class BasePDFOptions(BasePersistenceOptions):
orientation = dumpable(Enum('landscape', 'portrait'))
left_margin = dumpable(Float(1.5))
right_margin = dumpable(Float(1))
top_margin = dumpable(Float(1))
bottom_margin = dumpable(Float(1))
show_page_numbers = dumpable(Bool(False))
_persistence_name = 'base_pdf_options'
page_number_format = None
fixed_width = dumpable(Float)
fixed_height = dumpable(Float)
page_type = dumpable(Enum('letter', 'A4', 'A2', 'A0', 'custom'))
units = dumpable(Enum('inch', 'cm'))
use_column_width = dumpable(Bool(True))
columns = dumpable(Enum('1', '2', '3', '2/3'))
fit_to_page = dumpable(Bool)
@property
def bounds(self):
units = UNITS_MAP[self.units]
if self.page_type == 'custom':
page = [self.fixed_width * units, self.fixed_height * units]
else:
page = PAGE_MAP[self.page_type]
if self.fit_to_page:
if self.orientation == 'landscape':
b = [page[1], page[0]]
else:
b = [page[0], page[1]]
b[0] -= (self.left_margin + self.right_margin) * units
b[1] -= (self.top_margin + self.bottom_margin) * units
elif self.use_column_width:
if self.orientation == 'landscape':
page = landscape(page)
width_margins = self.bottom_margin + self.top_margin
else:
width_margins = self.left_margin + self.right_margin
fw = page[0]
w = fw - width_margins * units
# print 'cw', w, fw, width_margins, width_margins * units, COLUMN_MAP[self.columns]
nw = w * COLUMN_MAP[self.columns]
b = [nw, nw]
else:
b = [self.fixed_width * units, self.fixed_height * units]
return b
@property
def page_size(self):
if self.page_type == 'custom':
units = UNITS_MAP[self.units]
ps = self.fixed_width * units, self.fixed_height * units
else:
orientation = 'landscape_' if self.orientation == 'landscape' else ''
ps = '{}{}'.format(orientation, self.page_type)
return ps
@property
def dest_box(self):
units = UNITS_MAP[self.units]
w, h = self.bounds
w /= units
h /= units
return self.left_margin, self.bottom_margin, w, h
def _get_layout_group(self):
return PDFLayoutGroup
class JErrorMixin(HasTraits):
include_j_position_error = dumpable(Bool(False))
include_j_error_in_mean = dumpable(Bool(True))
class XLSXTableWriterOptions(BasePersistenceOptions):
power_units = dumpable(Enum('W', 'C'))
age_units = dumpable(Enum('Ma', 'Ga', 'ka', 'a'))
hide_gridlines = dumpable(Bool(False))
include_F = dumpable(Bool(True))
include_radiogenic_yield = dumpable(Bool(True))
include_production_ratios = dumpable(Bool(True))
include_plateau_age = dumpable(Bool(True))
include_integrated_age = dumpable(Bool(True))
include_isochron_age = dumpable(Bool(True))
include_kca = dumpable(Bool(True))
include_rundate = dumpable(Bool(True))
include_time_delta = dumpable(Bool(True))
include_k2o = dumpable(Bool(True))
include_isochron_ratios = dumpable(Bool(False))
include_blanks = dumpable(Bool(True))
include_intercepts = dumpable(Bool(True))
use_weighted_kca = dumpable(Bool(True))
repeat_header = dumpable(Bool(False))
name = dumpable(Str('Untitled'))
auto_view = dumpable(Bool(False))
unknown_notes = dumpable(
Str('''Errors quoted for individual analyses include analytical error only, without interfering reaction or J uncertainties.
Integrated age calculated by summing isotopic measurements of all steps.
Plateau age is inverse-variance-weighted mean of selected steps.
Plateau age error is inverse-variance-weighted mean error (Taylor, 1982) times root MSWD where MSWD>1.
Plateau error is weighted error of Taylor (1982).
