A python project on Blackjack Game build using on jupyter notebook/lab.
Project Objective - The primary goal of this project is to simulate the classic Blackjack card game using Python, allowing users to play against a computer dealer. The game incorporates core programming concepts like loops, conditionals, object-oriented programming (OOP), and logic-based decision-making.
Overview - This Python-based Blackjack game, built in Jupyter Notebook, allows players to engage in a casino-style card game against the dealer. The project implements fundamental programming concepts such as object-oriented programming (OOP), loops, conditionals, and user interaction.
Tools used - Language: Python IDE/Editor - Jupyter Notebook Key Libraries - random module (to shuffle the deck and deal cards) Built-in I/O and control structures
Features & Functionality - Procedure - 🔹 Uses standard Blackjack rules—player vs. dealer with the goal of reaching 21 points. 🔹 Supports hit, stand, and automatic dealer rules. 🔹 Implements card deck shuffling and dealing. 🔹 Tracks player betting system (optional) to simulate real casino play. 🔹 The game is structured using OOP principles - Card Class → Represents individual playing cards with suit and rank. Deck Class → Manages shuffling and dealing of cards. Player Class → Handles player actions (hit, stand, check for bust). Dealer Class → Implements AI-controlled dealer logic. Game Class → Controls the overall game flow and logic.
Key Modules/Functions - 🔹 create_deck() – Initializes and returns a full shuffled deck. 🔹 deal_card(deck) – Deals a single card from the deck. 🔹 calculate_score(hand) – Calculates score of a hand, adjusting for Aces. 🔹 display_hand(hand) – Shows the current cards held. 🔹 blackjack_game() – The main function that controls game flow.
Skills Demonstration - 🔹 Python fundamentals (functions, lists, loops) 🔹 OOP (if implemented using classes like Card, Deck, Player) 🔹 Control flow and decision logic 🔹 Simulated real-world application of game theory 🔹 Basic UI using print statements and input