Package index
-
CTD_BCD2014666_008_1_DN.ODF.gz
- Sample ctd File in .odf Format
-
as.ctd()
- Coerce Data Into a ctd Object
-
cnvName2oceName()
- Infer Variable Name, Units and Scale From a Seabird Header
-
ctd-class
- Class to Store CTD (or general hydrographic) Data
-
ctd
- Sample ctd Data
-
ctd.cnv.gz
- Sample ctd File in .cnv Format
-
ctdDecimate()
- Decimate a ctd Profile
-
ctdFindProfiles()
- Find Profiles Within a Tow-Yow ctd Record
-
ctdFindProfilesRBR()
- Find Profiles Within a ctd Object Read From a RBR File
-
ctdRaw
- Sample ctd Data, Not Trimmed of Extraneous Data
-
ctdRepair()
- Repair a Malformed ctd Object
-
ctdTrim()
- Trim Beginning and Ending of a CTD cast
-
ctd_aml_type1.csv.gz
- Sample ctd File in aml Format 1
-
ctd_aml_type3.csv.gz
- Sample ctd File in aml Format 3
-
d200321-001.ctd.gz
- Sample ctd File in .ctd Format
-
d201211_0011.cnv.gz
- Sample ctd File in .cnv Format
-
handleFlags(<ctd>)
- Handle Flags in ctd Objects
-
initialize(<ctd>)
- Initialize Storage for a ctd Object
-
initializeFlagScheme(<ctd>)
- Establish a Data-Quality Scheme for a ctd Object
-
oceNames2whpNames()
- Translate Oce Data Names to WHP Data Names
-
oceUnits2whpUnits()
- Translate oce Unit to WHP Unit
-
plot(<ctd>)
- Plot a ctd Object
-
plotProfile()
- Plot a ctd Profile
-
plotScan()
- Plot a ctd Object in a Low-Level Fashion
-
plotTS()
- Plot Temperature-Salinity Diagram
-
read.ctd()
- Read a ctd File in General Format
-
read.ctd.aml()
- Read a ctd File in AML Format
-
read.ctd.itp()
- Read a ctd File in ITP Format
-
read.ctd.odf()
- Read a ctd File in odf Format
-
read.ctd.odv()
- Read a "ctd" File in ODV Format
-
read.ctd.saiv()
- Read a ctd File in SAIV Format
-
read.ctd.sbe()
- Read a ctd File in Seabird Format
-
read.ctd.ssda()
- Read a ctd File in SSDA Format
-
read.ctd.woce()
- Read a ctd File in WOCE-Exchange Format
-
read.ctd.woce.other()
- Read a ctd File in WOCE-Exchange EXPOCODE Format
-
setFlags(<ctd>)
- Set Data-Quality Flags within a ctd Object
-
`[[`(<ctd>)
- Extract Something From a ctd Object
-
`[[<-`(<ctd>)
- Replace Parts of a ctd Object
-
subset(<ctd>)
- Subset a ctd Object
-
summary(<ctd>)
- Summarize a ctd Object
-
woceNames2oceNames()
- Translate WOCE Data Names to Oce Data Names
-
woceUnit2oceUnit()
- Translate WOCE Units to oce Units
-
write.ctd()
- Save a ctd Object in a CSV File
-
ad2cpCodeToName()
- Map AD2CP ID Code to oce Name
-
ad2cpHeaderValue()
- Infer an Item From a Nortek AD2CP File Header
-
adp-class
- Class to Store Acoustic-Doppler Profiler Data
-
adp
- Sample adp Data
-
adpAd2cpFileTrim()
- Trim an AD2CP File
-
adpConvertRawToNumeric()
- Convert Raw to Numeric Values in an adp Object
-
adpEnsembleAverage()
- Ensemble Average an adp Object in Time
-
adpFlagPastBoundary()
- Flag adp Data Past Water Column Boundary
-
adpRdiFileTrim()
- Trim an RDI adp File
-
adp_rdi.000
- Sample adp File in RDI Format
-
applyMagneticDeclination(<adp>)
- Alter an adp Object to Account for Magnetic Declination
-
as.adp()
- Create an adp Object
-
beamName()
- Get Names of Acoustic-Doppler Beams
-
beamToXyz()
- Change the Coordinate System in an adv or adp Object
-
beamToXyzAdp()
- Convert adp Object From Beam to XYZ Coordinates
-
beamToXyzAdpAD2CP()
- Convert From Beam to XYZ Coordinates (AD2CP adp Data)
-
beamToXyzAdv()
- Convert adv Object from Beam Coordinates to XYZ Coordinates
-
beamUnspreadAdp()
- Adjust adp Object to Account for Spherical Spreading
-
binmapAdp()
- Bin-map an adp Object
-
enuToOther()
- Rotate Acoustic-Doppler Data to a New Coordinate System
-
enuToOtherAdp()
- Convert adp Object from ENU Coordinate to Rotated Coordinate
-
handleFlags(<adp>)
- Handle Flags in adp Objects
-
is.ad2cp()
- Test Whether Item is a ad2cp-Type adp Object
-
plot(<adp>)
- Plot an adp Object
-
read.adp()
- Read an adp File
-
read.adp.ad2cp()
- Read an adp File in Nortek AD2CP Format
-
read.adp.nortek()
- Read an adp File in Nortek Format
-
read.adp.rdi()
- Read an adp File in Teledyne/RDI Format
-
read.adp.sontek()
- Read an adp File in Sontek Format
-
read.adp.sontek.serial()
- Read an adp File in Serial Sontek Format
-
read.aquadopp()
- Read an adp File in Nortek Aquadopp Format
-
read.aquadoppHR()
- Read Nortek Aquadopp-HR File
-
read.aquadoppProfiler()
- Read an adp File in Nortek Aquadopp Format
-
rotateAboutZ()
- Rotate Velocity Components Within an oce Object
-
setFlags(<adp>)
- Set Data-Quality Flags within a adp Object
-
`[[`(<adp>)
- Extract Something From an adp Object
-
`[[<-`(<adp>)
- Replace Parts of an adp Object
-
subset(<adp>)
- Subset an adp Object
-
subtractBottomVelocity()
- Subtract Bottom Velocity From an adp Object
-
summary(<adp>)
- Summarize an adp Object
-
toEnu()
- Rotate Acoustic-Doppler Data to the ENU Coordinate System
-
toEnuAdp()
- Convert an adp Object to ENU Coordinates
-
velocityStatistics()
- Report Statistics of adp or adv Velocities
-
xyzToEnu()
- Convert Acoustic-Doppler Data From XYZ to ENU Coordinates
-
xyzToEnuAdp()
- Convert adp Object From XYZ to ENU Coordinates
-
xyzToEnuAdpAD2CP()
- Convert adp Object of AD2CP type From XYZ to ENU Coordinates
-
adv-class
- Class to Store Acoustic-Doppler Velocimeter Data
-
adv
- Sample adv Data
-
advSontekAdrFileTrim()
- Trim a Sontek ADR adv File
-
applyMagneticDeclination(<adv>)
