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strings.py 33.31 KiB
#!/usr/bin/env python
#
# strings.py -
#
# Author: Paul McCarthy <pauldmccarthy@gmail.com>
#
"""This module contains a collection of strings used throughout ``fslpy`` for
display purposes. Most of the strings are used by FSLeyes.
The strings are stored in :class:`.TypeDict` dictionaries, roughly organised
into the following categories:
================== =====================================================
:data:`messages` Messages to be displayed to the user.
:data:`titles` Titles of windows, panels, and dialogs.
:data:`actions` Names of actions tied to menu options, buttons, etc.
:data:`labels` Labels for miscellaneous things.
:data:`properties` Display names for ``props.HasProperties`` properties.
:data:`choices` Display names for ``props.HasProperties`` choice
properties.
:data:`anatomy` Anatomical and orientation labels.
:data:`nifti` Labels for NIFTI header fields.
:data:`feat` FEAT specific names and labels.
================== =====================================================
"""
from fsl.utils.typedict import TypeDict
import fsl.data.constants as constants
messages = TypeDict({
'FSLDirDialog.FSLDirNotSet' : 'The $FSLDIR environment variable '
'is not set - \n{} may not behave '
'correctly.',
'FSLDirDialog.selectFSLDir' : 'Select the directory in which '
'FSL is installed',
'fsleyes.loading' : 'Loading {}',
'FSLEyesSplash.default' : 'Loading ...',
'image.saveImage.error' : 'An error occurred saving the file. '
'Details: {}',
'image.loadImage.decompress' : '{} is a large file ({} MB) - '
'decompressing to {}, to allow memory '
'mapping...',
'ProcessingDialog.error' : 'An error has occurred: {}'
'\n\nDetails: {}',
'overlay.loadOverlays.loading' : 'Loading {} ...',
'overlay.loadOverlays.error' : 'An error occurred loading the image '
'{}\n\nDetails: {}',
'overlay.loadOverlays.unknownType' : 'Unknown data type',
'actions.loadcolourmap.loadcmap' : 'Open colour map file',
'actions.loadcolourmap.namecmap' : 'Enter a name for the colour map - '
'please use only letters, numbers, '
'and underscores.',
'actions.loadcolourmap.installcmap' : 'Do you want to install '
'this colour map permanently?',
'actions.loadcolourmap.alreadyinstalled' : 'A colour map with that name '
'already exists - choose a '
'different name.',
'actions.loadcolourmap.invalidname' : 'Please use only letters, '
'numbers, and underscores.',
'actions.loadcolourmap.installerror' : 'An error occurred while '
'installing the colour map',
'AtlasPanel.loadingAtlas' : 'Loading {} atlas ...',
'AtlasOverlayPanel.loadRegions' : 'Loading region descriptions for {} ...',
'AtlasInfoPanel.notMNISpace' : 'The selected overlay does not appear to '
'be in MNI152 space - atlas '
'information might not be accurate!' ,
'AtlasInfoPanel.chooseAnAtlas' : 'Choose an atlas!',
'AtlasInfoPanel.atlasDisabled' : 'Atlases are not available',
'CanvasPanel.screenshot' : 'Save screenshot',
'CanvasPanel.screenshot.notSaved' : 'Overlay {} needs saving before a '
'screenshot can be taken.',
'CanvasPanel.screenshot.pleaseWait' : 'Saving screenshot - '
'please wait ...',
'CanvasPanel.screenshot.error' : 'Sorry, there was an error '
'saving the screenshot. Try '
