Re: 3D Reconstructions of 2D Slices

[Craig Markwardt <craigmnet(at)cow.physics.wisc.edu>]

davidf@dfanning.com (David Fanning) writes:
> Craig Markwardt (craigmnet@cow.physics.wisc.edu) writes:
> 
> > Would this just-recently-declassified snippet help?
> > 
> > vol = dblarr(100,100,20)  ; 100x100 images, 20 of them
> > for i = 0, 19 do $
> >   vol(*,*,i) = read_my_image(image_file(i))
> > 
> > Extra bonus points can be gotten for recognizing the speed-up achieved
> > by saying "vol(0,0,i) = " instead.
> > 
> > Somehow I think you are asking for more though?
> 
> Would that it *were* this easy. Then all those Ph.D. 
> candidates working on innovative techniques could purchase
> IDL and be hanging out at the corner bar instead of the 
> lab. 
> 
> Unfortunately, the problem seems to be a *tad* more
> involved than this. But thanks to the 100 or so of you
> who think so little of my demonstrated IDL skills that 
> you all sent me the same suggestion. :-)

Umm....  So what *are* the constraints?  Are the slices evenly spaced?
Orthogonal directions?  Arbitrary directions?  

Jeez, and *you* complain when people don't give enough information!
:-)

Craig


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Craig B. Markwardt, Ph.D.         EMAIL:    craigmnet@cow.physics.wisc.edu
Astrophysics, IDL, Finance, Derivatives | Remove "net" for better response
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