def printkovtreylyans():
""" show the output in Cornish, according to the options
in the radiobar is selected """
allstates()
inputtext = ent.gettext()
print("Input: {i}".format(i=inputtext))
output = ''
msg3.text.config(fg='dark red',
bg='light yellow',
font=('Courier', 14 + fontsizeadj, 'normal'),
state=tk.NORMAL)
if inputtext:
if options.state() == 'All trigrams and bigrams':
output = kovtreylyans.kovtreyl(inputtext,
skeulanyeth1,
False,
allNgrams=True,
linelength=outputwidth - 2)
msg3.text.config(font=('Courier', 12 + fontsizeadj, 'normal'))
else:
# show only N grams containing non stopwords
output = kovtreylyans.kovtreyl(inputtext,
skeulanyeth1,
False,
allNgrams=False,
linelength=outputwidth - 2)
output = wraplines(output, wline)
# print(output)
msg3.settext(output)
msg3.text.config(state=tk.DISABLED)
def printsylranna():
""" show the output in Welsh, according to the options
in the radiobar is selected """
allstates()
inputtext = ent.gettext()
print("Input: {i}".format(i=inputtext))
output = ''
msg3.text.config(fg = 'dark red', bg = 'light yellow',
font=('Open Sans', 16+fontsizeadj, 'bold'), state=tk.NORMAL)
if inputtext:
# standardise quote characters etc.
inputtext = syl.preprocess2ASCII(inputtext)
if options2.state() == 'Rhannu ymlaen':
fwd = True
else: fwd = False
regexps=syl.cyRegExp
if options.state() == 'Mode Hir':
output = syl.detailSylsText(inputtext, fwd, regexps=regexps,
FSSmode=False, CYmode=True, gwarnya=rhybudd.state()[0])
# long mode doesn't normally need word wrapping, but just in case
# someone enters Llan50goch in full
output=wraplines(output)
msg3.text.config(font=('Open Sans', 14+fontsizeadj, 'normal'),
width=66, height=12+heightadjust)
elif options.state() == 'Mode Llinell':
msg3.text.config(font=('Open Sans', 16+fontsizeadj, 'bold'),
width=60, height=11+heightadjust)
lines = inputtext.split('\n')
for l in lines:
output += syl.countSylsLine(l, fwd, regexps=regexps,
FSSmode=False, CYmode=True, gwarnya=rhybudd.state()[0])+'\n\n'
output = wraplines(output)
else:
msg3.text.config(font=('Open Sans', 16+fontsizeadj, 'bold'),
width=60, height=11+heightadjust)
# use short mode by default if nothing is selected
output = syl.detailSylsText(inputtext, fwd,
short=True, regexps=regexps,
FSSmode=False, CYmode=True, gwarnya=rhybudd.state()[0])
output = textwrap.fill(output, 60)
print(output)
msg3.settext(output)
msg3.text.config(state=tk.DISABLED)
def printtreus():
""" show the output in Cornish, according to the options
in the radiobar is selected """
allstates()
inputtext = ent.gettext()
print("Input: {i}".format(i=inputtext))
output = ''
msg3.text.config(fg='dark red',
bg='light yellow',
font=('Open Sans', 16 + fontsizeadj, 'bold'),
state=tk.NORMAL)
if inputtext:
inputtext = preprocess2ASCII(inputtext)
if options2.state() == 'Rannans war-rag':
fwd = True
else:
fwd = False
if options.state() == 'Mode Hir':
output = tr.text_KK2FSS(inputtext, fwd, longform=True)
output = wraplines(output)
msg3.text.config(font=('Open Sans', 14 + fontsizeadj, 'normal'),
width=66,
height=12 + heightadjust)
elif options.state() == 'Mode Linenn' or options.state(
) == 'Mode Berr':
msg3.text.config(font=('Open Sans', 16 + fontsizeadj, 'bold'),
width=60,
height=11 + heightadjust)
lines = inputtext.split('\n')
for l in lines:
if options.state() == 'Mode Linenn':
output += tr.line_KK2FSS(l, fwd) + '\n\n'
else:
output += tr.line_KK2FSS(l, fwd, longform=False) + '\n'
output = wraplines(output)
print(output)
msg3.settext(output)
msg3.text.config(state=tk.DISABLED)
def printtermyn():
""" show the time or date in Cornish according to the preferences
in the checkboxes """
allstates()
dydh, blydh, niver, nes, kewar, gor = options.state()
output = ""
timenow = time.localtime()
if dydh:
if blydh:
output += termyn.dydhyas(timenow, blydhen=True)
else:
output += termyn.dydhyas(timenow, blydhen=False)
output += "\n"
else:
if blydh:
output += niverow.numberkw(timenow.tm_year) + "\n"
if niver:
output += "{h:02d}:{m:02d}\n".format(h=timenow.tm_hour,
m=timenow.tm_min)
if nes:
output += termyn.termyn_approx(timenow.tm_hour,
timenow.tm_min) + "\n"
if kewar:
output += termyn.termyn_exact(timenow.tm_hour,
timenow.tm_min) + "\n"
if gor:
g = gorhemmyn.Gorhemmyn()
output += g.gorhemmyn
try:
# wrap in try in case espeak doesn't exist
g.kewsel()
except:
pass
wrapoutput = wraplines(output, 50)
print(wrapoutput)
msg3.config(fg='dark red',
bg='light yellow',
font=('Open Sans', 18, 'bold'),
text=wrapoutput)
def printsylranna():
""" show the output in Cornish, according to the options
in the radiobar is selected """
allstates()
inputtext = ent.gettext()
print("Input: {i}".format(i=inputtext))
output = ''
msg3.text.config(fg='dark red',
bg='light yellow',
font=('Open Sans', 16, 'bold'),
state=tk.NORMAL)
if inputtext:
