> You can also replace the whole class with a function thusly: > > def two_times(n): > for k in itertools.count(1): > yield n * (2**k) > > This function is then called a generator (because it generates an > iterator). You can now say > > infinitely_doubling_numbers = two_times(2) > for number in in infinitely_doubling_numbers: > print number
Oh..this is new. Will checkup itertools. Thanks. >> t = twoTimes(5) >> while (n in t.getNext()): # while (n in t): >> print (n) >> > You are aware that this is an infinite loop, as is my example above BTW? > (Probably just an example, but I ask just in case.) I was aware this was an infinite loop - just didnt want to put more code for an example. -- http://mail.python.org/mailman/listinfo/python-list
