//
// CalibratorGvarG10.java
//
/*
This source file is part of the edu.wisc.ssec.mcidas package and is
Copyright (C) 1998 - 2017 by Tom Whittaker, Tommy Jasmin, Tom Rink,
Don Murray, James Kelly, Bill Hibbard, Dave Glowacki, Curtis Rueden
and others.
This library is free software; you can redistribute it and/or
modify it under the terms of the GNU Library General Public
License as published by the Free Software Foundation; either
version 2 of the License, or (at your option) any later version.
This library is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
Library General Public License for more details.
You should have received a copy of the GNU Library General Public
License along with this library; if not, write to the Free
Software Foundation, Inc., 59 Temple Place - Suite 330, Boston,
MA 02111-1307, USA
*/
package edu.wisc.ssec.mcidas;
import java.io.DataInputStream;
import java.io.IOException;
/**
* CalibratorGvarG10 creates a Calibrator object designed specifically
* to deal with GOES 10 data. Not fully implemented at present - some
* calibrations remain to be done. It provides all the constants
* specific to the GOES 10 imager and sounder sensors.
*
* @version 1.3 6 Aug 1999
* @author Tommy Jasmin, SSEC
*/
public class CalibratorGvarG10 extends CalibratorGvar {
protected static float [] imager10FK1 = new float[NUM_BANDS_IMAGER];
protected static float [] sounder10FK1 = new float[NUM_BANDS_SOUNDER];
protected static float [] imager10FK2 = new float[NUM_BANDS_IMAGER];
protected static float [] sounder10FK2 = new float[NUM_BANDS_SOUNDER];
protected static float [] imager10TC1 = new float[NUM_BANDS_IMAGER];
protected static float [] sounder10TC1 = new float[NUM_BANDS_SOUNDER];
protected static float [] imager10TC2 = new float[NUM_BANDS_IMAGER];
protected static float [] sounder10TC2 = new float[NUM_BANDS_SOUNDER];
// the following static init block sets the class temp/rad constants
static {
imager10FK1[0] = 0.00000E0f;
imager10FK1[1] = 0.19841E6f;
imager10FK1[2] = 0.39086E5f;
imager10FK1[3] = 0.97744E4f;
imager10FK1[4] = 0.68286E4f;
sounder10FK1[0] = 0.37305E4f;
sounder10FK1[1] = 0.40039E4f;
sounder10FK1[2] = 0.43124E4f;
sounder10FK1[3] = 0.46616E4f;
sounder10FK1[4] = 0.49734E4f;
sounder10FK1[5] = 0.58698E4f;
sounder10FK1[6] = 0.68161E4f;
sounder10FK1[7] = 0.89404E4f;
sounder10FK1[8] = 0.12973E5f;
sounder10FK1[9] = 0.28708E5f;
sounder10FK1[10] = 0.34401E5f;
sounder10FK1[11] = 0.43086E5f;
sounder10FK1[12] = 0.12468E6f;
sounder10FK1[13] = 0.12882E6f;
sounder10FK1[14] = 0.13532E6f;
sounder10FK1[15] = 0.16853E6f;
sounder10FK1[16] = 0.18862E6f;
sounder10FK1[17] = 0.22487E6f;
imager10FK2[0] = 0.00000E0f;
imager10FK2[1] = 0.36745E4f;
imager10FK2[2] = 0.21381E4f;
imager10FK2[3] = 0.13470E4f;
imager10FK2[4] = 0.11953E4f;
sounder10FK2[0] = 0.97710E3f;
sounder10FK2[1] = 0.10004E4f;
