Please it's really importamt question the only thing i need to do the How to translate the code to pseudocode for Module and Function to Python code.

i already have the code but i want it the same style of this video

https://www.youtube.com/watch?time_continue=1&v=EcbD5hLQD8o

The file should meet all of the following requirements:

-A comment at the top with a brief description of the program, including Input List and Output List.

-Full proper Gaddis-style pseudocode included in comments.

-The program must have at least one input and at least one output.

-It must have at least two decision structures (If statements). One decision structure with multiple "Else If" cases is considered 1 decision structure.

-It must be organized into separate modules: one module for input, one module for output, and one module for each separate calculation or action in the program. Each module should be "cohesive", performing only 1 task.

-Use parameters and arguments to pass values into your modules (don't use global variables).

-The Python code should run correctly, and the logic should match your pseudocode.

Aslo i already post this question but the answer was not correct because did cover all the requirements shows all of on the video on top .....

here is the post of the question

https://www.chegg.com/homework-help/questions-and-answers/question-fix-issue-please-want-see-pictures-fix-don-t-see-required-input-list-output-list--q26757770

CODE

===============================

### python program to calculate the final price after deducting discount and adding the shipping price

# Pseudocode # # =============================== # # Step 1. Take the following inputs from the user. # a) The price of the item: The price can be a real number (double/float) # item_price = float(input(" Enter the price\t\t:")) # b) Discount percent available on the item: It can be a real number (float/double) # discount_percent = float(input(" Enter the Discount in %\t\t:")) # c) Shipping cost of the item: It can be a real number (float/double) # shipping_cost = float(input(" Enter the Shipping price\t:")) # Step 2) Now, create a local variable say, "final_item_price" which contains the final value of # of item price after applying discount percent and shipping. # Step) Calculate the final_item_price using the formula: # final_item_price = (item_price) * (1 - discount_percent / 100) + shipping_cost # Step) Finally, print the final item price using built-in print() # print (" Final Price\t\t:%0.2f " %final_item_price)

# Input List: item_price, discount_percent, shipping_cost # Output List: final_item_price

print(' \t\tPrice Calculator ') # Declare the variables item_price = 0.0 discount_percent = 0.0 shipping_cost = 0.0 final_item_price = 0.0

# prompt the user to input item price item_price = float(input(" Enter the price\t:\t"))

# prompt the user to input discount in % discount_percent = float(input(" Enter the Discount in %\t:\t"))

# prompt the user to input Shipping cost shipping_cost = float(input(" Enter the Shipping price\t:\t"))

# Calculating the final item price using the formula # final_item_price = (item_price) * (1 - discount_percent / 100) + shipping_cost final_item_price = (item_price) * (1 - discount_percent / 100) + shipping_cost

# display the final item price print (" Final Price\t:\t%0.2f " %final_item_price)

Price Calculator Enter the price: Enter the Discount in % : Enter the Shipping price Final Price 100 20 15 95.00