Name: Abhinav George Basil
OWA: hcyab2
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This implementation of Frogger has been tested on 2 Windows devices on IntelliJ IDEA
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To run the game open up the project on IntelliJ IDEA
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Download the JavaFX library and place it on a folder
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Add the JavaFX library to Global Libraries (File -> Project Structure -> Global Libraries)
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Click the '+' button, select Java and direct to the lib folder of the JavFX library
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Add to FroggerTrial module and click apply
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Add the VM Arguments to Main by editing configurations: "--module-path (JavaFX Library Path) --add-modules=ALL-MODULE-PATH"
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Alternatively, import the project as a maven project and select javafx:run on the maven tab on the right side of in IntelliJ
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Configured the file for Github to regularly push updated code to the respective repository for easier maintenance
- Used .gitignore file to avoid clutter in the repository
- On request, users can be added as a collaborator to view the repository
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Added JavaDocs for easier understanding and used Github pages to host the Javadocs online for easy viewing
- Frogger Javadocs link: https://agb2k.github.io/Frogger-2.0/
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The classes have been repackaged to make it easier to understand
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Broke up classes into separate classes to give each class unique functionality and follow the single responsibility principle
- Created the Game class which focuses on initializing the game itself from the Main class
- Created the AddObjects class which focuses on adding objects to the game from the Main class
- Created the FrogController class which focuses on the controls involved in moving the frog and placed it in the controller package
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Renamed classes for easier understanding
- Changed the Animal class to Frog
- Changed the Obstacle class to Vehicles
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Added new classes to provide new functionality
- The Highscore class helps with the functionality of the newly added high score menu
- The Mute class helps add the option to mute the game with the click of a button
- The Pause class helps pause the game by adding a pause button to the game itself
- The stop class helps stop the game by adding a stop button to the game itself
- The RoundScore class helps gather the scores for each round to be shown in the round score menu
- The Skeleton, Dragon and Minotaur class to add new characters to the game
- The PowerUp class to add a power up orb to the game
- The RoundScore class was made to help with the functionality of the newly created round score pop-up menu
- The lives class shows the number of lives left for the frog in the game itself
- The ActorFactory class is used to configure the factory design pattern for the AddObjects class
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Converted many blocks of code into their own methods to improve readability
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Improved encapsulation of data by making the majority of the data-types private while using required getters and setters to protect data
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Added a new background and adjusted it to make the game look nicer
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Created a fully functioning start menu, info menu, high score menu and high score (round score) pop-up using FXML, CSS and Scenebuilder
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The factory design pattern has been utilized to add actors to the AddObjects class to enhance maintainability by introducing the ActorFactory class
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The code has been organized to adhere to the MVC Pattern making the project cleaner and easier to understand
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Added a permanent high score list which stores data to Highscore.csv to be used in the High score menu created with FXML and Scenebuilder
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10 levels with different characters, speed and arrangements have been created to make the game more interesting
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The music has been changed to add a little more funk
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Utilized JUnit 5 to test the functionality of different areas of the program
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Utilized Maven to handle dependencies
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Used IntelliJ to create a class diagram
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All resources used in this project are free to use for non-commercial applications
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Main Menu:
- Level 10 of the Game:
- Class Diagram:
- Github:
