Question

Take the python code below and modify it to support multiple dice with multiple sides.

The input will need to be modified to ask an additional question "How Many Dice? ". Note: When you have multiple dice you are adding the dice together (i.e. roll 1 + roll 2 + ...). Please send me your python code and svg files. Note: Remember to install the pygal package. Thonny -> Tools -> Manage Packages. Due 3/3. Read Part 2 of "How Computers Work".

import pygal import random results = [] frequencies = [] labels = [] num_sides = input("Number of sides?") #intialize labels for value in range(1, int(num_sides) +1): labels.append(value) #roll the dice alot for roll_num in range (1000): roll = random.randrange(1, int(num_sides) +1) results.append(roll) print(results[1:100]) #analyze the results for value in range(1, int(num_sides) +1): frequency = results.count(value) frequencies.append(frequency) print(frequencies) # Use pygal package to graph the frequencies hist = pygal. Bar() hist.title = "results of rolling one die with " + num_sides + " sides 1000 times" hist.x_labels = labels hist.x title = "Result" hist.y_title = "Frequency of Result" hist.add(num_sides, frequencies) hist.render_to_file('die_visual.svg')

Answer 1

import pygal
import random
results=[]
frequencies=[]
labels=[]
roll=0
sum_of_rolls=0
num_sides=input("Number of sides??")
num_die=input("how many die??") #take input for number of dice

#minimum value and max value for for loop changes
for value in range(1*num_die,int(num_sides)*num_die+1):
labels.append(value)

for roll_num in range(1000):
sum_of_rolls=0

#number of rolls made= num_die times and add them to sum_of_rolls
for d in range(num_die):
roll=random.randrange(1,int(num_sides)+1)
sum_of_rolls=sum_of_rolls+roll
results.append(sum_of_rolls)

print(results[1:100])

#minimum value and max value for for loop changes
for value in range(1*num_die,int(num_sides)*num_die+1):
frequency=results.count(value)
frequencies.append(frequency)
print(frequencies)

hist=pygal.Bar()
hist.title = "results of rolling "+num_die+"dice with "+num_sides+" sides each for 1000 times"
hist.x_labels=labels
hist.x_title="Result"
hist.y_title="Frequency of Result"
hist.add(len(frequencies),frequencies)
hist.render_to_file('die_visual.svg')

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