Papercraft Templates

 

 


The assignment for this week was to take one of our significant objects, of which mine was a plant, and make it into a 2D template. I ended up redesigning a lot of my plant to print better and appear more realistic. Due to the nature of aloe vera, many of the leaves require lots of work with tabs and many pieces.


As seen below, I have my original 3D plant design (left) and my updated, detailed plant on the right.




I really like this design, but I have to admit that my modeling plane is very crowded with different tests not to mention all the reject leaves that I've deleted.





Comments

Post a Comment

Popular posts from this blog

Algorithmic Surface Modelling + Animation

Image
Tile design: Test Shapes: To experiment with tiling, I initially tried using a cylinder and a shape similar to the class demo to make sure my algorithm works. For my animation, I tried to tesselate my design to a series of lofted polygons, but I found that when I tried to input the loft into the surface morph, it gave me an error saying "1 value inherited from 1 source... Null". It didn't matter whether or not the loft was connected to the rotate axis (between polygon and loft) and I couldn't manage to make it work even when using mesh brep or the brep parameter. Even baking this surface did not help.  I found that using this shape gave me two main errors: 1. Divide Domain: Data Conversion failed from Brep to Domain²  2. Surface morph: Data Conversion failed from Brep to Surface Putting mesh brep between brep and divide domain² helped, but it still had errors regarding the V domain values being 0. Oddly enough, this exact same algorithm worked when I replaced polygon ...
Read more

Algorithmic Surface Model for SLA Printing

Image
Revised Design in bounding box: Some feedback I got from the class was to consider the direction that my design is going towards. In particular, which way the "arrow" part of my design faced. I decided that I liked it with the box shape facing up. One critique was to improve the support for the corners, specifically the way some intersections hang with little support. Because I'm using a lattice structure, Bryan mentioned that I could deal with delicate parts by increasing the thickness of the print or else I could use an underlying form as a support structure. Since we will be using clear resin, I plan to use this feedback to create a low relief design for final print using an underlying form. Along with the feedback regarding structure, it was mentioned that the way I set up my piece made it so that new iterations would be fast without changing the surface design. This came with the idea to explore more forms. Overall, I made 14 shapes using the revolve tool in rhino, b...
Read more

Stacked Slices Model Final

Image
A few weeks ago, I did a test print where I didn't realize how small my pieces were. This was mainly as a way to show an initial proof of concept. On both my finished piece and test model, the tree branches can rotate freely on a 3d printed axis. My revised version I scaled up and used the same model, so it was taller with more slices. For the finished piece, I ended up laser cutting my pieces before we covered the numbering and spines. For the circles acting as the spine, I just used the centroid and copied a circle to each piece. As for organizing the pieces, I knew that they were going to be sorted from largest to smallest, with repeat sizes creating a dip in the tree design. Finished piece: Bonus: Around the second week or so of this project, I decided to laser cut the slices of my original concept. Since it was before the class we learned about the spines I found that I struggled quite a bit with alignment. With the tree, I ended up just copying circles into the center so I wa...
Read more