That translates fairly well into Python, with its set type and list/set/dict comprehensions. def setrange(first, next, last): return set(range(firs

That translates fairly well into Python, with its set type and list/set/dict comprehensions. def setrange(first, next, last): return set(range(first, last+1, next-first)) fizz = setrange(3, 6, 100) buzz = setrange(5, 10, 100) fizzbuzz = fizz & buzz fizz -= fizzbuzz buzz -= fizzbuzz num = setrange(1, 2, 100) - fizz - buzz - fizzbuzz line_map = dict({n: "Fizz" for n in fizz}.items() + {n: "Buzz" for n in buzz}.items() + {n: "FizzBuzz" for n in fizzbuzz}.items() + {n: n for n in num}.items()) for i in range(1, 100+1): print(line_map[i]) Some SETL features Python lacks: • No ellipsis notation for ranges; must use the "range" function and add one to the maximum value, or define a custom "setrange" function • Can't concatenate dictionaries; must concatenate their "items" lists and convert back to a dictionary • No consistent map-lookup notation; collections are indexed with brackets, but functions are called with parentheses