def traits_view(self):
v = View(VGroup(BorderVGroup(Item('use_cocktail_irradiation',
tooltip='Use the special cocktail.json for defining the '
'irradiation flux and chronology',
label='Use Cocktail Irradiation')),
BorderVGroup(Item('update_currents_enabled', label='Enabled'),
label='Current Values'),
BorderVGroup(HGroup(Item('use_cache', label='Enabled'),
Item('max_cache_size', label='Max Size')),
label='Cache')))
return v
def traits_view(self):
icgrp = BorderVGroup(UItem('ic_factors',
editor=ListEditor(mutable=False,
style='custom',
editor=InstanceEditor())),
label='IC Factors')
runid_grp = BorderVGroup(HGroup(Item('aliquot'), Item('step')),
label='RunID')
v = okcancel_view(VGroup(icgrp, runid_grp), title='Bulk Edit Options')
return v
def _get_global_group(self):
g = BorderHGroup(
Item('controller.save_enabled', label='Enabled'),
Item('controller.fit'), UItem('controller.error_type', width=-75),
Item('controller.filter_outliers', label='Filter Outliers'),
Item('show_sniff'))
gg = BorderVGroup(
Item('controller.goodness_threshold',
label='Intercept Goodness',
tooltip='If % error is greater than "Goodness Threshold" '
'mark regression as "Bad"'),
HGroup(
Item(
'controller.slope_goodness',
label='Slope Goodness',
tooltip='If slope of regression is positive and the isotope '
'intensity is greater than "Slope Goodness Intensity" '
'then mark regression as "Bad"'),
Item('controller.slope_goodness_intensity',
label='Intensity')),
Item(
'controller.outlier_goodness',
label='Outlier Goodness',
tooltip=
'If more than "Outlier Goodness" points are identified as outliers'
'then mark regression as "Bad"'),
HGroup(Item('controller.curvature_goodness'),
Item('controller.curvature_goodness_at')),
HGroup(
Item(
'controller.rsquared_goodness',
tooltip=
'If R-squared is less than threshold mark regression as "Bad"'
)),
HGroup(
Item(
'controller.signal_to_blank_goodness',
tooltip=
'If Blank/Signal*100 greater than threshold mark regression as "Bad"'
)))
agrp = self._get_analysis_group()
return VGroup(
agrp,
Item('controller.global_goodness_visible',
label='Global Edit Visible'),
BorderVGroup(g,
gg,
label='Global',
visible_when='controller.global_goodness_visible'))
def traits_view(self):
integrated_grp = BorderVGroup(Item('integrated_age_weighting',
label='Weighting'),
Item('integrated_include_omitted',
label='Include Omitted'),
Item('include_j_error_in_integrated',
label='Include J Error'),
label='Integrated Age')
iso_grp = BorderVGroup(HGroup(Item('use_isochron_trapped',
label='Use Isochron'),
Item('include_isochron_trapped_error'),
label='Include Uncertainty'),
label='Trapped Ar40/Ar36')
return self._make_view(VGroup(integrated_grp, iso_grp))
def traits_view(self):
cols = [ObjectColumn(name='name', label='Component'),
MagnitudeColumn(name='value',
label=''),
ObjectColumn(name='value', label='Value',
width=100,
format_func=lambda x: floatfmt(x, n=5))]
editor = TableEditor(columns=cols,
sortable=False,
editable=False)
e1 = BorderVGroup(UItem('error_components', editor=editor), label='With J Err.')
e2 = BorderVGroup(UItem('error_components2', editor=editor), label='With Position Err.')
v = View(HGroup(e1, e2))
return v
def _get_edit_group(self):
cnt_grp = self._get_cnt_grp()
cmp_grp = self._get_cmp_grp()
opt_grp = self._get_opt_grp()
atype_grp = self._get_atype_grp()
act_grp = BorderVGroup(
HGroup(
Item('action'),
Item('nskip', enabled_when='action=="Skip N Runs"',
label='N')),
HGroup(Item('use_truncation', label='Truncate'),
Item('use_termination', label='Terminate')),
BorderHGroup(UItem(
'extraction_str',
tooltip='''modify extract value for associated runs. e.g.