'calling render directly with '
'this command: \n{}',
'CanvasPanel.showCommandLineArgs.title' : 'Scene parameters',
'CanvasPanel.showCommandLineArgs.message' : 'Use these parameters on the '
'command line to recreate '
'the current scene',
'PlotPanel.screenshot' : 'Save screenshot',
'PlotPanel.screenshot.error' : 'An error occurred while saving the '
'screenshot.\n\n'
'Details: {}',
'HistogramPanel.calcHist' : 'Calculating histogram for {} ...',
'LookupTablePanel.labelExists' : 'The {} LUT already contains a '
'label with value {}',
'NewLutDialog.newLut' : 'Enter a name for the new LUT',
'ClusterPanel.noOverlays' : 'Add a FEAT overlay',
'ClusterPanel.notFEAT' : 'Choose a FEAT overlay',
'ClusterPanel.noClusters' : 'No cluster results exist '
'in this FEAT analysis',
'ClusterPanel.badData' : 'Cluster data could not be parsed - '
'check your cluster_*.txt files.',
'ClusterPanel.loadingCluster' : 'Loading data for cluster {} ...',
'OrthoEditProfile.displaySpaceChange' : 'Setting {} as the display '
'space reference image - this '
'is necessary for editing.',
'MelodicClassificationPanel.disabled' : 'Choose a melodic image.',
})
titles = TypeDict({
'FSLDirDialog' : '$FSLDIR is not set',
'image.saveImage.dialog' : 'Save image file',
'ProcessingDialog.error' : 'Error',
'overlay.addOverlays.dialog' : 'Open overlay files',
'overlay.loadOverlays.error' : 'Error loading overlay',
'OrthoPanel' : 'Ortho View',
'LightBoxPanel' : 'Lightbox View',
'TimeSeriesPanel' : 'Time series',
'PowerSpectrumPanel' : 'Power spectra',
'HistogramPanel' : 'Histogram',
'CanvasPanel.screenshot' : 'Save screenshot',
'CanvasPanel.screenshot.notSaved' : 'Save overlay before continuing',
'CanvasPanel.screenshot.error' : 'Error saving screenshot',
'PlotPanel.screenshot.error' : 'Error saving screenshot',
'AtlasInfoPanel' : 'Atlas information',
'AtlasOverlayPanel' : 'Atlas overlays',
'OverlayListPanel' : 'Overlay list',
'AtlasPanel' : 'Atlases',
'LocationPanel' : 'Location',
'OverlayDisplayToolBar' : 'Display toolbar',
'CanvasSettingsPanel' : 'View settings',
'OverlayDisplayPanel' : 'Display settings',
'OrthoToolBar' : 'Ortho view toolbar',
'OrthoEditToolBar' : 'Ortho view edit toolbar',
'LightBoxToolBar' : 'Lightbox view toolbar',
'LookupTablePanel' : 'Lookup tables',
'LutLabelDialog' : 'New LUT label',
'NewLutDialog' : 'New LUT',
'PlotListPanel' : 'Plot list',
'TimeSeriesControlPanel' : 'Time series control',
'HistogramControlPanel' : 'Histogram control',
'PowerSpectrumControlPanel' : 'Power spectrum control',
'ClusterPanel' : 'Cluster browser',
'OverlayInfoPanel' : 'Overlay information',
'ShellPanel' : 'Python shell',
'MelodicClassificationPanel' : 'Melodic IC classification',
'LookupTablePanel.loadLut' : 'Select a lookup table file',
'LookupTablePanel.labelExists' : 'Label already exists',
})
actions = TypeDict({
'OpenFileAction' : 'Add overlay file',
'OpenStandardAction' : 'Add standard',
'CopyOverlayAction' : 'Copy overlay',
'SaveOverlayAction' : 'Save overlay',
'LoadColourMapAction' : 'Load custom colour map',
'FSLEyesFrame.closeViewPanel' : 'Close',
'CanvasPanel.screenshot' : 'Take screenshot',
'CanvasPanel.showCommandLineArgs' : 'Show command line for scene',
'CanvasPanel.toggleColourBar' : 'Colour bar',
