our ability to use pygal to model the rolling of dice gives us considerable freedom in exploring this phenomenon in just minutes you can simulate tremendous number of rolls using large variety of dice try it yourse lf - automatic labelsmodify die py and dice_visual py by replacing the list we used to set the value of hist x_labels with loop to generate this list automatically if you're comfortable with list comprehensionstry replacing the other for loops in die_visual py and dice_visual py with comprehensions as well - two screate simulation showing what happens if you roll two eightsided dice times increase the number of rolls gradually until you start to see the limits of your system' capabilities - three diceif you roll three dicethe smallest number you can roll is and the largest number is create visualization that shows what happens when you roll three dice - multiplicationwhen you roll two diceyou usually add the two numbers together to get the result create visualization that shows what happens if you multiply these numbers instead - practicing with both librariestry using matplotlib to make die-rolling visualizationand use pygal to make the visualization for random walk