1. 1,2,3 (increase step i by 1W, step i+1 by 2W, step i+2 by 3W)
2. 10%,50% (increase step i by 10%, step i+1 by 50%)'''),
visible_when='action=="Set Extract"',
label='Extraction'),
label='Modification')
edit_grp = VGroup(
Item('attr',
label='Attribute',
editor=myEnumEditor(name='available_attrs')),
VGroup(opt_grp,
cmp_grp,
cnt_grp,
atype_grp,
act_grp,
enabled_when='attr'))
return edit_grp
def traits_view(self):
v = View(
VGroup(
BorderVGroup('use_time_axis', Item('error_bar_nsigma'),
Item('end_caps'), Item('show_info')),
SHOW_STATISTICS_GROUP))
return v
def traits_view(self):
icgrp = BorderVGroup(UItem('ic_factors',
editor=ListEditor(mutable=False,
style='custom',
editor=InstanceEditor())),
label='IC Factors')
runid_grp = BorderVGroup(HGroup(Item('aliquot'), Item('step')),
label='RunID')
sample_grp = BorderVGroup(Item(
'sync_sample_enabled',
label='Sync Sample MetaData',
tooltip='Sync analysis sample metadata to the database'),
label='Sample')
v = okcancel_view(VGroup(icgrp, runid_grp, sample_grp),
title='Bulk Edit Options')
return v
def traits_view(self):
v = View(
BorderVGroup(
Item('show_statistics'),
Item('ncols',
editor=RangeEditor(mode='text'),
label='N. Columns')))
return v
def traits_view(self):
fgrp = BorderVGroup(icon_button_editor('add_filter_button', 'add'),
UItem('filters',
editor=ListEditor(mutable=False,
style='custom',
editor=InstanceEditor())),
label='Filters')
ogrp = BorderVGroup(Item('apply_to_current_selection'),
Item('apply_to_current_samples'),
Item('omit_invalid'),
Item('limit'),
label='Options')
v = okcancel_view(VGroup(fgrp, ogrp),
title='Advanced Search',
width=700,
height=350)
return v
def _get_atype_grp(self):
atypes = [(a.lower().replace(' ', '_'), a) for a in ANALYSIS_TYPES]
grp = BorderVGroup(
UItem('analysis_types',
style='custom',
editor=CheckListEditor(values=atypes, cols=4)))
return grp
def traits_view(self):
gen_grp = BorderVGroup(
HGroup(UItem('pane.recalculate_button')),
HGroup(Readonly('nruns', width=150, label='Total Runs'),
UReadonly('total_time')),
HGroup(Readonly('nruns_finished', width=150, label='Completed'),
UReadonly('elapsed')),
Readonly('remaining', label='Remaining'),
Readonly('etf', label='Est. finish'),
label='General')
cur_grp = BorderVGroup(Readonly('current_run_duration', ),
Readonly('run_elapsed'),
label='Current')
sel_grp = BorderVGroup(Readonly('start_at'),
Readonly('end_at'),
Readonly('run_duration'),
label='Selection')
v = View(VGroup(gen_grp, cur_grp, sel_grp))
return v
def traits_view(self):
load_grp = BorderHGroup(
UItem('load_name', editor=EnumEditor(name='display_loads')),
Item('limit_to_analysis_loads',
tooltip='Limit Loads based on the selected analyses',
label='Limit Loads by Analyses'),
label='Load')
inst_grp = BorderVGroup(
HGroup(
UItem('use_extract_device'),
Item('extract_device',
enabled_when='enable_extract_device',
editor=EnumEditor(name='extract_devices'),
label='Extract Device')),
HGroup(
UItem('use_mass_spectrometer'),
Item('mass_spectrometer',
label='Mass Spectrometer',
enabled_when='enable_mass_spectrometer',
editor=EnumEditor(name='mass_spectrometers'))),
label='Instruments')
filter_grp = BorderVGroup(
Item('threshold',
tooltip=
'Maximum difference between references and unknowns in hours',
enabled_when='threshold_enabled',
label='Threshold (Hrs)'),
Item('use_graphical_filter', label='Graphical Selection'),
VGroup(UItem('analysis_types',
style='custom',
editor=CheckListEditor(
name='available_analysis_types', cols=2)),
show_border=True,
label='Analysis Types'),
label='Filtering')
v = self._view_factory(VGroup(load_grp, filter_grp, inst_grp))
return v
def _get_cnt_grp(self):
cnt_grp = BorderVGroup(
Item('start_count',
tooltip='Number of counts to wait until performing check',
label='Start'),
Item('frequency', tooltip='Number of counts between each check'),
Item('ntrips',
label='N Trips',
tooltip='Number of trips (conditional evaluates True) '
'before action is taken. Default=1'),
label='Counts')
return cnt_grp
def traits_view(self):
cols = [
ObjectColumn(name='numerator', editor=EnumEditor(name='isotopes')),
ObjectColumn(name='denominator',
editor=EnumEditor(name='isotopes'))
]
v = View(
BorderVGroup(UItem('ratios',
editor=TableEditor(sortable=False,
columns=cols)),
label='Cocktail Options'))
return v
def _get_cmp_grp(self):
cmp_grp = BorderVGroup(Item(
'comparator',
label='Operation',
enabled_when='not function=="Between"',
