def tabulateAllSegments(phonoString):
conClassDict = {}
vowClassDict = {}
diphthongs = []
triphthongs = []
consonants = []
vowels = []
apical_vowels = []
inputPhons = re.split(r'\s*,\s*', phonoString)
for phon in inputPhons:
phoneme = Phoneme(phon, *parsePhon(phon))
if 'consonant' in phoneme.coreSet:
consonants.append(phoneme)
if phoneme.seriesSet:
classMarker = " & ".join(sorted(phoneme.seriesSet))
else:
classMarker = "plain"
if classMarker in conClassDict:
conClassDict[classMarker].append(phoneme)
else:
conClassDict[classMarker] = []
conClassDict[classMarker].append(phoneme)
elif 'vowel' in phoneme.coreSet:
if 'diphthong' in phoneme.coreSet:
diphthongs.append(phon)
elif 'triphthong' in phoneme.coreSet:
triphthongs.append(phon)
elif 'apical' in phoneme.coreSet:
apical_vowels.append(phon)
else:
vowels.append(phoneme)
if phoneme.seriesSet:
classMarker = " & ".join(sorted(phoneme.seriesSet))
else:
classMarker = "plain"
if classMarker in vowClassDict:
vowClassDict[classMarker].append(phoneme)
else:
vowClassDict[classMarker] = []
vowClassDict[classMarker].append(phoneme)
else:
raise ValueError("Neither a vowel nor a consonant: %s" % phon)
out = StringIO()
if conClassDict:
out.write("<h2>Consonants</h2>")
keys = sorted(conClassDict.keys(), key=lambda x: len(x))
for key in keys:
out.write("<h3>" + key[0].upper() + key[1:] + " series:</h3>")
out.write(convert2HTMLAndSpanify(makeTableCons(conClassDict[key])))
if vowClassDict:
out.write("<h2>Vowels</h2>")
keys = sorted(vowClassDict.keys(), key=lambda x: len(x))
for key in keys:
out.write("<h3>" + key[0].upper() + key[1:] + " series:</h3>")
out.write(convert2HTMLAndSpanify(makeTableVow(vowClassDict[key])))
if apical_vowels:
out.write("<h3>Apical vowels:</h3>")
out.write("<p>" + ", ".join(spanify(el) for el in apical_vowels))
if diphthongs:
out.write("<h3>Diphthongs:</h3>")
out.write("<p>" + ", ".join(spanify(el) for el in diphthongs))
if triphthongs:
out.write("<h3>Triphthongs:</h3>")
out.write("<p>" + ", ".join(spanify(el) for el in triphthongs))
return out.getvalue()
def tabulateAllSegments(phonoString):
conClassDict = {}
vowClassDict = {}
diphthongs = []
triphthongs = []
consonants = []
vowels = []
apical_vowels = []
inputPhons = re.split(r'\s*,\s*', phonoString)
for phon in inputPhons:
phoneme = Phoneme(phon, *parsePhon(phon))
if 'consonant' in phoneme.coreSet:
consonants.append(phoneme)
if phoneme.seriesSet:
classMarker = " & ".join(sorted(phoneme.seriesSet))
else:
classMarker = "plain"
if classMarker in conClassDict:
conClassDict[classMarker].append(phoneme)
else:
conClassDict[classMarker] = []
conClassDict[classMarker].append(phoneme)
elif 'vowel' in phoneme.coreSet:
if 'diphthong' in phoneme.coreSet:
diphthongs.append(phon)
elif 'triphthong' in phoneme.coreSet:
triphthongs.append(phon)
elif 'apical' in phoneme.coreSet:
apical_vowels.append(phon)
else:
vowels.append(phoneme)
if phoneme.seriesSet:
classMarker = " & ".join(sorted(phoneme.seriesSet))
else:
classMarker = "plain"
if classMarker in vowClassDict:
vowClassDict[classMarker].append(phoneme)
else:
vowClassDict[classMarker] = []
vowClassDict[classMarker].append(phoneme)
else:
raise ValueError("Neither a vowel nor a consonant: %s" % phon)
out = StringIO()
if conClassDict:
out.write("<h2>Consonants</h2>")
keys = sorted(conClassDict.keys(), key = lambda x: len(x))
for key in keys:
out.write("<h3>" + key[0].upper() + key[1:] + " series:</h3>")
out.write(convert2HTMLAndSpanify(makeTableCons(conClassDict[key])))
if vowClassDict:
out.write("<h2>Vowels</h2>")
