Class Hierarchy

• reflectometry.model1d.profileview.addData2XML.AddData2XML: When we create a xml but containing NO data.
• wx.App
• wx.App
• wx.App
• wx.App
• wx.App
• reflectometry.model1d.model.bspline.BSpline: Deprecated.
• reflectometry.model1d.profileview.baseInteractor.BaseInteractor: Abstract base class for someone who use interactor
  • reflectometry.model1d.profileview.interfaceInteractor.InterfaceInteractor: Control the size of the layers.
  • reflectometry.model1d.profileview.roughnessInteractor.RoughnessInteractor: Control the roughness of the layers.
• site-packages.reflectometry.model1d.profileview.baseInteractor.BaseInteractor: Abstract base class for someone who use interactor
• reflectometry.model1d.model.staj.BaseStaj
• reflectometry.model1d.profileview.binder.BindArtist
• reflectometry.reduction.binder.BindArtist
• reflectometry.model1d.examples.demo_chisq_surfaces.Chisq: Compute chisq(p) given f(p),y,dy
• reflectometry.model1d.theoryview.matBase.Cursors
• reflectometry.model1d.model.dataLoader.Data
• reflectometry.model1d.model.dataLoader.DataSet: Support for polarized data
• reflectometry.reduction.selection.Datasets.Dataset
• reflectometry.reduction.selection.Datasets: A dataset is a set of files with an embedded sequence number.
• reflectometry.reduction.properties.DatedValuesInstance
• reflectometry.model1d.examples.demo_chisq_surfaces.Demo_Model: Example model.
• wx.Dialog
• wx.Dialog
• wx.Dialog
• wx.Dialog
• wx.Dialog
• wx.Dialog
• wx.Dialog
• wx.Dialog
• wx.Dialog
• matplotlib.ticker.TickHelper.DummyAxis
• matplotlib.backend_bases.FigureCanvasBase: The canvas the figure renders into.
  • matplotlib.backends.backend_agg.FigureCanvasAgg: The canvas the figure renders into.
    • matplotlib.backends.backend_wxagg.FigureCanvasWxAgg: The FigureCanvas contains the figure and does event handling.
      • reflectometry.reduction.canvas.FigureCanvas: Add features to the wx agg canvas for better support of AUI and faster plotting.
  • matplotlib.backends.backend_wx.FigureCanvasWx: The FigureCanvas contains the figure and does event handling.
    • matplotlib.backends.backend_wxagg.FigureCanvasWxAgg: The FigureCanvas contains the figure and does event handling.
      • reflectometry.reduction.canvas.FigureCanvas: Add features to the wx agg canvas for better support of AUI and faster plotting.
• reflectometry.model1d.profileview.fit.Fit
• reflectometry.model1d.model.dataLoader.FixedResolution
• reflectometry.reduction.fresnel.Fresnel: Function for computing the Fresnel reflectivity for a single interface.
• reflectometry.model1d.profileview.getData2XML.GetData2XML: When we create a xml but containing NO data.
• reflectometry.model1d.profileview.plotInfoPanel.InfoPanel
• reflectometry.model1d.model.layer.JoinLayer: Join the current section of the profile to the previous section
• reflectometry.model1d.theoryview.auiBase.LineAttribute: Attributes for PolyLine:
• reflectometry.model1d.theoryview.matPlotBase.LineAttribute: Attributes for PolyLine:
• reflectometry.model1d.profileview.listener.Listener
• reflectometry.model1d.theoryview.matPlotBase.MarkerAttribute: Attributes for PolyMarker.
• reflectometry.model1d.theoryview.auiBase.MarkerAttribute: Attributes for PolyMarker.
• reflectometry.model1d.model.model.Model
• reflectometry.model1d.model.layer.NoLayer: Empty layer
• reflectometry.model1d.profileview.parseReflModel.ParkFit
• reflectometry.model1d.theoryview.reflPlotPanel.PlotAttribute: Attributes for each graphics plotting.
• reflectometry.model1d.theoryview.matPlotBase.PlotAttribute: Attributes for each graphics plotting.