'CanvasPanel.toggleOverlayList' : 'Overlay list',
'CanvasPanel.toggleDisplayProperties' : 'Overlay display properties',
'CanvasPanel.toggleLocationPanel' : 'Location panel',
'CanvasPanel.toggleAtlasPanel' : 'Atlas panel',
'CanvasPanel.toggleLookupTablePanel' : 'Lookup tables',
'CanvasPanel.toggleClusterPanel' : 'Cluster browser',
'CanvasPanel.toggleOverlayInfo' : 'Overlay information',
'CanvasPanel.toggleClassificationPanel' : 'Melodic IC classification',
'CanvasPanel.toggleShell' : 'Python shell',
'OrthoPanel.toggleOrthoToolBar' : 'View properties',
'OrthoPanel.toggleEditToolBar' : 'Edit toolbar',
'OrthoToolBar.more' : 'More settings',
'LightBoxToolBar.more' : 'More settings',
'OverlayDisplayToolBar.more' : 'More settings',
'LightBoxPanel.toggleLightBoxToolBar' : 'View properties',
'PlotPanel.screenshot' : 'Take screenshot',
'TimeSeriesPanel.toggleTimeSeriesList' : 'Time series list',
'TimeSeriesPanel.toggleTimeSeriesControl' : 'Time series control',
'HistogramPanel.toggleHistogramList' : 'Histogram list',
'HistogramPanel.toggleHistogramControl' : 'Histogram control',
'PowerSpectrumPanel.togglePowerSpectrumList' : 'Power spectrum list',
'PowerSpectrumPanel.togglePowerSpectrumControl' : 'Power spectrum '
'control',
'OrthoViewProfile.centreCursor' : 'Centre cursor',
'OrthoViewProfile.resetZoom' : 'Reset zoom',
'OrthoEditProfile.undo' : 'Undo',
'OrthoEditProfile.redo' : 'Redo',
'OrthoEditProfile.fillSelection' : 'Fill',
'OrthoEditProfile.clearSelection' : 'Clear',
'OrthoEditProfile.createMaskFromSelection' : 'Mask',
'OrthoEditProfile.createROIFromSelection' : 'ROI',
})
labels = TypeDict({
'FSLDirDialog.locate' : 'Locate $FSLDIR',
'FSLDirDialog.skip' : 'Skip',
'LocationPanel.worldLocation' : 'Coordinates: ',
'LocationPanel.worldLocation.unknown' : 'Unknown',
'LocationPanel.voxelLocation' : 'Voxel location',
'LocationPanel.volume' : 'Volume',
'LocationPanel.noData' : 'No data',
'LocationPanel.outOfBounds' : 'Out of bounds',
'LocationPanel.notAvailable' : 'N/A',
'CanvasPanel.screenshot.notSaved.save' : 'Save overlay now',
'CanvasPanel.screenshot.notSaved.skip' : 'Skip overlay (will not appear '
'in screenshot)',
'CanvasPanel.screenshot.notSaved.cancel' : 'Cancel screenshot',
'LookupTablePanel.addLabel' : 'Add label',
'LookupTablePanel.newLut' : 'New',
'LookupTablePanel.copyLut' : 'Copy',
'LookupTablePanel.saveLut' : 'Save',
'LookupTablePanel.loadLut' : 'Load',
'LutLabelDialog.value' : 'Value',
'LutLabelDialog.name' : 'Name',
'LutLabelDialog.colour' : 'Colour',
'LutLabelDialog.ok' : 'Ok',
'LutLabelDialog.cancel' : 'Cancel',
'LutLabelDialog.newLabel' : 'New label',
'NewLutDialog.ok' : 'Ok',
'NewLutDialog.cancel' : 'Cancel',
'NewLutDialog.newLut' : 'New LUT',
'PlotControlPanel.plotSettings' : 'General plot settings',
'PlotControlPanel.customPlotSettings' : 'Custom plot settings',
'PlotControlPanel.currentDSSettings' : 'Plot settings for '
'selected overlay ({})',
'PlotControlPanel.customDSSettings' : 'Custom plot settings for '
'selected overlay ({})',
'PlotControlPanel.xlim' : 'X limits',
'PlotControlPanel.ylim' : 'Y limits',
'PlotControlPanel.labels' : 'Labels',
'PlotControlPanel.xlabel' : 'X',
'PlotControlPanel.ylabel' : 'Y',
'TimeSeriesControlPanel.customPlotSettings' : 'Time series settings',
