Project assumptions:

• Creating an algorithm (or algorithms) to generate the correct Labyrinth
• The maze has one entrance and one exit
• The object looking for the exit does not know the algorithm structure
• The object is blind (it's dark in the maze)
• writing and testing exit searching algorithms

finished:

• menu in several languages (language class)
• maze size settings window
• cell skeleton (we work with bits, not bytes)
• labyrinth generation algorithm by the method of straight lines (division in half)
• labyrinth generation algorithm by the method of straight lines (random split) (80& complete)
• labyrinth generation algorithm - Zigzags method
• labyrinth generation algorithm by DFS method Link
  • normal maze
  • hozirontal maze
  • vertical maze
• labyrinth generation algorithm - spiral, cyclones (my algorithm)
• board skeleton and drawing
• solving algorithms

Creating algorithms:

• Labyrinth generation (straight lines & recursive method) (60% completed)
• Solving: Blintfold (right hand)
• Solving: Blinfold (left hand)
• Solving: Brute Force
• Solving: Wave propagation (wave of water)
• Solving: Time table (time of passing the segment)

tools:

• QT Creator 4.12.3
• programming language: C++
• OS (test/compilation): Windows 10 Pro / 64bit

• Description of the ways -> MicroMouse robots
• The shortest path in the graph -> BELLMAN-FORD algorithm
• https://pl.qwe.wiki -> Wiki