tooltip='Numeric and logical comparisons. Conditional trips when it '
'evaluates to True'),
Item('value'),
Item('secondary_value',
enabled_when='function=="Between"'),
Item('use_invert', label='Invert'),
label='Comparison')
return cmp_grp
def traits_view(self):
rgrp = BorderHGroup(UItem('selected_reactor_name',
editor=EnumEditor(name='reactor_names')),
icon_button_editor('add_reactor_button', 'add',
tooltip='Add Default Production for the selected '
'Reactor to this Irradiation level'),
icon_button_editor('update_reactor_default_button',
'arrow_up',
tooltip='Set current as the reactor default'),
label='Available Default Productions')
mgrp = BorderVGroup(UItem('selected_monitor'),
HGroup(Item('monitor_name'),
Item('monitor_material')),
HGroup(Item('monitor_age'),
Item('lambda_k')),
label='Monitor')
pgrp = BorderHGroup(UItem('selected_production_name',
editor=EnumEditor(name='production_names')),
icon_button_editor('apply_selected_production', 'arrow_left',
tooltip='Apply selection'),
icon_button_editor('add_production_button', 'database_add',
tooltip='Add a Production Ratio'),
icon_button_editor('edit_production_button', 'database_edit',
enabled_when='selected_production',
tooltip='Edit Production Ratio'),
label='Production'),
pr_group = VGroup(rgrp,
pgrp,
UItem('selected_production', style='custom'),
label='Production Ratios')
editor = TabularEditor(adapter=TrayAdapter(),
editable=False,
selected='selected_tray')
tray_grp = VGroup(HGroup(icon_button_editor('add_tray_button', 'add',
tooltip='Add a tray from file')),
HSplit(UItem('trays', editor=editor, width=0.25),
UItem('canvas', editor=ComponentEditor(), width=0.75)),
label='Tray')
v = okcancel_view(VGroup(HGroup(Item('name'), Item('z')),
VGroup(UItem('level_note', style='custom'), label='Level Note', show_border=True),
Group(pr_group,
tray_grp,
mgrp,
layout='tabbed')),
width=550,
height=650,
title=self.title)
return v
def traits_view(self):
v = self._view_factory(Item('irradiation',
editor=EnumEditor(name='irradiations')),
UItem('select_all_button',
enabled_when='irradiation'),
BorderVGroup(UItem('selected_levels',
style='custom',
editor=CheckListEditor(
name='levels', cols=3)),
visible_when='irradiation',
label='Levels'),
width=300,
height=300,
title='Select Irradiation and Level',
resizable=True)
return v
def traits_view(self):
calc_grp = VGroup(
Item('selected_decay', label='Flux Const.'),
Readonly('lambda_k', label=u'Total \u03BB K'),
Readonly('monitor_age'),
BorderVGroup(
Item('model_kind', label='Kind'),
Item('error_kind', label='Mean J Error'),
Item('predicted_j_error_type', label='Predicted J Error'),
Item('use_weighted_fit'),
Item('least_squares_fit',
visible_when='model_kind=="{}"'.format(LEAST_SQUARES_1D)),
Item('one_d_axis',
label='Axis',
visible_when='model_kind in ("{}","{}")'.format(
LEAST_SQUARES_1D, WEIGHTED_MEAN_1D)),
Item('n_neighbors',
label='N. Neighbors',
visible_when='model_kind == "{}"'.format(NN)),
label='Model'),
VGroup(
HGroup(
Item('use_monte_carlo', label='Use'),
Item(
'monte_carlo_ntrials',
label='N. Trials',
tooltip=
'Number of trials to perform monte carlo simulation')),
Item(
'position_error',
label='Position Error (Beta)',
tooltip=
'Set this value to the radius (same units as hole XY positions) of the '
'irradiation hole. '
'This is to test "monte carloing" the irradiation geometry'
),
show_border=True,
visible_when='model_kind not in ("{}", "{}", "{}")'.format(
MATCHING, BRACKETING, NN),
label='Monte Carlo'),
show_border=True,
label='Calculations')
grp = VGroup(Item('plot_kind'), calc_grp)
return self._make_view(grp)
def _get_edit_group(self):
cnt_grp = self._get_cnt_grp()
cmp_grp = self._get_cmp_grp()
opt_grp = self._get_opt_grp()
atype_grp = self._get_atype_grp()
act_grp = BorderVGroup(Item('action'), label='Action')
edit_grp = VGroup(
Item('attr',
label='Attribute',
editor=myEnumEditor(name='available_attrs')),
VGroup(opt_grp,
cmp_grp,
cnt_grp,
atype_grp,
act_grp,
enabled_when='attr'))
return edit_grp
def _get_opt_grp(self):
opt_grp = BorderVGroup(
Item('function',
editor=myEnumEditor(values=FUNCTIONS),
tooltip=
'Optional. Apply a predefined function to this attribute. '
'Functions include {}'.format(','.join(FUNCTIONS[1:]))),
Item('window', enabled_when='not modifier_enabled'),
Item('modifier',
enabled_when='modifier_enabled',
tooltip='Optional. Apply a modifier to this attribute.'