- Alter an adv Object to Account for Magnetic Declination
-
enuToOtherAdv()
- Convert ENU to Other Coordinate
-
plot(<adv>)
- Plot an adv Object
-
read.adv()
- Read an adv File
-
read.adv.nortek()
- Read an adv File
-
read.adv.sontek.adr()
- Read an adv File
-
read.adv.sontek.serial()
- Read an adv File
-
read.adv.sontek.text()
- Read an adv File
-
`[[`(<adv>)
- Extract Something from an adv Object
-
`[[<-`(<adv>)
- Replace Parts of an adv Object
-
subset(<adv>)
- Subset an adv Object
-
summary(<adv>)
- Summarize an adv Object
-
toEnuAdv()
- Convert an adv Object to ENU Coordinates
-
xyzToEnuAdv()
- Convert an adv Object From XYZ to ENU Coordinates
-
argo-class
- Class to Store Argo Profiler Data
-
argo
- Sample argo Data
-
argoGrid()
- Grid Argo Float Data
-
argoNames2oceNames()
- Convert Argo Data Name to Oce Name
-
as.argo()
- Coerce Data Into an argo Object
-
handleFlags(<argo>)
- Handle Flags in argo Objects
-
plot(<argo>)
- Plot an argo Object
-
read.argo()
- Read an Argo Data File
-
read.argo.copernicus()
- Read an argo File in Copernicus Format
-
`[[`(<argo>)
- Extract Something From an argo Object
-
`[[<-`(<argo>)
- Replace Parts of an argo Object
-
subset(<argo>)
- Subset an argo Object
-
summary(<argo>)
- Summarize an argo Object
-
T68fromT90()
- Convert From ITS-90 to IPTS-68 Temperature
-
T90fromT48()
- Convert From ITS-48 to ITS-90 Temperature
-
T90fromT68()
- Convert From IPTS-68 to ITS-90 Temperature
-
computableWaterProperties()
- Determine Available Derived Water Properties
-
locationForGsw()
- Alter Longitude and Latitude for gsw Computations
-
swAbsoluteSalinity()
- Seawater Absolute Salinity (GSW Formulation)
-
swAlpha()
- Seawater Thermal Expansion Coefficient
-
swAlphaOverBeta()
- Ratio of Seawater Thermal Expansion Coefficient to Haline Contraction Coefficient
-
swBeta()
- Seawater Haline Contraction Coefficient
-
swCSTp()
- Electrical Conductivity Ratio From Salinity, Temperature and Pressure
-
swConservativeTemperature()
- Seawater Conservative Temperature (GSW Formulation)
-
swDepth()
- Water Depth
-
swDynamicHeight()
- Dynamic Height of a Seawater Profile
-
swLapseRate()
- Seawater Lapse Rate
-
swN2()
- Squared Buoyancy Frequency for Seawater
-
swPressure()
- Water Pressure
-
swRho()
- Seawater Density
-
swRrho()
- Density Ratio
-
swSCTp()
- Practical Salinity From Electrical Conductivity, Temperature and Pressure
-
swSR()
- Seawater Reference Salinity (GSW Formulation)
-
swSTrho()
- Seawater Salinity From Temperature and Density
-
swSigma()
- Seawater Density Anomaly
-
swSigma0()
- Seawater Potential Density Anomaly Referenced to Surface Pressure
-
swSigma1()
- Seawater Potential Density Anomaly Referenced to 1000db Pressure
-
swSigma2()
- Seawater Potential Density Anomaly Referenced to 2000db Pressure
-
swSigma3()
- Seawater Potential Density Anomaly Referenced to 3000db Pressure
-
swSigma4()
- Seawater Potential Density Anomaly Referenced to 4000db Pressure
-
swSigmaT()
- Seawater Quasi-Potential Density Anomaly
-
swSigmaTheta()
- Seawater Potential Density Anomaly
-
swSoundAbsorption()
- Seawater Sound Absorption
-
swSoundSpeed()
- Seawater Sound Speed
-
swSpecificHeat()
- Seawater Specific Heat
-
swSpice()
- Seawater Spiciness
-
swSpiciness0()
- Spiciness in gsw System, Referenced to Surface Pressure
-
swSpiciness1()
- Spiciness in gsw System, Referenced to 1000 dbar Pressure
-
swSpiciness2()
- Spiciness in gsw System, Referenced to 2000 dbar Pressure
-
swSstar()
- Seawater Preformed Salinity (GSW Formulation)
-
swTFreeze()
- Seawater Freezing Temperature
-
swTSrho()
- Seawater Temperature from Salinity and Density
-
swThermalConductivity()
- Seawater Thermal Conductivity
-
swTheta()
- Seawater Potential Temperature (UNESCO Version)
-
swViscosity()
- Seawater Viscosity
-
swZ()
- Vertical Coordinate
-
defaultFlags()
- Suggest a Default Flag Vector for Bad or Suspicious Data
-
handleFlags(<adp>)
- Handle Flags in adp Objects
-
handleFlags(<argo>)
- Handle Flags in argo Objects
-
handleFlags(<ctd>)
- Handle Flags in ctd Objects
-
handleFlags(<oce>)
- Handle Flags in oce Objects
-
handleFlags(<section>)
- Handle flags in section Objects
-
handleFlags()
- Handle Flags in oce Objects (Generic)
-
initializeFlagScheme(<ctd>)
- Establish a Data-Quality Scheme for a ctd Object
-
initializeFlagScheme(<oce>)
- Establish a Data-Quality Scheme for a oce Object
-
initializeFlagScheme(<section>)
- Establish a Data-Quality Scheme for a section Object
-
initializeFlagScheme()
- Establish a Data-Quality Scheme for a oce Object
-
initializeFlagSchemeInternal()
- Establish a Data-Quality Scheme for a oce Object
-
initializeFlags(<adp>)
- Create and Initialize adp Flags
-
initializeFlags(<oce>)
- Create and Initialize oce Flags
-
initializeFlags()
- Create and Initialize oce Flags
-
initializeFlagsInternal()
- Create and Initialize oce Flags
-
setFlags(<adp>)
- Set Data-Quality Flags within a adp Object
-
setFlags(<ctd>)
- Set Data-Quality Flags within a ctd Object
-
setFlags(<oce>)
- Set Data-Quality Flags within a oce Object
-
setFlags()
- Set Data-Quality Flags within a oce Object
-
CTD_BCD2014666_008_1_DN.ODF.gz
- Sample ctd File in .odf Format
-
GMTOffsetFromTz()
- Determine Time Offset From Timezone
-
ODF2oce()
- Create ODF Object From Output of read_ODF in ODF package
