#Test 2 Spring 2017 Wed March 1
#Program 1 (90 points): 
#The person would like to buy the house but has a 
#limited budget.   

#The program will read budget limit, number of cities to look for the 
#house and the number of houses in each city.  
#Assume, that it will be the same amount of houses in each city.

#The program will generate the integer price for each house, in $1000  
#All prices will be stored in 2-D list. One row of 2-D list stores prices 
#for one city.
#In addition, the program will generate the integer repair price for each 
#house, in $1000. 
#All repair prices will be stored in 2-D list. One row of 2-D list stores 
#repair prices for one city.

#The program will also create 1D list of city names 
#The person would be able to purchase the house if the total price (sale price plus repair price) 
#equal or below the budget limit

#THE PROGRAM MUST DO THE FOLLOWING:
#1. Create a 2D list with total prices for each house (sale price + repair price)  - write function total to perform this task 
#2. Count the number of suitable houses in each city and store the results in 1D list - write function count_house to perform this task

#PROGRAM OUTPUT:
#1. 2d list of total prices
#2. The number of suitable houses in each city. PRINT NAME OF THE CITY ALONG WITH NUMBER OF HOUSES
 
#The program is partially written for you. Complete the program 

#Program 2: (10 points) Continue the program above to create a 2d list of 
#prices of suitable houses in each city. Pay attention, this 2d list
#might have various number of items in each row so you cannot print it in 
#the table format. 


#Example - pay attention all data is in $1000 (for example, price 50 means $50,000:
#budget: 50
#2 cities 4 houses
#city_names={"chester", "philadelphia"}
#sale prices:
#50 25 16 7
#67 45 23 72
#repair prices:
#12 23 11 23
#1 5 4 4
#Output:
#total prices
#62 48 27 30
#68 50 27 76
#counters:
#[3, 2]
#can buy 3 houses in chester and 2 houses in philadelphia
#for the second part the output:
#[[48, 27, 30], [50, 27]]

import random 

def make_2d_list(row, col, min, max):
	a = [[ 0 for i in range(col)] for j in range(row)] 
	for i in range(row):
		for j in range(col):
			a[i][j]=random.randint(min, max)

	return a

def print_table(my_list_2d, row, col):	
	for i in range(row):
		print(my_list_2d[i])

def make_list_string(size):
	my_list=[]
	print("enter", size, "strings")
	for i in range(size):
		word= input("")
		my_list.append(word)
	return my_list

#complete the following functions



def main():
	#complete the program to find:
	#1. 2d list of total prices
	#2. 1d list of counters (number of suitable houses in each city
	budget=int(input("enter budget limit "))
	row=int(input("enter number of cities "))
	col=int(input("enter number of houses in each city "))
	sale_price=make_2d_list(row, col, 1, 100)
	print("sale prices are ")	
	print_table(sale_price, row, col)
	repair_price=make_2d_list(row, col, 1, 25)
	print("repair prices are ")
	print_table(repair_price, row, col)

	city_names= make_list_string(row)
	print("city names")
	print(city_names)

	#complete the program
main()