'For example to check if CDD is active use '
'Atttribute=CDD, Modifier=Inactive',
editor=myEnumEditor(values=[
'', 'StdDev', 'Current', 'Inactive', 'Baseline',
'BaselineCorrected'
])),
label='Optional')
return opt_grp
def _get_script_group(self):
script_grp = BorderVGroup(
run_factory_uitem('extraction_script', style='custom'),
run_factory_uitem('measurement_script', style='custom'),
run_factory_uitem('post_equilibration_script', style='custom'),
run_factory_uitem('post_measurement_script', style='custom'),
run_factory_uitem('script_options', style='custom'),
HGroup(
spring,
run_factory_uitem(
'default_fits_button',
enabled_when=run_factory_name('default_fits_enabled'),
label='Default Fits'),
run_factory_uitem(
'load_defaults_button',
tooltip='load the default scripts for this analysis type',
enabled_when=run_factory_name('labnumber'))),
enabled_when=queue_factory_name('ok_make'),
label='Scripts')
return script_grp
def _get_edit_view(self):
tooltip = """'Omit analyses based on the provided criteria. For example x>10 will omit any analysis
greater than 10. The value of x depends on the Auxiliary plot e.g. x is age for Analysis Number or K/Ca for KCa.
x is simply a placeholder and can be replaced by any letter or word except for a few exceptions
(i.e and, or, is, on, if, not...). To filter based on error or %error use "error" and "percent_error". Multiple predicates may be combined
with "and", "or". Valid comparators are "<,<=,>,>=,==,!=". "==" means "equals" and "!=" means "not equal".
Additional examples
1. x<10
2. age<10 or age>100
3. age<10 or error>1
4. x<=10 or percent_error>50
5. xyz<=10 and error>=0.1"""
sigma_tooltip = """Omit analyses greater the N sigma from the arithmetic mean"""
fgrp = BorderVGroup(HGroup(
Item('filter_str', tooltip=tooltip, label='Filter'),
UItem('filter_str_tag')),
HGroup(
Item('sigma_filter_n',
label='Sigma Filter N',
tooltip=sigma_tooltip),
UItem('sigma_filter_tag')),
label='Filtering')
v = View(
VGroup(HGroup(
Item('name', editor=EnumEditor(name='names')),
Item('scale', editor=EnumEditor(values=['linear', 'log']))),
Item('height'),
self._get_yticks_grp(),
BorderHGroup(UItem('marker',
editor=EnumEditor(values=marker_names)),
Item('marker_size', label='Size'),
label='Marker'),
BorderHGroup(Item('ymin', label='Min'),
Item('ymax', label='Max'),
label='Y Limits'),
fgrp,
show_border=True))
return v
def traits_view(self):
mi = BorderHGroup(UItem('mean_indicator_fontname'),
UItem('mean_indicator_fontsize'),
label='Mean Indicator')
ee = BorderHGroup(UItem('error_info_fontname'),
UItem('error_info_fontsize'),
label='Error Info')
ll = BorderHGroup(UItem('label_fontname'),
UItem('label_fontsize'),
label='Labels')
fgrp = BorderVGroup(BorderHGroup(UItem('fontname'),
label='Change All'),
HGroup(mi, ee),
ll,
HGroup(self._get_xfont_group(),
self._get_yfont_group()),
label='Fonts')
g = VGroup(self._get_nominal_group(), self._get_layout_group(),
self._get_padding_group(), fgrp)
return self._make_view(g)
def traits_view(self):
plat_grp = BorderHGroup(
VGroup(
Item('omit_non_plateau', label='Omit Non Plateau Steps'),
Item('exclude_non_plateau',
label='Exclude Non Plateau Steps')),
HGroup(Item('plateau_method',
tooltip='Fleck 1977={}\n'
'Mahon 1996={}'.format(FLECK_PLATEAU_DEFINITION,
MAHON_PLATEAU_DEFINITION),
label='Method'),
icon_button_editor('edit_plateau_criteria',
'cog',
tooltip='Edit Plateau Criteria'),
visible_when='omit_non_plateau'),
label='Plateau')
g = Group(Item('error_calc_method',
