/source/api/python/mantid/kernel/LogFilter.rst index 75bdb55873aa..836591d1d8de 100644 --- a/docs/source/api/python/mantid/kernel/LogFilter.rst +++ b/docs/source/api/python/mantid/kernel/LogFilter.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::LogFilter. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/Logger.rst b/docs/source/api/python/mantid/kernel/Logger.rst index bdfd634b2bbf..53c8d280eb9c 100644 --- a/docs/source/api/python/mantid/kernel/Logger.rst +++ b/docs/source/api/python/mantid/kernel/Logger.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::Logger. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/LongLongPropertyWithValue.rst b/docs/source/api/python/mantid/kernel/LongLongPropertyWithValue.rst index dd63e770b380..5eb4ea5b5c49 100644 --- a/docs/source/api/python/mantid/kernel/LongLongPropertyWithValue.rst +++ b/docs/source/api/python/mantid/kernel/LongLongPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::LongLongPropertyWithVa :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/LongPropertyWithValue.rst b/docs/source/api/python/mantid/kernel/LongPropertyWithValue.rst index fa82df59d811..fc7942505dba 100644 --- a/docs/source/api/python/mantid/kernel/LongPropertyWithValue.rst +++ b/docs/source/api/python/mantid/kernel/LongPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::LongPropertyWithValue. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/Material.rst b/docs/source/api/python/mantid/kernel/Material.rst index d748ce0377c7..d9941a7f87cb 100644 --- a/docs/source/api/python/mantid/kernel/Material.rst +++ b/docs/source/api/python/mantid/kernel/Material.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::Material. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/MemoryStats.rst b/docs/source/api/python/mantid/kernel/MemoryStats.rst index 7154c95573e5..79d862182975 100644 --- a/docs/source/api/python/mantid/kernel/MemoryStats.rst +++ b/docs/source/api/python/mantid/kernel/MemoryStats.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::MemoryStats. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/NullValidator.rst b/docs/source/api/python/mantid/kernel/NullValidator.rst index 5b2810318f9a..2df72669fa42 100644 --- a/docs/source/api/python/mantid/kernel/NullValidator.rst +++ b/docs/source/api/python/mantid/kernel/NullValidator.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::NullValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/ProgressBase.rst b/docs/source/api/python/mantid/kernel/ProgressBase.rst index 6ddfda86120e..8bacf787cc21 100644 --- a/docs/source/api/python/mantid/kernel/ProgressBase.rst +++ b/docs/source/api/python/mantid/kernel/ProgressBase.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::ProgressBase. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/Property.rst b/docs/source/api/python/mantid/kernel/Property.rst index 99a0b7e30d11..1f7c557f497e 100644 --- a/docs/source/api/python/mantid/kernel/Property.rst +++ b/docs/source/api/python/mantid/kernel/Property.rst @@ -13,4 +13,3 @@ This is a Python binding to the C++ class Mantid::Kernel::Property. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/PropertyCriterion.rst b/docs/source/api/python/mantid/kernel/PropertyCriterion.rst index e36ca945b52f..c812930fe11f 100644 --- a/docs/source/api/python/mantid/kernel/PropertyCriterion.rst +++ b/docs/source/api/python/mantid/kernel/PropertyCriterion.rst @@ -10,4 +10,3 @@ This is a Python binding to the C++ class Mantid::Kernel::PropertyCriterion. .. autoclass:: mantid.kernel.PropertyCriterion :members: :undoc-members: - diff --git a/docs/source/api/python/mantid/kernel/PropertyHistory.rst b/docs/source/api/python/mantid/kernel/PropertyHistory.rst index f8fbc77b6cd8..4e1499536b5e 100644 --- a/docs/source/api/python/mantid/kernel/PropertyHistory.rst +++ b/docs/source/api/python/mantid/kernel/PropertyHistory.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::PropertyHistory. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/PropertyManager.rst b/docs/source/api/python/mantid/kernel/PropertyManager.rst index 72a035100ffa..32b449dc278d 100644 --- a/docs/source/api/python/mantid/kernel/PropertyManager.rst +++ b/docs/source/api/python/mantid/kernel/PropertyManager.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::PropertyManager. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/PropertyManagerDataServiceImpl.rst b/docs/source/api/python/mantid/kernel/PropertyManagerDataServiceImpl.rst index e403d96c2790..842e549da24d 100644 --- a/docs/source/api/python/mantid/kernel/PropertyManagerDataServiceImpl.rst +++ b/docs/source/api/python/mantid/kernel/PropertyManagerDataServiceImpl.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::PropertyManagerDataSer :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/Quat.rst b/docs/source/api/python/mantid/kernel/Quat.rst index 670f31d207d4..cb44e97b13c8 100644 --- a/docs/source/api/python/mantid/kernel/Quat.rst +++ b/docs/source/api/python/mantid/kernel/Quat.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::Quat. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/RebinParamsValidator.rst b/docs/source/api/python/mantid/kernel/RebinParamsValidator.rst index 84ae76d0cd1f..01eca49b840e 100644 --- a/docs/source/api/python/mantid/kernel/RebinParamsValidator.rst +++ b/docs/source/api/python/mantid/kernel/RebinParamsValidator.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::RebinParamsValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/Stats.rst b/docs/source/api/python/mantid/kernel/Stats.rst index 73f5cd889f87..f1f692eaec2e 100644 --- a/docs/source/api/python/mantid/kernel/Stats.rst +++ b/docs/source/api/python/mantid/kernel/Stats.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::Stats. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/StringArrayLengthValidator.rst b/docs/source/api/python/mantid/kernel/StringArrayLengthValidator.rst index 22d9ac91ed94..6602f38207a7 100644 --- a/docs/source/api/python/mantid/kernel/StringArrayLengthValidator.rst +++ b/docs/source/api/python/mantid/kernel/StringArrayLengthValidator.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::Kernel::ArrayLengthValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/StringArrayMandatoryValidator.rst b/docs/source/api/python/mantid/kernel/StringArrayMandatoryValidator.rst index c1e8afde464c..58dd8b3a9fc6 100644 --- a/docs/source/api/python/mantid/kernel/StringArrayMandatoryValidator.rst +++ b/docs/source/api/python/mantid/kernel/StringArrayMandatoryValidator.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::MandatoryValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/StringArrayProperty.rst b/docs/source/api/python/mantid/kernel/StringArrayProperty.rst index db87b2e20e55..967acc53f679 100644 --- a/docs/source/api/python/mantid/kernel/StringArrayProperty.rst +++ b/docs/source/api/python/mantid/kernel/StringArrayProperty.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::Kernel::ArrayProperty. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/StringFilteredTimeSeriesProperty.rst b/docs/source/api/python/mantid/kernel/StringFilteredTimeSeriesProperty.rst index 7cedb3240701..b4661d2fafbe 100644 --- a/docs/source/api/python/mantid/kernel/StringFilteredTimeSeriesProperty.rst +++ b/docs/source/api/python/mantid/kernel/StringFilteredTimeSeriesProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::FilteredTimeSeriesProp :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/StringListValidator.rst b/docs/source/api/python/mantid/kernel/StringListValidator.rst index e4bedd2796fe..c02352c28e20 100644 --- a/docs/source/api/python/mantid/kernel/StringListValidator.rst +++ b/docs/source/api/python/mantid/kernel/StringListValidator.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::Kernel::StringListValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/StringMandatoryValidator.rst b/docs/source/api/python/mantid/kernel/StringMandatoryValidator.rst index adb536341082..2caa80759676 100644 --- a/docs/source/api/python/mantid/kernel/StringMandatoryValidator.rst +++ b/docs/source/api/python/mantid/kernel/StringMandatoryValidator.rst @@ -14,4 +14,3 @@ This is a Python binding to the C++ class Mantid::Kernel::MandatoryValidator. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/StringPropertyWithValue.rst b/docs/source/api/python/mantid/kernel/StringPropertyWithValue.rst index 77b277127541..5664349a7715 100644 --- a/docs/source/api/python/mantid/kernel/StringPropertyWithValue.rst +++ b/docs/source/api/python/mantid/kernel/StringPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::StringPropertyWithValu :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/StringTimeSeriesProperty.rst b/docs/source/api/python/mantid/kernel/StringTimeSeriesProperty.rst index 92d0bc4c0070..b1b8d98974d4 100644 --- a/docs/source/api/python/mantid/kernel/StringTimeSeriesProperty.rst +++ b/docs/source/api/python/mantid/kernel/StringTimeSeriesProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::TimeSeriesProperty. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/TimeSeriesPropertyStatistics.rst b/docs/source/api/python/mantid/kernel/TimeSeriesPropertyStatistics.rst index 15a7365982df..dd1d8f6f640a 100644 --- a/docs/source/api/python/mantid/kernel/TimeSeriesPropertyStatistics.rst +++ b/docs/source/api/python/mantid/kernel/TimeSeriesPropertyStatistics.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::TimeSeriesPropertyStat :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/UIntPropertyWithValue.rst b/docs/source/api/python/mantid/kernel/UIntPropertyWithValue.rst index 4e49067e7f48..0e242f566d72 100644 --- a/docs/source/api/python/mantid/kernel/UIntPropertyWithValue.rst +++ b/docs/source/api/python/mantid/kernel/UIntPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::UIntPropertyWithValue. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/ULongLongPropertyWithValue.rst b/docs/source/api/python/mantid/kernel/ULongLongPropertyWithValue.rst index a6adc059484d..41c09c73cbd9 100644 --- a/docs/source/api/python/mantid/kernel/ULongLongPropertyWithValue.rst +++ b/docs/source/api/python/mantid/kernel/ULongLongPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::ULongLongPropertyWithV :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/ULongPropertyWithValue.rst b/docs/source/api/python/mantid/kernel/ULongPropertyWithValue.rst index 3d93beced3d8..83a550ed99aa 100644 --- a/docs/source/api/python/mantid/kernel/ULongPropertyWithValue.rst +++ b/docs/source/api/python/mantid/kernel/ULongPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::ULongPropertyWithValue :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/Unit.rst b/docs/source/api/python/mantid/kernel/Unit.rst index b5fddb643b5a..41e250013197 100644 --- a/docs/source/api/python/mantid/kernel/Unit.rst +++ b/docs/source/api/python/mantid/kernel/Unit.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::Unit. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/UnitConversion.rst b/docs/source/api/python/mantid/kernel/UnitConversion.rst index a301ddfc0a79..31b13cb23a40 100644 --- a/docs/source/api/python/mantid/kernel/UnitConversion.rst +++ b/docs/source/api/python/mantid/kernel/UnitConversion.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::UnitConversion. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/UnitFactoryImpl.rst b/docs/source/api/python/mantid/kernel/UnitFactoryImpl.rst index 7aec1e65e0fb..cf2ea2b5451e 100644 --- a/docs/source/api/python/mantid/kernel/UnitFactoryImpl.rst +++ b/docs/source/api/python/mantid/kernel/UnitFactoryImpl.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::UnitFactoryImpl. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/UnitLabel.rst b/docs/source/api/python/mantid/kernel/UnitLabel.rst index 76d6e2380669..f0a3c85b2f62 100644 --- a/docs/source/api/python/mantid/kernel/UnitLabel.rst +++ b/docs/source/api/python/mantid/kernel/UnitLabel.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::UnitLabel. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/UnsignedIntArrayProperty.rst b/docs/source/api/python/mantid/kernel/UnsignedIntArrayProperty.rst index dd5a05751b7a..f6a35af351c8 100644 --- a/docs/source/api/python/mantid/kernel/UnsignedIntArrayProperty.rst +++ b/docs/source/api/python/mantid/kernel/UnsignedIntArrayProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::ArrayProperty. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/V3D.rst b/docs/source/api/python/mantid/kernel/V3D.rst index 98a0a3b34d2d..c6ce0f6b96c1 100644 --- a/docs/source/api/python/mantid/kernel/V3D.rst +++ b/docs/source/api/python/mantid/kernel/V3D.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::V3D. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/VMD.rst b/docs/source/api/python/mantid/kernel/VMD.rst index c63e9968b52f..b5ade6c6d6ce 100644 --- a/docs/source/api/python/mantid/kernel/VMD.rst +++ b/docs/source/api/python/mantid/kernel/VMD.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::VMD. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/VectorBoolPropertyWithValue.rst b/docs/source/api/python/mantid/kernel/VectorBoolPropertyWithValue.rst index cb7f8a561e35..38ec2e2c8c68 100644 --- a/docs/source/api/python/mantid/kernel/VectorBoolPropertyWithValue.rst +++ b/docs/source/api/python/mantid/kernel/VectorBoolPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::VectorBoolPropertyWith :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/VectorFloatPropertyWithValue.rst b/docs/source/api/python/mantid/kernel/VectorFloatPropertyWithValue.rst index 9c3f73d772dc..a8daf8352194 100644 --- a/docs/source/api/python/mantid/kernel/VectorFloatPropertyWithValue.rst +++ b/docs/source/api/python/mantid/kernel/VectorFloatPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::VectorFloatPropertyWit :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/VectorIntPropertyWithValue.rst b/docs/source/api/python/mantid/kernel/VectorIntPropertyWithValue.rst index a01d087f5be3..4bf61b5d08c9 100644 --- a/docs/source/api/python/mantid/kernel/VectorIntPropertyWithValue.rst +++ b/docs/source/api/python/mantid/kernel/VectorIntPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::VectorIntPropertyWithV :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/VectorLongLongPropertyWithValue.rst b/docs/source/api/python/mantid/kernel/VectorLongLongPropertyWithValue.rst index 4e5b9efd5d2e..c0d2257f5def 100644 --- a/docs/source/api/python/mantid/kernel/VectorLongLongPropertyWithValue.rst +++ b/docs/source/api/python/mantid/kernel/VectorLongLongPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::VectorLongLongProperty :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/VectorLongPropertyWithValue.rst b/docs/source/api/python/mantid/kernel/VectorLongPropertyWithValue.rst index c5728d2533fd..cb63430e7432 100644 --- a/docs/source/api/python/mantid/kernel/VectorLongPropertyWithValue.rst +++ b/docs/source/api/python/mantid/kernel/VectorLongPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::VectorLongPropertyWith :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/VectorStringPropertyWithValue.rst b/docs/source/api/python/mantid/kernel/VectorStringPropertyWithValue.rst index abcefcf41353..c6b4f5b40ab0 100644 --- a/docs/source/api/python/mantid/kernel/VectorStringPropertyWithValue.rst +++ b/docs/source/api/python/mantid/kernel/VectorStringPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::VectorStringPropertyWi :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/VectorUIntPropertyWithValue.rst b/docs/source/api/python/mantid/kernel/VectorUIntPropertyWithValue.rst index f71b42c72416..b556cf37ba9d 100644 --- a/docs/source/api/python/mantid/kernel/VectorUIntPropertyWithValue.rst +++ b/docs/source/api/python/mantid/kernel/VectorUIntPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::VectorUIntPropertyWith :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/VectorULongLongPropertyWithValue.rst b/docs/source/api/python/mantid/kernel/VectorULongLongPropertyWithValue.rst index fd12cb4ce0ff..61f9626c0d56 100644 --- a/docs/source/api/python/mantid/kernel/VectorULongLongPropertyWithValue.rst +++ b/docs/source/api/python/mantid/kernel/VectorULongLongPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::VectorULongLongPropert :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/VectorULongPropertyWithValue.rst b/docs/source/api/python/mantid/kernel/VectorULongPropertyWithValue.rst index 1f038474af0c..6ef53b5fa17e 100644 --- a/docs/source/api/python/mantid/kernel/VectorULongPropertyWithValue.rst +++ b/docs/source/api/python/mantid/kernel/VectorULongPropertyWithValue.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::VectorULongPropertyWit :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/VisibleWhenProperty.rst b/docs/source/api/python/mantid/kernel/VisibleWhenProperty.rst index dd41c69856b7..b3be991a3978 100644 --- a/docs/source/api/python/mantid/kernel/VisibleWhenProperty.rst +++ b/docs/source/api/python/mantid/kernel/VisibleWhenProperty.rst @@ -12,4 +12,3 @@ This is a Python binding to the C++ class Mantid::Kernel::VisibleWhenProperty. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/std_set_int.rst b/docs/source/api/python/mantid/kernel/std_set_int.rst index 408c80e08c4f..64b62a36496c 100644 --- a/docs/source/api/python/mantid/kernel/std_set_int.rst +++ b/docs/source/api/python/mantid/kernel/std_set_int.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::std_set_int. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/std_set_str.rst b/docs/source/api/python/mantid/kernel/std_set_str.rst index c8a4582ca3ca..db90ab6c54f5 100644 --- a/docs/source/api/python/mantid/kernel/std_set_str.rst +++ b/docs/source/api/python/mantid/kernel/std_set_str.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::std_set_str. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/std_vector_InstrumentInfo.rst b/docs/source/api/python/mantid/kernel/std_vector_InstrumentInfo.rst index e002e45c81bb..2800274416e0 100644 --- a/docs/source/api/python/mantid/kernel/std_vector_InstrumentInfo.rst +++ b/docs/source/api/python/mantid/kernel/std_vector_InstrumentInfo.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::std_vector_InstrumentI :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/std_vector_bool.rst b/docs/source/api/python/mantid/kernel/std_vector_bool.rst index f570a4aa8521..bf018d9c2767 100644 --- a/docs/source/api/python/mantid/kernel/std_vector_bool.rst +++ b/docs/source/api/python/mantid/kernel/std_vector_bool.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::std_vector_bool. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/std_vector_dateandtime.rst b/docs/source/api/python/mantid/kernel/std_vector_dateandtime.rst index e905d04a2c9f..65255870e217 100644 --- a/docs/source/api/python/mantid/kernel/std_vector_dateandtime.rst +++ b/docs/source/api/python/mantid/kernel/std_vector_dateandtime.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::std_vector_dateandtime :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/std_vector_dbl.rst b/docs/source/api/python/mantid/kernel/std_vector_dbl.rst index c392d9f37d85..006cbad9de0c 100644 --- a/docs/source/api/python/mantid/kernel/std_vector_dbl.rst +++ b/docs/source/api/python/mantid/kernel/std_vector_dbl.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::std_vector_dbl. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/std_vector_facilityinfo.rst b/docs/source/api/python/mantid/kernel/std_vector_facilityinfo.rst index e5ba66bbdbed..7363c07d2a59 100644 --- a/docs/source/api/python/mantid/kernel/std_vector_facilityinfo.rst +++ b/docs/source/api/python/mantid/kernel/std_vector_facilityinfo.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::std_vector_facilityinf :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/std_vector_int.rst b/docs/source/api/python/mantid/kernel/std_vector_int.rst index 59f3647956c2..7f0eb134417c 100644 --- a/docs/source/api/python/mantid/kernel/std_vector_int.rst +++ b/docs/source/api/python/mantid/kernel/std_vector_int.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::std_vector_int. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/std_vector_long.rst b/docs/source/api/python/mantid/kernel/std_vector_long.rst index a40de96db29e..1e61befefca4 100644 --- a/docs/source/api/python/mantid/kernel/std_vector_long.rst +++ b/docs/source/api/python/mantid/kernel/std_vector_long.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::std_vector_long. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/std_vector_property.rst b/docs/source/api/python/mantid/kernel/std_vector_property.rst index ecdd34b6928e..ef34bcb3f19d 100644 --- a/docs/source/api/python/mantid/kernel/std_vector_property.rst +++ b/docs/source/api/python/mantid/kernel/std_vector_property.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::std_vector_property. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/std_vector_size_t.rst b/docs/source/api/python/mantid/kernel/std_vector_size_t.rst index 63c7e5486d95..1cb32a0f0377 100644 --- a/docs/source/api/python/mantid/kernel/std_vector_size_t.rst +++ b/docs/source/api/python/mantid/kernel/std_vector_size_t.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::std_vector_size_t. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/std_vector_str.rst b/docs/source/api/python/mantid/kernel/std_vector_str.rst index 7189e9626197..0b7f754054e1 100644 --- a/docs/source/api/python/mantid/kernel/std_vector_str.rst +++ b/docs/source/api/python/mantid/kernel/std_vector_str.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::std_vector_str. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/kernel/time_duration.rst b/docs/source/api/python/mantid/kernel/time_duration.rst index 20d4974155e9..c6de9b49394b 100644 --- a/docs/source/api/python/mantid/kernel/time_duration.rst +++ b/docs/source/api/python/mantid/kernel/time_duration.rst @@ -11,4 +11,3 @@ This is a Python binding to the C++ class Mantid::Kernel::time_duration. :members: :undoc-members: :inherited-members: - diff --git a/docs/source/api/python/mantid/testing/assert_almost_equal.rst b/docs/source/api/python/mantid/testing/assert_almost_equal.rst index 4f187b2b77e1..3e8cda2ea6a9 100644 --- a/docs/source/api/python/mantid/testing/assert_almost_equal.rst +++ b/docs/source/api/python/mantid/testing/assert_almost_equal.rst @@ -53,4 +53,4 @@ Usage See Also -------- -:ref:`algm-CompareWorkspaces`, :ref:`mantid.testing.assert_not_equal` \ No newline at end of file +:ref:`algm-CompareWorkspaces`, :ref:`mantid.testing.assert_not_equal` diff --git a/docs/source/api/python/mantid/testing/index.rst b/docs/source/api/python/mantid/testing/index.rst index 9ecb3ca2d639..84813b795896 100644 --- a/docs/source/api/python/mantid/testing/index.rst +++ b/docs/source/api/python/mantid/testing/index.rst @@ -10,4 +10,4 @@ :glob: :maxdepth: 1 - * \ No newline at end of file + * diff --git a/docs/source/api/python/mantid/utils/index.rst b/docs/source/api/python/mantid/utils/index.rst index df1357797287..7fad317e7cfd 100644 --- a/docs/source/api/python/mantid/utils/index.rst +++ b/docs/source/api/python/mantid/utils/index.rst @@ -69,5 +69,3 @@ can be called from different algorithms. element_size=2, # integration element cube in mm cache_dir="/tmp", # cache diretory for speeding up repeated calculation ) - - diff --git a/docs/source/concepts/AnalysisDataService.rst b/docs/source/concepts/AnalysisDataService.rst index 25c0cbd1e240..e8d66f56f4c1 100644 --- a/docs/source/concepts/AnalysisDataService.rst +++ b/docs/source/concepts/AnalysisDataService.rst @@ -31,4 +31,4 @@ Workspace :ref:`Property ` to access or store your workspaces. -.. categories:: Concepts \ No newline at end of file +.. categories:: Concepts diff --git a/docs/source/concepts/DataService.rst b/docs/source/concepts/DataService.rst index a30328f5e45a..a3468279a403 100644 --- a/docs/source/concepts/DataService.rst +++ b/docs/source/concepts/DataService.rst @@ -25,4 +25,4 @@ Data Services in Mantid -.. categories:: Concepts \ No newline at end of file +.. categories:: Concepts diff --git a/docs/source/concepts/DynamicFactory.rst b/docs/source/concepts/DynamicFactory.rst index 9802c3e18256..6d92a0aebe70 100644 --- a/docs/source/concepts/DynamicFactory.rst +++ b/docs/source/concepts/DynamicFactory.rst @@ -22,4 +22,4 @@ used to create fresh instances of that object. -.. categories:: Concepts \ No newline at end of file +.. categories:: Concepts diff --git a/docs/source/concepts/ElementalAnalysisUsingNegativeMuons.rst b/docs/source/concepts/ElementalAnalysisUsingNegativeMuons.rst index b061ea575a23..f362fd023169 100644 --- a/docs/source/concepts/ElementalAnalysisUsingNegativeMuons.rst +++ b/docs/source/concepts/ElementalAnalysisUsingNegativeMuons.rst @@ -51,4 +51,3 @@ References .. [#HIL3] Hillier , A.D. et al (2019).Muons at ISIS., Philos. Trans. R. Soc A Math. Phys. Eng. Sci., Vol. 377, pp. 1-7. .. [#MAT] Matsuzaki, T. et al (2001). The RIKEN-RAL pulsed muon facility. Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment, 465(2-3), 365-383. - diff --git a/docs/source/concepts/FittingMinimizersComparisonDetailed.rst b/docs/source/concepts/FittingMinimizersComparisonDetailed.rst index 472f2ee8e8fd..630034571347 100644 --- a/docs/source/concepts/FittingMinimizersComparisonDetailed.rst +++ b/docs/source/concepts/FittingMinimizersComparisonDetailed.rst @@ -110,4 +110,3 @@ Run time for individual Neutron Data problems ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ .. include:: minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_runtime_neutron_data.txt - diff --git a/docs/source/concepts/FrameworkManager.rst b/docs/source/concepts/FrameworkManager.rst index 675fc926d3af..f81e25fcee47 100644 --- a/docs/source/concepts/FrameworkManager.rst +++ b/docs/source/concepts/FrameworkManager.rst @@ -32,4 +32,4 @@ tab and look for FrameworkManagerImpl (Mantid::API). -.. categories:: Concepts \ No newline at end of file +.. categories:: Concepts diff --git a/docs/source/concepts/Geometry.rst b/docs/source/concepts/Geometry.rst index 60ebb6b2b80e..1312e4c2c64f 100644 --- a/docs/source/concepts/Geometry.rst +++ b/docs/source/concepts/Geometry.rst @@ -36,4 +36,4 @@ Vectors, and rotations are described using -.. categories:: Concepts \ No newline at end of file +.. categories:: Concepts diff --git a/docs/source/concepts/GeometryofPosition.rst b/docs/source/concepts/GeometryofPosition.rst index 4451b15f8021..4660cbc99ffc 100644 --- a/docs/source/concepts/GeometryofPosition.rst +++ b/docs/source/concepts/GeometryofPosition.rst @@ -65,4 +65,4 @@ an instrument can be found :ref:`here `. .. |SimpleInstrumentTree.png| image:: ../images/SimpleInstrumentTree.png -.. categories:: Concepts \ No newline at end of file +.. categories:: Concepts diff --git a/docs/source/concepts/GeometryofShape.rst b/docs/source/concepts/GeometryofShape.rst index 284b7d98de77..6e27381e745a 100644 --- a/docs/source/concepts/GeometryofShape.rst +++ b/docs/source/concepts/GeometryofShape.rst @@ -210,4 +210,4 @@ and a_0 &= p_x^2 - r^2 = |\mathbf{p}|^2 - p_z^2 - r^2 \\ &= (\sum_{i=0}^2 p_i p_i)^2 - (\sum_{i=0}^2 p_i\epsilon_i)^2 - r^2 -.. categories:: Concepts \ No newline at end of file +.. categories:: Concepts diff --git a/docs/source/concepts/InstrumentParameterFile.rst b/docs/source/concepts/InstrumentParameterFile.rst index c0055fa1251b..2f88b1b070ec 100644 --- a/docs/source/concepts/InstrumentParameterFile.rst +++ b/docs/source/concepts/InstrumentParameterFile.rst @@ -68,4 +68,4 @@ Adding Parameters at run time Since version 3.2 of Mantid the algorithm :ref:`SetInstrumentParameter` allows you to create or replace instrument parameters for a particular workspace at run time. -.. categories:: Concepts \ No newline at end of file +.. categories:: Concepts diff --git a/docs/source/concepts/Plugin.rst b/docs/source/concepts/Plugin.rst index c726e639f879..ddd8f5bf6da3 100644 --- a/docs/source/concepts/Plugin.rst +++ b/docs/source/concepts/Plugin.rst @@ -71,4 +71,4 @@ algorithms is: -.. categories:: Concepts \ No newline at end of file +.. categories:: Concepts diff --git a/docs/source/concepts/Ragged_Workspace.rst b/docs/source/concepts/Ragged_Workspace.rst index 6c1a28c4c3bf..5e450bc8f472 100644 --- a/docs/source/concepts/Ragged_Workspace.rst +++ b/docs/source/concepts/Ragged_Workspace.rst @@ -16,4 +16,4 @@ Many algorithms cannot operate on Ragged Workspaces, either due to logical or im :width: 40% :alt: Ragged Workspace -.. categories:: Concepts \ No newline at end of file +.. categories:: Concepts diff --git a/docs/source/concepts/RectangularDetector.rst b/docs/source/concepts/RectangularDetector.rst index c27036adf4a7..b934b5f64652 100644 --- a/docs/source/concepts/RectangularDetector.rst +++ b/docs/source/concepts/RectangularDetector.rst @@ -16,4 +16,4 @@ Several instruments including TOPAZ, PG3 and SNAP instruments use RectangularDet See the :ref:`InstrumentDefinitionFile ` page for instructions on defining a rectangular detector. -.. categories:: Concepts \ No newline at end of file +.. categories:: Concepts diff --git a/docs/source/concepts/Sample.rst b/docs/source/concepts/Sample.rst index 7a7014a9631a..1810a95d4c2e 100644 --- a/docs/source/concepts/Sample.rst +++ b/docs/source/concepts/Sample.rst @@ -89,4 +89,4 @@ The ``Sample()`` method actually returns a collection, however if you do not spe size = ws.sample().size() -.. categories:: Concepts \ No newline at end of file +.. categories:: Concepts diff --git a/docs/source/concepts/SharedPointer.rst b/docs/source/concepts/SharedPointer.rst index 32cb7bd15457..0504961564e2 100644 --- a/docs/source/concepts/SharedPointer.rst +++ b/docs/source/concepts/SharedPointer.rst @@ -58,4 +58,4 @@ itself. -.. categories:: Concepts \ No newline at end of file +.. categories:: Concepts diff --git a/docs/source/concepts/WorkflowAlgorithm.rst b/docs/source/concepts/WorkflowAlgorithm.rst index 41eca4fcd37c..5347bd325dde 100644 --- a/docs/source/concepts/WorkflowAlgorithm.rst +++ b/docs/source/concepts/WorkflowAlgorithm.rst @@ -45,4 +45,4 @@ Examples -.. categories:: Concepts \ No newline at end of file +.. categories:: Concepts diff --git a/docs/source/concepts/calibration/AfterTubeCalibration.rst b/docs/source/concepts/calibration/AfterTubeCalibration.rst index e2f3489c1c52..0d81139f6531 100644 --- a/docs/source/concepts/calibration/AfterTubeCalibration.rst +++ b/docs/source/concepts/calibration/AfterTubeCalibration.rst @@ -22,4 +22,4 @@ Also, specific to the ISIS facility, the algorithm calibration of the workspace put into it. -.. categories:: Calibration \ No newline at end of file +.. categories:: Calibration diff --git a/docs/source/concepts/calibration/index.rst b/docs/source/concepts/calibration/index.rst index d82e5469ecb2..df8e2178da66 100644 --- a/docs/source/concepts/calibration/index.rst +++ b/docs/source/concepts/calibration/index.rst @@ -16,4 +16,3 @@ :maxdepth: 1 * - diff --git a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_acc_cutest.txt b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_acc_cutest.txt index 6a17095a3301..861f9059ff00 100644 --- a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_acc_cutest.txt +++ b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_acc_cutest.txt @@ -16,4 +16,3 @@ +------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+ |DMN15102LS | :ranking-low-5:`8.623` | :ranking-low-5:`4.69` | :ranking-low-5:`4.412` | :ranking-low-5:`556.8` | :ranking-low-5:`4.822` | :ranking-med-3:`1.336` | :ranking-low-5:`6.504` | :ranking-low-5:`4.911` | :ranking-top-1:`1` | +------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+ - diff --git a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_acc_neutron_data.txt b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_acc_neutron_data.txt index 6b0eda21a62a..02190c974306 100644 --- a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_acc_neutron_data.txt +++ b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_acc_neutron_data.txt @@ -42,4 +42,3 @@ +------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+ |WISH17701 tube 3 calibration, peak 9 | :ranking-top-2:`1.133` | :ranking-top-2:`1.132` | :ranking-top-2:`1.28` | :ranking-top-1:`1` | :ranking-top-1:`1` | :ranking-top-1:`1` | :ranking-top-2:`1.283` | :ranking-med-3:`1.594` | :ranking-top-1:`1` | +------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+ - diff --git a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_acc_nist_average.txt b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_acc_nist_average.txt index dab029e28976..cc0ecb5718ab 100644 --- a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_acc_nist_average.txt +++ b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_acc_nist_average.txt @@ -40,4 +40,3 @@ +----------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+ |`ENSO 2 `__ | :ranking-top-1:`1.033` | :ranking-top-1:`1.018` | :ranking-top-1:`1.029` | :ranking-top-1:`1.087` | :ranking-top-1:`1` | :ranking-top-1:`1.087` | :ranking-top-1:`1.029` | :ranking-top-1:`1.052` | :ranking-top-1:`1` | +----------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+ - diff --git a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_acc_nist_higher.txt b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_acc_nist_higher.txt index c935dd30cd9f..83a0667388fd 100644 --- a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_acc_nist_higher.txt +++ b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_acc_nist_higher.txt @@ -36,4 +36,3 @@ +----------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+ |`Bennett5 2 `__| :ranking-low-5:`690.3` | :ranking-low-5:`3.347` | :ranking-top-2:`1.165` | :ranking-top-1:`1` | :ranking-top-1:`1` | :ranking-top-1:`1.065` | :ranking-low-5:`1572` | :ranking-low-5:`698.8` | :ranking-top-1:`1` | +----------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+ - diff --git a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_acc_nist_lower.txt b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_acc_nist_lower.txt index b86a280d05e7..bd48f92c2f4b 100644 --- a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_acc_nist_lower.txt +++ b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_acc_nist_lower.txt @@ -36,4 +36,3 @@ +----------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+ |`Misra1b 2 `__ | :ranking-low-5:`8.521` | :ranking-low-5:`16.43` | :ranking-low-5:`16.43` | :ranking-top-1:`1` | :ranking-top-1:`1` | :ranking-top-1:`1` | :ranking-top-1:`1` | :ranking-low-5:`16.43` | :ranking-top-1:`1` | +----------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+ - diff --git a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_acc_summary.txt b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_acc_summary.txt index 5f662fff962f..7a876de3f344 100644 --- a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_acc_summary.txt +++ b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_acc_summary.txt @@ -11,4 +11,3 @@ +--------------------------------------------------------------------------------------------------+--------------------------------------------------------------------------------------------------+--------------------------------------------------------------------------------------------------+--------------------------------------------------------------------------------------------------+--------------------------------------------------------------------------------------------------+--------------------------------------------------------------------------------------------------+--------------------------------------------------------------------------------------------------+--------------------------------------------------------------------------------------------------+--------------------------------------------------------------------------------------------------+--------------------------------------------------------------------------------------------------+ |Neutron data | :ref:`1.478 ` | :ref:`1.459 ` | :ref:`1.538 ` | :ref:`1 ` | :ref:`1 ` | :ref:`1 ` | :ref:`2.334 ` | :ref:`3.546 ` | :ref:`1 ` | +--------------------------------------------------------------------------------------------------+--------------------------------------------------------------------------------------------------+--------------------------------------------------------------------------------------------------+--------------------------------------------------------------------------------------------------+--------------------------------------------------------------------------------------------------+--------------------------------------------------------------------------------------------------+--------------------------------------------------------------------------------------------------+--------------------------------------------------------------------------------------------------+--------------------------------------------------------------------------------------------------+--------------------------------------------------------------------------------------------------+ - diff --git a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_runtime_cutest.txt b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_runtime_cutest.txt index 2e3f7be50c8f..aa904b754ab4 100644 --- a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_runtime_cutest.txt +++ b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_runtime_cutest.txt @@ -17,4 +17,3 @@ +------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+ |DMN15102LS | :ranking-low-5:`4.42` | :ranking-low-5:`19.22` | :ranking-low-5:`15.29` | :ranking-top-1:`1` | :ranking-low-5:`7.917` | :ranking-low-5:`5.026` | :ranking-low-5:`3.786` | :ranking-low-5:`22.67` | :ranking-low-5:`53.85` | +------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+ - diff --git a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_runtime_neutron_data.txt b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_runtime_neutron_data.txt index 93c49e696335..04521fae6969 100644 --- a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_runtime_neutron_data.txt +++ b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_runtime_neutron_data.txt @@ -42,4 +42,3 @@ +------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+ |WISH17701 tube 3 calibration, peak 9 | :ranking-low-5:`3.221` | :ranking-low-5:`5.451` | :ranking-low-5:`5.535` | :ranking-top-2:`1.151` | :ranking-top-1:`1.022` | :ranking-top-1:`1` | :ranking-med-3:`1.335` | :ranking-low-5:`3.888` | :ranking-top-2:`1.114` | +------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+ - diff --git a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_runtime_nist_average.txt b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_runtime_nist_average.txt index a96069a3cc5e..6b134f94adfb 100644 --- a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_runtime_nist_average.txt +++ b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_runtime_nist_average.txt @@ -41,4 +41,3 @@ +----------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+ |`ENSO 2 `__ | :ranking-low-5:`3.918` | :ranking-low-5:`123` | :ranking-low-5:`75.31` | :ranking-top-1:`1.013` | :ranking-low-5:`95.06` | :ranking-top-1:`1` | :ranking-low-5:`10.85` | :ranking-low-5:`79.66` | :ranking-low-5:`117.9` | +----------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+ - diff --git a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_runtime_nist_higher.txt b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_runtime_nist_higher.txt index c35f4532b304..93e294252fe5 100644 --- a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_runtime_nist_higher.txt +++ b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_runtime_nist_higher.txt @@ -36,4 +36,3 @@ +----------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+ |`Bennett5 2 `__| :ranking-top-1:`1.057` | :ranking-low-5:`26.43` | :ranking-low-5:`3.493` | :ranking-top-1:`1` | :ranking-low-5:`11.13` | :ranking-low-5:`9.95` | :ranking-top-2:`1.284` | :ranking-low-5:`9.243` | :ranking-med-3:`1.652` | +----------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+ - diff --git a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_runtime_nist_lower.txt b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_runtime_nist_lower.txt index e5829f961c49..4cc1b5487e4d 100644 --- a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_runtime_nist_lower.txt +++ b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_runtime_nist_lower.txt @@ -37,4 +37,3 @@ +----------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+ |`Misra1b 2 `__ | :ranking-top-1:`1.04` | :ranking-top-1:`1.023` | :ranking-top-1:`1.08` | :ranking-top-1:`1.024` | :ranking-med-3:`1.475` | :ranking-top-1:`1` | :ranking-top-2:`1.242` | :ranking-low-4:`2.032` | :ranking-low-5:`7.078` | +----------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+------------------------------------------------------------------------+ - diff --git a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_runtime_summary.txt b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_runtime_summary.txt index eba541945450..4fbfdd549e39 100644 --- a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_runtime_summary.txt +++ b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_unweighted_v3.8_runtime_summary.txt @@ -11,4 +11,3 @@ +-------------------------------------------------------------------------------------------------+-------------------------------------------------------------------------------------------------+-------------------------------------------------------------------------------------------------+-------------------------------------------------------------------------------------------------+-------------------------------------------------------------------------------------------------+-------------------------------------------------------------------------------------------------+-------------------------------------------------------------------------------------------------+-------------------------------------------------------------------------------------------------+-------------------------------------------------------------------------------------------------+-------------------------------------------------------------------------------------------------+ |Neutron data | :ref:`4.351 ` | :ref:`6.014 ` | :ref:`5.976 ` | :ref:`1 ` | :ref:`1.254 ` | :ref:`1.144 ` | :ref:`1.576 ` | :ref:`15.47 ` | :ref:`1.669 ` | +-------------------------------------------------------------------------------------------------+-------------------------------------------------------------------------------------------------+-------------------------------------------------------------------------------------------------+-------------------------------------------------------------------------------------------------+-------------------------------------------------------------------------------------------------+-------------------------------------------------------------------------------------------------+-------------------------------------------------------------------------------------------------+-------------------------------------------------------------------------------------------------+-------------------------------------------------------------------------------------------------+-------------------------------------------------------------------------------------------------+ - diff --git a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_acc_cutest.txt b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_acc_cutest.txt index c47a67aefcf5..8e07dc02a35a 100644 --- a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_acc_cutest.txt +++ b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_acc_cutest.txt @@ -16,4 +16,3 @@ +---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+ |DMN15102LS | :ranking-low-5:`6.216` | :ranking-low-5:`5.426` | :ranking-low-5:`3.84` | :ranking-low-5:`8.583` | :ranking-low-5:`8.351` | :ranking-top-1:`1` | :ranking-low-5:`3.745` | :ranking-low-5:`4.341` | :ranking-low-5:`5.634` | +---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+ - diff --git a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_acc_neutron_data.txt b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_acc_neutron_data.txt index 67d2f5cda500..f2d8097a49af 100644 --- a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_acc_neutron_data.txt +++ b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_acc_neutron_data.txt @@ -42,4 +42,3 @@ +---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+ |WISH17701 tube 3 calibration, peak 9 | :ranking-top-2:`1.133` | :ranking-top-2:`1.132` | :ranking-top-2:`1.28` | :ranking-top-1:`1` | :ranking-top-1:`1` | :ranking-top-1:`1` | :ranking-top-2:`1.283` | :ranking-med-3:`1.594` | :ranking-top-1:`1` | +---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+ - diff --git a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_acc_nist_average.txt b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_acc_nist_average.txt index 5a4127a737c6..0a5695049cc4 100644 --- a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_acc_nist_average.txt +++ b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_acc_nist_average.txt @@ -40,4 +40,3 @@ +---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+ |`ENSO 2 `__ | :ranking-top-1:`1.06` | :ranking-top-1:`1.025` | :ranking-top-1:`1.025` | :ranking-top-1:`1.084` | :ranking-top-1:`1.002` | :ranking-top-1:`1.084` | :ranking-top-1:`1.065` | :ranking-top-1:`1.061` | :ranking-top-1:`1` | +---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+ - diff --git a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_acc_nist_higher.txt b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_acc_nist_higher.txt index d6e7d72689e0..2e2a19250a65 100644 --- a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_acc_nist_higher.txt +++ b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_acc_nist_higher.txt @@ -36,4 +36,3 @@ +---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+ |`Bennett5 2 `__ | :ranking-low-5:`713.7` | :ranking-low-5:`6.524` | :ranking-low-4:`2.247` | :ranking-top-1:`1` | :ranking-top-1:`1` | :ranking-top-1:`1.062` | :ranking-low-5:`1571` | :ranking-low-5:`705` | :ranking-top-1:`1` | +---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+ - diff --git a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_acc_nist_lower.txt b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_acc_nist_lower.txt index c54778171af0..7a797c794b80 100644 --- a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_acc_nist_lower.txt +++ b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_acc_nist_lower.txt @@ -36,4 +36,3 @@ +---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+ |`Misra1b 2 `__ | :ranking-low-5:`15.72` | :ranking-low-5:`15.44` | :ranking-low-5:`15.44` | :ranking-low-5:`4.476e+05` | :ranking-top-1:`1` | :ranking-top-1:`1` | :ranking-top-1:`1` | :ranking-low-5:`15.44` | :ranking-top-1:`1` | +---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+ - diff --git a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_acc_summary.txt b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_acc_summary.txt index b4459d91e35d..360ea28c5853 100644 --- a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_acc_summary.txt +++ b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_acc_summary.txt @@ -11,4 +11,3 @@ +------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------+ |Neutron data | :ref:`1.667 ` | :ref:`1.566 ` | :ref:`1.643 ` | :ref:`1 ` | :ref:`1 ` | :ref:`1 ` | :ref:`2.334 ` | :ref:`3.546 ` | :ref:`1 ` | +------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------+ - diff --git a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_runtime_cutest.txt b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_runtime_cutest.txt index 7d5cf171d6f5..f8f5e3670e67 100644 --- a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_runtime_cutest.txt +++ b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_runtime_cutest.txt @@ -17,4 +17,3 @@ +---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+ |DMN15102LS | :ranking-low-5:`5.209` | :ranking-low-5:`5.145` | :ranking-low-5:`5.854` | :ranking-top-1:`1` | :ranking-med-3:`1.644` | :ranking-low-5:`3.548` | :ranking-low-4:`2.691` | :ranking-low-5:`8.067` | :ranking-low-5:`21.12` | +---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+ - diff --git a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_runtime_neutron_data.txt b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_runtime_neutron_data.txt index af2c6e7c7e7d..da22eaf9725e 100644 --- a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_runtime_neutron_data.txt +++ b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_runtime_neutron_data.txt @@ -43,4 +43,3 @@ +---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+ |WISH17701 tube 3 calibration, peak 9 | :ranking-low-5:`3.089` | :ranking-low-5:`5.646` | :ranking-low-5:`5.913` | :ranking-top-1:`1.083` | :ranking-top-1:`1.075` | :ranking-top-1:`1` | :ranking-med-3:`1.384` | :ranking-low-5:`4.042` | :ranking-top-2:`1.253` | +---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+ - diff --git a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_runtime_nist_average.txt b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_runtime_nist_average.txt index 68f6b7a1cd4d..25f83043a43d 100644 --- a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_runtime_nist_average.txt +++ b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_runtime_nist_average.txt @@ -41,4 +41,3 @@ +---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+ |`ENSO 2 `__ | :ranking-low-5:`3.77` | :ranking-low-5:`98.17` | :ranking-low-5:`147.5` | :ranking-top-1:`1` | :ranking-low-5:`104.3` | :ranking-top-1:`1.03` | :ranking-low-5:`12.13` | :ranking-low-5:`82.23` | :ranking-low-5:`106.9` | +---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+ - diff --git a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_runtime_nist_higher.txt b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_runtime_nist_higher.txt index 99f266a67585..7e2372b874ae 100644 --- a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_runtime_nist_higher.txt +++ b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_runtime_nist_higher.txt @@ -36,4 +36,3 @@ +---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+ |`Bennett5 2 `__ | :ranking-top-2:`1.27` | :ranking-low-5:`24.75` | :ranking-low-4:`2.849` | :ranking-top-1:`1` | :ranking-top-2:`1.139` | :ranking-low-5:`11.25` | :ranking-top-2:`1.218` | :ranking-low-5:`9.038` | :ranking-top-2:`1.177` | +---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+ - diff --git a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_runtime_nist_lower.txt b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_runtime_nist_lower.txt index d8ddfb08e189..1cefd5d8a354 100644 --- a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_runtime_nist_lower.txt +++ b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_runtime_nist_lower.txt @@ -36,4 +36,3 @@ +---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+ |`Misra1b 2 `__ | :ranking-top-1:`1.038` | :ranking-top-1:`1.061` | :ranking-top-2:`1.14` | :ranking-med-3:`1.616` | :ranking-top-1:`1.031` | :ranking-top-1:`1` | :ranking-med-3:`1.394` | :ranking-low-4:`2.065` | :ranking-top-2:`1.119` | +---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------+ - diff --git a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_runtime_summary.txt b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_runtime_summary.txt index dd3b5a856808..525f2893aaf9 100644 --- a/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_runtime_summary.txt +++ b/docs/source/concepts/minimizers_comparison/v3.8.0/comparison_weighted_v3.8_runtime_summary.txt @@ -11,4 +11,3 @@ +-----------------------------------------------------------------------------------------------+-----------------------------------------------------------------------------------------------+-----------------------------------------------------------------------------------------------+-----------------------------------------------------------------------------------------------+-----------------------------------------------------------------------------------------------+-----------------------------------------------------------------------------------------------+-----------------------------------------------------------------------------------------------+-----------------------------------------------------------------------------------------------+-----------------------------------------------------------------------------------------------+-----------------------------------------------------------------------------------------------+ |Neutron data | :ref:`3.545 ` | :ref:`5.796 ` | :ref:`5.746 ` | :ref:`1 ` | :ref:`1.099 ` | :ref:`1.077 ` | :ref:`1.715 ` | :ref:`4.205 ` | :ref:`2.495 ` | +-----------------------------------------------------------------------------------------------+-----------------------------------------------------------------------------------------------+-----------------------------------------------------------------------------------------------+-----------------------------------------------------------------------------------------------+-----------------------------------------------------------------------------------------------+-----------------------------------------------------------------------------------------------+-----------------------------------------------------------------------------------------------+-----------------------------------------------------------------------------------------------+-----------------------------------------------------------------------------------------------+-----------------------------------------------------------------------------------------------+ - diff --git a/docs/source/diagrams/AccumulateMD-v1_wkflw.dot b/docs/source/diagrams/AccumulateMD-v1_wkflw.dot index 503d5beced55..efaea0b47003 100644 --- a/docs/source/diagrams/AccumulateMD-v1_wkflw.dot +++ b/docs/source/diagrams/AccumulateMD-v1_wkflw.dot @@ -50,4 +50,3 @@ digraph AccumulateMD { mergeMD -> OutputWorkspace } - diff --git a/docs/source/diagrams/CalculateMonteCarloAbsorption-v1_wkflw.dot b/docs/source/diagrams/CalculateMonteCarloAbsorption-v1_wkflw.dot index cf9b20235728..748992005647 100644 --- a/docs/source/diagrams/CalculateMonteCarloAbsorption-v1_wkflw.dot +++ b/docs/source/diagrams/CalculateMonteCarloAbsorption-v1_wkflw.dot @@ -199,4 +199,4 @@ digraph CalculateMonteCarloAbsorption { Multiply -> GroupWorkspaces GroupWorkspaces -> CorrectionsWorkspace -} \ No newline at end of file +} diff --git a/docs/source/diagrams/CorelliPowderCalibrationCreate-v1_wkflw.dot b/docs/source/diagrams/CorelliPowderCalibrationCreate-v1_wkflw.dot index 4c24638737ce..6bc92a3b0c09 100644 --- a/docs/source/diagrams/CorelliPowderCalibrationCreate-v1_wkflw.dot +++ b/docs/source/diagrams/CorelliPowderCalibrationCreate-v1_wkflw.dot @@ -23,4 +23,4 @@ digraph CorelliPowderCalibrationCreate { AlignComponents_2 -> fitted_in_dspacing_2 AlignComponents_2 -> peak_deviations_2 AlignComponents_2 -> peak_deviations_2_summary -} \ No newline at end of file +} diff --git a/docs/source/diagrams/CreateMD-v1_wkflw.dot b/docs/source/diagrams/CreateMD-v1_wkflw.dot index ab582a51e00f..f29c7945c902 100644 --- a/docs/source/diagrams/CreateMD-v1_wkflw.dot +++ b/docs/source/diagrams/CreateMD-v1_wkflw.dot @@ -58,4 +58,3 @@ digraph CreateMD { convertToMD -> OutputWorkspace } - diff --git a/docs/source/diagrams/CutMD-v1_wkflw.dot b/docs/source/diagrams/CutMD-v1_wkflw.dot index b87f73434acb..df6d1cfb35f2 100644 --- a/docs/source/diagrams/CutMD-v1_wkflw.dot +++ b/docs/source/diagrams/CutMD-v1_wkflw.dot @@ -44,4 +44,3 @@ digraph CutMD { binMD -> OutputWorkspace } - diff --git a/docs/source/diagrams/D4ILLReduction-v1_wkflw.dot b/docs/source/diagrams/D4ILLReduction-v1_wkflw.dot index bfb37737f994..4cf18c364ff0 100644 --- a/docs/source/diagrams/D4ILLReduction-v1_wkflw.dot +++ b/docs/source/diagrams/D4ILLReduction-v1_wkflw.dot @@ -60,6 +60,3 @@ digraph Sample { OutputWorkspace -> ExportAscii ExportAscii -> SaveAscii } - - - diff --git a/docs/source/diagrams/D7AbsoluteCrossSections-v1_wkflw.dot b/docs/source/diagrams/D7AbsoluteCrossSections-v1_wkflw.dot index 1c19eeb03b1f..8f503d595a91 100644 --- a/docs/source/diagrams/D7AbsoluteCrossSections-v1_wkflw.dot +++ b/docs/source/diagrams/D7AbsoluteCrossSections-v1_wkflw.dot @@ -90,6 +90,3 @@ digraph Sample { ConvertToSofQW -> SOfQWNormalisedPolygon SOfQWNormalisedPolygon -> OutputWorkspace } - - - diff --git a/docs/source/diagrams/DgsConvertToEnergyTransferWorkflow.xml b/docs/source/diagrams/DgsConvertToEnergyTransferWorkflow.xml index bfaaa8eaea64..c4ac8c1c4ddf 100644 --- a/docs/source/diagrams/DgsConvertToEnergyTransferWorkflow.xml +++ b/docs/source/diagrams/DgsConvertToEnergyTransferWorkflow.xml @@ -1 +1 @@ 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diff --git a/docs/source/diagrams/DgsDiagnoseWorkflow.xml b/docs/source/diagrams/DgsDiagnoseWorkflow.xml index 598335474418..017d28a7817e 100644 --- a/docs/source/diagrams/DgsDiagnoseWorkflow.xml +++ b/docs/source/diagrams/DgsDiagnoseWorkflow.xml @@ -1 +1 @@ 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diff --git a/docs/source/diagrams/DgsPreprocessDataWorkflow.xml b/docs/source/diagrams/DgsPreprocessDataWorkflow.xml index beec00f41151..525c3e4e32a9 100644 --- a/docs/source/diagrams/DgsPreprocessDataWorkflow.xml +++ b/docs/source/diagrams/DgsPreprocessDataWorkflow.xml @@ -1 +1 @@ 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diff --git a/docs/source/diagrams/DgsProcessDetectorVanadiumWorkflow.xml b/docs/source/diagrams/DgsProcessDetectorVanadiumWorkflow.xml index acc21b754c9c..c77d9af78d5d 100644 --- a/docs/source/diagrams/DgsProcessDetectorVanadiumWorkflow.xml +++ b/docs/source/diagrams/DgsProcessDetectorVanadiumWorkflow.xml @@ -1 +1 @@ -5Vtrc6o6F/41fiwjRrx83LWX3Zm3nU4779lnfzqTQlSmSBzA1p5fv1dgBRKTWq2o6MEZR1YgkGc9WVmX2CKj2fI2ofPpPQ9Y1Oq0g2WLXLU6nUG7Dd9C8LEimCRhUIhcFCzCgKWaKOM8ysK5LvR5HDM/02RjHumdzemEGYJnn0am9FcYZFN8uU6vkv9k4WQqH+P2hkVLmn3IPgI2posou8hF0CaaZ1T2lQ+TXAM0CefQjfg1W45YJOCRQy+wuPmktXzJhMX4IutvwJd4o9EC37ElRkSWtEUu/6IxDcLFTBH94slrOqc+M8aWTulc/JwtJ0Ktzjji7/6UJpkT0Iy+0BQaL8dhFI14xJP8HnIDx2gE8jRL+CtTWtr5UbZIxPF11fHhkN9YkjGkUC7C8d4yPmNZ8gGXYCvxkE/Irw4pTt8rrbqIWnuqaLSHMorkmpQ9V/jCD4TYDjc+SoH7apI+JmyecJ+l6RUgtQWweJeJ62gkkD00rkTH1XVxAqjAShDrBrZr4fEKjiwOfiQJf4czP6JpGvoAA1uG2d8gaTsenv2GMxd/P7IkhFdhAjwBGoCTfCiXi1Nxfdlm3hDcgGryLj9DOOWLBOaTOh0zmkwYXoWUYYFmnkwtJCyiWfimW6tdIPUMSEc8FnT4fxxm6enStDN0hsrR142Bi8M+BGlx6VAQfmIvYXw20PZwgIgtkQM+BLao1lM3CDj7VYOABD28QRiYixfLwEd4ovGEbWsUUhhS9o/AtQk+gbuydnXcrsZky0q2LxcBH/Vt4kqq5jQsSfw5cTXaVizelbhIlkYQ10W1nLoxQABVTNGiHgFT0+MCV/aJzej8TF2DLjmgPyvdEHtg9ljAxgK4AmwwxLaAji1ua59DvNZtO26/3fXwozsVAxe1pGpF3OGSnvwglrXryFwQFSXc0/T1PBTgkr5D3EH56eO4182LtudU+IMG0FrUrgLbalmq4Dbhi3kYT85DDV6/7RTdFwd2sE4Lrm7PBnhJ3VqQrtCp+yxyQqsLrFznDr/Clgz5tteyHaq5EvaBKrKuIaiaGc+7MZzfPd89t8jNNuaB+WEa8tg0D+P8OPQyCeYBwt7qg6se2gePmGnOgcV5kbKdMDbTnCfpb0uWqsyVQzkCc88kx4n+W0PMgeln30OFJpxHRTenGMZ4q8u+Zgh6tnrHvsIYS4rzN1TsmuYcwBkw7xlfiEUv/P26ElzmAmiY8iT8l8cZhSFuksy3ZPOPlwSxZETfXy5SUeC8GNMigjxK9o5cBjSdQixbaGIMAEtN1DIbPCBBr4pe9Nngdc3ZILN96mTo1jEZbPHiKRapkEkN4fWuCdMDoLqhfRGkDmFCbqYFSzZQZo3q00J+K2BHxV3ygjkP4yLZjz0/CoG6AOnZ9D4uOZVGix4r/ZavtlkV3Yw3H/g6pcc8znHes8br17FlBalfxxtvXjAD0rvYhy04cXbJ6OyBJzMahSk8FIKiU60EQYbRkVOr3Mgw0P0pWxlzCCTZz5YRM2B9pm/sgS0XJ1yE1z3UlUx73xKr7s1FJTuHVc1Is8jZ2Yi9I8QMqwRpRd2iqBnD0FhMZ9ukY5tlJ7odMBOfJWN7XUtRwvOcrllSrp3OZsQlkc8rRgX8Jws7gOT01GLQquXofFW37w4dqPPJ+8u0WO162G4DyoqHsm3M+w0PJWWTGVyk+ii5qk1Dl4u3s0W2HM/x/Jad4679WHgNbiSAivW3VgEL8tKDOALyJxCbbYSqJdY6HqoyF6GgqmwIKKufazcGbF7l4P5C2ImG2H8ocmj2HZ23NZsBZPqz9h3HO5fnGsJtS4wpGXYEbpvRTuGx3MVZvs/wf4DmsfKUltSkwVwL3p9vrJCFc7nrcOh96b3sa/+8ZTuXhvtPeN7ZAk/ANz8W8LaNXk0oj2xZELEYnhXr8aUlknPf2N94CLtjhk3/WTVYqt4HU4MZNYn/B7bIDxBeA+iQO22EFZLmchcr5A10Z0avTIGvI1OKX9SmpHe6E/ANjZF2Z7OlWJXjVT+b4bT642ZR1qj+4Equ/wA= \ No newline at end of file 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diff --git a/docs/source/diagrams/DirectILLAutoProcess-v1_empty_wkflw.dot b/docs/source/diagrams/DirectILLAutoProcess-v1_empty_wkflw.dot index 77245ef1ea7b..cc073d0b1546 100644 --- a/docs/source/diagrams/DirectILLAutoProcess-v1_empty_wkflw.dot +++ b/docs/source/diagrams/DirectILLAutoProcess-v1_empty_wkflw.dot @@ -42,6 +42,3 @@ digraph Sample { SaveOutput -> OutputWorkspace Save -> OutputWorkspace } - - - diff --git a/docs/source/diagrams/DirectILLAutoProcess-v1_sample_powder_wkflw.dot b/docs/source/diagrams/DirectILLAutoProcess-v1_sample_powder_wkflw.dot index 52e34014adbd..9914969f731a 100644 --- a/docs/source/diagrams/DirectILLAutoProcess-v1_sample_powder_wkflw.dot +++ b/docs/source/diagrams/DirectILLAutoProcess-v1_sample_powder_wkflw.dot @@ -60,6 +60,3 @@ digraph Sample { SaveOutput -> OutputWorkspace Save -> OutputWorkspace } - - - diff --git a/docs/source/diagrams/DirectILLAutoProcess-v1_sample_sx_wkflw.dot b/docs/source/diagrams/DirectILLAutoProcess-v1_sample_sx_wkflw.dot index 4fef7cdc6748..bec120a0ac85 100644 --- a/docs/source/diagrams/DirectILLAutoProcess-v1_sample_sx_wkflw.dot +++ b/docs/source/diagrams/DirectILLAutoProcess-v1_sample_sx_wkflw.dot @@ -71,6 +71,3 @@ digraph Sample { SaveOutput -> OutputWorkspace Save -> OutputWorkspace } - - - diff --git a/docs/source/diagrams/DirectILLAutoProcess-v1_vanadium_wkflw.dot b/docs/source/diagrams/DirectILLAutoProcess-v1_vanadium_wkflw.dot index 9c12a3c5d36f..adbe45e87743 100644 --- a/docs/source/diagrams/DirectILLAutoProcess-v1_vanadium_wkflw.dot +++ b/docs/source/diagrams/DirectILLAutoProcess-v1_vanadium_wkflw.dot @@ -62,6 +62,3 @@ digraph Sample { SaveOutput -> OutputWorkspace Save -> OutputWorkspace } - - - diff --git a/docs/source/diagrams/EMUauElasticReduction-v1_wkflw.dot b/docs/source/diagrams/EMUauElasticReduction-v1_wkflw.dot index 54073439a739..1fd003f50ee1 100644 --- a/docs/source/diagrams/EMUauElasticReduction-v1_wkflw.dot +++ b/docs/source/diagrams/EMUauElasticReduction-v1_wkflw.dot @@ -64,4 +64,4 @@ digraph ElasticEMUauReduction { Integration -> Divide Divide -> OutputWorkspace -} \ No newline at end of file +} diff --git a/docs/source/diagrams/EMUauInelasticReduction-v1_wkflw.dot b/docs/source/diagrams/EMUauInelasticReduction-v1_wkflw.dot index 84911cb48f5c..02c6150c7c0c 100644 --- a/docs/source/diagrams/EMUauInelasticReduction-v1_wkflw.dot +++ b/docs/source/diagrams/EMUauInelasticReduction-v1_wkflw.dot @@ -63,4 +63,4 @@ digraph InelasticEMUauReduction { Integration -> Divide Divide -> OutputWorkspace -} \ No newline at end of file +} diff --git a/docs/source/diagrams/EnggSaveGSASIIFitResultsToHDF5MultiRunHierarchy.dot b/docs/source/diagrams/EnggSaveGSASIIFitResultsToHDF5MultiRunHierarchy.dot index 6f569acdf79c..33c4bf8643c5 100644 --- a/docs/source/diagrams/EnggSaveGSASIIFitResultsToHDF5MultiRunHierarchy.dot +++ b/docs/source/diagrams/EnggSaveGSASIIFitResultsToHDF5MultiRunHierarchy.dot @@ -23,4 +23,4 @@ graph { fitgroup1 -- rwp1; run1 -- bank2 -- fitgroup2; file -- run2 -- bank3 -- fitgroup3; -} \ No newline at end of file +} diff --git a/docs/source/diagrams/EnggSaveGSASIIFitResultsToHDF5SingleRunHierarchy.dot b/docs/source/diagrams/EnggSaveGSASIIFitResultsToHDF5SingleRunHierarchy.dot index 0f1a07fd3db7..6160723c360f 100644 --- a/docs/source/diagrams/EnggSaveGSASIIFitResultsToHDF5SingleRunHierarchy.dot +++ b/docs/source/diagrams/EnggSaveGSASIIFitResultsToHDF5SingleRunHierarchy.dot @@ -25,4 +25,4 @@ graph { fitgroup2 -- profcoeffs2; fitgroup2 -- refineparams2; fitgroup2 -- rwp2; -} \ No newline at end of file +} diff --git a/docs/source/diagrams/EnggSaveSinglePeakFitResultsToHDF5MultiRunHierarchy.dot b/docs/source/diagrams/EnggSaveSinglePeakFitResultsToHDF5MultiRunHierarchy.dot index 6df998bbd9bc..7578bb56a82e 100644 --- a/docs/source/diagrams/EnggSaveSinglePeakFitResultsToHDF5MultiRunHierarchy.dot +++ b/docs/source/diagrams/EnggSaveSinglePeakFitResultsToHDF5MultiRunHierarchy.dot @@ -21,4 +21,4 @@ graph { file -- run1 -- bank1 -- fitgroup1; run1 -- bank2 -- fitgroup2; file -- run2 -- bank3 -- fitgroup3; -} \ No newline at end of file +} diff --git a/docs/source/diagrams/EnggSaveSinglePeakFitResultsToHDF5SingleRunHierarchy.dot b/docs/source/diagrams/EnggSaveSinglePeakFitResultsToHDF5SingleRunHierarchy.dot index c7b096dfd98f..b3c9596beb8f 100644 --- a/docs/source/diagrams/EnggSaveSinglePeakFitResultsToHDF5SingleRunHierarchy.dot +++ b/docs/source/diagrams/EnggSaveSinglePeakFitResultsToHDF5SingleRunHierarchy.dot @@ -9,4 +9,4 @@ graph { file -- bank1 -- fitgroup1; file -- bank2 -- fitgroup2; -} \ No newline at end of file +} diff --git a/docs/source/diagrams/HB3A-v1_wokflw.dot b/docs/source/diagrams/HB3A-v1_wokflw.dot index 3ca47c3a6a92..2fa999bcec8a 100644 --- a/docs/source/diagrams/HB3A-v1_wokflw.dot +++ b/docs/source/diagrams/HB3A-v1_wokflw.dot @@ -95,5 +95,3 @@ digraph HB3AReduction { viewRawData -> OutputWorkspace } - - diff --git a/docs/source/diagrams/ISISPowderApplyAbsorbCorr_wkflw.dot b/docs/source/diagrams/ISISPowderApplyAbsorbCorr_wkflw.dot index fafb156fd87e..0c503a809b92 100644 --- a/docs/source/diagrams/ISISPowderApplyAbsorbCorr_wkflw.dot +++ b/docs/source/diagrams/ISISPowderApplyAbsorbCorr_wkflw.dot @@ -90,4 +90,4 @@ digraph isisPowderGenericAlgs{ alg_PEARL_Load -> alg_PEARL_RebinWorkspace alg_PEARL_RebinWorkspace -> alg_PEARL_Divide } -} \ No newline at end of file +} diff --git a/docs/source/diagrams/ISISPowderCreateVanadium_wkflw.dot b/docs/source/diagrams/ISISPowderCreateVanadium_wkflw.dot index af764c2c5b39..82aef4aff50c 100644 --- a/docs/source/diagrams/ISISPowderCreateVanadium_wkflw.dot +++ b/docs/source/diagrams/ISISPowderCreateVanadium_wkflw.dot @@ -115,4 +115,4 @@ digraph isisPowderCreateVanadium{ } -} \ No newline at end of file +} diff --git a/docs/source/diagrams/ISISPowderFocus_wkflw.dot b/docs/source/diagrams/ISISPowderFocus_wkflw.dot index ac5342deb20f..88b6ff06585c 100644 --- a/docs/source/diagrams/ISISPowderFocus_wkflw.dot +++ b/docs/source/diagrams/ISISPowderFocus_wkflw.dot @@ -130,4 +130,4 @@ digraph isisPowderfocus{ proc_InstReduceBinWidths -> proc_InstSaveFocused } -} \ No newline at end of file +} diff --git a/docs/source/diagrams/ISISPowderGenericAlgs_wkflw.dot b/docs/source/diagrams/ISISPowderGenericAlgs_wkflw.dot index 2043e83ba091..1c26bce78a88 100644 --- a/docs/source/diagrams/ISISPowderGenericAlgs_wkflw.dot +++ b/docs/source/diagrams/ISISPowderGenericAlgs_wkflw.dot @@ -55,4 +55,4 @@ digraph isisPowderGenericAlgs{ if_inputMode -> proc_instNormaliseWorkspaces [label="'Individual'"] } -} \ No newline at end of file +} diff --git a/docs/source/diagrams/ISISPowderNormaliseWorkspace_wkflw.dot b/docs/source/diagrams/ISISPowderNormaliseWorkspace_wkflw.dot index 62055c518656..419c7f680868 100644 --- a/docs/source/diagrams/ISISPowderNormaliseWorkspace_wkflw.dot +++ b/docs/source/diagrams/ISISPowderNormaliseWorkspace_wkflw.dot @@ -74,4 +74,4 @@ digraph isisPowderCreateVanadium{ alg_ConvertUnitsWavelengthInputWs -> alg_NormaliseToMonitor alg_NormaliseToMonitor -> alg_ConvertUnitsTOF } -} \ No newline at end of file +} diff --git a/docs/source/diagrams/ISISPowderSaveFocusedBanks_wkflw.dot b/docs/source/diagrams/ISISPowderSaveFocusedBanks_wkflw.dot index 169aad1b7bd2..afb34e3ff799 100644 --- a/docs/source/diagrams/ISISPowderSaveFocusedBanks_wkflw.dot +++ b/docs/source/diagrams/ISISPowderSaveFocusedBanks_wkflw.dot @@ -71,4 +71,4 @@ digraph isisPowderCreateVanadium{ if_focusModePearl -> proc_focusModeModsPearl if_focusModePearl -> proc_focusModeTransPearl } -} \ No newline at end of file +} diff --git a/docs/source/diagrams/ISISPowderSavePearlFmodes_wkflw.dot b/docs/source/diagrams/ISISPowderSavePearlFmodes_wkflw.dot index 4e916ef9b125..6c4e91e2fee4 100644 --- a/docs/source/diagrams/ISISPowderSavePearlFmodes_wkflw.dot +++ b/docs/source/diagrams/ISISPowderSavePearlFmodes_wkflw.dot @@ -179,4 +179,4 @@ digraph isisPowderCreateVanadium{ alg_Divide -> alg_ConvertUnitsOriginal } -} \ No newline at end of file +} diff --git a/docs/source/diagrams/IndirectAnnulusAbsorption-v1_wkflw.dot b/docs/source/diagrams/IndirectAnnulusAbsorption-v1_wkflw.dot index 4b34bcd815ff..93c0091b8329 100644 --- a/docs/source/diagrams/IndirectAnnulusAbsorption-v1_wkflw.dot +++ b/docs/source/diagrams/IndirectAnnulusAbsorption-v1_wkflw.dot @@ -108,4 +108,4 @@ digraph IndirectAnnulusAbsorption { SampleLogs -> AddSampleLogMultiple AddSampleLogMultiple -> GroupWorkspaces GroupWorkspaces -> OutputWorkspace -} \ No newline at end of file +} diff --git a/docs/source/diagrams/IndirectILLEnergyTransfer-v1_wkflw.dot b/docs/source/diagrams/IndirectILLEnergyTransfer-v1_wkflw.dot index e2d281059cfa..25805440ead2 100644 --- a/docs/source/diagrams/IndirectILLEnergyTransfer-v1_wkflw.dot +++ b/docs/source/diagrams/IndirectILLEnergyTransfer-v1_wkflw.dot @@ -44,4 +44,4 @@ digraph IndirectILLEnergyTransfer { ConvertAxisByFormula -> ConvertSpectrumAxis ConvertSpectrumAxis -> GroupWorkspaces GroupWorkspaces -> OutputWorkspace -} \ No newline at end of file +} diff --git a/docs/source/diagrams/IndirectILLReductionFWS-v1_wkflw.dot b/docs/source/diagrams/IndirectILLReductionFWS-v1_wkflw.dot index 1aa0d1620615..cd6784261b7c 100644 --- a/docs/source/diagrams/IndirectILLReductionFWS-v1_wkflw.dot +++ b/docs/source/diagrams/IndirectILLReductionFWS-v1_wkflw.dot @@ -88,4 +88,4 @@ digraph IndirectILLReductionFWS { SplineInterpolationCB -> MinusB Divide -> GroupWorkspaces GroupWorkspaces -> OutputWorkspace -} \ No newline at end of file +} diff --git a/docs/source/diagrams/IndirectILLReductionQENS-v1_wkflw.dot b/docs/source/diagrams/IndirectILLReductionQENS-v1_wkflw.dot index 4a70ed520396..ad4a482cad92 100644 --- a/docs/source/diagrams/IndirectILLReductionQENS-v1_wkflw.dot +++ b/docs/source/diagrams/IndirectILLReductionQENS-v1_wkflw.dot @@ -81,4 +81,4 @@ digraph IndirectILLReductionQENS { MatchPeaks -> Plus Plus -> GroupWorkspaces GroupWorkspaces -> OutputWorkspace -} \ No newline at end of file +} diff --git a/docs/source/diagrams/MatchAndMergeWorkspaces-v1_wkflw.dot b/docs/source/diagrams/MatchAndMergeWorkspaces-v1_wkflw.dot index 99d01bd1ed07..b02f80508e72 100644 --- a/docs/source/diagrams/MatchAndMergeWorkspaces-v1_wkflw.dot +++ b/docs/source/diagrams/MatchAndMergeWorkspaces-v1_wkflw.dot @@ -49,4 +49,4 @@ xMax -> CropWorkspaceRagged CropWorkspaceRagged -> Rebin2 Rebin2 -> SumSpectra SumSpectra -> outputWorkspace -} \ No newline at end of file +} diff --git a/docs/source/diagrams/PEARL-Run_focus-wkflw.dot b/docs/source/diagrams/PEARL-Run_focus-wkflw.dot index cb83817d91a6..98f4e9331ccc 100644 --- a/docs/source/diagrams/PEARL-Run_focus-wkflw.dot +++ b/docs/source/diagrams/PEARL-Run_focus-wkflw.dot @@ -340,4 +340,4 @@ digraph pearlRunFocus { SaveNexus_FocusModeMods -> Focus_run_if_debug_mode_FocusModeMods Focus_run_if_debug_mode_FocusModeMods -> Remove_temp_workspace_FocusModeMods [label="false"] } -} \ No newline at end of file +} diff --git a/docs/source/diagrams/PelicanReduction-v1_wkflw.dot b/docs/source/diagrams/PelicanReduction-v1_wkflw.dot index 798aa70a026d..db723352712d 100644 --- a/docs/source/diagrams/PelicanReduction-v1_wkflw.dot +++ b/docs/source/diagrams/PelicanReduction-v1_wkflw.dot @@ -79,4 +79,4 @@ digraph PelicanReduction { ProcessMode -> SOFQW [label="SOFQW"] SOFQW -> CorrectKiKf CorrectKiKf -> SOFQWWorkspaces -} \ No newline at end of file +} diff --git a/docs/source/diagrams/PolDiffILLReduction-v1_sample_wkflw.dot b/docs/source/diagrams/PolDiffILLReduction-v1_sample_wkflw.dot index 2826de0d20ee..ab9edb32febb 100644 --- a/docs/source/diagrams/PolDiffILLReduction-v1_sample_wkflw.dot +++ b/docs/source/diagrams/PolDiffILLReduction-v1_sample_wkflw.dot @@ -90,6 +90,3 @@ digraph Sample { SumOverlappingTubes -> OutputWorkspace Plus -> OutputWorkspace } - - - diff --git a/docs/source/diagrams/PowderReduceP2D_ProcessCanRun.dot b/docs/source/diagrams/PowderReduceP2D_ProcessCanRun.dot index 8f50b6b084e6..aace80b8bf62 100644 --- a/docs/source/diagrams/PowderReduceP2D_ProcessCanRun.dot +++ b/docs/source/diagrams/PowderReduceP2D_ProcessCanRun.dot @@ -63,4 +63,3 @@ digraph PowderReduceP2D_ProcessCanRun { } - diff --git a/docs/source/diagrams/QENSFitSequential-v1_wkflw.dot b/docs/source/diagrams/QENSFitSequential-v1_wkflw.dot index b31d37ed938c..e6ae4a241f90 100644 --- a/docs/source/diagrams/QENSFitSequential-v1_wkflw.dot +++ b/docs/source/diagrams/QENSFitSequential-v1_wkflw.dot @@ -91,4 +91,4 @@ digraph QENSFitSequential { InputWorkspace -> do_extract_members do_extract_members -> ExtractQENSMembers [label="Yes"] ExtractQENSMembers -> OutputWorkspaceGroup -} \ No newline at end of file +} diff --git a/docs/source/diagrams/ReflectometryReductionOne_ConvertToMomentum-v2_wkflw.dot b/docs/source/diagrams/ReflectometryReductionOne_ConvertToMomentum-v2_wkflw.dot index 7c14174868c9..12a5769aefc9 100644 --- a/docs/source/diagrams/ReflectometryReductionOne_ConvertToMomentum-v2_wkflw.dot +++ b/docs/source/diagrams/ReflectometryReductionOne_ConvertToMomentum-v2_wkflw.dot @@ -39,4 +39,3 @@ thetaIn -> refRoi refRoi -> outputWorkspace } - diff --git a/docs/source/diagrams/ReflectometryReductionOne_SumInQ-v2_wkflw.dot b/docs/source/diagrams/ReflectometryReductionOne_SumInQ-v2_wkflw.dot index 654828d1bc71..e08acbd4e0e8 100644 --- a/docs/source/diagrams/ReflectometryReductionOne_SumInQ-v2_wkflw.dot +++ b/docs/source/diagrams/ReflectometryReductionOne_SumInQ-v2_wkflw.dot @@ -54,4 +54,3 @@ cropWav -> outputWorkspaceWav {rank=same; wavMin; wavMax} } - diff --git a/docs/source/diagrams/SNSPowderReduction-v1_focusandsum.dot b/docs/source/diagrams/SNSPowderReduction-v1_focusandsum.dot index 927690fe19c3..2ecd9d1a7124 100644 --- a/docs/source/diagrams/SNSPowderReduction-v1_focusandsum.dot +++ b/docs/source/diagrams/SNSPowderReduction-v1_focusandsum.dot @@ -47,4 +47,3 @@ digraph FocusAndSum { isLastRunNumber -> getRunNumber [label="No"] } - diff --git a/docs/source/diagrams/SNSPowderReduction-v1_process_container.dot b/docs/source/diagrams/SNSPowderReduction-v1_process_container.dot index 4a7f643cabfd..84f47118a3d5 100644 --- a/docs/source/diagrams/SNSPowderReduction-v1_process_container.dot +++ b/docs/source/diagrams/SNSPowderReduction-v1_process_container.dot @@ -45,4 +45,3 @@ digraph SNSPowderReductionContainer { fftSmooth -> ProcessedCanRun } - diff --git a/docs/source/diagrams/SNSPowderReduction-v1_vanadium.dot b/docs/source/diagrams/SNSPowderReduction-v1_vanadium.dot index dbfbb6453082..9c34cab3ed90 100644 --- a/docs/source/diagrams/SNSPowderReduction-v1_vanadium.dot +++ b/docs/source/diagrams/SNSPowderReduction-v1_vanadium.dot @@ -78,4 +78,3 @@ digraph ProcessVanadium { fftSmooth -> setUncertainties setUncertainties -> ProcessedVanadiumWorkspace } - diff --git a/docs/source/diagrams/StepScanWorkflow.xml b/docs/source/diagrams/StepScanWorkflow.xml index e8ed934229b7..52bef0e4e284 100644 --- a/docs/source/diagrams/StepScanWorkflow.xml +++ b/docs/source/diagrams/StepScanWorkflow.xml @@ -1 +1 @@ -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 \ No newline at end of file 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 diff --git a/docs/source/diagrams/TotScatCalculateSelfScattering-v1_wkflw.dot b/docs/source/diagrams/TotScatCalculateSelfScattering-v1_wkflw.dot index f634829ab525..69647c47ef7c 100644 --- a/docs/source/diagrams/TotScatCalculateSelfScattering-v1_wkflw.dot +++ b/docs/source/diagrams/TotScatCalculateSelfScattering-v1_wkflw.dot @@ -55,4 +55,4 @@ GetPixelNumberInDetector -> CreateWorkspace CreateWorkspace -> Divide GroupDetectors -> Divide Divide -> outputWorkspace -} \ No newline at end of file +} diff --git a/docs/source/fitting/fitcostfunctions/index.rst b/docs/source/fitting/fitcostfunctions/index.rst index 7e7a2cf22672..8dd75158b812 100644 --- a/docs/source/fitting/fitcostfunctions/index.rst +++ b/docs/source/fitting/fitcostfunctions/index.rst @@ -13,4 +13,4 @@ Fit Cost Functions .. image:: ../../images/mantid.png :alt: A preying mantis with arms upraised :width: 200px - :align: right \ No newline at end of file + :align: right diff --git a/docs/source/fitting/fitfunctions/ChudleyElliotSQE.rst b/docs/source/fitting/fitfunctions/ChudleyElliotSQE.rst index 6a2b90fbec95..2c839969618e 100644 --- a/docs/source/fitting/fitfunctions/ChudleyElliotSQE.rst +++ b/docs/source/fitting/fitfunctions/ChudleyElliotSQE.rst @@ -44,5 +44,3 @@ References .. categories:: .. sourcelink:: - - diff --git a/docs/source/fitting/fitfunctions/EISFDiffCylinder.rst b/docs/source/fitting/fitfunctions/EISFDiffCylinder.rst index 8977817b26b3..91a0de6c82ad 100644 --- a/docs/source/fitting/fitfunctions/EISFDiffCylinder.rst +++ b/docs/source/fitting/fitfunctions/EISFDiffCylinder.rst @@ -58,4 +58,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/fitting/fitfunctions/EISFDiffSphere.rst b/docs/source/fitting/fitfunctions/EISFDiffSphere.rst index 821b2074272d..134e78a2ab33 100644 --- a/docs/source/fitting/fitfunctions/EISFDiffSphere.rst +++ b/docs/source/fitting/fitfunctions/EISFDiffSphere.rst @@ -60,4 +60,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/fitting/fitfunctions/EISFDiffSphereAlkyl.rst b/docs/source/fitting/fitfunctions/EISFDiffSphereAlkyl.rst index 0ca9d6e34191..fb17ffa17b3d 100644 --- a/docs/source/fitting/fitfunctions/EISFDiffSphereAlkyl.rst +++ b/docs/source/fitting/fitfunctions/EISFDiffSphereAlkyl.rst @@ -67,4 +67,3 @@ Output: .. categories:: .. sourcelink:: - diff --git a/docs/source/fitting/fitfunctions/ElasticDiffRotDiscreteCircle.rst b/docs/source/fitting/fitfunctions/ElasticDiffRotDiscreteCircle.rst index 26b096bcaf72..8d805d8ab116 100644 --- a/docs/source/fitting/fitfunctions/ElasticDiffRotDiscreteCircle.rst +++ b/docs/source/fitting/fitfunctions/ElasticDiffRotDiscreteCircle.rst @@ -37,4 +37,3 @@ This function makes up the elastic part of :ref:`DiffRotDiscreteCircle `__ .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/fitting/fitfunctions/Quadratic.rst b/docs/source/fitting/fitfunctions/Quadratic.rst index 8ff860a41824..8c850aa51fc6 100644 --- a/docs/source/fitting/fitfunctions/Quadratic.rst +++ b/docs/source/fitting/fitfunctions/Quadratic.rst @@ -27,4 +27,4 @@ where .. sourcelink:: :h: Framework/CurveFitting/inc/MantidCurveFitting/Functions/Quadratic.h - :cpp: Framework/CurveFitting/src/Functions/Quadratic.cpp \ No newline at end of file + :cpp: Framework/CurveFitting/src/Functions/Quadratic.cpp diff --git a/docs/source/fitting/fitfunctions/SmoothTransition.rst b/docs/source/fitting/fitfunctions/SmoothTransition.rst index 57ae74184dc4..7eed1f3d1444 100644 --- a/docs/source/fitting/fitfunctions/SmoothTransition.rst +++ b/docs/source/fitting/fitfunctions/SmoothTransition.rst @@ -40,4 +40,4 @@ References .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/fitting/fitfunctions/TeixeiraWaterSQE.rst b/docs/source/fitting/fitfunctions/TeixeiraWaterSQE.rst index 9eb1fc000b6b..06e3714a96ac 100644 --- a/docs/source/fitting/fitfunctions/TeixeiraWaterSQE.rst +++ b/docs/source/fitting/fitfunctions/TeixeiraWaterSQE.rst @@ -204,9 +204,3 @@ Output: .. categories:: .. sourcelink:: - - - - - - diff --git a/docs/source/fitting/fitfunctions/UserFunction.rst b/docs/source/fitting/fitfunctions/UserFunction.rst index 9a8201cec132..478e17a34910 100644 --- a/docs/source/fitting/fitfunctions/UserFunction.rst +++ b/docs/source/fitting/fitfunctions/UserFunction.rst @@ -26,4 +26,4 @@ go first in UserFunction definition. .. sourcelink:: :h: Framework/CurveFitting/inc/MantidCurveFitting/Functions/UserFunction.h - :cpp: Framework/CurveFitting/src/Functions/UserFunction.cpp \ No newline at end of file + :cpp: Framework/CurveFitting/src/Functions/UserFunction.cpp diff --git a/docs/source/fitting/fitfunctions/UserFunctionMD.rst b/docs/source/fitting/fitfunctions/UserFunctionMD.rst index b6b58566f76d..4d1c1581dedc 100644 --- a/docs/source/fitting/fitfunctions/UserFunctionMD.rst +++ b/docs/source/fitting/fitfunctions/UserFunctionMD.rst @@ -23,4 +23,4 @@ go first in UserFunctionMD definition. .. categories:: -.. sourcelink:: \ No newline at end of file +.. sourcelink:: diff --git a/docs/source/fitting/fitminimizers/BFGS.rst b/docs/source/fitting/fitminimizers/BFGS.rst index 2179c155df84..44a17a83c653 100644 --- a/docs/source/fitting/fitminimizers/BFGS.rst +++ b/docs/source/fitting/fitminimizers/BFGS.rst @@ -15,4 +15,3 @@ It makes use of the `__. .. categories:: FitMinimizers - diff --git a/docs/source/fitting/fitminimizers/DampedGaussNewton.rst b/docs/source/fitting/fitminimizers/DampedGaussNewton.rst index 177508823abd..2939c2b845a6 100644 --- a/docs/source/fitting/fitminimizers/DampedGaussNewton.rst +++ b/docs/source/fitting/fitminimizers/DampedGaussNewton.rst @@ -16,4 +16,3 @@ It makes use of the `__. .. categories:: FitMinimizers - diff --git a/docs/source/fitting/fitminimizers/FletcherReeves.rst b/docs/source/fitting/fitminimizers/FletcherReeves.rst index 19b6a9275bc5..1569a9551d04 100644 --- a/docs/source/fitting/fitminimizers/FletcherReeves.rst +++ b/docs/source/fitting/fitminimizers/FletcherReeves.rst @@ -15,4 +15,3 @@ It makes use of the `__. .. categories:: FitMinimizers - diff --git a/docs/source/fitting/fitminimizers/GradientDescent.rst b/docs/source/fitting/fitminimizers/GradientDescent.rst index 1213e1bd2b1f..13a363b23d90 100644 --- a/docs/source/fitting/fitminimizers/GradientDescent.rst +++ b/docs/source/fitting/fitminimizers/GradientDescent.rst @@ -13,4 +13,3 @@ It makes use of the `__. .. categories:: FitMinimizers - diff --git a/docs/source/fitting/fitminimizers/LevenbergMarquardt.rst b/docs/source/fitting/fitminimizers/LevenbergMarquardt.rst index c42b11df0e35..00ecf3a8de65 100644 --- a/docs/source/fitting/fitminimizers/LevenbergMarquardt.rst +++ b/docs/source/fitting/fitminimizers/LevenbergMarquardt.rst @@ -13,4 +13,3 @@ It makes use of the `__. .. categories:: FitMinimizers - diff --git a/docs/source/fitting/fitminimizers/LevenbergMarquardtMD.rst b/docs/source/fitting/fitminimizers/LevenbergMarquardtMD.rst index c97129c729f8..b09bc5e16594 100644 --- a/docs/source/fitting/fitminimizers/LevenbergMarquardtMD.rst +++ b/docs/source/fitting/fitminimizers/LevenbergMarquardtMD.rst @@ -19,4 +19,3 @@ It makes use of the `__. .. categories:: FitMinimizers - diff --git a/docs/source/fitting/fitminimizers/Simplex.rst b/docs/source/fitting/fitminimizers/Simplex.rst index 1b646a917e38..c5a2ddb15837 100644 --- a/docs/source/fitting/fitminimizers/Simplex.rst +++ b/docs/source/fitting/fitminimizers/Simplex.rst @@ -13,4 +13,3 @@ It makes use of the `__. .. categories:: FitMinimizers - diff --git a/docs/source/fitting/fitminimizers/TrustRegion.rst b/docs/source/fitting/fitminimizers/TrustRegion.rst index 1bb6ea82e0b3..bf5e8771a5f5 100644 --- a/docs/source/fitting/fitminimizers/TrustRegion.rst +++ b/docs/source/fitting/fitminimizers/TrustRegion.rst @@ -17,4 +17,3 @@ Reference * A higher order method for solving nonlinear least-squares problems, N.I.M. Gould, T.Rees, and J.A. Scott, RAL-P-2017-010 .. categories:: FitMinimizers - diff --git a/docs/source/images/HFIRSANSReduction.xml b/docs/source/images/HFIRSANSReduction.xml index 1343a8ddacda..98a2cf1d3fd0 100644 --- a/docs/source/images/HFIRSANSReduction.xml +++ b/docs/source/images/HFIRSANSReduction.xml @@ -1 +1 @@ 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diff --git a/docs/source/images/LoadEQSANS.xml b/docs/source/images/LoadEQSANS.xml index 8f170a9bf8b4..020d4e71bda9 100644 --- a/docs/source/images/LoadEQSANS.xml +++ b/docs/source/images/LoadEQSANS.xml @@ -1 +1 @@ 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diff --git a/docs/source/images/README.md b/docs/source/images/README.md index 252b3596b8a3..8354307a013f 100644 --- a/docs/source/images/README.md +++ b/docs/source/images/README.md @@ -1,3 +1,3 @@ Contains images for the documentation -The path to an image can be referenced in an `rst` file using an absolute path `/images/myimage.png"` as Sphinx treats absolute paths as relative to the root source directory, i.e the directory containing conf.py. \ No newline at end of file +The path to an image can be referenced in an `rst` file using an absolute path `/images/myimage.png"` as Sphinx treats absolute paths as relative to the root source directory, i.e the directory containing conf.py. diff --git a/docs/source/images/SANSReduction.xml b/docs/source/images/SANSReduction.xml index 56ea1e906b94..e7ec50a63ad9 100644 --- a/docs/source/images/SANSReduction.xml +++ b/docs/source/images/SANSReduction.xml @@ -1 +1 @@ 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diff --git a/docs/source/images/Workbench/WorkbenchDiagramDrawIOSaveFile.xml b/docs/source/images/Workbench/WorkbenchDiagramDrawIOSaveFile.xml index 5f79a6a7e7b6..ab867f7ca69b 100644 --- a/docs/source/images/Workbench/WorkbenchDiagramDrawIOSaveFile.xml +++ b/docs/source/images/Workbench/WorkbenchDiagramDrawIOSaveFile.xml @@ -1 +1 @@ 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 diff --git a/docs/source/images/conda_logo.svg b/docs/source/images/conda_logo.svg index be92cbc62430..48f77413e0ea 100644 --- a/docs/source/images/conda_logo.svg +++ b/docs/source/images/conda_logo.svg @@ -81,4 +81,4 @@ - \ No newline at end of file + diff --git a/docs/source/interfaces/diffraction/Engineering Diffraction.rst b/docs/source/interfaces/diffraction/Engineering Diffraction.rst index 75d1693d553c..781947d6f92d 100644 --- a/docs/source/interfaces/diffraction/Engineering Diffraction.rst +++ b/docs/source/interfaces/diffraction/Engineering Diffraction.rst @@ -253,4 +253,3 @@ Refine Gamma :width: 600px .. categories:: Interfaces Diffraction - diff --git a/docs/source/interfaces/direct/MSlice.rst b/docs/source/interfaces/direct/MSlice.rst index 4b0d6ad95c74..099b733d4e5f 100644 --- a/docs/source/interfaces/direct/MSlice.rst +++ b/docs/source/interfaces/direct/MSlice.rst @@ -24,4 +24,4 @@ The current MSlice documentation can be viewed at http://mantidproject.github.io/mslice -.. categories:: Interfaces Direct \ No newline at end of file +.. categories:: Interfaces Direct diff --git a/docs/source/interfaces/isis_sans/Runs Tab.rst b/docs/source/interfaces/isis_sans/Runs Tab.rst index a9e0008e9889..fd885f5b99e5 100644 --- a/docs/source/interfaces/isis_sans/Runs Tab.rst +++ b/docs/source/interfaces/isis_sans/Runs Tab.rst @@ -206,4 +206,3 @@ Save Options | | `sans.isis_sans.plotResults=On` in your mantid.user.properties, see | | | :ref:`Properties File` for more information | +--------------------------+-----------------------------------------------------------------------------------------+ - diff --git a/docs/source/interfaces/isis_sans/Using The SANS GUI.rst b/docs/source/interfaces/isis_sans/Using The SANS GUI.rst index d1e48e6b6a70..3006401b1271 100644 --- a/docs/source/interfaces/isis_sans/Using The SANS GUI.rst +++ b/docs/source/interfaces/isis_sans/Using The SANS GUI.rst @@ -3,4 +3,3 @@ ================== Using The SANS GUI ================== - diff --git a/docs/source/interfaces/isis_sans/sans_save_other.rst b/docs/source/interfaces/isis_sans/sans_save_other.rst index c1da09ac697c..f5e08a900c77 100644 --- a/docs/source/interfaces/isis_sans/sans_save_other.rst +++ b/docs/source/interfaces/isis_sans/sans_save_other.rst @@ -25,4 +25,4 @@ The workspaces are saved into the directory specified using the following naming * If a filename is input and one workspace is selected to be saved this name will be used. * If a filename is input and multiple workspaces are selected the filename will be appended to the workspace name. -* If no filename is input the workspaces will be saved out using the names they have in Mantid. \ No newline at end of file +* If no filename is input the workspaces will be saved out using the names they have in Mantid. diff --git a/docs/source/interfaces/muon/muon_analysis_plotting_window.rst b/docs/source/interfaces/muon/muon_analysis_plotting_window.rst index 657fb7b6f0f9..ff26b350d28f 100644 --- a/docs/source/interfaces/muon/muon_analysis_plotting_window.rst +++ b/docs/source/interfaces/muon/muon_analysis_plotting_window.rst @@ -21,4 +21,3 @@ In the sequential fitting tab, the user can select the data to plot by highlight :ref:`Muon Analysis `, :ref:`Muon Analysis Plotting ` - diff --git a/docs/source/interfaces/muon/muon_plotting_window.rst b/docs/source/interfaces/muon/muon_plotting_window.rst index 914feea728bf..221a50f5d988 100644 --- a/docs/source/interfaces/muon/muon_plotting_window.rst +++ b/docs/source/interfaces/muon/muon_plotting_window.rst @@ -82,4 +82,4 @@ If a fit is calculated for the data, this is also displayed on the plot. :ref:`Muon Analysis `, :ref:`Muon Analysis Plotting `, :ref:`Frequency Domain Analysis `, -:ref:`Frequency Domain Analysis Plotting `, \ No newline at end of file +:ref:`Frequency Domain Analysis Plotting `, diff --git a/docs/source/interfaces/muon/muon_sequential_fitting_tab.rst b/docs/source/interfaces/muon/muon_sequential_fitting_tab.rst index a1667bee114a..dc30997304de 100644 --- a/docs/source/interfaces/muon/muon_sequential_fitting_tab.rst +++ b/docs/source/interfaces/muon/muon_sequential_fitting_tab.rst @@ -43,4 +43,4 @@ Used By ^^^^^^^ :ref:`Muon Analysis ` -:ref:`Frequency Domain Analysis ` \ No newline at end of file +:ref:`Frequency Domain Analysis ` diff --git a/docs/source/interfaces/utility/TOF Converter.rst b/docs/source/interfaces/utility/TOF Converter.rst index 9e19b2a50d7f..1c1fb24c3049 100644 --- a/docs/source/interfaces/utility/TOF Converter.rst +++ b/docs/source/interfaces/utility/TOF Converter.rst @@ -34,4 +34,3 @@ Velocity: :math:`\frac{h}{m_{N}\lambda}` and Temperature: :math:`\frac{m_{N} v_{p}^2}{2k_{b}}`. .. categories:: Interfaces - diff --git a/docs/source/mantid.bib b/docs/source/mantid.bib index 322e58b79796..da5fd4d2206a 100644 --- a/docs/source/mantid.bib +++ b/docs/source/mantid.bib @@ -9,4 +9,4 @@ @article{ARNOLD2014156 url = "http://www.sciencedirect.com/science/article/pii/S0168900214008729", author = "O. Arnold and J.C. Bilheux and J.M. Borreguero and A. Buts and S.I. Campbell and L. Chapon and M. Doucet and N. Draper and R. Ferraz Leal and M.A. Gigg and V.E. Lynch and A. Markvardsen and D.J. Mikkelson and R.L. Mikkelson and R. Miller and K. Palmen and P. Parker and G. Passos and T.G. Perring and P.F. Peterson and S. Ren and M.A. Reuter and A.T. Savici and J.W. Taylor and R.J. Taylor and R. Tolchenov and W. Zhou and J. Zikovsky", keywords = "Data analysis, Data visualization, Computer interfaces" -} \ No newline at end of file +} diff --git a/docs/source/release/6.12.0/Framework/Algorithms/Bugfixes/37982.rst b/docs/source/release/6.12.0/Framework/Algorithms/Bugfixes/37982.rst index 088a018b9094..efb1ff5cb762 100644 --- a/docs/source/release/6.12.0/Framework/Algorithms/Bugfixes/37982.rst +++ b/docs/source/release/6.12.0/Framework/Algorithms/Bugfixes/37982.rst @@ -1 +1 @@ -- :ref:`RemovePromptPulse ` has been fixed to correctly account for the first pulse. \ No newline at end of file +- :ref:`RemovePromptPulse ` has been fixed to correctly account for the first pulse. diff --git a/docs/source/release/templates/direct_geometry.rst b/docs/source/release/templates/direct_geometry.rst index 385bcc3ce301..3be75d78639c 100644 --- a/docs/source/release/templates/direct_geometry.rst +++ b/docs/source/release/templates/direct_geometry.rst @@ -39,4 +39,3 @@ New features Bugfixes ############ .. amalgamate:: Direct_Geometry/MSlice/Bugfixes - diff --git a/docs/source/release/templates/framework.rst b/docs/source/release/templates/framework.rst index cbbe6daf9ca6..48293fd3ab91 100644 --- a/docs/source/release/templates/framework.rst +++ b/docs/source/release/templates/framework.rst @@ -83,4 +83,4 @@ Bugfixes MantidWorkbench --------------- -See :doc:`mantidworkbench`. \ No newline at end of file +See :doc:`mantidworkbench`. diff --git a/docs/source/release/templates/mantidworkbench.rst b/docs/source/release/templates/mantidworkbench.rst index 58b2c80eecb6..38a2fdb58c3f 100644 --- a/docs/source/release/templates/mantidworkbench.rst +++ b/docs/source/release/templates/mantidworkbench.rst @@ -37,4 +37,3 @@ New features Bugfixes ############ .. amalgamate:: Workbench/SliceViewer/Bugfixes - diff --git a/docs/source/release/v3.10.0/diffraction.rst b/docs/source/release/v3.10.0/diffraction.rst index 222ab44dbeeb..75641e50e181 100644 --- a/docs/source/release/v3.10.0/diffraction.rst +++ b/docs/source/release/v3.10.0/diffraction.rst @@ -44,4 +44,3 @@ Single Crystal Diffraction Full list of `diffraction `_ and `imaging `_ changes on GitHub. - diff --git a/docs/source/release/v3.6.0/direct_inelastic.rst b/docs/source/release/v3.6.0/direct_inelastic.rst index cc43336dcfe6..51345d0565dd 100644 --- a/docs/source/release/v3.6.0/direct_inelastic.rst +++ b/docs/source/release/v3.6.0/direct_inelastic.rst @@ -92,4 +92,3 @@ Other fixes `Re#15182 `_ `Full list of changes on github `_ - diff --git a/docs/source/release/v3.6.0/framework.rst b/docs/source/release/v3.6.0/framework.rst index 15930f3ff3de..6323afe88441 100644 --- a/docs/source/release/v3.6.0/framework.rst +++ b/docs/source/release/v3.6.0/framework.rst @@ -176,4 +176,3 @@ Full list of and `Python `_ changes on GitHub - diff --git a/docs/source/release/v3.6.0/ui.rst b/docs/source/release/v3.6.0/ui.rst index d10ea355b059..b80c5fb14a4d 100644 --- a/docs/source/release/v3.6.0/ui.rst +++ b/docs/source/release/v3.6.0/ui.rst @@ -140,4 +140,4 @@ SliceViewer Improvements Full list of `GUI `_ and `Documentation `_ -changes on github \ No newline at end of file +changes on github diff --git a/docs/source/release/v3.7.1/reflectometry.rst b/docs/source/release/v3.7.1/reflectometry.rst index 0f41f8989f2b..b225830ca035 100644 --- a/docs/source/release/v3.7.1/reflectometry.rst +++ b/docs/source/release/v3.7.1/reflectometry.rst @@ -64,4 +64,4 @@ ISIS Reflectometry were being added to the values of Lambda min and max causing the calculation of the Qrange to be affected. -`Full list of changes on github `__ \ No newline at end of file +`Full list of changes on github `__ diff --git a/docs/source/release/v3.7.1/sans.rst b/docs/source/release/v3.7.1/sans.rst index c81895ddf1c2..d3d5c073eba6 100644 --- a/docs/source/release/v3.7.1/sans.rst +++ b/docs/source/release/v3.7.1/sans.rst @@ -18,4 +18,3 @@ Bug Fixes `Full list of changes on github `__ - diff --git a/docs/source/release/v3.8.0/indirect_inelastic.rst b/docs/source/release/v3.8.0/indirect_inelastic.rst index 7c229ff3bfb2..61aa44ac7db9 100644 --- a/docs/source/release/v3.8.0/indirect_inelastic.rst +++ b/docs/source/release/v3.8.0/indirect_inelastic.rst @@ -106,4 +106,4 @@ Bugfixes * Fix end of line issue when loading ascii files in *LoadILL* interface * *BayesQuasi* now displays correct spectrum number in progress bar -`Full list of changes on GitHub `_ \ No newline at end of file +`Full list of changes on GitHub `_ diff --git a/docs/source/release/v4.0.0/direct_inelastic.rst b/docs/source/release/v4.0.0/direct_inelastic.rst index 9e131f45c7de..64ca057e4380 100644 --- a/docs/source/release/v4.0.0/direct_inelastic.rst +++ b/docs/source/release/v4.0.0/direct_inelastic.rst @@ -95,4 +95,3 @@ Improvements - IN5: pixel radius and height are now more realistic and the detector ID of the monitor is now 100000 instead of 0. :ref:`Release 4.0.0 ` - diff --git a/docs/source/release/v4.1.0/indirect_geometry.rst b/docs/source/release/v4.1.0/indirect_geometry.rst index 07c44f14575b..858943683bac 100644 --- a/docs/source/release/v4.1.0/indirect_geometry.rst +++ b/docs/source/release/v4.1.0/indirect_geometry.rst @@ -164,4 +164,3 @@ Improvements :ref:`Release 4.1.0 ` - diff --git a/docs/source/release/v5.0.0/mantidplot.rst b/docs/source/release/v5.0.0/mantidplot.rst index ed8ac0b44da0..0b5e414bb2ea 100644 --- a/docs/source/release/v5.0.0/mantidplot.rst +++ b/docs/source/release/v5.0.0/mantidplot.rst @@ -18,4 +18,4 @@ Bugfixes - Fixed an issue in the multi-dataset fitting interface where it crashed when doing a sequential fit with one spectra. -:ref:`Release 5.0.0 ` \ No newline at end of file +:ref:`Release 5.0.0 ` diff --git a/docs/source/release/v6.12.0/Framework/Algorithms/Bugfixes/37752.rst b/docs/source/release/v6.12.0/Framework/Algorithms/Bugfixes/37752.rst index bb063538f471..398bf51084f0 100644 --- a/docs/source/release/v6.12.0/Framework/Algorithms/Bugfixes/37752.rst +++ b/docs/source/release/v6.12.0/Framework/Algorithms/Bugfixes/37752.rst @@ -1 +1 @@ -- Fixed a segmentation fault in :ref:`FindPeaksConvolve ` algorithm due to a racing condition in the parallel loop. The issue was first observed as a flaky unit test failure in the CI. \ No newline at end of file +- Fixed a segmentation fault in :ref:`FindPeaksConvolve ` algorithm due to a racing condition in the parallel loop. The issue was first observed as a flaky unit test failure in the CI. diff --git a/docs/source/release/v6.12.0/Framework/Algorithms/Bugfixes/38075.rst b/docs/source/release/v6.12.0/Framework/Algorithms/Bugfixes/38075.rst index 95f1c72b9966..1fe858af1a75 100644 --- a/docs/source/release/v6.12.0/Framework/Algorithms/Bugfixes/38075.rst +++ b/docs/source/release/v6.12.0/Framework/Algorithms/Bugfixes/38075.rst @@ -1,2 +1,2 @@ - fixes bug in :ref:`CompareWorkspaces ` that evaluated ``NaN`` values as equal to any floating point (including ``inf`` and finite values). -- adds new flag NaNsEqual to :ref:`CompareWorkspaces ` to control how ``NaN`` compares to other ``NaN`` s. \ No newline at end of file +- adds new flag NaNsEqual to :ref:`CompareWorkspaces ` to control how ``NaN`` compares to other ``NaN`` s. diff --git a/docs/source/release/v6.12.0/Framework/Algorithms/New_features/37931.rst b/docs/source/release/v6.12.0/Framework/Algorithms/New_features/37931.rst index fbc9a00c48c4..87db5e1b4444 100644 --- a/docs/source/release/v6.12.0/Framework/Algorithms/New_features/37931.rst +++ b/docs/source/release/v6.12.0/Framework/Algorithms/New_features/37931.rst @@ -1 +1 @@ -- add new functions for efficiently calculating absolute and relative differences \ No newline at end of file +- add new functions for efficiently calculating absolute and relative differences diff --git a/docs/source/release/v6.12.0/Framework/Algorithms/New_features/38164.rst b/docs/source/release/v6.12.0/Framework/Algorithms/New_features/38164.rst index 96f95d0b2a67..9529a6bffc44 100644 --- a/docs/source/release/v6.12.0/Framework/Algorithms/New_features/38164.rst +++ b/docs/source/release/v6.12.0/Framework/Algorithms/New_features/38164.rst @@ -1 +1 @@ -- On Linux the algorithm profiler is now built by default but to enable profiling, the :ref:`properties ` must be set. \ No newline at end of file +- On Linux the algorithm profiler is now built by default but to enable profiling, the :ref:`properties ` must be set. diff --git a/docs/source/release/v6.12.0/Framework/Algorithms/New_features/38175.rst b/docs/source/release/v6.12.0/Framework/Algorithms/New_features/38175.rst index 69ed1514e922..d4c146979233 100644 --- a/docs/source/release/v6.12.0/Framework/Algorithms/New_features/38175.rst +++ b/docs/source/release/v6.12.0/Framework/Algorithms/New_features/38175.rst @@ -1 +1 @@ -- On Linux the algorithm AlgoTimeRegister (addtime,Intance) is exposed to python to measure time \ No newline at end of file +- On Linux the algorithm AlgoTimeRegister (addtime,Intance) is exposed to python to measure time diff --git a/docs/source/release/v6.12.0/Framework/Algorithms/New_features/38198.rst b/docs/source/release/v6.12.0/Framework/Algorithms/New_features/38198.rst index 89939a4fcff1..f72fb8527cd6 100644 --- a/docs/source/release/v6.12.0/Framework/Algorithms/New_features/38198.rst +++ b/docs/source/release/v6.12.0/Framework/Algorithms/New_features/38198.rst @@ -1 +1 @@ -- A new property ``UngroupDetectors`` was added to :ref:`ExtractMask ` allowing the output ``MaskWorkspace`` to expand the spectra to individal detectors. \ No newline at end of file +- A new property ``UngroupDetectors`` was added to :ref:`ExtractMask ` allowing the output ``MaskWorkspace`` to expand the spectra to individal detectors. diff --git a/docs/source/release/v6.12.0/Framework/Python/New_features/38144.rst b/docs/source/release/v6.12.0/Framework/Python/New_features/38144.rst index 5f8f0388d2b5..18e21cbb06b2 100644 --- a/docs/source/release/v6.12.0/Framework/Python/New_features/38144.rst +++ b/docs/source/release/v6.12.0/Framework/Python/New_features/38144.rst @@ -1 +1 @@ -- allows for declaring the many :class:`PropertyWithValue ` types as output properties from the python API. \ No newline at end of file +- allows for declaring the many :class:`PropertyWithValue ` types as output properties from the python API. diff --git a/docs/source/release/v6.12.0/Indirect/Bugfixes/38093.rst b/docs/source/release/v6.12.0/Indirect/Bugfixes/38093.rst index 5bc29fd92696..8fa608556b1c 100644 --- a/docs/source/release/v6.12.0/Indirect/Bugfixes/38093.rst +++ b/docs/source/release/v6.12.0/Indirect/Bugfixes/38093.rst @@ -1 +1 @@ -- Removed the IndirectNeutron python file because it is unused. \ No newline at end of file +- Removed the IndirectNeutron python file because it is unused. diff --git a/docs/source/release/v6.12.0/Workbench/New_features/38186.rst b/docs/source/release/v6.12.0/Workbench/New_features/38186.rst index 383f61e62237..aee418889eb1 100644 --- a/docs/source/release/v6.12.0/Workbench/New_features/38186.rst +++ b/docs/source/release/v6.12.0/Workbench/New_features/38186.rst @@ -1 +1 @@ -- A crosshair toggle option has been added in mantidplots \ No newline at end of file +- A crosshair toggle option has been added in mantidplots diff --git a/docs/source/release/v6.12.0/Workbench/SliceViewer/Bugfixes/34758.rst b/docs/source/release/v6.12.0/Workbench/SliceViewer/Bugfixes/34758.rst index 3b24fb37530e..a4bc3cb5681e 100644 --- a/docs/source/release/v6.12.0/Workbench/SliceViewer/Bugfixes/34758.rst +++ b/docs/source/release/v6.12.0/Workbench/SliceViewer/Bugfixes/34758.rst @@ -1 +1 @@ -- Fixed a bug in the :ref:sliceviewer which was not showing data with correct ranges when doing a Transpose in non-orthogonal view. \ No newline at end of file +- Fixed a bug in the :ref:sliceviewer which was not showing data with correct ranges when doing a Transpose in non-orthogonal view. diff --git a/docs/source/release/v6.12.0/diffraction.rst b/docs/source/release/v6.12.0/diffraction.rst index 315cba37ee0e..db475f65f89e 100644 --- a/docs/source/release/v6.12.0/diffraction.rst +++ b/docs/source/release/v6.12.0/diffraction.rst @@ -40,4 +40,4 @@ Bugfixes ############ .. amalgamate:: Diffraction/Single_Crystal/Bugfixes -:ref:`Release 6.12.0 ` \ No newline at end of file +:ref:`Release 6.12.0 ` diff --git a/docs/source/release/v6.12.0/direct_geometry.rst b/docs/source/release/v6.12.0/direct_geometry.rst index c88a302dad04..b19b53e8108e 100644 --- a/docs/source/release/v6.12.0/direct_geometry.rst +++ b/docs/source/release/v6.12.0/direct_geometry.rst @@ -41,4 +41,4 @@ Bugfixes .. amalgamate:: Direct_Geometry/MSlice/Bugfixes -:ref:`Release 6.12.0 ` \ No newline at end of file +:ref:`Release 6.12.0 ` diff --git a/docs/source/release/v6.12.0/framework.rst b/docs/source/release/v6.12.0/framework.rst index ec88991b6f59..145d508bb4c9 100644 --- a/docs/source/release/v6.12.0/framework.rst +++ b/docs/source/release/v6.12.0/framework.rst @@ -84,4 +84,4 @@ MantidWorkbench --------------- See :doc:`mantidworkbench`. -:ref:`Release 6.12.0 ` \ No newline at end of file +:ref:`Release 6.12.0 ` diff --git a/docs/source/release/v6.12.0/indirect_geometry.rst b/docs/source/release/v6.12.0/indirect_geometry.rst index dc705e423072..b8e519517962 100644 --- a/docs/source/release/v6.12.0/indirect_geometry.rst +++ b/docs/source/release/v6.12.0/indirect_geometry.rst @@ -26,4 +26,4 @@ Bugfixes ############ .. amalgamate:: Indirect/Algorithms/Bugfixes -:ref:`Release 6.12.0 ` \ No newline at end of file +:ref:`Release 6.12.0 ` diff --git a/docs/source/release/v6.12.0/inelastic.rst b/docs/source/release/v6.12.0/inelastic.rst index bad59031004b..a97fdd83a433 100644 --- a/docs/source/release/v6.12.0/inelastic.rst +++ b/docs/source/release/v6.12.0/inelastic.rst @@ -26,4 +26,4 @@ Bugfixes ############ .. amalgamate:: Inelastic/Algorithms/Bugfixes -:ref:`Release 6.12.0 ` \ No newline at end of file +:ref:`Release 6.12.0 ` diff --git a/docs/source/release/v6.12.0/mantidworkbench.rst b/docs/source/release/v6.12.0/mantidworkbench.rst index abc13dfee9c3..d4983a754656 100644 --- a/docs/source/release/v6.12.0/mantidworkbench.rst +++ b/docs/source/release/v6.12.0/mantidworkbench.rst @@ -39,4 +39,4 @@ Bugfixes .. amalgamate:: Workbench/SliceViewer/Bugfixes -:ref:`Release 6.12.0 ` \ No newline at end of file +:ref:`Release 6.12.0 ` diff --git a/docs/source/release/v6.12.0/muon.rst b/docs/source/release/v6.12.0/muon.rst index 17b6c7596bdf..f233fe622e74 100644 --- a/docs/source/release/v6.12.0/muon.rst +++ b/docs/source/release/v6.12.0/muon.rst @@ -53,4 +53,4 @@ Bugfixes ############ .. amalgamate:: Muon/Algorithms/Bugfixes -:ref:`Release 6.12.0 ` \ No newline at end of file +:ref:`Release 6.12.0 ` diff --git a/docs/source/release/v6.12.0/reflectometry.rst b/docs/source/release/v6.12.0/reflectometry.rst index 7c14e49ccfb8..03559deedafb 100644 --- a/docs/source/release/v6.12.0/reflectometry.rst +++ b/docs/source/release/v6.12.0/reflectometry.rst @@ -13,4 +13,4 @@ Bugfixes -------- .. amalgamate:: Reflectometry/Bugfixes -:ref:`Release 6.12.0 ` \ No newline at end of file +:ref:`Release 6.12.0 ` diff --git a/docs/source/release/v6.12.0/sans.rst b/docs/source/release/v6.12.0/sans.rst index aabbf2a130d1..1a836dd43625 100644 --- a/docs/source/release/v6.12.0/sans.rst +++ b/docs/source/release/v6.12.0/sans.rst @@ -13,4 +13,4 @@ Bugfixes -------- .. amalgamate:: SANS/Bugfixes -:ref:`Release 6.12.0 ` \ No newline at end of file +:ref:`Release 6.12.0 ` diff --git a/docs/source/release/v6.2.0/reflectometry.rst b/docs/source/release/v6.2.0/reflectometry.rst index 323262e95a7f..9aa9a8a97085 100644 --- a/docs/source/release/v6.2.0/reflectometry.rst +++ b/docs/source/release/v6.2.0/reflectometry.rst @@ -16,4 +16,3 @@ Improvements - The detectors positions in the INTER IDF were changed from theta to two theta. :ref:`Release 6.2.0 ` - diff --git a/docs/source/release/v6.3.0/muon.rst b/docs/source/release/v6.3.0/muon.rst index 7ccd52a66724..0c4288ca09e2 100644 --- a/docs/source/release/v6.3.0/muon.rst +++ b/docs/source/release/v6.3.0/muon.rst @@ -100,4 +100,4 @@ Improvements - created a new category, ``Magnetism``, in the ``MuonModelling`` Fit Functions list. - :ref:`Gaussian `, :ref:`Lorentzian ` and :ref:`Polynomial fitting ` functions can now also be found under ``MuonModelling`` in the Fitting Functions Tree. -:ref:`Release 6.3.0 ` \ No newline at end of file +:ref:`Release 6.3.0 ` diff --git a/docs/source/release/v6.4.0/diffraction.rst b/docs/source/release/v6.4.0/diffraction.rst index 