There are 3 drivers: “Coolness,”“Heat,” and “Greenitude,” each on a sliding 1-10 scale.
As Coolness increases, the diaper becomes sleeker, taller, and less protruding.
As Heat increases, the width of the condensation-collecting trough increases (more heat = more run-off)
As “Greenitude” increases, the amount of materials used in diaper construction decreases.
Here is the Logic Diagram:
Here are a few snapshots:
And here's a link to the file itself:
Enjoy – sorry for the initially shoddy presentation here.
Discussion
You need to get your presentation out of the powerpoint and into wiki format so that others can read and comment. Let me know if you need help with getting to know how to.
Jordan I really like the scalloped bottom on your design. It really shows what you can make by revolving simple geometries. I think your project would translate pretty easily to production which is neat b/c your design identifies a problem and tries to solve it.
I think it is good consideration about focusing on only bottom part, simplifying upper container with the simple geometry. On the other hand, in the perspective of final purpose of this assignment, parametized design should be able to variate its parametric value according to various clients' need. Therefore, it seems to be kind of out of topic but again, it is nice to specify