#!/usr/bin/env python3;
###############################################################################
# This program demonstrates the math integer functions.
# 
# Copyright © 2020 Richard Lesh.  All rights reserved.
###############################################################################

import Utils
import math
import random

# Begin Main
a = 5
b = 10
c = -2

# abs, floor, ceil, round, trunc, min, max
print("abs({0:d}) = {1:d}".format(a, abs(a)))
print("abs({0:d}) = {1:d}".format(c, abs(c)))
print("min({0:d}, {1:d}) = {2:d}".format(a, b, min(a, b)))
print("max({0:d}, {1:d}) = {2:d}".format(a, b, max(a, b)))
print("min({0:d}, {1:d}) = {2:d}".format(b, c, min(b, c)))
print("max({0:d}, {1:d}) = {2:d}".format(b, c, max(b, c)))

# random numbers
print("random({0:d}) = {1:d}".format(a, int(a * random.random())))
print("random({0:d}) = {1:d}".format(a, int(a * random.random())))
print("random({0:d}) = {1:d}".format(a, int(a * random.random())))
print("random({0:d}) = {1:d}".format(a, int(a * random.random())))
print("random({0:d}) = {1:d}".format(a, int(a * random.random())))
print("random({0:d}) = {1:d}".format(b, int(b * random.random())))
print("random({0:d}) = {1:d}".format(b, int(b * random.random())))
print("random({0:d}) = {1:d}".format(b, int(b * random.random())))
print("random({0:d}) = {1:d}".format(b, int(b * random.random())))
print("random({0:d}) = {1:d}".format(b, int(b * random.random())))
print("random(2) = {0:d}".format(int(2 * random.random())))
print("random(2) = {0:d}".format(int(2 * random.random())))
print("random(2) = {0:d}".format(int(2 * random.random())))
print("random(2) = {0:d}".format(int(2 * random.random())))
print("random(2) = {0:d}".format(int(2 * random.random())))
print("random() = {0:f}".format(random.random()))
print("random() = {0:f}".format(random.random()))
print("random() = {0:f}".format(random.random()))
print("random() = {0:f}".format(random.random()))
print("random() = {0:f}".format(random.random()))