import math as m import random as r bombs = 20 dist = [[bombs]] lst = [bombs] while len(lst) < bombs: idx = list(lst+[1]).index(1) - 1 # index of last non-1 value oval = lst[idx] # last non-1 value tval = oval - 1 # target max value of collapse total = sum(lst[idx:]) # sum of collapse (of lst, from idx to end, inclusive) # print("LIST: " + str(lst)) # print(" oVal: " + str(oval)) # print(" tVal: " + str(tval)) # print(" Totl: " + str (total)) lst = lst[:idx] # remains of collapse (lst, up to idx, non-inclusive) cotton = list(int(tval) for i in range(0,int(total/tval))) tail = total % tval if tail: lst += cotton + [tail] else: lst += cotton dist += [lst] print("TOTAL DISTRIBUTIONS: " + str(len(dist))) for i in dist: print(i)
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