A 2D procedural map generation and pathfinding project written in C++ using Raylib.
Developed as part of the Programming II module at my Uni, this project demonstrates modern C++ concepts including object-oriented design, templates, and algorithmic problem solving (e.g., A* pathfinding).
This program procedurally generates a 2D map consisting of various tile types:
- Start / End points
- Blocked paths
- Traversable paths
- Treasure chests containing collectible items
A player character can move across the map, collect and equip items, and use a pathfinding algorithm (A* or Dijkstra) to automatically navigate to the exit.
- Procedural and random map generation
- OOP structure with templated map and inventory classes
- Item system with inheritance (
ItemBase,Weapon,Ring, etc.) - Weight-based movement restrictions (dependent on strength stat)
- Sorting algorithms for items by weight, name, and value
- Integrated A* pathfinding for shortest path calculation
- Visualized in Raylib (based on raylibstarter-letterboxed)
| Module | Description |
|---|---|
Map |
Generates and stores 2D tiles, ensures valid start–end path |
ItemBase |
Base class for all items with attributes like weight, value, description |
Inventory<T> |
Template class managing items, supports sorting and equipment slots |
PlayerChar |
Player class with movement, item pickup, equip and weight limit logic |
Pathfinding |
Implementation of A* or Dijkstra algorithm for automatic traversal |
- Modern C++17 design
- Clean separation of declaration (
.h) and definition (.cpp) - Emphasis on code readability, OOP principles, and modularity
- Demonstrates proficiency with algorithms, data structures, and templates
Dependencies:
- Raylib
- CMake
- Visual Studio 2022
Clone repository
- git clone https://github.com/Lumoma/Portfolio_Programmieren_2
- cd ProceduralTileMap-CPP
Build with CMake
- cmake -B build
- cmake --build build
Run executable
- ./build/Aufgabe5a
This project was created as part of the Programming II (VR 22-01) module, covering:
- Object-oriented and template programming in C++
- Sorting and pathfinding algorithms
- Code reviews, exception handling, and design patterns
It serves as a portfolio piece representing current C++ programming skills, game logic design, and applied algorithmic knowledge.