-
ODFListFromHeader()
- Create a List of odf Header Metadata
-
ODFNames2oceNames()
- Translate ODF CODE Strings to oce Variable Names
-
T68fromT90()
- Convert From ITS-90 to IPTS-68 Temperature
-
T90fromT48()
- Convert From ITS-48 to ITS-90 Temperature
-
T90fromT68()
- Convert From IPTS-68 to ITS-90 Temperature
-
abbreviateTimeLabels()
- Abbreviate a Vector of Times by Removing Commonalities
-
ad2cpCodeToName()
- Map AD2CP ID Code to oce Name
-
ad2cpHeaderValue()
- Infer an Item From a Nortek AD2CP File Header
-
addSpine()
- Add a Spine to a section Object
-
adp-class
- Class to Store Acoustic-Doppler Profiler Data
-
adp
- Sample adp Data
-
adpAd2cpFileTrim()
- Trim an AD2CP File
-
adpConvertRawToNumeric()
- Convert Raw to Numeric Values in an adp Object
-
adpEnsembleAverage()
- Ensemble Average an adp Object in Time
-
adpFlagPastBoundary()
- Flag adp Data Past Water Column Boundary
-
adpRdiFileTrim()
- Trim an RDI adp File
-
adp_rdi.000
- Sample adp File in RDI Format
-
adv-class
- Class to Store Acoustic-Doppler Velocimeter Data
-
adv
- Sample adv Data
-
advSontekAdrFileTrim()
- Trim a Sontek ADR adv File
-
airRho()
- Air Density
-
amsr-class
- Class to Store AMSR-2 Satellite Data
-
amsr
- Sample amsr Data (Near Nova Scotia)
-
angle2hms()
- Convert Astronomical Angle in Degrees to Hours, Minutes and Seconds
-
angleRemap()
- Convert Angle From 0:360 to -180:180 Convention
-
applyMagneticDeclination(<adp>)
- Alter an adp Object to Account for Magnetic Declination
-
applyMagneticDeclination(<adv>)
- Alter an adv Object to Account for Magnetic Declination
-
applyMagneticDeclination(<cm>)
- Alter a cm Object to Account for Magnetic Declination
-
applyMagneticDeclination(<oce>)
- Alter an Object to Account for Magnetic Declination
-
applyMagneticDeclination()
- Alter an Object to Account for Magnetic Declination (Generic)
-
approx3d()
- Trilinear Interpolation in a 3D Array
-
argShow()
- Show a Function Argument
-
argo-class
- Class to Store Argo Profiler Data
-
argo
- Sample argo Data
-
argoGrid()
- Grid Argo Float Data
-
argoJuldToTime()
- Convert Argo Julian Day to R Time
-
argoNames2oceNames()
- Convert Argo Data Name to Oce Name
-
as.adp()
- Create an adp Object
-
as.argo()
- Coerce Data Into an argo Object
-
as.cm()
- Coerce Data Into a cm Object
-
as.coastline()
- Coerce Data Into a coastline Object
-
as.ctd()
- Coerce Data Into a ctd Object
-
as.echosounder()
- Coerce Data Into an echosounder Object
-
as.gps()
- Coerce Data Into a gps Object
-
as.ladp()
- Coerce Data Into an ladp object
-
as.lisst()
- Coerce Data Into a lisst Object
-
as.lobo()
- Coerce Data Into a lobo Object
-
as.met()
- Coerce Data Into a met Object
-
as.oce()
- Coerce Something Into an oce Object
-
as.rsk()
- Coerce Data Into a rsk Object
-
as.sealevel()
- Coerce Data Into a sealevel Object
-
as.section()
- Create a Section
-
as.tidem()
- Create tidem Object From Fitted Harmonic Data
-
as.topo()
- Coerce Data Into a topo Object
-
as.unit()
- Convert a String to a Unit
-
as.windrose()
- Create a windrose Object
-
as.xbt()
- Create an xbt Object
-
bcdToInteger()
- Convert a BCD Value to an Integer Value
-
beamName()
- Get Names of Acoustic-Doppler Beams
-
beamToXyz()
- Change the Coordinate System in an adv or adp Object
-
beamToXyzAdp()
- Convert adp Object From Beam to XYZ Coordinates
-
beamToXyzAdpAD2CP()
- Convert From Beam to XYZ Coordinates (AD2CP adp Data)
-
beamToXyzAdv()
- Convert adv Object from Beam Coordinates to XYZ Coordinates
-
beamUnspreadAdp()
- Adjust adp Object to Account for Spherical Spreading
-
bilinearInterp()
- Bilinear Interpolation Within a Grid
-
binApply1D()
- Apply a Function to Vector Data
-
binApply2D()
- Apply a Function to Matrix Data
-
binAverage()
- Bin-average a Vector y, Based on x Values
-
binCount1D()
- Bin-count Vector Data
-
binCount2D()
- Bin-count Matrix Data
-
binMean1D()
- Bin-average f=f(x)
-
binMean2D()
- Bin-average f=f(x,y)
-
binmapAdp()
- Bin-map an adp Object
-
bodcNames2oceNames()
- Determine oce Variable Names from an NERC/BODC Names
-
bound125()
- Calculate a Bound, Rounded up to Mantissa 1, 2, or 5
-
bremen-class
- Class to Store Bremen-formatted Data
-
byteToBinary()
- Format Bytes as Binary (Defunct)
-
cm-class
- Class to Store Current Meter Data
-
cm
- Sample cm Data
-
cnvName2oceName()
- Infer Variable Name, Units and Scale From a Seabird Header
-
coastline-class
- Class to Store Coastline Data
-
coastlineBest()
- Find the Name of the Best Coastline Object
-
coastlineCut()
- Cut a Coastline Object at Specified Longitude
-
coastlineWorld
- Sample coastline Data (Global, at 1:110M scale)
-
colormap()
- Calculate a Color Map
-
colormapGMT()
- Create a GMT-type (CPT) Colormap
-
composite(<amsr>)
- Create a Composite of amsr Satellite Data
-
composite(<list>)
- Composite by Averaging Across Data
-
composite()
- Create a Composite Object by Averaging Across Good Data
-
computableWaterProperties()
- Determine Available Derived Water Properties
-
concatenate(<adp>)
- Concatenate adp Objects
-
concatenate(<list>)
- Concatenate a List of oce Objects
-
concatenate(<oce>)
- Concatenate oce Objects (oce-Specific)
-
concatenate()
- Concatenate oce Objects (Generic)
-
coriolis()
- Coriolis Parameter on the Earth
-
ctd-class
