def intersection(self,input,start):
'''Translate intersections.
Returns touple.'''
(lower,upper,i)=latex_access.get_subsuper(input,start)
output=" intersection "
if lower is not None and upper is not None and len(lower[0]) !=0 and len(upper[0]) !=0:
output+="from %s to %s of " % (self.translate(lower[0]),self.translate(upper[0]))
elif lower is not None and len(lower[0]) !=0:
output +="<sub>%s</sub>" % self.translate(lower[0])
return (output,i)
def prod(self,input,start):
'''Translate products, including limits of. integration.
Returns touple.'''
(lower,upper,i)=latex_access.get_subsuper(input,start)
output=" product "
if lower is not None and upper is not None and len(lower[0]) !=0 and len(upper[0]) !=0:
output+="from %s to %s of " % (self.translate(lower[0]),self.translate(upper[0]))
elif lower is not None and len(lower[0]) !=0:
output +="<sub>%s</sub>" % self.translate(lower[0])
return (output,i)
def cap(self,input,start): '''Translate intersections, including limits of intersection. Returns touple.''' (lower,upper,i)=latex_access.get_subsuper(input,start) output=u" metszet " if lower is not None and upper is not None and len(lower[0]) !=0 and len(upper[0]) !=0: output +=self.lowerSuffixParse(self.translate(lower[0])).replace(u"egyenlő", u"megy") output +=self.upperSuffixParse(self.translate(upper[0])) elif lower is not None and len(lower[0]) !=0: output +="<sub>"+self.correct(self.translate(lower[0]))+"</sub>" return (output,i)
def dbintegral(self,input,start): '''Translate integrals, including limits of integration. Returns touple.''' output =u"kettős integrál " (lower,upper,i)=latex_access.get_subsuper(input,start) if lower is not None and upper is not None and len(lower[0]) !=0 and len(upper[0]) !=0: output +=self.lowerSuffixParse(self.translate(lower[0])) output +=self.upperSuffixParse(self.translate(upper[0])) else: if lower is not None and len(lower[0]) !=0: output +="<sub>"+self.correct(self.translate(lower[0]))+"</sub>" return (output,i)
def prod(self,input,start):
'''Translate products, including limits of producttion.
Returns touple.'''
input.replace("\\limits", "")
(lower,upper,i)=latex_access.get_subsuper(input,start)
output=u" produktum "
if lower is not None and upper is not None and len(lower[0]) !=0 and len(upper[0]) !=0:
output +=self.lowerSuffixParse(self.translate(lower[0])).replace(u"egyenlő", u"megy")
output +=self.upperSuffixParse(self.translate(upper[0]))
elif lower is not None and len(lower[0]) !=0:
output +="<sub>"+self.correct(self.translate(lower[0]))+"</sub>"
return (output,i)
def cap(self,input,start):
'''Translate intersections, including limits of intersection.
Returns touple.'''
(lower,upper,i)=latex_access.get_subsuper(input,start)
output=u" intersection "
# Statement to prevent the translator from empty boundaries:
if lower is not None and upper is not None and len(lower[0]) !=0 and len(upper[0]) !=0:
output +=" where "
output +=self.correct(self.translate(lower[0])).replace(u"equals", u" goes from ")
output +=u" to "
output +=self.correct(self.translate(upper[0]))
output+=u" of "
elif lower is not None and len(lower[0]) !=0:
output +="<sub>"+self.correct(self.translate(lower[0]))+"</sub>"
return (output,i)
def ointegral(self,input,start):
'''Translate double integrals, including limits of integration.
Returns touple.'''
(lower,upper,i)=latex_access.get_subsuper(input,start)
output =u" loop integral "
# Statement to prevent the translator from empty boundaries:
if lower is not None and upper is not None and len(lower[0]) !=0 and len(upper[0]) !=0:
output +=" from "
output +=self.correct(self.translate(lower[0]))
output +=" to "
output +=self.correct(self.translate(upper[0]))
output +=" of "
elif lower is not None and len(lower[0]) !=0:
output +="<sub>"+self.correct(self.translate(lower[0]))+"</sub>"
return (output,i)