keys = sorted(vowClassDict.keys(), key = lambda x: len(x))
for key in keys:
out.write("<h3>" + key[0].upper() + key[1:] + " series:</h3>")
out.write(convert2HTMLAndSpanify(makeTableVow(vowClassDict[key])))
if apical_vowels:
out.write("<h3>Apical vowels:</h3>")
out.write("<p>" + ", ".join(spanify(el) for el in apical_vowels))
if diphthongs:
out.write("<h3>Diphthongs:</h3>")
out.write("<p>" + ", ".join(spanify(el) for el in diphthongs))
if triphthongs:
out.write("<h3>Triphthongs:</h3>")
out.write("<p>" + ", ".join(spanify(el) for el in triphthongs))
return out.getvalue()
def processInventory(idiomName, phonoString, with_title):
"""A function that takes a string of comma separated phonemes and returns a <div>."""
# Classifying phonemes:
# 0. Vowels vs. consonants
# 1. Vowels:
# 1.1. Monophthongs — with any combinations of secondary features.
# Every combination of series-forming secondary features serves as a key in the dictionary.
# All entries for this key are put into a separate table. The same procedure is applied to vowels.
# 1.2. Diphthongs
# 1.3. Triphthongs
# 2. Consonants — with any combinations of secondary features.
# print(idiomName) # For finding bugs in descriptions.
# if idiomName.startswith("Santali"):
# print(phonoString)
conClassDict = {}
vowClassDict = {}
diphthongs = []
triphthongs = []
consonants = []
vowels = []
apical_vowels = []
inputPhons = re.split(r'\s*,\s*', phonoString)
for phon in inputPhons:
phoneme = Phoneme(phon, *parsePhon(phon))
if 'consonant' in phoneme.coreSet:
consonants.append(phoneme)
if phoneme.seriesSet:
classMarker = " & ".join(sorted(phoneme.seriesSet))
else:
classMarker = "plain"
if classMarker in conClassDict:
conClassDict[classMarker].append(phoneme)
else:
conClassDict[classMarker] = []
conClassDict[classMarker].append(phoneme)
elif 'vowel' in phoneme.coreSet:
if 'diphthong' in phoneme.coreSet:
diphthongs.append(phon)
elif 'triphthong' in phoneme.coreSet:
triphthongs.append(phon)
elif 'apical' in phoneme.coreSet:
apical_vowels.append(phon)
else:
vowels.append(phoneme)
if phoneme.seriesSet:
classMarker = " & ".join(sorted(phoneme.seriesSet))
else:
classMarker = "plain"
if classMarker in vowClassDict:
vowClassDict[classMarker].append(phoneme)
else:
vowClassDict[classMarker] = []
vowClassDict[classMarker].append(phoneme)
else:
raise ValueError("Neither a vowel nor a consonant: %s" % phon)
out = StringIO()
if with_title:
out.write('<div class="phono_tables"><h3>%s</h3>' %
(idiomName.split('#')[0]))
if conClassDict:
out.write("<h4>Consonants</h4>")
keys = sorted(conClassDict.keys(), key=lambda x: len(x))
for key in keys:
out.write("<h5>" + key[0].upper() + key[1:] + " series:</h5>")
out.write(convert2HTML(makeTableCons(conClassDict[key])))
if vowClassDict:
out.write("<h4>Vowels</h4>")
keys = sorted(vowClassDict.keys(), key=lambda x: len(x))
for key in keys:
out.write("<h5>" + key[0].upper() + key[1:] + " series:</h5>")
out.write(convert2HTML(makeTableVow(vowClassDict[key])))
if apical_vowels:
out.write("<h5>Apical vowels:</h5>")
out.write("<p>" + ", ".join(str(el) for el in apical_vowels))
if diphthongs:
out.write("<h5>Diphthongs:</h5>")
out.write("<p>" + ", ".join(str(el) for el in diphthongs))
if triphthongs:
out.write("<h5>Triphthongs:</h5>")
out.write("<p>" + ", ".join(str(el) for el in triphthongs))
if with_title:
out.write('</div>')
return out.getvalue()
def processInventory(idiomName, phonoString, with_title):
"""A function that takes a string of comma separated phonemes and returns a <div>."""
