A Haxe port of Marble Blast Gold, name subject to change. The marble physics code was taken from OpenMBU along with my own collision detection code, game logic was partially from scratch and taken with permission from Marble Blast Web Port. The browser version of this port is hosted here

I chose Haxe because its a good language that can target other languages, meaning any Haxe code can be converted and used in Python, C++, Java very easily so that nobody has to take effort in porting the code to different languages, atleast thats what my mindset was when I started it, but unfortunately because of the 3d engine I used, it only compiles to C and Javascript. You will have to isolate the engine specific features yourself if you want to use this for other programming languages.

Requires Haxe 4.2.2 or above You require the following Haxe libraries:

• heaps: 1.9.1 (not the git version) with HeapsIO/heaps#573 applied
• hlsdl (You will have to update it manually by replacing the files after doing the below steps) (Hashlink/C native target)
• stb_ogg_sound (JS/Browser target)

You have to compile your own version of Hashlink with HaxeFoundation/hashlink#444 applied
After all that has been setup, compile to hashlink by doing haxe compile.hxml and then running the game by hl marblegame.hl To compile to C, do haxe compile-c.hxml and use the instructions in https://gist.github.com/Yanrishatum/d69ed72e368e35b18cbfca726d81279a

If the build dependencies are fullfilled, compile with haxe compile-js.hxml and run the game by running a web server in the same directory as the repo where index.html is located.

If you are on browser, please send the browser console log to me If you are on native, please run marbleblast-debug.bat and reproduce the crash, send the resulting stacktrace that occurs during the crash to me.

Your PC does not support the game, please upgrade it, there is nothing I can do about it to fix it.

Very accurate with up to 1% deviation from the original physics. The deviations are due to traplaunches being slightly different and occassional internal edge collisions, and the lower delta t values for physics simulations.

In browser, you can just resize your window. You can use the browser zoom feature (ctrl + scroll) to change the UI size.
In native version, you can just resize the window if windowed or use the resolution options in the menu or just directly modify settings.json

Edit settings.json for native version, edit the MBHaxeSettings key in LocalStorage in browser

You cannot unlock fps in the browser, it is forever set to vsync. In the native version, edit settings.json

If this new feature of yours already exists in MBG but not in this port, then I will try to add it, if I get time to do so, otherwise chances are, I won't add it since I have other things to do and would rather not waste my time on this any further. You are free to do pull requests if you have already implemented said feature.