def addSettings(klass, s):
"""Construct list of settings."""
BoxShape.addSettings(s)
s.add(setting.ImageFilename('filename',
'',
descr=_('Image filename'),
usertext=_('Filename'),
formatting=False),
posn=0)
s.add(
setting.Str('embeddedImageData',
'',
descr=_('Embedded base 64-encoded image data, '
'used if filename set to {embedded}'),
usertext=_('Embedded data'),
hidden=True))
s.add(setting.Bool('aspect',
True,
descr=_('Preserve aspect ratio'),
usertext=_('Preserve aspect'),
formatting=True),
posn=0)
s.Border.get('hide').newDefault(True)
def addSettings(klass, s):
"""Construct list of settings."""
veusz.widgets.ImageFile.addSettings(s)
s.add(
setting.Str('dataset',
'',
descr='Source dataset',
usertext='Source dataset'), 0)
s.add(
setting.Float('target',
0,
descr='Target time',
usertext='Target time'), 1)
s.add(
setting.Str('embeddedDataset',
'',
descr='Dataset source for embedded image',
usertext='Dataset source for embedded image',
hidden=True))
s.add(
setting.Float('embeddedTarget',
0,
descr='Target time for embedded image',
usertext='Target time for embedded image',
hidden=True))
s.add(
setting.Str(
'codec',
'JPG',
descr='Image codec',
usertext='Image codec',
))
s.add(
setting.BoolSwitch(
'contour',
False,
descr='Contour only',
usertext='Contour only',
settingstrue=['penWidth'],
))
s.add(
setting.Int(
'penWidth',
0,
descr='Pen width',
usertext='Contour width',
))
def addSettings(klass, s):
"""Construct list of settings."""
GenericPlotter.addSettings(s)
s.add(
setting.Int('steps',
50,
minval=3,
descr=_('Number of steps to evaluate the function'
' over'),
usertext=_('Steps'),
formatting=True), 0)
s.add(
setting.Choice('variable', ['x', 'y'],
'x',
descr=_('Variable the function is a function of'),
usertext=_('Variable')), 0)
s.add(
setting.Str('function',
'x',
descr=_('Function expression'),
usertext=_('Function')), 0)
s.add(
setting.FloatOrAuto(
'min',
'Auto',
descr=_('Minimum value at which to plot function'),
usertext=_('Min')))
s.add(
setting.FloatOrAuto(
'max',
'Auto',
descr=_('Maximum value at which to plot function'),
usertext=_('Max')))
s.add(setting.Line('Line',
descr=_('Function line settings'),
usertext=_('Plot line')),
pixmap='settings_plotline')
s.add(setting.PlotterFill('FillBelow',
descr=_('Fill below function'),
usertext=_('Fill below')),
pixmap='settings_plotfillbelow')
s.add(setting.PlotterFill('FillAbove',
descr=_('Fill above function'),
usertext=_('Fill above')),
pixmap='settings_plotfillabove')
def addSettings(klass, s):
"""Construct list of settings."""