'TimeSeriesControlPanel.customDSSettings' : 'FEAT settings for '
'selected overlay ({})',
'PowerSpectrumControlPanel.customPlotSettings' : 'Power spectrum plot '
'settings',
'HistogramControlPanel.customPlotSettings' : 'Histogram plot settings',
'HistogramControlPanel.customDSSettings' : 'Histogram settings for '
'selected overlay ({})',
'FEATModelFitTimeSeries.full' : 'Full model fit',
'FEATModelFitTimeSeries.cope' : 'COPE{} fit: {}',
'FEATModelFitTimeSeries.pe' : 'PE{} fit',
'FEATPartialFitTimeSeries.cope' : 'Reduced against COPE{}: {}',
'FEATPartialFitTimeSeries.pe' : 'Reduced against PE{}',
'FEATResidualTimeSeries' : 'Residuals',
'ClusterPanel.clustName' : 'Z statistics for COPE{} ({})',
'ClusterPanel.index' : 'Cluster index',
'ClusterPanel.nvoxels' : 'Size (voxels)',
'ClusterPanel.p' : 'P',
'ClusterPanel.logp' : '-log10(P)',
'ClusterPanel.zmax' : 'Z Max',
'ClusterPanel.zmaxcoords' : 'Z Max location',
'ClusterPanel.zcogcoords' : 'Z Max COG location',
'ClusterPanel.copemax' : 'COPE Max',
'ClusterPanel.copemaxcoords' : 'COPE Max location',
'ClusterPanel.copemean' : 'COPE mean',
'ClusterPanel.addZStats' : 'Add Z statistics',
'ClusterPanel.addClustMask' : 'Add cluster mask',
'OverlayDisplayPanel.Display' : 'General display settings',
'OverlayDisplayPanel.VolumeOpts' : 'Volume settings',
'OverlayDisplayPanel.MaskOpts' : 'Mask settings',
'OverlayDisplayPanel.LabelOpts' : 'Label settings',
'OverlayDisplayPanel.RGBVectorOpts' : 'RGB vector settings',
'OverlayDisplayPanel.LineVectorOpts' : 'Line vector settings',
'OverlayDisplayPanel.ModelOpts' : 'Model settings',
'OverlayDisplayPanel.loadCmap' : 'Load colour map',
'CanvasSettingsPanel.scene' : 'Scene settings',
'CanvasSettingsPanel.ortho' : 'Ortho view settings',
'CanvasSettingsPanel.lightbox' : 'Lightbox settings',
'OverlayInfoPanel.Image.dimensions' : 'Dimensions',
'OverlayInfoPanel.Image.transform' : 'Transform/space',
'OverlayInfoPanel.Image.orient' : 'Orientation',
'OverlayInfoPanel.Image' : 'NIFTI1 image',
'OverlayInfoPanel.FEATImage' : 'NIFTI1 image '
'(FEAT analysis)',
'OverlayInfoPanel.FEATImage.featInfo' : 'FEAT information',
'OverlayInfoPanel.MelodicImage' : 'NIFTI1 image '
'(MELODIC analysis)',
'OverlayInfoPanel.MelodicImage.melodicInfo' : 'MELODIC information',
'OverlayInfoPanel.Model' : 'VTK model',
'OverlayInfoPanel.Model.numVertices' : 'Number of vertices',
'OverlayInfoPanel.Model.numIndices' : 'Number of indices',
'OverlayInfoPanel.dataSource' : 'Data source',
})
properties = TypeDict({
'Profile.mode' : 'Profile',
'DisplayContext.displaySpace' : 'Display space',
'CanvasPanel.syncLocation' : 'Sync location',
'CanvasPanel.syncOverlayOrder' : 'Sync overlay order',
'CanvasPanel.syncOverlayDisplay' : 'Sync overlay display settings',
'CanvasPanel.movieMode' : 'Movie mode',
'CanvasPanel.movieRate' : 'Movie update rate',
'CanvasPanel.profile' : 'Mode',
'SceneOpts.showCursor' : 'Show location cursor',
'SceneOpts.bgColour' : 'Background colour',
'SceneOpts.cursorColour' : 'Location cursor colour',
'SceneOpts.showColourBar' : 'Show colour bar',
'SceneOpts.performance' : 'Rendering performance',
'SceneOpts.zoom' : 'Zoom',
'SceneOpts.colourBarLocation' : 'Colour bar location',
'SceneOpts.colourBarLabelSide' : 'Colour bar label side',
