LIGOMetadataTables.h

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/*
*  Copyright (C) 2007 Andres C. Rodriguez, Badri Krishnan, Sukanta Bose, Alexander Dietz, Duncan Brown, Kipp Cannon, Lisa M. Goggin, Patrick Brady, Robert Adam Mercer, Saikat Ray-Majumder, Anand Sengupta, Stephen Fairhurst, Xavier Siemens, Sean Seader, Thomas Cokelaer
*
*  This program is free software; you can redistribute it and/or modify
*  it under the terms of the GNU General Public License as published by
*  the Free Software Foundation; either version 2 of the License, or
*  (at your option) any later version.
*
*  This program 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 General Public License for more details.
*
*  You should have received a copy of the GNU General Public License
*  along with with program; see the file COPYING. If not, write to the
*  Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston,
*  MA  02110-1301  USA
*/
 
/*-----------------------------------------------------------------------
 *
 * File Name: LIGOMetadataTables.h
 *
 * Author: Brown, D. A.
 *
 *-----------------------------------------------------------------------
 */
 
/**
 * \author Brown, D. A.
 * \file
 * \ingroup lalmetaio_general
 * \brief Provides data type definitions for the LIGO metadata database tables.
 *
 * Only columns that are available for the user defined values are available in the
 * structures. For example the \c process_id column in the
 * \c sngl_inspiral table is not in the corresponding LAL structure as it
 * is generated by the database on insertion of events, not by the user.
 *
 * ### Synopsis ###
 *
 * \code
 * #include <lal/LIGOMetadataTables.h>
 * \endcode
 *
 */
 
#include <lal/LALStdlib.h>
 
#ifndef _LIGOMETADATATABLES_H
#define _LIGOMETADATATABLES_H
 
#if defined(__cplusplus)
extern "C" {
#elif 0
} /* so that editors will match preceding brace */
#endif
 
/* Defines for lengths of database table char arrays       */
/* one longer than as defined in the SQL tables to allow   */
/* strage of the terminating null need for the C %s format */
#define LIGOMETA_PROGRAM_MAX 65
#define LIGOMETA_VERSION_MAX 65
#define LIGOMETA_CVS_REPOSITORY_MAX 257
#define LIGOMETA_COMMENT_MAX 241
#define LIGOMETA_NODE_MAX 65
#define LIGOMETA_USERNAME_MAX 65
#define LIGOMETA_DOMAIN_MAX 64
#define LIGOMETA_IFOS_MAX 13
#define LIGOMETA_PARAM_MAX 33
#define LIGOMETA_TYPE_MAX 17
#define LIGOMETA_VALUE_MAX 1025
#define LIGOMETA_STRING_MAX 257
#define LIGOMETA_IFO_MAX 8
#define LIGOMETA_SEARCH_MAX 25
#define LIGOMETA_CHANNEL_MAX 65
#define LIGOMETA_SOURCE_MAX 30
#define LIGOMETA_WAVEFORM_MAX 50
#define LIGOMETA_COORDINATES_MAX 16
#define LIGOMETA_STD 100
#define LIGOMETA_INSPIRALTAPER_MAX 35
 
 
/**
 * The \c InterferometerNumber contains an enum type for describing the
 * interferometer.
 */
typedef enum
tagInterferometerNumber
{
  LAL_IFO_G1,
  LAL_IFO_H1,
  LAL_IFO_H2,
  LAL_IFO_L1,
  LAL_IFO_T1,
  LAL_IFO_V1,
  LAL_NUM_IFO,
  LAL_UNKNOWN_IFO = -1
}
InterferometerNumber;
 
 
typedef struct
tagProcessTable
{
  struct tagProcessTable *next;
  CHAR          program[LIGOMETA_PROGRAM_MAX];
  CHAR          version[LIGOMETA_VERSION_MAX];
  CHAR          cvs_repository[LIGOMETA_CVS_REPOSITORY_MAX];
  LIGOTimeGPS   cvs_entry_time;
  CHAR          comment[LIGOMETA_COMMENT_MAX];
  INT4          is_online;
  CHAR          node[LIGOMETA_NODE_MAX];
  CHAR          username[LIGOMETA_USERNAME_MAX];
  LIGOTimeGPS   start_time;
  LIGOTimeGPS   end_time;
  INT4          jobid;
  CHAR          domain[LIGOMETA_DOMAIN_MAX];
  INT4          unix_procid;
  CHAR          ifos[LIGOMETA_IFOS_MAX];
  long          process_id;
}
ProcessTable;
 