- Class to Store CTD (or general hydrographic) Data
-
ctd
- Sample ctd Data
-
ctd.cnv.gz
- Sample ctd File in .cnv Format
-
ctdDecimate()
- Decimate a ctd Profile
-
ctdFindProfiles()
- Find Profiles Within a Tow-Yow ctd Record
-
ctdFindProfilesRBR()
- Find Profiles Within a ctd Object Read From a RBR File
-
ctdRaw
- Sample ctd Data, Not Trimmed of Extraneous Data
-
ctdRepair()
- Repair a Malformed ctd Object
-
ctdTrim()
- Trim Beginning and Ending of a CTD cast
-
ctd_aml_type1.csv.gz
- Sample ctd File in aml Format 1
-
ctd_aml_type3.csv.gz
- Sample ctd File in aml Format 3
-
ctimeToSeconds()
- Interpret a Character String as a Time Interval
-
curl()
- Curl of 2D Vector Field
-
d200321-001.ctd.gz
- Sample ctd File in .ctd Format
-
d201211_0011.cnv.gz
- Sample ctd File in .cnv Format
-
dataLabel()
- Associate Data Names With Units
-
decimate()
- Smooth and Decimate, or Subsample, an oce Object
-
decodeHeaderNortek()
- Decode a Nortek Header
-
decodeTime()
- Oce Version of as.POSIXct
-
defaultFlags()
- Suggest a Default Flag Vector for Bad or Suspicious Data
-
despike()
- Remove Spikes From a Time Series
-
detrend()
- Detrend a Set of Observations
-
download.amsr()
- Download and Cache an amsr File
-
download.coastline()
- Download a coastline File
-
download.met()
- Download and Cache a met File
-
download.topo()
- Download and Cache a topo File
-
drawDirectionField()
- Draw a Direction Field
-
drawIsopycnals()
- Add Isopycnal Curves to a TS Plot
-
drawPalette()
- Draw a Palette, Leaving Margins Suitable for an Accompanying Plot
-
echosounder-class
- Class to Store Echosounder Data
-
echosounder
- Sample echosounder Data
-
eclipticalToEquatorial()
- Convert Ecliptical Coordinate to Equatorial Coordinate
-
enuToOther()
- Rotate Acoustic-Doppler Data to a New Coordinate System
-
enuToOtherAdp()
- Convert adp Object from ENU Coordinate to Rotated Coordinate
-
enuToOtherAdv()
- Convert ENU to Other Coordinate
-
equatorialToLocalHorizontal()
- Convert Equatorial Coordinate to Local Horizontal Coordinate
-
errorbars()
- Draw Error Bars on an Existing xy Diagram
-
fillGap()
- Fill a Gap in an oce Object
-
fillGapMatrix()
- Fill a Gap in a Matrix
-
findBottom()
- Find the Ocean Bottom in an Echosounder Object
-
firstFinite()
- Get First Finite Value in a Vector or Array.
-
formatCI()
- Format a Confidence Interval
-
formatPosition()
- Format Geographical Position in Degrees and Minutes
-
fullFilename()
- Full Name of File, Including Path
-
g1sst-class
- Class to Store G1SST Satellite/Model Data
-
gappyIndex()
- Create a Possibly Gappy Indexing Vector
-
geodDist()
- Compute Geodesic Distance on Surface of Earth
-
geodGc()
- Great-circle Segments Between Points on Earth
-
geodXy()
- Convert From Geographical to Geodesic Coordinates
-
geodXyInverse()
- Inverse Geodesic Calculation
-
gps-class
- Class to Store GPS Data
-
grad()
- Calculate Matrix Gradient
-
gravity()
- Acceleration Due to Earth Gravity
-
handleFlags(<adp>)
- Handle Flags in adp Objects
-
handleFlags(<argo>)
- Handle Flags in argo Objects
-
handleFlags(<ctd>)
- Handle Flags in ctd Objects
-
handleFlags(<oce>)
- Handle Flags in oce Objects
-
handleFlags(<section>)
- Handle flags in section Objects
-
handleFlags(<vector>)
- Signal Erroneous Application to non-oce Objects
-
handleFlags()
- Handle Flags in oce Objects (Generic)
-
handleFlagsInternal()
- Low-Level Function for Handling Data-Quality Flags
-
head(<oce>)
- Extract The Start of an Oce Object
-
imagep()
- Plot an Image with a Color Palette
-
initialize(<ctd>)
- Initialize Storage for a ctd Object
-
initializeFlagScheme(<ctd>)
- Establish a Data-Quality Scheme for a ctd Object
-
initializeFlagScheme(<oce>)
- Establish a Data-Quality Scheme for a oce Object
-
initializeFlagScheme(<section>)
- Establish a Data-Quality Scheme for a section Object
-
initializeFlagScheme()
- Establish a Data-Quality Scheme for a oce Object
-
initializeFlagSchemeInternal()
- Establish a Data-Quality Scheme for a oce Object
-
initializeFlags(<adp>)
- Create and Initialize adp Flags
-
initializeFlags(<oce>)
- Create and Initialize oce Flags
-
initializeFlags()
- Create and Initialize oce Flags
-
initializeFlagsInternal()
- Create and Initialize oce Flags
-
integerToAscii()
- Infer ASCII Code From an Integer Value
-
integrateTrapezoid()
- Trapezoidal Integration
-
interpBarnes()
- Grid Data Using the Barnes Algorithm
-
is.ad2cp()
- Test Whether Item is a ad2cp-Type adp Object
-
julianCenturyAnomaly()
- Convert Julian-Day-Number to Julian Century
-
julianDay()
- Convert a Time to a Julian Day
-
labelWithUnit()
- Create Label With Unit
-
ladp-class
- Class to Store Lowered-adp Data
-
landsat-class
- Class to Store Landsat Satellite Data
-
landsat
- Sample landsat Data
-
landsatAdd()
- Add a Band to a landsat Object
-
landsatTrim()
- Trim a landsat Image to a Geographical Region
-
latFormat()
- Format a Latitude
-
latlonFormat()
- Format a Latitude-Longitude Pair
-
lisst-class
- Class to Store LISST Data
-
lisst
- Sample lisst Data
-
lobo-class
- Class to Store LOBO Data
-
lobo
- Sample lobo Data
-
locationForGsw()
- Alter Longitude and Latitude for gsw Computations
-
lon360()
- Change Longitude From -180:180 to 0:360 Convention
-
lonFormat()
- Format a Longitude
-
longitudeTighten()
