lamyipfu
lamyipfu
357 / 3
19th Jul 2018
26th Jul 2018
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

  • nonnymoose
    nonnymoose
    19th Jul 2018
    That's some really impressive math.
  • NoVIcE
    NoVIcE
    19th Jul 2018
    (at last)
  • NoVIcE
    NoVIcE
    19th Jul 2018
    thats the first time i see someone use DD/MM/YYYY format
  • Ben_Ger
    Ben_Ger
    19th Jul 2018
    Hm... dunno how it works internally, but if here are a few ideas: add a collimator (basically a raster to only absorb straight flying phot) to make it more specific. also, slightly decrease the scan speed, so it can achieve higher precision. dunno if that is possible, but here ya go.
  • JusticeFighter
    JusticeFighter
    19th Jul 2018
    You can also actively jam the radar, since the detection mechanism can only take in a limited amount of photon data at a time.
  • NoVIcE
    NoVIcE
    19th Jul 2018
    dont forge that in real life, nothing is perfectly smooth, therefore nothing is a perfect mirror. You can simulate the bumpiness with, bumpiness. Thats why you can see something even if its rotated.
  • Admiral_Awesome
    Admiral_Awesome
    19th Jul 2018
    Anything triangular is stealth
  • Conmatt05
    Conmatt05
    19th Jul 2018
    PORTAL!!!! Companion Cube :3
  • boxcarz
    boxcarz
    19th Jul 2018
    Wow. This must've been difficult to design. +1
  • lamyipfu
    lamyipfu
    19th Jul 2018
    Partial absorption element includes PLNT ACID POLO NBLE GOLD PLUT GOO URAN LAVA C4 NITR, which absorption spectrum prevents accurate directioning/ranging so PHOT rebounded from these elements are filtered, possible for stealth. DUST SNOW have narrow absorption spectrum so they are still detected.