def newline2br(text):
chunks = []
for i, line in enumerate(text.split('\n')):
if i > 0:
chunks.append(HTML.br())
chunks.append(literal(line))
return '\n'.join(chunks)
def newline2br(text):
chunks = []
for i, line in enumerate(text.split('\n')):
if i > 0:
chunks.append(HTML.br())
chunks.append(literal(line))
return '\n'.join(chunks)
def newline2br(text):
"""Replace newlines in text with HTML br tags."""
if not text:
return ''
chunks = []
for i, line in enumerate(text.split('\n')):
if i > 0:
chunks.append(HTML.br())
chunks.append(literal(line))
return '\n'.join(chunks)
def newline2br(text):
"""Replace newlines in text with HTML br tags."""
if not text:
return ''
chunks = []
for i, line in enumerate(text.split('\n')):
if i > 0:
chunks.append(HTML.br())
chunks.append(literal(line))
return '\n'.join(chunks)
def newline2br(text):
"""
>>> assert newline2br(None) == ''
"""
if not text:
return ''
chunks = []
for i, line in enumerate(text.split('\n')):
if i > 0:
chunks.append(HTML.br())
chunks.append(literal(line))
return '\n'.join(chunks)
def newline2br(text):
"""
>>> assert newline2br(None) == ''
"""
if not text:
return ''
chunks = []
for i, line in enumerate(text.split('\n')):
if i > 0:
chunks.append(HTML.br())
chunks.append(literal(line))
return '\n'.join(chunks)
def newline2br(text):
"""Replace newlines in text with HTML br tags.
>>> assert newline2br(None) == ''
"""
if not text:
return ""
chunks = []
for i, line in enumerate(text.split("\n")):
if i > 0:
chunks.append(HTML.br())
chunks.append(literal(line))
return "\n".join(chunks)
def format_coordinates(obj, no_seconds=True, wgs_link=True):
"""Format WGS84 coordinates as HTML.
.. seealso:: http://en.wikipedia.org/wiki/ISO_6709#Order.2C_sign.2C_and_units
"""
def degminsec(dec, hemispheres):
_dec = abs(dec)
degrees = int(floor(_dec))
_dec = (_dec - int(floor(_dec))) * 60
minutes = int(floor(_dec))
_dec = (_dec - int(floor(_dec))) * 60
seconds = _dec
if no_seconds:
if seconds > 30:
if minutes < 59:
minutes += 1
else:
minutes = 0
degrees += 1
fmt = "{0}\xb0"
if minutes:
fmt += "{1:0>2d}'"
if not no_seconds and seconds:
fmt += '{2:0>2f}"'
fmt += hemispheres[0] if dec > 0 else hemispheres[1]
return text_type(fmt).format(degrees, minutes, seconds)
if not isinstance(obj.latitude, float) or not isinstance(obj.longitude, float):
return ""
return HTML.div(
HTML.table(
HTML.tr(
HTML.td(
"Coordinates ",
external_link("http://en.wikipedia.org/wiki/World_Geodetic_System_1984", label="WGS84")
if wgs_link
else "",
),
HTML.td(
HTML.span("%s, %s" % (degminsec(obj.latitude, "NS"), degminsec(obj.longitude, "EW"))),
HTML.br(),
HTML.span("{0.latitude:.2f}, {0.longitude:.2f}".format(obj), class_="geo"),
),
),
class_="table table-condensed",
)
)
def format_coordinates(obj, no_seconds=True, wgs_link=True):
"""
WGS84
53° 33' 2" N, 9° 59' 36" E
53.550556°, 9.993333°
.. seealso:: http://en.wikipedia.org/wiki/ISO_6709#Order.2C_sign.2C_and_units
"""
def degminsec(dec, hemispheres):
_dec = abs(dec)
degrees = int(floor(_dec))
_dec = (_dec - int(floor(_dec))) * 60
minutes = int(floor(_dec))
_dec = (_dec - int(floor(_dec))) * 60
seconds = _dec
if no_seconds:
if seconds > 30:
