#March 2, 2018
#Exam 2 Problem 1
#The program is partially written for you.

#Problem 1: (85 points)

#Part I: (75 points)
 
#Write a function def count_above that has 4 parameters, 2d list of ints, row, col and additonal integer, limit.
#The function returns the number of elements in 2d list that are equal or greater than limit.

#Complete main to find the number of items in 2d list that are equal or greater than 8. 

#Part II: (10 points) 

#Write a function split_list that has 4 parameters, 2d list of ints, row, col and additonal integer, limit. The function
#creates and returns 2 one diimensional lists: first list contains all items below limit and second list contains
#all items equal or above limit 

#Complete main to find items below 8, and equal and above 8. 

import random

def make_list(size, min_limit, max_limit):
	my_list=[]
	for i in range(size):
		n=random.randint(min_limit, max_limit)
		my_list.append(n)

	return my_list


def two_dim_list_random(row, col, min, max):
	my_list=[] #this is a list of lists, this is 2-d list

	for i in range(row):
		my_list.append(make_list(col, min, max))

	return my_list

def print_table(my_list):
	for i in my_list:
		print(i)
def main():
	row=random.randint(2, 5)
	col=random.randint(2, 5)
	print("row=", row, "col=", col)
	my_list=two_dim_list_random(row, col, 0, 15)
	print_table(my_list)
	#COMPLETE MAIN HERE

main()