Hi everyone,
May bei t would be more simple to use function:
identify(x = coordinates(coordinate object argument)[, 1], y =
coordinates(coordinate object argument)[, 2], labels = Whatever)
You would only need to click next to the points of interest to make the
coordinates appear.
Hi Justine,
Which formula are you talking about? I have scripted many hydraulic algorithms
and am familiar with your issue although I used other ADCP softwares. The data
looks all right to me. Please do specify more in detail what your challenge is
in order to report this data. So far, I've
[mailto:justine.d...@imr.no]
Verzonden: lundi 18 mars 2013 14:39
Aan: Levy, Yair
Onderwerp: RE: [R-sig-eco] FW: Feather plots for oceanic currents
Hi Yair,
Preferably tomorrow, but at the very latest probably by the 25th.
Thanks for your help again!
Cheers,
Justine
-Original Message-
From: Levy, Yair
Dear Mauricio,
I would confirm the use of rgdal::spTransform as appropriate. Also, one could
add creating a CRS database as follows:
#European Petroleum Survey Group list creation
EPSG - make_EPSG()
The geographical ETRS89 CRS is then the following I believe:
#ETRS89 (= EUREF89 = GRS80)
Dear ones,
You could also consider the following links:
http://cran.r-project.org/web/views/Spatial.html
http://www.asdar-book.org/
Best regards,
Yaïr Levy
Researcher
Flemish Government
Mobility and Public Works Department
Flanders’ Hydraulics
Berchemlei 115 - 2140 Antwerpen
T. 03 224 61
Hi Stacy,
To start simple, a loop is written as follows in R:
For (i in 1 : x){ }
If by ranking, you mean ordering data, than you can use package chron to create
time objects that are to my opinion practical to use.
If by ranking you meant classifying your data in function of tide classes,
Hi Stacey,
How we meet again... You could re-project your data by using package sp with
function:
spTransform
The only thing you need is to define the coordinate reference system of your
input spatial object when creating it using the input projection-less
shapefile and then to define the