Decay constants and isotopic abundances after {decay_ref:}
Ages calculated relative to FC-2 Fish Canyon Tuff sanidine interlaboratory standard at {monitor_age:} Ma'''
))
unknown_title = dumpable(Str('Ar/Ar analytical data.'))
air_notes = dumpable(Str(''''''))
air_title = dumpable(Str(''''''))
blank_notes = dumpable(Str(''''''))
blank_title = dumpable(Str(''''''))
monitor_notes = dumpable(Str(''''''))
monitor_title = dumpable(Str(''''''))
include_summary_sheet = dumpable(Bool(True))
include_summary_age = dumpable(Bool(True))
include_summary_age_type = dumpable(Bool(True))
include_summary_material = dumpable(Bool(True))
include_summary_sample = dumpable(Bool(True))
include_summary_identifier = dumpable(Bool(True))
include_summary_unit = dumpable(Bool(True))
include_summary_location = dumpable(Bool(True))
include_summary_irradiation = dumpable(Bool(True))
include_summary_n = dumpable(Bool(True))
include_summary_percent_ar39 = dumpable(Bool(True))
include_summary_mswd = dumpable(Bool(True))
include_summary_kca = dumpable(Bool(True))
include_summary_comments = dumpable(Bool(True))
_persistence_name = 'xlsx_table_options'
@property
def path(self):
name = self.name
if not name or name == 'Untitled':
path, _ = unique_path2(paths.table_dir,
'Untitled',
extension='.xlsx')
else:
path = os.path.join(paths.table_dir,
add_extension(name, ext='.xlsx'))
return path
def traits_view(self):
unknown_grp = VGroup(Item('unknown_title', label='Table Heading'),
VGroup(UItem('unknown_notes', style='custom'),
show_border=True,
label='Notes'),
label='Unknowns')
air_grp = VGroup(Item('air_title', label='Table Heading'),
VGroup(UItem('air_notes', style='custom'),
show_border=True,
label='Notes'),
label='Airs')
blank_grp = VGroup(Item('blank_title', label='Table Heading'),
VGroup(UItem('blank_notes', style='custom'),
show_border=True,
label='Notes'),
label='Blanks')
monitor_grp = VGroup(Item('monitor_title', label='Table Heading'),
VGroup(UItem('monitor_notes', style='custom'),
show_border=True,
label='Notes'),
label='Monitors')
grp = VGroup(Item('name', label='Filename'),
Item('auto_view', label='Open in Excel'),
show_border=True)
appearence_grp = VGroup(Item('hide_gridlines', label='Hide Gridlines'),
Item('power_units', label='Power Units'),
Item('age_units', label='Age Units'),
Item('repeat_header', label='Repeat Header'),
show_border=True,
label='Appearance')
arar_col_grp = VGroup(Item('include_F', label='40Ar*/39ArK'),
Item('include_radiogenic_yield', label='%40Ar*'),
Item('include_kca', label='K/Ca'),
Item('use_weighted_kca',
label='K/Ca Weighted Mean',
enabled_when='include_kca'),
Item('include_k2o', label='K2O wt. %'),
Item('include_production_ratios',
label='Production Ratios'),
Item('include_plateau_age', label='Plateau'),
Item('include_integrated_age',
label='Integrated'),
Item('include_isochron_age', label='Isochron'),
Item('include_isochron_ratios',
label='Isochron Ratios'),
Item('include_time_delta',
label='Time since Irradiation'),
label='Ar/Ar')
general_col_grp = VGroup(Item('include_rundate',
label='Analysis RunDate'),
Item('include_blanks', label='Applied Blank'),
Item('include_intercepts',
label='Intercepts'),
label='General')
columns_grp = HGroup(general_col_grp,
arar_col_grp,
label='Columns',
show_border=True)
g1 = VGroup(grp, columns_grp, appearence_grp, label='Main')
summary_grp = VGroup(Item('include_summary_sheet',
label='Summary Sheet'),
VGroup(Item('include_summary_sample',
label='Sample'),
Item('include_summary_identifier',
label='Identifier'),
Item('include_summary_unit', label='Unit'),
Item('include_summary_location',
label='Location'),
Item('include_summary_material',
label='Material'),
Item('include_summary_irradiation',