if minutes < 59:
minutes += 1
else:
minutes = 0
degrees += 1
fmt = "{0}\xb0"
if minutes:
fmt += "{1:0>2d}'"
if not no_seconds and seconds:
fmt += '{2:0>2f}"'
fmt += hemispheres[0] if dec > 0 else hemispheres[1]
return unicode(fmt).format(degrees, minutes, seconds)
if not isinstance(obj.latitude, float) or not isinstance(obj.longitude, float):
return ''
return HTML.div(
HTML.table(
HTML.tr(
HTML.td(
'Coordinates ',
external_link(
'http://en.wikipedia.org/wiki/World_Geodetic_System_1984',
label="WGS84") if wgs_link else ''),
HTML.td(
HTML.span('%s, %s' % (
degminsec(obj.latitude, 'NS'), degminsec(obj.longitude, 'EW'))),
HTML.br(),
HTML.span(
'{0.latitude:.2f}, {0.longitude:.2f}'.format(obj),
class_='geo'))),
class_="table table-condensed"))
def _media(maintype_, obj, **kw):
label = kw.pop('label', None)
assert maintype_ in ['audio', 'video']
if maintype(obj) != maintype_:
raise ValueError('type mismatch: {0} and {1}'.format(maintype(obj), maintype_))
kw.setdefault('controls', 'controls')
media_element = getattr(HTML, maintype_)(
literal('Your browser does not support the <code>{0}</code> element.'.format(
maintype_)),
HTML.source(src=bitstream_url(obj, type_='web'), type=mimetype(obj)), **kw)
return HTML.div(
media_element,
HTML.br(),
link(obj, label=label),
class_='cdstar_{0}_link'.format(maintype_),
style='margin-top: 10px')
def _media(maintype_, obj, **kw):
label = kw.pop('label', None)
assert maintype_ in ['audio', 'video']
if maintype(obj) != maintype_:
raise ValueError('type mismatch: {0} and {1}'.format(maintype(obj), maintype_))
kw.setdefault('controls', 'controls')
media_element = getattr(HTML, maintype_)(
literal('Your browser does not support the <code>{0}</code> element.'.format(
maintype_)),
HTML.source(src=bitstream_url(obj, type_='web'), type=mimetype(obj)), **kw)
return HTML.div(
media_element,
HTML.br(),
link(obj, label=label),
class_='cdstar_{0}_link'.format(maintype_),
style='margin-top: 10px')
def format_coordinates(obj, no_seconds=True, wgs_link=True):
"""
WGS84
53° 33' 2" N, 9° 59' 36" E
53.550556°, 9.993333°
.. seealso:: http://en.wikipedia.org/wiki/ISO_6709#Order.2C_sign.2C_and_units
"""
def degminsec(dec, hemispheres):
_dec = abs(dec)
degrees = int(floor(_dec))
_dec = (_dec - int(floor(_dec))) * 60
minutes = int(floor(_dec))
_dec = (_dec - int(floor(_dec))) * 60
seconds = _dec
if no_seconds:
if seconds > 30:
if minutes < 59:
minutes += 1
else:
minutes = 0
degrees += 1
fmt = "{0}\xb0"
if minutes:
fmt += "{1:0>2d}'"
if not no_seconds and seconds:
fmt += '{2:0>2f}"'
fmt += hemispheres[0] if dec > 0 else hemispheres[1]
return unicode(fmt).format(degrees, minutes, seconds)
if not isinstance(obj.latitude, float) or not isinstance(
obj.longitude, float):
return ''
return HTML.div(
HTML.table(HTML.tr(
HTML.td(
'Coordinates ',
external_link(
'http://en.wikipedia.org/wiki/World_Geodetic_System_1984',
label="WGS84") if wgs_link else ''),
HTML.td(
HTML.span('%s, %s' % (degminsec(
obj.latitude, 'NS'), degminsec(obj.longitude, 'EW'))),
HTML.br(),
HTML.span('{0.latitude:.2f}, {0.longitude:.2f}'.format(obj),
class_='geo'))),
class_="table table-condensed"))
def ipa_consonants(req, segments):