915dbd562242..55524a51a872 100644 --- a/docs/source/release/v6.4.0/diffraction.rst +++ b/docs/source/release/v6.4.0/diffraction.rst @@ -43,4 +43,4 @@ Bugfixes -:ref:`Release 6.4.0 ` \ No newline at end of file +:ref:`Release 6.4.0 ` diff --git a/docs/source/release/v6.4.0/indirect_geometry.rst b/docs/source/release/v6.4.0/indirect_geometry.rst index 33c0e8b3db7e..6fe042aa1401 100644 --- a/docs/source/release/v6.4.0/indirect_geometry.rst +++ b/docs/source/release/v6.4.0/indirect_geometry.rst @@ -42,4 +42,4 @@ Bugfixes - An error is fixed in :ref:`Abins `. This relates to the assignment of ``Forward`` and ``Backward`` detector settings for TOSCA, which were reversed from their conventional definition. The default behaviour has not changed: results will only be affected for calculations which explicitly selected the ``Forward (TOSCA)`` or ``Backward (TOSCA)`` options. - A bug has been fixes in :ref:`SofQWMoments ` that prevented it from working with OSIRIS data. -:ref:`Release 6.4.0 ` \ No newline at end of file +:ref:`Release 6.4.0 ` diff --git a/docs/source/release/v6.4.0/muon.rst b/docs/source/release/v6.4.0/muon.rst index 1f044151a35e..baba733fd7cf 100644 --- a/docs/source/release/v6.4.0/muon.rst +++ b/docs/source/release/v6.4.0/muon.rst @@ -26,4 +26,3 @@ Bugfixes :ref:`Release 6.4.0 ` - diff --git a/docs/source/release/v6.5.0/diffraction.rst b/docs/source/release/v6.5.0/diffraction.rst index 75f223c205d3..8d8eb57eb566 100644 --- a/docs/source/release/v6.5.0/diffraction.rst +++ b/docs/source/release/v6.5.0/diffraction.rst @@ -54,4 +54,4 @@ Bugfixes - Fix typo in :ref:`HB3AIntegratePeaks ` and :ref:`HB3AIntegrateDetectorPeaks ` Lorentz correction factors. -:ref:`Release 6.5.0 ` \ No newline at end of file +:ref:`Release 6.5.0 ` diff --git a/docs/source/release/v6.5.0/direct_geometry.rst b/docs/source/release/v6.5.0/direct_geometry.rst index 2a06472bc49d..d60e2d8d2a92 100644 --- a/docs/source/release/v6.5.0/direct_geometry.rst +++ b/docs/source/release/v6.5.0/direct_geometry.rst @@ -42,4 +42,4 @@ Bugfixes - Fixed a bug that caused the duplication of suffixes when renaming workspaces. -:ref:`Release 6.5.0 ` \ No newline at end of file +:ref:`Release 6.5.0 ` diff --git a/docs/source/release/v6.5.0/framework.rst b/docs/source/release/v6.5.0/framework.rst index 88fbe11697bc..f8b82f1a1638 100644 --- a/docs/source/release/v6.5.0/framework.rst +++ b/docs/source/release/v6.5.0/framework.rst @@ -37,4 +37,4 @@ MantidWorkbench See :doc:`mantidworkbench`. -:ref:`Release 6.5.0 ` \ No newline at end of file +:ref:`Release 6.5.0 ` diff --git a/docs/source/release/v6.5.0/indirect_geometry.rst b/docs/source/release/v6.5.0/indirect_geometry.rst index 6d81796c3ceb..53d30753594a 100644 --- a/docs/source/release/v6.5.0/indirect_geometry.rst +++ b/docs/source/release/v6.5.0/indirect_geometry.rst @@ -36,4 +36,4 @@ Bugfixes - :ref:`Abins`/:ref:`Abins2D` DMOL3 parser has been heavily re-written to fix incorrect assignment of eigenvector values. Intensities of any :ref:`Abins`/:ref:`Abins2D`-calculated spectra from DMOL3 data are likely to have changed, and should now agree better with other codes. -:ref:`Release 6.5.0 ` \ No newline at end of file +:ref:`Release 6.5.0 ` diff --git a/docs/source/release/v6.5.0/reflectometry.rst b/docs/source/release/v6.5.0/reflectometry.rst index 6917eadbeefb..fe12feb4d41f 100644 --- a/docs/source/release/v6.5.0/reflectometry.rst +++ b/docs/source/release/v6.5.0/reflectometry.rst @@ -25,4 +25,4 @@ Bugfixes - Fixed a potential crash when performing time slicing if the workspace contains zero counts; you should now get a sensible error message instead. -:ref:`Release 6.5.0 ` \ No newline at end of file +:ref:`Release 6.5.0 ` diff --git a/docs/source/release/v6.5.0/sans.rst b/docs/source/release/v6.5.0/sans.rst index dd8ff71fd3b8..033e652bf19b 100644 --- a/docs/source/release/v6.5.0/sans.rst +++ b/docs/source/release/v6.5.0/sans.rst @@ -17,4 +17,4 @@ Bugfixes - The depolarisation columns output by algorithm :ref:`SaveSESANS ` are now normalised by the sample thickness. A new parameter, ``OverrideSampleThickness``, allows an alternative value for normalisation to be specified if needed. -:ref:`Release 6.5.0 ` \ No newline at end of file +:ref:`Release 6.5.0 ` diff --git a/docs/source/release/v6.6.0/diffraction.rst b/docs/source/release/v6.6.0/diffraction.rst index 9c1fa51811dc..165cd3597410 100644 --- a/docs/source/release/v6.6.0/diffraction.rst +++ b/docs/source/release/v6.6.0/diffraction.rst @@ -70,4 +70,4 @@ Bugfixes - :ref:`SelectCellWithForm ` and :ref:`SelectCellOfType ` now correctly transform modulation vectors. - Modulation vectors are now correctly transformed in :ref:`TransformHKL `. -:ref:`Release 6.6.0 ` \ No newline at end of file +:ref:`Release 6.6.0 ` diff --git a/docs/source/release/v6.6.0/direct_geometry.rst b/docs/source/release/v6.6.0/direct_geometry.rst index d27eaf9ce6d2..5ab4c2dcf521 100644 --- a/docs/source/release/v6.6.0/direct_geometry.rst +++ b/docs/source/release/v6.6.0/direct_geometry.rst @@ -60,4 +60,4 @@ Bugfixes -:ref:`Release 6.6.0 ` \ No newline at end of file +:ref:`Release 6.6.0 ` diff --git a/docs/source/release/v6.6.0/framework.rst b/docs/source/release/v6.6.0/framework.rst index bf1805fa8ca8..1beea8835cb8 100644 --- a/docs/source/release/v6.6.0/framework.rst +++ b/docs/source/release/v6.6.0/framework.rst @@ -58,4 +58,4 @@ MantidWorkbench See :doc:`mantidworkbench`. -:ref:`Release 6.6.0 ` \ No newline at end of file +:ref:`Release 6.6.0 ` diff --git a/docs/source/release/v6.6.0/indirect_geometry.rst b/docs/source/release/v6.6.0/indirect_geometry.rst index 1e849126f3eb..6f2e92a9ccf2 100644 --- a/docs/source/release/v6.6.0/indirect_geometry.rst +++ b/docs/source/release/v6.6.0/indirect_geometry.rst @@ -27,4 +27,4 @@ Bugfixes ############ - A problem when running :ref:`MonteCarloAbsorption ` on an indirect instrument using the Sparse Instrument feature has been fixed. Detectors that are associated with an inactive analyser in the instrument definition no longer cause an error about retrieving the efixed value. -:ref:`Release 6.6.0 ` \ No newline at end of file +:ref:`Release 6.6.0 ` diff --git a/docs/source/release/v6.6.0/mantidworkbench.rst b/docs/source/release/v6.6.0/mantidworkbench.rst index 6ad003fe27f1..f8c932987032 100644 --- a/docs/source/release/v6.6.0/mantidworkbench.rst +++ b/docs/source/release/v6.6.0/mantidworkbench.rst @@ -101,4 +101,4 @@ Bugfixes - Fixed a bug where the :ref:`SliceViewer ` plot would resize by small amounts as the cursor info changed. -:ref:`Release 6.6.0 ` \ No newline at end of file +:ref:`Release 6.6.0 ` diff --git a/docs/source/release/v6.6.0/muon.rst b/docs/source/release/v6.6.0/muon.rst index c5040ba864ed..810514a834d5 100644 --- a/docs/source/release/v6.6.0/muon.rst +++ b/docs/source/release/v6.6.0/muon.rst @@ -27,4 +27,4 @@ New Features - :ref:`LoadMuonNexusV2 ` can now accept the ``.nxs_v1`` extension. -:ref:`Release 6.6.0 ` \ No newline at end of file +:ref:`Release 6.6.0 ` diff --git a/docs/source/release/v6.6.0/reflectometry.rst b/docs/source/release/v6.6.0/reflectometry.rst index e3b8babf5b87..a3e840d5e013 100644 --- a/docs/source/release/v6.6.0/reflectometry.rst +++ b/docs/source/release/v6.6.0/reflectometry.rst @@ -33,4 +33,4 @@ Bugfixes - Fixed an issue where Mantid could crash when workspaces were cleared from the ADS after deleting a batch from the :ref:`interface-isis-refl`. - Stop using the value of the ``ScaleRHSWorkspace`` parameter of :ref:`algm-Stitch1DMany` in favour of the ``IndexOfReference`` parameter. -:ref:`Release 6.6.0 ` \ No newline at end of file +:ref:`Release 6.6.0 ` diff --git a/docs/source/release/v6.6.0/sans.rst b/docs/source/release/v6.6.0/sans.rst index 95c7b8546010..a350529bfa01 100644 --- a/docs/source/release/v6.6.0/sans.rst +++ b/docs/source/release/v6.6.0/sans.rst @@ -17,4 +17,4 @@ Bugfixes - There can now only be one instance of the GUI open at any time. Selecting the GUI from the ``Interfaces`` menu when there is already one open will now re-show the currently open GUI. - The invalid Log binning option for 2D reductions has been removed. Loading a ``TOML`` user file with this value set will now give a warning. -:ref:`Release 6.6.0 ` \ No newline at end of file +:ref:`Release 6.6.0 ` diff --git a/docs/source/release/v6.7.0/diffraction.rst b/docs/source/release/v6.7.0/diffraction.rst index bc428d240892..0946b8b229d4 100644 --- a/docs/source/release/v6.7.0/diffraction.rst +++ b/docs/source/release/v6.7.0/diffraction.rst @@ -86,4 +86,4 @@ Bugfixes - Fixed a bug in estimating TOF window parameters in :ref:`IntegratePeaksSkew `. - :ref:`IndexPeaks ` now properly accounts for fractional offsets when ``RoundHKLs=True``. -:ref:`Release 6.7.0 ` \ No newline at end of file +:ref:`Release 6.7.0 ` diff --git a/docs/source/release/v6.7.0/indirect_geometry.rst b/docs/source/release/v6.7.0/indirect_geometry.rst index 2e703ce4e6f7..6c90461d7f7a 100644 --- a/docs/source/release/v6.7.0/indirect_geometry.rst +++ b/docs/source/release/v6.7.0/indirect_geometry.rst @@ -35,4 +35,4 @@ Bugfixes - The weighting of quantum orders in :ref:`Abins ` and :ref:`Abins2D ` has been corrected. The previous behaviour led to underestimation of orders 3+ (generally comprising the "phonon wing") when using ``Autoconvolution`` with ``QuantumOrderEvents=2``, and exaggeration of order 2 (but with correct orders 3+) when using ``Autoconvolution`` with ``QuantumOrderEvents=1``. With this bugfix in place the magnitude of order 2 is very similar whether calculated analytically or by convolution. - :ref:`Abins ` no longer creates persistent hidden workspaces when using ``SaveAscii``. -:ref:`Release 6.7.0 ` \ No newline at end of file +:ref:`Release 6.7.0 ` diff --git a/docs/source/release/v6.7.0/muon.rst b/docs/source/release/v6.7.0/muon.rst index 38c236ac59b2..7fe2962f5c39 100644 --- a/docs/source/release/v6.7.0/muon.rst +++ b/docs/source/release/v6.7.0/muon.rst @@ -23,4 +23,4 @@ Bugfixes - The comments are no longer empty when loading the newest version of the nxs file. -:ref:`Release 6.7.0 ` \ No newline at end of file +:ref:`Release 6.7.0 ` diff --git a/docs/source/release/v6.7.0/reflectometry.rst b/docs/source/release/v6.7.0/reflectometry.rst index 25b2d81fd34e..a4fdc62aa466 100644 --- a/docs/source/release/v6.7.0/reflectometry.rst +++ b/docs/source/release/v6.7.0/reflectometry.rst @@ -30,4 +30,4 @@ Bugfixes :align: center :width: 700 -:ref:`Release 6.7.0 ` \ No newline at end of file +:ref:`Release 6.7.0 ` diff --git a/docs/source/release/v6.7.0/sans.rst b/docs/source/release/v6.7.0/sans.rst index f84c57e3b689..d84176f4517c 100644 --- a/docs/source/release/v6.7.0/sans.rst +++ b/docs/source/release/v6.7.0/sans.rst @@ -16,4 +16,4 @@ Bugfixes - :ref:`SANSILLParameterScan ` can now perform container and absorber corrections and communicates correctly with the underlying :ref:`SANSILLReduction ` algorithm. - Fixed a bug where the ``Save File`` input on the :ref:`Sum Runs tab ` in the :ref:`ISIS SANS GUI ` would stop auto-populating if you simply clicked the input or pressed enter without making any text changes. -:ref:`Release 6.7.0 ` \ No newline at end of file +:ref:`Release 6.7.0 ` diff --git a/docs/source/release/v6.8.0/diffraction.rst b/docs/source/release/v6.8.0/diffraction.rst index 650b1f388789..1475c9a03217 100644 --- a/docs/source/release/v6.8.0/diffraction.rst +++ b/docs/source/release/v6.8.0/diffraction.rst @@ -71,4 +71,4 @@ Bugfixes - Fixed bug in ISIS single crystal reduction classes where UB was not set on combined peak table when saving using ``save_all_peaks`` method. - Fixed bug in ISIS single crystal reduction classes when defining goniometer angles in ``process_data`` method with a sequence (i.e. not using the motor name string) -:ref:`Release 6.8.0 ` \ No newline at end of file +:ref:`Release 6.8.0 ` diff --git a/docs/source/release/v6.8.0/direct_geometry.rst b/docs/source/release/v6.8.0/direct_geometry.rst index 034d89da9dd0..3a20673e0399 100644 --- a/docs/source/release/v6.8.0/direct_geometry.rst +++ b/docs/source/release/v6.8.0/direct_geometry.rst @@ -42,4 +42,4 @@ BugFixes - Fixed a bug that was causing Windows file paths to be interpreted as unicode in generated scripts. - Fixed a bug that was causing an exception when renaming workspaces containing special characters. -:ref:`Release 6.8.0 ` \ No newline at end of file +:ref:`Release 6.8.0 ` diff --git a/docs/source/release/v6.8.0/framework.rst b/docs/source/release/v6.8.0/framework.rst index 9044633788ed..4a1d3b287707 100644 --- a/docs/source/release/v6.8.0/framework.rst +++ b/docs/source/release/v6.8.0/framework.rst @@ -64,4 +64,4 @@ MantidWorkbench --------------- See :doc:`mantidworkbench`. -:ref:`Release 6.8.0 ` \ No newline at end of file +:ref:`Release 6.8.0 ` diff --git a/docs/source/release/v6.8.0/indirect_geometry.rst b/docs/source/release/v6.8.0/indirect_geometry.rst index cd8833007cac..6306dfc69088 100644 --- a/docs/source/release/v6.8.0/indirect_geometry.rst +++ b/docs/source/release/v6.8.0/indirect_geometry.rst @@ -44,4 +44,4 @@ Bugfixes factor is used. - Fixed a bin edge error and exception raised when performing an elastic reduction for a single scan with (:ref:`ElasticEMUauReduction `). -:ref:`Release 6.8.0 ` \ No newline at end of file +:ref:`Release 6.8.0 ` diff --git a/docs/source/release/v6.8.0/mantidworkbench.rst b/docs/source/release/v6.8.0/mantidworkbench.rst index c88ec3c8dd5b..9b5c7a2cf563 100644 --- a/docs/source/release/v6.8.0/mantidworkbench.rst +++ b/docs/source/release/v6.8.0/mantidworkbench.rst @@ -62,4 +62,4 @@ Bugfixes - Resolved issue with projection matrix calclulation using basis vectors with non-q dimensions. -:ref:`Release 6.8.0 ` \ No newline at end of file +:ref:`Release 6.8.0 ` diff --git a/docs/source/release/v6.8.0/mslice_direct_geometry.rst b/docs/source/release/v6.8.0/mslice_direct_geometry.rst index 9754fa39fa2e..5f2599d987dc 100644 --- a/docs/source/release/v6.8.0/mslice_direct_geometry.rst +++ b/docs/source/release/v6.8.0/mslice_direct_geometry.rst @@ -14,4 +14,4 @@ BugFixes - Fixed an bug that was causing an exception to be thrown when plotting cuts from the command line. - Recoil and Bragg line colours are now propagated to generated scripts. - Fixed a bug that was causing Windows file paths to be interpreted as unicode in generated scripts. -- Fixed a bug that was causing an exception when renaming workspaces containing special characters. \ No newline at end of file +- Fixed a bug that was causing an exception when renaming workspaces containing special characters. diff --git a/docs/source/release/v6.8.0/muon.rst b/docs/source/release/v6.8.0/muon.rst index 2b40573e913f..d923650ca901 100644 --- a/docs/source/release/v6.8.0/muon.rst +++ b/docs/source/release/v6.8.0/muon.rst @@ -16,4 +16,4 @@ Bugfixes -:ref:`Release 6.8.0 ` \ No newline at end of file +:ref:`Release 6.8.0 ` diff --git a/docs/source/release/v6.8.0/reflectometry.rst b/docs/source/release/v6.8.0/reflectometry.rst index a68d4dfdd6bb..5d8125185deb 100644 --- a/docs/source/release/v6.8.0/reflectometry.rst +++ b/docs/source/release/v6.8.0/reflectometry.rst @@ -18,4 +18,4 @@ Bugfixes - :ref:`algm-ReflectometryReductionOneAuto` no longer throws an error when attempting to run a reduction that applies both a background subtraction and a polarization correction. - The Q resolution calculation for the custom and TXT file formats output by :ref:`algm-SaveReflectometryAscii` has been corrected so that it matches the calculation described in the documentation. -:ref:`Release 6.8.0 ` \ No newline at end of file +:ref:`Release 6.8.0 ` diff --git a/docs/source/release/v6.8.0/sans.rst b/docs/source/release/v6.8.0/sans.rst index 9718473b3389..147301d3eb2e 100644 --- a/docs/source/release/v6.8.0/sans.rst +++ b/docs/source/release/v6.8.0/sans.rst @@ -15,4 +15,4 @@ Bugfixes -------- - Additional parameter ``IntegrationRadius`` in :ref:`FindCenterOfMassPosition ` allows reasonable results for asymmetric detector arrays (e.g. BioSANS with midrange and wing detectors) -:ref:`Release 6.8.0 ` \ No newline at end of file +:ref:`Release 6.8.0 ` diff --git a/docs/source/release/v6.9.0/framework.rst b/docs/source/release/v6.9.0/framework.rst index 8f335924dbe6..321069e339ac 100644 --- a/docs/source/release/v6.9.0/framework.rst +++ b/docs/source/release/v6.9.0/framework.rst @@ -83,4 +83,4 @@ New features - Updated boost to 1.78. See :doc:`mantidworkbench`. -:ref:`Release 6.9.0 ` \ No newline at end of file +:ref:`Release 6.9.0 ` diff --git a/docs/source/release/v6.9.0/indirect_geometry.rst b/docs/source/release/v6.9.0/indirect_geometry.rst index 43d2422f0151..b829a09f4397 100644 --- a/docs/source/release/v6.9.0/indirect_geometry.rst +++ b/docs/source/release/v6.9.0/indirect_geometry.rst @@ -31,4 +31,4 @@ Bugfixes ############ - An intermediate wrapper algorithm called ``ISISIndirectEnergyTransferWrapper`` algorithm has been removed. The :ref:`Data Reduction ` interface now calls the :ref:`ISISIndirectEnergyTransfer ` algorithm directly. -:ref:`Release 6.9.0 ` \ No newline at end of file +:ref:`Release 6.9.0 ` diff --git a/docs/source/release/v6.9.0/inelastic.rst b/docs/source/release/v6.9.0/inelastic.rst index da603487b70f..06cb4c8ce00a 100644 --- a/docs/source/release/v6.9.0/inelastic.rst +++ b/docs/source/release/v6.9.0/inelastic.rst @@ -45,4 +45,4 @@ Bugfixes ############ - Fixed a bug in the :ref:`VesuvioCalculateGammaBackground ` algorithm that meant the order of the output spectra was not guaranteed. This largely affected instances of Mantid on linux machines. -:ref:`Release 6.9.0 ` \ No newline at end of file +:ref:`Release 6.9.0 ` diff --git a/docs/source/release/v6.9.0/muon.rst b/docs/source/release/v6.9.0/muon.rst index b1f11f3d1110..45732f957f07 100644 --- a/docs/source/release/v6.9.0/muon.rst +++ b/docs/source/release/v6.9.0/muon.rst @@ -21,4 +21,4 @@ Bugfixes - Fixed a bug in the :ref:`LoadMuonNexusV2 ` algorithm when loading a Nexus file with no grouping info. It now loads the grouping from the IDF. - Fixed an unreliable crash when performing multiple TF Asymmetry fits. -:ref:`Release 6.9.0 ` \ No newline at end of file +:ref:`Release 6.9.0 ` diff --git a/docs/source/release/v6.9.0/reflectometry.rst b/docs/source/release/v6.9.0/reflectometry.rst index e0e8c768be8f..3318af571633 100644 --- a/docs/source/release/v6.9.0/reflectometry.rst +++ b/docs/source/release/v6.9.0/reflectometry.rst @@ -23,4 +23,4 @@ Bugfixes - Fixed a bug with live data on OFFSPEC where the alternative method for looking up the vertical gap for slit 2 in :ref:`algm-ReflectometryReductionOneLiveData` was incorrectly returning the vertical gap for slit 1. - Fixed a crash that would occur when trying to save a batch to an invalid location. -:ref:`Release 6.9.0 ` \ No newline at end of file +:ref:`Release 6.9.0 ` diff --git a/docs/source/release/v6.9.0/sans.rst b/docs/source/release/v6.9.0/sans.rst index 13af3029af97..5d8446de32c7 100644 --- a/docs/source/release/v6.9.0/sans.rst +++ b/docs/source/release/v6.9.0/sans.rst @@ -48,4 +48,4 @@ Bugfixes - Beam shape & size, sample thickness, and detector information is now correctly saved by :ref:`algm-SaveCanSAS1D` and :ref:`algm-SaveNXcanSAS`. -:ref:`Release 6.9.0 ` \ No newline at end of file +:ref:`Release 6.9.0 ` diff --git a/docs/source/techniques/BinMDCoordinateTransformations.rst b/docs/source/techniques/BinMDCoordinateTransformations.rst index ffca333a977d..42af7710ec99 100644 --- a/docs/source/techniques/BinMDCoordinateTransformations.rst +++ b/docs/source/techniques/BinMDCoordinateTransformations.rst @@ -77,4 +77,4 @@ For example, if you are viewing ``binned_ws`` in the :ref:`sliceviewer`, you can - In this example, this would be the ``(H,K)`` coordinates. -.. categories:: Techniques \ No newline at end of file +.. categories:: Techniques diff --git a/docs/source/techniques/CreateBackToBackParameters.rst b/docs/source/techniques/CreateBackToBackParameters.rst index 10a1231a5386..35cbf3da57aa 100644 --- a/docs/source/techniques/CreateBackToBackParameters.rst +++ b/docs/source/techniques/CreateBackToBackParameters.rst @@ -131,4 +131,4 @@ sample data that are collected on the beamline. In Fullprof: Sig-2, Sig-1, beta1, etc. carries units and the result-unit of ``S`` is TOF and the result-unit of ``A`` and ``B`` is 1/TOF. -.. categories:: Techniques \ No newline at end of file +.. categories:: Techniques diff --git a/docs/source/techniques/CreateIkedaCarpenterParameters.rst b/docs/source/techniques/CreateIkedaCarpenterParameters.rst index 5cfa00ce9d6e..bd7daf09f216 100644 --- a/docs/source/techniques/CreateIkedaCarpenterParameters.rst +++ b/docs/source/techniques/CreateIkedaCarpenterParameters.rst @@ -17,4 +17,4 @@ The steps involved in creating instrument specific parameters for the :ref:`Iked On GEM, the Ikeda-Carpenter parameters are the same for all banks but the Pseudo-Voigt sigma and gamma parameters which are refined differently for the different banks. - Finally the information from this refinement is copied and pasted from output files to generate either a :ref:`Fullprof ` or :ref:`GSAS ` instrument parameter files. -.. categories:: Techniques \ No newline at end of file +.. categories:: Techniques diff --git a/docs/source/techniques/CreateIkedaCarpenterParametersFullprof.rst b/docs/source/techniques/CreateIkedaCarpenterParametersFullprof.rst index 294788910e93..c329cf431943 100644 --- a/docs/source/techniques/CreateIkedaCarpenterParametersFullprof.rst +++ b/docs/source/techniques/CreateIkedaCarpenterParametersFullprof.rst @@ -265,4 +265,4 @@ A copy of the full translation of the above Fullprof instrument file into a Mant - \ No newline at end of file + diff --git a/docs/source/techniques/CreateIkedaCarpenterParametersGSAS.rst b/docs/source/techniques/CreateIkedaCarpenterParametersGSAS.rst index 7b7f946ac705..fc3dad3c1d14 100644 --- a/docs/source/techniques/CreateIkedaCarpenterParametersGSAS.rst +++ b/docs/source/techniques/CreateIkedaCarpenterParametersGSAS.rst @@ -187,4 +187,4 @@ So the translation of the example above for bank 1 into :ref:`func-IkedaCarpente - \ No newline at end of file + diff --git a/docs/source/techniques/ScriptingSANSReductions.rst b/docs/source/techniques/ScriptingSANSReductions.rst index 7b6bb85b19ca..541eb9da0baf 100644 --- a/docs/source/techniques/ScriptingSANSReductions.rst +++ b/docs/source/techniques/ScriptingSANSReductions.rst @@ -167,4 +167,4 @@ This is only applied if ``saveAsEvent`` was selected. The ``time_shifts`` variable is a list of additional time shifts which will be applied if ``isOverlay`` is selected. *Note that there has to be exactly one less time time shift than files to be added.* -.. categories:: Techniques \ No newline at end of file +.. categories:: Techniques diff --git a/docs/source/techniques/index.rst b/docs/source/techniques/index.rst index 5541f2eea9b7..385d297c5783 100644 --- a/docs/source/techniques/index.rst +++ b/docs/source/techniques/index.rst @@ -16,4 +16,4 @@ Techniques :glob: :maxdepth: 1 - * \ No newline at end of file + * diff --git a/docs/source/tutorials/extending_mantid_with_python/advanced_fit_behaviours/index.rst b/docs/source/tutorials/extending_mantid_with_python/advanced_fit_behaviours/index.rst index c3ad044f1733..ebc90baf6480 100644 --- a/docs/source/tutorials/extending_mantid_with_python/advanced_fit_behaviours/index.rst +++ b/docs/source/tutorials/extending_mantid_with_python/advanced_fit_behaviours/index.rst @@ -22,4 +22,4 @@ Advanced Fit Behaviours * :ref:`02_analytical_derivatives` * :ref:`03_peak_functions` * :ref:`04_peak_function_methods` -* :ref:`05_exercise_6` \ No newline at end of file +* :ref:`05_exercise_6` diff --git a/docs/source/tutorials/extending_mantid_with_python/expanding_data_interaction/02_progress_reporting.rst b/docs/source/tutorials/extending_mantid_with_python/expanding_data_interaction/02_progress_reporting.rst index 0b49cb42f64f..535036f8c216 100644 --- a/docs/source/tutorials/extending_mantid_with_python/expanding_data_interaction/02_progress_reporting.rst +++ b/docs/source/tutorials/extending_mantid_with_python/expanding_data_interaction/02_progress_reporting.rst @@ -70,5 +70,3 @@ MantidWorkbench allows a cancellation request to be sent to a running algorithm. An algorithm must be coded to stop itself if a request has been made. This comes for **free** if you implement progress reporting as each report call checks whether it should be be cancelled and stops if it should. - - diff --git a/docs/source/tutorials/extending_mantid_with_python/expanding_data_interaction/index.rst b/docs/source/tutorials/extending_mantid_with_python/expanding_data_interaction/index.rst index f4d14977006e..253b5f03e1a5 100644 --- a/docs/source/tutorials/extending_mantid_with_python/expanding_data_interaction/index.rst +++ b/docs/source/tutorials/extending_mantid_with_python/expanding_data_interaction/index.rst @@ -21,4 +21,4 @@ Expanding Data Interaction * :ref:`02_progress_reporting` * :ref:`03_array_properties` * :ref:`04_loading_extensions_on_startup` -* :ref:`05_exercise_4` \ No newline at end of file +* :ref:`05_exercise_4` diff --git a/docs/source/tutorials/extending_mantid_with_python/index.rst b/docs/source/tutorials/extending_mantid_with_python/index.rst index 81bfbbde2e9c..3eca1fb880e6 100644 --- a/docs/source/tutorials/extending_mantid_with_python/index.rst +++ b/docs/source/tutorials/extending_mantid_with_python/index.rst @@ -31,4 +31,3 @@ Duration: 7.5 hours as a hands-on course with exercises * :ref:`emwp_py_fit_funcs` * :ref:`emwp_adv_fit_behaviours` * :ref:`emwp_solutions` - diff --git a/docs/source/tutorials/extending_mantid_with_python/objects_and_classes/03_exercise_1.rst b/docs/source/tutorials/extending_mantid_with_python/objects_and_classes/03_exercise_1.rst index 232a581c43b3..1c5931ac2e4a 100644 --- a/docs/source/tutorials/extending_mantid_with_python/objects_and_classes/03_exercise_1.rst +++ b/docs/source/tutorials/extending_mantid_with_python/objects_and_classes/03_exercise_1.rst @@ -20,4 +20,4 @@ within Python. as a super class and share its **name** attribute #. Check the ``printTree`` method still functions correctly. -Once finished check your answer with the provided :ref:`01_emwp_sol` \ No newline at end of file +Once finished check your answer with the provided :ref:`01_emwp_sol` diff --git a/docs/source/tutorials/extending_mantid_with_python/objects_and_classes/index.rst b/docs/source/tutorials/extending_mantid_with_python/objects_and_classes/index.rst index 6727e35cadd8..6709be1d1844 100644 --- a/docs/source/tutorials/extending_mantid_with_python/objects_and_classes/index.rst +++ b/docs/source/tutorials/extending_mantid_with_python/objects_and_classes/index.rst @@ -67,4 +67,4 @@ the class, i.e. the blueprint is not affected: * :ref:`01_methods` * :ref:`02_inheritance` -* :ref:`03_exercise_1` \ No newline at end of file +* :ref:`03_exercise_1` diff --git a/docs/source/tutorials/extending_mantid_with_python/python_algorithms/index.rst b/docs/source/tutorials/extending_mantid_with_python/python_algorithms/index.rst index 6012fff9c6b5..827d6c00dcab 100644 --- a/docs/source/tutorials/extending_mantid_with_python/python_algorithms/index.rst +++ b/docs/source/tutorials/extending_mantid_with_python/python_algorithms/index.rst @@ -36,4 +36,4 @@ Benefits of an algorithm over just writing in a script: * :ref:`03_validating_input` * :ref:`04_main_algorithm_body` * :ref:`05_logging` -* :ref:`06_exercise_2` \ No newline at end of file +* :ref:`06_exercise_2` diff --git a/docs/source/tutorials/extending_mantid_with_python/python_algorithms_and_workspaces/index.rst b/docs/source/tutorials/extending_mantid_with_python/python_algorithms_and_workspaces/index.rst index b0e8e9c0ef9b..38fa2aa1977e 100644 --- a/docs/source/tutorials/extending_mantid_with_python/python_algorithms_and_workspaces/index.rst +++ b/docs/source/tutorials/extending_mantid_with_python/python_algorithms_and_workspaces/index.rst @@ -23,4 +23,4 @@ Python Algorithms And Workspaces * :ref:`03_combining_validators` * :ref:`04_file_properties` * :ref:`05_using_mantid_algorithms` -* :ref:`06_exercise_3` \ No newline at end of file +* :ref:`06_exercise_3` diff --git a/docs/source/tutorials/extending_mantid_with_python/solutions_to_the_exercises/04_emwp_sol.rst b/docs/source/tutorials/extending_mantid_with_python/solutions_to_the_exercises/04_emwp_sol.rst index 58bf219a5121..89538a765dc1 100644 --- a/docs/source/tutorials/extending_mantid_with_python/solutions_to_the_exercises/04_emwp_sol.rst +++ b/docs/source/tutorials/extending_mantid_with_python/solutions_to_the_exercises/04_emwp_sol.rst @@ -103,4 +103,4 @@ of the proper reduction done for the direct-geometry inelastic instruments. # Register algorithm with Mantid - AlgorithmFactory.subscribe(ConvertToEnergy) \ No newline at end of file + AlgorithmFactory.subscribe(ConvertToEnergy) diff --git a/docs/source/tutorials/extending_mantid_with_python/solutions_to_the_exercises/index.rst b/docs/source/tutorials/extending_mantid_with_python/solutions_to_the_exercises/index.rst index a6b0960e439d..d403419efb3a 100644 --- a/docs/source/tutorials/extending_mantid_with_python/solutions_to_the_exercises/index.rst +++ b/docs/source/tutorials/extending_mantid_with_python/solutions_to_the_exercises/index.rst @@ -24,4 +24,4 @@ Solutions To The Exercises * :ref:`03_emwp_sol` * :ref:`04_emwp_sol` * :ref:`05_emwp_sol` -* :ref:`06_emwp_sol` \ No newline at end of file +* :ref:`06_emwp_sol` diff --git a/docs/source/tutorials/introduction_to_python/basic_python_exercises_1-2.rst b/docs/source/tutorials/introduction_to_python/basic_python_exercises_1-2.rst index 6d3e5f88cbd8..5fc4da913805 100644 --- a/docs/source/tutorials/introduction_to_python/basic_python_exercises_1-2.rst +++ b/docs/source/tutorials/introduction_to_python/basic_python_exercises_1-2.rst @@ -26,4 +26,3 @@ Exercise 2 - Extend the program to also print the ratio of successive numbers of the sequence. - diff --git a/docs/source/tutorials/introduction_to_python/basic_python_exercises_3-4.rst b/docs/source/tutorials/introduction_to_python/basic_python_exercises_3-4.rst index e9c3a122145f..04f9e8651c9c 100644 --- a/docs/source/tutorials/introduction_to_python/basic_python_exercises_3-4.rst +++ b/docs/source/tutorials/introduction_to_python/basic_python_exercises_3-4.rst @@ -22,4 +22,3 @@ Exercise 4 the first being the key and the second the value - Update the dictionary with another 5 name/values and reprint the table, making sure you understand the ordering within the map - diff --git a/docs/source/tutorials/introduction_to_python/index.rst b/docs/source/tutorials/introduction_to_python/index.rst index deba1c09918e..4a9b463626d8 100644 --- a/docs/source/tutorials/introduction_to_python/index.rst +++ b/docs/source/tutorials/introduction_to_python/index.rst @@ -49,4 +49,3 @@ Prentice-Hall 2008; `"Learning Python", M. Lutz, O'Reilly, 2007; * :ref:`pattern_matching_with_regular_expressions` * :ref:`basic_python_exercises_5` * :ref:`solutions_to_exercises` - diff --git a/docs/source/tutorials/introduction_to_python/more_sequence_types.rst b/docs/source/tutorials/introduction_to_python/more_sequence_types.rst index 7ef25c973c0f..f124baf4cfe9 100644 --- a/docs/source/tutorials/introduction_to_python/more_sequence_types.rst +++ b/docs/source/tutorials/introduction_to_python/more_sequence_types.rst @@ -177,4 +177,3 @@ Gives the output: 6 True True - diff --git a/docs/source/tutorials/mantid_basic_course/algorithms_workspaces_and_histories/01_introduction.rst b/docs/source/tutorials/mantid_basic_course/algorithms_workspaces_and_histories/01_introduction.rst index 234a1bdeb3d8..35f9ed949589 100644 --- a/docs/source/tutorials/mantid_basic_course/algorithms_workspaces_and_histories/01_introduction.rst +++ b/docs/source/tutorials/mantid_basic_course/algorithms_workspaces_and_histories/01_introduction.rst @@ -15,4 +15,4 @@ but most algorithms interact with workspaces in the same way, outputting a new workspace as the result. In this section we will introduce you to some basic types of workspaces, -and some key algorithms to operate upon those workspaces. \ No newline at end of file +and some key algorithms to operate upon those workspaces. diff --git a/docs/source/tutorials/mantid_basic_course/algorithms_workspaces_and_histories/02_algorithms.rst b/docs/source/tutorials/mantid_basic_course/algorithms_workspaces_and_histories/02_algorithms.rst index fafba6a5f3ed..e76a7bed39d9 100644 --- a/docs/source/tutorials/mantid_basic_course/algorithms_workspaces_and_histories/02_algorithms.rst +++ b/docs/source/tutorials/mantid_basic_course/algorithms_workspaces_and_histories/02_algorithms.rst @@ -81,4 +81,4 @@ On the Algorithm dialog, the run button will execute the algorithm. If successful, new output workspaces will appear in the Workspace Toolbox. Algorithm outputs are sent to the Messages Box, on the right of the main Mantid Workbench window. If the -algorithm fails to complete, the error should appear in the Messages Box. \ No newline at end of file +algorithm fails to complete, the error should appear in the Messages Box. diff --git a/docs/source/tutorials/mantid_basic_course/algorithms_workspaces_and_histories/03_workspaces.rst b/docs/source/tutorials/mantid_basic_course/algorithms_workspaces_and_histories/03_workspaces.rst index b2314a2e0801..3433a77179ce 100644 --- a/docs/source/tutorials/mantid_basic_course/algorithms_workspaces_and_histories/03_workspaces.rst +++ b/docs/source/tutorials/mantid_basic_course/algorithms_workspaces_and_histories/03_workspaces.rst @@ -161,4 +161,4 @@ Other Workspace Types To create a group simply select more than one workspace in the Workspace Toolbox and click the "**Group**" button. Either the whole group or individual members can be processed when using algorithms. -- :ref:`MDWorkspace` is a more complex, multi-dimension type of workspace. \ No newline at end of file +- :ref:`MDWorkspace` is a more complex, multi-dimension type of workspace. diff --git a/docs/source/tutorials/mantid_basic_course/algorithms_workspaces_and_histories/index.rst b/docs/source/tutorials/mantid_basic_course/algorithms_workspaces_and_histories/index.rst index 44bfe7d74b2e..fafb79562f66 100644 --- a/docs/source/tutorials/mantid_basic_course/algorithms_workspaces_and_histories/index.rst +++ b/docs/source/tutorials/mantid_basic_course/algorithms_workspaces_and_histories/index.rst @@ -26,4 +26,3 @@ The word Algorithm comes from the Latinised name of a Persian mathematician name * :ref:`04_algorithm_histories` * :ref:`05_interfaces` * :ref:`06_exercises_a` - diff --git a/docs/source/tutorials/mantid_basic_course/connecting_data_to_instruments/05_instrument_tree.rst b/docs/source/tutorials/mantid_basic_course/connecting_data_to_instruments/05_instrument_tree.rst index 11e062a7b2b2..81c55692b893 100644 --- a/docs/source/tutorials/mantid_basic_course/connecting_data_to_instruments/05_instrument_tree.rst +++ b/docs/source/tutorials/mantid_basic_course/connecting_data_to_instruments/05_instrument_tree.rst @@ -12,4 +12,3 @@ Select a part in the tree widget and the display will show only that component. :alt: InstrumentTree.png :align: center :width: 700px - diff --git a/docs/source/tutorials/mantid_basic_course/fitting_data/01_fitting_models_to_data.rst b/docs/source/tutorials/mantid_basic_course/fitting_data/01_fitting_models_to_data.rst index 0f4c59331a37..0014b8fb74b1 100644 --- a/docs/source/tutorials/mantid_basic_course/fitting_data/01_fitting_models_to_data.rst +++ b/docs/source/tutorials/mantid_basic_course/fitting_data/01_fitting_models_to_data.rst @@ -107,5 +107,3 @@ C. **Output workspaces** will be created and available via the main Mantid Works :width: 500px .. |ChooseExpDecay.png| image:: /images/ChooseExpDecay.png .. |MUSRDataSetFittingResults.png| image:: /images/MUSRDataSetFittingResults.png - - diff --git a/docs/source/tutorials/mantid_basic_course/fitting_data/02_complex_case.rst b/docs/source/tutorials/mantid_basic_course/fitting_data/02_complex_case.rst index 3a9063b37582..f26728383c07 100644 --- a/docs/source/tutorials/mantid_basic_course/fitting_data/02_complex_case.rst +++ b/docs/source/tutorials/mantid_basic_course/fitting_data/02_complex_case.rst @@ -192,4 +192,3 @@ You can even show error bars to compare how good your fit is to the errors. To d .. |ArrowRight.png| image:: /images/ArrowRight.png .. |SaveSetupDialog.png| image:: /images/SaveSetupDialog.png .. |PeakFitToolbar.png| image:: /images/PeakFitToolbar.png - diff --git a/docs/source/tutorials/mantid_basic_course/fitting_data/04_intelligent_fitting.rst b/docs/source/tutorials/mantid_basic_course/fitting_data/04_intelligent_fitting.rst index c0eb9cfd19e1..89ecc095cf2b 100644 --- a/docs/source/tutorials/mantid_basic_course/fitting_data/04_intelligent_fitting.rst +++ b/docs/source/tutorials/mantid_basic_course/fitting_data/04_intelligent_fitting.rst @@ -36,4 +36,3 @@ Now add the IkedaCarpenterPV function, check you still have a LinearBackground a .. figure:: /images/GEMIkedaCarpenterFit.png :alt: GEMIkedaCarpenterFit.png :align: center - diff --git a/docs/source/tutorials/mantid_basic_course/fitting_data/05_fitting_exercises.rst b/docs/source/tutorials/mantid_basic_course/fitting_data/05_fitting_exercises.rst index 939459591771..272c3afd44f1 100644 --- a/docs/source/tutorials/mantid_basic_course/fitting_data/05_fitting_exercises.rst +++ b/docs/source/tutorials/mantid_basic_course/fitting_data/05_fitting_exercises.rst @@ -106,4 +106,3 @@ Exercise 3 :width: 300px .. |AddBackgroundOption.png| image:: /images/AddBackgroundOption.png :width: 500px - diff --git a/docs/source/tutorials/mantid_basic_course/fitting_data/index.rst b/docs/source/tutorials/mantid_basic_course/fitting_data/index.rst index 8d932bfd4acd..f34cac1db567 100644 --- a/docs/source/tutorials/mantid_basic_course/fitting_data/index.rst +++ b/docs/source/tutorials/mantid_basic_course/fitting_data/index.rst @@ -24,4 +24,3 @@ Regression analysis was developed throughout the 18th Century, leading to the fi * :ref:`03_fit_model_choices` * :ref:`04_intelligent_fitting` * :ref:`05_fitting_exercises` - diff --git a/docs/source/tutorials/mantid_basic_course/getting_started/main_window.rst b/docs/source/tutorials/mantid_basic_course/getting_started/main_window.rst index bb10e366ae47..452539a1f4f1 100644 --- a/docs/source/tutorials/mantid_basic_course/getting_started/main_window.rst +++ b/docs/source/tutorials/mantid_basic_course/getting_started/main_window.rst @@ -84,4 +84,4 @@ A usual Workspace consists of a number of spectra, each cut into blocks called b ax.set_title("Bins and Line Plots") ax.set_xticks(bin_edges) ax.legend() - fig.show() \ No newline at end of file + fig.show() diff --git a/docs/source/tutorials/mantid_basic_course/index.rst b/docs/source/tutorials/mantid_basic_course/index.rst index 5fe2481c53fa..1679e41cf689 100644 --- a/docs/source/tutorials/mantid_basic_course/index.rst +++ b/docs/source/tutorials/mantid_basic_course/index.rst @@ -27,4 +27,3 @@ You will learn how to load, process, visualise and analyse data using Mantid. * :ref:`connecting_data_to_instruments` * :ref:`fitting_data` * :ref:`useful` - diff --git a/docs/source/tutorials/mantid_basic_course/loading_and_displaying_data/01_loading_data.rst b/docs/source/tutorials/mantid_basic_course/loading_and_displaying_data/01_loading_data.rst index f3fa00e4cf89..4d0eef0fee38 100644 --- a/docs/source/tutorials/mantid_basic_course/loading_and_displaying_data/01_loading_data.rst +++ b/docs/source/tutorials/mantid_basic_course/loading_and_displaying_data/01_loading_data.rst @@ -75,4 +75,4 @@ use these example inputs with symbols for the ``File`` input: +-----------+--------------------------------------------------------+----------------------+ \* As these files have different numbers of spectra, you will see the error ``Left and right sides should contain the same amount of spectra....