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I'm making an app which controls a drone (DJI) and takes photos. In one particular feature, the user can draw a polygon (let's keep it a convex quadrilateral for now) and the app should generate a serpentine path for the drone to fly over the entire region.

Example from DJI GS Pro app

Input: 4 vertices of the polygon

Output: Array of coordinates of the path.

Any heads up on which algorithm to use? I've looked in to Boustrophedon Cell Decomposition, but there's not much documentation on it.

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    $\begingroup$ Hi @Ramsundar Shandilya, did you ever manage to complete this? I don't see an accepted answer. Which language did you use to generate your coverage path to the serpantine line. I am looking for examples on how to do exactly this in preferably python, C# or SQL... My search on the internet is not really producing any tangible example on how to achieve this $\endgroup$ Jan 30 '20 at 13:23
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This thing is generally called coverage path planning.

If you are particularly interested in Boustrophedon Cell Decomposition, you may have a look at the paper introducing it: Choset and Pignon (1998).

You may also want to check out this survey paper.

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  • $\begingroup$ Thanks @PetchPuttichai. The survey paper was really useful. Do you have recommendations as to which approach to use, given the input I have is in Cartesian coordinates? Thanks $\endgroup$ Oct 31 '17 at 20:20
  • $\begingroup$ I'm not very familiar with coverage path planning (I mainly work on motion planning) so I can't give you any recommendation. However, if the problem is as you stated where the area is convex, using a basic exact algorithm like Boustrophedon Cell Decomposition will do just fine. Using fancier algorithms will likely not make big differences and probably cause you more time to implement. $\endgroup$ Nov 1 '17 at 3:58

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