testMaths.py

#testMaths.py
#Author: David Strube
#Date: 2019-03-08
#What is: testing python maths stuffs 

#function doing math stuffs, pt 0
def mathF0():
	print ('number of minutes in seven weeks: ')
	print (7 * 7 * 24 * 60)

	print() #new line
	light_meters_per_second = 299792458
	billionth = 1 / 1000000000.0 #adding .0 turns this from int to float calculation
	centimeters_per_meter = 100
	#print ('light travels this many meters per second: ' + light_meters_per_second.to_s)
	print ("light travels this many centimeters in a nanosecond: ")
	print (light_meters_per_second * centimeters_per_meter * billionth )

	print()
	print ("light travels this many centimeters in the time it takes for a 2.6 GHz processor to complete one cycle: ")
	#2.6 GHz processor = 2.6 billon cycles / second
	cycles_per_second = 2600000000
	print (light_meters_per_second * centimeters_per_meter * billionth / (cycles_per_second * billionth))

	print() 
	#print ()"what happens here?"
	#minutes = minutes + 1
	#seconds = minutes * 60
	#print ()seconds
	#error, because we can't assign a new variable with itself

	age = 40
	days_per_year = 365.25
	print ("I've been alive about this many days: ")
	print (age * 365.25)

	print ()
	a = 1
	x = 2
	print ("a = " + str(a) + ", x = " + str(x))
	a,x = x,a
	print ("a = " + str(a) + ", x = " + str(x))
	a,x = x,a
	print ("a = " + str(a) + ", x = " + str(x))
	return
#mathF0()

def round(i):
	if i%1 > 0.5:
		j = (i - i%1) + 1
	else:
		j = (i - i%1)
	print ("i, " + str(i) + " rounded = " + str(j))
	return
#round(3.14)
#round(27.63)

def square0(n):
	return "Square of " + str(n) + ": " + str(n**2)
#print (square0(4))

def square1(n):
	return "Square of " + str(n) + ": " + str(n*n)
#print (square1(5))

def getTime(seconds):
    if int(seconds / 60) == 0:
        return str(seconds) + " second(s)"
    minutes = int(seconds / 60)
    seconds = int(seconds % 60)
    if int(minutes / 60) == 0:
        return str(minutes) + " minute(s) " + str(seconds) + " second(s)"
    hours = int(minutes / 60)
    minutes = int(minutes % 60)
    return str(hours) + " hour(s) " + str(minutes) + " minute(s) " + str(seconds) + " second(s)"

print("getTime(59) = " + getTime(59) )
print("getTime(61) = " + getTime(61) )
print("getTime(9335) = " + getTime(9000 + 335) )
#print("61 / 60 = " + str(int(61 / 60)))