Gareth's blog

It uses Gael Langevin's InMoov robot mesh data.
The joints are controlled by a Parallax Propeller mcu.
The Propeller reads 16 Analoges .
The Propeller sends the data over a serial link.
Then via PySerial a link is made into the Blender 3d cad package.

PlayList for MIT Open Corses Artificial Intelligence  29 x 50minute lectures   Yikes (no i have not seen them all yet)

Rigged up my latest Control Panel > 16 analoges > propeller >pyserial >Blender >virtual InMoov.

Working bits so far (ie. one control analoge to each of the below):-

Blender Pivots and Parent-Child walkthrough

Update 20141220 >> HUD display added 8x8Matrrix

Update 20141227 >> 16X8 display and a few more Pots and a stereo output Jack. Twiddle knobs now sport extra details for ease of use.

STL FIles to Roll your own can be found here

Just a first experiment using Blenders Game Logic Physics to allow Virtual InMoov to interact with objects.

Hiscore :-

Worked out how to make cubes lie flat on surface

Here is a quick video post of a walkthrough I am currently writing (Text/Paper version in-construction).

.....enjoy ....

ps.... there will be second video shortly air_ing with more specific virtual InMoov Blender interactiuon Tips&Tricks

In a search to find a Visual STL Viewer Gui the best/easiest to use so far I could come up with is using some JavaScript. Its significantly faster compared to the OpenGL versions I have tested so far (hmmm).

The reason for exploring this type of Visual display Gui will "path" a way to more intuitive user friendly control panels.

This is just for info to bring attention to the possibility of using a Kinect sensor as a direction sound source finder.

It appears that the Kinect has a 4 microphone array on board, from what I gather one purpose is to cancel out background noises.

As the picture shows above its able to do differential sound location.

Kinect ---> http://www.ni-mate.com/ ---> Blender

For those playing along at home , here is the recipe for the video above :-