A Python project to help you make smarter, data-driven decisions for bids, auctions, or competitive offers.
Bid-decider aims to bring intelligence, fairness, and automation to your bidding process.
- Automated Decision-Making: Streamline and automate bid selections using Python logic.
- Customizable Logic: Adaptable for different bidding scenarios—auctions, tenders, competitions, and more.
- Open Source: Licensed under the MIT License for maximum flexibility.
- Easy to Extend: Simple architecture to add your own rules or analytics.
git clone https://github.com/Lakshitpythondevloper/Bid-decider.git
cd Bid-decider
# (Optional) Create a virtual environment:
# python -m venv venv && source venv/bin/activate
pip install -r requirements.txt- Configure your bid data or logic in the main Python script.
- Run the application:
python main.py
- View results: The program will output the recommended bid decision based on your logic.
A simple console-based auction bidding program written in Python that allows multiple users to place bids and determines the winner with the highest bid.
import logo
print(logo)
def highest_number(biddest_number):
score = 0
winner = ""
for high in biddest_number:
number = biddest_number[high]
if number > score:
score = number
winner = high
print(f"Okay! The winner is {winner} and the bid is {score} $ 😀")
bid = {}
Programme_end = True
while Programme_end:
user_name = input("What is your name: ").title()
user_bide = int(input("What is your bid $: "))
bid[user_name] = user_bide
any_biders = input("If there is any biders type 'yes' or 'no': ").capitalize()
if any_biders == 'Yes':
print("\n"*100)
if any_biders == 'No':
Programme_end = False
highest_number(biddest_number = bid)import logo
print(logo)- The program imports a custom
logomodule (not shown in the code) - Displays the logo at the start of the program
def highest_number(biddest_number):
score = 0
winner = ""
for high in biddest_number:
number = biddest_number[high]
if number > score:
score = number
winner = high
print(f"Okay! The winner is {winner} and the bid is {score} $ 😀")- Function
highest_numbertakes a dictionary of bidders and their bids as input - Initializes variables
score(to track highest bid) andwinner(to store winner's name) - Iterates through the dictionary to find the highest bid
- Updates
scoreandwinnerwhen a higher bid is found - Prints the winner and their winning bid amount
bid = {}
Programme_end = True- Creates an empty dictionary
bidto store bidder names and their bids Programme_endcontrols the main program loop
while Programme_end:
user_name = input("What is your name: ").title()
user_bide = int(input("What is your bid $: "))
bid[user_name] = user_bide
any_biders = input("If there is any biders type 'yes' or 'no': ").capitalize()- Continuously asks for bids until stopped
- Gets bidder's name and converts it to title case
- Gets bid amount and converts it to integer
- Stores the bid in the dictionary with name as key and bid as value
- Asks if there are more bidders
if any_biders == 'Yes':
print("\n"*100)
if any_biders == 'No':
Programme_end = False
highest_number(biddest_number = bid)- If there are more bidders (
'Yes'), clears the screen by printing 100 newlines - If no more bidders (
'No'), ends the program and determines the winner
- Run the program
- Enter your name when prompted
- Enter your bid amount
- Indicate if there are more bidders:
- Type 'yes' to continue accepting bids
- Type 'no' to end bidding and determine the winner
- The program will display the winner and their bid amount
- Accepts multiple bids from different users
- Clears screen between bids for privacy
- Automatically determines highest bidder
- User-friendly interface with emoji output
- Case-insensitive input handling
The program requires a separate logo module which should be in the same directory. Make sure to have this file available before running the program.
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█████████████████████████████████████████ - Edit the Python files to add or change how decisions are made.
- Integrate with your own data sources or user interfaces as needed.
This project is licensed under the MIT License.
Pull requests and suggestions are welcome!
Open an issue to discuss improvements or report bugs.
Make your next bid the smartest one yet! 🚀