sounder10FK2[2] = 0.10255E4f;
sounder10FK2[3] = 0.10524E4f;
sounder10FK2[4] = 0.10754E4f;
sounder10FK2[5] = 0.11365E4f;
sounder10FK2[6] = 0.11945E4f;
sounder10FK2[7] = 0.13076E4f;
sounder10FK2[8] = 0.14804E4f;
sounder10FK2[9] = 0.19291E4f;
sounder10FK2[10] = 0.20490E4f;
sounder10FK2[11] = 0.22087E4f;
sounder10FK2[12] = 0.31474E4f;
sounder10FK2[13] = 0.31818E4f;
sounder10FK2[14] = 0.32345E4f;
sounder10FK2[15] = 0.34800E4f;
sounder10FK2[16] = 0.36131E4f;
sounder10FK2[17] = 0.38311E4f;
imager10TC1[0] = 0.00000f;
imager10TC1[1] = 0.62226f;
imager10TC1[2] = 0.61438f;
imager10TC1[3] = 0.27791f;
imager10TC1[4] = 0.21145f;
sounder10TC1[0] = 0.00988f;
sounder10TC1[1] = 0.01196f;
sounder10TC1[2] = 0.01245f;
sounder10TC1[3] = 0.01245f;
sounder10TC1[4] = 0.01366f;
sounder10TC1[5] = 0.04311f;
sounder10TC1[6] = 0.13973f;
sounder10TC1[7] = 0.11707f;
sounder10TC1[8] = 0.03979f;
sounder10TC1[9] = 0.14968f;
sounder10TC1[10] = 0.27603f;
sounder10TC1[11] = 0.13049f;
sounder10TC1[12] = 0.02008f;
sounder10TC1[13] = 0.01834f;
sounder10TC1[14] = 0.02017f;
sounder10TC1[15] = 0.05292f;
sounder10TC1[16] = 0.05330f;
sounder10TC1[17] = 0.28683f;
imager10TC2[0] = 0.00000f;
imager10TC2[1] = 0.99912f;
imager10TC2[2] = 0.99857f;
imager10TC2[3] = 0.99905f;
imager10TC2[4] = 0.99919f;
sounder10TC2[0] = 0.99995f;
sounder10TC2[1] = 0.99994f;
sounder10TC2[2] = 0.99994f;
sounder10TC2[3] = 0.99995f;
sounder10TC2[4] = 0.99994f;
sounder10TC2[5] = 0.99983f;
sounder10TC2[6] = 0.99947f;
sounder10TC2[7] = 0.99959f;
sounder10TC2[8] = 0.99988f;
sounder10TC2[9] = 0.99962f;
sounder10TC2[10] = 0.99933f;
sounder10TC2[11] = 0.99970f;
sounder10TC2[12] = 0.99997f;
sounder10TC2[13] = 0.99997f;
sounder10TC2[14] = 0.99997f;
sounder10TC2[15] = 0.99992f;
sounder10TC2[16] = 0.99992f;
sounder10TC2[17] = 0.99961f;
}
/**
*
* constructor
*
* @param dis data input stream
* @param ad AncillaryData object
* @param cb calibration parameters array
*
*/
public CalibratorGvarG10(DataInputStream dis, AncillaryData ad, int [] cb)
throws IOException
{
super(dis, ad, cb);
}
public CalibratorGvarG10(int sensorId, int[] cb) {
super(sensorId, cb);
}
/**
*
* calibrate from radiance to temperature
*
* @param inVal input data value
* @param band channel/band number
* @param sId sensor id number
*
*/
public float radToTemp(float inVal, int band, int sId) {
double expn;
double temp;
float outVal;
if ((sId % 2) == 0) {
expn = (imager10FK1[band - 1] / inVal) + 1.0;
temp = imager10FK2[band - 1] / Math.log(expn);
outVal = (float) ((temp - imager10TC1[band - 1]) / imager10TC2[band - 1]);
} else {
expn = (sounder10FK1[band - 1] / inVal) + 1.0;
temp = sounder10FK2[band - 1] / Math.log(expn);
outVal = (float)
((temp - sounder10TC1[band - 1]) / sounder10TC2[band - 1]);
}
return (outVal);
}
}
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