I am a student of China Academy of Fine Arts, and I am preparing my graduation project. I am curious about how this model was completed. Can we exchange ideas if it is convenient? thanks a lot!
Hi David: I suspect that mesh-subdivision type is not the major influence on the difference in the Iso surface, created by K3DSurf and the formula you proposed using the Iso Surface component. There appears to be a rougher or muscular interpretation in your formula, unlike the overall smooth flowing surfaces in K3DSurf. I'm wondering if you have any idea how in GH a smoother surface flow can be achieved? p.s. I noticed a fellow member wang just came up with a great looking Gyroid.
Thank you David. The project went well. Now I would like to develop it further. For instance to work in the definition to simulate better the real paths the fibres are following when weaved around irregular cylinders and pretensed.
Some months ago you helped me with a grasshopper definition to deform lines around curves. I just had the defense of my thesis and I want to espress you again my gratitude. You are in the aknowledegements page of my book :)
Grasshopper
algorithmic modeling for Rhino
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Hi David,
I am a student of China Academy of Fine Arts, and I am preparing my graduation project. I am curious about how this model was completed. Can we exchange ideas if it is convenient? thanks a lot!
Best regards,
Ahsha
vbrec_volvcloud.gh
Hi David: I suspect that mesh-subdivision type is not the major influence on the difference in the Iso surface, created by K3DSurf and the formula you proposed using the Iso Surface component. There appears to be a rougher or muscular interpretation in your formula, unlike the overall smooth flowing surfaces in K3DSurf. I'm wondering if you
have any idea how in GH a smoother surface flow can be achieved?
p.s. I noticed a fellow member wang just came up with a great looking Gyroid.
reference to your script: http://www.grasshopper3d.com/forum/topics/learning-math-creatively
I forgot to add the picture of what I meantIMG_3956.JPG
Thank you David. The project went well. Now I would like to develop it further. For instance to work in the definition to simulate better the real paths the fibres are following when weaved around irregular cylinders and pretensed.
Best wishes
Hi David,
Some months ago you helped me with a grasshopper definition to deform lines around curves. I just had the defense of my thesis and I want to espress you again my gratitude. You are in the aknowledegements page of my book :)
Best regards,
Eva EspunyIMAG0531.jpgIMAG0529.jpg
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