Can anybody get to the image? It's a result render of a new experimental n-ary field algo of mine:fbid=1448580986300895&set=pcb.1448581022967558
https://www.facebook.com/photo?
this is a full 3d object.
fbid=1448580986300895&set=pcb.1448581022967558
this is a full 3d object.
2d representation, idiot. You never learn.
Huh? Tell that to my n-ary vectors... What are you taking about? Humm...
;^o Anyway:
Huh? Tell that to my n-ary vectors... What are you taking about?
Humm... ;^o Anyway:
your display is 2d, idiot; that's still a representation. Here, a
hardware representation.
I see what you mean. Pretty pedantic don't you think? ;^)
I can create volumes out of it, and then create a hologram. What that
make you feel better? Any 3d volume can be a hologram, right?
2d displays, you may assume pigs fly, idiot. Same thing, it's an
assumption.
I can create it as a hologram which would require a holographic display.
My volume as a DICOM file, or a stack already has all of the frames.
I can create it as a hologram which would require a holographic
display.
My volume as a DICOM file, or a stack already has all of the frames.
man, not knowing what holographic stands for. You mean stereoscopic,
not holographic. The holographic is kind of fractals. Same info
preserves when broken in pieces. Cacamerica is a shithole country.
Basically, I mean creating a binary that a holographic display system
can read. I think a fast way is to make my volume as a video and have
the manufactures tools convert it for me. It makes me think of an
Fresnel integral... Generate an interference pattern that the
holographic display can read. But, well, is there a std file format for holographic displays?
Even a holographic fan?
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