def __div__(self,x):
if type(x)==GenBase:
if p.frombase(x.value['base'],x.value['value'])==0:
print "The divisor can't be zero!"
else:
div=p.frombase(self.value['base'],self.value['value'])/p.frombase(x.value['base'],x.value['value'])
return GenBase(self.value['base'],div)
else:
raise TypeError
def __sub__(self,x):
if type(x)==GenBase:
subt = p.frombase(self.value['base'],self.value['value'])-p.frombase(x.value['base'],x.value['value'])
if subt<0:
print "subtraction is less than 0"
else:
return GenBase(self.value['base'], subt)
else:
raise TypeError
def changebase(self,base_new):
n = p.frombase(self.value['base'],self.value['value'])
m = p.tobase(base_new,n)
self.value=dict(base=base_new,value=m)
def modulo(self,x):
if type(x)==GenBase:
res = p.frombase(self.value['base'],self.value['value'])%p.frombase(x.value['base'],x.value['value'])
return GenBase(self.value['base'],res)
else:
raise TypeError
def __mul__(self,x):
if type(x)==GenBase:
pro = p.frombase(self.value['base'],self.value['value'])*p.frombase(x.value['base'],x.value['value'])
return GenBase(self.value['base'], pro)
else:
raise TypeError
def __add__(self,x):
if type(x)==GenBase:
summ = p.frombase(self.value['base'],self.value['value']) + p.frombase(x.value['base'], x.value['value'])
return GenBase(self.value['base'], summ)
else:
raise TypeError