- Try to Reduce Section Longitude Range
-
lonlat2map()
- Convert Longitude and Latitude to X and Y
-
lonlat2utm()
- Convert Longitude and Latitude to UTM
-
lookWithin()
- Look Within the First Element of a List for Replacement Values
-
lowpass()
- Lowpass Digital Filtering
-
magneticField()
- Earth Magnetic Declination, Inclination, and Intensity
-
makeFilter()
- Make a Digital Filter
-
map2lonlat()
- Convert X and Y to Longitude and Latitude
-
mapArrows()
- Add Arrows to a Map
-
mapAxis()
- Add Axis Labels to an Existing Map
-
mapContour()
- Add Contours on a Existing map
-
mapCoordinateSystem()
- Draw a Coordinate System
-
mapDirectionField()
- Add a Direction Field to an Existing Map
-
mapGrid()
- Add a Longitude and Latitude Grid to an Existing Map
-
mapImage()
- Add an Image to a Map
-
mapLines()
- Add Lines to a Map
-
mapLocator()
- Locate Points on a Map
-
mapLongitudeLatitudeXY()
- Convert From Longitude and Latitude to X and Y
-
mapPlot()
- Draw a Map
-
mapPoints()
- Add Points to a Map
-
mapPolygon()
- Add a Polygon to a Map
-
mapScalebar()
- Add a Scalebar to a Map
-
mapText()
- Add Text to a Map
-
mapTissot()
- Add Tissot Indicatrices to a Map
-
matchBytes()
- Locate Byte Sequences in a Raw Vector
-
matrixShiftLongitude()
- Rearrange Areal Matrix so Greenwich is Near the Centre
-
matrixSmooth()
- Smooth a Matrix
-
met-class
- Class to Store Meteorological Data
-
met
- Sample met Data
-
metNames2oceNames()
- Convert met Data Name to oce Name
-
moonAngle()
- Lunar Angle as Function of Space and Time
-
netcdfTOC()
- Print an overview of the contents of a NetCDF file
-
numberAsHMS()
- Convert a Numeric Time to Hour, Minute, and Second
-
numberAsPOSIXct()
- Convert a Numeric Time to a POSIXct Time
-
oce-class
- Base Class for oce Objects
-
oce-deprecated
oce-defunct
- Deprecated and Defunct Elements of the oce Package
-
oce.as.raw()
- Version of as.raw() That Clips Data
-
oce.axis.POSIXct()
- Oce Version of axis.POSIXct
-
oce.contour()
- Oce Variant of contour
-
oce.grid()
- Add a Grid to an Existing Oce Plot
-
oce.plot.ts()
- Oce Variant of plot.ts
-
oce.write.table()
- Write the Data Portion of Object to a File
-
oceApprox()
- Interpolate 1D Data with UNESCO or Reiniger-Ross Algorithm
-
oceAxis()
- Draw an Axis, Possibly with Decade-style Logarithmic Scaling
-
oceCRS()
- Coordinate Reference System Strings for Some Oceans
-
oceColors9B()
- Create Colors in a Red-Yellow-Blue Color Scheme
-
oceColorsCDOM()
- Create Colors Suitable for CDOM Fields
-
oceColorsChlorophyll()
- Create Colors Suitable for chlorophyll Fields
-
oceColorsClosure()
- Create Color Functions
-
oceColorsDensity()
- Create Colors Suitable for density Fields
-
oceColorsFreesurface()
- Create Colors Suitable for freesurface Fields
-
oceColorsGebco()
- Create Colors in a GEBCO-like Scheme
-
oceColorsJet()
- Create Colors Similar to the Matlab Jet Scheme
-
oceColorsOxygen()
- Create Colors Suitable for oxygen Fields
-
oceColorsPAR()
- Create Colors Suitable for PAR Fields
-
oceColorsPalette()
- Create a Vector of Colors
-
oceColorsPhase()
- Create Colors Suitable for phase Fields
-
oceColorsSalinity()
- Create Colors Suitable for salinity Fields
-
oceColorsTemperature()
- Create Colors Suitable for temperature Fields
-
oceColorsTurbidity()
- Create Colors Suitable for turbidity Fields
-
oceColorsTurbo()
- Create Colors Similar to the Google Turbo Scheme
-
oceColorsTwo()
- Create Two-Color Palette
-
oceColorsVelocity()
- Create Colors Suitable for velocity Fields
-
oceColorsViridis()
- Create Colors Similar to the Matlab Viridis Scheme
-
oceColorsVorticity()
- Create Colors Suitable for vorticity Fields
-
oceConvolve()
- Convolve Two Time Series
-
oceDebug()
- Print a Debugging Message
-
oceDeleteData()
- Delete Something From the data Slot of an oce Object
-
oceDeleteMetadata()
- Delete Something in an oce metadata Slot
-
oceEdit()
- Edit an Oce Object
-
oceFileTrim()
- Trim an oce File
-
oceFilter()
- Filter a Time Series
-
oceGetData()
- Extract Something From the data Slot of an oce Object
-
oceGetMetadata()
- Extract Something From the metadata Slot of an oce Object
-
oceMagic()
- Find the Type of an Oceanographic Data File
-
oceNames2whpNames()
- Translate Oce Data Names to WHP Data Names
-
ocePmatch()
- Partial Matching of Strings or Numbers
-
oceProject()
- Wrapper to sf::sf_project()
-
oceRenameData()
- Rename Something in the data slot of an oce Object
-
oceRenameMetadata()
- Rename Something in the metadata Slot of an oce Object
-
oceSetData()
- Set Something in the data Slot of an oce Object
-
oceSetMetadata()
- Set Something in the metadata Slot of an oce Object
-
oceSmooth()
- Smooth an oce Object
-
oceSpectrum()
- Normalize a Spectrum
-
oceUnits2whpUnits()
- Translate oce Unit to WHP Unit
-
ocecolors
- Data That Define Some Color Palettes
-
odf-class
- Class to Store ODF Data
-
parseLatLon()
- Parse a Latitude or Longitude String
-
plot(<adp>)
- Plot an adp Object
-
plot(<adv>)
- Plot an adv Object
-
plot(<amsr>)
- Plot an amsr Object
-
plot(<argo>)
- Plot an argo Object
-
plot(<bremen>)
- Plot a bremen Object
-
plot(<cm>)
- Plot a cm Object
-
plot(<coastline>)
- Plot a coastline Object
-
plot(<ctd>)
- Plot a ctd Object
-
plot(<echosounder>)
- Plot an echosounder Object
-
plot(<gps>)
