def get_legends(self):
def img(spec):
return HTML.img(src=svg.data_url(svg.icon(spec)),
height='20',
width='20',
style='margin-left: 0.5em;')
def desc(text):
return HTML.span(text,
style='margin-left: 0.5em; margin-right: 0.5em;')
values = [desc('Most extensive description is a ...')]
for sdt in get_parameter('med').domain:
icon = self.de_to_icon['med'][sdt.id.split('-')[1]]
values.append(
HTML.label(
HTML.input(
type='checkbox',
checked='checked',
id='marker-toggle-sdt-' + str(sdt.number),
onclick='GLOTTOLOG3.LangdocStatus.toggleMarkers()'),
img(icon.shape + 'ffffff' if self.focus == 'ed' else 'c' +
icon.color), desc(sdt.name)))
values.append(desc('Language is ...'))
for ed in get_parameter('aes').domain:
icon = self.de_to_icon['aes'][ed.id.split('-')[1]]
values.append((HTML.label(
HTML.input(type='checkbox',
checked='checked',
id='marker-toggle-ed-' + str(ed.number),
onclick='GLOTTOLOG3.LangdocStatus.toggleMarkers()'),
img('c' + icon.color if self.focus == 'ed' else icon.shape +
'ffffff'), desc(ed.name.lower()))))
yield Legend(self, 'values', values, label='Legend')
def __init__(self, obj):
GeoJson.__init__(self, obj)
aes = get_parameter('aes')
med = get_parameter('med')
self.ldstatus = ldstatus(aes.pk)
self.med_map = {
de.id.split('-')[1]: (Icon.from_spec(de.jsondata['icon']), de)
for de in med.domain
}
self.med_map[None] = self.med_map['wordlist_or_less']
self.aes_map = {
de.pk: (Icon.from_spec(de.jsondata['icon']), de)
for de in aes.domain
}
def browser(req):
"""
The main GlottoScope view, with selection controls, map and tally table.
"""
ms = MultiSelect(req,
'families',
'msfamily',
collection=family_query(req),
selected=_get_families(req))
focus = req.params.get('focus', 'ed')
im = get_icon_map()
if focus == 'sdt':
colors, shapes = im['med'], im['aes']
else:
shapes, colors = im['med'], im['aes']
icon_map = {}
for shape in [o.shape for o in shapes.values()]:
for color in [o.color for o in colors.values()] + ['ffffff']:
spec = shape + color
icon_map[spec] = req.static_url('clld:web/static/icons/%s.png' %
spec)
countries = OrderedDict()
for c in req.params.getall('country'):
countries[c] = DBSession.query(common.DomainElement).join(common.Parameter)\
.filter(common.Parameter.id == 'country')\
.filter(common.DomainElement.name == c)\
.one().description
return {
'families':
ms,
'macroareas':
get_parameter('macroarea'),
'countries':
countries,
'map':
DescStatsMap(language_query(req), req, icon_map, focus, im),
'icon_map':
icon_map,
'focus':
focus,
'doctypes': [(de, Icon.from_spec(de.jsondata['icon']))
for de in get_parameter('med').domain],
'endangerments': [(de, Icon.from_spec(de.jsondata['icon']))
for de in get_parameter('aes').domain],
}
def langdoccomplexquery(request):
res = {
'dt': None,
'doctypes': DBSession.query(Doctype).order_by(Doctype.id),
'macroareas': get_parameter('macroarea').domain,
'ms': {}
}
for name, cls, kw in [
('languoids', LanguoidsMultiSelect,
dict(url=request.route_url('glottolog.childnodes'))),
('macroareas', MultiSelect, dict(collection=res['macroareas'])),
('doctypes', MultiSelect, dict(collection=res['doctypes'])),
]:
res['ms'][name] = cls(request, name, 'ms' + name, **kw)
res['params'], reqparams = get_params(request.params, **res)
res['refs'] = getRefs(res['params'])
if res['refs']:
res['dt'] = Refs(request, Source, cq=1, **reqparams)
fmt = request.params.get('format')
if fmt:
db = bibtex.Database([ref.bibtex() for ref in res['refs']])
for name, adapter in request.registry.getAdapters([db],
IRepresentation):
if name == fmt:
return adapter.render_to_response(db, request)
return HTTPNotAcceptable()
return res
def intro(req):
def count(ppk):
return DBSession.query(common.DomainElement.pk, func.count(common.Value.pk))\
.join(common.Value)\
.join(common.ValueSet)\
.join(common.Language)\
.filter(Languoid.category.in_(CATEGORIES))\
.filter(common.DomainElement.parameter_pk == ppk)\
.group_by(common.DomainElement.pk)
med = get_parameter('med')
aes = get_parameter('aes')
return {
'aes': aes,
'med': med,
'ref': get_source(aes.jsondata['reference_id']),
'macroareas': get_parameter('macroarea').domain,
'families': family_query(),
'med_type_count': {pk: c
for pk, c in count(med.pk)},
'aes_status_count': {pk: c
for pk, c in count(aes.pk)},
}
def get_icon_map():
res = defaultdict(dict)
for pid in ['aes', 'med']:
for de in get_parameter(pid).domain:
res[pid][de.id.split('-')[1]] = Icon.from_spec(de.jsondata['icon'])
return res
def languages(req):
"""
Called when cells in the tally table are clicked to load the corresponding languages.
:param req:
:return: list of (language, med) pairs with matching endangerment and doctype.
"""
macroarea = req.params.get('macroarea')
family = _get_families(req)
year = req.params.get('year')
demap = defaultdict(dict)
for pid in ['aes', 'med']:
for de in get_parameter(pid).domain:
demap[pid][de.number] = de
aes, aeslpks, med, medlpks = None, [], None, []
label = 'Languages'
if int(req.matchdict['ed']) in demap['aes']:
aes = demap['aes'][int(req.matchdict['ed'])]
label = HTML.em(aes.name) + ' languages'
aeslpks = {
v.valueset.language_pk for v in DBSession.query(common.Value)\
.filter(common.Value.domainelement_pk == aes.pk)\
.options(joinedload(common.Value.valueset))}
if family:
label = label + ' of the %s families' % ', '.join(f.name
for f in family)
if macroarea:
label = label + ' from ' + macroarea
if int(req.matchdict['sdt']) in demap['med']:
med = demap['med'][int(req.matchdict['sdt'])]
medlpks = {
v.valueset.language_pk for v in DBSession.query(common.Value) \
.filter(common.Value.domainelement_pk == med.pk) \
.options(joinedload(common.Value.valueset))}
label = label + ' whose most extensive description'
if year:
year = int(year)
label = label + ' in %s' % year
label = label + ' is a ' + med.name
stats = ldstatus(get_parameter('aes').pk)
langs = []
for lang in language_query(req):
if aes and lang.pk not in aeslpks:
continue
if not year and (med and lang.pk not in medlpks):
continue
aespk, med_, sources, _ = stats.get(lang.id, (None, None, [], None))
gmed = None
if year:
drop = True
for s in sources:
s = src2dict(
s, {v.id.split('-')[1]: v
for v in demap['med'].values()})
if s['year'] <= int(year):
gmed = s
if med and gmed['med_type'] == med.id.split('-')[1]:
drop = False
break
if drop and med:
continue
else:
gmed = med_
langs.append((lang, gmed))
return {
'languages': sorted(langs, key=lambda l: l[0].name),
'label': label
}
def countries_as_json():
return json.dumps([
'%s (%s)' % (c.description, c.name)
for c in get_parameter('country').domain
])