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Bit of a long-shot, considering how long it's taken for get working speech-to-text, but imagine being able to tell your workstation what you want your scene to look like, then direct the props, lighting and affects, all by voice.
Obviously, you'll need hands-on to make things for your scene, but
the rest could be sped up considerably if the computer knew what 'make little Johhny stand behind the tree', 'have Johnny throw the ball to Jenny', or 'set Johnny on fire' meant....
Winograd's SHRDLU
http://www.cs.cf.ac...I1/COPY/shrdlu.html
"Put the red block on the green cube." Pretty advanced for 1972. [rmutt, Aug 19 2001, last modified Oct 04 2004]
[link]
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Yes, we'd all like computer who understands what we want and just does it. (The halfbakery term for this kind of thing is WIBNI, from Wouldn't It be Nice If.) |
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The hard part of this is understanding what it means for little Johnny to stand behind the tree, and how little Johnny's posture and facial expression changes as he peeks out from behind the tree. |
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Having a computer parse the word "behind" and move a cardboard cut-out of the object "Little Johnny" behind it is trivial and has been solved for about 30 years, as [rmutt]'s link points out. |
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(A small version of "blockworld" was one of the programs we wrote in my first Lisp class 20 years ago. Ah, memories.) |
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Students of Prof. Sheldon Klein "bake" this every year in CS774 (Multimedia and Virtual Reality). The problems involved are truly interesting--we did this in a Virtual Reality environment and spent most of our time teaching the computer concepts of "behind" "in front of" etc, also had a pretty powerful rule system (i.e., if tree is in the way, ball can't be thrown, etc.) |
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Croissant for independently coming up with the idea, though... |
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http://www.cs.wisc.edu/~sklein/sklein.html |
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ive been toying with such an idea. i was thinking of reversing image recognition algorithms somehow. |
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Le'see here, what would this be like . . . . |
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"Create primitive, box, and name 'cube one'. Place in current view. Move cube one to X, zero, Y, zero, Z, zero, using current view coordinate system. Re-center cube one local axes to centroid of cube one, affecting pivots only. Move cube one to X, zero, Y, zero, Z, zero, using current view coordinate system. Add texture mapping coordinates to cube one. Convert cube one to polygon mesh. Tessellate cube one sub object polygon one. Tessellate cube one sub object polygon one. Tessellate cube one sub object polygon one. Soft select, range twenty, pinch zero point 5, bubble zero point seven five, cube one, sub-object pre-tesellation polygon one lower left corner vertice, ignoring backfacing vertices. Name vertice lower left corner. Move lower left corner, relative to adjacent polygon normal . . . ." |
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Hmm. Guess it'd only work with pre-built models or a digital backlot. |
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