Archived due to beeing an old non maintained project.

ludo

a small ludo clone written in c++

Build and run locally

git clone https://github.com/MrPaulBlack/ludo.git

cd ludo

cmake -B build

cmake --build build

./build/ludo

[EXPIREMENTAL] Build as Webassembly Project

• requires emscripten (https://emscripten.org/) as compiler

git clone https://github.com/MrPaulBlack/ludo.git

cd ludo

emcmake cmake -B build -DEMCC=ON

make -C build

cp -v html_template/index.html build

docker run -i --rm -v [directory in which this git repo is in]/build:/config/www -p 80:80 -e PUID=1000 -e PGID=1000 ghcr.io/linuxserver/nginx

After that go to http://localhost:80 with your webbrowser that supports webassambly and open the Console with F12 to see the console output.

Default setup in Main.cpp:

Game game(4, 0);

std::vector<Player> player(game.getPlayer() + game.getCPU(), 4);

Board board(game.getPlayer() + game.getCPU(), 10);

stuff that can be changed in Main.cpp:

• Line 6: Game game([number of real player], [number of cpu's]);

• Line 7: std::vector<Player> player(game.getPlayer() + game.getCPU(), [number of figures each player has]);

• Line 8: Board board(game.getPlayer() + game.getCPU(), [size of the board per player]);

If you want to test the game with only cpus:

change Line 6 in Main.cpp to:

Game game(0, 4);

If you want 1 player and 3 cpus for example:

Game game(1, 3);

You can also stresstest the game and increase the number of players, figures and size of the board:

change the following Line6, Line 7 and Line 8 in Main.cpp

Game game(0, 10);

std::vector<Player> player(game.getPlayer() + game.getCPU(), 10);

Board board(game.getPlayer() + game.getCPU(), 20);