• wx.lib.plot.PolyPoints: Base Class for lines and markers - All methods are private.
  • reflectometry.model1d.theoryview.polyError.PolyErrorBar: The Pen style wxSOLID Solid style.
  • reflectometry.model1d.theoryview.polyText.PolyText: Class to define the text type and style.
• reflectometry.model1d.theoryview.polyText.PolyTextFZW: Class to define the text type and style.
• reflectometry.model1d.model.profile.Profile: Reflectometry depth profile class.
• wx._core.PyOnDemandOutputWindow: A class that can be used for redirecting Python's stdout and stderr streams.
• reflectometry.model1d.profileview.parseReflModel.ReflModel
• reflectometry.model1d.profileview.reflInteractor.ReflectometryInteractor: Reflectometry profile editor
• matplotlib.cm.ScalarMappable: This is a mixin class to support scalar -> RGBA mapping.
  • matplotlib.collections.Collection: Base class for Collections.
    • matplotlib.collections.LineCollection: All parameters must be sequences or scalars; if scalars, they will be converted to sequences.
      • reflectometry.model1d.tests.mplot3d.Line3DCollection
    • matplotlib.collections.PolyCollection
      • reflectometry.model1d.tests.mplot3d.Poly3DCollection
• reflectometry.reduction.binder.Selection: Store and compare selections.
• reflectometry.model1d.profileview.binder.Selection: Store and compare selections.
• reflectometry.model1d.model.staj2model.Staj2MModel
• reflectometry.model1d.model.staj2model.Staj2Model
• reflectometry.model1d.tests.reflTest.unittest.TestCase
• unittest.TestCase: A class whose instances are single test cases.
• reflectometry.model1d.tests.reflTest.unittest.TestCase
• reflectometry.model1d.tests.reflTest.unittest.TestCase
• reflectometry.model1d.tests.reflTest.unittest.TestCase
• reflectometry.model1d.tests.reflTest.unittest.TestCase
• reflectometry.model1d.tests.reflTest.unittest.TestCase
• reflectometry.model1d.tests.reflTest.unittest.TestCase
• reflectometry.model1d.tests.reflTest.unittest.TestCase
• reflectometry.model1d.tests.reflTest.unittest.TestCase
• reflectometry.model1d.tests.reflTest.unittest.TestCase
• reflectometry.model1d.tests.reflTest.unittest.TestCase
• reflectometry.model1d.tests.reflTest.unittest.TestCase
• reflectometry.model1d.tests.reflTest.unittest.TestCase
• reflectometry.model1d.tests.reflTest.unittest.TestCase
• reflectometry.model1d.tests.reflTest.unittest.TestCase
• reflectometry.model1d.model.tetheredPolymer.TetheredPolymer: Deprecated.
• site-packages.park.theory.parkTheory.Theory: The base class to implement the theoretical calculation.
• matplotlib.ticker.TickHelper
  • matplotlib.ticker.Formatter: Convert the tick location to a string
    • matplotlib.ticker.LogFormatter: Format values for log axis;
      • reflectometry.reduction.ticker.LogFormatterMathtext: Format values for log axis; using exponent = log_base(value)
  • matplotlib.ticker.Locator: Determine the tick locations;
    • reflectometry.reduction.ticker.LogLocator: Determine the tick locations for log axes
• reflectometry.model1d.model.dataLoader.VaryingResolution
• park.XmlAttribute
• park.XmlData
• park.XmlDataSource
• park.XmlDataset
• park.XmlObject
• park.XmlParameter
• park.XmlParameter
• reflectometry.model1d.model.layer._Layer: Abstract Layer Class
• object: The most base type
  • reflectometry.reduction.areacor.AreaCorrection: Convert detector counts from counts per pixel to counts per unit area.
  • matplotlib.artist.Artist: Abstract base class for someone who renders into a :class:`FigureCanvas`.
    • matplotlib.axes.Axes: The :class:`Axes` contains most of the figure elements: :class:`~matplotlib.axis.Axis`, :class:`~matplotlib.axis.Tick`, :class:`~matplotlib.lines.Line2D`, :class:`~matplotlib.text.Text`, :class:`~matplotlib.patches.Polygon`, etc., and sets the coordinate system.