width=-150,
label='Error Calculation Method'),
Item('regressor_kind', label='Method'),
plat_grp,
show_border=True,
label='Calculations')
info_grp = HGroup(
Item('show_info', label='Info'),
BorderHGroup(UItem('info_fontname'), UItem('info_fontsize')))
results_grp = HGroup(
Item('show_results_info', label='Results'),
VGroup(
BorderVGroup(
HGroup(
Item('nsigma', label='NSigma'),
Item('results_info_spacing',
editor=RangeEditor(mode='spinner',
low=2,
high=20,
is_float=False),
label='Spacing')),
HGroup(UItem('results_fontname'),
UItem('results_fontsize'))),
BorderHGroup(Item('age_sig_figs', label='Age'),
Item('yintercept_sig_figs', label='Y-Int.'),
label='SigFigs'),
BorderVGroup(Item('include_4036_mse', label='Ar40/Ar36'),
Item('include_age_mse', label='Age'),
Item('include_percent_error', label='%Error'),
label='Include')))
ellipse_grp = BorderHGroup(Item('fill_ellipses', label='fill'),
Item('ellipse_kind', label='Kind'),
label='Error Ellipse')
label_grp = BorderVGroup(Item('show_labels'),
HGroup(Item('label_box'),
UItem('label_fontname'),
UItem('label_fontsize'),
enabled_when='show_labels'),
label='Labels')
marker_grp = BorderHGroup(Item('marker_size', label='Size'),
Item('marker', label='Marker'),
label='Marker')
g2 = Group(
self._get_title_group(),
BorderVGroup(info_grp, results_grp, label='Info'),
Item('include_error_envelope'),
marker_grp,
ellipse_grp,
label_grp,
BorderVGroup(Item('show_nominal_intercept'),
HGroup(
Item('nominal_intercept_label',
label='Label',
enabled_when='show_nominal_intercept'),
Item('nominal_intercept_value',
label='Value',
enabled_when='show_nominal_intercept')),
label='Nominal Intercept'),
BorderVGroup(Item('display_inset'),
Item('inset_location'),
HGroup(Item('inset_marker_size',
label='Marker Size')),
HGroup(Item('inset_width', label='Width'),
Item('inset_height', label='Height')),
label='Inset'),
show_border=True,
label='Display')
return self._make_view(VGroup(g, g2))
def traits_view(self):
xgrp = VGroup(
Item('index_attr',
editor=EnumEditor(name='index_attrs'),
label='X Value'),
HGroup(UItem('use_static_limits'),
Item('xlow',
label='Min.',
enabled_when='object.use_static_limits'),
Item('xhigh',
label='Max.',
enabled_when='object.use_static_limits'),
show_border=True,
label='Static Limits'),
HGroup(
UItem('use_asymptotic_limits'),
# Item('asymptotic_width', label='% Width',
# tooltip='Width of asymptotic section that is less than the Asymptotic %'),
Item('asymptotic_height_percent',
tooltip='Percent of Max probability',
label='% Height'),
# icon_button_editor('refresh_asymptotic_button', 'refresh',
# enabled_when='object.use_asymptotic_limits',
# tooltip='Refresh plot with defined asymptotic limits'),
enabled_when=
'not object.use_centered_range and not object.use_static_limits',
show_border=True,
label='Asymptotic Limits'),
HGroup(UItem('use_centered_range'),
UItem('centered_range',
enabled_when='object.use_centered_range'),
label='Center on fixed range',
show_border=True,
enabled_when='not object.use_static_limits'),
HGroup(
UItem('use_xpad'),
Item('xpad', label='Pad', enabled_when='use_xpad'),
Item(
'xpad_as_percent',
tooltip=
'Treat Pad as a percent of the nominal width, otherwise Pad is in Ma. '
'e.g if width=10 Ma, Pad=0.5 '
'the final width will be 10 + (10*0.5)*2 = 20 Ma.',
enabled_when='use_xpad',
label='%'),
label='X Pad',
show_border=True),
show_border=True,
label='X')
tgrp = BorderVGroup(Item(
'omit_by_tag',
label='Omit Tags',
tooltip=