'LightBoxOpts.zax' : 'Z axis',
'LightBoxOpts.highlightSlice' : 'Highlight slice',
'LightBoxOpts.showGridLines' : 'Show grid lines',
'LightBoxOpts.sliceSpacing' : 'Slice spacing',
'LightBoxOpts.zrange' : 'Z range',
'OrthoOpts.showXCanvas' : 'Show X canvas',
'OrthoOpts.showYCanvas' : 'Show Y canvas',
'OrthoOpts.showZCanvas' : 'Show Z canvas',
'OrthoOpts.showLabels' : 'Show labels',
'OrthoOpts.layout' : 'Layout',
'OrthoOpts.xzoom' : 'X zoom',
'OrthoOpts.yzoom' : 'Y zoom',
'OrthoOpts.zzoom' : 'Z zoom',
'PlotPanel.legend' : 'Show legend',
'PlotPanel.ticks' : 'Show ticks',
'PlotPanel.grid' : 'Show grid',
'PlotPanel.smooth' : 'Smooth',
'PlotPanel.autoScale' : 'Auto-scale',
'PlotPanel.xLogScale' : 'Log scale (x axis)',
'PlotPanel.yLogScale' : 'Log scale (y axis)',
'PlotPanel.xlabel' : 'X label',
'PlotPanel.ylabel' : 'Y label',
'TimeSeriesPanel.plotMode' : 'Plotting mode',
'TimeSeriesPanel.usePixdim' : 'Use pixdims',
'TimeSeriesPanel.plotMelodicICs' : 'Plot component time courses for '
'Melodic images',
'TimeSeriesPanel.showMode' : 'Time series to plot',
'TimeSeriesPanel.plotFullModelFit' : 'Plot full model fit',
'TimeSeriesPanel.plotResiduals' : 'Plot residuals',
'HistogramPanel.histType' : 'Histogram type',
'HistogramPanel.showMode' : 'Histogram series to plot',
'PowerSpectrumPanel.showMode' : 'Power spectra to plot',
'PowerSpectrumPanel.plotFrequencies' : 'Show frequencies along x axis ',
'PowerSpectrumPanel.plotMelodicICs' : 'Plot component power spectra for '
'Melodic images',
'DataSeries.colour' : 'Colour',
'DataSeries.alpha' : 'Line transparency',
'DataSeries.lineWidth' : 'Line width',
'DataSeries.lineStyle' : 'Line style',
'HistogramSeries.nbins' : 'Number of bins',
'HistogramSeries.autoBin' : 'Automatic histogram binning',
'HistogramSeries.ignoreZeros' : 'Ignore zeros',
'HistogramSeries.includeOutliers' : 'Include values out of data range',
'HistogramSeries.volume' : 'Volume',
'HistogramSeries.dataRange' : 'Data range',
'HistogramSeries.showOverlay' : 'Show 3D histogram overlay',
'PowerSpectrumSeries.varNorm' : 'Normalise to unit variance',
'FEATTimeSeries.plotFullModelFit' : 'Plot full model fit',
'FEATTimeSeries.plotEVs' : 'Plot EV{} ({})',
'FEATTimeSeries.plotPEFits' : 'Plot PE{} fit ({})',
'FEATTimeSeries.plotCOPEFits' : 'Plot COPE{} fit ({})',
'FEATTimeSeries.plotResiduals' : 'Plot residuals',
'FEATTimeSeries.plotPartial' : 'Plot partial model fit against',
'FEATTimeSeries.plotData' : 'Plot data',
'OrthoEditProfile.selectionSize' : 'Selection size',
'OrthoEditProfile.selectionIs3D' : '3D selection',
'OrthoEditProfile.fillValue' : 'Fill value',
'OrthoEditProfile.intensityThres' : 'Intensity threshold',
'OrthoEditProfile.localFill' : 'Only select adjacent voxels',
'OrthoEditProfile.searchRadius' : 'Limit search to radius (mm)',
'OrthoEditProfile.selectionOverlayColour' : 'Selection overlay',
'OrthoEditProfile.selectionCursorColour' : 'Selection cursor',
'Display.name' : 'Overlay name',
'Display.overlayType' : 'Overlay data type',
'Display.enabled' : 'Enabled',
'Display.alpha' : 'Opacity',
'Display.brightness' : 'Brightness',
'Display.contrast' : 'Contrast',
'ImageOpts.resolution' : 'Resolution',
'ImageOpts.transform' : 'Image transform',
'ImageOpts.volume' : 'Volume',