label='Irradiation'),
Item('include_summary_age_type',
label='Age Type'),
Item('include_summary_n', label='N'),
Item('include_summary_percent_ar39',
label='%39Ar'),
Item('include_summary_mswd', label='MSWD'),
Item('include_summary_kca', label='KCA'),
Item('include_summary_age', label='Age'),
Item('include_summary_comments',
label='Comments'),
enabled_when='include_summary_sheet',
label='Columns',
show_border=True),
label='Summary')
v = View(Tabbed(g1, unknown_grp, blank_grp, air_grp, monitor_grp,
summary_grp),
resizable=True,
width=750,
title='XLSX Analysis Table Options',
buttons=['OK', 'Cancel'])
return v
class XLSXAnalysisTableWriterOptions(BasePersistenceOptions, JErrorMixin):
sig_figs = dumpable(Int(6))
j_sig_figs = dumpable(Int(6))
ic_sig_figs = dumpable(Int(6))
disc_sig_figs = dumpable(Int(6))
age_sig_figs = dumpable(Int(6))
summary_age_sig_figs = dumpable(Int(6))
kca_sig_figs = dumpable(Int(6))
summary_kca_sig_figs = dumpable(Int(6))
radiogenic_yield_sig_figs = dumpable(Int(6))
cumulative_ar39_sig_figs = dumpable(Int(6))
signal_sig_figs = dumpable(Int(6))
decay_sig_figs = dumpable(Int(6))
correction_sig_figs = dumpable(Int(6))
sens_sig_figs = dumpable(Int(2))
k2o_sig_figs = dumpable(Int(3))
ensure_trailing_zeros = dumpable(Bool(False))
power_units = dumpable(Enum('W', 'C', '%'))
intensity_units = dumpable(Enum('fA', 'cps'))
age_units = dumpable(Enum('Ma', 'Ga', 'ka', 'a'))
hide_gridlines = dumpable(Bool(False))
include_F = dumpable(Bool(True))
include_radiogenic_yield = dumpable(Bool(True))
include_production_ratios = dumpable(Bool(True))
include_plateau_age = dumpable(Bool(True))
include_integrated_age = dumpable(Bool(True))
include_isochron_age = dumpable(Bool(True))
include_trapped_ratio = dumpable(Bool(True))
include_kca = dumpable(Bool(True))
include_kcl = dumpable(Bool(True))
invert_kca_kcl = dumpable(Bool(False))
include_rundate = dumpable(Bool(True))
include_time_delta = dumpable(Bool(True))
include_k2o = dumpable(Bool(True))
include_isochron_ratios = dumpable(Bool(False))
include_sensitivity = dumpable(Bool(True))
sensitivity_units = dumpable(Str('mol/fA'))
include_blanks = dumpable(Bool(True))
include_intercepts = dumpable(Bool(True))
include_percent_ar39 = dumpable(Bool(True))
include_icfactors = dumpable(Bool(True))
include_discrimination = dumpable(Bool(True))
include_lambda_k = dumpable(Bool(True))
include_monitor_age = dumpable(Bool(True))
include_monitor_name = dumpable(Bool(True))
include_monitor_material = dumpable(Bool(True))
# use_weighted_kca = dumpable(Bool(True))
# kca_error_kind = dumpable(Enum(*ERROR_TYPES))
repeat_header = dumpable(Bool(False))
highlight_non_plateau = Bool(True)
highlight_color = dumpable(Color)
root_name = Str
root_names = List
root_directory = Directory
name = dumpable(Str('Untitled'))
auto_view = dumpable(Bool(False))
unknown_note_name = dumpable(Str('Default'))
available_unknown_note_names = List
unknown_notes = dumpable(
Str('''Errors quoted for individual analyses include analytical error only, without interfering reaction or J uncertainties.
Integrated age calculated by summing isotopic measurements of all steps.
Plateau age is inverse-variance-weighted mean of selected steps.
Plateau age error is inverse-variance-weighted mean error (Taylor, 1982) times root MSWD where MSWD>1.
Plateau error is weighted error of Taylor (1982).
Decay constants and isotopic abundances after {decay_ref:}
Ages calculated relative to FC-2 Fish Canyon Tuff sanidine interlaboratory standard at {monitor_age:} Ma'''
))
unknown_corrected_note = dumpable(
Str('''Corrected: Isotopic intensities corrected for blank, baseline,
radioactivity decay and detector intercalibration, not for interfering reactions.'''