- Plot a gps Object
-
plot(<ladp>)
- Plot an ladp Object
-
plot(<landsat>)
- Plot a landsat Object
-
plot(<lisst>)
- Plot a lisst Object
-
plot(<lobo>)
- Plot a lobo object
-
plot(<met>)
- Plot a met Object
-
plot(<oce>)
- Plot an oce Object
-
plot(<odf>)
- Plot an odf Object
-
plot(<rsk>)
- Plot a rsk Object
-
plot(<satellite>)
- Plot a satellite Object
-
plot(<sealevel>)
- Plot a sealevel Object
-
plot(<section>)
- Plot a section Object
-
plot(<tidem>)
- Plot a tidem Object
-
plot(<topo>)
- Plot a topo Object
-
plot(<windrose>)
- Plot a windrose Object
-
plot(<xbt>)
- Plot an xbt Object
-
plotInset()
- Plot an Inset Diagram
-
plotPolar()
- Draw a Polar Plot
-
plotProfile()
- Plot a ctd Profile
-
plotScan()
- Plot a ctd Object in a Low-Level Fashion
-
plotSticks()
- Draw a Stick Plot
-
plotTS()
- Plot Temperature-Salinity Diagram
-
plotTaylor()
- Plot a Model-data Comparison Diagram
-
predict(<tidem>)
- Predict a Tidal Signal
-
preferAdjusted()
- Set Preference for Adjusted Values
-
presentTime()
- Get the Present Time, in a Stated Timezone
-
prettyPosition()
- Pretty Longitude/Latitude in Degree-Minute-Second Format
-
`processingLog<-`()
- Add an Item to a Processing Log
-
processingLogAppend()
- Append an Item to a Processing Log
-
processingLogItem()
- Create an Item That can be Inserted into a Processing Log
-
processingLogShow()
- Show the Processing Log of an oce Object
-
pwelch()
- Welch Periodogram
-
rangeExtended()
- Calculate Range, Extended a Little, as is Done for Axes
-
rangeLimit()
- Substitute NA for Data Outside a Range
-
read.adp()
- Read an adp File
-
read.adp.ad2cp()
- Read an adp File in Nortek AD2CP Format
-
read.adp.nortek()
- Read an adp File in Nortek Format
-
read.adp.rdi()
- Read an adp File in Teledyne/RDI Format
-
read.adp.sontek()
- Read an adp File in Sontek Format
-
read.adp.sontek.serial()
- Read an adp File in Serial Sontek Format
-
read.adv()
- Read an adv File
-
read.adv.nortek()
- Read an adv File
-
read.adv.sontek.adr()
- Read an adv File
-
read.adv.sontek.serial()
- Read an adv File
-
read.adv.sontek.text()
- Read an adv File
-
read.amsr()
- Read an amsr File
-
read.aquadopp()
- Read an adp File in Nortek Aquadopp Format
-
read.aquadoppHR()
- Read Nortek Aquadopp-HR File
-
read.aquadoppProfiler()
- Read an adp File in Nortek Aquadopp Format
-
read.argo()
- Read an Argo Data File
-
read.argo.copernicus()
- Read an argo File in Copernicus Format
-
read.bremen()
- Read a bremen File
-
read.cm()
- Read a cm File
-
read.coastline()
- Read a coastline File
-
read.coastline.openstreetmap()
- Read a coastline File in Openstreetmap Format
-
read.coastline.shapefile()
- Read a coastline File in Shapefile Format
-
read.ctd()
- Read a ctd File in General Format
-
read.ctd.aml()
- Read a ctd File in AML Format
-
read.ctd.itp()
- Read a ctd File in ITP Format
-
read.ctd.odf()
- Read a ctd File in odf Format
-
read.ctd.odv()
- Read a "ctd" File in ODV Format
-
read.ctd.saiv()
- Read a ctd File in SAIV Format
-
read.ctd.sbe()
- Read a ctd File in Seabird Format
-
read.ctd.ssda()
- Read a ctd File in SSDA Format
-
read.ctd.woce()
- Read a ctd File in WOCE-Exchange Format
-
read.ctd.woce.other()
- Read a ctd File in WOCE-Exchange EXPOCODE Format
-
read.echosounder()
- Read an echosounder File
-
read.g1sst()
- Read a g1sst File
-
read.gps()
- Read a gps File
-
read.index()
- Read a NOAA Ocean Index File
-
read.landsat()
- Read a landsat File Directory
-
read.lisst()
- Read a lisst File
-
read.lobo()
- Read a lobo File
-
read.met()
- Read a met File
-
read.netcdf()
- Read a NetCDF File
-
read.oce()
- Read an Oceanographic Data File
-
read.odf()
- Read an odf File
-
read.rsk()
- Read a rsk File
-
read.sealevel()
- Read a sealevel File
-
read.section()
- Read a section File
-
read.topo()
- Read a topo File
-
read.woa()
- Read a World Ocean Atlas NetCDF File
-
read.xbt()
- Read an xbt file
-
read.xbt.edf()
- Read an xbt File in Sippican Format
-
read.xbt.noaa1()
- Read an xbt File in NOAA Format
-
rescale()
- Rescale Values to lie in a Given Range
-
resizableLabel()
- Variable Names in Adjustable Sizes
-
retime()
- Adjust The Time Within an oce Object
-
rotateAboutZ()
- Rotate Velocity Components Within an oce Object
-
rsk-class
- Class to Store Rsk Data
-
rsk
- Sample rsk Data
-
rsk2ctd()
- Create a ctd Object from an rsk Object
-
rskPatm()
- Estimate Atmospheric Pressure in an rsk Object
-
rskToc()
- Decode Table-of-Contents From an rsk File
-
runlm()
- Calculate Running Linear Models
-
satellite-class
- Class to Store Satellite Data
-
sealevel-class
- Class to Store Sealevel Data
-
sealevel
- Sample sealevel Data (Halifax Harbour)
-
sealevelTuktoyaktuk
- Sample sealevel Data (Tuktoyaktuk)
-
secondsToCtime()
- Express Time Interval as Colon-Separated String
-
section-class
- Class to Store Hydrographic Section Data
-
section
- Sample section Data
-
sectionAddStation()
- Add a ctd Profile to a section Object
-
sectionGrid()
- Grid a Section in Pressure Space
-
sectionSmooth()
- Smooth a Section
-
sectionSort()
- Sort a Section
-
setFlags(<adp>)
- Set Data-Quality Flags within a adp Object
-
setFlags(<ctd>)
- Set Data-Quality Flags within a ctd Object
-
setFlags(<oce>)
- Set Data-Quality Flags within a oce Object
-
setFlags()
- Set Data-Quality Flags within a oce Object
