builder VS mitosis

Decentraland is a community-driven Metaverse, powered by the Ethereum Blockchain. It makes use of a Cryptocurrency called MANA, which is the main medium of exchange used in Decentralands ecosystem. Users can create, experience, and monetize content. It offers a Builder Tool or SDK (developer toolkit), which are designed to create virtual environments and applications.

Legacy Builder: a simple drag and drop editor. No coding required, some items include built-in functionality. You can start a scene with the Builder, and then export it to continue working on it with the SDK. Read the documentation. Note: If a scene is created by or modified by the SDK, you can’t import it into the Builder. You can only go from the Builder to the SDK, not in the other direction.

You can create your own asset packs via https://builder.decentraland.org and switch to the in-world builder after, as you seem to be using this one.

Hi! if you go to the web browser for the decentraland builder it is there. builder.decentraland.org

You can build at https://builder.decentraland.org/

Yes, you can go on Decentraland right now and start building. The best way to learn is to start building! (https://builder.decentraland.org/)

Also when I go to https://builder.decentraland.org/ I can't see my land.

We are a little lacking in community modules at this point; we have a repository filled with example snippets, but no complex projects that are open-source and free to study/deploy on your scene. If you have no knowledge of programming then you'll likely want to start with the Builder. Its an easy to learn tool, though lacks the ability to optimize/prepare complex scenes. For that you're going to need to use the SDK, which requires some programming knowledge (never too late to learn).

You can have a look into the builder tool: https://builder.decentraland.org and see if you can make use of its resources to accompany your idea. Please note that its rather limited in its functionality, but still allows importing external 3d assets.

Builder.io Mitosis -

In this case, we combined a fine-tuned LLM, a custom compiler that we wrote, and a custom-trained model.

The heart of Visual Copilot lies in its AI models and a specialized compiler. The initial model, trained with over 2 million data points, transforms flat design structures into code hierarchies. Our open-source compiler, Mitosis, takes this structured hierarchy and compiles it into code. In the final pass, a finely tuned Large Language Model (LLM) refines the code to match your specific framework and styling preferences. This multi-stage process ensures that the generated code is high-quality and tailored to meet the requirements of your project.

Mitosis (https://github.com/BuilderIO/mitosis) is a fantastic project, but is still in its early stages, and in need of some build tooling. It allows you to "write once, run everywhere" in the sense that you can write a UI component and have it compiled to a React component for use in a React project, a Svelte component for use in a Svelte project, and so on. It does not, however, support bundling.

create-multi-lib (run like so `npx create-multi-lib ) is my attempt to contribute a much needed bundling-layer on top of Mitosis.

It also comes with E2E testing included, and your resulting packages include type-declarations.

Depending on your needs, check out Mitosis that let you write components and compile them to svelte, angular, react. https://github.com/BuilderIO/mitosis

Saying that, you could check-out Mitosis.

I see you was inspired by https://github.com/BuilderIO/mitosis was there no way to extend there AST?

I discovered https://github.com/BuilderIO/mitosis, and it has changed my front-end development workflow with the ability to create one development and export and test metrics on multiple front-ends delivering the best MVP possible.