))
unknown_intercept_note = dumpable(
Str('''Intercepts: t-zero intercept corrected for detector baseline.'''
))
unknown_time_note = dumpable(
Str('''Time interval (days) between end of irradiation and beginning of analysis.'''
))
unknown_x_note = dumpable(
Str('''X symbol preceding sample ID denotes analyses
excluded from weighted-mean age calculations.'''))
unknown_px_note = dumpable(
Str('''pX symbol preceding sample ID denotes analyses
excluded plateau age calculations.'''))
unknown_title = dumpable(Str('Ar/Ar analytical data.'))
air_notes = dumpable(Str(''))
air_title = dumpable(Str(''))
blank_notes = dumpable(Str(''))
blank_title = dumpable(Str(''))
monitor_notes = dumpable(Str(''))
monitor_title = dumpable(Str(''))
summary_notes = dumpable(Str(''))
include_summary_sheet = dumpable(Bool(True))
include_summary_age = dumpable(Bool(True))
include_summary_age_type = dumpable(Bool(True))
include_summary_material = dumpable(Bool(True))
include_summary_sample = dumpable(Bool(True))
include_summary_identifier = dumpable(Bool(True))
include_summary_unit = dumpable(Bool(True))
include_summary_location = dumpable(Bool(True))
include_summary_irradiation = dumpable(Bool(True))
include_summary_n = dumpable(Bool(True))
include_summary_percent_ar39 = dumpable(Bool(True))
include_summary_mswd = dumpable(Bool(True))
include_summary_kca = dumpable(Bool(True))
include_summary_comments = dumpable(Bool(True))
summary_age_nsigma = dumpable(Enum(1, 2, 3))
summary_kca_nsigma = dumpable(Enum(1, 2, 3))
asummary_kca_nsigma = dumpable(Enum(1, 2, 3))
asummary_age_nsigma = dumpable(Enum(1, 2, 3))
asummary_trapped_ratio_nsigma = dumpable(Enum(1, 2, 3))
plateau_nsteps = dumpable(Int(3))
plateau_gas_fraction = dumpable(Float(50))
fixed_step_low = dumpable(SingleStr)
fixed_step_high = dumpable(SingleStr)
group_age_sorting = dumpable(Enum(*AGE_SORT_KEYS))
subgroup_age_sorting = dumpable(Enum(*AGE_SORT_KEYS))
individual_age_sorting = dumpable(Enum(*AGE_SORT_KEYS))
status_enabled = dumpable(Bool(True))
tag_enabled = dumpable(Bool(True))
analysis_label_enabled = dumpable(Bool(True))
_persistence_name = 'xlsx_table_options'
# include_j_error_in_individual_analyses = dumpable(Bool(False))
# include_j_error_in_mean = dumpable(Bool(True))
# _suppress = False
def __init__(self, *args, **kw):
super(XLSXAnalysisTableWriterOptions, self).__init__(*args, **kw)
# self.load_notes()
# self._load_note_names()
self._load_notes()
self._unknown_note_name_changed(self.unknown_note_name)
def _load_notes(self):
p = os.path.join(paths.user_pipeline_dir, 'table_notes.yaml')
if os.path.isfile(p):
with open(p, 'r') as rf:
obj = yaml.load(rf)
setattr(self, 'summary_notes', obj.get('summary_notes', ''))
for grpname in ('unknown', ):
grp = obj.get('{}_notes'.format(grpname))
if grp:
try:
setattr(self,
'available_{}_note_names'.format(grpname),
list(grp.keys()))
except AttributeError:
pass
def _unknown_note_name_changed(self, new):
grp = self._load_note('unknown_notes')
if grp is not None:
sgrp = grp.get(new)