FunctionPlotter.addSettings(s)
s.add( setting.FloatDict('values',
{'a': 0.0, 'b': 1.0},
descr = _('Variables and fit values'),
usertext=_('Parameters')), 1 )
s.add( setting.Dataset('xData', 'x',
descr = _('Variable containing x data to fit'),
usertext=_('X dataset')), 2 )
s.add( setting.Dataset('yData', 'y',
descr = _('Variable containing y data to fit'),
usertext=_('Y dataset')), 3 )
s.add( setting.Bool('fitRange', False,
descr = _('Fit only the data between the '
'minimum and maximum of the axis for '
'the function variable'),
usertext=_('Fit only range')),
4 )
s.add( setting.WidgetChoice(
'outLabel', '',
descr=_('Write best fit parameters to this text label '
'after fitting'),
widgettypes=('label',),
usertext=_('Output label')),
5 )
s.add( setting.Str('outExpr', '',
descr = _('Output best fitting expression'),
usertext=_('Output expression')),
6, readonly=True )
s.add( setting.Float('chi2', -1,
descr = 'Output chi^2 from fitting',
usertext=_('Fit χ<sup>2</sup>')),
7, readonly=True )
s.add( setting.Int('dof', -1,
descr = _('Output degrees of freedom from fitting'),
usertext=_('Fit d.o.f.')),
8, readonly=True )
s.add( setting.Float('redchi2', -1,
descr = _('Output reduced-chi-squared from fitting'),
usertext=_('Fit reduced χ<sup>2</sup>')),
9, readonly=True )
f = s.get('function')
f.newDefault('a + b*x')
f.descr = _('Function to fit')
# modify description
s.get('min').usertext=_('Min. fit range')
s.get('max').usertext=_('Max. fit range')
def addSettings(klass, s):
"""Construct list of settings."""
veusz.widgets.Line.addSettings(s)
s.add(
setting.Bool('showLabels',
True,
descr='Show Labels',
usertext='Show datapoint labels',
formatting=True), 1)
s.add(
setting.Str('labelText',
'%(xlabel)s=%(x)i \\\\%(ylabel)s=%(y)E',
descr='Output labels text',
usertext='Output labels text'), 2)
def addSettings(klass, s):
"""Construct list of settings."""
widget.Widget.addSettings(s)
s.add(
setting.Str(
'key',
'',
descr=_('Description of the plotted data to appear in key'),
usertext=_('Key text')))
s.add(
setting.Axis('xAxis',
'x',
'horizontal',
descr=_('Name of X-axis to use'),
usertext=_('X axis')))
s.add(
setting.Axis('yAxis',
'y',
'vertical',
descr=_('Name of Y-axis to use'),
usertext=_('Y axis')))
def addSettings(klass, s):
'''Settings for widget.'''
Widget.addSettings(s)
s.add( setting.Str('function', 'a',
descr=_('Function expression'),
usertext=_('Function')) )
s.add( setting.Choice('variable', ['a', 'b'], 'a',
descr=_('Variable the function is a function of'),
usertext=_('Variable')) )
s.add(setting.FloatOrAuto('min', 'Auto',
descr=_('Minimum value at which to plot function'),
usertext=_('Min')))
s.add(setting.FloatOrAuto('max', 'Auto',
descr=_('Maximum value at which to plot function'),
usertext=_('Max')))
s.add( setting.Line('PlotLine',
descr = _('Plot line settings'),
usertext = _('Plot line')),
pixmap = 'settings_plotline' )
s.add( FillBrush('Fill1',
descr = _('Fill settings (1)'),
usertext = _('Area fill 1')),
pixmap = 'settings_plotfillbelow' )
s.add( FillBrush('Fill2',
descr = _('Fill settings (2)'),
usertext = _('Area fill 2')),
pixmap = 'settings_plotfillbelow' )
s.add( setting.Int('steps', 50,
descr = _('Number of steps to evaluate the function'
' over'),
usertext=_('Steps'), formatting=True), 0 )
def addSettings(klass, s):
"""Construct list of settings."""
