Manual Meshing

Mesh generation is the process of approximating geometry with polygons (shapes with strait outlines). Most meshing processes that translate point cloud geometry into polygons are done by computers. Manual meshing is a method of practicing it by hand.

Point Cloud Glove:

- dotted stretch fabric

- thread

- pen

- scissors

- sewing machine (or sewing needle)

Meshing:

- 3D doodler

- PLA or ABS filament

- two hands (one for modeling, one for meshing)

To create a point cloud of the object you want to mesh (in this case I show the process of manually meshing a hand) you first have to cover it in dots. Because the material coming out of the 3D doodler is hot, you want to cover your skin in a layer of material that will thermally insulate the heat of the hot filament (and not melt), as well as provide a surface that the molten filament will adhere to, but also release from once cool. I chose to use a synthetic knit stretchy fabric with a dotted pattern on it. It doesn't completely insulate from the hot tip of the extruder, but I was able to manage the pain.

Attached to this step you'll find the glove pattern I used to make the Point Cloud Glove. I modified the open tip design from a previous project to make it closed tip (see photo). Cut out two identical glove pattern pieces, layer them with right sides facing inward. Sew them together on a sewing machine with a tight straight stitch.

>> http://dev-blog.mimugloves.com/step-2/

>> http://mimugloves.com/dev-blog/wp-content/uploads/...

Put on the Point Cloud Glove. I wore the glove on my left hand so that I could use my right hand to hold the 3D Doodler. I'd recommend starting in a position that is comfortable, on a flat surface area like the palm of your hand. It may well take you several attempts to get a feeling for the process before you go on to meshing your entire hand. If you don't like the mesh you're generating, simply stop and remove any unwanted mesh.

I found the hardest parts of this process to be:

* getting the filament to stick to the fabric

* navigating around the fingers and in-between finger spaces

* being okay with the heat from the tip

As soon as you're done meshing, you can remove the model from the glove right away. Stretch the fabric of the glove to separate it form the filament and wriggle the model off your hand. You now have a manually meshed model of your hand.

Now what? You've got a meshed model of your own hand, but what can you do with it?

One thing I can think of is to explore different manual algorithms that cover the surface of your hand in filament. These photos show a scribbled version of "meshing" where I drew circular squiggly lines.

Or to draw a continuous straight line that wraps around the various curves of the hand.

And here some more photos of a transparent filament meshed model.