/*
 * Copyright (C) 1998 by Southwest Research Institute (SwRI)
 * 
 * All rights reserved under U.S. Copyright Law and International Conventions.
 * 
 * The development of this Software was supported by contracts NAG5-3148,
 * NAG5-6855, NAS8-36840, NAG5-2323, and NAG5-7043 issued on behalf of
 * the United States Government by its National Aeronautics and Space
 * Administration.  Southwest Research Institute grants to the Government,
 * and others acting on its behalf, a paid-up nonexclusive, irrevocable,
 * worldwide license to reproduce, prepare derivative works, and perform
 * publicly and display publicly, by or on behalf of the Government.
 * Other than those rights granted to the United States Government, no part
 * of this Software may be reproduced in any form or by any means, electronic
 * or mechanical, including photocopying, without permission in writing from
 * Southwest Research Institute.  All inquiries should be addressed to:
 * 
 * Director of Contracts
 * Southwest Research Institute
 * P. O. Drawer 28510
 * San Antonio, Texas 78228-0510
 * 
 * 
 * Use of this Software is governed by the terms of the end user license
 * agreement, if any, which accompanies or is included with the Software
 * (the "License Agreement").  An end user will be unable to install any
 * Software that is accompanied by or includes a License Agreement, unless
 * the end user first agrees to the terms of the License Agreement.  Except
 * as set forth in the applicable License Agreement, any further copying,
 * reproduction or distribution of this Software is expressly prohibited.
 * Installation assistance, product support and maintenance, if any, of the
 * Software is available from SwRI and/or the Third Party Providers, as the
 * case may be.
 * 
 * Disclaimer of Warranty
 * 
 * SOFTWARE IS WARRANTED, IF AT ALL, IN ACCORDANCE WITH THESE TERMS OF THE
 * LICENSE AGREEMENT.  UNLESS OTHERWISE EXPLICITLY STATED, THIS SOFTWARE IS
 * PROVIDED "AS IS", IS EXPERIMENTAL, AND IS FOR NON-COMMERCIAL USE ONLY,
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 * INCLUDING ANY IMPLIED WARRANTY OF MERCHANTABILITY, FITNESS FOR A PARTICULAR
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 * 
 * Local Laws: Export Control
 * 
 * You acknowledge and agree this Software is subject to the U.S. Export 
 * Administration Laws and Regulations.  Diversion of such Software contrary
 * to U.S. law is prohibited.  You agree that none of the Software, nor any
 * direct product therefrom, is being or will be acquired for, shipped,
 * transferred, or reexported, directly or indirectly, to proscribed or
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 * 
 * General
 * 
 * These Terms represent the entire understanding relating to the use of the 
 * Software and prevail over any prior or contemporaneous, conflicting or
 * additional, communications.  SwRI can revise these Terms at any time
 * without notice by updating this posting.
 * 
 * Trademarks
 * 
 * The SwRI logo is a trademark of SwRI in the United States and other countries.
 * 
 */
#ifndef __TREC_STR_H__
#define __TREC_STR_H__

#include "SDDAS_types.h"
#include "user_defs.h"

struct fill_mode
{
   SDDAS_FLOAT *data;
   SDDAS_FLOAT *tot_frac;
   SDDAS_LONG *bpix;
   SDDAS_LONG *epix;
   SDDAS_LONG *btime_sec;
   SDDAS_LONG *btime_nsec;
   SDDAS_LONG *etime_sec;
   SDDAS_LONG *etime_nsec;
   SDDAS_SHORT *btime_yr;
   SDDAS_SHORT *btime_day;
   SDDAS_SHORT *etime_yr;
   SDDAS_SHORT *etime_day;
   SDDAS_SHORT *modes;
   SDDAS_SHORT *ind_fill_mode;
   SDDAS_SHORT *num_units;
   SDDAS_CHAR *buf_stat;
   void *base;
   void *base_data;
   SDDAS_CHAR *bin_stat;
   SDDAS_CHAR start_buf;
};

struct fill_data
{
   SDDAS_FLOAT *data;
   SDDAS_FLOAT *tot_frac;
   SDDAS_LONG *bpix;
   SDDAS_LONG *epix;
   SDDAS_LONG *btime_sec;
   SDDAS_LONG *btime_nsec;
   SDDAS_LONG *etime_sec;
   SDDAS_LONG *etime_nsec;
   SDDAS_SHORT *btime_yr;
   SDDAS_SHORT *btime_day;
   SDDAS_SHORT *etime_yr;
   SDDAS_SHORT *etime_day;
   SDDAS_SHORT *sensors;
   SDDAS_SHORT *ind_fill_sen;
   SDDAS_SHORT sensors_used;
   SDDAS_SHORT *num_units;
   SDDAS_CHAR *buf_stat;
   void *base;
   void *base_data;
   SDDAS_CHAR *bin_stat;
   SDDAS_CHAR start_buf;
   void *base_fill_disc;
   struct fill_discontinuous *fill_disc;
};