if sgrp:
self.unknown_notes = sgrp.get('main', '')
for k in ('corrected', 'x', 'px', 'intercept', 'time'):
v = sgrp.get(k)
if v is not None:
setattr(self, 'unknown_{}_note'.format(k), v)
def _load_note(self, group):
p = os.path.join(paths.user_pipeline_dir, 'table_notes.yaml')
if os.path.isfile(p):
with open(p, 'r') as rf:
obj = yaml.load(rf)
return obj.get(group)
# @property
# def age_scalar(self):
# return AGE_MA_SCALARS[self.age_units]
@property
def path(self):
name = self.name
root = paths.table_dir
if self.root_directory:
root = self.root_directory
elif self.root_name:
root = os.path.join(root, self.root_name)
if not name or name == 'Untitled':
path, _ = unique_path2(root, 'Untitled', extension='.xlsx')
else:
path = os.path.join(root, add_extension(name, ext='.xlsx'))
return path
def traits_view(self):
class VBorder(VGroup):
show_border = True
class UUItem(UCustom):
height = -50
unknown_grp = VGroup(
Item('unknown_title', label='Table Heading', springy=True),
VBorder(VBorder(UItem(
'unknown_note_name',
editor=EnumEditor(name='available_unknown_note_names')),
UItem('unknown_notes', style='custom'),
label='Main'),
VBorder(UUItem('unknown_corrected_note'),
label='Corrected'),
VBorder(UUItem('unknown_intercept_note'),
label='Intercept'),
VBorder(UUItem('unknown_time_note'), label='Time'),
VBorder(UUItem('unknown_x_note'), label='X'),
VBorder(UUItem('unknown_px_note'), label='pX'),
label='Notes'),
label='Unknowns Cont.')
def note(name):
tag = '{}s'.format(name.capitalize())
return VGroup(Item('{}_title'.format(name), label='Table Heading'),
VBorder(UItem('{}_notes'.format(name),
style='custom'),
label='Notes'),
label=tag)
air_grp = note('air')
blank_grp = note('blank')
monitor_grp = note('monitor')
grp = BorderVGroup(Item('name', label='Filename'),
Item('root_directory'),
Item('root_name',
editor=ComboboxEditor(name='root_names'),
enabled_when='not root_directory'),
Item('auto_view', label='Open in Excel'),
label='Save')
units_grp = BorderVGroup(
HGroup(Item('power_units', label='Power Units'),
Item('age_units', label='Age Units')),
HGroup(Item('intensity_units', label='Intensity Units'),
Item('sensitivity_units', label='Sensitivity Units')),
label='Units')
sigma_grp = BorderHGroup(Item('asummary_kca_nsigma', label='K/Ca'),
Item('asummary_age_nsigma', label='Age'),
Item('asummary_trapped_ratio_nsigma',
label='Trapped'),
label='N. Sigma')
sort_grp = BorderVGroup(HGroup(
Item('group_age_sorting', label='Group'),
Item('subgroup_age_sorting', label='SubGroup')),
Item('individual_age_sorting',
label='Individual'),
label='Sorting')
appearence_grp = BorderVGroup(
HGroup(Item('hide_gridlines', label='Hide Gridlines'),
Item('repeat_header', label='Repeat Header')),
units_grp,
sigma_grp,
sort_grp,
HGroup(
Item('highlight_non_plateau'),
UItem('highlight_color',
enabled_when='highlight_non_plateau')),
label='Appearance')
def sigfig(k):
return '{}_sig_figs'.format(k)
def isigfig(k, label, **kw):
return Item(sigfig(k), width=-40, label=label, **kw)
sig_figs_grp = BorderVGroup(
