A visual tool to convert 3D .obj models into Minecraft Schematics or <ahref="https://www.curseforge.com/minecraft/mc-mods/litematica/files">Litematica</a>.
<sub>"Homo erectus georgicus" (https://skfb.ly/6ADT8) by Geoffrey Marchal is licensed under Creative Commons Attribution-NonCommercial (http://creativecommons.org/licenses/by-nc/4.0/).</sub>
You can either download the [latest release](https://github.com/LucasDower/ObjToSchematic/releases) or if you want the latest features you can build it yourself by following the instructions below.
You can create your own block palettes to fit the build you desire. When you select this palette, the generated structure will only use the blocks defined in your palette. To create a palette, list every block you want to use in `/tools/new-palette-blocks`. A list of every supported block can be found in `/tools/all-supported-blocks`. When your list is complete, run `npm run palette`, (make sure you run `run run build` before the first time you do this). If everything is successful, the next time you run the program you'll be able to select your new palette in the 'Block palette' dropdown.
#### Texture Atlases
If you play Minecraft with a resource pack, you will probably want to build your own texture atlas. This way the program will use the same resource pack for its visualisation and more accurate colour-to-block conversions can be made. To do this, run `npm run atlas` (make sure you run `run run build` before the first time you do this) and follow the instructions. If everything is successful, the next time you run the program you'll be able to select your resource pack in the 'Texture atlas' dropdown.
This is an non-commercial **unofficial** tool that is neither approved, endorsed, associated, nor connected to Mojang Studios. Block textures used are from Minecraft and usage complies with the [Mojang Studios Brand And Assets Guidelines](https://account.mojang.com/terms#brand).
Any contributions are welcome, just fork and submit a PR! Just make sure the code style follows the rulings in the `.eslintrc.json` and pass the CI build task.
Currently there's not much docs but if you're looking for where to get started, look at `app_context.ts` and follow `_import()`, `_simplify()`, `_voxelise()`, `_palette()`, and `_export()`. If you're looking to add elements to the UI, look at `ui/layout.ts`, I'm not using a UI framework because I'm a nutter. If you have any questions or need help getting started then feel free to message me (**Discord SinJi#4165**).
To allow for your favourite debugging tools like breakpoints and call stacks, I've included launch options for debugging in VSCode. Use `Ctrl+Shift+D`, and run "*Debug Main Process*" and once the Electron window has initialised, run "*Attach to Render Process*".