-
shiftLongitude()
- Shift Longitude to Range -180 to 180
-
showMetadataItem()
- Show an Item in the metadata Slot of an oce Object
-
siderealTime()
- Convert From POSIXt Time to Sidereal Time
-
snakeToCamel()
- Convert From Snake-Case to Camel-Case Notation
-
standardDepths()
- Standard Oceanographic Depths
-
standardizeLongitude()
- Put Longitude in the Range From -180 to 180
-
`[[`(<adp>)
- Extract Something From an adp Object
-
`[[`(<adv>)
- Extract Something from an adv Object
-
`[[`(<amsr>)
- Extract Something From an amsr Object
-
`[[`(<argo>)
- Extract Something From an argo Object
-
`[[`(<bremen>)
- Extract Something From a bremen Object
-
`[[`(<cm>)
- Extract Something From a cm Object
-
`[[`(<coastline>)
- Extract Something From a coastline Object
-
`[[`(<ctd>)
- Extract Something From a ctd Object
-
`[[`(<echosounder>)
- Extract Something From an echosounder Object
-
`[[`(<g1sst>)
- Extract Something From a g1sst Object
-
`[[`(<gps>)
- Extract Something From a gps Object
-
`[[`(<ladp>)
- Extract Something From an ladp Object
-
`[[`(<landsat>)
- Extract Something From a landsat Object
-
`[[`(<lisst>)
- Extract Something From a lisst Object
-
`[[`(<lobo>)
- Extract Something From a lobo Object
-
`[[`(<met>)
- Extract Something From a met Object
-
`[[`(<oce>)
- Extract Something From an oce Object
-
`[[`(<odf>)
- Extract Something From an odf Object
-
`[[`(<rsk>)
- Extract Something From a rsk Object
-
`[[`(<sealevel>)
- Extract Something From a sealevel Object
-
`[[`(<section>)
- Extract Something From a section Object
-
`[[`(<tidem>)
- Extract Something From a tidem Object
-
`[[`(<topo>)
- Extract Something From a topo Object
-
`[[`(<windrose>)
- Extract Something From a windrose Object
-
`[[`(<xbt>)
- Extract Something From an xbt Object
-
`[[<-`(<adp>)
- Replace Parts of an adp Object
-
`[[<-`(<adv>)
- Replace Parts of an adv Object
-
`[[<-`(<amsr>)
- Replace Parts of an amsr Object
-
`[[<-`(<argo>)
- Replace Parts of an argo Object
-
`[[<-`(<bremen>)
- Replace Parts of a bremen Object
-
`[[<-`(<cm>)
- Replace Parts of a cm Object
-
`[[<-`(<coastline>)
- Replace Parts of a coastline Object
-
`[[<-`(<ctd>)
- Replace Parts of a ctd Object
-
`[[<-`(<echosounder>)
- Replace Parts of an echosounder Object
-
`[[<-`(<g1sst>)
- Replace Parts of a g1sst Object
-
`[[<-`(<gps>)
- Replace Parts of a gps Object
-
`[[<-`(<ladp>)
- Replace Parts of an ladp Object
-
`[[<-`(<landsat>)
- Replace Parts of a landsat Object
-
`[[<-`(<lisst>)
- Replace Parts of a lisst Object
-
`[[<-`(<lobo>)
- Replace Parts of a lobo Object
-
`[[<-`(<met>)
- Replace Parts of a met Object
-
`[[<-`(<oce>)
- Replace Parts of an oce Object
-
`[[<-`(<odf>)
- Replace Parts of an odf Object
-
`[[<-`(<rsk>)
- Replace Parts of an rsk Object
-
`[[<-`(<sealevel>)
- Replace Parts of a sealevel Object
-
`[[<-`(<section>)
- Replace Parts of a section Object
-
`[[<-`(<tidem>)
- Replace Parts of a tidem Object
-
`[[<-`(<topo>)
- Replace Parts of a topo Object
-
`[[<-`(<windrose>)
- Replace Parts of a windrose Object
-
`[[<-`(<xbt>)
- Replace Parts of an xbt Object
-
subset(<adp>)
- Subset an adp Object
-
subset(<adv>)
- Subset an adv Object
-
subset(<amsr>)
- Subset an amsr Object
-
subset(<argo>)
- Subset an argo Object
-
subset(<cm>)
- Subset a cm Object
-
subset(<coastline>)
- Subset a coastline Object
-
subset(<ctd>)
- Subset a ctd Object
-
subset(<echosounder>)
- Subset an echosounder Object
-
subset(<lobo>)
- Subset a lobo Object
-
subset(<met>)
- Subset a met Object
-
subset(<oce>)
- Subset an oce Object
-
subset(<odf>)
- Subset an odf Object
-
subset(<rsk>)
- Subset a rsk Object
-
subset(<sealevel>)
- Subset a sealevel Object
-
subset(<section>)
- Subset a section Object
-
subset(<topo>)
- Subset a topo Object
-
subset(<xbt>)
- Subset an xbt Object
-
subtractBottomVelocity()
- Subtract Bottom Velocity From an adp Object
-
summary(<adp>)
- Summarize an adp Object
-
summary(<adv>)
- Summarize an adv Object
-
summary(<amsr>)
- Summarize an amsr Object
-
summary(<argo>)
- Summarize an argo Object
-
summary(<bremen>)
- Summarize a bremen Object
-
summary(<cm>)
- Summarize a cm Object
-
summary(<coastline>)
- Summarize a coastline Object
-
summary(<ctd>)
- Summarize a ctd Object
-
summary(<echosounder>)
- Summarize an echosounder Object
-
summary(<gps>)
- Summarize a gps Object
-
summary(<ladp>)
- Summarize an ladp Object
-
summary(<landsat>)
- Summarize a landsat Object
-
summary(<lisst>)
- Summarize a lisst Object
-
summary(<lobo>)
- Summarize a lobo Object
-
summary(<met>)
- Summarize a met Object
-
summary(<oce>)
- Summarize an oce Object
-
summary(<odf>)
- Summarize an odf Object
-
summary(<rsk>)
- Summarize a rsk Object
-
summary(<satellite>)
- Summarize a satellite Object
-
summary(<sealevel>)
- Summarize a sealevel Object
-
summary(<section>)
- Summarize a section Object
-
summary(<tidem>)
- Summarize a tidem Object
-
summary(<topo>)
- Summarize a topo Object
-
summary(<windrose>)
- Summarize a windrose Object
-
summary(<xbt>)
- Summarize an xbt Object
-
sunAngle()
- Solar Angle as Function of Space and Time
-
sunDeclinationRightAscension()
- Sun Declination and Right Ascension
-
swAbsoluteSalinity()
- Seawater Absolute Salinity (GSW Formulation)
-
swAlpha()
- Seawater Thermal Expansion Coefficient
