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tc_columns.h
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tc_columns.h
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// *=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*
// ** Copyright UCAR (c) 1992 - 2022
// ** University Corporation for Atmospheric Research (UCAR)
// ** National Center for Atmospheric Research (NCAR)
// ** Research Applications Lab (RAL)
// ** P.O.Box 3000, Boulder, Colorado, 80307-3000, USA
// *=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*
////////////////////////////////////////////////////////////////////////
#ifndef __TC_COLUMNS_H__
#define __TC_COLUMNS_H__
////////////////////////////////////////////////////////////////////////
#include <iostream>
#include <fstream>
#include "vx_util.h"
#include "tc_hdr_columns.h"
#include "track_pair_info.h"
#include "prob_rirw_pair_info.h"
////////////////////////////////////////////////////////////////////////
static const char * tc_header_cols [] = {
"VERSION", "AMODEL", "BMODEL",
"DESC", "STORM_ID", "BASIN",
"CYCLONE", "STORM_NAME", "INIT",
"LEAD", "VALID", "INIT_MASK",
"VALID_MASK", "LINE_TYPE"
};
static const int n_tc_header_cols = sizeof(tc_header_cols)/sizeof(*tc_header_cols);
////////////////////////////////////////////////////////////////////////
static const char * tc_mpr_cols [] = {
"TOTAL", "INDEX",
"LEVEL", "WATCH_WARN", "INITIALS",
"ALAT", "ALON",
"BLAT", "BLON",
"TK_ERR", "X_ERR", "Y_ERR",
"ALTK_ERR", "CRTK_ERR",
"ADLAND", "BDLAND",
"AMSLP", "BMSLP",
"AMAX_WIND", "BMAX_WIND",
"AAL_WIND_34", "BAL_WIND_34",
"ANE_WIND_34", "BNE_WIND_34",
"ASE_WIND_34", "BSE_WIND_34",
"ASW_WIND_34", "BSW_WIND_34",
"ANW_WIND_34", "BNW_WIND_34",
"AAL_WIND_50", "BAL_WIND_50",
"ANE_WIND_50", "BNE_WIND_50",
"ASE_WIND_50", "BSE_WIND_50",
"ASW_WIND_50", "BSW_WIND_50",
"ANW_WIND_50", "BNW_WIND_50",
"AAL_WIND_64", "BAL_WIND_64",
"ANE_WIND_64", "BNE_WIND_64",
"ASE_WIND_64", "BSE_WIND_64",
"ASW_WIND_64", "BSW_WIND_64",
"ANW_WIND_64", "BNW_WIND_64",
"ARADP", "BRADP",
"ARRP", "BRRP",
"AMRD", "BMRD",
"AGUSTS", "BGUSTS",
"AEYE", "BEYE",
"ADIR", "BDIR",
"ASPEED", "BSPEED",
"ADEPTH", "BDEPTH",
"NUM_MEMBERS",
"TRACK_SPREAD", "TRACK_STDEV",
"MSLP_STDEV", "MAX_WIND_STDEV"
};
static const int n_tc_mpr_cols = sizeof(tc_mpr_cols)/sizeof(*tc_mpr_cols);
////////////////////////////////////////////////////////////////////////
static const char * tc_cols_track [] = {
"TK_ERR", "ALTK_ERR", "CRTK_ERR"
};
static const int n_tc_cols_track = sizeof(tc_cols_track)/sizeof(*tc_cols_track);
static const char * tc_cols_wind [] = {
"ABS(AAL_WIND_34-BAL_WIND_34)",
"ABS(ANE_WIND_34-BNE_WIND_34)",
"ABS(ASE_WIND_34-BSE_WIND_34)",
"ABS(ASW_WIND_34-BSW_WIND_34)",
"ABS(ANW_WIND_34-BNW_WIND_34)",
"ABS(AAL_WIND_50-BAL_WIND_50)",
"ABS(ANE_WIND_50-BNE_WIND_50)",
"ABS(ASE_WIND_50-BSE_WIND_50)",
"ABS(ASW_WIND_50-BSW_WIND_50)",
"ABS(ANW_WIND_50-BNW_WIND_50)",
"ABS(AAL_WIND_64-BAL_WIND_64)",
"ABS(ANE_WIND_64-BNE_WIND_64)",
"ABS(ASE_WIND_64-BSE_WIND_64)",
"ABS(ASW_WIND_64-BSW_WIND_64)",