Item('sig_figs', label='Default'),
HGroup(isigfig('age', 'Age'), isigfig('summary_age',
'Summary Age')),
HGroup(isigfig('kca', 'K/Ca'),
isigfig('summary_kca', 'Summary K/Ca')),
HGroup(isigfig('radiogenic_yield', '%40Ar*'),
isigfig('cumulative_ar39', 'Cum. %39Ar')),
HGroup(isigfig('signal', 'Signal'), isigfig('j', 'Flux')),
HGroup(isigfig('ic', 'IC'), isigfig('disc', 'Disc.')),
HGroup(isigfig('decay', 'Decay'),
isigfig('correction', 'Correction Factors')),
HGroup(isigfig('sens', 'Sensitivity'), isigfig('k2o', 'K2O')),
Item('ensure_trailing_zeros', label='Ensure Trailing Zeros'),
label='Significant Figures')
def inc(k):
return 'include_{}'.format(k)
def iinc(k, label, **kw):
return Item(inc(k), label=label, **kw)
arar_col_grp = VGroup(iinc('F', '40Ar*/39ArK'),
iinc('percent_ar39', 'Cumulative %39Ar'),
iinc('radiogenic_yield', '%40Ar*'),
iinc('sensitivity', 'Sensitivity'),
iinc('k2o', 'K2O wt. %'),
iinc('production_ratios', 'Production Ratios'),
iinc('isochron_ratios', 'Isochron Ratios'),
iinc('time_delta', 'Time since Irradiation'),
iinc('kca', 'K/Ca'),
iinc('kcl', 'K/Cl'),
Item('invert_kca_kcl', label='Invert K/Ca,K/Cl'),
VGroup(iinc('lambda_k', 'Lambda K'),
iinc('monitor_age', 'Age'),
iinc('monitor_name', 'Name'),
iinc('monitor_material', 'Material'),
label='Flux Monitor'),
label='Ar/Ar')
general_col_grp = VGroup(Item('status_enabled', label='Status'),
Item('analysis_label_enabled',
label='Analysis Label'),
Item('tag_enabled', label='Tag'),
iinc('rundate', 'Analysis RunDate'),
iinc('blanks', 'Applied Blank'),
iinc('intercepts', 'Intercepts'),
iinc('icfactors', 'ICFactors'),
iinc('discrimination', 'Discrimination'),
label='General')
summary_rows_grp = BorderVGroup(iinc('summary_kca', 'Integrated K/Ca'),
iinc('plateau_age', 'Plateau Age'),
iinc('integrated_age',
'Total Integrated Age'),
iinc('isochron_age', 'Isochron Age'),
iinc('trapped_ratio',
'Trapped (40/36)atm'),
label='Summary Rows')
columns_grp = BorderHGroup(general_col_grp,
arar_col_grp,
label='Columns')
unk_columns_grp = VGroup(HGroup(columns_grp, sig_figs_grp),
summary_rows_grp,
label='Unknowns')
g1 = VGroup(HGroup(grp, appearence_grp), label='Main')
def isum(k):
return inc('summary_{}'.format(k))
def iisum(k, label, **kw):
return Item(isum(k), label=label, **kw)
summary_grp = VGroup(
iisum('sheet', 'Summary Sheet'),
VGroup(iisum('sample', 'Sample'),
iisum('identifier', 'Identifier'),
iisum('unit', 'Unit'),
iisum('location', 'Location'),
iisum('material', 'Material'),
iisum('irradiation', 'Irradiation'),
iisum('age_type', 'Age Type'),
iisum('n', 'N'),
iisum('percent_ar39', '%39Ar'),
iisum('mswd', 'MSWD'),
HGroup(iisum('kca', 'KCA'),
Item('summary_kca_nsigma', label=SIGMA)),
HGroup(iisum('age', 'Age'),
Item('summary_age_nsigma', label=SIGMA)),
iisum('comments', 'Comments'),
enabled_when=isum('sheet'),
label='Columns',
show_border=True),
VGroup(UItem('summary_notes', style='custom'),
show_border=True,
label='Notes'),
label='Summary')
calc_grp = VGroup(J_ERROR_GROUP, label='Calc.')