      • reflectometry.model1d.tests.mplot3d.Axes3D
    • matplotlib.axis.Axis: Public attributes
      • matplotlib.axis.XAxis
        • reflectometry.model1d.tests.mplot3d.Axis
    • matplotlib.collections.Collection: Base class for Collections.
      • matplotlib.collections.LineCollection: All parameters must be sequences or scalars; if scalars, they will be converted to sequences.
        • reflectometry.model1d.tests.mplot3d.Line3DCollection
      • matplotlib.collections.PolyCollection
        • reflectometry.model1d.tests.mplot3d.Poly3DCollection
    • matplotlib.lines.Line2D
      • reflectometry.model1d.tests.mplot3d.Line3D: Make a 2D line pretend to be 3D
  • exceptions.BaseException: Common base class for all exceptions
    • exceptions.Exception: Common base class for all non-exit exceptions.
      • exceptions.StandardError: Base class for all standard Python exceptions that do not represent interpreter exiting.
        • exceptions.AssertionError: Assertion failed.
  • reflectometry.model3d.BornModel.BornModel: This contains the substrate, feature, and lattice description
  • reflectometry.reduction.icpformat.ColumnSet
  • reflectometry.reduction.nxsunit.Converter: Unit converter for NeXus style units.
  • reflectometry.reduction.correction.Correction
    • reflectometry.reduction.anglecor.AdjustAlignment: Adjust Q if there is reason to believe either the detector or the sample is rotated.
    • reflectometry.reduction.reverse.FrontCorrection: Assume all reflection is off the top surface, reversing the sense of negative angles.
    • reflectometry.reduction.normcor.Normalize
    • reflectometry.reduction.polcor.PolarizationEfficiency: Polarization efficiency correction object.
    • reflectometry.reduction.ratiocor.RatioIntensity: Compute the incident intensity assuming that data measures a reflection off known sample.
    • reflectometry.reduction.reverse.ReverseCorrection: Reverse the sense of the reflection angles, making positive angles negative and vice versa
    • reflectometry.reduction.smoothcor.Smooth: Moving window 1-D polynomial least squares smoothing filter.
    • reflectometry.reduction.ratiocor.WaterIntensity: Compute the incident intensity assuming that data measures a reflection off water.
  • reflectometry.reduction.data.Data: Data object.
  • reflectometry.reduction.properties.DatedValues
  • reflectometry.reduction.registry.ExtensionRegistry: Associate a file loader with an extension.
  • site-packages.park.fitpark.fitObject.FitObject: The superclass for classes defined under fitPark.
  • park.fitpark.fitObject.FitObject: The superclass for classes defined under fitPark.
    • park.fitpark.fitterObject.FitterObject: The service that can exchanged by XML string.
      • park.fitpark.parameterSet.ParameterSet: The logical structure of a set of parameters.
        • reflectometry.model1d.adaptor.reflParameter.ReflMagParameter: Magnetic Case
        • reflectometry.model1d.adaptor.reflParameterSet.ReflMagParameterSet: Magnetic Case
        • reflectometry.model1d.adaptor.reflParameter.ReflParameter: Refl
        • reflectometry.model1d.adaptor.reflParameterSet.ReflParameterSet: f(x) = a0 * exp(-[(x-x0)/sigma]^2),
  • reflectometry.reduction.icpformat.ICP
  • reflectometry.reduction.icpformat.Lattice
  • reflectometry.model3d.par_form.Lego_Model
  • reflectometry.reduction.limits.Limits: Collect data limits, used for selecting ranges in colour maps for example.
  • reflectometry.reduction.rebincor.LinearBinning: Desired time binning for the dataset.
  • reflectometry.reduction.wsolve.LinearModel: Model evaluator for linear solution to Ax = y.
  • reflectometry.reduction.rebincor.LogBinning: Desired time binning for the dataset.