 
typedef struct
tagProcessParamsTable
{
  struct tagProcessParamsTable *next;
  CHAR          program[LIGOMETA_PROGRAM_MAX];
  long          process_id;
  CHAR          param[LIGOMETA_PARAM_MAX];
  CHAR          type[LIGOMETA_TYPE_MAX];
  CHAR          value[LIGOMETA_VALUE_MAX];
}
ProcessParamsTable;
 
 
typedef struct
tagSearchSummaryTable
{
  struct tagSearchSummaryTable *next;
  long          process_id;
  CHAR          comment[LIGOMETA_COMMENT_MAX];
  LIGOTimeGPS   in_start_time;
  LIGOTimeGPS   in_end_time;
  LIGOTimeGPS   out_start_time;
  LIGOTimeGPS   out_end_time;
  INT4          nevents;
  INT4          nnodes;
  CHAR          ifos[LIGOMETA_IFOS_MAX];
}
SearchSummaryTable;
 
 
typedef struct
tagSnglBurst
{
        struct tagSnglBurst *next;
        CHAR ifo[LIGOMETA_IFO_MAX];
        CHAR search[LIGOMETA_SEARCH_MAX];
        CHAR channel[LIGOMETA_CHANNEL_MAX];
        LIGOTimeGPS start_time;
        LIGOTimeGPS peak_time;
        REAL4 duration;
        REAL4 central_freq;
        REAL4 bandwidth;
        REAL4 amplitude;
        REAL4 snr;
        REAL4 confidence;
        REAL8 chisq;
        REAL8 chisq_dof;
        long process_id;
        long event_id;
}
SnglBurst;
 
 
typedef struct
tagSnglInspiralTable
{
  struct tagSnglInspiralTable *next;
  long          process_id;
  CHAR          ifo[LIGOMETA_IFO_MAX];
  CHAR          search[LIGOMETA_SEARCH_MAX];
  CHAR          channel[LIGOMETA_CHANNEL_MAX];
  LIGOTimeGPS   end;
  REAL8         end_time_gmst;
  LIGOTimeGPS   impulse_time;
  REAL8         template_duration;
  REAL8         event_duration;
  REAL4         amplitude;
  REAL4         eff_distance;
  REAL4         coa_phase;
  REAL4         mass1;
  REAL4         mass2;
  REAL4         mchirp;
  REAL4         mtotal;
  REAL4         eta;
  REAL4         kappa;
  REAL4         chi;
  REAL4         tau0;
  REAL4         tau2;
  REAL4         tau3;
  REAL4         tau4;
  REAL4         tau5;
  REAL4         ttotal;
  REAL4         psi0;
  REAL4         psi3;
  REAL4         alpha;
  REAL4         alpha1;
  REAL4         alpha2;
  REAL4         alpha3;
  REAL4         alpha4;
  REAL4         alpha5;
  REAL4         alpha6;
  REAL4         beta;
  REAL4         f_final;
  REAL4         snr;
  REAL4         chisq;
  INT4          chisq_dof;
  REAL4         bank_chisq;
  INT4          bank_chisq_dof;
  REAL4         cont_chisq;
  INT4          cont_chisq_dof;
  REAL8         sigmasq;
  REAL4         rsqveto_duration;
  REAL4         Gamma[10];    /* metric co-efficients */
  REAL4         spin1x;
  REAL4         spin1y;
  REAL4         spin1z;
  REAL4         spin2x;
  REAL4         spin2y;
  REAL4         spin2z;
  long          event_id;
}
SnglInspiralTable;
 
