def get_content():
verse_words = defaultdict(list)
for book, chapter, verse, phrase, strongs in data:
verse_words[verse].append([
phrase,
strongs,
])
return t._(
t.div('{} {}'.format(book, chapter), _class='book'),
t.div('Tap an underlined word for source text',
_class='section-label',),
t._(
t.div(
t.a(str(verse), ' ', _name='{}'.format(verse)),
t.span(
t._(
t.a(
phrase,
href='/strongs/{}'.format(strongs),
_class='ref-word-link',
) if strongs else phrase,
' ',
)
for phrase, strongs in phrase_data
),
_class='verse',
)
for verse, phrase_data in sorted(verse_words.items())
),
t.script('''
scrollToAnchor({});
'''.format(json_encode(str(_verse)))) if _verse else t._(),
)
def get_verse_group(group_class, items, hide=False):
return t.div(
t._(
t.div(
t.div(
'{} ({})'.format(
group_key, len(verses)),
onclick='''
var offset = $(this).offset().top - 20;
var el = $(this).next('.verse-texts');;
$('.verse-texts').not(el).hide(300);
el.toggle(300, function(){
$(window).scrollTop(offset);
});
''',
_class='verse-word',
),
t.div(
t._(
t.div(
t.a(ref, href='/ref/{}/{}/{}'.format(
ref.rsplit(' ', 1)[0],
ref.rsplit(' ', 1)[-1].split(':')[0],
ref.rsplit(' ', 1)[-1].split(':')[-1],
)),
# t.a(
# ref,
# href='/ref/{}/{}/{}'.format(
# ref.rsplit(' ', 1)[0],
# ref.rsplit(' ', 1)[1].split(':')[0],
# ref.rsplit(' ', 1)[1].split(':')[1],
# ),
# ),
t.span(' - '),
t.span(html_encode_utf8(text)),
_class='verse-text'
)
for key, ref, text in verses
),
_class='verse-texts',
),
)
for group_key, verses in items
),
_class='strongs_group {} {}'.format(
group_class,
'hide' if hide else '',
),
)
def get_lang(lang, show_word=False):
def get_language_from_lang(lang):
return 'hebrew' if lang == 'H' else 'greek'
return t._(
t.div(
'Tap {} word for info'.format(
get_language_from_lang(lang)),
_class='subhead',
),
t.div(
t.div(
t.div(word, _class='word') if show_word else t._(),
print_meta(lang),
_class='tight',
),
t.div(
t.canvas(id='chart_{}'.format(lang),
width='120', height='120'
),
t.script('''
$(window).resize(function(){{
// chart_update_{}({});
}});
'''.format(
lang,
json_encode(list(
get_data_dict(m) for m in meta
if m[0][0] == lang)),
)
),
_class='chart-container',
),
_class='lang flex-row',
),
t.script('''
$(document).ready(function(){{
resize_charts();
chart_update_{}({});
//$(window).resize();
}});
'''.format(
lang,
json_encode(list(
get_data_dict(m) for m in meta
if m[0][0] == lang)),
)
),
)
def get_content():
return t._(
t.div(
t.form(
word,
t.input(type='hidden', _name='wordId', value=str(wordId)),
t.input(type='text', _name='strongsId', value=strongsId or ''),
t.input(type='submit'),
method='POST',
),
)
for wordId, word, strongsId in data
)
def get_content():
def getPrev():
base = str(int(strongsId[1:]) - 1)
return ''.join([lang[0].upper(), base])
def getNext():
base = str(int(strongsId[1:]) + 1)
return ''.join([lang[0].upper(), base])
prev = getPrev()
_next = getNext()
return t._(
t.div(
t.a(_next, href='/editStr/{}'.format(prev)),
t.span(' << '),
strongsId,
t.span(' >> '),
t.a(_next, href='/editStr/{}'.format(_next)),
),
t.div(html_encode_utf8(xlit)),
t.div(html_encode_utf8(lemma)),
t.div(html_encode_utf8(desc)),
t._(
t.div(
t.h2(word),
t._(
t.div(
t.a(
'{} {}:{} - '.format(book, chap, verse),
text,
href='/edit/{}/{}/{}'.format(
book, chap, verse
),
),
)
for book, chap, verse, text in metas),
)
for word, metas in words.iteritems()
)
)
def print_meta(language):
color = cycle(colors)
return t._(
t.a(
t.div(
t.div(html_encode_utf8(
json_decode(json)['pronun']['sbl'])),
t.div(html_encode_utf8(word), _class='tight grey'),
# t.div(
# '{}'.format(html_encode_utf8(lemma)),
# ),
# t.div(html_encode_utf8(pronounce)),
# _class='flex-col',
),
t.div(
'{:,}'.format(count),
_class='count tight',
),
t.div(
t.div(
' ',
_class='swatch',
style='''
background-color: {};
'''.format(next(color)),
),
_class='tight',
),
href='/strongs/{}'.format(strongs),
_class='flex-row meta center',
)
for (
strongs,
word,
count,
json
)in meta if strongs[0] == language
)
