Get information from class Satellite.
getSatDataLayers(sat, bcde = NULL)getSatDataLayer(sat, bcde)
getSatMeta(sat, bcde)
getSatMetaBCDETemplate(sat, bcde)
getSatLog(sat)
setSatBCDE(sat, bcde)
createSatBCDE(sat, width = 3, flag = 0, prefix = "B", postfix = "n")
addSatMetaParam(sat, meta_param)
addSatMetaEntry(sat, meta_param)
addSatLog(
sat,
info = NA_character_,
in_bcde = NA_character_,
out_bcde = NA_character_
)
addSatDataLayer(sat, bcde, data, meta_param, info, in_bcde)
addRasterMeta2Sat(sat)
createRasterMetaData(rst)
updateRasterMetaData(sat, bcde)
countSatDataLayers(sat)
getSatParam(sat, param, bcde, return_bcde = TRUE)
getSatBCDE(sat, lnbr)
getSatBID(sat, bcde)
getSatSID(sat)
getSatSensor(sat)
getSatSensorGroup(sat)
getSatSensorInfo(sat)
getSatSpectrum(sat, bcde)
getSatBCDESolar(sat)
getSatBCDEThermal(sat)
getSatXRes(sat, bcde)
getSatYRes(sat, bcde)
getSatRes(sat, bcde)
getSatType(sat, bcde)
getSatCalib(sat, bcde)
getSatBCDEType(sat, bcde, type)
getSatBCDEFromType(sat, type = "VIS")
getSatBCDEFromSpectrum(sat, spectrum = "solar")
getSatBCDESres(sat, bcde, type)
getSatBCDECalib(sat, bcde, calib)
getSatBCDESolarCalib(sat, bcde, calib)
getSatBCDEThermalCalib(sat, bcde, calib)
getSatBandInfo(sat, bcde, return_calib = TRUE)
getSatRadMax(sat, bcde)
getSatRadMin(sat, bcde)
getSatRefMax(sat, bcde)
getSatRefMin(sat, bcde)
getSatESD(sat)
getSatESUN(sat, bcde)
getSatSZEN(sat, bcde)
getSatSAZM(sat, bcde)
getSatSELV(sat, bcde)
getSatMetaLayer(sat, bcde)
getSatLayerfromData(sat, bcde, nbr)
getSatLNBR(sat, bcde)
getSatLMIN(sat, bcde)
getSatLMAX(sat, bcde)
getSatRADA(sat, bcde)
getSatRADM(sat, bcde)
getSatREFA(sat, bcde)
getSatREFM(sat, bcde)
getSatBTK1(sat, bcde)
getSatBTK2(sat, bcde)
getSatPRAD(sat, bcde)
getSatDATE(sat, bcde)
getSatProjection(sat, bcde)
Objects of respective type (see satellite).
Satellite object (see satellite).
Band code.
Field width and format modifier for automated creation of
BCDE information, defaults to '3' and '0', respectively. See
formatC for further details.
Prefix and postfix to be added to the created BCDE information.
Metadata parameters used to document new data layer
Log information added to metadata
BCDE of layer used as input dataset
BCDE of layer used as output dataset
Data layer of a Satellite object
Input raster::Raster* object from which to extract metadata.
Parameter of the metadata set (i.e. colname)
Return bcde as attribute (TRUE/FALSE)
Layer number
Type of the sensor band
Spectral region, e.g. "solar" or "thermal".
Calibration information.
Return calibration information (TRUE/FALSE)
Return specific data layer selected by number
getSatDataLayers(): Return Satellite data layers
getSatDataLayer(): Return Satellite data layer i
getSatMeta(): Return Satellite object metadata
getSatMetaBCDETemplate(): Return template for Satellite object metadata which is based on existing band
getSatLog(): Return Satellite object log info
setSatBCDE(): Set BCDE/data layer names of a Satellite object
createSatBCDE(): If not supplied, automatically create BCDE names of a Satellite object
addSatMetaParam(): Add additional or overwrite metainformation parameter to Satellite object
addSatMetaEntry(): Add metainformation for an additional layer to Satellite object
addSatLog(): Add new log entry to Satellite object
addSatDataLayer(): Add new Satellite data layer
addRasterMeta2Sat(): Add raster meta data to Satellite object meta data
createRasterMetaData(): Create raster meta data
updateRasterMetaData(): Create raster meta data
countSatDataLayers(): Return number of Satellite data layers
getSatParam(): Return parameter (general method implemented by the specific functions below)
getSatBCDE(): Return Band code
getSatBID(): Return Band IDs
getSatSID(): Return sensor ID
getSatSensor(): Return sensor
getSatSensorGroup(): Return sensor group
getSatSensorInfo(): Return sensor information
getSatSpectrum(): Return spectrum
getSatBCDESolar(): Return solar band codes
getSatBCDEThermal(): Return thermal band codes
getSatXRes(): Return sensor x resolution
getSatYRes(): Return sensor y resolution
getSatRes(): Return mean sensor resolution (mean of x and y res)
getSatType(): Return sensor type
getSatCalib(): Return calibration level
getSatBCDEType(): Return TYPE band codes
getSatBCDEFromType(): Return BCDE matching TYPE
getSatBCDEFromSpectrum(): Return BCDE matching TYPE
getSatBCDESres(): Return the mean of x and y resolution for band codes matching type
getSatBCDECalib(): Return calibration level for band codes matching type
getSatBCDESolarCalib(): Return calibration level for band codes machting type and are solar bands
getSatBCDEThermalCalib(): Return calibration level for band codes machting type and are thermal bands
getSatBandInfo(): Return band information
getSatRadMax(): Return maximum radiance for bcde
getSatRadMin(): Return minimum radiance for bcde
getSatRefMax(): Return maximum reflectance for bcde
getSatRefMin(): Return minimum reflectance for bcde
getSatESD(): Return earth-sun distance
getSatESUN(): Return actual solar TOA irradiance
getSatSZEN(): Return sun zenith angle
getSatSAZM(): Return sun azimuth angle
getSatSELV(): Return Sun elevation
getSatMetaLayer(): Return Layer name from metadata
getSatLayerfromData(): Return Layer name from data layer
getSatLNBR(): Return Layer number
getSatLMIN(): Return minimum wavelength of the sensor band
getSatLMAX(): Return maximum wavelength of the sensor band
getSatRADA(): Return addition coefficient for SC to radiance conversion
getSatRADM(): Return multiplicative coefficient for SC to radiance conversion
getSatREFA(): Return addition coefficient for SC to reflectance
getSatREFM(): Return multiplicative coefficient for SC to reflectance
getSatBTK1(): Return calibration coefficent to convert SC to brightness temperature
getSatBTK2(): Return calibration coefficent to convert SC to brightness temperature
getSatDATE(): Return DATE
getSatProjection(): Return projection
The functions are generally self-explaining in that sence that
get* returns the respective information and set* sets the
respective information from/in the Satellite object.
addSatLog adds a log entry to the Satellite object.
# List of input files
path <- system.file("extdata", package = "satellite")
files <- list.files(path, pattern = glob2rx("LC08*.TIF"), full.names = TRUE)
sat <- satellite(files)
# Raster stack l8
sat <- satellite(l8)
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