`` -For this example please load ``LOQ74019-74020`` with the parameter ``SpectrumMax = 8``. \ No newline at end of file +For this example please load ``LOQ74019-74020`` with the parameter ``SpectrumMax = 8``. diff --git a/docs/source/tutorials/mantid_basic_course/loading_and_displaying_data/02_the_matrix_workspace.rst b/docs/source/tutorials/mantid_basic_course/loading_and_displaying_data/02_the_matrix_workspace.rst index 3d4b280b42c3..0de39b630fbe 100644 --- a/docs/source/tutorials/mantid_basic_course/loading_and_displaying_data/02_the_matrix_workspace.rst +++ b/docs/source/tutorials/mantid_basic_course/loading_and_displaying_data/02_the_matrix_workspace.rst @@ -82,4 +82,3 @@ the MAR11060 run is for some reason not present in the Instrument definition, and the remaining rows that are visible show histograms wired up to detectors with spectrum number 5-7 or equivalently detectors with IDs of 4101-3. - diff --git a/docs/source/tutorials/mantid_basic_course/loading_and_displaying_data/03_displaying_1D_data.rst b/docs/source/tutorials/mantid_basic_course/loading_and_displaying_data/03_displaying_1D_data.rst index a127704ef7cb..19ded3b639ff 100644 --- a/docs/source/tutorials/mantid_basic_course/loading_and_displaying_data/03_displaying_1D_data.rst +++ b/docs/source/tutorials/mantid_basic_course/loading_and_displaying_data/03_displaying_1D_data.rst @@ -75,4 +75,3 @@ B. Right-click the Workspace from the Workspace list and Select "Plot > Overplot * In both cases, if the Workspace contains more than one spectra you will be asked which spectra you wish to add to the plot. - diff --git a/docs/source/tutorials/mantid_basic_course/loading_and_displaying_data/index.rst b/docs/source/tutorials/mantid_basic_course/loading_and_displaying_data/index.rst index 98ce49e500ff..8e7a63369047 100644 --- a/docs/source/tutorials/mantid_basic_course/loading_and_displaying_data/index.rst +++ b/docs/source/tutorials/mantid_basic_course/loading_and_displaying_data/index.rst @@ -32,4 +32,3 @@ And so the use of Plotting your Data! * :ref:`05_plotting_advanced` * :ref:`06_formatting_plots` * :ref:`07_exercises` - diff --git a/docs/source/tutorials/mantid_basic_course/useful/01_save_settings.rst b/docs/source/tutorials/mantid_basic_course/useful/01_save_settings.rst index 4e97455cd6f6..35b057a2ca56 100644 --- a/docs/source/tutorials/mantid_basic_course/useful/01_save_settings.rst +++ b/docs/source/tutorials/mantid_basic_course/useful/01_save_settings.rst @@ -63,4 +63,4 @@ There are even a few Fitting options you can set, such as your Default peak / ba .. figure:: /images/SettingsFitting.png :align: center - :alt: SettingsFitting \ No newline at end of file + :alt: SettingsFitting diff --git a/docs/source/tutorials/mantid_basic_course/useful/03_user_support.rst b/docs/source/tutorials/mantid_basic_course/useful/03_user_support.rst index 2a7d9049e3bb..605b8d9c6d9c 100644 --- a/docs/source/tutorials/mantid_basic_course/useful/03_user_support.rst +++ b/docs/source/tutorials/mantid_basic_course/useful/03_user_support.rst @@ -38,4 +38,4 @@ At some stage you will inevitably see an Error Reporter. Please provide your nam Documentation ------------- -Most of the functionality of Mantid is encompassed in our User Documentation. You can access it via the :ref:`User Documentation ` and in the drop-down menu "Help > Mantid Help, Algorithms, Concepts". \ No newline at end of file +Most of the functionality of Mantid is encompassed in our User Documentation. You can access it via the :ref:`User Documentation ` and in the drop-down menu "Help > Mantid Help, Algorithms, Concepts". diff --git a/docs/source/tutorials/mantid_basic_course/useful/04_the_end.rst b/docs/source/tutorials/mantid_basic_course/useful/04_the_end.rst index 8c2e405707d7..9f2a14e39e9a 100644 --- a/docs/source/tutorials/mantid_basic_course/useful/04_the_end.rst +++ b/docs/source/tutorials/mantid_basic_course/useful/04_the_end.rst @@ -12,4 +12,4 @@ Mantid is a world-wide collaboration: .. figure:: /images/Training/Introduction/Mantid_collaboration.png :alt: Collaboration - :align: center \ No newline at end of file + :align: center diff --git a/docs/source/tutorials/muon_GUI_course/basics_of_data_reductions.rst b/docs/source/tutorials/muon_GUI_course/basics_of_data_reductions.rst index b51e2026fba8..62713c7616d1 100644 --- a/docs/source/tutorials/muon_GUI_course/basics_of_data_reductions.rst +++ b/docs/source/tutorials/muon_GUI_course/basics_of_data_reductions.rst @@ -98,4 +98,3 @@ Note that when a data file is loaded using the GUI, the default option for the M What has happened? (reloading the data file might be needed to observe the changes.) 4. Try creating a pair called `sample_long` as described in :ref:`the_tabs_grouping` and using `Guess Alpha` with this group highlighted rather than `long`. Consider the changes that can be observed. - diff --git a/docs/source/tutorials/muon_GUI_course/index.rst b/docs/source/tutorials/muon_GUI_course/index.rst index 4cae6fbcff5d..e4c810428a32 100644 --- a/docs/source/tutorials/muon_GUI_course/index.rst +++ b/docs/source/tutorials/muon_GUI_course/index.rst @@ -16,7 +16,3 @@ Muon Training the_tabs_results data_fitting references - - - - diff --git a/docs/source/tutorials/muon_GUI_course/references.rst b/docs/source/tutorials/muon_GUI_course/references.rst index 8254d0a3cfa8..e59c2a4bd697 100644 --- a/docs/source/tutorials/muon_GUI_course/references.rst +++ b/docs/source/tutorials/muon_GUI_course/references.rst @@ -48,4 +48,3 @@ Review Articles / Applications Rev. Mod. Physics, 72, 769 (2000) * E. Roduner, THE POSITIVE MUON AS A PROBE IN FREE RADICAL CHEMISTRY, Lecture Notes in Chemistry No. 49 (Springer Verlag, Berlin 1988) - diff --git a/docs/source/tutorials/python_in_mantid/algorithms_and_workspaces/04_table_ws_py.rst b/docs/source/tutorials/python_in_mantid/algorithms_and_workspaces/04_table_ws_py.rst index 0e086e169156..d737b5bf9c32 100644 --- a/docs/source/tutorials/python_in_mantid/algorithms_and_workspaces/04_table_ws_py.rst +++ b/docs/source/tutorials/python_in_mantid/algorithms_and_workspaces/04_table_ws_py.rst @@ -42,4 +42,4 @@ There are various ways to access your data from the workspace. PeaksWorkspace ============== -A peaks workspace is a type of table workspace, with a fixed structure, where each row of the tale represents a peak. This functionality is also exposed to python, however, usage of this type is outside the scope of this course. See :ref:`PeaksWorkspace` for more details. \ No newline at end of file +A peaks workspace is a type of table workspace, with a fixed structure, where each row of the tale represents a peak. This functionality is also exposed to python, however, usage of this type is outside the scope of this course. See :ref:`PeaksWorkspace` for more details. diff --git a/docs/source/tutorials/python_in_mantid/algorithms_and_workspaces/index.rst b/docs/source/tutorials/python_in_mantid/algorithms_and_workspaces/index.rst index 29e457b020a8..e8fd7f1f04ea 100644 --- a/docs/source/tutorials/python_in_mantid/algorithms_and_workspaces/index.rst +++ b/docs/source/tutorials/python_in_mantid/algorithms_and_workspaces/index.rst @@ -51,4 +51,3 @@ will result in the following error: `NameError on line 1: "name 'x' is not defin * :ref:`05_group_ws_py` * :ref:`06_alg_help` * :ref:`07_pim_ex_1` - diff --git a/docs/source/tutorials/python_in_mantid/further_alg_ws/03_matrix_ws_attributes.rst b/docs/source/tutorials/python_in_mantid/further_alg_ws/03_matrix_ws_attributes.rst index b1bbefa0192a..dd86bd605704 100644 --- a/docs/source/tutorials/python_in_mantid/further_alg_ws/03_matrix_ws_attributes.rst +++ b/docs/source/tutorials/python_in_mantid/further_alg_ws/03_matrix_ws_attributes.rst @@ -81,4 +81,4 @@ Useful links * :ref:`WorkingWithWorkspaces` * :ref:`MatrixWorkspace` * :ref:`Mantid_api` -* :ref:`concepts contents` \ No newline at end of file +* :ref:`concepts contents` diff --git a/docs/source/tutorials/python_in_mantid/further_alg_ws/04_run_logs.rst b/docs/source/tutorials/python_in_mantid/further_alg_ws/04_run_logs.rst index ed7c4d438672..0ba975991122 100644 --- a/docs/source/tutorials/python_in_mantid/further_alg_ws/04_run_logs.rst +++ b/docs/source/tutorials/python_in_mantid/further_alg_ws/04_run_logs.rst @@ -88,4 +88,3 @@ As well as the filtering algorithms, there are plenty of other Sample Log operat - :ref:`algm-AddSampleLog` - :ref:`algm-ExportExperimentLog` - :ref:`algm-CheckForSampleLogs` - diff --git a/docs/source/tutorials/python_in_mantid/further_alg_ws/08_running_algorithms_complex.rst b/docs/source/tutorials/python_in_mantid/further_alg_ws/08_running_algorithms_complex.rst index d689bf81317d..c932e7c82561 100644 --- a/docs/source/tutorials/python_in_mantid/further_alg_ws/08_running_algorithms_complex.rst +++ b/docs/source/tutorials/python_in_mantid/further_alg_ws/08_running_algorithms_complex.rst @@ -55,4 +55,4 @@ The script below shows a more complex example of mixing Mantid's algorithms with sample = Rebin(sample, rb_params) # Normalize - sample /= white_beam \ No newline at end of file + sample /= white_beam diff --git a/docs/source/tutorials/python_in_mantid/index.rst b/docs/source/tutorials/python_in_mantid/index.rst index 0de2ae147f71..423c210dbe92 100644 --- a/docs/source/tutorials/python_in_mantid/index.rst +++ b/docs/source/tutorials/python_in_mantid/index.rst @@ -26,7 +26,3 @@ The following tutorial introduces how to interact with Mantid through Python. So * :ref:`pim_plotting` * :ref:`pim_further_alg_ws` * :ref:`pim_solutions` - - - - diff --git a/docs/source/tutorials/python_in_mantid/plotting/02_scripting_plots.rst b/docs/source/tutorials/python_in_mantid/plotting/02_scripting_plots.rst index 001023907f7d..b084d1aa3ea2 100644 --- a/docs/source/tutorials/python_in_mantid/plotting/02_scripting_plots.rst +++ b/docs/source/tutorials/python_in_mantid/plotting/02_scripting_plots.rst @@ -230,4 +230,4 @@ Example Script * `Matplotlib Keyboard Shortcuts `_ .. |GenerateAScript.png| image:: /images/GenerateAScript.png - :width: 30px \ No newline at end of file + :width: 30px diff --git a/docs/source/tutorials/python_in_mantid/plotting/index.rst b/docs/source/tutorials/python_in_mantid/plotting/index.rst index 1ada635d3266..105aa11430e9 100644 --- a/docs/source/tutorials/python_in_mantid/plotting/index.rst +++ b/docs/source/tutorials/python_in_mantid/plotting/index.rst @@ -25,4 +25,4 @@ Plotting with Python :align: right * To display results within Workbench, a user can view workspaces as a data matrix and also plot graphs from the results. -* This section explains how to plot with Mantid and Matplotlib, in particular how to script plots to your preference. \ No newline at end of file +* This section explains how to plot with Mantid and Matplotlib, in particular how to script plots to your preference. diff --git a/docs/source/tutorials/python_in_mantid/script_generation/01_auto_generation.rst b/docs/source/tutorials/python_in_mantid/script_generation/01_auto_generation.rst index 0848207245f4..e6bdd4db9d88 100644 --- a/docs/source/tutorials/python_in_mantid/script_generation/01_auto_generation.rst +++ b/docs/source/tutorials/python_in_mantid/script_generation/01_auto_generation.rst @@ -12,4 +12,4 @@ Automatic Script Generation * View the history by right-clicking on a workspace and selecting **Show History**. -* Generate a script to rerun the algorithms that created this workspace, by selecting `Script to File` / `Script to Clipboard`. \ No newline at end of file +* Generate a script to rerun the algorithms that created this workspace, by selecting `Script to File` / `Script to Clipboard`. diff --git a/docs/source/tutorials/python_in_mantid/script_generation/02_extracting_alg_prop.rst b/docs/source/tutorials/python_in_mantid/script_generation/02_extracting_alg_prop.rst index e297b00ef995..b508aa95b390 100644 --- a/docs/source/tutorials/python_in_mantid/script_generation/02_extracting_alg_prop.rst +++ b/docs/source/tutorials/python_in_mantid/script_generation/02_extracting_alg_prop.rst @@ -26,4 +26,4 @@ For some algorithms, such as :ref:`algm-Rebin`, you can get properties without a .. code-block:: python rebin_alg = Rebin('input_ws',Params='1,5,100') - params = rebin_alg.getProperty('Params').value \ No newline at end of file + params = rebin_alg.getProperty('Params').value diff --git a/docs/source/tutorials/python_in_mantid/script_generation/03_plot_script_generation.rst b/docs/source/tutorials/python_in_mantid/script_generation/03_plot_script_generation.rst index abd67610599d..6a67084c3553 100644 --- a/docs/source/tutorials/python_in_mantid/script_generation/03_plot_script_generation.rst +++ b/docs/source/tutorials/python_in_mantid/script_generation/03_plot_script_generation.rst @@ -21,4 +21,4 @@ A script can also be generated for producing a plot! .. |GenerateAScript.png| image:: /images/GenerateAScript.png - :width: 30px \ No newline at end of file + :width: 30px diff --git a/docs/source/tutorials/python_in_mantid/script_generation/04_pim_ex_2.rst b/docs/source/tutorials/python_in_mantid/script_generation/04_pim_ex_2.rst index bcc96443c663..09619b598084 100644 --- a/docs/source/tutorials/python_in_mantid/script_generation/04_pim_ex_2.rst +++ b/docs/source/tutorials/python_in_mantid/script_generation/04_pim_ex_2.rst @@ -121,4 +121,4 @@ Generating a script from a plot :ref:`Solutions <02_pim_sol>` .. |GenerateAScript.png| image:: /images/GenerateAScript.png - :width: 30px \ No newline at end of file + :width: 30px diff --git a/docs/source/tutorials/python_in_mantid/solutions/02_pim_sol.rst b/docs/source/tutorials/python_in_mantid/solutions/02_pim_sol.rst index 6ddd4b8c476c..345ccada4d91 100644 --- a/docs/source/tutorials/python_in_mantid/solutions/02_pim_sol.rst +++ b/docs/source/tutorials/python_in_mantid/solutions/02_pim_sol.rst @@ -115,6 +115,3 @@ C - Processing and Plotting SNS Data # NOTE: This script could be improved further with adding comments, # and extracting and logging values for filename and binning params, # as in Exercise 2A above. - - - diff --git a/docs/source/workbench/ipythonconsole.rst b/docs/source/workbench/ipythonconsole.rst index 9d4b76b0e271..38ba4edb2c18 100644 --- a/docs/source/workbench/ipythonconsole.rst +++ b/docs/source/workbench/ipythonconsole.rst @@ -18,4 +18,4 @@ Keyboard Shortcuts ^^^^^^^^^^^^^^^^^^ - :code:`Ctrl++` - increase font size. - :code:`Ctrl+-` - decrease font size. -- :code:`Ctrl+0` - reset font size. \ No newline at end of file +- :code:`Ctrl+0` - reset font size. diff --git a/docs/source/workbench/plotstoolbox.rst b/docs/source/workbench/plotstoolbox.rst index 587a445b7b22..0298d24ba921 100644 --- a/docs/source/workbench/plotstoolbox.rst +++ b/docs/source/workbench/plotstoolbox.rst @@ -37,4 +37,4 @@ On each plot list item there are three buttons: "Show/Hide Figure", using the "Show/Hide Figure" button. The "Edit Plot Name" option allows you to change the name of the figure in the plot list. The "Close Figure" option will delete the figure and remove it from the plot list, *you cannot recover the -figure after selecting this*. \ No newline at end of file +figure after selecting this*. diff --git a/docs/source/workbench/scriptwindow.rst b/docs/source/workbench/scriptwindow.rst index a3008c060383..9c785ec1bdde 100644 --- a/docs/source/workbench/scriptwindow.rst +++ b/docs/source/workbench/scriptwindow.rst @@ -117,4 +117,3 @@ The editor window's status bar gives the current state of the Python interpreter. It will tell you if there is a script currently running, or if the interpreter is idle. It will also inform you of when the last script was executed and whether it was executed successfully or if there were errors. - diff --git a/docs/source/workbench/whatisinworkbench.rst b/docs/source/workbench/whatisinworkbench.rst index 7a833f0f19ee..89f07a26ba7d 100644 --- a/docs/source/workbench/whatisinworkbench.rst +++ b/docs/source/workbench/whatisinworkbench.rst @@ -10,4 +10,4 @@ Overall Workbench Diagram Here is a diagram that shows where different parts of the workbench are on the default layout. -.. image:: ../images/Workbench/WorkbenchDiagram.png \ No newline at end of file +.. image:: ../images/Workbench/WorkbenchDiagram.png diff --git a/docs/source/workbench/workspacecalculator.rst b/docs/source/workbench/workspacecalculator.rst index 919df01523d5..d33e1d06459a 100644 --- a/docs/source/workbench/workspacecalculator.rst +++ b/docs/source/workbench/workspacecalculator.rst @@ -32,4 +32,3 @@ and non-group workspace types. The output of the operation, if successful, is placed in the ADS with the chosen name, specified through the final `WorkspaceSelector`. Should no name be provided, a default one, `output`, is used instead. - diff --git a/images/README.txt b/images/README.txt index 17812a940463..5db78c7af250 100644 --- a/images/README.txt +++ b/images/README.txt @@ -1 +1 @@ -This directory should contain ONLY the images that are needed for MantidPlot/MantidQt to compile (and the resource file). \ No newline at end of file +This directory should contain ONLY the images that are needed for MantidPlot/MantidQt to compile (and the resource file). diff --git a/images/fonts/Apache License.txt b/images/fonts/Apache License.txt index 989e2c59e973..b09cd7856d58 100644 --- a/images/fonts/Apache License.txt +++ b/images/fonts/Apache License.txt @@ -198,4 +198,4 @@ Apache License distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and - limitations under the License. \ No newline at end of file + limitations under the License. diff --git a/qt/icons/resources/README.md b/qt/icons/resources/README.md index 08cfed876cce..b7668e6bfdde 100644 --- a/qt/icons/resources/README.md +++ b/qt/icons/resources/README.md @@ -9,4 +9,4 @@ If the file names differ from the source then the script may need to be re-evalu - Move the new .ttf file and .css files into the containing folder these can be gained from either the material design github or https://cdnjs.com/libraries/MaterialDesign-Webfont/ - Run the python script `updatematerialdesignjson.py` which will generate a new .json file - Re-build the MantidQtIconsQt5 library target -- In theory now it should be updated, any icons that were removed or renamed will need to be replaced with new files. \ No newline at end of file +- In theory now it should be updated, any icons that were removed or renamed will need to be replaced with new files. diff --git a/qt/icons/resources/icons.qrc b/qt/icons/resources/icons.qrc index 84ac33613aed..82a8da782212 100644 --- a/qt/icons/resources/icons.qrc +++ b/qt/icons/resources/icons.qrc @@ -4,4 +4,4 @@ materialdesignicons-webfont-charmap.json materialdesignicons-webfont.ttf - \ No newline at end of file + diff --git a/qt/icons/resources/materialdesignicons-webfont-charmap.json b/qt/icons/resources/materialdesignicons-webfont-charmap.json index 6f4466063fb3..395d33afcf55 100644 --- a/qt/icons/resources/materialdesignicons-webfont-charmap.json +++ b/qt/icons/resources/materialdesignicons-webfont-charmap.json @@ -3694,4 +3694,4 @@ "zodiac-scorpio": "0xfa85", "zodiac-taurus": "0xfa86", "zodiac-virgo": "0xfa87" -} \ No newline at end of file +} diff --git a/qt/icons/src/CharIconEngine.cpp b/qt/icons/src/CharIconEngine.cpp index d594d1eaa2cb..c18cd98dbbe6 100644 --- a/qt/icons/src/CharIconEngine.cpp +++ b/qt/icons/src/CharIconEngine.cpp @@ -29,4 +29,4 @@ QPixmap CharIconEngine::pixmap(const QSize &size, QIcon::Mode mode, QIcon::State QIconEngine *CharIconEngine::clone() const { return new CharIconEngine(m_iconic, m_painter, m_options); } -} // namespace MantidQt::Icons \ No newline at end of file +} // namespace MantidQt::Icons diff --git a/qt/python/mantidqt/mantidqt/dialogs/errorreports/errorreports.qrc b/qt/python/mantidqt/mantidqt/dialogs/errorreports/errorreports.qrc index 6b589e547a9e..8bc1270d8dff 100644 --- a/qt/python/mantidqt/mantidqt/dialogs/errorreports/errorreports.qrc +++ b/qt/python/mantidqt/mantidqt/dialogs/errorreports/errorreports.qrc @@ -2,4 +2,4 @@ ../../../../../images/crying_mantid.png - \ No newline at end of file + diff --git a/qt/python/mantidqt/mantidqt/widgets/samplematerialdialog/samplematerialdialog.ui b/qt/python/mantidqt/mantidqt/widgets/samplematerialdialog/samplematerialdialog.ui index 197bb1aa6efa..3fa3dfd38a8c 100644 --- a/qt/python/mantidqt/mantidqt/widgets/samplematerialdialog/samplematerialdialog.ui +++ b/qt/python/mantidqt/mantidqt/widgets/samplematerialdialog/samplematerialdialog.ui @@ -79,4 +79,4 @@ - \ No newline at end of file + diff --git a/qt/python/mantidqt/mantidqt/widgets/sliceviewer/doc/classes.puml b/qt/python/mantidqt/mantidqt/widgets/sliceviewer/doc/classes.puml index 5e02bfa55019..6580ce02f635 100644 --- a/qt/python/mantidqt/mantidqt/widgets/sliceviewer/doc/classes.puml +++ b/qt/python/mantidqt/mantidqt/widgets/sliceviewer/doc/classes.puml @@ -97,4 +97,4 @@ PeaksViewerPresenter[] _child_presenters PeaksViewerCollectionView _view } -@enduml \ No newline at end of file +@enduml diff --git a/qt/python/mantidqt/resources.qrc b/qt/python/mantidqt/resources.qrc index a1a9f9139f94..142fb6944f10 100644 --- a/qt/python/mantidqt/resources.qrc +++ b/qt/python/mantidqt/resources.qrc @@ -8,4 +8,4 @@ ../../../images/replace.png ../../../images/invalid.png - \ No newline at end of file + diff --git a/qt/python/mantidqt/sip/exceptions.sip b/qt/python/mantidqt/sip/exceptions.sip index ccd9fa012bcd..4f8102eaaa85 100644 --- a/qt/python/mantidqt/sip/exceptions.sip +++ b/qt/python/mantidqt/sip/exceptions.sip @@ -43,4 +43,3 @@ SIP_UNBLOCK_THREADS %End }; - diff --git a/qt/python/mantidqtinterfaces/MANIFEST.in b/qt/python/mantidqtinterfaces/MANIFEST.in index 90380146d3a5..b672911f7cf4 100644 --- a/qt/python/mantidqtinterfaces/MANIFEST.in +++ b/qt/python/mantidqtinterfaces/MANIFEST.in @@ -1 +1 @@ -include mantidqtinterfaces/drill/view/ui/*.ui \ No newline at end of file +include mantidqtinterfaces/drill/view/ui/*.ui diff --git a/qt/python/mantidqtinterfaces/mantidqtinterfaces/ui/batchwidget/.gitignore b/qt/python/mantidqtinterfaces/mantidqtinterfaces/ui/batchwidget/.gitignore index 88f57371dbb8..aefcc214620e 100644 --- a/qt/python/mantidqtinterfaces/mantidqtinterfaces/ui/batchwidget/.gitignore +++ b/qt/python/mantidqtinterfaces/mantidqtinterfaces/ui/batchwidget/.gitignore @@ -1 +1 @@ -ui_batch_widget_window.py \ No newline at end of file +ui_batch_widget_window.py diff --git a/qt/scientific_interfaces/Direct/test/ALFInstrumentMocks.h b/qt/scientific_interfaces/Direct/test/ALFInstrumentMocks.h index 1a40c9395d3a..4702e4cec010 100644 --- a/qt/scientific_interfaces/Direct/test/ALFInstrumentMocks.h +++ b/qt/scientific_interfaces/Direct/test/ALFInstrumentMocks.h @@ -132,4 +132,4 @@ class MockALFInstrumentPresenter : public IALFInstrumentPresenter { GNU_DIAG_ON_SUGGEST_OVERRIDE } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Direct/test/MockALFAlgorithmManager.h b/qt/scientific_interfaces/Direct/test/MockALFAlgorithmManager.h index c730115c2cda..f7f4b61c2a3d 100644 --- a/qt/scientific_interfaces/Direct/test/MockALFAlgorithmManager.h +++ b/qt/scientific_interfaces/Direct/test/MockALFAlgorithmManager.h @@ -45,4 +45,4 @@ class MockALFAlgorithmManager : public IALFAlgorithmManager { GNU_DIAG_ON_SUGGEST_OVERRIDE } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Direct/test/MockALFAlgorithmManagerSubscriber.h b/qt/scientific_interfaces/Direct/test/MockALFAlgorithmManagerSubscriber.h index 8d255cd5cb19..5c2800fbda4f 100644 --- a/qt/scientific_interfaces/Direct/test/MockALFAlgorithmManagerSubscriber.h +++ b/qt/scientific_interfaces/Direct/test/MockALFAlgorithmManagerSubscriber.h @@ -45,4 +45,4 @@ class MockALFAlgorithmManagerSubscriber : public MantidQt::CustomInterfaces::IAL GNU_DIAG_ON_SUGGEST_OVERRIDE } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Common/Clipboard.h b/qt/scientific_interfaces/ISISReflectometry/Common/Clipboard.h index f377dc8a419f..5eb69bb78c61 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Common/Clipboard.h +++ b/qt/scientific_interfaces/ISISReflectometry/Common/Clipboard.h @@ -59,4 +59,4 @@ class MANTIDQT_ISISREFLECTOMETRY_DLL Clipboard { bool MANTIDQT_ISISREFLECTOMETRY_DLL containsGroups(Clipboard const &clipboard); } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Common/First.h b/qt/scientific_interfaces/ISISReflectometry/Common/First.h index 650eba83490d..1694340b0d5b 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Common/First.h +++ b/qt/scientific_interfaces/ISISReflectometry/Common/First.h @@ -37,4 +37,4 @@ template class FirstVisitor : public boost::static_visitor indexOfValue(Container const &container, ValueType value) { } } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Common/InstrumentParameters.h b/qt/scientific_interfaces/ISISReflectometry/Common/InstrumentParameters.h index e636bf36ddd5..e25692c8062a 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Common/InstrumentParameters.h +++ b/qt/scientific_interfaces/ISISReflectometry/Common/InstrumentParameters.h @@ -122,4 +122,4 @@ class InstrumentParameters { }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Common/OptionDefaults.h b/qt/scientific_interfaces/ISISReflectometry/Common/OptionDefaults.h index 5af6f36c40b6..fb4f111a6b9a 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Common/OptionDefaults.h +++ b/qt/scientific_interfaces/ISISReflectometry/Common/OptionDefaults.h @@ -66,4 +66,4 @@ T OptionDefaults::getValue(std::string const &propertyName, std::string const &p } } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Common/QWidgetGroup.h b/qt/scientific_interfaces/ISISReflectometry/Common/QWidgetGroup.h index 2e81c91956ef..9b9d6f4f3d28 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Common/QWidgetGroup.h +++ b/qt/scientific_interfaces/ISISReflectometry/Common/QWidgetGroup.h @@ -35,4 +35,4 @@ template QWidgetGroup makeQWidgetGroup(Ts... wid } } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Common/ValidationResult.h b/qt/scientific_interfaces/ISISReflectometry/Common/ValidationResult.h index ad5cda58576d..1651b995bc49 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Common/ValidationResult.h +++ b/qt/scientific_interfaces/ISISReflectometry/Common/ValidationResult.h @@ -63,4 +63,4 @@ boost::optional ValidationResult::validElseNone() c } } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Common/ZipRange.h b/qt/scientific_interfaces/ISISReflectometry/Common/ZipRange.h index df7fc3d68e95..d077a385a978 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Common/ZipRange.h +++ b/qt/scientific_interfaces/ISISReflectometry/Common/ZipRange.h @@ -21,4 +21,4 @@ auto zip_range(Containers &...containers) } } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Batch/IBatchPresenterFactory.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Batch/IBatchPresenterFactory.h index 5dc16201b98e..5cf1317bcf8f 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Batch/IBatchPresenterFactory.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Batch/IBatchPresenterFactory.h @@ -21,4 +21,4 @@ class IBatchPresenterFactory { }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Batch/RowPreprocessingAlgorithm.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Batch/RowPreprocessingAlgorithm.h index 83c08429e369..3d684d14f918 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Batch/RowPreprocessingAlgorithm.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Batch/RowPreprocessingAlgorithm.h @@ -23,4 +23,4 @@ namespace MantidQt::CustomInterfaces::ISISReflectometry::PreprocessRow { MANTIDQT_ISISREFLECTOMETRY_DLL MantidQt::API::IConfiguredAlgorithm_sptr createConfiguredAlgorithm(IBatch const &model, PreviewRow &row, Mantid::API::IAlgorithm_sptr alg = nullptr); MANTIDQT_ISISREFLECTOMETRY_DLL void updateRowOnAlgorithmComplete(const Mantid::API::IAlgorithm_sptr &, Item &); -} // namespace MantidQt::CustomInterfaces::ISISReflectometry::PreprocessRow \ No newline at end of file +} // namespace MantidQt::CustomInterfaces::ISISReflectometry::PreprocessRow diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Batch/SumBanksAlgorithm.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Batch/SumBanksAlgorithm.h index 3b292a775c30..066ed98484dc 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Batch/SumBanksAlgorithm.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Batch/SumBanksAlgorithm.h @@ -24,4 +24,4 @@ namespace MantidQt::CustomInterfaces::ISISReflectometry::SumBanks { MANTIDQT_ISISREFLECTOMETRY_DLL MantidQt::API::IConfiguredAlgorithm_sptr createConfiguredAlgorithm(IBatch const &model, PreviewRow &row, Mantid::API::IAlgorithm_sptr alg = nullptr); MANTIDQT_ISISREFLECTOMETRY_DLL void updateRowOnAlgorithmComplete(const Mantid::API::IAlgorithm_sptr &, Item &); -} // namespace MantidQt::CustomInterfaces::ISISReflectometry::SumBanks \ No newline at end of file +} // namespace MantidQt::CustomInterfaces::ISISReflectometry::SumBanks diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Common/IEncoder.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Common/IEncoder.h index ace87bbb7db9..0eb9033b91d2 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Common/IEncoder.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Common/IEncoder.h @@ -28,4 +28,4 @@ class IEncoder { }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Common/IFileHandler.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Common/IFileHandler.h index 479284ba3d46..081639667fc9 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Common/IFileHandler.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Common/IFileHandler.h @@ -29,4 +29,4 @@ class IFileHandler { }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Common/IJobManager.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Common/IJobManager.h index 5c3a4ddca4dd..a3c47efb5f3d 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Common/IJobManager.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Common/IJobManager.h @@ -34,4 +34,4 @@ class MANTIDQT_ISISREFLECTOMETRY_DLL IJobManager { virtual void startSumBanks(PreviewRow &row) = 0; virtual void startReduction(PreviewRow &row) = 0; }; -} // namespace MantidQt::CustomInterfaces::ISISReflectometry \ No newline at end of file +} // namespace MantidQt::CustomInterfaces::ISISReflectometry diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Event/EventPresenter.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Event/EventPresenter.h index 5c93e40b34a2..d1ee6052fc0a 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Event/EventPresenter.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Event/EventPresenter.h @@ -56,4 +56,4 @@ class MANTIDQT_ISISREFLECTOMETRY_DLL EventPresenter : public IEventPresenter, pu }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Event/EventPresenterFactory.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Event/EventPresenterFactory.h index 7b9a66773d0d..4ac770a4c781 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Event/EventPresenterFactory.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Event/EventPresenterFactory.h @@ -21,4 +21,4 @@ class EventPresenterFactory { }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Event/IEventPresenter.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Event/IEventPresenter.h index 9810ce6bfa10..d1dc746d9170 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Event/IEventPresenter.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Event/IEventPresenter.h @@ -32,4 +32,4 @@ class IEventPresenter { }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Event/IEventView.