A quick test today capturing the EMF output of my laptop. Thanks to Chris Manzione for helping with the motion capture.
Apple’s “Mission Control” can be activated by swiping three fingers upward to shrink the current windows, allowing easier viewing of what you have open. But what if it wasn’t shrinking, but moving backwards in three-dimensional space? Sort of like this:
Linear perspective, following Euclidean geometry, lets us calculate the distance of an object based on its actual and apparent heights. With a few screenshots we can get the measurements.
A full-sized window on my laptop measures:
1746 pixels high @ 144 ppi (12.125 inches)
In Mission Control view, it measures:
1034 pixels high @ 144 ppi (7.181 inches)
Now, using this formula:
d = h*a
h = apparent height
a = actual height of object
d = distance
And given our measurements, we can calculate the Mission Control depth:
d = 7.181 * 12.125 = ~87" = ~7'3" (or about 2.2 meters)
Or about like this:
department of veterans affairs
derby and company
desbravador telecomunicacoes ltda
dese technologies argentina s.a.
deseret digital media inc.
det danske filminstitut
deutsche telekom ag
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An experiment using a system similar to Markov chains, where each pixel value of an image is recorded along with the values of it’s neighbors. A new image is built starting from a random seed > random neighbor > new seed > etc.
Random images made using Processing, auto-uploaded to my server, and used as a seed for a Google “similar images” search. Continue reading “Random Image, Similar Image”