INF112 - Group Project V2020 - RoboRally

Participants:

• Mathias Haugsbø
• Egil Bru
• Elias Bendixen
• Erlend Dahl
• Terje Baklund

Requirements:

1. Java 8
2. Something to build the maven project, we have used IntelliJ Community Edition.

How to run:

1. Open project in IntelliJ Community Edition or other editors that supports Java Maven projects.
2. Click Run 'Main' or key shortcut: SHIFT + F10 in IntelliJ
3. IntelliJ will now download dependencies and build project.
4. After compiling, the game will launch

Our target high level specifications:

• Working game with RoboRally rules
• LAN multiplayer
• Work on all operating systems
• Work on laptops with 1366x768px or larger resolution with screen size of 13" or larger.

Development goals for assignment 1:

• Display board on screen
• Place game piece on the board

Development goals for assignment 2:

• Moving robot
  • Robot can't move through walls
  • Robot pushes other robots
• Show cards on screen

Development goals for assignment 3:

• Almost playable game
  • Cards move Robot
  • Robot interacts with enviroment
  • Robot can die and heal
  • Everthing is moves/done following the RoboRally rules
• Usable Gui and buttons
  • dragabble/clickable cards
  • visual card selection

Development goals for assignment 4:

• Game has a main menu
  • Settings
  • Join and Host
  • Help and Credits (Bug: Only works on Windows)
• Togglable music for game
  • Option in settings
• Ability to host a multiplayer and LAN game
  • Host menu button
  • Working LAN multiplayer
  • Working Online Multiplayer
• Ability to join a hosted game
• Player can win game by taking flags
  • Flags that has to be taken i correcty order
  • Player can win the game by taking all the flags
  • Win screen

Requirements from customer (Taken from lecture slides early in INF112 course)

• Show a playing board
• Show a pice
• Move a pice
• Play from different machines
• Give out cards
• Pick cards (5 of 9)
• Move piece based on card
• Give out cards in the beginning of a new round
• Show more (at least two) pieces at the same playing board
• Give out cards to each robot
• Move pieces at the same time
• Move pices based on priority on the programming cards
• Flag on playing board
• Registrate that a robot has been on a flag
• Handle conflicts on movements correctly
• Place backups
• Respawn on backup when destroyed
• Moving into a hole leads to destroyed robot, player lose life if the robot is destroyed and respawn from last backup
• Moving outside of board leads to destroyed robot, lose of life and respawn on last backup
• If the robot is shot 9 times, lose a life and respawn from last backup
• If a robot is pointed towards another in the end of a phase, shoot laser and the receiving robot gets damage
• If robot has damage, then you get less cards according to how high the damage is
• Robot can not move through walls
• Too much damage leads to programming cards stuck in programming sequence

Dev mode

• piler : move
• enter : turn do
• j : remove card
• k : add card
• r : respawn
• n : remove life tokens
• m : add life tokens