widget.Widget.addSettings(s)
s.add( setting.Text('Text',
descr = _('Text settings'),
usertext=_('Text')),
pixmap = 'settings_axislabel' )
s.add( setting.KeyBrush('Background',
descr = _('Key background fill'),
usertext=_('Background')),
pixmap = 'settings_bgfill' )
s.add( setting.Line('Border',
descr = _('Key border line'),
usertext=_('Border')),
pixmap = 'settings_border' )
s.add( setting.Str('title', '',
descr=_('Key title text'),
usertext=_('Title')) )
s.add( setting.AlignHorzWManual( 'horzPosn',
'right',
descr = _('Horizontal key position'),
usertext=_('Horz posn'),
formatting=True) )
s.add( setting.AlignVertWManual( 'vertPosn',
'bottom',
descr = _('Vertical key position'),
usertext=_('Vert posn'),
formatting=True) )
s.add( setting.Distance('keyLength',
'1cm',
descr = _('Length of line to show in sample'),
usertext=_('Key length'),
formatting=True) )
s.add( setting.AlignVert( 'keyAlign',
'top',
descr = _('Alignment of key symbols relative to text'),
usertext = _('Key alignment'),
formatting = True) )
s.add( setting.Float( 'horzManual',
0.,
descr = _('Manual horizontal fractional position'),
usertext=_('Horz manual'),
formatting=True) )
s.add( setting.Float( 'vertManual',
0.,
descr = _('Manual vertical fractional position'),
usertext=_('Vert manual'),
formatting=True) )
s.add( setting.Float( 'marginSize',
1.,
minval = 0.,
descr = _('Width of margin in characters'),
usertext=_('Margin size'),
formatting=True) )
s.add( setting.Int( 'columns',
1,
descr = _('Number of columns in key'),
usertext = _('Columns'),
minval = 1,
maxval = 100,
formatting = True) )
def addSettings(klass, s):
"""Construct list of settings."""
veusz.widgets.BoxShape.addSettings(s)
s.add(
setting.Float('remove_gaps_range',
100,
descr="Remove gaps range",
usertext="Remove gaps range"), 1)
s.add(
setting.Float('remove_gaps_thershold',
10,
descr="Remove gaps thershold",
usertext="Remove gaps thershold"), 2)
s.add(
setting.ChoiceSwitch(
'search', [
'Nearest (Fixed X)', 'Nearest', 'Maximum', 'Minimum',
'Inflection', 'Stationary', 'None'
],
'Nearest (Fixed X)',
settingstrue=['searchRange', 'critical_x'],
settingsfalse=[],
showfn=lambda val: not val.startswith('Nearest'),
descr='Search nearest critical point',
usertext='Search nearest'), 4)
s.add(
setting.Float('searchRange',
10,
descr='Critical search range',
usertext='Search range'), 5)
s.add(
setting.Dataset('critical_x',
'',
descr='Critical search X dataset',
usertext='Critical X'), 6)
s.add(
setting.WidgetChoice(
'secondPoint',
'',
descr='Second Data Point for passing-through line placement.',
widgettypes=('datapoint', ),
usertext='Second Data Point'), 7)
s.add(
setting.WidgetChoice(
'pt2ptLine',
'',
descr=
'Dispose this line as passing through this and second data point.',
widgettypes=('datapointline', ),
usertext='Passing-through Line'), 8)
# OVERRIDES
n = setting.Choice('positioning', ['axes'],
'axes',
descr='Axes positioning',
usertext='Position mode',
formatting=False)
n.parent = s
s.setdict['positioning'] = n
n = setting.DatasetExtended(
'width', [0.04],
descr='List of fractional widths or dataset',
usertext='Widths',
formatting=False)
n.parent = s
s.setdict['width'] = n
n = setting.DatasetExtended(
'height', [0.04],
descr='List of fractional heights or dataset',
usertext='Heights',
formatting=False)
n.parent = s
s.setdict['height'] = n
# FORMATTING
s.add(
setting.Marker('marker',
'linecross',
descr='Type of marker to plot',
usertext='Marker',
formatting=True), 0)
s.add(
setting.BoolSwitch('showLabel',
True,
descr='Show Label',
usertext='Show Label',
settingstrue=['labelText', 'coordLabel'],
formatting=True), 1)
s.add(
setting.Str('labelText',
'%(xlabel)s=%(x)i \\\\%(ylabel)s=%(y)E',
descr='Output label text',
usertext='Output label text',
formatting=True), 2)
s.add(
setting.WidgetChoice('coordLabel',
'',
descr='Write coordinates to this label.',
widgettypes=('datapointlabel', ),
usertext='Coord. label',
formatting=True), 3)
s.add(
setting.BoolSwitch('showTangent',
False,
descr='Show Tangent',
usertext='Show tangent line',
settingstrue=['tangentLine'],
formatting=True), 4)
s.add(
setting.WidgetChoice(
'tangentLine',
'',
descr='Dispose this line as tangent to curve xy.',
widgettypes=('datapointline', ),
usertext='Tangent Line',
formatting=True), 5)
s.add(
setting.BoolSwitch('showPerpendicular',
False,
descr='Show Perpend.',
usertext='Show perpendicular line',
settingstrue=['perpendicularLine'],
formatting=True), 6)
s.add(
setting.WidgetChoice(
'perpendicularLine',
'',
descr='Dispose this line as perpendicular to curve xy.',
widgettypes=('datapointline', ),
usertext='Perpendicular Line',
formatting=True), 7)
def addSettings(klass, s):
"""Construct list of settings."""