'VolumeOpts.displayRange' : 'Display range',
'VolumeOpts.clippingRange' : 'Clipping range',
'VolumeOpts.cmap' : 'Colour map',
'VolumeOpts.invert' : 'Invert colour map',
'VolumeOpts.invertClipping' : 'Invert clipping range',
'VolumeOpts.interpolation' : 'Interpolation',
'MaskOpts.colour' : 'Colour',
'MaskOpts.invert' : 'Invert',
'MaskOpts.threshold' : 'Threshold',
'VectorOpts.xColour' : 'X Colour',
'VectorOpts.yColour' : 'Y Colour',
'VectorOpts.zColour' : 'Z Colour',
'VectorOpts.suppressX' : 'Suppress X value',
'VectorOpts.suppressY' : 'Suppress Y value',
'VectorOpts.suppressZ' : 'Suppress Z value',
'VectorOpts.modulate' : 'Modulate by',
'VectorOpts.modThreshold' : 'Modulation threshold',
'RGBVectorOpts.interpolation' : 'Interpolation',
'LineVectorOpts.directed' : 'Interpret vectors as directed',
'LineVectorOpts.lineWidth' : 'Line width',
'ModelOpts.colour' : 'Colour',
'ModelOpts.outline' : 'Show outline only',
'ModelOpts.outlineWidth' : 'Outline width',
'ModelOpts.refImage' : 'Reference image',
'ModelOpts.coordSpace' : 'Model coordinate space',
'ModelOpts.showName' : 'Show model name',
'LabelOpts.lut' : 'Look-up table',
'LabelOpts.outline' : 'Show outline only',
'LabelOpts.outlineWidth' : 'Outline width',
'LabelOpts.showNames' : 'Show label names',
})
choices = TypeDict({
'DisplayContext.displaySpace' : {'world' : 'World coordinates',
'pixdim' : 'Scaled voxels'},
'SceneOpts.colourBarLocation' : {'top' : 'Top',
'bottom' : 'Bottom',
'left' : 'Left',
'right' : 'Right'},
'SceneOpts.colourBarLabelSide' : {'top-left' : 'Top / Left',
'bottom-right' : 'Bottom / Right'},
'SceneOpts.performance' : {1 : 'Fastest',
2 : 'Faster',
3 : 'Good looking',
4 : 'Better looking',
5 : 'Best looking'},
'CanvasOpts.zax' : {0 : 'X axis',
1 : 'Y axis',
2 : 'Z axis'},
'OrthoOpts.layout' : {'horizontal' : 'Horizontal',
'vertical' : 'Vertical',
'grid' : 'Grid'},
'HistogramPanel.dataRange.min' : 'Min.',
'HistogramPanel.dataRange.max' : 'Max.',
'LightBoxOpts.zrange.min' : 'Min.',
'LightBoxOpts.zrange.max' : 'Max.',
'VolumeOpts.displayRange.min' : 'Min.',
'VolumeOpts.displayRange.max' : 'Max.',
'VectorOpts.displayType.line' : 'Lines',
'VectorOpts.displayType.rgb' : 'RGB',
'VectorOpts.modulate.none' : 'No modulation',
'ModelOpts.refImage.none' : 'No reference image',
'ImageOpts.transform' : {'affine' : 'Use qform/sform transformation '
'matrix',
'pixdim' : 'Use pixdims only',
'id' : 'Do not use qform/sform or pixdims',
'custom' : 'Apply a custom transformation '
'matrix'},
'VolumeOpts.interpolation' : {'none' : 'No interpolation',
'linear' : 'Linear interpolation',
'spline' : 'Spline interpolation'},
'Display.overlayType' : {'volume' : '3D/4D volume',
'mask' : '3D/4D mask image',
'label' : 'Label image',
'rgbvector' : '3-direction vector image (RGB)',
'linevector' : '3-direction vector image (Line)',
'model' : '3D model'},
'HistogramPanel.histType' : {'probability' : 'Probability',
'count' : 'Count'},
'DataSeries.lineStyle' : {'-' : 'Solid line',
'--' : 'Dashed line',
'-.' : 'Dash-dot line',
':' : 'Dotted line'},
'TimeSeriesPanel.plotMode' : {'normal' : 'Normal - no '
'scaling/offsets',
'demean' : 'Demeaned',
'normalise' : 'Normalised',
'percentChange' : 'Percent changed'},
'TimeSeriesPanel.showMode' : {'current' : 'Show the time series for '
