""" ------------------------------------------------------- [program 3] ------------------------------------------------------- Author: Anshul Khatri ID: 193313680 Email: [email protected] Section: CP164 Winter 2020 __updated__ = "2020-01-23" ------------------------------------------------------- """ from Food_utilities import read_foods, calories_by_origin from Food import Food k = open('foods.txt', 'r') goo = read_foods(k) print(Food.origins()) preference = int(input('Enter Origin of Dish (in Number) : ')) print("Average Calories of dishes from Origin: {} is :{}".format( preference, calories_by_origin(goo, preference)))
def main():
fv = open("foods.txt", "r", encoding="utf-8")
foods = read_foods(fv)
priority_queue_test(foods)
from Food import Food
from Food_utilities import read_foods,food_table
def low_cal(foods, count):
"""
-------------------------------------------------------
Returns a list of foods with a calorie count less than count.
Use: low_cal_foods = low_cal(foods, count)
-------------------------------------------------------
Parameters:
foods - a list of Food objects (list of Food)
count - foods must have calories below count (int)
Returns:
returns
low_cal_foods - a list of Food (list of Food)
-------------------------------------------------------
"""
low_cal_foods=[ ]
foods=Food('Shai',2,True,1500)
if foods.calories < count :
low_cal_foods=foods #+ low_cal_foods
return low_cal_foods
fv = open('foods.txt','r')
print(Food.origins())
foods = read_foods(fv)
food_table(foods)
print(low_cal(foods,500))
""" ------------------------------------------------------- [program description] ------------------------------------------------------- Author: Anshul Khatri ID: 193313680 Email: [email protected] Section: CP164 Winter 2020 __updated__ = "2020-01-27" ------------------------------------------------------- """ from utilities import priority_queue_test from Food_utilities import read_foods list_ = [] k = open('foods.txt', 'r') g = read_foods(k) priority_queue_test(g)
Section: CP164 Winter 2020
__updated__ = "2020-03-05"
-------------------------------------------------------------
"""
from Food import Food
from Food_utilities import read_foods
from Sorted_List_linked import Sorted_List
list_1 = Sorted_List()
list_2 = Sorted_List()
print("Identical:",list_1.is_identical(list_2))
print("---------")
print()
f_vp = open("food.txt",'r')
foods = read_foods(f_vp)
f_vp2 = open("food2.txt",'r')
foods2 = read_foods(f_vp2)
for i in range(len(foods)):
list_1.insert(foods[i])
for i in range(len(foods2)):
list_2.insert(foods2[i])
for t in list_1:
print(t)
print("---------")
print()
list_1.remove_many(foods[0])
""" ------------------------------------------------------- [program description] ------------------------------------------------------- Author: Anshul Khatri ID: 193313680 Email: [email protected] Section: CP164 Winter 2020 __updated__ = "2020-03-22" ------------------------------------------------------- """ from functions import hash_table from Food_utilities import read_foods f_v = open("foods.txt", "r") foods = read_foods(f_v) hash_table(6, foods)
""" ------------------------------------------------------- [program 2] ------------------------------------------------------- Author: Anshul Khatri ID: 193313680 Email: [email protected] Section: CP164 Winter 2020 __updated__ = "2020-02-05" ------------------------------------------------------- """ from utilities import list_test from Food_utilities import read_foods fv_ = open('foods.txt', 'r') source = read_foods(fv_) list_test(source)
__updated__ = "2020-03-05"
-------------------------------------------------------------
"""
from Food import Food
from Food_utilities import read_foods
from List_linked import List
l1 = List()
l2 = List()
print("Identical:", l1.is_identical(l2))
print("----------")
print()
fv = open("food.txt", 'r')
foods = read_foods(fv)
fv2 = open("food2.txt", 'r')
foods2 = read_foods(fv2)
for a in range(len(foods)):
l1.insert(a, foods[a])
for a in range(len(foods2)):
l2.insert(a, foods2[a])
for a in l1:
print(a)
print("----------")
print()
l1.remove_many(foods[0])
print("***Lasagna Removed***")