widget.Widget.addSettings(s)
s.add( setting.Str('label', '',
descr=_('Axis label text'),
usertext=_('Label')) )
s.add( setting.AxisBound('min', 'Auto',
descr=_('Minimum value of axis'),
usertext=_('Min')) )
s.add( setting.AxisBound('max', 'Auto',
descr=_('Maximum value of axis'),
usertext=_('Max')) )
s.add( setting.Bool('log', False,
descr = _('Whether axis is logarithmic'),
usertext=_('Log')) )
s.add( setting.Choice(
'autoRange',
('exact', 'next-tick', '+2%', '+5%', '+10%', '+15%'),
'next-tick',
descr = _('If axis range not specified, use range of '
'data and this setting'),
descriptions = (_('Use exact data range'),
_('Use data range, rounding up to tick marks'),
_('Use data range, adding 2% of range'),
_('Use data range, adding 5% of range'),
_('Use data range, adding 10% of range'),
_('Use data range, adding 15% of range'),
),
formatting = True,
usertext = _('Auto range') ) )
s.add( setting.Choice('mode',
('numeric', 'datetime', 'labels'),
'numeric',
descr = _('Type of ticks to show on on axis'),
usertext=_('Mode')) )
s.add( setting.SettingBackwardCompat(
'autoExtend', 'autoRange', True,
translatefn = lambda x: ('exact', 'next-tick')[x],
formatting=True ) )
# this setting no longer used
s.add( setting.Bool('autoExtendZero', True,
descr = _('Extend axis to zero if close (UNUSED)'),
usertext=_('Zero extend'),
hidden=True,
formatting=True) )
s.add( setting.Bool('autoMirror', True,
descr = _('Place axis on opposite side of graph '
'if none'),
usertext=_('Auto mirror'),
formatting=True) )
s.add( setting.Bool('reflect', False,
descr = _('Place axis text and ticks on other side'
' of axis'),
usertext=_('Reflect'),
formatting=True) )
s.add( setting.Bool('outerticks', False,
descr = _('Place ticks on outside of graph'),
usertext=_('Outer ticks'),
formatting=True) )
s.add( setting.Float('datascale', 1.,
descr=_('Scale data plotted by this factor'),
usertext=_('Scale')) )
s.add( setting.Choice('direction',
['horizontal', 'vertical'],
'horizontal',
descr = _('Direction of axis'),
usertext=_('Direction')) )
s.add( setting.Float('lowerPosition', 0.,
descr=_('Fractional position of lower end of '
'axis on graph'),
usertext=_('Min position')) )
s.add( setting.Float('upperPosition', 1.,
descr=_('Fractional position of upper end of '
'axis on graph'),
usertext=_('Max position')) )
s.add( setting.Float('otherPosition', 0.,
descr=_('Fractional position of axis '
'in its perpendicular direction'),
usertext=_('Axis position')) )
s.add( setting.WidgetPath('match', '',
descr =
_('Match the scale of this axis to the '
'axis specified'),
usertext=_('Match'),
allowedwidgets = [Axis] ))
s.add( setting.Line('Line',
descr = _('Axis line settings'),
usertext = _('Axis line')),
pixmap='settings_axisline' )
s.add( AxisLabel('Label',
descr = _('Axis label settings'),
usertext = _('Axis label')),
pixmap='settings_axislabel' )
s.add( TickLabel('TickLabels',