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Event/IEventView.h index 323ea7b8c84b..683e4710ce4b 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Event/IEventView.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Event/IEventView.h @@ -54,4 +54,4 @@ class MANTIDQT_ISISREFLECTOMETRY_DLL IEventView { }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Experiment/ExperimentOptionDefaults.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Experiment/ExperimentOptionDefaults.h index 5afdf6181023..2b791b6684fe 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Experiment/ExperimentOptionDefaults.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Experiment/ExperimentOptionDefaults.h @@ -30,4 +30,4 @@ class MANTIDQT_ISISREFLECTOMETRY_DLL ExperimentOptionDefaults : public IExperime }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Experiment/ExperimentPresenterFactory.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Experiment/ExperimentPresenterFactory.h index 9e6f65999b05..38fd571f40c7 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Experiment/ExperimentPresenterFactory.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Experiment/ExperimentPresenterFactory.h @@ -31,4 +31,4 @@ class ExperimentPresenterFactory { }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Experiment/IExperimentPresenter.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Experiment/IExperimentPresenter.h index 60583fd8844b..9b77ad6face8 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Experiment/IExperimentPresenter.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Experiment/IExperimentPresenter.h @@ -34,4 +34,4 @@ class IExperimentPresenter { }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Experiment/InvalidLookupRowCells.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Experiment/InvalidLookupRowCells.h index c65317c16075..fad7dc8ddb66 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Experiment/InvalidLookupRowCells.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Experiment/InvalidLookupRowCells.h @@ -27,4 +27,4 @@ MANTIDQT_ISISREFLECTOMETRY_DLL bool operator==(InvalidLookupRowCells const &lhs, MANTIDQT_ISISREFLECTOMETRY_DLL bool operator!=(InvalidLookupRowCells const &lhs, InvalidLookupRowCells const &rhs); } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Experiment/LookupCriteriaError.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Experiment/LookupCriteriaError.h index 78e4a047faa9..f9444d5f1186 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Experiment/LookupCriteriaError.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Experiment/LookupCriteriaError.h @@ -12,4 +12,4 @@ namespace ISISReflectometry { enum class LookupCriteriaError { MultipleWildcards, NonUniqueSearchCriteria }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Instrument/IInstrumentPresenter.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Instrument/IInstrumentPresenter.h index d34eccaba81f..4359fd16b570 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Instrument/IInstrumentPresenter.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Instrument/IInstrumentPresenter.h @@ -36,4 +36,4 @@ class IInstrumentPresenter { }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Instrument/IInstrumentView.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Instrument/IInstrumentView.h index bf4d028d2184..6ad01f7b3048 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Instrument/IInstrumentView.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Instrument/IInstrumentView.h @@ -79,4 +79,4 @@ class MANTIDQT_ISISREFLECTOMETRY_DLL IInstrumentView { }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Instrument/InstrumentOptionDefaults.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Instrument/InstrumentOptionDefaults.h index 53378636a98f..912b8da394cd 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Instrument/InstrumentOptionDefaults.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Instrument/InstrumentOptionDefaults.h @@ -32,4 +32,4 @@ class MANTIDQT_ISISREFLECTOMETRY_DLL InstrumentOptionDefaults : public IInstrume }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Instrument/InstrumentPresenter.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Instrument/InstrumentPresenter.h index 24f0ae1dd665..5a9f7ed6c8bc 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Instrument/InstrumentPresenter.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Instrument/InstrumentPresenter.h @@ -74,4 +74,4 @@ class MANTIDQT_ISISREFLECTOMETRY_DLL InstrumentPresenter : public InstrumentView }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Instrument/InstrumentPresenterFactory.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Instrument/InstrumentPresenterFactory.h index fffbaa319180..52e2506b5886 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Instrument/InstrumentPresenterFactory.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Instrument/InstrumentPresenterFactory.h @@ -31,4 +31,4 @@ class InstrumentPresenterFactory { }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/MainWindow/IMainWindowView.h b/qt/scientific_interfaces/ISISReflectometry/GUI/MainWindow/IMainWindowView.h index c348df9b5e26..f07600cccacc 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/MainWindow/IMainWindowView.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/MainWindow/IMainWindowView.h @@ -50,4 +50,4 @@ class IMainWindowView { }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Options/OptionsDialogModel.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Options/OptionsDialogModel.h index 11a05fffc143..b62e17d18f51 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Options/OptionsDialogModel.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Options/OptionsDialogModel.h @@ -29,4 +29,4 @@ class MANTIDQT_ISISREFLECTOMETRY_DLL OptionsDialogModel : public IOptionsDialogM } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Options/OptionsDialogPresenter.cpp b/qt/scientific_interfaces/ISISReflectometry/GUI/Options/OptionsDialogPresenter.cpp index 414eb0830c5c..42fdbc5614ad 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Options/OptionsDialogPresenter.cpp +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Options/OptionsDialogPresenter.cpp @@ -65,4 +65,4 @@ void OptionsDialogPresenter::subscribe(OptionsDialogPresenterSubscriber *notifye notifyLoadOptions(); } -} // namespace MantidQt::CustomInterfaces::ISISReflectometry \ No newline at end of file +} // namespace MantidQt::CustomInterfaces::ISISReflectometry diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Preview/PreviewJobManager.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Preview/PreviewJobManager.h index 38884c52a7de..0ba4c6ef4a1e 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Preview/PreviewJobManager.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Preview/PreviewJobManager.h @@ -41,4 +41,4 @@ class MANTIDQT_ISISREFLECTOMETRY_DLL PreviewJobManager final : public IJobManage void executeAlg(API::IConfiguredAlgorithm_sptr alg); }; -} // namespace MantidQt::CustomInterfaces::ISISReflectometry \ No newline at end of file +} // namespace MantidQt::CustomInterfaces::ISISReflectometry diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Preview/ROIType.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Preview/ROIType.h index c857de15c5ef..733451617b36 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Preview/ROIType.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Preview/ROIType.h @@ -62,4 +62,4 @@ inline std::string roiTypeToHatch(ROIType roiType) { } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Runs/CatalogRunNotifier.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Runs/CatalogRunNotifier.h index d581e3850da9..e1d16c306898 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Runs/CatalogRunNotifier.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Runs/CatalogRunNotifier.h @@ -39,4 +39,4 @@ class MANTIDQT_ISISREFLECTOMETRY_DLL CatalogRunNotifier : public IRunNotifier, p }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Runs/IRunNotifier.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Runs/IRunNotifier.h index 9d76decefd4d..5b36b136e5c5 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Runs/IRunNotifier.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Runs/IRunNotifier.h @@ -31,4 +31,4 @@ class IRunNotifier { }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/RunsTable/IRunsTablePresenter.h b/qt/scientific_interfaces/ISISReflectometry/GUI/RunsTable/IRunsTablePresenter.h index cf4d0905b87a..c944d0afaf27 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/RunsTable/IRunsTablePresenter.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/RunsTable/IRunsTablePresenter.h @@ -54,4 +54,4 @@ class IRunsTablePresenter { }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/RunsTable/IRunsTableView.h b/qt/scientific_interfaces/ISISReflectometry/GUI/RunsTable/IRunsTableView.h index 05bb792d00d8..48c1035e6967 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/RunsTable/IRunsTableView.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/RunsTable/IRunsTableView.h @@ -81,4 +81,4 @@ class MANTIDQT_ISISREFLECTOMETRY_DLL IRunsTableView { }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/RunsTable/JobsViewUpdater.h b/qt/scientific_interfaces/ISISReflectometry/GUI/RunsTable/JobsViewUpdater.h index 40e6f4061c12..80af24df37dc 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/RunsTable/JobsViewUpdater.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/RunsTable/JobsViewUpdater.h @@ -36,4 +36,4 @@ class JobsViewUpdater { }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/RunsTable/QtRunsTableView.h b/qt/scientific_interfaces/ISISReflectometry/GUI/RunsTable/QtRunsTableView.h index 9c16bff3576b..979688c85b8e 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/RunsTable/QtRunsTableView.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/RunsTable/QtRunsTableView.h @@ -89,4 +89,4 @@ class RunsTableViewFactory { }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/RunsTable/RunsTablePresenterFactory.h b/qt/scientific_interfaces/ISISReflectometry/GUI/RunsTable/RunsTablePresenterFactory.h index 5b374c37afc7..86807ee9e877 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/RunsTable/RunsTablePresenterFactory.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/RunsTable/RunsTablePresenterFactory.h @@ -30,4 +30,4 @@ class MANTIDQT_ISISREFLECTOMETRY_DLL RunsTablePresenterFactory { }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Save/ISaveAlgorithmRunner.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Save/ISaveAlgorithmRunner.h index 300a2a2ec4c0..adbf239045cd 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Save/ISaveAlgorithmRunner.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Save/ISaveAlgorithmRunner.h @@ -24,4 +24,4 @@ class ISaveAlgorithmRunner { virtual void runSaveORSOAlgorithm(std::vector const &workspaceNames, std::string const &savePath, const bool &includeQResolution, const bool &includeAdditionalColumns) const = 0; }; -} // namespace MantidQt::CustomInterfaces::ISISReflectometry \ No newline at end of file +} // namespace MantidQt::CustomInterfaces::ISISReflectometry diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Save/ISavePresenter.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Save/ISavePresenter.h index dcff9d7df9e1..b749cbc2f68f 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Save/ISavePresenter.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Save/ISavePresenter.h @@ -34,4 +34,4 @@ class ISavePresenter { }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Save/SaveAlgorithmRunner.cpp b/qt/scientific_interfaces/ISISReflectometry/GUI/Save/SaveAlgorithmRunner.cpp index e5ffdd3da134..22eef46802e8 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Save/SaveAlgorithmRunner.cpp +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Save/SaveAlgorithmRunner.cpp @@ -38,4 +38,4 @@ void SaveAlgorithmRunner::runSaveORSOAlgorithm(std::vector const &w alg->setProperty("IncludeAdditionalColumns", includeAdditionalColumns); alg->execute(); } -} // namespace MantidQt::CustomInterfaces::ISISReflectometry \ No newline at end of file +} // namespace MantidQt::CustomInterfaces::ISISReflectometry diff --git a/qt/scientific_interfaces/ISISReflectometry/GUI/Save/SavePresenterFactory.h b/qt/scientific_interfaces/ISISReflectometry/GUI/Save/SavePresenterFactory.h index ff654851bf16..083ccabeb79a 100644 --- a/qt/scientific_interfaces/ISISReflectometry/GUI/Save/SavePresenterFactory.h +++ b/qt/scientific_interfaces/ISISReflectometry/GUI/Save/SavePresenterFactory.h @@ -32,4 +32,4 @@ class SavePresenterFactory { }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Reduction/AllInitialized.h b/qt/scientific_interfaces/ISISReflectometry/Reduction/AllInitialized.h index 88481d0b47c7..cb43e81bd6e3 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Reduction/AllInitialized.h +++ b/qt/scientific_interfaces/ISISReflectometry/Reduction/AllInitialized.h @@ -29,4 +29,4 @@ boost::optional makeIfAllInitialized(boost::optional const &...p } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Reduction/AnalysisMode.h b/qt/scientific_interfaces/ISISReflectometry/Reduction/AnalysisMode.h index ad8ec62aa175..5657ad96717f 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Reduction/AnalysisMode.h +++ b/qt/scientific_interfaces/ISISReflectometry/Reduction/AnalysisMode.h @@ -32,4 +32,4 @@ inline std::string analysisModeToString(AnalysisMode analysisMode) { } } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Reduction/DetectorCorrections.h b/qt/scientific_interfaces/ISISReflectometry/Reduction/DetectorCorrections.h index 56f8230998f2..3e156f605a63 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Reduction/DetectorCorrections.h +++ b/qt/scientific_interfaces/ISISReflectometry/Reduction/DetectorCorrections.h @@ -57,4 +57,4 @@ MANTIDQT_ISISREFLECTOMETRY_DLL bool operator==(DetectorCorrections const &lhs, D MANTIDQT_ISISREFLECTOMETRY_DLL bool operator!=(DetectorCorrections const &lhs, DetectorCorrections const &rhs); } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Reduction/FloodCorrections.h b/qt/scientific_interfaces/ISISReflectometry/Reduction/FloodCorrections.h index a4a17f7c6506..f2a2ac79be94 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Reduction/FloodCorrections.h +++ b/qt/scientific_interfaces/ISISReflectometry/Reduction/FloodCorrections.h @@ -61,4 +61,4 @@ MANTIDQT_ISISREFLECTOMETRY_DLL bool operator==(FloodCorrections const &lhs, Floo MANTIDQT_ISISREFLECTOMETRY_DLL bool operator!=(FloodCorrections const &lhs, FloodCorrections const &rhs); } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Reduction/IGroup.h b/qt/scientific_interfaces/ISISReflectometry/Reduction/IGroup.h index 57143c21f126..0c39e4e6aa18 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Reduction/IGroup.h +++ b/qt/scientific_interfaces/ISISReflectometry/Reduction/IGroup.h @@ -44,4 +44,4 @@ class IGroup : public Item { virtual void notifyChildStateChanged() = 0; }; -} // namespace MantidQt::CustomInterfaces::ISISReflectometry \ No newline at end of file +} // namespace MantidQt::CustomInterfaces::ISISReflectometry diff --git a/qt/scientific_interfaces/ISISReflectometry/Reduction/Instrument.h b/qt/scientific_interfaces/ISISReflectometry/Reduction/Instrument.h index a7bb59a01451..8aa01664ae0c 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Reduction/Instrument.h +++ b/qt/scientific_interfaces/ISISReflectometry/Reduction/Instrument.h @@ -51,4 +51,4 @@ MANTIDQT_ISISREFLECTOMETRY_DLL bool operator==(Instrument const &lhs, Instrument MANTIDQT_ISISREFLECTOMETRY_DLL bool operator!=(Instrument const &lhs, Instrument const &rhs); } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Reduction/Item.h b/qt/scientific_interfaces/ISISReflectometry/Reduction/Item.h index 9e92cb72a6d9..d6df7062adc5 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Reduction/Item.h +++ b/qt/scientific_interfaces/ISISReflectometry/Reduction/Item.h @@ -60,4 +60,4 @@ class MANTIDQT_ISISREFLECTOMETRY_DLL Item { }; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Reduction/MonitorCorrections.h b/qt/scientific_interfaces/ISISReflectometry/Reduction/MonitorCorrections.h index ed65ed257d87..4dcf0b1bd0c7 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Reduction/MonitorCorrections.h +++ b/qt/scientific_interfaces/ISISReflectometry/Reduction/MonitorCorrections.h @@ -38,4 +38,4 @@ MANTIDQT_ISISREFLECTOMETRY_DLL bool operator!=(MonitorCorrections const &lhs, Mo MANTIDQT_ISISREFLECTOMETRY_DLL bool operator==(MonitorCorrections const &lhs, MonitorCorrections const &rhs); } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Reduction/ParseReflectometryStrings.h b/qt/scientific_interfaces/ISISReflectometry/Reduction/ParseReflectometryStrings.h index d438ac17b3e0..bd9440acecb4 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Reduction/ParseReflectometryStrings.h +++ b/qt/scientific_interfaces/ISISReflectometry/Reduction/ParseReflectometryStrings.h @@ -52,4 +52,4 @@ boost::optional> parseTitleAndThetaFromRunTitle(std::st } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Reduction/PolarizationCorrections.h b/qt/scientific_interfaces/ISISReflectometry/Reduction/PolarizationCorrections.h index 8982afd3a34f..f6142741b87f 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Reduction/PolarizationCorrections.h +++ b/qt/scientific_interfaces/ISISReflectometry/Reduction/PolarizationCorrections.h @@ -61,4 +61,4 @@ MANTIDQT_ISISREFLECTOMETRY_DLL bool operator==(PolarizationCorrections const &lh MANTIDQT_ISISREFLECTOMETRY_DLL bool operator!=(PolarizationCorrections const &lhs, PolarizationCorrections const &rhs); } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Reduction/ProcessingInstructions.h b/qt/scientific_interfaces/ISISReflectometry/Reduction/ProcessingInstructions.h index 6392b43074d1..3a75d9e032ad 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Reduction/ProcessingInstructions.h +++ b/qt/scientific_interfaces/ISISReflectometry/Reduction/ProcessingInstructions.h @@ -18,4 +18,4 @@ namespace ISISReflectometry { using ProcessingInstructions = std::string; } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Reduction/RangeInLambda.h b/qt/scientific_interfaces/ISISReflectometry/Reduction/RangeInLambda.h index fad31b4a2761..b4f60f9b9fca 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Reduction/RangeInLambda.h +++ b/qt/scientific_interfaces/ISISReflectometry/Reduction/RangeInLambda.h @@ -30,4 +30,4 @@ MANTIDQT_ISISREFLECTOMETRY_DLL bool operator==(RangeInLambda const &lhs, RangeIn MANTIDQT_ISISREFLECTOMETRY_DLL bool operator!=(RangeInLambda const &lhs, RangeInLambda const &rhs); } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Reduction/RangeInQ.h b/qt/scientific_interfaces/ISISReflectometry/Reduction/RangeInQ.h index 1e437008fb4f..dea4fcc48e17 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Reduction/RangeInQ.h +++ b/qt/scientific_interfaces/ISISReflectometry/Reduction/RangeInQ.h @@ -31,4 +31,4 @@ MANTIDQT_ISISREFLECTOMETRY_DLL bool operator==(RangeInQ const &lhs, RangeInQ con MANTIDQT_ISISREFLECTOMETRY_DLL bool operator!=(RangeInQ const &lhs, RangeInQ const &rhs); } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Reduction/ReductionType.h b/qt/scientific_interfaces/ISISReflectometry/Reduction/ReductionType.h index ad7ccf099d91..9ee3ce767a85 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Reduction/ReductionType.h +++ b/qt/scientific_interfaces/ISISReflectometry/Reduction/ReductionType.h @@ -39,4 +39,4 @@ inline std::string reductionTypeToString(ReductionType reductionType) { } } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Reduction/ReductionWorkspaces.h b/qt/scientific_interfaces/ISISReflectometry/Reduction/ReductionWorkspaces.h index 16ff509b733c..33a16eaa298c 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Reduction/ReductionWorkspaces.h +++ b/qt/scientific_interfaces/ISISReflectometry/Reduction/ReductionWorkspaces.h @@ -59,4 +59,4 @@ MANTIDQT_ISISREFLECTOMETRY_DLL std::string postprocessedWorkspaceName(std::vector const *> const &summedRunNumbers); } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Reduction/Row.h b/qt/scientific_interfaces/ISISReflectometry/Reduction/Row.h index 0c017e5e448e..e81001b73751 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Reduction/Row.h +++ b/qt/scientific_interfaces/ISISReflectometry/Reduction/Row.h @@ -87,4 +87,4 @@ MANTIDQT_ISISREFLECTOMETRY_DLL bool operator==(Row const &lhs, Row const &rhs); MANTIDQT_ISISREFLECTOMETRY_DLL Row mergedRow(Row const &rowA, Row const &rowB); } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Reduction/RowExceptions.h b/qt/scientific_interfaces/ISISReflectometry/Reduction/RowExceptions.h index 7659ea0e8835..272f7656bdcc 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Reduction/RowExceptions.h +++ b/qt/scientific_interfaces/ISISReflectometry/Reduction/RowExceptions.h @@ -27,4 +27,4 @@ struct InvalidTableException : public std::runtime_error { InvalidTableException(std::string s) : std::runtime_error(std::move(s)){}; }; -} // namespace MantidQt::CustomInterfaces::ISISReflectometry \ No newline at end of file +} // namespace MantidQt::CustomInterfaces::ISISReflectometry diff --git a/qt/scientific_interfaces/ISISReflectometry/Reduction/RowLocation.h b/qt/scientific_interfaces/ISISReflectometry/Reduction/RowLocation.h index 631a4209da93..f0f8a0ab49ea 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Reduction/RowLocation.h +++ b/qt/scientific_interfaces/ISISReflectometry/Reduction/RowLocation.h @@ -24,4 +24,4 @@ bool containsPath(std::vector const MantidQt::MantidWidgets::Batch::RowLocation const &path); } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Reduction/RunsTable.h b/qt/scientific_interfaces/ISISReflectometry/Reduction/RunsTable.h index 50ef0a237679..327fdcfe44d8 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Reduction/RunsTable.h +++ b/qt/scientific_interfaces/ISISReflectometry/Reduction/RunsTable.h @@ -58,4 +58,4 @@ bool RunsTable::isInSelection(T const &item, } } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Reduction/SummationType.h b/qt/scientific_interfaces/ISISReflectometry/Reduction/SummationType.h index 6d5f331546f1..89ac2b2e4751 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Reduction/SummationType.h +++ b/qt/scientific_interfaces/ISISReflectometry/Reduction/SummationType.h @@ -38,4 +38,4 @@ inline std::string summationTypeToString(SummationType summationType) { } } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Reduction/TransmissionRunPair.h b/qt/scientific_interfaces/ISISReflectometry/Reduction/TransmissionRunPair.h index d2ce87a6a68c..12d422df91a5 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Reduction/TransmissionRunPair.h +++ b/qt/scientific_interfaces/ISISReflectometry/Reduction/TransmissionRunPair.h @@ -40,4 +40,4 @@ MANTIDQT_ISISREFLECTOMETRY_DLL bool operator==(TransmissionRunPair const &lhs, T MANTIDQT_ISISREFLECTOMETRY_DLL bool operator!=(TransmissionRunPair const &lhs, TransmissionRunPair const &rhs); } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Reduction/TransmissionStitchOptions.h b/qt/scientific_interfaces/ISISReflectometry/Reduction/TransmissionStitchOptions.h index 81a0fe69c875..01f9a1bfa59b 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Reduction/TransmissionStitchOptions.h +++ b/qt/scientific_interfaces/ISISReflectometry/Reduction/TransmissionStitchOptions.h @@ -46,4 +46,4 @@ MANTIDQT_ISISREFLECTOMETRY_DLL bool operator!=(TransmissionStitchOptions const & TransmissionStitchOptions const &rhs); } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/Reduction/ValidateRow.h b/qt/scientific_interfaces/ISISReflectometry/Reduction/ValidateRow.h index 5c4ada5d238f..42957dab4967 100644 --- a/qt/scientific_interfaces/ISISReflectometry/Reduction/ValidateRow.h +++ b/qt/scientific_interfaces/ISISReflectometry/Reduction/ValidateRow.h @@ -43,4 +43,4 @@ RowValidationResult validateRow(std::vector const &cellText); boost::optional validateRowFromRunAndTheta(std::string const &run, std::string const &theta); } // namespace ISISReflectometry } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/ISISReflectometry/test/Event/EventPresenterTest.h b/qt/scientific_interfaces/ISISReflectometry/test/Event/EventPresenterTest.h index c0872da0e8cf..b17d320a645a 100644 --- a/qt/scientific_interfaces/ISISReflectometry/test/Event/EventPresenterTest.h +++ b/qt/scientific_interfaces/ISISReflectometry/test/Event/EventPresenterTest.h @@ -220,4 +220,4 @@ class EventPresenterTest : public CxxTest::TestSuite { EXPECT_CALL(m_view, disableSliceType(oldSliceType)).Times(1); EXPECT_CALL(m_view, enableSliceType(newSliceType)).Times(1); } -}; \ No newline at end of file +}; diff --git a/qt/scientific_interfaces/ISISReflectometry/test/Reduction/MockGroup.h b/qt/scientific_interfaces/ISISReflectometry/test/Reduction/MockGroup.h index 9a01706436bc..6a822029a004 100644 --- a/qt/scientific_interfaces/ISISReflectometry/test/Reduction/MockGroup.h +++ b/qt/scientific_interfaces/ISISReflectometry/test/Reduction/MockGroup.h @@ -51,4 +51,4 @@ class MockGroup : public IGroup { boost::optional const &operator[](int rowIndex) const override { return bracketOp(rowIndex); } }; -} // namespace MantidQt::CustomInterfaces::ISISReflectometry \ No newline at end of file +} // namespace MantidQt::CustomInterfaces::ISISReflectometry diff --git a/qt/scientific_interfaces/ISISReflectometry/test/Reduction/RowTest.h b/qt/scientific_interfaces/ISISReflectometry/test/Reduction/RowTest.h index c0bd8d041eee..3ea3f93d6128 100644 --- a/qt/scientific_interfaces/ISISReflectometry/test/Reduction/RowTest.h +++ b/qt/scientific_interfaces/ISISReflectometry/test/Reduction/RowTest.h @@ -90,4 +90,4 @@ class RowTest : public CxxTest::TestSuite { TS_ASSERT(!row.lookupIndex().is_initialized()); TS_ASSERT_EQUALS(row.lookupIndex(), boost::none); } -}; \ No newline at end of file +}; diff --git a/qt/scientific_interfaces/ISISReflectometry/test/RunsTable/RunsTablePresenterDisplayTest.h b/qt/scientific_interfaces/ISISReflectometry/test/RunsTable/RunsTablePresenterDisplayTest.h index 0607f20aea82..f4f2a6605e9f 100644 --- a/qt/scientific_interfaces/ISISReflectometry/test/RunsTable/RunsTablePresenterDisplayTest.h +++ b/qt/scientific_interfaces/ISISReflectometry/test/RunsTable/RunsTablePresenterDisplayTest.h @@ -302,4 +302,4 @@ class RunsTablePresenterDisplayTest : public CxxTest::TestSuite, RunsTablePresen .WillOnce(Return(firstCell)) .WillRepeatedly(Return(defaultCell)); } -}; \ No newline at end of file +}; diff --git a/qt/scientific_interfaces/ISISReflectometry/test/RunsTable/RunsTablePresenterTest.h b/qt/scientific_interfaces/ISISReflectometry/test/RunsTable/RunsTablePresenterTest.h index 31d445288074..9d2f0530278f 100644 --- a/qt/scientific_interfaces/ISISReflectometry/test/RunsTable/RunsTablePresenterTest.h +++ b/qt/scientific_interfaces/ISISReflectometry/test/RunsTable/RunsTablePresenterTest.h @@ -111,4 +111,4 @@ class RunsTablePresenterTest { NiceMock m_view; NiceMock m_mainPresenter; NiceMock m_plotter; -}; \ No newline at end of file +}; diff --git a/qt/scientific_interfaces/ISISReflectometry/test/Save/MockSaveAlgorithmRunner.h b/qt/scientific_interfaces/ISISReflectometry/test/Save/MockSaveAlgorithmRunner.h index b85199f3e739..c348b207dd30 100644 --- a/qt/scientific_interfaces/ISISReflectometry/test/Save/MockSaveAlgorithmRunner.h +++ b/qt/scientific_interfaces/ISISReflectometry/test/Save/MockSaveAlgorithmRunner.h @@ -22,4 +22,4 @@ class MockSaveAlgorithmRunner : public ISaveAlgorithmRunner { void(std::vector const &, std::string const &, const bool &, const bool &)); }; } // namespace MantidQt::CustomInterfaces::ISISReflectometry -GNU_DIAG_ON_SUGGEST_OVERRIDE \ No newline at end of file +GNU_DIAG_ON_SUGGEST_OVERRIDE diff --git a/qt/scientific_interfaces/Indirect/Common/DetectorGroupingOptions.cpp b/qt/scientific_interfaces/Indirect/Common/DetectorGroupingOptions.cpp index 21e01a7711e3..5f9cb5dea8cd 100644 --- a/qt/scientific_interfaces/Indirect/Common/DetectorGroupingOptions.cpp +++ b/qt/scientific_interfaces/Indirect/Common/DetectorGroupingOptions.cpp @@ -93,4 +93,4 @@ int DetectorGroupingOptions::optionIndex(std::string const &option) const { } } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Indirect/Common/DetectorGroupingOptions.h b/qt/scientific_interfaces/Indirect/Common/DetectorGroupingOptions.h index 38077b62e364..3a6054cb18a4 100644 --- a/qt/scientific_interfaces/Indirect/Common/DetectorGroupingOptions.h +++ b/qt/scientific_interfaces/Indirect/Common/DetectorGroupingOptions.h @@ -56,4 +56,4 @@ private slots: }; } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferData.h b/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferData.h index af9763b6c66e..7cb8c8edace1 100644 --- a/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferData.h +++ b/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferData.h @@ -264,4 +264,4 @@ class IETGroupingConstants { static inline const std::string GROUPING_WS_NAME = "Custom_grouping_workspace"; }; -} // namespace MantidQt::CustomInterfaces \ No newline at end of file +} // namespace MantidQt::CustomInterfaces diff --git a/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferModel.h b/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferModel.h index b90f2a88908a..2d451eec74d9 100644 --- a/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferModel.h +++ b/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferModel.h @@ -104,4 +104,4 @@ class MANTIDQT_INDIRECT_DLL IETModel : public IIETModel { std::vector m_outputWorkspaces; }; } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferModelUtils.h b/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferModelUtils.h index 75dbdb84e9f0..f2df1ba4adbd 100644 --- a/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferModelUtils.h +++ b/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferModelUtils.h @@ -83,4 +83,4 @@ std::vector getCustomGroupingNumbers(std::string const &customStrin customGroupingNumbers.emplace_back(std::stoull(string)); return customGroupingNumbers; } -} // namespace MantidQt::CustomInterfaces \ No newline at end of file +} // namespace MantidQt::CustomInterfaces diff --git a/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferPresenter.cpp b/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferPresenter.cpp index 885e9eae5087..be9c21dfb5cf 100644 --- a/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferPresenter.cpp +++ b/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferPresenter.cpp @@ -299,4 +299,4 @@ void IETPresenter::setFileExtensionsByName(bool filter) { void IETPresenter::setLoadHistory(bool doLoadHistory) { m_view->setLoadHistory(doLoadHistory); } -} // namespace MantidQt::CustomInterfaces \ No newline at end of file +} // namespace MantidQt::CustomInterfaces diff --git a/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferPresenter.h b/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferPresenter.h index 2987093e057f..157cd3e0f88a 100644 --- a/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferPresenter.h +++ b/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferPresenter.h @@ -64,4 +64,4 @@ class MANTIDQT_INDIRECT_DLL IETPresenter : public DataReductionTab, std::unique_ptr m_model; }; } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferValidator.cpp b/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferValidator.cpp index a5fcb53d074c..c7a4616c53b6 100644 --- a/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferValidator.cpp +++ b/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferValidator.cpp @@ -90,4 +90,4 @@ std::string IETDataValidator::validateAnalysisData(IETAnalysisData analysisData) } } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferValidator.h b/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferValidator.h index fe8ff62dd195..465ed77c7bfb 100644 --- a/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferValidator.h +++ b/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferValidator.h @@ -23,4 +23,4 @@ class IETDataValidator { }; } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferView.cpp b/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferView.cpp index 94f478e729be..8294cc6a80f9 100644 --- a/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferView.cpp +++ b/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferView.cpp @@ -315,4 +315,4 @@ void IETView::setPlotTimeEnabled(bool enable) { m_uiForm.spPlotTimeSpecMax->setEnabled(enable); } -} // namespace MantidQt::CustomInterfaces \ No newline at end of file +} // namespace MantidQt::CustomInterfaces diff --git a/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferView.h b/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferView.h index b5ec4c4fc9d5..f72c735d68d2 100644 --- a/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferView.h +++ b/qt/scientific_interfaces/Indirect/Reduction/ISISEnergyTransferView.h @@ -161,4 +161,4 @@ private slots: DetectorGroupingOptions *m_groupingWidget; }; } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Indirect/Reduction/ReductionAlgorithmUtils.cpp b/qt/scientific_interfaces/Indirect/Reduction/ReductionAlgorithmUtils.cpp index a962daa9f214..d9ae52556cff 100644 --- a/qt/scientific_interfaces/Indirect/Reduction/ReductionAlgorithmUtils.cpp +++ b/qt/scientific_interfaces/Indirect/Reduction/ReductionAlgorithmUtils.cpp @@ -58,4 +58,4 @@ MantidQt::API::IConfiguredAlgorithm_sptr groupDetectorsConfiguredAlg(std::string return configureAlgorithm("GroupDetectors", std::move(properties)); } -} // namespace MantidQt::CustomInterfaces \ No newline at end of file +} // namespace MantidQt::CustomInterfaces diff --git a/qt/scientific_interfaces/Indirect/Reduction/ReductionAlgorithmUtils.h b/qt/scientific_interfaces/Indirect/Reduction/ReductionAlgorithmUtils.h index e66a2e2851e9..c77543837877 100644 --- a/qt/scientific_interfaces/Indirect/Reduction/ReductionAlgorithmUtils.h +++ b/qt/scientific_interfaces/Indirect/Reduction/ReductionAlgorithmUtils.h @@ -26,4 +26,4 @@ MANTIDQT_INDIRECT_DLL MantidQt::API::IConfiguredAlgorithm_sptr groupDetectorsConfiguredAlg(std::string const &inputWorkspace, std::vector const &detectorList, std::string const &outputWorkspace); -} // namespace MantidQt::CustomInterfaces \ No newline at end of file +} // namespace MantidQt::CustomInterfaces diff --git a/qt/scientific_interfaces/Indirect/test/Common/MockObjects.h b/qt/scientific_interfaces/Indirect/test/Common/MockObjects.h index 6220010c0592..38d1fd650087 100644 --- a/qt/scientific_interfaces/Indirect/test/Common/MockObjects.h +++ b/qt/scientific_interfaces/Indirect/test/Common/MockObjects.h @@ -54,4 +54,4 @@ class MockInstrumentConfig : public IInstrumentConfig { MOCK_METHOD1(showAnalyserAndReflectionOptions, void(bool visible)); }; -GNU_DIAG_ON_SUGGEST_OVERRIDE \ No newline at end of file +GNU_DIAG_ON_SUGGEST_OVERRIDE diff --git a/qt/scientific_interfaces/Indirect/test/Reduction/ISISEnergyTransferModelUtilsTest.h b/qt/scientific_interfaces/Indirect/test/Reduction/ISISEnergyTransferModelUtilsTest.h index 429f4babb27e..214b11e5ea39 100644 --- a/qt/scientific_interfaces/Indirect/test/Reduction/ISISEnergyTransferModelUtilsTest.h +++ b/qt/scientific_interfaces/Indirect/test/Reduction/ISISEnergyTransferModelUtilsTest.h @@ -76,4 +76,4 @@ class ISISEnergyTransferModelUtilsTest : public CxxTest::TestSuite { TS_ASSERT_EQUALS(5, detectorList.front()); TS_ASSERT_EQUALS(9, detectorList.back()); } -}; \ No newline at end of file +}; diff --git a/qt/scientific_interfaces/Indirect/test/Reduction/ISISEnergyTransferPresenterTest.h b/qt/scientific_interfaces/Indirect/test/Reduction/ISISEnergyTransferPresenterTest.h index b29141336397..6ae6c63e3331 100644 --- a/qt/scientific_interfaces/Indirect/test/Reduction/ISISEnergyTransferPresenterTest.h +++ b/qt/scientific_interfaces/Indirect/test/Reduction/ISISEnergyTransferPresenterTest.h @@ -131,4 +131,4 @@ class ISISEnergyTransferPresenterTest : public CxxTest::TestSuite { std::unique_ptr> m_runView; std::unique_ptr> m_outputOptionsView; std::unique_ptr> m_instrumentConfig; -}; \ No newline at end of file +}; diff --git a/qt/scientific_interfaces/Indirect/test/Reduction/MockObjects.h b/qt/scientific_interfaces/Indirect/test/Reduction/MockObjects.h index 07b882b1a3bd..14f0f4063ebe 100644 --- a/qt/scientific_interfaces/Indirect/test/Reduction/MockObjects.h +++ b/qt/scientific_interfaces/Indirect/test/Reduction/MockObjects.h @@ -121,4 +121,4 @@ class MockIETView : public IIETView { MOCK_METHOD1(showMessageBox, void(std::string const &message)); }; -GNU_DIAG_ON_SUGGEST_OVERRIDE \ No newline at end of file +GNU_DIAG_ON_SUGGEST_OVERRIDE diff --git a/qt/scientific_interfaces/Inelastic/Processor/ElwinModel.h b/qt/scientific_interfaces/Inelastic/Processor/ElwinModel.h index 99e0a4ff2906..c61ca58225ec 100644 --- a/qt/scientific_interfaces/Inelastic/Processor/ElwinModel.h +++ b/qt/scientific_interfaces/Inelastic/Processor/ElwinModel.h @@ -83,4 +83,4 @@ class MANTIDQT_INELASTIC_DLL ElwinModel final : public IElwinModel { std::unordered_map m_outputWorkspaceNames; }; } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Inelastic/Processor/IElwinView.h b/qt/scientific_interfaces/Inelastic/Processor/IElwinView.h index 1e127cdcd568..09d1fa395af7 100644 --- a/qt/scientific_interfaces/Inelastic/Processor/IElwinView.h +++ b/qt/scientific_interfaces/Inelastic/Processor/IElwinView.h @@ -82,4 +82,4 @@ class MANTIDQT_INELASTIC_DLL IElwinView { virtual void showMessageBox(std::string const &message) const = 0; }; } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Inelastic/Processor/IIqtView.h b/qt/scientific_interfaces/Inelastic/Processor/IIqtView.h index 753858b7d09d..82805c5b102d 100644 --- a/qt/scientific_interfaces/Inelastic/Processor/IIqtView.h +++ b/qt/scientific_interfaces/Inelastic/Processor/IIqtView.h @@ -52,4 +52,4 @@ class MANTIDQT_INELASTIC_DLL IIqtView { virtual std::string getSampleName() const = 0; }; } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Inelastic/Processor/IMomentsView.h b/qt/scientific_interfaces/Inelastic/Processor/IMomentsView.h index 3c77b19c3463..99e9dae72dfe 100644 --- a/qt/scientific_interfaces/Inelastic/Processor/IMomentsView.h +++ b/qt/scientific_interfaces/Inelastic/Processor/IMomentsView.h @@ -56,4 +56,4 @@ class MANTIDQT_INELASTIC_DLL IMomentsView { virtual void plotOutput(std::string const &outputWorkspace) = 0; }; } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Inelastic/Processor/ISqwView.h b/qt/scientific_interfaces/Inelastic/Processor/ISqwView.h index e35a4b040b33..b1891fce9b0e 100644 --- a/qt/scientific_interfaces/Inelastic/Processor/ISqwView.h +++ b/qt/scientific_interfaces/Inelastic/Processor/ISqwView.h @@ -44,4 +44,4 @@ class MANTIDQT_INELASTIC_DLL ISqwView { virtual void setEnableOutputOptions(bool const enable) = 0; }; } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Inelastic/Processor/ISymmetriseView.h b/qt/scientific_interfaces/Inelastic/Processor/ISymmetriseView.h index 9c8f4fabf6b1..40afb428c843 100644 --- a/qt/scientific_interfaces/Inelastic/Processor/ISymmetriseView.h +++ b/qt/scientific_interfaces/Inelastic/Processor/ISymmetriseView.h @@ -61,4 +61,4 @@ class MANTIDQT_INELASTIC_DLL ISymmetriseView { virtual void showMessageBox(std::string const &message) const = 0; }; } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Inelastic/Processor/IqtModel.h b/qt/scientific_interfaces/Inelastic/Processor/IqtModel.h index 9e7c9ce2b712..4c96596b979f 100644 --- a/qt/scientific_interfaces/Inelastic/Processor/IqtModel.h +++ b/qt/scientific_interfaces/Inelastic/Processor/IqtModel.h @@ -62,4 +62,4 @@ class MANTIDQT_INELASTIC_DLL IqtModel final : public IIqtModel { bool m_enforceNormalization; }; } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Inelastic/Processor/IqtView.cpp b/qt/scientific_interfaces/Inelastic/Processor/IqtView.cpp index 1c1c91ec984b..2aa6493d154d 100644 --- a/qt/scientific_interfaces/Inelastic/Processor/IqtView.cpp +++ b/qt/scientific_interfaces/Inelastic/Processor/IqtView.cpp @@ -427,4 +427,4 @@ void IqtView::showMessageBox(const std::string &message) const { QMessageBox::information(parentWidget(), this->windowTitle(), QString::fromStdString(message)); } -} // namespace MantidQt::CustomInterfaces \ No newline at end of file +} // namespace MantidQt::CustomInterfaces diff --git a/qt/scientific_interfaces/Inelastic/Processor/IqtView.h b/qt/scientific_interfaces/Inelastic/Processor/IqtView.h index 861c6ab9b763..8d3f23872950 100644 --- a/qt/scientific_interfaces/Inelastic/Processor/IqtView.h +++ b/qt/scientific_interfaces/Inelastic/Processor/IqtView.h @@ -87,4 +87,4 @@ private slots: }; } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Inelastic/Processor/MomentsView.cpp b/qt/scientific_interfaces/Inelastic/Processor/MomentsView.cpp index b8b827b1572b..e09a92e09e6d 100644 --- a/qt/scientific_interfaces/Inelastic/Processor/MomentsView.cpp +++ b/qt/scientific_interfaces/Inelastic/Processor/MomentsView.cpp @@ -221,4 +221,4 @@ void MomentsView::showMessageBox(std::string const &message) const { QMessageBox::information(parentWidget(), this->windowTitle(), QString::fromStdString(message)); } -} // namespace MantidQt::CustomInterfaces \ No newline at end of file +} // namespace MantidQt::CustomInterfaces diff --git a/qt/scientific_interfaces/Inelastic/Processor/MomentsView.h b/qt/scientific_interfaces/Inelastic/Processor/MomentsView.h index 0823a5fc8e4d..a671ed1b8f10 100644 --- a/qt/scientific_interfaces/Inelastic/Processor/MomentsView.h +++ b/qt/scientific_interfaces/Inelastic/Processor/MomentsView.h @@ -74,4 +74,4 @@ private slots: IMomentsPresenter *m_presenter; }; } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Inelastic/Processor/SqwModel.h b/qt/scientific_interfaces/Inelastic/Processor/SqwModel.h index 21cd26fff3cb..2ff5ee1032b5 100644 --- a/qt/scientific_interfaces/Inelastic/Processor/SqwModel.h +++ b/qt/scientific_interfaces/Inelastic/Processor/SqwModel.h @@ -85,4 +85,4 @@ class MANTIDQT_INELASTIC_DLL SqwModel final : public ISqwModel { bool m_rebinInEnergy; }; } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Inelastic/Processor/SqwView.cpp b/qt/scientific_interfaces/Inelastic/Processor/SqwView.cpp index 43177c3e06e0..ec1594d60806 100644 --- a/qt/scientific_interfaces/Inelastic/Processor/SqwView.cpp +++ b/qt/scientific_interfaces/Inelastic/Processor/SqwView.cpp @@ -146,4 +146,4 @@ void SqwView::showMessageBox(std::string const &message) const { QMessageBox::information(parentWidget(), this->windowTitle(), QString::fromStdString(message)); } -} // namespace MantidQt::CustomInterfaces \ No newline at end of file +} // namespace MantidQt::CustomInterfaces diff --git a/qt/scientific_interfaces/Inelastic/Processor/SqwView.h b/qt/scientific_interfaces/Inelastic/Processor/SqwView.h index 09685cecde77..e78a1ce6debc 100644 --- a/qt/scientific_interfaces/Inelastic/Processor/SqwView.h +++ b/qt/scientific_interfaces/Inelastic/Processor/SqwView.h @@ -69,4 +69,4 @@ private slots: ISqwPresenter *m_presenter; }; } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Inelastic/Processor/SymmetriseModel.cpp b/qt/scientific_interfaces/Inelastic/Processor/SymmetriseModel.cpp index 75944b81517a..9057669081c4 100644 --- a/qt/scientific_interfaces/Inelastic/Processor/SymmetriseModel.cpp +++ b/qt/scientific_interfaces/Inelastic/Processor/SymmetriseModel.cpp @@ -96,4 +96,4 @@ void SymmetriseModel::setIsPositiveReflect(bool value) { m_isPositiveReflect = v bool SymmetriseModel::getIsPositiveReflect() const { return m_isPositiveReflect; } -} // namespace MantidQt::CustomInterfaces \ No newline at end of file +} // namespace MantidQt::CustomInterfaces diff --git a/qt/scientific_interfaces/Inelastic/Processor/SymmetriseModel.h b/qt/scientific_interfaces/Inelastic/Processor/SymmetriseModel.h index ba37e6989543..c6e3f0b0d856 100644 --- a/qt/scientific_interfaces/Inelastic/Processor/SymmetriseModel.h +++ b/qt/scientific_interfaces/Inelastic/Processor/SymmetriseModel.h @@ -57,4 +57,4 @@ class MANTIDQT_INELASTIC_DLL SymmetriseModel final : public ISymmetriseModel { }; } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Inelastic/Processor/SymmetriseView.cpp b/qt/scientific_interfaces/Inelastic/Processor/SymmetriseView.cpp index c0ab94d196ef..8683990f7a5a 100644 --- a/qt/scientific_interfaces/Inelastic/Processor/SymmetriseView.cpp +++ b/qt/scientific_interfaces/Inelastic/Processor/SymmetriseView.cpp @@ -433,4 +433,4 @@ void SymmetriseView::showMessageBox(std::string const &message) const { QMessageBox::information(parentWidget(), this->windowTitle(), QString::fromStdString(message)); } -} // namespace MantidQt::CustomInterfaces \ No newline at end of file +} // namespace MantidQt::CustomInterfaces diff --git a/qt/scientific_interfaces/Inelastic/Processor/SymmetriseView.h b/qt/scientific_interfaces/Inelastic/Processor/SymmetriseView.h index 9e2c18c16d0d..01140b14b279 100644 --- a/qt/scientific_interfaces/Inelastic/Processor/SymmetriseView.h +++ b/qt/scientific_interfaces/Inelastic/Processor/SymmetriseView.h @@ -80,4 +80,4 @@ private slots: ISymmetrisePresenter *m_presenter; }; } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Inelastic/QENSFitting/ConvolutionDataView.cpp b/qt/scientific_interfaces/Inelastic/QENSFitting/ConvolutionDataView.cpp index c3ae8bef8169..57b3f927ba58 100644 --- a/qt/scientific_interfaces/Inelastic/QENSFitting/ConvolutionDataView.cpp +++ b/qt/scientific_interfaces/Inelastic/QENSFitting/ConvolutionDataView.cpp @@ -61,4 +61,4 @@ void ConvolutionDataView::addTableEntry(size_t row, FitDataRow const &newRow) { setCell(std::move(cell), row, 1); } -} // namespace MantidQt::CustomInterfaces::Inelastic \ No newline at end of file +} // namespace MantidQt::CustomInterfaces::Inelastic diff --git a/qt/scientific_interfaces/Inelastic/QENSFitting/ConvolutionDataView.h b/qt/scientific_interfaces/Inelastic/QENSFitting/ConvolutionDataView.h index 6c03876c64d2..b3557778a8e5 100644 --- a/qt/scientific_interfaces/Inelastic/QENSFitting/ConvolutionDataView.h +++ b/qt/scientific_interfaces/Inelastic/QENSFitting/ConvolutionDataView.h @@ -34,4 +34,4 @@ protected slots: } // namespace Inelastic } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Inelastic/QENSFitting/DockWidgetArea.cpp b/qt/scientific_interfaces/Inelastic/QENSFitting/DockWidgetArea.cpp index d38329a3f321..6cd50a356ca8 100644 --- a/qt/scientific_interfaces/Inelastic/QENSFitting/DockWidgetArea.cpp +++ b/qt/scientific_interfaces/Inelastic/QENSFitting/DockWidgetArea.cpp @@ -44,4 +44,4 @@ void DockWidgetArea::setFitDataView(FitDataView *fitDataView) { addDockWidget(Qt::TopDockWidgetArea, dataViewArea); } -} // namespace MantidQt::CustomInterfaces::Inelastic \ No newline at end of file +} // namespace MantidQt::CustomInterfaces::Inelastic diff --git a/qt/scientific_interfaces/Inelastic/QENSFitting/DockWidgetArea.h b/qt/scientific_interfaces/Inelastic/QENSFitting/DockWidgetArea.h index 5c97d52a34a6..01b1637b4e14 100644 --- a/qt/scientific_interfaces/Inelastic/QENSFitting/DockWidgetArea.h +++ b/qt/scientific_interfaces/Inelastic/QENSFitting/DockWidgetArea.h @@ -32,4 +32,4 @@ class MANTIDQT_INELASTIC_DLL DockWidgetArea : public QMainWindow { } // namespace Inelastic } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Inelastic/QENSFitting/FitOutputOptionsView.h b/qt/scientific_interfaces/Inelastic/QENSFitting/FitOutputOptionsView.h index 181c5c2711b2..f23136ca48a4 100644 --- a/qt/scientific_interfaces/Inelastic/QENSFitting/FitOutputOptionsView.h +++ b/qt/scientific_interfaces/Inelastic/QENSFitting/FitOutputOptionsView.h @@ -72,4 +72,4 @@ private slots: } // namespace Inelastic } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Inelastic/QENSFitting/FittingPresenter.cpp b/qt/scientific_interfaces/Inelastic/QENSFitting/FittingPresenter.cpp index e193e6456aa5..41a8853ac96c 100644 --- a/qt/scientific_interfaces/Inelastic/QENSFitting/FittingPresenter.cpp +++ b/qt/scientific_interfaces/Inelastic/QENSFitting/FittingPresenter.cpp @@ -166,4 +166,4 @@ void FittingPresenter::updateFitStatus(const Mantid::API::IAlgorithm_sptr &fitti void FittingPresenter::updateFitTypeString() { m_model->updateFitTypeString(); } -} // namespace MantidQt::CustomInterfaces::Inelastic \ No newline at end of file +} // namespace MantidQt::CustomInterfaces::Inelastic diff --git a/qt/scientific_interfaces/Inelastic/QENSFitting/FittingPresenter.h b/qt/scientific_interfaces/Inelastic/QENSFitting/FittingPresenter.h index ff1fe2aa0053..1c15eec43a16 100644 --- a/qt/scientific_interfaces/Inelastic/QENSFitting/FittingPresenter.h +++ b/qt/scientific_interfaces/Inelastic/QENSFitting/FittingPresenter.h @@ -105,4 +105,4 @@ class MANTIDQT_INELASTIC_DLL FittingPresenter : public IFittingPresenter, } // namespace Inelastic } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/FqFunctionModel.cpp b/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/FqFunctionModel.cpp index 435f1a96ab79..3fc1f16844a9 100644 --- a/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/FqFunctionModel.cpp +++ b/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/FqFunctionModel.cpp @@ -53,4 +53,4 @@ FqFunctionModel::FqFunctionModel() updateAvailableFunctions(FunctionQ::ALL_FITS); } -} // namespace MantidQt::CustomInterfaces::Inelastic \ No newline at end of file +} // namespace MantidQt::CustomInterfaces::Inelastic diff --git a/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/FqFunctionModel.h b/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/FqFunctionModel.h index ba336902c5e0..02273d4a1c51 100644 --- a/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/FqFunctionModel.h +++ b/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/FqFunctionModel.h @@ -20,4 +20,4 @@ class FqFunctionModel : public SingleFunctionTemplateModel { } // namespace Inelastic } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/FunctionTemplatePresenter.cpp b/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/FunctionTemplatePresenter.cpp index 33df3ba97a20..96cc564269ad 100644 --- a/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/FunctionTemplatePresenter.cpp +++ b/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/FunctionTemplatePresenter.cpp @@ -204,4 +204,4 @@ void FunctionTemplatePresenter::setQValues(const std::vector &qValues) { } // namespace Inelastic } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/FunctionTemplatePresenter.h b/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/FunctionTemplatePresenter.h index d3662e91aaae..128e6b097678 100644 --- a/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/FunctionTemplatePresenter.h +++ b/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/FunctionTemplatePresenter.h @@ -98,4 +98,4 @@ class MANTIDQT_INELASTIC_DLL FunctionTemplatePresenter : public ITemplatePresent } // namespace Inelastic } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/ITemplatePresenter.h b/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/ITemplatePresenter.h index 6ce6ae997f2b..338e0dfdd6ea 100644 --- a/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/ITemplatePresenter.h +++ b/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/ITemplatePresenter.h @@ -85,4 +85,4 @@ class MANTIDQT_INELASTIC_DLL ITemplatePresenter { } // namespace Inelastic } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/MSDFunctionModel.cpp b/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/MSDFunctionModel.cpp index 87e5ed142a67..b984bb295f15 100644 --- a/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/MSDFunctionModel.cpp +++ b/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/MSDFunctionModel.cpp @@ -34,4 +34,4 @@ MSDFunctionModel::MSDFunctionModel() updateAvailableFunctions(MSD::ALL_FITS); } -} // namespace MantidQt::CustomInterfaces::Inelastic \ No newline at end of file +} // namespace MantidQt::CustomInterfaces::Inelastic diff --git a/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/MSDFunctionModel.h b/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/MSDFunctionModel.h index 30cc3697dbdf..f8624bb3c0d7 100644 --- a/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/MSDFunctionModel.h +++ b/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/MSDFunctionModel.h @@ -20,4 +20,4 @@ class MSDFunctionModel : public SingleFunctionTemplateModel { } // namespace Inelastic } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/ParamID.h b/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/ParamID.h index 0bd9a2260e26..eecde0d8089f 100644 --- a/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/ParamID.h +++ b/qt/scientific_interfaces/Inelastic/QENSFitting/FunctionBrowser/ParamID.h @@ -181,4 +181,4 @@ inline void applyToParamIDRange(ParamID from, ParamID to, const std::function m_model; -}; \ No newline at end of file +}; diff --git a/qt/scientific_interfaces/Inelastic/test/Processor/IqtModelTest.h b/qt/scientific_interfaces/Inelastic/test/Processor/IqtModelTest.h index e428006da03b..66b6c1f7b26c 100644 --- a/qt/scientific_interfaces/Inelastic/test/Processor/IqtModelTest.h +++ b/qt/scientific_interfaces/Inelastic/test/Processor/IqtModelTest.h @@ -116,4 +116,4 @@ class IqtModelTest : public CxxTest::TestSuite { MatrixWorkspace_sptr m_sampWorkspace; MatrixWorkspace_sptr m_resWorkspace; std::unique_ptr m_model; -}; \ No newline at end of file +}; diff --git a/qt/scientific_interfaces/Inelastic/test/Processor/SymmetriseModelTest.h b/qt/scientific_interfaces/Inelastic/test/Processor/SymmetriseModelTest.h index ff4e0ef8cb69..c076e3def6eb 100644 --- a/qt/scientific_interfaces/Inelastic/test/Processor/SymmetriseModelTest.h +++ b/qt/scientific_interfaces/Inelastic/test/Processor/SymmetriseModelTest.h @@ -180,4 +180,4 @@ class SymmetriseModelTest : public CxxTest::TestSuite { private: MatrixWorkspace_sptr m_workspace; std::unique_ptr m_model; -}; \ No newline at end of file +}; diff --git a/qt/scientific_interfaces/Inelastic/test/QENSFitting/FitOutputOptionsPresenterTest.h b/qt/scientific_interfaces/Inelastic/test/QENSFitting/FitOutputOptionsPresenterTest.h index f54e3088130f..8f2787556936 100644 --- a/qt/scientific_interfaces/Inelastic/test/QENSFitting/FitOutputOptionsPresenterTest.h +++ b/qt/scientific_interfaces/Inelastic/test/QENSFitting/FitOutputOptionsPresenterTest.h @@ -265,4 +265,4 @@ class FitOutputOptionsPresenterTest : public CxxTest::TestSuite { NiceMock *m_model; NiceMock *m_plotter; std::unique_ptr m_presenter; -}; \ No newline at end of file +}; diff --git a/qt/scientific_interfaces/Inelastic/test/QENSFitting/InelasticFitPropertyBrowserTest.h b/qt/scientific_interfaces/Inelastic/test/QENSFitting/InelasticFitPropertyBrowserTest.h index 67b75e9e50c8..47541d716eed 100644 --- a/qt/scientific_interfaces/Inelastic/test/QENSFitting/InelasticFitPropertyBrowserTest.h +++ b/qt/scientific_interfaces/Inelastic/test/QENSFitting/InelasticFitPropertyBrowserTest.h @@ -258,4 +258,4 @@ class InelasticFitPropertyBrowserTest : public CxxTest::TestSuite { std::unique_ptr> m_templateBrowser; NiceMock *m_templatePresenter; std::unique_ptr m_fitOptionsBrowser; -}; \ No newline at end of file +}; diff --git a/qt/scientific_interfaces/Inelastic/test/QENSFitting/MockObjects.h b/qt/scientific_interfaces/Inelastic/test/QENSFitting/MockObjects.h index fd9543eca234..5d26b65c7473 100644 --- a/qt/scientific_interfaces/Inelastic/test/QENSFitting/MockObjects.h +++ b/qt/scientific_interfaces/Inelastic/test/QENSFitting/MockObjects.h @@ -595,4 +595,4 @@ class MockIqtModel : public IIqtModel { MOCK_CONST_METHOD0(EMax, double()); }; -GNU_DIAG_ON_SUGGEST_OVERRIDE \ No newline at end of file +GNU_DIAG_ON_SUGGEST_OVERRIDE diff --git a/qt/scientific_interfaces/Muon/IALCBaselineModellingPresenter.h b/qt/scientific_interfaces/Muon/IALCBaselineModellingPresenter.h index 015cac6a571e..217d752608f6 100644 --- a/qt/scientific_interfaces/Muon/IALCBaselineModellingPresenter.h +++ b/qt/scientific_interfaces/Muon/IALCBaselineModellingPresenter.h @@ -59,4 +59,4 @@ class MANTIDQT_MUONINTERFACE_DLL IALCBaselineModellingPresenter { }; } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/scientific_interfaces/Muon/test/InterfacesMuonTestInitialization.h b/qt/scientific_interfaces/Muon/test/InterfacesMuonTestInitialization.h index 943434de642f..c502a09b059f 100644 --- a/qt/scientific_interfaces/Muon/test/InterfacesMuonTestInitialization.h +++ b/qt/scientific_interfaces/Muon/test/InterfacesMuonTestInitialization.h @@ -16,4 +16,4 @@ // statements do not cause multiple-definition errors. //------------------------------------------------------------------------------ static PythonInterpreterGlobalFixture PYTHON_INTERPRETER; -static QApplicationGlobalFixture MAIN_QAPPLICATION; \ No newline at end of file +static QApplicationGlobalFixture MAIN_QAPPLICATION; diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/AlgorithmDialog.h b/qt/widgets/common/inc/MantidQtWidgets/Common/AlgorithmDialog.h index 86bf04f3485c..85728dd448c8 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/AlgorithmDialog.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/AlgorithmDialog.h @@ -335,4 +335,4 @@ protected slots: //@} }; } // namespace API -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/AlgorithmDialogFactory.h b/qt/widgets/common/inc/MantidQtWidgets/Common/AlgorithmDialogFactory.h index 74a363f91fdc..4fd1062d7a00 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/AlgorithmDialogFactory.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/AlgorithmDialogFactory.h @@ -62,4 +62,4 @@ namespace Kernel { EXTERN_MANTIDQT_COMMON template class EXPORT_OPT_MANTIDQT_COMMON Mantid::Kernel::SingletonHolder; } // namespace Kernel -} // namespace Mantid \ No newline at end of file +} // namespace Mantid diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/AlgorithmProgress/AlgorithmProgressWidget.h b/qt/widgets/common/inc/MantidQtWidgets/Common/AlgorithmProgress/AlgorithmProgressWidget.h index 5f7b240a27f5..df2d0df558ef 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/AlgorithmProgress/AlgorithmProgressWidget.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/AlgorithmProgress/AlgorithmProgressWidget.h @@ -69,4 +69,4 @@ public slots: }; } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/BuildSubtreeItems.h b/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/BuildSubtreeItems.h index f768ee3f6ed6..841d80c377d2 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/BuildSubtreeItems.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/BuildSubtreeItems.h @@ -38,4 +38,4 @@ class EXPORT_OPT_MANTIDQT_COMMON BuildSubtreeItems { } // namespace Batch } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/Cell.h b/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/Cell.h index 7ce59b5d30cf..5f703ba7b8ca 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/Cell.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/Cell.h @@ -81,4 +81,4 @@ EXPORT_OPT_MANTIDQT_COMMON std::vector paddedCellsToWidth(std::vector=(Row const &lhs, Row const &rhs); } // namespace Batch } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/RowLocation.h b/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/RowLocation.h index ff5816a67c6f..8b36276463dd 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/RowLocation.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/RowLocation.h @@ -51,4 +51,4 @@ EXPORT_OPT_MANTIDQT_COMMON bool pathsSameUntilDepth(int depth, RowLocation const } // namespace Batch } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/RowLocationAdapter.h b/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/RowLocationAdapter.h index 3c7e0e3a9891..ef467ab514ff 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/RowLocationAdapter.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/RowLocationAdapter.h @@ -32,4 +32,4 @@ class EXPORT_OPT_MANTIDQT_COMMON RowLocationAdapter { }; } // namespace Batch } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/RowPredicate.h b/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/RowPredicate.h index f1ca5bd32a00..b8de7a3f608b 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/RowPredicate.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/RowPredicate.h @@ -41,4 +41,4 @@ template std::unique_ptr makeFilterFromLambda } } // namespace Batch } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/StrictQModelIndices.h b/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/StrictQModelIndices.h index 84105f767b21..f8bbb38d44fe 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/StrictQModelIndices.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/StrictQModelIndices.h @@ -80,4 +80,4 @@ inline QModelIndexForMainModel fromMainModel(QModelIndex const &mainModelIndex, } } // namespace Batch } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/Subtree.h b/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/Subtree.h index 702795952342..cea2ab289425 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/Subtree.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/Batch/Subtree.h @@ -66,4 +66,4 @@ bool allSubtreeRootsShareAParentAndAllSubtreeNodesAreConnected(int subtreeRootDe } } // namespace Batch } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/CatalogHelper.h b/qt/widgets/common/inc/MantidQtWidgets/Common/CatalogHelper.h index 3ce818dd207b..d3167bf3c7de 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/CatalogHelper.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/CatalogHelper.h @@ -56,4 +56,4 @@ class EXPORT_OPT_MANTIDQT_COMMON CatalogHelper { const std::map &userInputFields); }; } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/CatalogSearch.h b/qt/widgets/common/inc/MantidQtWidgets/Common/CatalogSearch.h index 50707b7e3069..b0473083aa10 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/CatalogSearch.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/CatalogSearch.h @@ -197,4 +197,4 @@ private slots: void correctedToolTip(const std::string &toolTip, QLabel *label); }; } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/CheckboxHeader.h b/qt/widgets/common/inc/MantidQtWidgets/Common/CheckboxHeader.h index 2004c59b663b..e8d88404b931 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/CheckboxHeader.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/CheckboxHeader.h @@ -47,4 +47,4 @@ class EXPORT_OPT_MANTIDQT_COMMON CheckboxHeader : public QHeaderView { bool m_checked; }; } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/DoubleSpinBox.h b/qt/widgets/common/inc/MantidQtWidgets/Common/DoubleSpinBox.h index 11af6dae0bd7..7b62592d96d6 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/DoubleSpinBox.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/DoubleSpinBox.h @@ -108,4 +108,4 @@ class EXPORT_OPT_MANTIDQT_COMMON RangeLimitBox : public QWidget { DoubleSpinBox *d_spin_box; QCheckBox *d_checkbox; LimitType d_type; -}; \ No newline at end of file +}; diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/FitPropertyBrowser.h b/qt/widgets/common/inc/MantidQtWidgets/Common/FitPropertyBrowser.h index 9f7385fafe01..2f673501b636 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/FitPropertyBrowser.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/FitPropertyBrowser.h @@ -706,4 +706,4 @@ private slots: }; } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/FitPropertyBrowserFindPeaksExt.h b/qt/widgets/common/inc/MantidQtWidgets/Common/FitPropertyBrowserFindPeaksExt.h index 321efab23dea..f4d7d6d165df 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/FitPropertyBrowserFindPeaksExt.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/FitPropertyBrowserFindPeaksExt.h @@ -81,4 +81,4 @@ class EXPORT_OPT_MANTIDQT_COMMON FindPeakDefaultStrategy : public FindPeakStrate Mantid::API::IAlgorithm_sptr m_alg; }; -} // namespace MantidQt::MantidWidgets \ No newline at end of file +} // namespace MantidQt::MantidWidgets diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/Hint.h b/qt/widgets/common/inc/MantidQtWidgets/Common/Hint.h index b523d6043362..abc62484e28c 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/Hint.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/Hint.h @@ -25,4 +25,4 @@ class EXPORT_OPT_MANTIDQT_COMMON Hint { EXPORT_OPT_MANTIDQT_COMMON bool operator==(Hint const &lhs, Hint const &rhs); EXPORT_OPT_MANTIDQT_COMMON bool operator!=(Hint const &lhs, Hint const &rhs); } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/IMessageHandler.h b/qt/widgets/common/inc/MantidQtWidgets/Common/IMessageHandler.h index 1041b1aed388..546e851ecdc2 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/IMessageHandler.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/IMessageHandler.h @@ -18,4 +18,4 @@ class IMessageHandler { virtual void giveUserInfo(const std::string &prompt, const std::string &title) = 0; virtual bool askUserOkCancel(const std::string &prompt, const std::string &title) = 0; }; -} // namespace MantidQt::MantidWidgets \ No newline at end of file +} // namespace MantidQt::MantidWidgets diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/IProjectSaveView.h b/qt/widgets/common/inc/MantidQtWidgets/Common/IProjectSaveView.h index c41fd502cd7c..55dca8e916b7 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/IProjectSaveView.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/IProjectSaveView.h @@ -58,4 +58,4 @@ class IProjectSaveView { virtual void removeFromExcludedWindowsList(const std::vector &windows) = 0; }; } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/MantidDisplayBase.h b/qt/widgets/common/inc/MantidQtWidgets/Common/MantidDisplayBase.h index a3ae4d4ef1fc..7b50e447af39 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/MantidDisplayBase.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/MantidDisplayBase.h @@ -104,4 +104,4 @@ class DLLExport MantidDisplayBase { virtual void showCritical(const QString & /*unused*/) {} }; } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/MantidTreeModel.h b/qt/widgets/common/inc/MantidQtWidgets/Common/MantidTreeModel.h index 1edb9f743310..6074a5c035af 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/MantidTreeModel.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/MantidTreeModel.h @@ -122,4 +122,4 @@ public slots: MantidTreeModel &operator=(const MantidTreeModel &); }; } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/MantidTreeWidget.h b/qt/widgets/common/inc/MantidQtWidgets/Common/MantidTreeWidget.h index 5fc9326c3e37..2c627e7f8079 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/MantidTreeWidget.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/MantidTreeWidget.h @@ -58,4 +58,4 @@ class EXPORT_OPT_MANTIDQT_COMMON MantidTreeWidget : public QTreeWidget { Qt::SortOrder m_sortOrder; }; } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/MantidTreeWidgetItem.h b/qt/widgets/common/inc/MantidQtWidgets/Common/MantidTreeWidgetItem.h index 1886228b2c5f..42ebff71405a 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/MantidTreeWidgetItem.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/MantidTreeWidgetItem.h @@ -35,4 +35,4 @@ class EXPORT_OPT_MANTIDQT_COMMON MantidTreeWidgetItem : public QTreeWidgetItem { int m_sortPos; }; } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/MantidWSIndexDialog.h b/qt/widgets/common/inc/MantidQtWidgets/Common/MantidWSIndexDialog.h index b4cb2671da67..a0865ddb9729 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/MantidWSIndexDialog.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/MantidWSIndexDialog.h @@ -424,4 +424,4 @@ private slots: QVBoxLayout *m_outer; }; } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/MessageHandler.h b/qt/widgets/common/inc/MantidQtWidgets/Common/MessageHandler.h index 337b2437ac7b..48746c4652ac 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/MessageHandler.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/MessageHandler.h @@ -20,4 +20,4 @@ class EXPORT_OPT_MANTIDQT_COMMON MessageHandler final : public IMessageHandler { void giveUserInfo(const std::string &prompt, const std::string &title) override; bool askUserOkCancel(const std::string &prompt, const std::string &title) override; }; -} // namespace MantidQt::MantidWidgets \ No newline at end of file +} // namespace MantidQt::MantidWidgets diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/ParseNumerics.h b/qt/widgets/common/inc/MantidQtWidgets/Common/ParseNumerics.h index aa54177921e5..b1c1de4607aa 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/ParseNumerics.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/ParseNumerics.h @@ -19,4 +19,4 @@ double EXPORT_OPT_MANTIDQT_COMMON parseDouble(QString const &in); /// Converts a string denoting a denary integer to it int EXPORT_OPT_MANTIDQT_COMMON parseDenaryInteger(QString const &in); } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/ProcessingAlgoWidget.h b/qt/widgets/common/inc/MantidQtWidgets/Common/ProcessingAlgoWidget.h index 9a4db7cfe6a9..728d090f800e 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/ProcessingAlgoWidget.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/ProcessingAlgoWidget.h @@ -88,4 +88,4 @@ public slots: }; } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/ProgressPresenter.h b/qt/widgets/common/inc/MantidQtWidgets/Common/ProgressPresenter.h index 7f5bb31515f6..5ee72fd23277 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/ProgressPresenter.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/ProgressPresenter.h @@ -33,4 +33,4 @@ class ProgressPresenter : public Mantid::Kernel::ProgressBase { void setAsPercentageIndicator() { m_progressableView->setAsPercentageIndicator(); } void setAsEndlessIndicator() { m_progressableView->setAsEndlessIndicator(); } virtual ~ProgressPresenter() = default; -}; \ No newline at end of file +}; diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/QScienceSpinBox.h b/qt/widgets/common/inc/MantidQtWidgets/Common/QScienceSpinBox.h index 4c88735e35fd..6f8d4f128094 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/QScienceSpinBox.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/QScienceSpinBox.h @@ -57,4 +57,4 @@ public slots: }; } // namespace API -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/QtPropertyBrowser/qtpropertybrowser.qrc b/qt/widgets/common/inc/MantidQtWidgets/Common/QtPropertyBrowser/qtpropertybrowser.qrc index 1f26f16335c0..f7d8e4ee9b3f 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/QtPropertyBrowser/qtpropertybrowser.qrc +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/QtPropertyBrowser/qtpropertybrowser.qrc @@ -20,4 +20,3 @@ images/cursor-whatsthis.png - diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/QtPropertyBrowser/qtvariantproperty.h b/qt/widgets/common/inc/MantidQtWidgets/Common/QtPropertyBrowser/qtvariantproperty.h index ab1ddd8015ca..367e6dad0462 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/QtPropertyBrowser/qtvariantproperty.