diceV2_dynamic.py

import random
#Class that that holds dice-functions. You can set the amount of sides and roll with each dice object.
class Dice():
    def __init__(self):
        self.sideCount=6
     
    def setSides(self, sides):
        if sides > 3:
            self.sides = sides
        else:
            print("This absolutely shouldn't ever happen. The programmer sucks or someone has tweaked with code they weren't supposed to touch!")
      
    def roll(self):
        return random.randint(1, self.sides)


###=====================================================================


#Checks to make sure that the input is actually an integer. 
#This implementation can be improved greatly of course.
def checkInput(sides):
    try:
        if int(sides) != 0:
            if (float(sides)%int(sides) == 0): #excludes the possibility of inputted floats being rounded.
                return int(sides)
        else:
            return int(sides)
    
    except:
        print("Invalid input!")
        return None


#Picks a number that is at least of a certain size. 
#That means in this program, the dices being possible to use in 3 dimensional space. 
def pickNumber(item, questionString, lowerlimit): 
    while True:
        item = input(questionString)
        item = checkInput(item)
        if type(item) == int:
            if item <= lowerlimit:
                print("Input too low!")
                continue
            else:
                return item


#Main-function of the program that sets up the dices for the user as they want them. 
def getDices(): 
    dices = []
    sides = None
    diceAmount = None
    sideLowerLimit = 3 #Do Not Touch!
    diceLowerLimit = 1 #Do Not Touch!

    sides = pickNumber(sides, "How many sides will the dices have?: ", sideLowerLimit)
    diceAmount = pickNumber(diceAmount, "How many dices will do you want?: ", diceLowerLimit)

    for i in range(0, diceAmount):
        d = Dice()
        d.setSides(sides)
        dices.append(d) 

    return dices



dices = getDices()
#=================================================================
#Output section.


rollOutput = ""

for dice in dices:
    rollOutput = rollOutput + str(dice.roll()) + ", "

rollOutput = rollOutput[:-2]
print (rollOutput)