# standardise quote characters etc.
inputtext = syl.preprocess2ASCII(inputtext)
if options2.state() == 'Rannans war-rag':
fwd = True
else:
fwd = False
if kkfss.state() == 'Kernewek FSS':
regexps = syl.kwFSSRegExp
FSS = True
else:
regexps = syl.kwKemmynRegExp
FSS = False
if options.state() == 'Mode Hir':
output = syl.detailSylsText(inputtext,
fwd,
regexps=regexps,
FSSmode=FSS,
gwarnya=gwarnya.state()[0])
# only needed in cases of very long words
output = wraplines(output)
msg3.text.config(font=('Open Sans', 14, 'normal'),
width=66,
height=12 + heightadjust)
elif options.state() == 'Mode Linenn':
msg3.text.config(font=('Open Sans', 16, 'bold'),
width=60,
height=11 + heightadjust)
lines = inputtext.split('\n')
for l in lines:
output += syl.countSylsLine(
l,
fwd,
regexps=regexps,
FSSmode=FSS,
gwarnya=gwarnya.state()[0]) + '\n\n'
output = wraplines(output)
else:
msg3.text.config(font=('Open Sans', 16, 'bold'),
width=60,
height=11 + heightadjust)
# use short mode by default if nothing is selected
output = syl.detailSylsText(inputtext,
fwd,
short=True,
regexps=regexps,
FSSmode=FSS,
gwarnya=gwarnya.state()[0])
output = textwrap.fill(output, 60)
print(output)
msg3.settext(output)
msg3.text.config(state=tk.DISABLED)
def printoutput(self):
""" show the output """
if self.modechoice.state() == 0:
topN = self.getIntMinL(self.ent2.fetch(), 20)
minL = self.getIntMinL(self.ent.fetch(), 4)
if self.textchoice.state() == 11:
outputtext = cornish_corpus.basicReportAll(
self.kk_texts,
self.names,
topN,
minL,
pause=False,
outlang=self.ifacelang)
else:
outputtext = cornish_corpus.basicReport(
self.kk_text_dict[self.names[self.textchoice.state()]],
self.names[self.textchoice.state()],
topN,
minL,
outlang=self.ifacelang)
outputtext = wraplines(outputtext, self.wline)
self.outbox.settext(outputtext)
if self.modechoice.state() == 1:
# rol menowghder ger
topN = self.getIntMinL(self.ent2.fetch(), 20)
minL = self.getIntMinL(self.ent.fetch())
if self.textchoice.state() == 11:
self.outbox.settext(
cornish_corpus.MostFrequentWords(self.kk_texts,
self.names,
topN,
minL,
outlang=self.ifacelang))
else:
self.outbox.settext(
cornish_corpus.MostFreqWords1Text(
self.kk_text_dict[self.names[self.textchoice.state()]],
self.names[self.textchoice.state()],
topN,
minL,
outlang=self.ifacelang))
if self.modechoice.state() == 2:
if self.textchoice.state() == 11:
self.outbox.settext(
cornish_corpus.MostFreqLetters(self.kk_texts,
self.names,
outlang=self.ifacelang))
else:
self.outbox.settext(
cornish_corpus.MostFreqLetters1Text(
self.kk_text_dict[self.names[self.textchoice.state()]],
self.names[self.textchoice.state()],
outlang=self.ifacelang))
if self.modechoice.state() == 3:
if self.textchoice.state() == 11:
self.outbox.settext(
cornish_corpus.MostFreqLetters(self.kk_texts,
self.names,
False,
False,
outlang=self.ifacelang))
else:
self.outbox.settext(
cornish_corpus.MostFreqLetters1Text(
self.kk_text_dict[self.names[self.textchoice.state()]],
self.names[self.textchoice.state()],
False,
False,
outlang=self.ifacelang))
if self.modechoice.state() == 4:
plt.figure()
if self.textchoice.state() == 11:
self.outbox.settext(
cornish_corpus.nLettersFDist(self.kk_texts,
self.names,
outlang=self.ifacelang))
else:
self.outbox.settext(
cornish_corpus.nLettersFDist([