#
# a row_spec for a row in the segment chart is a pair (name, segment map), where
# segment map maps column index to our internal segment number.
#
row_specs = [
(
'plosive/affricate',
{1: 1, 2: 5, 7: 7, 8: 9, 9: 24, 10: 80, 11: 25, 12: 27, 13: 11, 14: 12,
15: 13, 16: 14, 17: 2, 18: 17, 19: 75, 20: 76, 21: 18, 22: 19}
),
('aspirated plosive/affricate', {1: 4, 7: 8, 8: 6, 9: 79, 11: 26, 17: 16}),
(
'glottalized stop/affricate',
{1: 20, 2: 23, 7: 21, 9: 81, 11: 28, 17: 22, 21: 78}
),
('nasal', {2: 42, 8: 43, 14: 44, 16: 45, 18: 46}),
('trill, tap or flap', {7: 47, 8: 48}),
(
'fricative',
{
1: 29, 2: 30, 3: 31, 4: 32, 5: 82, 6: 33,
7: 34, 8: 35, 11: 36, 12: 37, 17: 38, 18: 39, 21: 40, 22: 41}
),
('lateral/approximant', {7: 85, 8: 49, 14: 50, 16: 51, 20: 52}),
]
rows = []
for i, spec in enumerate(row_specs):
# build the chart row by row
name, segment_map = spec
cells = [HTML.th(name, class_="row-header")]
for j in range(22):
if j + 1 in segment_map:
title, symbol, class_, p, exists, vs = segments[segment_map[j + 1]]
cells.append(HTML.td(
parameter_link(req, symbol, vs or p), title=title, class_=class_))
else:
cells.append(HTML.td())
rows.append(HTML.tr(*cells))
return HTML.table(
HTML.thead(
HTML.tr(
HTML.td(''),
HTML.th(HTML.div('bilabial', class_="vertical"), colspan="2"),
HTML.th(HTML.div('labiodental', class_="vertical"), colspan="2"),
HTML.th(HTML.div('dental', class_="vertical"), colspan="2"),
HTML.th(HTML.div('dental/alveolar', class_="vertical"), colspan="2"),
HTML.th(
HTML.div(
'dental/alveolar', HTML.br(), 'affricate', class_="vertical"),
colspan="2"),
HTML.th(HTML.div('palato-alveolar', class_="vertical"), colspan="2"),
HTML.th(HTML.div('retroflex', class_="vertical"), colspan="2"),
HTML.th(HTML.div('palatal', class_="vertical"), colspan="2"),
HTML.th(HTML.div('velar', class_="vertical"), colspan="2"),
HTML.th(HTML.div('labial-velar', class_="vertical"), colspan="2"),
HTML.th(HTML.div('uvular', class_="vertical")),
HTML.th(HTML.div('glottal', class_="vertical")),
),
),
HTML.tbody(*rows),
style="margin-top: 5em;",
)
def ipa_consonants(req, segments):
#
# a row_spec for a row in the segment chart is a pair (name, segment map), where
# segment map maps column index to our internal segment number.
#
row_specs = [
('plosive/affricate', {
1: 1,
2: 5,
7: 7,
8: 9,
9: 24,
10: 80,
11: 25,
12: 27,
13: 11,
14: 12,
15: 13,
16: 14,
17: 2,
18: 17,
19: 75,
20: 76,
21: 18,
22: 19
}),
('aspirated plosive/affricate', {
1: 4,
7: 8,
8: 6,
9: 79,
11: 26,
17: 16
}),
('glottalized stop/affricate', {
1: 20,
2: 23,
7: 21,
9: 81,
11: 28,
17: 22,
21: 78
}),
('nasal', {
2: 42,
8: 43,
14: 44,
16: 45,
18: 46
}),
('trill, tap or flap', {
7: 47,
8: 48
}),
('fricative', {
1: 29,
2: 30,
3: 31,
4: 32,
5: 82,
6: 33,
7: 34,
8: 35,
11: 36,
12: 37,
17: 38,
18: 39,
21: 40,
22: 41
}),
('lateral/approximant', {
7: 85,
8: 49,
14: 50,
16: 51,
20: 52
}),
]
rows = []
for i, spec in enumerate(row_specs):
# build the chart row by row
name, segment_map = spec
cells = [HTML.th(name, class_="row-header")]
for j in range(22):
if j + 1 in segment_map:
title, symbol, class_, p, exists, vs = segments[segment_map[j +
1]]
cells.append(
HTML.td(parameter_link(req, symbol, vs or p),
title=title,
class_=class_))
else:
cells.append(HTML.td())
rows.append(HTML.tr(*cells))
return HTML.table(
HTML.thead(
HTML.tr(
HTML.td(''),
HTML.th(HTML.div('bilabial', class_="vertical"), colspan="2"),
HTML.th(HTML.div('labiodental', class_="vertical"),
colspan="2"),
HTML.th(HTML.div('dental', class_="vertical"), colspan="2"),
HTML.th(HTML.div('dental/alveolar', class_="vertical"),
colspan="2"),
HTML.th(HTML.div('dental/alveolar',
HTML.br(),
'affricate',
class_="vertical"),
colspan="2"),
HTML.th(HTML.div('palato-alveolar', class_="vertical"),
colspan="2"),
HTML.th(HTML.div('retroflex', class_="vertical"), colspan="2"),
HTML.th(HTML.div('palatal', class_="vertical"), colspan="2"),
HTML.th(HTML.div('velar', class_="vertical"), colspan="2"),
HTML.th(HTML.div('labial-velar', class_="vertical"),
colspan="2"),
HTML.th(HTML.div('uvular', class_="vertical")),
HTML.th(HTML.div('glottal', class_="vertical")),
), ),
HTML.tbody(*rows),
style="margin-top: 5em;",
)