-
swAlphaOverBeta()
- Ratio of Seawater Thermal Expansion Coefficient to Haline Contraction Coefficient
-
swBeta()
- Seawater Haline Contraction Coefficient
-
swCSTp()
- Electrical Conductivity Ratio From Salinity, Temperature and Pressure
-
swConservativeTemperature()
- Seawater Conservative Temperature (GSW Formulation)
-
swDepth()
- Water Depth
-
swDynamicHeight()
- Dynamic Height of a Seawater Profile
-
swLapseRate()
- Seawater Lapse Rate
-
swN2()
- Squared Buoyancy Frequency for Seawater
-
swPressure()
- Water Pressure
-
swRho()
- Seawater Density
-
swRrho()
- Density Ratio
-
swSCTp()
- Practical Salinity From Electrical Conductivity, Temperature and Pressure
-
swSR()
- Seawater Reference Salinity (GSW Formulation)
-
swSTrho()
- Seawater Salinity From Temperature and Density
-
swSigma()
- Seawater Density Anomaly
-
swSigma0()
- Seawater Potential Density Anomaly Referenced to Surface Pressure
-
swSigma1()
- Seawater Potential Density Anomaly Referenced to 1000db Pressure
-
swSigma2()
- Seawater Potential Density Anomaly Referenced to 2000db Pressure
-
swSigma3()
- Seawater Potential Density Anomaly Referenced to 3000db Pressure
-
swSigma4()
- Seawater Potential Density Anomaly Referenced to 4000db Pressure
-
swSigmaT()
- Seawater Quasi-Potential Density Anomaly
-
swSigmaTheta()
- Seawater Potential Density Anomaly
-
swSoundAbsorption()
- Seawater Sound Absorption
-
swSoundSpeed()
- Seawater Sound Speed
-
swSpecificHeat()
- Seawater Specific Heat
-
swSpice()
- Seawater Spiciness
-
swSpiciness0()
- Spiciness in gsw System, Referenced to Surface Pressure
-
swSpiciness1()
- Spiciness in gsw System, Referenced to 1000 dbar Pressure
-
swSpiciness2()
- Spiciness in gsw System, Referenced to 2000 dbar Pressure
-
swSstar()
- Seawater Preformed Salinity (GSW Formulation)
-
swTFreeze()
- Seawater Freezing Temperature
-
swTSrho()
- Seawater Temperature from Salinity and Density
-
swThermalConductivity()
- Seawater Thermal Conductivity
-
swTheta()
- Seawater Potential Temperature (UNESCO Version)
-
swViscosity()
- Seawater Viscosity
-
swZ()
- Vertical Coordinate
-
tail(<oce>)
- Extract the End of an Oce Object
-
threenum()
- Calculate Minimum, Mean, and Maximum Values
-
tidalCurrent
- Tidal Current Dataset
-
tidedata
- Tidal Constituent Information
-
tidem-class
- Class to Store Tidal Models
-
tidem()
- Fit a Tidal Model to a Timeseries
-
tidemAstron()
- Astronomical Calculations for tidem
-
tidemConstituentNameFix()
- Change Tidal Constituent Name from T-TIDE to Foreman Convention
-
tidemVuf()
- Nodal Modulation Calculations for Tidal Analyses
-
timeToArgoJuld()
- Convert Time to Argo Julian Day (juld)
-
titleCase()
- Capitalize First Letter of Each of a Vector of Words
-
toEnu()
- Rotate Acoustic-Doppler Data to the ENU Coordinate System
-
toEnuAdp()
- Convert an adp Object to ENU Coordinates
-
toEnuAdv()
- Convert an adv Object to ENU Coordinates
-
topo-class
- Class to Store Topographic Data
-
topoInterpolate()
- Interpolate Within a topo Object
-
topoWorld
- Global Topographic Data (at Half-degree Resolution)
-
unabbreviateYear()
- Determine Year From Various Abbreviations
-
undriftTime()
- Correct for Drift in an Instrument Clock
-
unduplicateNames()
- Rename Duplicated Character Strings
-
ungrid()
- Extract (x, y, z) From (x, y, grid)
-
unitFromString()
- Decode Units From Strings
-
unitFromStringRsk()
- Infer rsk Units From a Vector of Strings
-
unwrapAngle()
- Unwrap an Angle That Suffers Modulo-360 Problems
-
useHeading()
- Replace the Heading for One Instrument With That of Another
-
usrLonLat()
- Calculate Geographic Coordinates of Plot Box
-
utm2lonlat()
- Convert UTM to Longitude and Latitude
-
vectorShow()
- Show Some Values From a List, Vector or Matrix
-
velocityStatistics()
- Report Statistics of adp or adv Velocities
-
webtide()
- Get a Tidal Prediction From a WebTide Database
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wind
- Sample Wind Data
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window(<oce>)
- Window an oce Object by Time or Distance
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windrose-class
- Class to Store windrose Data
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woceNames2oceNames()
- Translate WOCE Data Names to Oce Data Names
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woceUnit2oceUnit()
- Translate WOCE Units to oce Units
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write.ctd()
- Save a ctd Object in a CSV File
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xbt-class
- Class to Store XBT (Expendable Bathythermograph) Data
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xbt
- Sample xbt Data
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xbt.edf
- Sample xbt File in .edf Format
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xyzToEnu()
- Convert Acoustic-Doppler Data From XYZ to ENU Coordinates
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xyzToEnuAdp()
- Convert adp Object From XYZ to ENU Coordinates
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xyzToEnuAdpAD2CP()
- Convert adp Object of AD2CP type From XYZ to ENU Coordinates
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xyzToEnuAdv()
- Convert an adv Object From XYZ to ENU Coordinates