v = okcancel_view(Tabbed(g1, unk_columns_grp, unknown_grp, calc_grp,
blank_grp, air_grp, monitor_grp, summary_grp),
resizable=True,
width=775,
height=0.75,
title='XLSX Analysis Table Options',
scrollable=True)
return v
class ReportOptions(BasePDFOptions):
_persistence_name = 'report_options'
blank_unknowns_enabled = dumpable(Bool(True))
airs_enabled = dumpable(Bool(True))
cocktails_enabled = dumpable(Bool(True))
blank_unknowns_enabled = dumpable(Bool(True))
unknowns_enabled = dumpable(Bool(True))
blank_unknowns_table_enabled = dumpable(Bool(True))
airs_table_enabled = dumpable(Bool(True))
cocktails_table_enabled = dumpable(Bool(True))
blank_unknowns_table_enabled = dumpable(Bool(True))
cocktail_ideogram_enabled = dumpable(Bool(True))
unknowns_ideogram_enabled = dumpable(Bool(True))
unknowns_table_enabled = dumpable(Bool(True))
blank_unknowns_series_options_manager = Instance(
BUReportSeriesOptionsManager, ())
blank_unknowns_series_options_controller = Instance(OptionsController)
airs_series_options_manager = Instance(AirReportSeriesOptionsManager, ())
airs_series_options_controller = Instance(OptionsController)
cocktails_series_options_manager = Instance(
CocktailReportSeriesOptionsManager, ())
cocktails_series_options_controller = Instance(OptionsController)
cocktails_ideogram_options_manager = Instance(
CocktailReportIdeogramOptionsManager, ())
cocktails_ideogram_options_controller = Instance(OptionsController)
unknowns_series_options_manager = Instance(
UnknownsReportSeriesOptionsManager, ())
unknowns_series_options_controller = Instance(OptionsController)
unknowns_ideogram_options_manager = Instance(
UnknownsReportIdeogramOptionsManager, ())
unknowns_ideogram_options_controller = Instance(OptionsController)
email_enabled = dumpable(Bool(True))
def set_names(self, names):
for a in ('blank_unknowns', 'airs', 'cocktails', 'unknowns'):
m = getattr(self, '{}_series_options_manager'.format(a))
m.set_names(names, clear_missing=False)
@property
def path(self):
p, _ = unique_path(paths.report_dir, 'report', extension='.pdf')
return p
def traits_view(self):
grps = []
for at, name in (
('blank_unknowns', 'Blank Unknowns'),
('airs', 'Airs'),
):
grp = VGroup(Item('{}_enabled'.format(at), label='Enabled'),
Item('{}_table_enabled'.format(at), label='Table'),
UItem('{}_series_options_controller'.format(at),
style='custom',
enabled_when='{}_enabled'.format(at),
editor=InstanceEditor(view=view(name))),
label=name)
grps.append(grp)
sog = UItem('cocktails_series_options_controller',
style='custom',
enabled_when='cocktails_enabled',
editor=InstanceEditor(view=view(name)),
label='Series')
iog = UItem('cocktails_ideogram_options_controller',
style='custom',
enabled_when='cocktails_enabled',
editor=InstanceEditor(view=view(name)),
label='Ideogram')
cocktail_grp = VGroup(Item('cocktails_enabled', label='Enabled'),
Item('cocktails_table_enabled', label='Table'),
Tabbed(sog, iog),
label='Cocktails')
grps.append(cocktail_grp)
sog = UItem('unknowns_series_options_controller',
style='custom',
enabled_when='unknowns_enabled',
editor=InstanceEditor(view=view(name)),
label='Series')
iog = UItem('unknowns_ideogram_options_controller',
style='custom',
enabled_when='unknowns_enabled',
editor=InstanceEditor(view=view(name)),
label='Ideogram')
unk_grp = VGroup(Item('unknowns_enabled', label='Enabled'),
Item('unknowns_table_enabled', label='Table'),
Tabbed(sog, iog),
label='Unknowns')
grps.append(unk_grp)
layout_grp = self._get_layout_group()
grps.append(layout_grp)
v = okcancel_view(Tabbed(*grps), title='Configure Report')
return v
def _blank_unknowns_series_options_controller_default(self):
o = OptionsController(model=self.blank_unknowns_series_options_manager)
return o
def _airs_series_options_controller_default(self):
o = OptionsController(model=self.airs_series_options_manager)
return o
def _cocktails_series_options_controller_default(self):
o = OptionsController(model=self.cocktails_series_options_manager)
return o
def _cocktails_ideogram_options_controller_default(self):
o = OptionsController(model=self.cocktails_ideogram_options_manager)
return o
def _unknowns_series_options_controller_default(self):
o = OptionsController(model=self.unknowns_series_options_manager)
return o
def _unknowns_ideogram_options_controller_default(self):
o = OptionsController(model=self.unknowns_ideogram_options_manager)
return o