| enuToOtherAdp | R Documentation |
Convert ADP velocity components from an enu-based coordinate system to another system, perhaps to align axes with the coastline.
enuToOtherAdp(x, heading = 0, pitch = 0, roll = 0)
x |
an adp object. |
heading |
number or vector of numbers, giving the angle, in degrees, to be added to the heading. See “Details”. |
pitch |
as |
roll |
as |
The supplied angles specify rotations to be made around the axes for which
heading, pitch, and roll are defined. For example, an eastward current will
point southeast if heading=45 is used.
The returned value has heading, pitch, and roll matching those of x,
so these angles retain their meaning as the instrument orientation.
NOTE: this function works similarly to xyzToEnuAdp(), except
that in the present function, it makes no difference whether the instrument
points up or down, etc.
An object with data$v[,1:3,] altered appropriately, and
metadata$oce.coordinate changed from enu to other.
Dan Kelley
Teledyne RD Instruments. “ADCP Coordinate Transformation: Formulas and Calculations,” January 2010. P/N 951-6079-00.
See read.adp() for other functions that relate to
objects of class "adp".
Other things related to adp data:
[[,adp-method,
[[<-,adp-method,
ad2cpCodeToName(),
ad2cpHeaderValue(),
adp,
adp-class,
adpAd2cpFileTrim(),
adpConvertRawToNumeric(),
adpEnsembleAverage(),
adpFlagPastBoundary(),
adpRdiFileTrim(),
adp_rdi.000,
applyMagneticDeclination,adp-method,
as.adp(),
beamName(),
beamToXyz(),
beamToXyzAdp(),
beamToXyzAdpAD2CP(),
beamToXyzAdv(),
beamUnspreadAdp(),
binmapAdp(),
enuToOther(),
handleFlags,adp-method,
is.ad2cp(),
plot,adp-method,
read.adp(),
read.adp.ad2cp(),
read.adp.nortek(),
read.adp.rdi(),
read.adp.sontek(),
read.adp.sontek.serial(),
read.aquadopp(),
read.aquadoppHR(),
read.aquadoppProfiler(),
rotateAboutZ(),
setFlags,adp-method,
subset,adp-method,
subtractBottomVelocity(),
summary,adp-method,
toEnu(),
toEnuAdp(),
velocityStatistics(),
xyzToEnu(),
xyzToEnuAdp(),
xyzToEnuAdpAD2CP()
library(oce)
data(adp)
o <- enuToOtherAdp(adp, heading = -31.5)
plot(o, which = 1:3)
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