  • reflectometry.reduction.icpformat.Motor
  • reflectometry.reduction.icpformat.MotorSet
  • reflectometry.reduction.nxs.NeXus
  • wx._core.Object: The base class for most wx objects, although in wxPython not much functionality is needed nor exposed.
    • wx._core.EvtHandler: Proxy of C++ EvtHandler class
      • wx._core.Menu: Proxy of C++ Menu class
        • reflectometry.reduction.cmapmenu.CMapMenu: Menu tree binding to a list of colormaps.
      • wx._core.PyApp: The wx.PyApp class is an implementation detail, please use the wx.App class (or some other derived class) instead.
        • wx._core.App: The wx.App class represents the application and is used to:
          • reflectometry.model1d.theoryview.plotSelector.MyApp
          • reflectometry.model1d.theoryview.lineSelector.MyApp
          • reflectometry.model1d.theoryview.matPlotPanel.MyApp
          • reflectometry.model1d.theoryview.markerDialog.MyApp
          • reflectometry.model1d.theoryview.matMarkerDialog.MyApp
          • reflectometry.model1d.theoryview.matSelector.MyApp
          • reflectometry.model1d.theoryview.matLineSelector.MyApp
          • reflectometry.model1d.theoryview.matMarkerSelector.MyApp
          • reflectometry.model1d.theoryview.matPenDialog.MyApp
          • reflectometry.model1d.theoryview.penDialog.MyApp
          • reflectometry.model1d.theoryview.markerSelector.MyApp
      • wx._core.Window: wx.Window is the base class for all windows and represents any visible object on the screen.
        • wx._windows.Panel: Proxy of C++ Panel class
          • reflectometry.model1d.theoryview.auiBase.AuiBase: A base panel to support AUI managerment.
          • park.parkAui.common.auiPanel.AuiPanel: A base panel to support AUI management.
            • park.parkAui.common.fittingResidual.FittingResidual: The base class for the fitting residual.
              • reflectometry.model1d.adaptor.matFittingResidual.MatFittingResidual: The base class for the fitting residual.
          • reflectometry.model1d.profileview.auiPanel.AuiPanel: A base panel to support AUI managerment.
            • reflectometry.model1d.profileview.plotReflBase.PlotReflBase
          • matplotlib.backends.backend_wx.FigureCanvasWx: The FigureCanvas contains the figure and does event handling.
            • matplotlib.backends.backend_wxagg.FigureCanvasWxAgg: The FigureCanvas contains the figure and does event handling.
              • reflectometry.reduction.canvas.FigureCanvas: Add features to the wx agg canvas for better support of AUI and faster plotting.
          • reflectometry.model1d.theoryview.lineSelector.LineSelector: Controller panel for data fitting service.
            • reflectometry.model1d.theoryview.lineSelector.DataLineSelector
            • reflectometry.model1d.theoryview.lineSelector.TheoryLineSelector
          • reflectometry.model1d.theoryview.markerSelector.MarkerSelector: Controller panel for data fitting service.
          • reflectometry.model1d.theoryview.matBase.MatBase: A base panel to support AUI managerment.
            • reflectometry.model1d.theoryview.matPlotBase.MatPlotBase: A base panel to support AUI managerment.
              • reflectometry.model1d.theoryview.matPlotPanel.MatPlotPanel: A basic panel that using wx.lib.plot to plot simple 2D plotting.
                • reflectometry.model1d.theoryview.matPanelNCNR.PlotPanelBlackRed: A panel to plot [x1, y1, dy1, y1'; x2, y2, dy2, y2'; ...] style data.
                  • reflectometry.model1d.adaptor.matDatasetViewerPanel.MatDatasetViewerPanel
                • reflectometry.model1d.theoryview.matChisqPanel.PlotPanelP: A panel to plot [x1, y1; x2, y2, ...] style data.
                • reflectometry.model1d.theoryview.matResidualPanel.PlotPanelR: A panel to plot residual of [x1, y1, dy1, y1'; x2, y2, dy2, y2'; ...]
          • reflectometry.model1d.theoryview.matLineSelector.MatLineSelector: Controller panel for data fitting service.