 
/**
 * This structure contains the required information for generating a ringdown
 * template and storing ringdown triggers.  The fields are:
 * <dl>
 * <dt>ifo</dt><dd> The interferometer in which the trigger is found.</dd>
 * <dt>channel</dt><dd> The interferometer channel in which the ringdown is
 * found.</dd>
 * <dt>start_time</dt><dd> The GPS start time of the ringdown trigger.</dd>
 * <dt>frequency</dt><dd> The central frequency of the ringdown waveform
 * (in Hz).</dd>
 * <dt>quality</dt><dd> The quality factor \f$Q\f$ of the ringdown waveform.</dd>
 * <dt>phase</dt><dd> The initial phase of the ringdown in radians.
 * Zero is a cosine-phase ringdown; \f$-\pi/2\f$ is a sine-phase ringdown.</dd>
 * <dt>mass</dt><dd> The mass \f$M\f$ of the black hole (in solar
 * masses, \f$M_\odot\f$).</dd>
 * <dt>spin</dt><dd> The dimensionless spin parameter of the
 * black hole \f${\hat{a}}\f$ where the spin is \f$S={\hat{a}}GM^2/c\f$ (\f$G\f$ is
 * Newton constant and \f$c\f$ is the speed of light).</dd>
 * <dt>epsilon</dt><dd> The fractional mass loss \f$\epsilon\f$
 * of the initial black hole mass in ringdown radiation.</dd>
 * <dt>amplitude</dt><dd> The peak strain amplitude \f$h_0\f$ of the waveform,
 * given by
 * \f{equation}{
 * h_0=\sqrt{\frac{5}{2}\epsilon}\left(\frac{GM}{c^2 r}\right)
 * Q^{-\frac{1}{2}} F(Q)^{-\frac{1}{2}} g(a)^{-\frac{1}{2}},
 * \f}
 * where \f$F(Q) = 1 + 7/(24 Q^2)\f$, \f$g(a) = 1 - 0.63(1-a)^{3/10}\f$ and \f$r\f$
 * is the distance to the trigger.</dd>
 * <dt>snr</dt><dd> The signal-to-noise ratio of the trigger.</dd>
 * <dt>eff_dist</dt><dd> The effective distance to the trigger source in
 * megaparsecs (Mpc).</dd>
 * <dt>sigma_sq</dt><dd> The variance of the matched filter used to find the
 * trigger.</dd>
 * </dl>
 *
 */
typedef struct
tagSnglRingdownTable
{
  struct tagSnglRingdownTable *next;
  CHAR          ifo[LIGOMETA_IFO_MAX];
  CHAR          channel[LIGOMETA_CHANNEL_MAX];
  LIGOTimeGPS   start_time;
  REAL8         start_time_gmst;
  REAL4         frequency;
  REAL4         quality;
  REAL4         phase;
  REAL4         mass;
  REAL4         spin;
  REAL4         epsilon;
  INT4          num_clust_trigs;
  REAL4         ds2_H1H2;
  REAL4         ds2_H1L1;
  REAL4         ds2_H1V1;
  REAL4         ds2_H2L1;
  REAL4         ds2_H2V1;
  REAL4         ds2_L1V1;
  REAL4         amplitude;
  REAL4         snr;
  REAL4         eff_dist;
  REAL8         sigma_sq;
  long          event_id;
}
SnglRingdownTable;
 
 
typedef struct
tagMultiInspiralTable
{
  struct tagMultiInspiralTable *next;
  CHAR          ifos[LIGOMETA_IFOS_MAX];
  CHAR          search[LIGOMETA_SEARCH_MAX];
  LIGOTimeGPS   end_time;
  REAL8         end_time_gmst;
  LIGOTimeGPS   impulse_time;
  REAL4         amplitude;
  REAL4         distance;
  REAL4         eff_dist_h1;
  REAL4         eff_dist_h2;
  REAL4         eff_dist_l;
  REAL4         eff_dist_g;
  REAL4         eff_dist_t;
  REAL4         eff_dist_v;
  REAL4         eff_dist_h1h2;
  REAL4         coa_phase;
  REAL4         mass1;
  REAL4         mass2;
  REAL4         mchirp;
  REAL4         eta;
  REAL4         chi;
  REAL4         kappa;
  REAL4         tau0;
  REAL4         tau2;
  REAL4         tau3;
  REAL4         tau4;
  REAL4         tau5;
  REAL4         ttotal;
  REAL4         snr;
  INT4          snr_dof;
  REAL4         chisq;
  INT4          chisq_dof;
  REAL4         bank_chisq;
  INT4          bank_chisq_dof;
  REAL4         cont_chisq;
  INT4          cont_chisq_dof;
  REAL4         trace_snr;
  REAL4         snr_h1;
  REAL4         snr_h2;
  REAL4         snr_l;
  REAL4         snr_g;
  REAL4         snr_t;
  REAL4         snr_v;
  REAL4         amp_term_1;
  REAL4         amp_term_2;
  REAL4         amp_term_3;
  REAL4         amp_term_4;
  REAL4         amp_term_5;
  REAL4         amp_term_6;
  REAL4         amp_term_7;
  REAL4         amp_term_8;
  REAL4         amp_term_9;
  REAL4         amp_term_10;
  REAL8         sigmasq_h1;
  REAL8         sigmasq_h2;
  REAL8         sigmasq_l;
  REAL8         sigmasq_g;
  REAL8         sigmasq_t;
  REAL8         sigmasq_v;
  REAL4         chisq_h1;
  REAL4         chisq_h2;
  REAL4         chisq_l;
  REAL4         chisq_g;
  REAL4         chisq_t;
  REAL4         chisq_v;
  INT4          sngl_chisq_dof;
  REAL4         bank_chisq_h1;
  REAL4         bank_chisq_h2;
  REAL4         bank_chisq_l;
  REAL4         bank_chisq_g;
  REAL4         bank_chisq_t;
  REAL4         bank_chisq_v;
  INT4          sngl_bank_chisq_dof;
  REAL4         cont_chisq_h1;
  REAL4         cont_chisq_h2;
  REAL4         cont_chisq_l;
  REAL4         cont_chisq_g;
  REAL4         cont_chisq_t;
  REAL4         cont_chisq_v;
  INT4          sngl_cont_chisq_dof;
  REAL4         ra;
  REAL4         dec;
  REAL4         ligo_angle;
  REAL4         ligo_angle_sig;
  REAL4         inclination;
  REAL4         polarization;
  REAL4         null_statistic;
  REAL4         null_stat_h1h2;
  REAL4         null_stat_degen;
  long          event_id;
  COMPLEX8      h1quad;
  COMPLEX8      h2quad;
  COMPLEX8      l1quad;
  COMPLEX8      g1quad;
  COMPLEX8      t1quad;
  COMPLEX8      v1quad;
  REAL4         coh_snr_h1h2;
  REAL4         cohSnrSqLocal;
  REAL4         autoCorrCohSq;
  REAL4         crossCorrCohSq;
  REAL4         autoCorrNullSq;
  REAL4         crossCorrNullSq;
  REAL8         ampMetricEigenVal1;
  REAL8         ampMetricEigenVal2;
  long          time_slide_id;
}
MultiInspiralTable;
 
