def col_defs(self):
return [
IdCol(self, 'id'),
Col(self, 'name', sTitle='Title'),
Col(self, 'description', sTitle='Abstract'),
SourcesCol(self, 'sources', bSearchable=False, bSortable=False)
]
def col_defs(self):
return [
IdCol(self, 'id'),
LinkCol(self, 'name'),
Col(self, 'cognates', model_col=Cognateset.representation),
ProviderCol(self, 'provider', get_object=lambda i: i.contribution),
]
def col_defs(self):
return [
IdCol(self, 'id'),
LinkCol(self, 'name'),
LinkToMapCol(self, 'm'),
ContributionsCol(self, 'contributions')
]
def col_defs(self):
return [
LinkCol(self, 'Name', model_col=lsiLanguage.name),
IdCol(self, 'ISO-639-3', sClass='left', model_col=lsiLanguage.id),
FamilyLinkCol(self, 'Family', language_cls=lsiLanguage),
MacroareaCol(self, 'Macro_Area', language_cls=lsiLanguage),
Col(self, 'Features', model_col=lsiLanguage.representation),
LinkToMapCol(self, 'm'),
]
def col_defs(self):
return [
IdCol(self, 'id'),
LinkCol(self, 'name', sTitle='Concept'),
Col(self, 'Languages', model_col=Concept.representation),
Col(self,
'semantic_field',
model_col=Concept.semanticfield,
choices=get_distinct_values(Concept.semanticfield)),
ConcepticonLink(self, 'Concepticon'),
]
def col_defs(self):
return [
DetailsRowLinkCol(self),
IdCol(self, 'id'),
LinkCol(self, 'name'),
LinkToMapCol(self),
Col(self,
'latitude',
sDescription='<small>The geographic latitude</small>'),
Col(self, 'longitude'),
]
def col_defs(self):
return [
Col(self, 'pk'),
DetailsRowLinkCol(self, 'd'),
LinkToMapCol(self, 'm'),
LinkCol(self, 'link'),
Col(self, 'active'),
Col(self, 'name', model_col=None),
Col(self, 'description', format=lambda i: 'x'),
IntegerIdCol(self, 'id'),
IdCol(self, 'nid',
get_object=lambda i: i, model_col=common.Contributor.id),
ExternalLinkCol(self, 'url')]
def col_defs(self):
return [
IdCol(self, 'id', sTitle='Code'),
LinkCol(self, 'name'),
BiomeCol(self, 'category'),
Col(self,
'status',
sDescription=Ecoregion.gbl_stat.doc,
model_col=Ecoregion.gbl_stat,
choices=get_distinct_values(Ecoregion.gbl_stat)),
LinkToMapCol(self, 'm', sTitle=''),
Col(self,
'w',
sTitle='',
format=lambda i: external_link(i.wwf_url(), 'WWF'))
]
def col_defs(self):
return [
IdCol(self, 'id'),
LinkCol(self, 'reference'),
#Col(self, 'description', model_col=Contribution.description),
Col(self, 'language_count', sTitle='# lects', model_col=Provider.language_count),
Col(self, 'parameter_count', sTitle='# concepts', model_col=Provider.parameter_count),
Col(self,
'lexeme_count',
sTitle='# lexemes',
model_col=Provider.lexeme_count,
format=lambda i: '{:,}'.format(i.lexeme_count)),
Col(self,
'synonymy',
sDescription=Provider.synonym_index.doc,
model_col=Provider.synonym_index,
format=lambda i: '{:.3f}'.format(i.synonym_index))
]
def col_defs(self):
if self.contribution:
if self.contribution.id == 'StructureDataset':
return [
IdCol(self, 'id'),
LinkCol(self, 'name'),
category_col(self),
DetailsRowLinkCol(self, '#', button_text='values'),
]
elif self.contribution.id == 'Wordlist':
return [
ParameterNameCol(self, 'name'),
ConcepticonCol(self, 'concepticon'),
Col(self,
'category',
model_col=models.Param.category,
choices=models.Param.get_categories(
self.contribution)),
]
return Parameters.col_defs(self)
def col_defs(self):
return [
LinkCol(self, 'name'),
IdCol(self, 'id', sTitle='WALS code', sClass='left'),
Col(self,
'iso_codes',
sTitle='ISO 639-3',
model_col=WalsLanguage.iso_codes),
LinkCol(self,
'genus',
model_col=Genus.name,
get_object=lambda i: i.genus),
LinkCol(self,
'family',
model_col=Family.name,
get_object=lambda i: i.genus.family),
Col(self,
'macroarea',
model_col=WalsLanguage.macroarea,
choices=get_distinct_values(WalsLanguage.macroarea)),
Col(self, 'latitude'),
Col(self, 'longitude'),
CountriesCol(self, 'countries'),
]
def col_defs(self):
if self.analysis:
res = [
LinkCol(self,
'parameter',
get_object=lambda i: i.unitparameter,
model_col=common.UnitParameter.name),
]
elif self.unitparameter:
res = [
IdCol(self,
'sample',
get_object=lambda i: i.analysis.sample,
model_col=common.Value.id)
]
else:
res = []
res.append(ValueCol(self, 'value'))
res.append(PrecisionCol(self, 'precision', sTitle='Value SD'))
res.append(SigmaCol(self, 'sigma', sTitle='SD Sigma'))
#if self.analysis:
# res.append(StatsCol(self, 'stats'))
res.append(DetailsRowLinkCol(self, 'method', button_text='method'))
return res
def col_defs(self):
return [
IdCol(self, 'id'),
LinkCol(self, 'name'),
]
def col_defs(self):
return [
IdCol(self, 'id'),
LinkCol(self, 'name'),
GlottologUrlCol(self, 'description', sTitle='Glottolog'),
]
def col_defs(self):
name_col = ValueNameCol(self, 'value')
if self.parameter and self.parameter.domain:
name_col.choices = [(de.name, de.description)
for de in self.parameter.domain]
cols = []
if self.parameter:
cols = [
LinkCol(self,
'Name',
model_col=common.Language.name,
get_object=lambda i: i.valueset.language),
Col(self,
'Glottocode',
model_col=common.Language.id,
get_object=lambda i: i.valueset.language),
LinkCol(
self,
'Contributor',
model_col=common.Contributor.name,
get_object=lambda i: i.valueset.contribution.
contributor_assocs[0].contributor,
)
]
elif self.language:
cols = [
IdCol(self,
'Feature Id',
sClass='left',
model_col=common.Parameter.id,
get_object=lambda i: i.valueset.parameter),
LinkCol(self,
'Feature',
model_col=common.Parameter.name,
get_object=lambda i: i.valueset.parameter)
]
elif self.family:
cols = [
LinkCol(self,
'Name',
model_col=common.Language.name,
get_object=lambda i: i.valueset.language)
]
if not self.feature:
cols.extend([
IdCol(self,
'Feature Id',
sClass='left',
model_col=common.Parameter.id,
get_object=lambda i: i.valueset.parameter),
LinkCol(
self,
'Feature',
model_col=common.Parameter.name,
get_object=lambda i: i.valueset.parameter,
choices=get_distinct_values(common.Parameter.name),
)
])
cols = cols + [
name_col,
RefsCol(self,
'Source',
model_col=common.ValueSet.source,
get_object=lambda i: i.valueset),
Col(self, 'Comment', model_col=common.Value.description),
#Col(self, 'Contributed By', model_col=common.Contribution.name,
# get_object=lambda i: i.valueset.contribution)
]
return cols