            • reflectometry.model1d.theoryview.matLineSelector.MatDataLineSelector
            • reflectometry.model1d.theoryview.matLineSelector.MatTheoryLineSelector
          • reflectometry.model1d.theoryview.matMarkerSelector.MatMarkerSelector: Controller panel for data fitting service.
          • reflectometry.reduction.selection.PathSelector: wx megawidget displaying a label, a path entry box and a button to select the path using the file dialog.
          • wx.lib.plot.PlotCanvas: Subclass of a wx.Panel which holds two scrollbars and the actual plotting canvas (self.canvas).
            • reflectometry.model1d.theoryview.reflplotCanvas.PlotCanvas: Subclass of a wx.Panel which holds the actual plotting canvas
          • reflectometry.reduction.polcorplot.Plotter
          • reflectometry.reduction.polplot.Plotter
          • reflectometry.reduction.polplot.Plotter4: The PlotPanel has a Figure and a Canvas.
          • reflectometry.reduction.polcorgui.Reduction
          • wx._windows.ScrolledWindow: Proxy of C++ ScrolledWindow class
            • wx._windows.PyScrolledWindow: Proxy of C++ PyScrolledWindow class
              • wx.lib.customtreectrl.CustomTreeCtrl
                • reflectometry.reduction.selection.DirTree: Traditional directory tree to manage the selection of multiple files.
          • reflectometry.reduction.selection.SelectionPanel
        • wx._windows.TopLevelWindow: Proxy of C++ TopLevelWindow class
          • wx._windows.Dialog: Proxy of C++ Dialog class
            • reflectometry.model1d.profileview.initModelDialog.InitModelDialog
            • reflectometry.model1d.profileview.initModelDialog.InitModelDialogNM
            • reflectometry.model1d.theoryview.markerDialog.MarkerDialog
            • reflectometry.model1d.theoryview.matMarkerDialog.MatMarkerDialog
            • reflectometry.model1d.theoryview.matPenDialog.MatPenDialog
            • reflectometry.model1d.theoryview.matSelector.MatSelector
            • reflectometry.model1d.theoryview.penDialog.PenDialog
            • reflectometry.model1d.theoryview.plotSelector.PlotSelector
            • reflectometry.model1d.tableview.removeGlobalParameter.RemoveGlobalParameter
            • reflectometry.model1d.profileview.removeLayerDialog.RemoveLayerDialog
            • reflectometry.model1d.profileview.saveModelDialog.SaveModelDialog
            • reflectometry.model1d.profileview.saveModelDialog.SaveModelDialog2
            • reflectometry.model1d.profileview.saveStajDialog.SaveStajDialog
            • reflectometry.model1d.profileview.saveFigureDialog.saveFigureDialog
  • reflectometry.model3d.par_form.Parallelapiped: This contains variables to define a feature
  • reflectometry.reduction.data.PolarizedData: Polarized data object.
  • reflectometry.reduction.wsolve.PolynomialModel: Model evaluator for best fit polynomial p(x) = y.
  • reflectometry.model3d.par_structure.Rectilinear: This contains variables to define the sample rectilinear lattice
  • site-packages.reflectometry.reduction.refldata.ReflData: Presample slits
  • reflectometry.reduction.refldata.ReflData: Presample slits
    • reflectometry.reduction.nexusref.NeXusRefl: NeXus reflectometry entry.
  • reflectometry.reduction.smooth.Smooth: Moving window 1-D polynomial least squares smoothing filter.
  • reflectometry.model3d.par_form.Substrate: This contains variables to define a substrate
  • unittest.TestCase: A class whose instances are single test cases.
    • reflectometry.model1d.tests.test_reflTest.Test
  • reflectometry.reduction.uncertainty.Uncertainty
• reflectometry.model1d.profileview.parseReflModel.xmlCalculated
• reflectometry.model1d.profileview.parseReflModel.xmlData: This class just get Multiplexor xml information from xml String or xml file.
• reflectometry.model1d.profileview.parseReflModel.xmlFit
• reflectometry.model1d.profileview.parseReflModel.xmlTheory