Uses of Interface
org.itc.idv.math.Algorithm

Packages that use Algorithm
org.itc.idv.math Provides for the generic mathematical functionality. 
 

Uses of Algorithm in org.itc.idv.math
 

Classes in org.itc.idv.math that implement Algorithm
 class AbstractAlgorithm
          Convenience class to implement Algorithm.
 

Methods in org.itc.idv.math that return Algorithm
 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.getDayLightAlgorithm()
          returns the Day Light Algorithm; it produces the duration of daylight, in hours
 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.getElevationAngleAlgorithm()
          returns the ElevationAngle Algorithm; it produces the elevation angle, angle (in degrees) between local horizon plane and sun direction, given local lat and lon (in degrees) It is the complementary angle of the sun zenith angle
 Algorithm SunTriangulation.getEquationOfTimeResultAlgorithm()
           
 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.getSolarNoonAlgorithm()
          returns the Local Noon Algorithm; it produces the solar noon, in utc hours
 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.getSunRiseAlgorithm()
          returns the Sun Rise Algorithm; it produces the time of sunrise, in utc hours
 Algorithm SunTriangulation.getSunSetAlgorithm()
          returns the Sun Set Algorithm; it produces the time of sunset, in utc hours
 Algorithm SunTriangulation.getTrueSolarNoonAlgorithm()
          returns the True Solar Noon Algorithm; it produces the time of noon, in utc hours.
 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)