"ABS(ANW_WIND_64-BNW_WIND_64)"
};
static const int n_tc_cols_wind = sizeof(tc_cols_wind)/sizeof(*tc_cols_wind);
static const char * tc_cols_ti [] = {
"ABS(TK_ERR)", "ABS(AMAX_WIND-BMAX_WIND)"
};
static const int n_tc_cols_ti = sizeof(tc_cols_ti)/sizeof(*tc_cols_ti);
static const char * tc_cols_ac [] = {
"ABS(ALTK_ERR)", "ABS(CRTK_ERR)"
};
static const int n_tc_cols_ac = sizeof(tc_cols_ac)/sizeof(*tc_cols_ac);
static const char * tc_cols_xy [] = {
"ABS(X_ERR)", "ABS(Y_ERR)"
};
static const int n_tc_cols_xy = sizeof(tc_cols_xy)/sizeof(*tc_cols_xy);
////////////////////////////////////////////////////////////////////////
static const char * tc_diag_cols [] = {
"TOTAL", "INDEX",
"DIAG_SOURCE", "TRACK_SOURCE", "FIELD_SOURCE",
"N_DIAG", "DIAG_", "VALUE_"
};
static const int n_tc_diag_cols = sizeof(tc_diag_cols)/sizeof(*tc_diag_cols);
inline int get_n_tc_diag_cols (int n) { return(n_tc_diag_cols + (2*n)); } // n = NDiag
////////////////////////////////////////////////////////////////////////
static const char * prob_rirw_cols [] = {
"ALAT", "ALON",
"BLAT", "BLON",
"INITIALS",
"TK_ERR", "X_ERR", "Y_ERR",
"ADLAND", "BDLAND",
"RIRW_BEG", "RIRW_END", "RIRW_WINDOW",
"AWIND_END",
"BWIND_BEG", "BWIND_END",
"BDELTA", "BDELTA_MAX",
"BLEVEL_BEG", "BLEVEL_END",
"N_THRESH", "THRESH_", "PROB_"
};
static int n_prob_rirw_cols = sizeof(prob_rirw_cols)/sizeof(*prob_rirw_cols);
inline int get_n_prob_rirw_cols (int n) { return(n_prob_rirw_cols + (2*n)); } // n = NThresh
////////////////////////////////////////////////////////////////////////
extern void open_tc_txt_file (std::ofstream *&, const char *);
extern void close_tc_txt_file(std::ofstream *&, const char *);
////////////////////////////////////////////////////////////////////////
// Write out the header row for fixed length line types
extern void write_tc_header_row(const char **, int, int, AsciiTable &, int, int);
// Write out the header row
extern void write_tc_mpr_header_row (int, AsciiTable &, int, int);
extern void write_tc_diag_header_row (int, int, AsciiTable &, int, int);
extern void write_prob_rirw_header_row(int, int, AsciiTable &, int, int);
// Write out the data lines
extern void write_track_pair_info (TcHdrColumns &, const TrackPairInfo &, AsciiTable &, int &);
extern void write_prob_rirw_pair_info(TcHdrColumns &, const ProbRIRWPairInfo &, AsciiTable &, int &);
// Write out the header entries
extern void write_tc_header_cols(const TcHdrColumns &, AsciiTable &, int);
// Write out the data columns
extern void write_tc_mpr_cols (const TrackPairInfo &, int, AsciiTable &, int, int);
extern void write_tc_diag_cols (const TrackPairInfo &, int, AsciiTable &, int, int);
extern void write_prob_rirw_cols(const ProbRIRWPairInfo &, int, AsciiTable &, int, int);
// Setup column justification for TC-STAT AsciiTable objects
extern void justify_tc_stat_cols(AsciiTable &);
////////////////////////////////////////////////////////////////////////
#endif /* __TC_COLUMNS_H__ */
////////////////////////////////////////////////////////////////////////