self.kk_text_dict[self.names[self.textchoice.state()]]
], [self.names[self.textchoice.state()]],
outlang=self.ifacelang))
plt.show()
if self.modechoice.state() == 5:
plt.figure()
comparelist = self.getcomparelist()
if len(comparelist) == 0:
comparelist = self.defaultsamples
self.outbox.text.config(bg='light yellow',
fg='dark red',
font=('Courier', 12 + self.fontsizeadj,
'normal'))
if self.textchoice.state() == 11:
outputtext = str(comparelist)+'\n\n'+ \
cornish_corpus.compareSamples(self.kk_texts, self.names, comparelist,
outlang=self.ifacelang)
else:
outputtext = str(comparelist)+'\n\n'+ \
cornish_corpus.compareSamples([
self.kk_text_dict[self.names[self.textchoice.state()]]],
[self.names[self.textchoice.state()]],
comparelist, outlang=self.ifacelang)
outputtext = wraplines(outputtext, self.wline)
self.outbox.settext(outputtext)
plt.show()
if self.modechoice.state() == 6:
comparelist = self.getcomparelist()
if len(comparelist) == 0:
comparelist = self.defaultsamples
self.outbox.text.config(bg='light yellow',
fg='dark red',
font=('Courier', 12 + self.fontsizeadj,
'normal'))
if self.textchoice.state() == 11:
outputtext = str(comparelist)+'\n\n'+ \
cornish_corpus.compareSamplesLinear(
self.kk_texts, self.names, comparelist,
outlang=self.ifacelang)
else:
outputtext = str(comparelist)+'\n\n'+ \
cornish_corpus.compareSamplesLinear(
[self.kk_text_dict[self.names[self.textchoice.state()]]],
[self.names[self.textchoice.state()]],
comparelist, outlang=self.ifacelang)
outputtext = wraplines(outputtext, self.wline)
self.outbox.settext(outputtext)
plt.show()
if self.modechoice.state() == 7:
comparelist = self.getcomparelist()
if len(comparelist) == 0:
comparelist = ['dhe', 'gans']
self.outbox.text.config(bg='light yellow',
fg='dark red',
font=('Courier', 10 + self.fontsizeadj,
'normal'))
if self.textchoice.state() == 11:
outputtext = str(comparelist)+'\n\n'+ \
cornish_corpus.concordances(
self.kk_texts, self.names, comparelist, 59, 25,
outlang=self.ifacelang)
else:
outputtext = str(comparelist)+'\n\n'+ \
cornish_corpus.concordances(
[self.kk_text_dict[self.names[self.textchoice.state()]]],
[self.names[self.textchoice.state()]],
comparelist, 59,25, outlang=self.ifacelang)
outputtext = wraplines(outputtext, self.wline)
self.outbox.settext(outputtext)
if self.modechoice.state() == 8:
comparelist = self.getcomparelist()
regexlist = [
"<.*><.*><.*><.*><a><vynn><.*><.*><.*>",
"<.*><.*><.*><.*><a><wra><.*><.*><.*>",
"<.*><.*><.*><y><fynn.*><.*><.*><.*>",
"<.*><.*><.*><y><hwr.*><.*><.*><.*>"
]
# find any comparelist items which begin and end in angle brackets
comparelist = [
c for c in comparelist if (c[0] == "<" and c[-1] == ">")
]
if len(comparelist) > 0:
regexlist = comparelist
self.outbox.text.config(bg='light yellow',
fg='dark red',
font=('Courier', 10 + self.fontsizeadj,
'normal'))
if self.textchoice.state() == 11:
outputtext = str(
regexlist) + '\n\n' + cornish_corpus.findallRegex(
self.kk_texts,
self.names,
regexlist,
outlang=self.ifacelang)
else:
outputtext = str(
regexlist
) + '\n\n' + cornish_corpus.findallRegex(
[self.kk_text_dict[self.names[self.textchoice.state()]]],
[self.names[self.textchoice.state()]],
regexlist,
outlang=self.ifacelang)
outputtext = outputtext.replace("; ", "\n\n")
outputtext = wraplines(outputtext, self.wline)
self.outbox.settext(outputtext)