'the currently selected overlay',
'all' : 'Show the time series '
'for all overlays',
'none' : 'Only show the time series '
'in the time series list'},
'HistogramPanel.showMode' : {'current' : 'Show the histogram for '
'the currently selected overlay',
'all' : 'Show the histograms '
'for all overlays',
'none' : 'Only show the histograms '
'in the time series list'},
'PowerSpectrumPanel.showMode' : {'current' : 'Show the power spectrum for '
'the currently selected '
'overlay',
'all' : 'Show the power spectra '
'for all overlays',
'none' : 'Only show the power spectra '
'in the power spectra list'}
})
anatomy = TypeDict({
('Image', 'lowlong', constants.ORIENT_A2P) : 'Anterior',
('Image', 'lowlong', constants.ORIENT_P2A) : 'Posterior',
('Image', 'lowlong', constants.ORIENT_L2R) : 'Left',
('Image', 'lowlong', constants.ORIENT_R2L) : 'Right',
('Image', 'lowlong', constants.ORIENT_I2S) : 'Inferior',
('Image', 'lowlong', constants.ORIENT_S2I) : 'Superior',
('Image', 'lowlong', constants.ORIENT_UNKNOWN) : 'Unknown',
('Image', 'highlong', constants.ORIENT_A2P) : 'Posterior',
('Image', 'highlong', constants.ORIENT_P2A) : 'Anterior',
('Image', 'highlong', constants.ORIENT_L2R) : 'Right',
('Image', 'highlong', constants.ORIENT_R2L) : 'Left',
('Image', 'highlong', constants.ORIENT_I2S) : 'Superior',
('Image', 'highlong', constants.ORIENT_S2I) : 'Inferior',
('Image', 'highlong', constants.ORIENT_UNKNOWN) : 'Unknown',
('Image', 'lowshort', constants.ORIENT_A2P) : 'A',
('Image', 'lowshort', constants.ORIENT_P2A) : 'P',
('Image', 'lowshort', constants.ORIENT_L2R) : 'L',
('Image', 'lowshort', constants.ORIENT_R2L) : 'R',
('Image', 'lowshort', constants.ORIENT_I2S) : 'I',
('Image', 'lowshort', constants.ORIENT_S2I) : 'S',
('Image', 'lowshort', constants.ORIENT_UNKNOWN) : '?',
('Image', 'highshort', constants.ORIENT_A2P) : 'P',
('Image', 'highshort', constants.ORIENT_P2A) : 'A',
('Image', 'highshort', constants.ORIENT_L2R) : 'R',
('Image', 'highshort', constants.ORIENT_R2L) : 'L',
('Image', 'highshort', constants.ORIENT_I2S) : 'S',
('Image', 'highshort', constants.ORIENT_S2I) : 'I',
('Image', 'highshort', constants.ORIENT_UNKNOWN) : '?',
('Image', 'space', constants.NIFTI_XFORM_UNKNOWN) : 'Unknown',
('Image', 'space', constants.NIFTI_XFORM_SCANNER_ANAT) : 'Scanner '
'anatomical',
('Image', 'space', constants.NIFTI_XFORM_ALIGNED_ANAT) : 'Aligned '
'anatomical',
('Image', 'space', constants.NIFTI_XFORM_TALAIRACH) : 'Talairach',
('Image', 'space', constants.NIFTI_XFORM_MNI_152) : 'MNI152',
})
nifti = TypeDict({
'dimensions' : 'Number of dimensions',
'datatype' : 'Data type',
'vox_units' : 'XYZ units',
'time_units' : 'Time units',
'descrip' : 'Description',
'qform_code' : 'QForm code',
'sform_code' : 'SForm code',
'intent_code' : 'Intent code',
'intent_name' : 'Intent name',
'voxOrient.0' : 'X voxel orientation',
'voxOrient.1' : 'Y voxel orientation',
'voxOrient.2' : 'Z voxel orientation',
'worldOrient.0' : 'X world orientation',
'worldOrient.1' : 'Y world orientation',
'worldOrient.2' : 'Z world orientation',
'qform' : 'QForm matrix',
'sform' : 'SForm matrix',
'dim1' : 'dim1',
'dim2' : 'dim2',
'dim3' : 'dim3',
'dim4' : 'dim4',
'dim5' : 'dim5',
'dim6' : 'dim6',
'dim7' : 'dim7',
'pixdim1' : 'pixdim1',
