#self projector

[fountainbeee]

🌀 Self-Projected Projector | Finding Clarity Through Your Voice (Human D...

We dive deep into the unique experience of being a Self-Projected Projector in the Human Design system. If your inner truth speaks through your voice, this is your permission to stop seeking answers outside and start listening to the wisdom that flows from within.

🧭 What You’ll Learn:

- What it means to be a Self-Projected Projector

- How your identity (G Center) and voice guide your decisions

- Why talking things out is essential for clarity and alignment

- How to distinguish between conditioned thoughts and authentic truth

This video is for those who are learning to trust their soundboard process, honor their identity, and live from a place of deep inner alignment—not external pressure.

[breadcollectiveblog-blog]

Self Projector — Source Code

Kinect > Processing > Grasshopper > MeshLab

Stefan and I were reminiscing on Self Projector in the pub a few days back and decided we should get around to opening up the source code. Of course with the explosions of programs like reconstructME our foray is pretty old hat, but for some I imagine the code is still of interest.

The idea of Kinect as a cheap 3D scanner is definitely something that grabbed me more than a year ago now. Stef went back to the code and with a little bit of tweaking we were soon knocking out point cloud data from processing. I put together a quick grasshopper script which allows for a bit of manual control over the csv data in rhino (controlling pixel density, depth scaling etc). The excellent Meshlab is your friend when it comes to triangulation.

We've setup a Github page for all your forking pleasure: github.com/breadltd/selfProjector

— Sarat

[breadcollectiveblog-blog]

Plug: ReconstructMe

STL Mesh data produced with a Kinect and ReconstructMe

Ever since Kinect came out and I initially started messing around with it, I've always wanted to use it as a 3D scanner.

The response to this has always been why?. After all the resolution of the Kinect Sensor is pretty limited (as you can see from the image above) and there's no doubt that in comparison to dedicated systems with higher resolutions and more comprehensive software packages - Kinect ain't all that great. Just take a look at the incredible stuff coming out of scanLAB projects with their FARO laser scanner to see how advanced this technology is right now.

But my interest in the Kinect as a scanner has never really been about creating ultra high-resolution digital representations of the physical rather, its been about being able to track the way that objects physically move and react in space. Video & photography are powerful design tools that are not only crucial in communicating concepts but also in providing us with a means of analysing how people and objects interact with their environments. Particularly in the biomedical field and the design of on-body products - understanding how complex structures like the joints of the body move is critical to making products work. Of course these tools are limited in recording planar data. Kinect may not be able to render every last hair of my eyebrows - but it could potentially track the way I move in 3D space with enough accuracy to tell me what I need to know. Which at £130 in your local Argos is impressive.

A little tweet this morning informed me that Profactor have just recently released ReconstructME which does exactly what I've always hoped Kinect could do. Essentially the package is able to output STL data (a staple 3D format) direct from the Kinect which you can use in pretty much any 3D package. It's also completely free with a whole host of options I have yet to get my teeth into. A pretty incredible extension of an already powerful tool, looking forward to future releases from these guys.

— Sarat