Finally, @TNP99999, the first precise radar with both direction and ranging. @Public, This is a showcase of how a radar can be made. Works best in space but I want to shows you its downsides.
lidar
math
subframe
laser
radar
60hz
electronic
lidars
portal
companioncube
Comments
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That is great. Also, this could be also a ship using its advanced sonar to make a model of the ocean floor beneath it. It is very cool how you use math to know where the terrain is, according to the angle in which the photon was shot and where it was received (correct me if im wrong). And it actually works!
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such inventive usage of very advanced electronic parts. This design could use some work but it is already very well put together and highly functional.
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......Such a surprise.
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by the way +1, I like the cube too.
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I really want to learn subframe, but after seeing what you guys make every day, well.. probably never gonna learn it.
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It is hard to estimate how much time is spent as the idea is discussed more than 3 months ago, the Maths model built in the free time of a whole week. Learning, reverse-engineering, modifying the subframe stuffs took a month. Drawing blueprint and assembling took another month with the complicated structure.
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Calculated, you can draw something with BRCK and it would be detected as long as the PHOT hitting it rebounds back to the receiver array.
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How long did this take to make? Is the return position that finds the bounce position hardcoded or calculated? +1
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+1 for companion cube!
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Cube <3