task_calib_info.java

package edu.colostate.vchill.iris;

import java.nio.ByteBuffer;

/**
 * Class to represent structure for task_calib_info
 *
 * @author Joseph Hardin <josephhardinee@gmail.com>
 */
public class task_calib_info {
    private short reflectivity_slope;
    private short reflectivity_noise_threshold;
    private short clutter_corr_threshold;
    private short SQI_threshold;
    private short power_threshold;

    private short calibration_reflectivity;
    private int thresh_flag_uncorrected_reflectivity;
    private int thresh_flag_corrected_reflectivity;
    private int thresh_flag_velocity;
    private int thresh_flag_width;
    private int thresh_flag_zdr;

    private int flags;

    private short ldr_bias;
    private short zdr_bias;
    private short nexrad_point_clutter_thresh;
    private int nexrad_point_clutter_bin_skip;
    private short io_cal_h;
    private short io_cal_v;
    private short noise_cal_h;
    private short noise_cal_v;
    private short C_h;
    private short C_v;
    private int receiver_bandwidth;

    int BeginPosition;

    public task_calib_info(ByteBuffer in_buf) {
        BeginPosition = in_buf.position();

        reflectivity_slope = in_buf.getShort();
        reflectivity_noise_threshold = in_buf.getShort();
        clutter_corr_threshold = in_buf.getShort();
        SQI_threshold = in_buf.getShort();
        power_threshold = in_buf.getShort();

        in_buf.position(in_buf.position() + 8);

        calibration_reflectivity = in_buf.getShort();
        thresh_flag_uncorrected_reflectivity = UtilityClass.UINT2_to_SINT(in_buf.getShort());
        thresh_flag_corrected_reflectivity = UtilityClass.UINT2_to_SINT(in_buf.getShort());
        thresh_flag_velocity = UtilityClass.UINT2_to_SINT(in_buf.getShort());
        thresh_flag_width = UtilityClass.UINT2_to_SINT(in_buf.getShort());
        thresh_flag_zdr = UtilityClass.UINT2_to_SINT(in_buf.getShort());

        in_buf.position(in_buf.position() + 6);

        flags = UtilityClass.UINT2_to_SINT(in_buf.getShort());

        in_buf.position(in_buf.position() + 2);

        ldr_bias = in_buf.getShort();
        zdr_bias = in_buf.getShort();
        nexrad_point_clutter_thresh = in_buf.getShort();
        nexrad_point_clutter_bin_skip = UtilityClass.UINT2_to_SINT(in_buf.getShort());
        io_cal_h = in_buf.getShort();
        io_cal_v = in_buf.getShort();
        noise_cal_h = in_buf.getShort();
        noise_cal_v = in_buf.getShort();
        C_h = in_buf.getShort();
        C_v = in_buf.getShort();
        receiver_bandwidth = UtilityClass.UINT2_to_SINT(in_buf.getShort());
        in_buf.position(in_buf.position() + 258);//For correct Spacing


    }


}