'pixdim2' : 'pixdim2',
'pixdim3' : 'pixdim3',
'pixdim4' : 'pixdim4',
'pixdim5' : 'pixdim5',
'pixdim6' : 'pixdim6',
'pixdim7' : 'pixdim7',
('datatype', 0) : 'UNKNOWN',
('datatype', 1) : 'BINARY',
('datatype', 2) : 'UINT8',
('datatype', 4) : 'INT16',
('datatype', 8) : 'INT32',
('datatype', 16) : 'FLOAT32',
('datatype', 32) : 'COMPLEX64',
('datatype', 64) : 'DOUBLE64',
('datatype', 128) : 'RGB',
('datatype', 255) : 'ALL',
('datatype', 256) : 'INT8',
('datatype', 512) : 'UINT16',
('datatype', 768) : 'UINT32',
('datatype', 1024) : 'INT64',
('datatype', 1280) : 'UINT64',
('datatype', 1536) : 'FLOAT128',
('datatype', 1792) : 'COMPLEX128',
('datatype', 2048) : 'COMPLEX256',
('datatype', 2304) : 'RGBA32',
('intent_code', 0) : 'NIFTI_INTENT_CODE_NONE',
('intent_code', 2) : 'NIFTI_INTENT_CODE_CORREL',
('intent_code', 3) : 'NIFTI_INTENT_CODE_TTEST',
('intent_code', 4) : 'NIFTI_INTENT_CODE_FTEST',
('intent_code', 5) : 'NIFTI_INTENT_CODE_ZSCORE',
('intent_code', 6) : 'NIFTI_INTENT_CODE_CHISQ',
('intent_code', 7) : 'NIFTI_INTENT_CODE_BETA',
('intent_code', 8) : 'NIFTI_INTENT_CODE_BINOM',
('intent_code', 9) : 'NIFTI_INTENT_CODE_GAMMA',
('intent_code', 10) : 'NIFTI_INTENT_CODE_POISSON',
('intent_code', 11) : 'NIFTI_INTENT_CODE_NORMAL',
('intent_code', 12) : 'NIFTI_INTENT_CODE_FTEST_NONC',
('intent_code', 13) : 'NIFTI_INTENT_CODE_CHISQ_NONC',
('intent_code', 14) : 'NIFTI_INTENT_CODE_LOGISTIC',
('intent_code', 15) : 'NIFTI_INTENT_CODE_LAPLACE',
('intent_code', 16) : 'NIFTI_INTENT_CODE_UNIFORM',
('intent_code', 17) : 'NIFTI_INTENT_CODE_TTEST_NONC',
('intent_code', 18) : 'NIFTI_INTENT_CODE_WEIBULL',
('intent_code', 19) : 'NIFTI_INTENT_CODE_CHI',
('intent_code', 20) : 'NIFTI_INTENT_CODE_INVGAUSS',
('intent_code', 21) : 'NIFTI_INTENT_CODE_EXTVAL',
('intent_code', 22) : 'NIFTI_INTENT_CODE_PVAL',
('intent_code', 23) : 'NIFTI_INTENT_CODE_LOGPVAL',
('intent_code', 24) : 'NIFTI_INTENT_CODE_LOG10) :PVAL',
('intent_code', 2) : 'NIFTI_FIRST_STATCODE',
('intent_code', 24) : 'NIFTI_LAST_STATCODE',
('intent_code', 1001) : 'NIFTI_INTENT_CODE_ESTIMATE',
('intent_code', 1002) : 'NIFTI_INTENT_CODE_LABEL',
('intent_code', 1003) : 'NIFTI_INTENT_CODE_NEURONAME',
('intent_code', 1004) : 'NIFTI_INTENT_CODE_GENMATRIX',
('intent_code', 1005) : 'NIFTI_INTENT_CODE_SYMMATRIX',
('intent_code', 1006) : 'NIFTI_INTENT_CODE_DISPVECT',
('intent_code', 1007) : 'NIFTI_INTENT_CODE_VECTOR',
('intent_code', 1008) : 'NIFTI_INTENT_CODE_POINTSET',
('intent_code', 1009) : 'NIFTI_INTENT_CODE_TRIANGLE',
('intent_code', 1010) : 'NIFTI_INTENT_CODE_QUATERNION',
('intent_code', 1011) : 'NIFTI_INTENT_CODE_DIMLESS',
('intent_code', 2001) : 'NIFTI_INTENT_CODE_TIME_SERIES',
('intent_code', 2002) : 'NIFTI_INTENT_CODE_NODE_INDEX',
('intent_code', 2003) : 'NIFTI_INTENT_CODE_RGB_VECTOR',
('intent_code', 2004) : 'NIFTI_INTENT_CODE_RGBA_VECTOR',
('intent_code', 2005) : 'NIFTI_INTENT_CODE_SHAPE',
})
feat = TypeDict({
'analysisName' : 'Analysis name',
'numPoints' : 'Number of volumes',
'numEVs' : 'Number of EVs',
'numContrasts' : 'Number of contrasts',
'report' : 'Link to report',
})
melodic = TypeDict({
'dataFile' : 'Data file',
'partOfAnalysis' : 'Part of analysis',
'numComponents' : 'Number of ICs',
'tr' : 'TR time',
'report' : 'Link to report',
})