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Packages that use Algorithm | |
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org.n52.math | Provides for the generic mathematical functionality. |
org.n52.operation | Provides for geospatial operations. |
org.n52.operation.fluxnet | |
org.n52.operation.smac | Provides for the SMAC (A Simplified Method for the Atmospheric Correction) algorithm and all secondary related classes. |
Uses of Algorithm in org.n52.math |
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Classes in org.n52.math that implement Algorithm | |
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class |
AbstractAlgorithm
Convenience class to implement Algorithm . |
Methods in org.n52.math that return Algorithm | |
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Algorithm |
AlgorithmOnList.getAlgorithm(int index)
returns the requested Algorithm |
Algorithm |
SunTriangulation.getAzimuthAlgorithm()
returns the Azimuth Algorithm; it produces the azimuth, angle (in degrees) between local North and projected sun direction, given local lat and lon (in degrees) |
Algorithm |
SatelliteTriangulation.getAzimuthAlgorithm()
returns the Azimuth Algorithm; it produces the azimuth, angle (in degrees) between local North and projected satellite direction, given local lat and lon (in degrees) |
Algorithm |
SunTriangulation.getDistanceAlgorithm()
returns the Distance Algorithm; it produces the distance, between local position and sun, in AU (astronomic units), given local lat and lon (in degrees). |
Algorithm |
SatelliteTriangulation.getDistanceAlgorithm()
returns the Distance Algorithm; it produces the distance, between local position and satellite position, in meters, given local lat and lon (in degrees) |
Algorithm |
SunTriangulation.getEquationOfTimeResultAlgorithm()
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Algorithm |
SatelliteTriangulation.getPixelSizeAlgorithm()
returns the Pixel Size Algorithm; it produces the pixel size, in square km (area covered by one pixel)at a local position, given local lat and lon (in degrees) and nadir pixel size |
Algorithm |
SunTriangulation.getSunDeclinationAlgorithm()
returns the Sun Declination Algorithm; it produces the declination, angle (in degrees) between equator plane and sun direction, given utc time |
Algorithm |
SunTriangulation.getZenithAngleAlgorithm()
returns the ZenithAngle Algorithm; it produces the zenith angle, angle (in degrees) between local vertical and sun direction, given local lat and lon (in degrees) |
Algorithm |
SatelliteTriangulation.getZenithAngleAlgorithm()
returns the ZenithAngle Algorithm; it produces the zenith angle, angle (in degrees) between local vertical and satellite direction, given local lat and lon (in degrees) |
Uses of Algorithm in org.n52.operation |
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Classes in org.n52.operation that implement Algorithm | |
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class |
NdviAlgorithm
NDVI. |
Uses of Algorithm in org.n52.operation.fluxnet |
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Methods in org.n52.operation.fluxnet that return Algorithm | |
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Algorithm |
FluxNetAlgorithm.getAlgorithm(int index)
Get the names and descriptions of each output value. |
Uses of Algorithm in org.n52.operation.smac |
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Classes in org.n52.operation.smac that implement Algorithm | |
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class |
RadianceFromDN
Algorithm to calculate the radiance based on the digital number. |
class |
ReflectanceAlgorithm
Algorithm to calculate the reflectance based on the radiance and the position on earth Intended to be used for MSG imagery. |
class |
SmacAlgorithm
Algorithm to execute the SMAC algorithm. |
Methods in org.n52.operation.smac that return Algorithm | |
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Algorithm |
RadianceFromDNforMSG.getRadianceFromDN(int channel)
returns the RadianceFromDN to calculate the radiance form the DN |
Algorithm |
ReflectanceFromRadianceForMSG.getReflectanceAlgorithm(int channel)
returns the ReflectanceAlgorithm to calculate the radiance form the DN |
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