/black-box-game

Study project files of the lecture "Praktische Aspekte der Informatik" (TUBS)

Primary LanguageQML

SoSe19_Padi02: BLACK BOX

Proposal

Note: 1.0

Motivation

This repository will contain an implementation of the logic board game "Black Box" in C++. It's an abstract game which was designed by the mathematician Eric Solomon in the year 1976.

Today this board game is not well known. I coincidentally learnt about it on the 35C3 event in Leipzig. There were some people with a self-made electronic table for various board games, which worked with light receptors and LEDs. One of the available games was Black Box.

Black Box

An overview can be found here.

Implementation

This board game is implemented by using C++ and Qt.

Animated Black Box

The basic rule set is implemented. That is 3-5 atoms in a two-dimensional grid (8x8).

Some additional effects like glowing rays are implemented, too.

Installation and Usage

C++

You will need OpenCV 4.1.0 and QT5 on Ubuntu 18.04 in order to get the game working.

X-Server

Because of the usage of Qt you need to add the environment variable DISPLAY=127.0.0.1:0.0

X11 server (e.g. X410) has to be running and set up (https://token2shell.com/x410/)

Game

Objective

Black Box is played on a two-dimensional grid. The objective is to find the correct positions of the atoms by the use of the minimum number of rays.

Rules

General

The most common configuration is 3-5 atoms in a 8x8 grid. There are in total 32 input/output positions for the rays.

In this implementation the computer will hide the correct position of the atoms. The player has to place the known number of atoms into the grid. As soon as the player has done that, he/she can log in his/her solution in order to find out if the correct guess was made.

The player can fire a ray by pressing on one of the i/o positions at the edges of the grid to obtain a clue. The score will be decreased by doing this.

Hit

Hit Hit

Deflection

Deflection Deflection Deflection Deflection

Reflection

Reflection Reflection

Miss

Miss

Progress

Todo

  • Implement rules

    • Hit
    • Deflection
    • Reflection

  • Implement score

    • Decrease score
    • Refresh score to maximum

  • Implement GUI

    • Basic GUI
    • Colors
    • Text
    • Radial gradient
    • Glowing borders
    • Background picture
    • Resizing behaviour
    • Show correct solution
    • Round atoms
    • Set transparency of grid
    • Background picture stays at same place when resizing

  • Implement rays

    • Set color for ray type
    • Don't store undiscovered rays after finishing game

Ideas

  • Alternative scoring
  • High scores (with database)
  • Options (change background music, ...)
  • Show remaining possible solutions
  • Hexagonal grid
  • Allow dragging click event
  • Hide ray when clicked the second time after finishing game (sadly it's very laggy)
  • Get totally random ray color (0-255 * 3 summe mindestens 128 // rgb to hex)
  • Animation for rays
  • Add some background music
  • Add effect sounds