Hi everyone,
I am working on a Cellular Automata based elastic material. I like the outcome at the moment. It is possible to make it give interesting responses, though not seen in this video.
Hi everyone,
I am working on a Cellular Automata based elastic material. I like the outcome at the moment. It is possible to make it give interesting responses, though not seen in this video.
I would LOVE to see more info on this. Good Job!
Hi iisjreg, I am glad that you found this interesting. What is it that you would like to know?
This looks interesting. What do the black parts (or green parts) represent?
The colors gives me information about shear forces in the material, other slight color changes are related to stress.
I could imagine a forge game where you have to make objects with this mechanic. Looks like it has multiple states, liquid, solid en flexible. What are you going to use it for if I may ask?
SimonAlkemade, I have made forge dynamics using other techniques before. This one has one state, elastic-solid. The forge one had 3 states, controlled by cooling and heating elements. That one is now utilized in a educational project, which I seek crowdfunding to develope fully. http://www.indiegogo.com/Education-Software-for-Engineering?a=249194&i=addr
This new script can be used for many things, like a soft ground on a game, or organic characters or elastic machines etc. basically I will do what my clients want . I do not usually do full games myself but work for developers with my physics based skills.
Are you going to see this script in the Asset Store.
namoricoo, I will not sell this script in the Asset Store. If anyone wants to use it, please contact me.
Thanks for the reply. I think I’ll end up using Mega-Fier stretch scripts in my project at the end of the day. Your project does look good. I hope you have a lot of success with it.
namoricoo, if your project can work with Mega-Fier, than it does not need my scripts, as they are completely different. My scripts work based on Finite Element Analysis and computes in a realistic manner how a material is deformed. They may be used to form an engineering software in the future. When you can do what you need with a simpler solution, it would be much more effective to use the simpler one.