descr = _('Tick label settings'),
usertext = _('Tick labels')),
pixmap='settings_axisticklabels' )
s.add( MajorTick('MajorTicks',
descr = _('Major tick line settings'),
usertext = _('Major ticks')),
pixmap='settings_axismajorticks' )
s.add( MinorTick('MinorTicks',
descr = _('Minor tick line settings'),
usertext = _('Minor ticks')),
pixmap='settings_axisminorticks' )
s.add( GridLine('GridLines',
descr = _('Grid line settings'),
usertext = _('Grid lines')),
pixmap='settings_axisgridlines' )
s.add( MinorGridLine('MinorGridLines',
descr = _('Minor grid line settings'),
usertext = _('Grid lines for minor ticks')),
pixmap='settings_axisminorgridlines' )
def addSettings(klass, s):
'''Construct list of settings.'''
NonOrthGraph.addSettings(s)
s.add( setting.Choice('mode',
('percentage', 'fraction'),
'percentage',
descr=_('Show percentages or fractions'),
usertext=_('Mode')) )
s.add( setting.Choice('coords',
('bottom-left', 'bottom-right',
'left-bottom', 'left-right',
'right-left', 'right-bottom'),
'bottom-left',
descr=_('Axes to use for plotting coordinates'),
usertext=_('Coord system')) )
s.add( setting.Str('labelbottom', '',
descr=_('Bottom axis label text'),
usertext=_('Label bottom')) )
s.add( setting.Str('labelleft', '',
descr=_('Left axis label text'),
usertext=_('Label left')) )
s.add( setting.Str('labelright', '',
descr=_('Right axis label text'),
usertext=_('Label right')) )
s.add( setting.Float('originleft', 0.,
descr=_('Fractional origin of left axis at its top'),
usertext=_('Left origin')) )
s.add( setting.Float('originbottom', 0.,
descr=_('Fractional origin of bottom axis at its left'),
usertext=_('Bottom origin')) )
s.add( setting.Float('fracsize', 1.,
descr=_('Fractional size of plot'),
usertext=_('Size')) )
s.add( AxisLabel('Label',
descr = _('Axis label settings'),
usertext = _('Axis label')),
pixmap='settings_axislabel' )
s.add( TickLabel('TickLabels',
descr = _('Tick label settings'),
usertext = _('Tick labels')),
pixmap='settings_axisticklabels' )
s.add( MajorTick('MajorTicks',
descr = _('Major tick line settings'),
usertext = _('Major ticks')),
pixmap='settings_axismajorticks' )
s.add( MinorTick('MinorTicks',
descr = _('Minor tick line settings'),
usertext = _('Minor ticks')),
pixmap='settings_axisminorticks' )
s.add( GridLine('GridLines',
descr = _('Grid line settings'),
usertext = _('Grid lines')),
pixmap='settings_axisgridlines' )
s.add( MinorGridLine('MinorGridLines',
descr = _('Minor grid line settings'),
usertext = _('Grid lines for minor ticks')),
pixmap='settings_axisminorgridlines' )
s.get('leftMargin').newDefault('1cm')
s.get('rightMargin').newDefault('1cm')
s.get('topMargin').newDefault('1cm')
s.get('bottomMargin').newDefault('1cm')
s.MajorTicks.get('number').newDefault(10)
s.MinorTicks.get('number').newDefault(50)
s.GridLines.get('hide').newDefault(False)
s.TickLabels.remove('rotate')