Optimizing 3D Representations of Organic Processes.

Authors

James Hole, Fort Hays State UniversityFollow
Krisztina Bencze, Fort Hays State UniversityFollow

Classification

Non-empirical Undergraduate

Abstract

By minimizing the amount or processing that a computer must perform, the work and strain placed on that computer is greatly lessened. 3D representations of more complicated processes such as the visualization of the phospholipid bilayer described in “3D Modeling of Cellular Structures,” by Oo Hyung Jang, is an example of one of these 3D representations. The project created in the project is somewhat refined in this poster. This is accomplished by discarding unnecessary objects and pairings, extra faces, and extra codes. This will the lower the amount of objects that the computer will deal with, also lowering the total amount of work done by the computer.

Department/Program

KAMS

Submission Type

online only poster

DOI

10.58809/HTJF3014

Date

4-22-2020

Rights

Copyright the Author(s)

Comments

For questions contact ScholarsRepository@fhsu.edu

Recommended Citation

Hole, James and Bencze, Krisztina (2020) "Optimizing 3D Representations of Organic Processes.," SACAD: John Heinrichs Scholarly and Creative Activity Days: Vol. 2020, Article 36.
DOI: 10.58809/HTJF3014
Available at: https://scholars.fhsu.edu/sacad/vol2020/iss2020/36