johnalexander1571 Posted May 18, 2020 Share Posted May 18, 2020 Hi All, Here is my fun personal lock-down project I do on the weekends. I hope this might be of interest, because I am quite jazzed about it. I have used form.Z to model the bones and muscles of the human leg using the sub-d tools in order to export them into simulation software and assign Young Modulus to the muscles and sew them onto the bones and them let the computer use finite element analysis calculate the muscles realistically contracting and jiggling with gravity all based on the animated driver bones. This is why cg characters have appeared to be hauntingly weightless all of these years, because only the outer surface is sculpted, it is not necessarily informed by bone and muscle as it should be. The final results of this newer tech are really encouraging and are only now starting to be used in feature films. It is now being adapted to real-time for video games. This is my early result. Long way to go, but I am happy with this so far. https://www.artstation.com/artwork/9eGZkN One facet of my project is the absolute similarity to being Dr. Frankenstein. I had to get into some rather gruesome medical school grade references in order to understand all of the geometry I needed to model inside of the leg. So this will be the official start of Mary Shelley, the FEM solved woman. I think she will be like Wonder Woman. No I don't wear a bra on my head ala Weird Science, although I have thought about it. I am making the skin for the leg this week. Ha ha ha ha ha.... Vincent price laugh. Jaakko, ¢hris £und, AHTOH and 4 others 5 2 Quote Link to comment Share on other sites More sharing options...
¢hris £und Posted May 18, 2020 Share Posted May 18, 2020 Very cool! I would also like to do some stuff that will need to be solved with FEM. However, it has been 30+ years since I took DifEq. I don't understand it any more. Sigh. ¢£ Quote Link to comment Share on other sites More sharing options...
Des Posted May 18, 2020 Share Posted May 18, 2020 So good! Thanks for sharing 👏 Quote Link to comment Share on other sites More sharing options...
jldaureil Posted May 18, 2020 Share Posted May 18, 2020 5 hours ago, johnalexander1571 said: One facet of my project is the absolute similarity to being Dr. Frankenstein. I had to get into some rather gruesome medical school grade references in order to understand all of the geometry I needed to model inside of the leg. So this will be the official start of Mary Shelley, the FEM solved woman. I think she will be like Wonder Woman. No I don't wear a bra on my head ala Weird Science, although I have thought about it. I am making the skin for the leg this week. Ha ha ha ha ha.... Vincent price laugh amazing !!! excellent !!! I like this ! Quote Link to comment Share on other sites More sharing options...
setz Posted May 18, 2020 Share Posted May 18, 2020 Super cool! Quote Link to comment Share on other sites More sharing options...
allanjl Posted May 22, 2020 Share Posted May 22, 2020 Amazing work! Kudos to you! Quote Link to comment Share on other sites More sharing options...
pkcn Posted May 24, 2020 Share Posted May 24, 2020 Great!!! Thanks for sharing. FZ needs more works like this to enlarge his audience! Quote Link to comment Share on other sites More sharing options...
johnalexander1571 Posted May 25, 2020 Author Share Posted May 25, 2020 (edited) Thanks for the nice comments all! It has been a long dream of mine to abolish horrible CG knees, and also weightless looking characters. There is NO morphing here. The outer fat/skin is a closed mesh with an inner and outer layer driven only by the FEM solved muscles, and those by the bones. I can feed any animation onto the simple bone rig and the sim leg will perform the skin under gravity. My mind is awash with possibilities. Here is a big update, fun for the long week-end--the animation: https://johnalexander2020.artstation.com/projects/qA4qGz This was modeled in form.Z with subdivisions before converted to facetted and then exported to the FEM solver. There would still be another layer on this where uv'd skin mesh with high frequency detail is "wrapped" to the fat layer you can see in the animation and renders. There are 86 digital attachments of muscle to bone or muscle to muscle or muscle to ligament I set up via vertex selection. There were SO many little values that are dialed in, I am the mad scientist. But this is getting closer, except for extreme folding behind the knee, which I will develop better moving forward. Cheers! Edited May 25, 2020 by johnalexander1571 Link Des and Jaakko 2 Quote Link to comment Share on other sites More sharing options...
Jaakko Posted May 25, 2020 Share Posted May 25, 2020 Very good indeed! Quote Link to comment Share on other sites More sharing options...
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