Could you explain how to make this code in addition to making a csv file and importing that into the script step by step? I Take the chicken nuggets example problem from last week's problem solving strategy and create a generalized solution. You will be making a full program called nugget bridge.py and submit it to gradescope. Please use the following template file and put your implementation in the main functionso that gradescope can properly grade your work.nugget bridge.py. BYour program, when RUN, will ask the user for a file path. That file path will be a CSV file. The CSV file will have contents similar to this:serving_size, price6,2.410,3.615,5.124,7.8Your program will then prompt the user for an arbitrary number of nuggets, and print out the price of that arbitrary number of chicken nuggets. The interaction should look something like, assuming the example file above (red text indicates user input):Please enter a file path: nuggets.csvPlease enter a number of chicken nuggets: 5050 Chicken Nuggets costs $15.6You can assume all the data and inputs will be valid. You should be creating multiple helper functions to help you do this! Results should be rounded when you output them. You can round numbers using the round function or using python's f-strings. I encourage you to look up either and/or evenuse both!

Name: Could you explain how to make this code in addition to making a csv fi
Uploaded: 2024-03-20T06:51:23.000Z
Channel: Bartleby
Description: Could you explain how to make this code in addition to making a csv file and importing that into the script step by step? I Take the chicken nuggets example problem from last week's problem solving strategy and create a generalized solution. You will

Algorithm for nugget_bridge.py:1. Import the necessary library: `csv`.2. Define a function `read_csv(file_path)`: a. Initialize an empty dictionary `nugget_data`. b. Open the CSV file specified by `file_path`. c. Read the CSV file using `csv.DictReader`. d. Iterate through each row in the CSV file: i. Convert serving_size to an integer. ii. Convert price to a float. iii. Add serving_size as key and price as value to the `nugget_data` dictionary. e. Close the file and return `nugget_data`.3. Define a function `calculate_price(nuggets, nugget_data)`: a. Initialize `total_price` as 0. b. Sort the `nugget_data` dictionary by serving_size in descending order. c. Iterate through each serving size and price in the sorted `nugget_data`: i. Calculate the number of packs for the current serving size. ii. If packs are greater than 0: - Increase `total_price` by packs multiplied by the price. - Reduce the remaining nuggets by packs multiplied by the serving size. d. Return `total_price` rounded to 2 decimal places.4. Define the `main()` function: a. Prompt the user to enter a file path. b. Read the CSV file using `read_csv()` and store the data in `nugget_data`. c. Prompt the user to enter the number of chicken nuggets. d. Calculate the price using `calculate_price()` and display the result.5. Check if the script is run as the main program using `if __name__ == "__main__":`. - Call the `main()` function to start the program execution.6. End of algorithm.1import csv 2 3# Function to read CSV file and create a dictionary from its contents 4def read_csv(file_path): 5 nugget_data = {} 6 with open(file_path, newline='') as csvfile: 7 reader = csv.DictReader(csvfile) 8 for row in reader: 9 serving_size = int(row['serving_size']) 10 price = float(row['price']) 11 nugget_data[serving_size] = price 12 return nugget_data 13 14# Function to calculate the price of chicken nuggets 15def calculate_price(nuggets, nugget_data): 16 total_price = 0 17 for size, price in sorted(nugget_data.items(), reverse=True): 18 packs = nuggets // size 19 if packs > 0: 20 total_price += packs * price 21 nuggets -= packs * size 22 return round(total_price, 2) 23 24def main(): 25 # Prompt user for file path 26 file_path = input("Please enter a file path: ") 27 28 # Read CSV file and store data in a dictionary 29 nugget_data = read_csv(file_path) 30 31 # Prompt user for number of chicken nuggets 32 num_nuggets = int(input("Please enter a number of chicken nuggets: ")) 33 34 # Calculate the price 35 price = calculate_price(num_nuggets, nugget_data) 36 37 # Display the result 38 print(f"{num_nuggets} Chicken Nuggets costs ${price}") 39 40if __name__ == "__main__": 41 main() 42Output: