def sqrt(self,input,start):
'''Translates roots into speech.
returns touple.'''
if self.sqrt_with_two_args.match(input):
first_arg =latex_access.get_optional_arg(input, start)
second_arg=get_arg(input, first_arg[1])
if first_arg[0] =="2":
translation =u" square "
elif first_arg[0] =="3":
translation =u" cube "
elif first_arg[0].lower() =="n":
translation =u"enth "
elif first_arg[0].lower() =="x":
translation =u"exth "
elif first_arg[0] =="":
translation =u""
else:
translation =first_arg[0] +u"th "
if len(second_arg[0]) ==1:
translation +=u"root " +self.correct(self.translate(second_arg[0]))
else:
translation +=u"root of " +self.correct(self.translate(second_arg[0]))
translation +=u" end root "
return (translation,second_arg[1])
arg=get_arg(input,start)
if arg[0].isdigit() or len(arg[0])==1:
translation =u" root " +arg[0] +u" "
else:
translation =u" root of " +self.correct(self.translate(arg[0])) +u" end root "
return (translation,arg[1])
def newcommand(self, input, start):
command = latex_access.get_arg(input, start)
args = latex_access.get_optional_arg(input, command[1])
if args:
start = args[1]
args = int(args[0])
else:
args = 0
start = command[1]
translation = latex_access.get_arg(input, start)
self.preprocessor.add_from_string(command[0], args, translation[0])
return ("", translation[1])
def sqrt(self,input,start,rting=()):
'''Translatesroots in latex.
Returns a touple as above.'''
arg=get_optional_arg(input,start)
if arg:
translation=";;%9"+self.translate(arg[0])
arg=get_arg(input,arg[1])
translation+=self.translate(arg[0])+"+"
else:
arg=get_arg(input,start)
if rting != ():
translation="%"+self.translate(arg[0],(rting[0]+arg[2],rting[1]+1))+"+"
else:
translation="%"+self.translate(arg[0])+"+"
return (translation,arg[1])
def sqrt(self,input,start):
'''Translates squareroots into speech.
returns touple.'''
opt_arg=latex_access.get_optional_arg(input, start)
if opt_arg:
arg=get_arg(input,opt_arg[1])
if opt_arg[0]=="2": opt="square"
elif opt_arg[0]=="3": opt="cube"
elif opt_arg[0]=="": opt=""
else: opt=opt_arg[0]+"th"
else:
arg=get_arg(input,start)
opt=""
if arg[0].isdigit() or len(arg[0])==1:
translation="%s root %s" %(opt,arg[0])
else:
translation=" begin %s root %s end root" % (opt,self.translate(arg[0]))
return (translation,arg[1])
def sqrt(self,input,start): '''Translates roots into speech. returns touple.''' if sqrt_with_two_args.match(input): first_arg =latex_access.get_optional_arg(input, start) second_arg=get_arg(input, first_arg[1]) if self.abbrev_first_root_arg ==True: if first_arg[0].isdigit() or len(first_arg[0]) ==1: translation =denominators[int(first_arg[0])] +" " elif first_arg[0] in ["x", "n"] and len(first_arg[0]) ==1: translation =first_arg[0] +u"-ed " elif first_arg[0] =="3": translation =u" köb " else: translation =self.correct(self.translate(first_arg[0])) +u". " else: if first_arg[0] =="3": translation =u" köb " elif first_arg[0].lower() =="n": translation =u"n-edik " elif first_arg[0] =="x": translation ="x-edik " else: translation =self.correct(self.translate(first_arg[0])) +u". " if len(second_arg[0]) ==1: translation +=u" gyök " +self.correct(self.translate(second_arg[0])) else: translation +=u" gyök alatt, "+self.correct(self.translate(second_arg[0])) +u", gyök zár " return (translation, second_arg[1]) arg=get_arg(input, start) if arg[0].isdigit() or len(arg[0])==1: translation=u" gyök " +arg[0] else: translation=u" gyök alatt, " +self.correct(self.translate(arg[0])) +u", gyök zár" return (translation,arg[1])