# Classifying phonemes:
# 0. Vowels vs. consonants
# 1. Vowels:
# 1.1. Monophthongs — with any combinations of secondary features.
# Every combination of series-forming secondary features serves as a key in the dictionary.
# All entries for this key are put into a separate table. The same procedure is applied to vowels.
# 1.2. Diphthongs
# 1.3. Triphthongs
# 2. Consonants — with any combinations of secondary features.
# print(idiomName) # For finding bugs in descriptions.
# if idiomName.startswith("Santali"):
# print(phonoString)
conClassDict = {}
vowClassDict = {}
diphthongs = []
triphthongs = []
consonants = []
vowels = []
apical_vowels = []
inputPhons = re.split(r'\s*,\s*', phonoString)
for phon in inputPhons:
phoneme = Phoneme(phon, *parsePhon(phon))
if 'consonant' in phoneme.coreSet:
consonants.append(phoneme)
if phoneme.seriesSet:
classMarker = " & ".join(sorted(phoneme.seriesSet))
else:
classMarker = "plain"
if classMarker in conClassDict:
conClassDict[classMarker].append(phoneme)
else:
conClassDict[classMarker] = []
conClassDict[classMarker].append(phoneme)
elif 'vowel' in phoneme.coreSet:
if 'diphthong' in phoneme.coreSet:
diphthongs.append(phon)
elif 'triphthong' in phoneme.coreSet:
triphthongs.append(phon)
elif 'apical' in phoneme.coreSet:
apical_vowels.append(phon)
else:
vowels.append(phoneme)
if phoneme.seriesSet:
classMarker = " & ".join(sorted(phoneme.seriesSet))
else:
classMarker = "plain"
if classMarker in vowClassDict:
vowClassDict[classMarker].append(phoneme)
else:
vowClassDict[classMarker] = []
vowClassDict[classMarker].append(phoneme)
else:
raise ValueError("Neither a vowel nor a consonant: %s" % phon)
out = StringIO()
if with_title:
out.write('<div class="phono_tables"><h3>%s</h3>' % (idiomName.split('#')[0]))
if conClassDict:
out.write("<h4>Consonants</h4>")
keys = sorted(conClassDict.keys(), key = lambda x: len(x))
for key in keys:
out.write("<h5>" + key[0].upper() + key[1:] + " series:</h5>")
out.write(convert2HTML(makeTableCons(conClassDict[key])))
if vowClassDict:
out.write("<h4>Vowels</h4>")
keys = sorted(vowClassDict.keys(), key = lambda x: len(x))
for key in keys:
out.write("<h5>" + key[0].upper() + key[1:] + " series:</h5>")
out.write(convert2HTML(makeTableVow(vowClassDict[key])))
if apical_vowels:
out.write("<h5>Apical vowels:</h5>")
out.write("<p>" + ", ".join(str(el) for el in apical_vowels))
if diphthongs:
out.write("<h5>Diphthongs:</h5>")
out.write("<p>" + ", ".join(str(el) for el in diphthongs))
if triphthongs:
out.write("<h5>Triphthongs:</h5>")
out.write("<p>" + ", ".join(str(el) for el in triphthongs))
if with_title:
out.write('</div>')
return out.getvalue()
