Project 3- Waffling

With project 3, we had to produce a universal waffling system. I had followed a script from online, that helped me with the scripting, but exploding the geometry was quiet difficult. Through trial and errors. It kind of succeeded, but the only problem was that it did not stick on the plane, but that did not interfere with exporting and different measurements.

Overall Script

Loft of Geometry

Waffle Script

Exploded Geometry on plane

Perspective View

Top View

Side View

Faces Layed out

Dropbox of Grasshopper: https://www.dropbox.com/sh/0tyvdrfhdtljpb7/S_IRofOnoJ

Link to waffle script tutorial: http://openlab.citytech.cuny.edu/fuselab/files/2012/08/Waffle_Structure_Tutorial.pdf

Project 1- Letter update

I have re laser cut my model, and also in progress of painting it. Here is the first step of undercoating both side of the faces.

pieces layed out

Undercoat spray on to the pieces

Project 1- Letter printed and assembled.

After modelling the letter, I had to laser cut. The procedure for it was very simple, it was quick and easy to learn. But I forgot to print a few files and so I had to compensate and saw of pieces of wood to act as a sub wall. Here is the finished product. I am thinking of re doing it with all the proper faces.

Project 2- 3d Printed Wall

After baking the wall, it was time to 3d print. After numerous failed attempts in the fablab. I have decided to outsource my model to elsewhere. After 5 days my model came back into the 4 pieces I have split, here is the final model.

Project 2- New 3D printed wall

Overview

Through working again on this assignment, I have been researching and looking up different tutorials on how to make an attractor point. Throught watching and studying, I have realised that with attractor points, there always needs to be a high or low value in the numbering system. That is how the gradient in the wall features are made. The grid points follow a higher points and either the closest or further can have the highest values or lower making the shaping bigger or smaller.

Here is a link to my model: https://www.dropbox.com/sh/2gvkdyl3yh8b6lz/BwnJAXRT48

Here is the link i learn the attractor point the most: https://www.youtube.com/watch?v=AdnMLNiV3Co

Overall Script

Front Face lofting

Attractor Script

Outline and loft of back face of geometry

Object Split

Perspective View of Wall

Side View of Wall

Top View of Wall