KML doesn’t have the circle object built in, a circle can be made by line or polygon object. With GeoDestination function, a perfect circle can be created.
Polygon@Table[GeoDestination[GeoPosition[{39.17, -86.52 }], {5000, a}], {a, 0, 360, 10}][[All, 1, {2, 1}]]
This line will generate a 36-sides polygon centered at 39.17, –86.52 with 5000 meters radius. Then export it to kml, you probably has to manually modify the kml file to set up the color styles.
Here is an example, we use the radius to represent the vertical motion, 1 cm motion = 5000 meters on the ground.
Thank you for this post. I used a variation of your code to solve a related problem.
ReplyDeleteI always enjoy your postings and hope for more to come.
Regards,
A
Is there a Mathematica expression to export the circle (or a list of circles) to a KLM file so that one could plot the circle via a named Google Earth Layer of one's own creation?
ReplyDeleteIn other words can one create a layer that would then display a list of circles (landmarks) within your GoogleEarthManipulation.nb so that your camera view can be focused on the centroid of the list in order to generate point distribution maps on the fly?
I would unquestionably provide ten out of ten for such incredible content.
ReplyDeletegeneral recreation inc
Your blog is extremely brilliant especially the quality content is really appreciable. full coverage car rental insurance
ReplyDeleteI agree. You have made the nice blogs with the great info in the contents.cash advance loan
ReplyDeleteI agree. You have made the nice blogs with the great info in the contents. new york city loans
ReplyDelete