Interesting - thanks for passing that along.
On Thu, Jun 6, 2024 at 6:32 AM Adrian Baddeley
wrote:
>
> Ben Tupper writes:
>
> > This dataset provides an interesting spatial puzzle because the points
> > for a specific wall on a given date are not ordered. Assuming that
> > the points could be or
Ben Tupper writes:
> This dataset provides an interesting spatial puzzle because the points
> for a specific wall on a given date are not ordered. Assuming that
> the points could be ordered into LINESTRING, the problem is how to do it.
This is a special case of the Travelling Salesman Problem
a
You make it look so easy! That is just what I was trying to noodle
out. I need to spend more time digging into the
[s2](https://r-spatial.github.io/s2/index.html) package. Thank you!
On Wed, Jun 5, 2024 at 1:09 PM Dewey Dunnington wrote:
>
> Hi Ben,
>
> I had a bit of fun with this [1]...the
Hi Ben,
I had a bit of fun with this [1]...the act of following a shortest path
and finding the endpoints are sort of related (in that if you follow the
shortest path setting a maximum distance threshold, eventually you will
fail to find any more points, and you've found (maybe) and endpoint!)
Hello,
NOAA's Ocean Prediction Center (https://ocean.weather.gov/) serves the
US Navy's almost-daily estimate of the locations of the north and
south walls of the Gulf Stream in the North Atlantic
(https://ocean.weather.gov/gulf_stream_latest.txt). The also serve an
archive via a FTP server
(https