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/QtPropertyBrowser/qtvariantproperty.h @@ -303,4 +303,4 @@ QT_END_NAMESPACE #endif Q_DECLARE_METATYPE(QIcon) -Q_DECLARE_METATYPE(QtIconMap) \ No newline at end of file +Q_DECLARE_METATYPE(QtIconMap) diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/WindowIcons.h b/qt/widgets/common/inc/MantidQtWidgets/Common/WindowIcons.h index fc536e7859fb..d3eb622915e0 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/WindowIcons.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/WindowIcons.h @@ -35,4 +35,4 @@ class EXPORT_OPT_MANTIDQT_COMMON WindowIcons { QMap m_idToPixmapName; }; } // namespace API -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/WorkspaceIcons.h b/qt/widgets/common/inc/MantidQtWidgets/Common/WorkspaceIcons.h index ccb852b525e7..ea511b226981 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/WorkspaceIcons.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/WorkspaceIcons.h @@ -33,4 +33,4 @@ class EXPORT_OPT_MANTIDQT_COMMON WorkspaceIcons { QMap m_idToPixmapName; }; } // namespace API -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/WorkspacePresenter/ViewNotifiable.h b/qt/widgets/common/inc/MantidQtWidgets/Common/WorkspacePresenter/ViewNotifiable.h index de5933507517..347798713fab 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/WorkspacePresenter/ViewNotifiable.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/WorkspacePresenter/ViewNotifiable.h @@ -59,4 +59,4 @@ class ViewNotifiable { }; } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/WorkspacePresenter/WorkspacePresenter.h b/qt/widgets/common/inc/MantidQtWidgets/Common/WorkspacePresenter/WorkspacePresenter.h index cdebade9b058..af4d63fe031d 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/WorkspacePresenter/WorkspacePresenter.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/WorkspacePresenter/WorkspacePresenter.h @@ -87,4 +87,4 @@ class EXPORT_OPT_MANTIDQT_COMMON WorkspacePresenter : public WorkspaceProviderNo ADSAdapter_uptr m_adapter; }; } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/WorkspacePresenter/WorkspaceProvider.h b/qt/widgets/common/inc/MantidQtWidgets/Common/WorkspacePresenter/WorkspaceProvider.h index c3b26c8f03f6..6a116903463c 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/WorkspacePresenter/WorkspaceProvider.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/WorkspacePresenter/WorkspaceProvider.h @@ -37,4 +37,4 @@ class WorkspaceProvider { }; } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/inc/MantidQtWidgets/Common/WorkspacePresenter/WorkspaceProviderNotifiable.h b/qt/widgets/common/inc/MantidQtWidgets/Common/WorkspacePresenter/WorkspaceProviderNotifiable.h index 56a3983d2a30..86d8ecd39ace 100644 --- a/qt/widgets/common/inc/MantidQtWidgets/Common/WorkspacePresenter/WorkspaceProviderNotifiable.h +++ b/qt/widgets/common/inc/MantidQtWidgets/Common/WorkspacePresenter/WorkspaceProviderNotifiable.h @@ -35,4 +35,4 @@ class WorkspaceProviderNotifiable { }; } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/common/src/AlgorithmProgress/AlgorithmProgressModel.cpp b/qt/widgets/common/src/AlgorithmProgress/AlgorithmProgressModel.cpp index 07ba9c2a8ba5..a63d7aa74f6f 100644 --- a/qt/widgets/common/src/AlgorithmProgress/AlgorithmProgressModel.cpp +++ b/qt/widgets/common/src/AlgorithmProgress/AlgorithmProgressModel.cpp @@ -83,4 +83,4 @@ void AlgorithmProgressModel::removeFrom(const Mantid::API::IAlgorithm *alg) { m_dialogPresenter->algorithmEnded(alg->getAlgorithmID()); } } -} // namespace MantidQt::MantidWidgets \ No newline at end of file +} // namespace MantidQt::MantidWidgets diff --git a/qt/widgets/common/src/AlgorithmProgress/AlgorithmProgressPresenterBase.cpp b/qt/widgets/common/src/AlgorithmProgress/AlgorithmProgressPresenterBase.cpp index 62997d167feb..476e31c33f2f 100644 --- a/qt/widgets/common/src/AlgorithmProgress/AlgorithmProgressPresenterBase.cpp +++ b/qt/widgets/common/src/AlgorithmProgress/AlgorithmProgressPresenterBase.cpp @@ -84,4 +84,4 @@ void AlgorithmProgressPresenterBase::updateProgressBar(Mantid::API::AlgorithmID const int progressPrecision) { emit updateProgressBarSignal(alg, progress, QString::fromStdString(msg), estimatedTime, progressPrecision); } -} // namespace MantidQt::MantidWidgets \ No newline at end of file +} // namespace MantidQt::MantidWidgets diff --git a/qt/widgets/common/src/AlgorithmProgress/AlgorithmProgressWidget.cpp b/qt/widgets/common/src/AlgorithmProgress/AlgorithmProgressWidget.cpp index 2de555303d35..917fe7ee2b9a 100644 --- a/qt/widgets/common/src/AlgorithmProgress/AlgorithmProgressWidget.cpp +++ b/qt/widgets/common/src/AlgorithmProgress/AlgorithmProgressWidget.cpp @@ -59,4 +59,4 @@ void AlgorithmProgressWidget::updateProgress(const double progress, const QStrin void AlgorithmProgressWidget::blockUpdates(bool block) { m_presenter->blockSignals(block); } -} // namespace MantidQt::MantidWidgets \ No newline at end of file +} // namespace MantidQt::MantidWidgets diff --git a/qt/widgets/common/src/HintingLineEdit.cpp b/qt/widgets/common/src/HintingLineEdit.cpp index d6604e80d123..6b6551103b0d 100644 --- a/qt/widgets/common/src/HintingLineEdit.cpp +++ b/qt/widgets/common/src/HintingLineEdit.cpp @@ -175,4 +175,4 @@ void HintingLineEdit::prevSuggestion() { insertSuggestion(); } } -} // namespace MantidQt::MantidWidgets \ No newline at end of file +} // namespace MantidQt::MantidWidgets diff --git a/qt/widgets/common/src/MantidTreeModel.cpp b/qt/widgets/common/src/MantidTreeModel.cpp index a04454c172cd..ef7ede9f501f 100644 --- a/qt/widgets/common/src/MantidTreeModel.cpp +++ b/qt/widgets/common/src/MantidTreeModel.cpp @@ -288,4 +288,4 @@ MantidTreeModel::createWorkspaceIndexDialog(int flags, const QStringList &wsName Q_UNUSED(isAdvanced); // Return empty MantidWSIndexDialog return new MantidWSIndexDialog(nullptr, Qt::WindowFlags(), QList()); -} \ No newline at end of file +} diff --git a/qt/widgets/common/src/MessageHandler.cpp b/qt/widgets/common/src/MessageHandler.cpp index a5c7fd87233a..5a647327c7da 100644 --- a/qt/widgets/common/src/MessageHandler.cpp +++ b/qt/widgets/common/src/MessageHandler.cpp @@ -32,4 +32,4 @@ bool MessageHandler::askUserOkCancel(const std::string &prompt, const std::strin QMessageBox::Ok | QMessageBox::Cancel); return (reply == QMessageBox::Ok); } -} // namespace MantidQt::MantidWidgets \ No newline at end of file +} // namespace MantidQt::MantidWidgets diff --git a/qt/widgets/common/src/UserSubWindowFactory.cpp b/qt/widgets/common/src/UserSubWindowFactory.cpp index d854790bd7ea..c843aab05f12 100644 --- a/qt/widgets/common/src/UserSubWindowFactory.cpp +++ b/qt/widgets/common/src/UserSubWindowFactory.cpp @@ -152,4 +152,4 @@ BaseDecoder *UserSubWindowFactoryImpl::findDecoder(const std::string &decodeStri return item; } return nullptr; -} \ No newline at end of file +} diff --git a/qt/widgets/common/src/pixmaps.cpp b/qt/widgets/common/src/pixmaps.cpp index 466533e3fc4b..bbf390854880 100644 --- a/qt/widgets/common/src/pixmaps.cpp +++ b/qt/widgets/common/src/pixmaps.cpp @@ -13007,4 +13007,4 @@ QPixmap getQPixmap(const std::string &name) } -} \ No newline at end of file +} diff --git a/qt/widgets/common/test/AlgorithmProgress/AlgorithmProgressDialogPresenterTest.h b/qt/widgets/common/test/AlgorithmProgress/AlgorithmProgressDialogPresenterTest.h index 9e6977ef9e72..772926361d12 100644 --- a/qt/widgets/common/test/AlgorithmProgress/AlgorithmProgressDialogPresenterTest.h +++ b/qt/widgets/common/test/AlgorithmProgress/AlgorithmProgressDialogPresenterTest.h @@ -161,4 +161,4 @@ class AlgorithmProgressDialogPresenterTest : public CxxTest::TestSuite { // Use ownership to force mocks to be set before, avoiding undef behaviour return AlgorithmProgressDialogMockedTypes(std::move(mockedView)); } -}; \ No newline at end of file +}; diff --git a/qt/widgets/common/test/AlgorithmProgress/AlgorithmProgressPresenterTest.h b/qt/widgets/common/test/AlgorithmProgress/AlgorithmProgressPresenterTest.h index b9fe6b6064b8..0b6a9b3dd310 100644 --- a/qt/widgets/common/test/AlgorithmProgress/AlgorithmProgressPresenterTest.h +++ b/qt/widgets/common/test/AlgorithmProgress/AlgorithmProgressPresenterTest.h @@ -134,4 +134,4 @@ class AlgorithmProgressPresenterTest : public CxxTest::TestSuite { std::unique_ptr createPresenter(MockViewT *mockView) { return std::make_unique(nullptr, mockView); } -}; \ No newline at end of file +}; diff --git a/qt/widgets/common/test/AlgorithmProgress/MockAlgorithmProgressWidget.h b/qt/widgets/common/test/AlgorithmProgress/MockAlgorithmProgressWidget.h index ebba75e2ae0a..31dc33e2ee4f 100644 --- a/qt/widgets/common/test/AlgorithmProgress/MockAlgorithmProgressWidget.h +++ b/qt/widgets/common/test/AlgorithmProgress/MockAlgorithmProgressWidget.h @@ -24,4 +24,4 @@ class MockAlgorithmProgressWidget : public IAlgorithmProgressWidget { MOCK_METHOD(void, algorithmEnded, (), (override)); MOCK_METHOD(void, updateProgress, (const double, const QString &, const double, const int), (override)); MOCK_METHOD(void, showDetailsDialog, (), (override)); -}; \ No newline at end of file +}; diff --git a/qt/widgets/common/test/Batch/BuildSubtreeItemsTest.h b/qt/widgets/common/test/Batch/BuildSubtreeItemsTest.h index 8be32d1413d3..7f39e05b5038 100644 --- a/qt/widgets/common/test/Batch/BuildSubtreeItemsTest.h +++ b/qt/widgets/common/test/Batch/BuildSubtreeItemsTest.h @@ -150,4 +150,4 @@ class BuildSubtreeItemsTest : public CxxTest::TestSuite { TS_ASSERT_EQUALS(childOfChildItem->rowCount(), 0); } } -}; \ No newline at end of file +}; diff --git a/qt/widgets/common/test/Batch/ExtractSubtreesTest.h b/qt/widgets/common/test/Batch/ExtractSubtreesTest.h index 5c89494076ac..53eeb2f2aab3 100644 --- a/qt/widgets/common/test/Batch/ExtractSubtreesTest.h +++ b/qt/widgets/common/test/Batch/ExtractSubtreesTest.h @@ -277,4 +277,4 @@ class ExtractSubtreesTest : public CxxTest::TestSuite { auto roots = extractSubtrees(region); TS_ASSERT(!roots.is_initialized()) } -}; \ No newline at end of file +}; diff --git a/qt/widgets/common/test/ConvolutionFunctionModelTest.h b/qt/widgets/common/test/ConvolutionFunctionModelTest.h index 449d376cb8a2..8ce8fbf300f0 100644 --- a/qt/widgets/common/test/ConvolutionFunctionModelTest.h +++ b/qt/widgets/common/test/ConvolutionFunctionModelTest.h @@ -564,4 +564,4 @@ class ConvolutionFunctionModelTest : public CxxTest::TestSuite { TS_ASSERT_EQUALS(model.tempFunctionPrefix().value().toStdString(), "f1.f1.f1.f0."); TS_ASSERT_EQUALS(model.deltaFunctionPrefix().value().toStdString(), "f1.f1.f0."); } -}; \ No newline at end of file +}; diff --git a/qt/widgets/common/test/FunctionBrowserUtilsTest.h b/qt/widgets/common/test/FunctionBrowserUtilsTest.h index 5f2fce9e3514..0d76a136594a 100644 --- a/qt/widgets/common/test/FunctionBrowserUtilsTest.h +++ b/qt/widgets/common/test/FunctionBrowserUtilsTest.h @@ -47,4 +47,4 @@ class FunctionBrowserUtilsTest : public CxxTest::TestSuite { auto expected_value = std::make_pair(QString(""), std::make_pair(QString(""), QString(""))); TS_ASSERT_EQUALS(splitConstraints, expected_value); } -}; \ No newline at end of file +}; diff --git a/qt/widgets/common/test/MockScriptRepository.h b/qt/widgets/common/test/MockScriptRepository.h index d28f20903eb5..be795d0b5373 100644 --- a/qt/widgets/common/test/MockScriptRepository.h +++ b/qt/widgets/common/test/MockScriptRepository.h @@ -70,4 +70,4 @@ class MockScriptRepositoryImpl : public ScriptRepository { } }; -GNU_DIAG_ON_SUGGEST_OVERRIDE \ No newline at end of file +GNU_DIAG_ON_SUGGEST_OVERRIDE diff --git a/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/BankTextureBuilder.h b/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/BankTextureBuilder.h index f17b7ffa6a65..d7018efd797b 100644 --- a/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/BankTextureBuilder.h +++ b/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/BankTextureBuilder.h @@ -58,4 +58,4 @@ class BankTextureBuilder { }; } // namespace detail } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/GridTextureFace.h b/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/GridTextureFace.h index 25ccd02a0fc6..89afd12a2eff 100644 --- a/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/GridTextureFace.h +++ b/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/GridTextureFace.h @@ -13,4 +13,4 @@ namespace detail { enum class GridTextureFace { Front = 0, Back, Left, Right, Top, Bottom }; } } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/IInstrumentDisplay.h b/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/IInstrumentDisplay.h index a6084cf22354..1ae5a2b4f04d 100644 --- a/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/IInstrumentDisplay.h +++ b/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/IInstrumentDisplay.h @@ -36,4 +36,4 @@ class IInstrumentDisplay { virtual void updateView(bool picking) = 0; }; -} // namespace MantidQt::MantidWidgets \ No newline at end of file +} // namespace MantidQt::MantidWidgets diff --git a/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/IStackedLayout.h b/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/IStackedLayout.h index 977b807fc19c..80dfc7185b5f 100644 --- a/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/IStackedLayout.h +++ b/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/IStackedLayout.h @@ -19,4 +19,4 @@ class IStackedLayout { virtual QWidget *currentWidget() const = 0; virtual void setCurrentIndex(int) = 0; }; -} // namespace MantidQt::MantidWidgets \ No newline at end of file +} // namespace MantidQt::MantidWidgets diff --git a/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/InstrumentDisplay.h b/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/InstrumentDisplay.h index a40d5a80324e..df3607afe4f4 100644 --- a/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/InstrumentDisplay.h +++ b/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/InstrumentDisplay.h @@ -43,4 +43,4 @@ class EXPORT_OPT_MANTIDQT_INSTRUMENTVIEW InstrumentDisplay : public IInstrumentD /// Stacked layout managing m_glDisplay and m_qtDisplay std::unique_ptr m_instrumentDisplayLayout; }; -} // namespace MantidQt::MantidWidgets \ No newline at end of file +} // namespace MantidQt::MantidWidgets diff --git a/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/InstrumentRenderer.h b/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/InstrumentRenderer.h index ac600ee1c4d2..67b84e707b66 100644 --- a/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/InstrumentRenderer.h +++ b/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/InstrumentRenderer.h @@ -83,4 +83,4 @@ class EXPORT_OPT_MANTIDQT_INSTRUMENTVIEW InstrumentRenderer { void resetPickColors(); }; } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/InstrumentRendererMultiList.h b/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/InstrumentRendererMultiList.h index fe6d1060e304..c680e0c7a5aa 100644 --- a/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/InstrumentRendererMultiList.h +++ b/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/InstrumentRendererMultiList.h @@ -31,4 +31,4 @@ class EXPORT_OPT_MANTIDQT_INSTRUMENTVIEW InstrumentRendererMultiList : public In bool m_usePickingDisplayList; bool m_useNonPickingDisplayList; }; -} // namespace MantidQt::MantidWidgets \ No newline at end of file +} // namespace MantidQt::MantidWidgets diff --git a/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/QtConnect.h b/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/QtConnect.h index 628fa9d29292..4cc414fdde26 100644 --- a/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/QtConnect.h +++ b/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/QtConnect.h @@ -23,4 +23,4 @@ struct QtConnect { QObject::connect(sender, signal, receiver, slot, type); } }; -} // namespace MantidQt::MantidWidgets \ No newline at end of file +} // namespace MantidQt::MantidWidgets diff --git a/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/UnwrappedDetector.h b/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/UnwrappedDetector.h index 53d56d90838a..d67089c60be6 100644 --- a/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/UnwrappedDetector.h +++ b/qt/widgets/instrumentview/inc/MantidQtWidgets/InstrumentView/UnwrappedDetector.h @@ -52,4 +52,4 @@ class EXPORT_OPT_MANTIDQT_INSTRUMENTVIEW UnwrappedDetector { ///< ComponentInfo/DetectorInfo. }; } // namespace MantidWidgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/instrumentview/src/InstrumentDisplay.cpp b/qt/widgets/instrumentview/src/InstrumentDisplay.cpp index 14fd3ece431e..2485e8323c8d 100644 --- a/qt/widgets/instrumentview/src/InstrumentDisplay.cpp +++ b/qt/widgets/instrumentview/src/InstrumentDisplay.cpp @@ -73,4 +73,4 @@ void InstrumentDisplay::updateView(bool picking) { } } -} // namespace MantidQt::MantidWidgets \ No newline at end of file +} // namespace MantidQt::MantidWidgets diff --git a/qt/widgets/instrumentview/src/InstrumentRendererClassic.cpp b/qt/widgets/instrumentview/src/InstrumentRendererClassic.cpp index 27ee9e0fffb7..9ef6468d9be6 100644 --- a/qt/widgets/instrumentview/src/InstrumentRendererClassic.cpp +++ b/qt/widgets/instrumentview/src/InstrumentRendererClassic.cpp @@ -71,4 +71,4 @@ void InstrumentRendererClassic::resetDisplayLists() { } } } -} // namespace MantidQt::MantidWidgets \ No newline at end of file +} // namespace MantidQt::MantidWidgets diff --git a/qt/widgets/instrumentview/src/InstrumentRendererMultiList.cpp b/qt/widgets/instrumentview/src/InstrumentRendererMultiList.cpp index 7b7a0c89d86a..04bfb9578b21 100644 --- a/qt/widgets/instrumentview/src/InstrumentRendererMultiList.cpp +++ b/qt/widgets/instrumentview/src/InstrumentRendererMultiList.cpp @@ -86,4 +86,4 @@ void InstrumentRendererMultiList::resetDisplayLists() { invalidateAndDeleteDisplayList(m_nonPickingDisplayListId, m_useNonPickingDisplayList); } -} // namespace MantidQt::MantidWidgets \ No newline at end of file +} // namespace MantidQt::MantidWidgets diff --git a/qt/widgets/instrumentview/test/InstrumentRendererTest.h b/qt/widgets/instrumentview/test/InstrumentRendererTest.h index a91722fe6f22..a93063da49df 100644 --- a/qt/widgets/instrumentview/test/InstrumentRendererTest.h +++ b/qt/widgets/instrumentview/test/InstrumentRendererTest.h @@ -36,4 +36,4 @@ class InstrumentRendererTest : public CxxTest::TestSuite { TS_ASSERT(actor.componentInfo().size() <= 1); TS_ASSERT_THROWS_NOTHING(auto renderer = std::make_unique(actor)); } -}; \ No newline at end of file +}; diff --git a/qt/widgets/instrumentview/test/InstrumentWidget/InstrumentDisplayTest.h b/qt/widgets/instrumentview/test/InstrumentWidget/InstrumentDisplayTest.h index f5336d64f48c..a8ddb9b0ec74 100644 --- a/qt/widgets/instrumentview/test/InstrumentWidget/InstrumentDisplayTest.h +++ b/qt/widgets/instrumentview/test/InstrumentWidget/InstrumentDisplayTest.h @@ -133,4 +133,4 @@ class InstrumentDisplayTest : public CxxTest::TestSuite { template void expectCurrentWidget(MockStackedLayout *layoutMock, T *displayMock) { EXPECT_CALL(*layoutMock, currentWidget()).Times(1).WillOnce(Return(displayMock)); } -}; \ No newline at end of file +}; diff --git a/qt/widgets/instrumentview/test/InstrumentWidget/MockInstrumentDisplay.h b/qt/widgets/instrumentview/test/InstrumentWidget/MockInstrumentDisplay.h index 4ff6d97857c2..5a5437216bd4 100644 --- a/qt/widgets/instrumentview/test/InstrumentWidget/MockInstrumentDisplay.h +++ b/qt/widgets/instrumentview/test/InstrumentWidget/MockInstrumentDisplay.h @@ -43,4 +43,4 @@ class MockInstrumentDisplay : public IInstrumentDisplay { // this class to manage lifetimes std::shared_ptr m_surface; }; -} // namespace MantidQt::MantidWidgets \ No newline at end of file +} // namespace MantidQt::MantidWidgets diff --git a/qt/widgets/instrumentview/test/InstrumentWidget/MockInstrumentWidgetMaskTab.h b/qt/widgets/instrumentview/test/InstrumentWidget/MockInstrumentWidgetMaskTab.h index 6e274ae6a3a6..7669f0d7a1ba 100644 --- a/qt/widgets/instrumentview/test/InstrumentWidget/MockInstrumentWidgetMaskTab.h +++ b/qt/widgets/instrumentview/test/InstrumentWidget/MockInstrumentWidgetMaskTab.h @@ -17,4 +17,4 @@ class MockInstrumentWidgetMaskTab final : public InstrumentWidgetMaskTab { MOCK_METHOD(void, showMessageBox, (const QString &), (override)); }; -} // namespace MantidQt::MantidWidgets \ No newline at end of file +} // namespace MantidQt::MantidWidgets diff --git a/qt/widgets/instrumentview/test/InstrumentWidget/MockQtConnect.h b/qt/widgets/instrumentview/test/InstrumentWidget/MockQtConnect.h index 9c46c317cc62..582c240c1454 100644 --- a/qt/widgets/instrumentview/test/InstrumentWidget/MockQtConnect.h +++ b/qt/widgets/instrumentview/test/InstrumentWidget/MockQtConnect.h @@ -17,4 +17,4 @@ class MockQtConnect : public QtConnect { MOCK_METHOD(void, connect, (QObject *, const char *, QObject *, const char *), (const, override)); MOCK_METHOD(void, connect, (QObject *, const char *, QObject *, const char *, Qt::ConnectionType), (const, override)); }; -} // namespace MantidQt::MantidWidgets \ No newline at end of file +} // namespace MantidQt::MantidWidgets diff --git a/qt/widgets/instrumentview/test/InstrumentWidget/MockStackedLayout.h b/qt/widgets/instrumentview/test/InstrumentWidget/MockStackedLayout.h index 92499a6653cd..fd8962c795a2 100644 --- a/qt/widgets/instrumentview/test/InstrumentWidget/MockStackedLayout.h +++ b/qt/widgets/instrumentview/test/InstrumentWidget/MockStackedLayout.h @@ -21,4 +21,4 @@ class MockStackedLayout : public IStackedLayout { MOCK_METHOD(QWidget *, currentWidget, (), (const, override)); MOCK_METHOD(void, setCurrentIndex, (int), (override)); }; -} // namespace MantidQt::MantidWidgets \ No newline at end of file +} // namespace MantidQt::MantidWidgets diff --git a/qt/widgets/mplcpp/inc/MantidQtWidgets/MplCpp/Colors.h b/qt/widgets/mplcpp/inc/MantidQtWidgets/MplCpp/Colors.h index adac3bb89f86..8d1e029b149f 100644 --- a/qt/widgets/mplcpp/inc/MantidQtWidgets/MplCpp/Colors.h +++ b/qt/widgets/mplcpp/inc/MantidQtWidgets/MplCpp/Colors.h @@ -90,4 +90,4 @@ class MANTID_MPLCPP_DLL PowerNorm : public NormalizeBase { } // namespace MplCpp } // namespace Widgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/mplcpp/inc/MantidQtWidgets/MplCpp/FigureCanvasQt.h b/qt/widgets/mplcpp/inc/MantidQtWidgets/MplCpp/FigureCanvasQt.h index f26fd2713f3f..f3ab1fd2724f 100644 --- a/qt/widgets/mplcpp/inc/MantidQtWidgets/MplCpp/FigureCanvasQt.h +++ b/qt/widgets/mplcpp/inc/MantidQtWidgets/MplCpp/FigureCanvasQt.h @@ -60,4 +60,4 @@ class MANTID_MPLCPP_DLL FigureCanvasQt : public QWidget, public Common::Python:: } // namespace MplCpp } // namespace Widgets -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/plotting/inc/MantidQtWidgets/Plotting/PlotWidget/PlotModel.h b/qt/widgets/plotting/inc/MantidQtWidgets/Plotting/PlotWidget/PlotModel.h index e066198be372..4133d4bd5572 100644 --- a/qt/widgets/plotting/inc/MantidQtWidgets/Plotting/PlotWidget/PlotModel.h +++ b/qt/widgets/plotting/inc/MantidQtWidgets/Plotting/PlotWidget/PlotModel.h @@ -31,4 +31,4 @@ class EXPORT_OPT_MANTIDQT_PLOTTING PlotModel { std::vector m_workspaceIndices; bool m_plotErrorBars{false}; }; -} // namespace MantidQt::MantidWidgets \ No newline at end of file +} // namespace MantidQt::MantidWidgets diff --git a/qt/widgets/plotting/inc/MantidQtWidgets/Plotting/PlotWidget/PlotPresenter.h b/qt/widgets/plotting/inc/MantidQtWidgets/Plotting/PlotWidget/PlotPresenter.h index 0c5e1bca3ff0..f7df881800d3 100644 --- a/qt/widgets/plotting/inc/MantidQtWidgets/Plotting/PlotWidget/PlotPresenter.h +++ b/qt/widgets/plotting/inc/MantidQtWidgets/Plotting/PlotWidget/PlotPresenter.h @@ -33,4 +33,4 @@ class EXPORT_OPT_MANTIDQT_PLOTTING PlotPresenter { IPlotView *m_view{nullptr}; std::unique_ptr m_model{nullptr}; }; -} // namespace MantidQt::MantidWidgets \ No newline at end of file +} // namespace MantidQt::MantidWidgets diff --git a/qt/widgets/plotting/inc/MantidQtWidgets/Plotting/PlotWidget/QtPlotView.h b/qt/widgets/plotting/inc/MantidQtWidgets/Plotting/PlotWidget/QtPlotView.h index cc0675ce8d28..5275bcac2b01 100644 --- a/qt/widgets/plotting/inc/MantidQtWidgets/Plotting/PlotWidget/QtPlotView.h +++ b/qt/widgets/plotting/inc/MantidQtWidgets/Plotting/PlotWidget/QtPlotView.h @@ -32,4 +32,4 @@ class EXPORT_OPT_MANTIDQT_PLOTTING QtPlotView : public QWidget, public IPlotView void createLayout(); }; -} // namespace MantidQt::MantidWidgets \ No newline at end of file +} // namespace MantidQt::MantidWidgets diff --git a/qt/widgets/plotting/src/PlotWidget/PlotModel.cpp b/qt/widgets/plotting/src/PlotWidget/PlotModel.cpp index a761fab7ac3d..a05d0247bbea 100644 --- a/qt/widgets/plotting/src/PlotWidget/PlotModel.cpp +++ b/qt/widgets/plotting/src/PlotWidget/PlotModel.cpp @@ -26,4 +26,4 @@ void PlotModel::setSpectrum(const Mantid::API::MatrixWorkspace_sptr &ws, const s m_workspaces = std::vector{ws}; m_workspaceIndices = std::vector{static_cast(wsIndex)}; } -} // namespace MantidQt::MantidWidgets \ No newline at end of file +} // namespace MantidQt::MantidWidgets diff --git a/qt/widgets/plotting/test/PlotWidget/PlotModelTest.h b/qt/widgets/plotting/test/PlotWidget/PlotModelTest.h index 2973d4fe8c79..5d9b929f2aad 100644 --- a/qt/widgets/plotting/test/PlotWidget/PlotModelTest.h +++ b/qt/widgets/plotting/test/PlotWidget/PlotModelTest.h @@ -61,4 +61,4 @@ class PlotModelTest : public CxxTest::TestSuite { TS_ASSERT(model.getPlotErrorBars()); } -}; \ No newline at end of file +}; diff --git a/qt/widgets/plugins/algorithm_dialogs/src/PeriodicTableWidget.cpp b/qt/widgets/plugins/algorithm_dialogs/src/PeriodicTableWidget.cpp index 522139a9b13b..32ef4e27d45a 100644 --- a/qt/widgets/plugins/algorithm_dialogs/src/PeriodicTableWidget.cpp +++ b/qt/widgets/plugins/algorithm_dialogs/src/PeriodicTableWidget.cpp @@ -344,4 +344,4 @@ void PeriodicTableWidget::populateAllButtonsVector() { AllElementButtons.push_back(Metalloids); AllElementButtons.push_back(Halogens); AllElementButtons.push_back(NobleGases); -} \ No newline at end of file +} diff --git a/qt/widgets/regionselector/inc/MantidQtWidgets/RegionSelector/IRegionSelector.h b/qt/widgets/regionselector/inc/MantidQtWidgets/RegionSelector/IRegionSelector.h index c103815f3dea..1706ce2c111b 100644 --- a/qt/widgets/regionselector/inc/MantidQtWidgets/RegionSelector/IRegionSelector.h +++ b/qt/widgets/regionselector/inc/MantidQtWidgets/RegionSelector/IRegionSelector.h @@ -28,4 +28,4 @@ class MANTID_REGIONSELECTOR_DLL IRegionSelector { virtual Selection getRegion(const std::string ®ionType) = 0; virtual void cancelDrawingRegion() = 0; }; -} // namespace MantidQt::Widgets \ No newline at end of file +} // namespace MantidQt::Widgets diff --git a/qt/widgets/regionselector/test/MockRegionSelector.h b/qt/widgets/regionselector/test/MockRegionSelector.h index 6eac39dd8e7b..9d7534472a65 100644 --- a/qt/widgets/regionselector/test/MockRegionSelector.h +++ b/qt/widgets/regionselector/test/MockRegionSelector.h @@ -21,4 +21,4 @@ class MockRegionSelector : public IRegionSelector { MOCK_METHOD(Selection, getRegion, (const std::string ®ionType), (override)); MOCK_METHOD(void, cancelDrawingRegion, (), (override)); }; -} // namespace MantidQt::Widgets \ No newline at end of file +} // namespace MantidQt::Widgets diff --git a/qt/widgets/spectroscopy/inc/MantidQtWidgets/Spectroscopy/InterfaceProperties.xml b/qt/widgets/spectroscopy/inc/MantidQtWidgets/Spectroscopy/InterfaceProperties.xml index 6cc864c856f9..ab0b1ed70654 100644 --- a/qt/widgets/spectroscopy/inc/MantidQtWidgets/Spectroscopy/InterfaceProperties.xml +++ b/qt/widgets/spectroscopy/inc/MantidQtWidgets/Spectroscopy/InterfaceProperties.xml @@ -111,4 +111,4 @@ xsi:schemaLocation="http://www.w3schools.com IndirectInterfacePropertiesSchema.x - \ No newline at end of file + diff --git a/qt/widgets/spectroscopy/inc/MantidQtWidgets/Spectroscopy/MockObjects.h b/qt/widgets/spectroscopy/inc/MantidQtWidgets/Spectroscopy/MockObjects.h index f02bd4c9d363..e524bc71e1e8 100644 --- a/qt/widgets/spectroscopy/inc/MantidQtWidgets/Spectroscopy/MockObjects.h +++ b/qt/widgets/spectroscopy/inc/MantidQtWidgets/Spectroscopy/MockObjects.h @@ -222,4 +222,4 @@ class MockRunSubscriber : public IRunSubscriber { MOCK_CONST_METHOD0(getSubscriberName, const std::string()); }; -GNU_DIAG_ON_SUGGEST_OVERRIDE \ No newline at end of file +GNU_DIAG_ON_SUGGEST_OVERRIDE diff --git a/qt/widgets/spectroscopy/inc/MantidQtWidgets/Spectroscopy/RunWidget/IRunSubscriber.h b/qt/widgets/spectroscopy/inc/MantidQtWidgets/Spectroscopy/RunWidget/IRunSubscriber.h index 8d2b4031546c..2361f3aee8e9 100644 --- a/qt/widgets/spectroscopy/inc/MantidQtWidgets/Spectroscopy/RunWidget/IRunSubscriber.h +++ b/qt/widgets/spectroscopy/inc/MantidQtWidgets/Spectroscopy/RunWidget/IRunSubscriber.h @@ -23,4 +23,4 @@ class MANTID_SPECTROSCOPY_DLL IRunSubscriber { }; } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/spectroscopy/inc/MantidQtWidgets/Spectroscopy/RunWidget/RunPresenter.h b/qt/widgets/spectroscopy/inc/MantidQtWidgets/Spectroscopy/RunWidget/RunPresenter.h index 63fb3e087882..489fe6ccd4e0 100644 --- a/qt/widgets/spectroscopy/inc/MantidQtWidgets/Spectroscopy/RunWidget/RunPresenter.h +++ b/qt/widgets/spectroscopy/inc/MantidQtWidgets/Spectroscopy/RunWidget/RunPresenter.h @@ -47,4 +47,4 @@ class MANTID_SPECTROSCOPY_DLL RunPresenter final : public IRunPresenter { }; } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/spectroscopy/inc/MantidQtWidgets/Spectroscopy/RunWidget/RunView.h b/qt/widgets/spectroscopy/inc/MantidQtWidgets/Spectroscopy/RunWidget/RunView.h index 6ef565c8e6a8..c1724ce1adf8 100644 --- a/qt/widgets/spectroscopy/inc/MantidQtWidgets/Spectroscopy/RunWidget/RunView.h +++ b/qt/widgets/spectroscopy/inc/MantidQtWidgets/Spectroscopy/RunWidget/RunView.h @@ -53,4 +53,4 @@ private slots: }; } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/spectroscopy/src/RunWidget/RunPresenter.cpp b/qt/widgets/spectroscopy/src/RunWidget/RunPresenter.cpp index 8e8ab59068ef..9e684bb2aa1e 100644 --- a/qt/widgets/spectroscopy/src/RunWidget/RunPresenter.cpp +++ b/qt/widgets/spectroscopy/src/RunWidget/RunPresenter.cpp @@ -48,4 +48,4 @@ bool RunPresenter::validate(std::unique_ptr validator) cons } } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/qt/widgets/spectroscopy/src/RunWidget/RunView.cpp b/qt/widgets/spectroscopy/src/RunWidget/RunView.cpp index 1f14229c3189..ce872347d6e0 100644 --- a/qt/widgets/spectroscopy/src/RunWidget/RunView.cpp +++ b/qt/widgets/spectroscopy/src/RunWidget/RunView.cpp @@ -39,4 +39,4 @@ void RunView::displayWarning(std::string const &message) { } } // namespace CustomInterfaces -} // namespace MantidQt \ No newline at end of file +} // namespace MantidQt diff --git a/scripts/Diffraction/isis_powder/gem_routines/Examples/Gem_config_example.yaml b/scripts/Diffraction/isis_powder/gem_routines/Examples/Gem_config_example.yaml index fcbb4ddff452..d6bfe5ab8c75 100644 --- a/scripts/Diffraction/isis_powder/gem_routines/Examples/Gem_config_example.yaml +++ b/scripts/Diffraction/isis_powder/gem_routines/Examples/Gem_config_example.yaml @@ -9,4 +9,3 @@ calibration_config_path : 'C:\gem\calibration\cal_map.yaml' # Or we could set it to always perform vanadium normalisation by default: vanadium_normalisation : True - diff --git a/scripts/Diffraction/isis_powder/osiris_routines/Examples/Calibrations/1_1/osiris_grouping.cal b/scripts/Diffraction/isis_powder/osiris_routines/Examples/Calibrations/1_1/osiris_grouping.cal index 7db9cde01fbd..8eeaa758d256 100644 --- a/scripts/Diffraction/isis_powder/osiris_routines/Examples/Calibrations/1_1/osiris_grouping.cal +++ b/scripts/Diffraction/isis_powder/osiris_routines/Examples/Calibrations/1_1/osiris_grouping.cal @@ -961,4 +961,4 @@ 958 959 -0.0004555 0 8 959 960 0.0002160 0 8 960 961 0.0003016 0 8 - 961 962 -0.0000879 0 8 \ No newline at end of file + 961 962 -0.0000879 0 8 diff --git a/scripts/Diffraction/isis_powder/osiris_routines/Examples/Calibrations/osiris_grouping.cal b/scripts/Diffraction/isis_powder/osiris_routines/Examples/Calibrations/osiris_grouping.cal index 7db9cde01fbd..8eeaa758d256 100644 --- a/scripts/Diffraction/isis_powder/osiris_routines/Examples/Calibrations/osiris_grouping.cal +++ b/scripts/Diffraction/isis_powder/osiris_routines/Examples/Calibrations/osiris_grouping.cal @@ -961,4 +961,4 @@ 958 959 -0.0004555 0 8 959 960 0.0002160 0 8 960 961 0.0003016 0 8 - 961 962 -0.0000879 0 8 \ No newline at end of file + 961 962 -0.0000879 0 8 diff --git a/scripts/Diffraction/isis_powder/osiris_routines/Examples/osiris_config_example.yaml b/scripts/Diffraction/isis_powder/osiris_routines/Examples/osiris_config_example.yaml index fe8793d40001..082b3af52a25 100644 --- a/scripts/Diffraction/isis_powder/osiris_routines/Examples/osiris_config_example.yaml +++ b/scripts/Diffraction/isis_powder/osiris_routines/Examples/osiris_config_example.yaml @@ -1,2 +1,2 @@ vanadium_normalisation : True -subtract_empty_can : True \ No newline at end of file +subtract_empty_can : True diff --git a/scripts/Diffraction/isis_powder/osiris_routines/Examples/osiris_run_mapping.yaml b/scripts/Diffraction/isis_powder/osiris_routines/Examples/osiris_run_mapping.yaml index 49d027e13840..6efc57fc8747 100644 --- a/scripts/Diffraction/isis_powder/osiris_routines/Examples/osiris_run_mapping.yaml +++ b/scripts/Diffraction/isis_powder/osiris_routines/Examples/osiris_run_mapping.yaml @@ -29,4 +29,4 @@ empty_drange11 : "82727" empty_drange12 : "82728" empty_can_run_numbers : "82717-82728" - offset_file_name : 'osiris_grouping.cal' \ No newline at end of file + offset_file_name : 'osiris_grouping.cal' diff --git a/scripts/Diffraction/isis_powder/pearl_routines/Examples/pearl_config_example.yaml b/scripts/Diffraction/isis_powder/pearl_routines/Examples/pearl_config_example.yaml index aee06576f0d0..3034c680fe63 100644 --- a/scripts/Diffraction/isis_powder/pearl_routines/Examples/pearl_config_example.yaml +++ b/scripts/Diffraction/isis_powder/pearl_routines/Examples/pearl_config_example.yaml @@ -17,4 +17,4 @@ attenuation_files: - name : ZTA path : C:\pearl\anvil_atten_files\PRL112_DC25_10MM_FF.OUT - name : WC - path : C:\pearl\anvil_atten_files\PRL985_WC_HOYBIDE_NK_10MM_FF.OUT \ No newline at end of file + path : C:\pearl\anvil_atten_files\PRL985_WC_HOYBIDE_NK_10MM_FF.OUT diff --git a/scripts/Diffraction/isis_powder/polaris_routines/Examples/polaris_cycle_map.yaml b/scripts/Diffraction/isis_powder/polaris_routines/Examples/polaris_cycle_map.yaml index 4fb2bb6c0eb5..c42926a955bd 100644 --- a/scripts/Diffraction/isis_powder/polaris_routines/Examples/polaris_cycle_map.yaml +++ b/scripts/Diffraction/isis_powder/polaris_routines/Examples/polaris_cycle_map.yaml @@ -151,6 +151,3 @@ # PDF: # vanadium_run_numbers : "" # empty_run_numbers : "" - - - diff --git a/scripts/SANS/sans/README.md b/scripts/SANS/sans/README.md index b5db376f6045..280334d093e3 100644 --- a/scripts/SANS/sans/README.md +++ b/scripts/SANS/sans/README.md @@ -22,4 +22,4 @@ This elements of this package are used for testing the SANS reduction framework. ## `user_file` -The elements of this package are used to parse a SANS user file and to setup a state object from the specified settings. \ No newline at end of file +The elements of this package are used to parse a SANS user file and to setup a state object from the specified settings. diff --git a/scripts/pychop/arcs.yaml b/scripts/pychop/arcs.yaml index 6c513fae6ea1..65b330dc063e 100644 --- a/scripts/pychop/arcs.yaml +++ b/scripts/pychop/arcs.yaml @@ -118,4 +118,3 @@ moderator: flux: [1, 1, 1.0769418795, 1.0912234366, 1.1117847541, 1.143928794, 1.201252718, 1.2318227972, 1.2731629789, 1.3321623679, 1.4236719322, 1.5075346925, 1.6322258496, 1.7551658109, 1.9353360797, 2.1356198518, 2.4386575654, 2.9461376015, 3.8879041876, 4.331779711, 4.8546361998, 5.4701373626, 6.1966620127, 7.3007339739] -