Our List Factors code in Python.
List Factors Class File:
from math import ceil, sqrt
# A class
class Factors:
# Simulate a constructor
def __init__(self, candidate):
self.find_my_factors = candidate
self.found_factors = [1, self.find_my_factors] # 1 and itself are automatic factors
self.sqrt_range = ceil(sqrt(self.find_my_factors))
# Returns an array reference of the desired factors
def findFactors(self):
# Loop through 1 to 'find_my_factors' and test for divisibility.
for self.count in range(2, self.sqrt_range):
if self.find_my_factors % self.count == 0:
self.found_factors.append(self.count)
# Get the complementing factor by dividing 'find_my_factor' by variable count.
self.found_factors.append(int(self.find_my_factors / self.count))
# Sort the array in ascending order Not entirely necessary.
self.found_factors.sort()
return self.found_factorsMain Class:
#!/usr/bin/python
from ListFactors import Factors
# Use the list factors module/class
test_guy = 48
factor_list = Factors(test_guy)
answer = factor_list.findFactors()
print("Factors of test_guy include:\n", " ".join(str(answer)))
print("\n\n")Try it out!
Elegance (0.0)
