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Team A Blackjack Project: A Collaborative Gaming Experience

This project presents a collaborative Blackjack game developed by Team A. The game features various components managed by different team members, including game control, shuffling, and user interface. The project is structured into distinct parts: Team A focuses on game control and user interaction, Team B handles card shuffling, Team C manages gameplay dynamics for players and dealers, and Team D ensures communication between boards over serial ports. Each section integrates seamlessly into a fun and engaging Blackjack experience, complete with statistics and visual feedback.

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Team A Blackjack Project: A Collaborative Gaming Experience

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  1. Computer Science Project: BLACKJACK BY TEAM A

  2. Overview of the Project Part A: Ram, Zaith Game control, scoring and user interface work team Part B: Dominik, Nayan Shuffle Part C: Avinash, Ruben Play of the user, play of the dealer Part D: Marco, Max Communication with the second board over the serial port Part E: Tobi Software architecture, system integration, project coordination

  3. Terms and Conditions 10 or less cards: new shuffle One Deck consists of 5 x all cards Stats should always go on counting Maximum Draw: 5 cards

  4. Functioning of the Group Team A: void show_welcomemsg(); Show a tiny welcome message . void show_dealerwinmsg() Show a message telling the player won the round. void show_stats(); Show the current statistics on the screen. void show_currentcards(); Show Player and Dealercards on the Screen intcheck_cards(int *dealercards, int *playercards, intdealernumcards, intplayernumcards); Check all cards for a win or a loose. void get_initialcards(); Set playercards and dealercards empty. Use function get_card() to get all the cards you need when a game starts.

  5. Team B: void get_newcardset(int *carddeck); Generate a cardset with 160 (= 5 x 52) cards and shuffle them. Assigne them to array "carddeck" intget_card(int *carddeck); Get one card from the array "carddeck". Make sure the card is not accessible anymore and give it back as integer value. Team C: intget_dealerchoice(int *dealercards, int *playercards, intdealernumcards, intplayernumcards); Make the decision what the dealer does. Give back choice as 0 = hit, 1 = stand intget_playerchoice(); Ask what player does. Give back choice as 0 = hit, 1 = stand void get_newplayercard(); Get a new card from get_card() and add it to players cardarray. Increasplayernumcards. void get_newdealercard(); Get a new card from get_card() and add it to dealers cardarray. Increase dealernumcards. Team D: intget_virtualplayerchoice(int *dealercards, int *playercards, intdealernumcards, intplayernumcards); Make the decision what the virtual player does. Give back choice as 0 = hit, 1 = stand. The function should splitted in a part for sending the information to the other MC and a part where the other MC makes the decision and sends it back. We need an interupt for interface check. If interupt occurs, set gamemode = "automatic".

  6. LET THE GAME BEGIN Welcome screen

  7. LET THE GAME BEGIN Gamescreen

  8. BlackJack

  9. JackBlack

  10. Status

  11. THANK YOU

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