@Test public void testCalibration() { MetopRad2ReflFactorCalibrator calibrator = new MetopRad2ReflFactorCalibrator(139.8732, 1); assertEquals(16.418472, calibrator.calibrate((float) (7.31)), 1.0e-6f); }
@Override public float calibrate(float radiances) { return radiances / conversionFactor; }
MetopRad2ReflFactorCalibrator implements RadianceCalibrator { @Override public float calibrate(float radiances) { return radiances / conversionFactor; } }
MetopRad2ReflFactorCalibrator implements RadianceCalibrator { @Override public float calibrate(float radiances) { return radiances / conversionFactor; } MetopRad2ReflFactorCalibrator(double solarIrradiance, double earthSunDistance); }
MetopRad2ReflFactorCalibrator implements RadianceCalibrator { @Override public float calibrate(float radiances) { return radiances / conversionFactor; } MetopRad2ReflFactorCalibrator(double solarIrradiance, double earthSunDistance); @Override float calibrate(float radiances); float getConversionFactor(); }
MetopRad2ReflFactorCalibrator implements RadianceCalibrator { @Override public float calibrate(float radiances) { return radiances / conversionFactor; } MetopRad2ReflFactorCalibrator(double solarIrradiance, double earthSunDistance); @Override float calibrate(float radiances); float getConversionFactor();  }