struct fill_discontinuous
{
   SDDAS_FLOAT *tot_data;
   SDDAS_FLOAT *tot_frac;
   SDDAS_FLOAT *last_data;
   SDDAS_FLOAT *center_val;
   SDDAS_FLOAT *band_low;
   SDDAS_CHAR *bin_stat;
   SDDAS_CHAR *cross_boundary;
   void *base_data;
   SDDAS_SHORT tot_units;
   SDDAS_CHAR calc_band;
};

struct collapse_data
{
  SDDAS_FLOAT **tot_frac_4d_ptr; /* array of ptrs to 4d data */
  SDDAS_FLOAT **data_4d_ptr;     /* array of ptrs to 4d data */
  SDDAS_FLOAT *data_3d_binned;
  SDDAS_FLOAT *data_3d_separate;
  SDDAS_FLOAT *data_2d;
  SDDAS_FLOAT *start_theta;
  SDDAS_FLOAT *stop_theta;
  SDDAS_FLOAT *phi_bands;
  SDDAS_DOUBLE *phi_bands_rad;
  SDDAS_DOUBLE *phi_centers_rad;
  SDDAS_DOUBLE *phi_sin_centers;
  SDDAS_DOUBLE *phi_cos_centers;
  SDDAS_FLOAT delta_phi;
  SDDAS_FLOAT data_1d;
  SDDAS_LONG all_phi_elements;
  SDDAS_LONG all_binned_theta_elements;
  SDDAS_LONG all_separate_theta_elements;
  SDDAS_SHORT *sensor_bin;
  SDDAS_SHORT theta_bins;
  SDDAS_SHORT num_units;
  SDDAS_SHORT phi_bins;
  SDDAS_CHAR **bin_stat_ptr;     /* array of ptrs to 4d data */
  SDDAS_CHAR filled_phi_matrix[NUM_BUFFERS]; /* one for each phi matrix for each buffer*/
  SDDAS_CHAR add_phi_matrix[NUM_BUFFERS]; /* one for each phi matrix for each buffer*/
  SDDAS_CHAR interleave;
  void *base_data;
  void *base_theta;
  void *base_sen;
  void *base_double;           /* base address of allocated DOUBLE values */
  void *base_4d;               /* base address of allocated array ptrs   */
};

struct bin_info
{
   SDDAS_FLOAT *center_val;
   SDDAS_FLOAT *band_low;
   SDDAS_FLOAT *band_high;
   SDDAS_FLOAT start_center;
   SDDAS_FLOAT stop_center;
   SDDAS_FLOAT delta_bin;
   SDDAS_SHORT *sen_index;
   SDDAS_SHORT num_bins;
   SDDAS_SHORT num_converted;
   SDDAS_LONG *tbl_oper;
   SDDAS_SHORT num_center_band;
   SDDAS_LONG *center_opers;
   SDDAS_LONG *band_opers;
   SDDAS_LONG *upper_band_opers;
   SDDAS_CHAR swp_type;
   SDDAS_CHAR input_fmt;
   SDDAS_CHAR swp_fmt;
   SDDAS_CHAR bin_fill;
   void *base_center;
   void *base_bands;
   void *base_index;
   void *tbl_info;
   SDDAS_CHAR *swp_tbls;
   SDDAS_CHAR num_tbls;
   void *base_vcenter;
   void *base_vband;
   void *base_vupper_band;
   SDDAS_CHAR num_center;
   SDDAS_CHAR num_calc_bands;
   SDDAS_CHAR num_upper_band;
   SDDAS_CHAR *center_tbls;
   SDDAS_CHAR *band_tbls;
   SDDAS_CHAR *upper_band_tbls;
   SDDAS_CHAR vfmt;
};

struct fill_sensor
{
  struct in_fill *min_max_app;
  SDDAS_SHORT sensor_num;
  SDDAS_SHORT num_units;
  void *base_mem;
};

struct in_fill
{
  SDDAS_FLOAT sen_min;
  SDDAS_FLOAT sen_max;
  SDDAS_LONG *tbl_oper;
  SDDAS_CHAR data_type;
  SDDAS_CHAR cal_set;
  void *tbl_info;
  SDDAS_CHAR *tbl_apply;
  SDDAS_CHAR num_tbls;
};

#endif