def get_content():
def get_book_verses_dict():
result = defaultdict(list)
for phrase, word, book, book_id, chap, verse, text, author in usage:
result[book].append([book_id, '{} {}:{}'.format(book, chap, verse),
text.replace(phrase, '<b>{}</b>'.format(phrase))])
return result
def get_words_verses_dict():
result = defaultdict(list)
for phrase, word, book, book_id, chap, verse, text, author in usage:
result[word.lower()].append([word, '{} {}:{}'.format(book, chap, verse),
text.replace(phrase, '<b>{}</b>'.format(phrase))])
return result
def get_author_verses_dict():
result = defaultdict(list)
for phrase, word, book, book_id, chap, verse, text, author in usage:
result[author].append([author, '{} {}:{}'.format(book, chap, verse),
text.replace(phrase, '<b>{}</b>'.format(phrase))])
return result
def get_data_dict(uc):
word, count = uc
return dict(
value=count,
color=next(color),
highlight=next(highlight),
label=word,
)
def get_verse_group(group_class, items, hide=False):
return t.div(
t._(
t.div(
t.div(
'{} ({})'.format(
group_key, len(verses)),
onclick='''
var offset = $(this).offset().top - 20;
var el = $(this).next('.verse-texts');;
$('.verse-texts').not(el).hide(300);
el.toggle(300, function(){
$(window).scrollTop(offset);
});
''',
_class='verse-word',
),
t.div(
t._(
t.div(
t.a(ref, href='/ref/{}/{}/{}'.format(
ref.rsplit(' ', 1)[0],
ref.rsplit(' ', 1)[-1].split(':')[0],
ref.rsplit(' ', 1)[-1].split(':')[-1],
)),
# t.a(
# ref,
# href='/ref/{}/{}/{}'.format(
# ref.rsplit(' ', 1)[0],
# ref.rsplit(' ', 1)[1].split(':')[0],
# ref.rsplit(' ', 1)[1].split(':')[1],
# ),
# ),
t.span(' - '),
t.span(html_encode_utf8(text)),
_class='verse-text'
)
for key, ref, text in verses
),
_class='verse-texts',
),
)
for group_key, verses in items
),
_class='strongs_group {} {}'.format(
group_class,
'hide' if hide else '',
),
)
return t.div(
t.div(
t.div(
t.div(html_encode_utf8(getPronun()), _class='word'),
t.div(html_encode_utf8(word), _class='orig_word'),
_class='tight',
),
t.div(),
t.div(
# t.div('Tap for morphology', _class='hint'),
t.div(html_encode_utf8(getDefn())),
_class='definition tight',
),
_class='flex-row tight strongs'
),
t.div(
t.div(
# t.div('Translated As', _class='section-label tight'),
t._(
t.div(
t.div(html_encode_utf8(word)),
# t.div(str(count), _class='count tight'),
t.div('{:,}'.format(count), _class='count tight'),
t.div(
t.div(
' ',
_class='swatch',
style='''
background-color: {};
'''.format(next(color2)),
),
_class='flex-row center tight',
),
_class='flex-row tight center',
)
for word, count in usage_counts
),
t.div(),
_class='flex-col tight lang',
),
t.div(
t.canvas(id='chart_eng', width='150', height='150'),
t.script('''
$(window).resize(function(){{
// chart_update('eng', {});
}});
'''.format(
json_encode(list(
get_data_dict(uc) for uc in usage_counts)),
)
),
_class='chart-container',
),
_class='flex-row',
),
t.div(
t.div(
t.div(
t.div(),
t.div(
'By Word',
onclick="strongs_change_group(this, 'by_word');",
_class='usage-sorter first tight selected',
),
t.div(
'By Book',
onclick="strongs_change_group(this, 'by_book');",
_class='usage-sorter tight',
),
t.div(
'By Author',
onclick="strongs_change_group(this, 'by_author');",
_class='usage-sorter tight',
),
t.div(),
_class='usage-sort flex-row',
),
_class='sort-control',
),
# t.div('Tap above to change grouping', _class='hint'),
# t.div('Tap below to expand', _class='hint'),
get_verse_group(
'by_author',
sorted(get_author_verses_dict().items(),
key=lambda a: a[1][-1]),
hide=True,
),
get_verse_group(
'by_book',
sorted(get_book_verses_dict().items(),
key=lambda a: a[1][0]),
hide=True,
),
get_verse_group(
'by_word',
sorted(get_words_verses_dict().items(),
key=lambda a: len(a[1]), reverse=True),
),
_class='verses-container',
),
t.script('''
$(document).ready(function(){{
resize_charts();
chart_update('eng', {});
}});
'''.format(
json_encode(list(
get_data_dict(uc) for uc in usage_counts)),
)
),
)
def getDefn():
return t._(t.div(json_decode(json)['def']['short'] for json in jsons))
