Created
November 16, 2022 04:05
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A simple program to help to find the best item! Suppose first column refers to the price, second one amount and the third refers to validity. Validity (third column) is an optional thing and may not be present. You have to find the best value (Amount divided by price) out of all of them. Then sort them.
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Price = [9,13,7,18,10,76,10,76,33,63,113,19,49,23,49,23,19,31,51,42,66,29,30,36,116,91] | |
Value = [100,100,150,200,250,300,250,300,300,300,300,300,400,400,400,400,500,512,512,512,512,512,1000,1000,1000,1000] | |
Validity = [] | |
Price = [] | |
Value = [] | |
def Validity_to_store(): | |
print("Do you also want to store validity data? ") | |
k = input()[0] | |
if k == "y" or k == "Y": | |
return True | |
return False | |
def greetings(): | |
print("Hello!") | |
print("Enter your data and when you're done, give 0 as an input for price! ") | |
def user_entry(): | |
i = 1 | |
while i > 0: | |
print(f"Enter price for item {i}: ") | |
Price.append(eval(input())) | |
if Price[-1] == 0: | |
break | |
print(f"Enter Value for item {i}: ") | |
Value.append(eval(input())) | |
if Validity_to_store_result: | |
print(f"Enter Validity for item {i}: ") | |
Value.append(eval(input())) | |
i += 1 | |
def table_draw(Price, Value): | |
print("-------------------------------------------") | |
print(" table") | |
print("-------------------------------------------") | |
print(" price amount") | |
print("-------------------------------------------") | |
for i in range(len(Value)): | |
print(" ",Price[i]," ",Value[i]) | |
print("-------------------------------------------") | |
def table_draw_three(Price, Value, Extra): | |
print("--------------------------------------------------------------------------") | |
print(" table") | |
print("--------------------------------------------------------------------------") | |
print(" price amount value") | |
print("--------------------------------------------------------------------------") | |
for i in range(len(Value)): | |
print(" ",Price[i]," ",Value[i]," ",Extra[i]) | |
print("--------------------------------------------------------------------------") | |
def sorting_by_data_value(Price, Value): | |
Price2 = Price | |
Value2 = Value | |
Price1 = [] | |
Value1 = [] | |
Value_store = [] | |
for i in range(len(Value2)): | |
max_data= Value2[0]/Price2[0] | |
max_value= Value2[0] | |
max_price= Price2[0] | |
for j in range(len(Value2)): | |
if Value2[j] == 0: | |
continue | |
elif Value2[j]/Price2[j] >= max_data: | |
max_data = Value2[j]/Price2[j] | |
max_value= Value2[j] | |
max_price= Price2[j] | |
Value1.append(max_value) | |
Price1.append(max_price) | |
Value_store.append(max_data) | |
for j in range(len(Value2)): | |
if max_value== Value2[j] and max_price== Price2[j]: | |
Value2[j] = 0 | |
break | |
table_draw_three(Price1, Value1, Value_store) | |
greetings() | |
Validity_to_store_result = Validity_to_store() | |
user_entry() | |
table_draw(Price, Value) | |
print("Let's sort it: ") | |
sorting_by_data_value(Price,Value) |
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