Using Lasers And Range Finders To Digitize Objects
esoteric0 writes: "Those boys at Stanford are at it again: They created some new algorithms for 'combining multiple range and color images, allow us to reliably and accurately digitize the external shape and surface characteristics of many physical objects.' " It's not just a mouthful -- they've created a cool digitized version of buildings, maps, and Michelangelo's David. Ever wonder what his toe looks like when digitized at .05mm?
Whoa! Did anyone else have a sudden flashback to Tron? I can almost see Michelangelos David in one of those glowing blue outfits.
-Dead Lesbian Witches! Think about it!
digitize certain young actres...and then release the data under an open source license...the possibilities are, shall I say, endless...
Hmph. Let's email the picutes to HIM.
Ars Technica has a feature on this subject entitled: `Michelangelo Goes Digital'
I registered my hate for Jon Katz
This type of work (attempting to detect very small scale irregularities in materials) is far different than modelling an item and creating a 3 dimensional picture of that object, or creating a flashy new quake 3 skin .
Kudos to these guys for using (and creating) some really complex algorithms. Being in the field of 3D visualizations , I can appreciate the amount of time, energy and brainpower which go into a project such as this.
*penguin_nipple stands and applaudes*