Create an adp Object
as.adp(
time,
distance,
v,
a = NULL,
q = NULL,
orientation = "upward",
coordinate = "enu"
)
of observations in POSIXct format
to centre of bins
array of velocities, with first index for time, second for bin number, and third for beam number
amplitude, a raw()
array with dimensions matching u
quality, a raw()
array with dimensions matching u
a string indicating sensor orientation, e.g. "upward"
and "downward"
a string indicating the coordinate system, "enu"
, "beam"
, "xy"
, or "other"
An adp object.
Construct an adp object. Only a basic
subset of the typical data
slot is represented in the arguments
to this function, on the assumption that typical usage in reading data
is to set up a nearly-blank adp object, the data
slot of which is then inserted. However, in some testing situations it
can be useful to set up artificial adp
objects, so the other
arguments may be useful.
Other things related to adp data:
[[,adp-method
,
[[<-,adp-method
,
ad2cpCodeToName()
,
ad2cpHeaderValue()
,
adp-class
,
adpAd2cpFileTrim()
,
adpConvertRawToNumeric()
,
adpEnsembleAverage()
,
adpFlagPastBoundary()
,
adpRdiFileTrim()
,
adp_rdi.000
,
adp
,
applyMagneticDeclination,adp-method
,
beamName()
,
beamToXyzAdpAD2CP()
,
beamToXyzAdp()
,
beamToXyzAdv()
,
beamToXyz()
,
beamUnspreadAdp()
,
binmapAdp()
,
enuToOtherAdp()
,
enuToOther()
,
handleFlags,adp-method
,
is.ad2cp()
,
plot,adp-method
,
read.adp.ad2cp()
,
read.adp.nortek()
,
read.adp.rdi()
,
read.adp.sontek.serial()
,
read.adp.sontek()
,
read.adp()
,
read.aquadoppHR()
,
read.aquadoppProfiler()
,
read.aquadopp()
,
rotateAboutZ()
,
setFlags,adp-method
,
subset,adp-method
,
subtractBottomVelocity()
,
summary,adp-method
,
toEnuAdp()
,
toEnu()
,
velocityStatistics()
,
xyzToEnuAdpAD2CP()
,
xyzToEnuAdp()
,
xyzToEnu()