before creating visualization based on this classlet' roll print the resultsand check that the results look reasonabledie_visual py from die import die create die die(make some rollsand store results in list results [ for roll_num in range( )result die roll(results append(resultprint(resultsat we create an instance of die with the default six sides at we roll the die times and store the results of each roll in the list results here' sample set of results[ quick scan of these results shows that the die class seems to be working we see the values and so we know the smallest and largest possible values are being returnedand because we don' see or we know all the results are in the appropriate range we also see each number from through which indicates that all possible outcomes are represented analyzing the results we analyze the results of rolling one by counting how many times we roll each numberdie_visual py --snip-make some rollsand store results in list results [ for roll_num in range( )result die roll(results append(resultanalyze the results frequencies [ for value in range( die num_sides+ )frequency results count(valuefrequencies append(frequencyprint(frequenciesgenerating data