'If selected only analyses tagged as "OK" are included in the calculations'
),
label='Tags')
rtgrp = BorderVGroup(Item(
'show_results_table',
label='Show',
tooltip='Display a summary table below the ideogram'),
Item('show_ttest_table', label='Show T-test'),
label='Summary Table')
return self._make_view(VGroup(xgrp, tgrp, rtgrp))
def traits_view(self):
cols = [
CheckboxColumn(name='status'),
ObjectColumn(name='status'),
ObjectColumn(name='runid', width=50),
ObjectColumn(name='age', width=100),
ObjectColumn(name='age_err', width=100, label=PLUSMINUS_ONE_SIGMA),
ObjectColumn(name='group'),
ObjectColumn(name='aliquot'),
ObjectColumn(name='sample')
]
gcols = [
ObjectColumn(name='name'),
ObjectColumn(
name='weighted_mean',
label='Wtd. Mean',
format='%0.6f',
),
ObjectColumn(name='weighted_mean_err',
format='%0.6f',
label=PLUSMINUS_ONE_SIGMA),
ObjectColumn(name='mswd', format='%0.3f', label='MSWD'),
ObjectColumn(name='displayn', label='N'),
ObjectColumn(name='mean', format='%0.6f', label='Mean'),
ObjectColumn(name='std', format='%0.6f', label='Std'),
ObjectColumn(name='min', format='%0.6f', label='Min'),
ObjectColumn(name='max', format='%0.6f', label='Max'),
ObjectColumn(name='dev', format='%0.6f', label='Dev.'),
ObjectColumn(name='percent_dev', format='%0.2f', label='% Dev.')
]
button_grp = HGroup(UItem('save_button'), UItem('save_as_button'),
UItem('clear_button'),
UItem('open_via_finder_button'),
UItem('add_record_button'),
UItem('calculate_button')),
repo_grp = VGroup(
BorderVGroup(UItem('repo_filter'),
UItem('repositories',
width=200,
editor=ListStrEditor(selected='repository')),
label='Repositories'),
BorderVGroup(UItem('name_filter'),
UItem('names', editor=ListStrEditor(selected='name')),
label='DataSets'))
record_grp = VSplit(
UItem(
'records',
editor=TableEditor(
columns=cols,
selected='selected',
sortable=False,
edit_on_first_click=False,
# clear_selection_on_dclicked=True,
menu=MenuManager(
Action(name='Group Selected',
perform=self._group_selected)),
selection_mode='rows')),
UItem('groups', editor=TableEditor(columns=gcols)))
main_grp = HSplit(repo_grp, record_grp)
v = okcancel_view(
VGroup(button_grp, main_grp),
width=1100,
height=500,
title='CSV Dataset',
# handler=CSVDataSetFactoryHandler()
)
return v
def traits_view(self):
v = View(
BorderVGroup(UItem('analysis_groups',
editor=TabularEditor(adapter=self.adapter)),
label='Summary'))
return v
# Unless required by applicable law or agreed to in writing, software
# 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.
# ===============================================================================
# ============= enthought library imports =======================
from traitsui.api import View, UItem, VGroup, EnumEditor, Item, HGroup
from pychron.core.pychron_traits import BorderVGroup
from pychron.options.options import SubOptions, AppearanceSubOptions, MainOptions, object_column, checkbox_column
SHOW_STATISTICS_GROUP = BorderVGroup(Item('show_statistics'),
Item('show_statistics_as_table'),
Item('use_group_statistics'),
Item('display_min_max'),
label='Statistics Display')
class SeriesSubOptions(SubOptions):
def traits_view(self):
v = View(
VGroup(
BorderVGroup('use_time_axis', Item('error_bar_nsigma'),
Item('end_caps'), Item('show_info')),
SHOW_STATISTICS_GROUP))
return v
class SeriesAppearance(AppearanceSubOptions):
def traits_view(self):
v = View(
BorderVGroup(UItem('results',
editor=TabularEditor(adapter=self.adapter)),
label='T-test Probabilities'))
return v