esp-web-tools VS polygonjs

Some feedback to make your project easier to install and integrate better with Home Assistant (I'm the founder):

Home Assistant is building a voice assistant as part of our Year of the Voice theme. https://www.home-assistant.io/blog/2023/04/27/year-of-the-vo...

As part of our recent chapter 2 milestone, we introduced new Assist Pipelines. This allows users to configure multiple voice assistants. Your project is using the old "conversation" API. Instead it should use our new assist pipelines API. Docs: https://developers.home-assistant.io/docs/voice/pipelines/

You can even off-load the STT and TTS fully to Home Assistant and only focus on wake words.

You will see a lot higher adoption rate if users can just buy the ESP BOX and install the software on it without installing/compiling stuff. That's exactly why we created ESP Web Tools. It offers projects to offer browser-based installation directly from their website. https://esphome.github.io/esp-web-tools/

If you're going the ESP Web Tools route (and you should!), we've also created Improv Wi-Fi, a small protocol to configure Wi-Fi on the ESP device. This will allow ESP Web Tools to offer an onboarding wizard in the browser once the software has been installed. More info at https://www.improv-wifi.com/

Good luck!

Note: if anyone else wants to make an installer website like this, it’s called ESP Web Tools and open source: https://esphome.github.io/esp-web-tools/

ESP Web Tools uses WebSerial to allow users to install, update and manage firmware running on ESP microcontrollers: https://esphome.github.io/esp-web-tools/

If you want to make the project even more accessible, consider setting up a GitHub pages with ESP Web Tools: https://esphome.github.io/esp-web-tools/

Instead of esptool suggestions, use ESP web tools and your whole flow can be web based. https://esphome.github.io/esp-web-tools/

- some corners will connect less than 4 tiles. This does the opposite of the previous point, as this removes diagonals. This limits your moves in a specific direction, but can also protect you from your opponents. It's the kind of features that can be used both as a defense and as attack.

And the boards are procedurally generated, so you can play unique games each time (or you can re-use the same boards if you like). It is done with my engine Polygonjs ( https://polygonjs.com/ ), and if you're curious about how the grid is built, here is an example scene you can play with: https://polygonjs.com/gui/irregular_quad_relaxation/edit .

The game is not free on Steam/iOS, but the demo has no time limit, it just gives you a handful of boards to play with.

I hope that's fun!

- Trailer: https://www.youtube.com/watch?v=GAfUvwuLueI

That's the path I took with Polygonjs ( https://polygonjs.com ), and a game I've just released ( https://polyreplay.com/minesweepertwist ), with more coming shortly.

But it didn't start like that. It only started as a tool I could use to deliver client projects, as I was trying to become a freelance for interactive 3D scenes for the web.

Project after project ( some examples here: https://polygon-lab.com/ ), I could improve Polygonjs. Then I found clients who would be interested enough to buy licenses, and would give valuable feedback which would help the project grow even more.

And a few clients asking for not just interactive sites, but also games. This pushed Polygonjs further, and after several games released, it definitely qualifies as a game engine.

So this is generally an advice I give to people who want to become freelancers. Build a tool that solves a problem in your space, as this gives you an edge, and you'll also get the chance to confront that tool to reality, which will help it - and you - grow. This becomes a virtuous circle very quickly.

You can have a look how I do it in Polygonjs (which is a node-based design tool based on threejs), in this example scene.

If you're familiar with Houdini, I invite you to try Polygonjs, which is based on threejs and inspired by Houdini. You can basically build threejs in a procedural way, with just nodes.

You could try Polygonjs. It's inspired by Houdini, so has a lot in common with TouchDesigner (it's fully node-based, you can create audio reactive apps), and it works on the web, which makes scenes very easy to share.

Can I invite you to try Polygonjs as well?

you can generate an SDF from a mesh with [Polygonjs](https://polygonjs.com). Here is an [example scene](https://polygonjs.com/examples/bynode:mat:raymarchingbuilder...).

It won't generate a function, though. Instead it creates a 3D texture which is used inside the raymarching material. In my experience this is much more performant, and also art-directable.

(disclaimer, I'm building Polygonjs)

It sounds like you need a dynamic system that runs in the browser. Maybe try Polygonjs ( https://polygonjs.com )? The the 3rd interactive scene on the front page gives an idea of a dynamic model. I run it, if that of interest, happy to give more examples

If you ever wanted to do a vegetation modelling tool for the web, I invite you to try it on Polygonjs, it has a lot of similarities with Houdini (node-based, procedural modeling, HDA system, etc) and is all web/realtime. And open source.