 
typedef struct
tagSimInspiralTable
{
  struct tagSimInspiralTable *next;
  long           process_id;
  CHAR           waveform[LIGOMETA_WAVEFORM_MAX];
  LIGOTimeGPS    geocent_end_time;
  LIGOTimeGPS    h_end_time;
  LIGOTimeGPS    l_end_time;
  LIGOTimeGPS    g_end_time;
  LIGOTimeGPS    t_end_time;
  LIGOTimeGPS    v_end_time;
  REAL8          end_time_gmst;
  CHAR           source[LIGOMETA_SOURCE_MAX];
  REAL4          mass1;
  REAL4          mass2;
  REAL4          eta;
  REAL4          distance;
  REAL4          longitude;
  REAL4          latitude;
  REAL4          inclination;
  REAL4          coa_phase;
  REAL4          polarization;
  REAL4          psi0;
  REAL4          psi3;
  REAL4          alpha;
  REAL4          alpha1;
  REAL4          alpha2;
  REAL4          alpha3;
  REAL4          alpha4;
  REAL4          alpha5;
  REAL4          alpha6;
  REAL4          beta;
  REAL4          spin1x;
  REAL4          spin1y;
  REAL4          spin1z;
  REAL4          spin2x;
  REAL4          spin2y;
  REAL4          spin2z;
  REAL4          theta0;
  REAL4          phi0;
  REAL4          f_lower;
  REAL4          f_final;
  REAL4          mchirp;
  REAL4          eff_dist_h;
  REAL4          eff_dist_l;
  REAL4          eff_dist_g;
  REAL4          eff_dist_t;
  REAL4          eff_dist_v;
  REAL4          qmParameter1;
  REAL4          qmParameter2;
  long           simulation_id;
  INT4           numrel_mode_min;
  INT4           numrel_mode_max;
  CHAR           numrel_data[LIGOMETA_STRING_MAX];
  INT4           amp_order;
  CHAR           taper[LIGOMETA_INSPIRALTAPER_MAX];
  INT4           bandpass;
}
SimInspiralTable;
 
 
/**
 * The \c SimBurst structure describes a burst injection.
 */
typedef struct
tagSimBurst
{
        struct tagSimBurst *next;
        long process_id;
        char waveform[LIGOMETA_WAVEFORM_MAX];
        REAL8 ra;
        REAL8 dec;
        REAL8 psi;
        LIGOTimeGPS time_geocent_gps;
        REAL8 time_geocent_gmst;
        REAL8 duration;
        REAL8 frequency;
        REAL8 bandwidth;
        REAL8 q;
        REAL8 pol_ellipse_angle;
        REAL8 pol_ellipse_e;
        REAL8 amplitude;
        REAL8 hrss;
        REAL8 egw_over_rsquared;
        unsigned long waveform_number;
        long time_slide_id;
        long simulation_id;
} SimBurst;
 
 
/**
 * This structure contains the required information for generating a ringdown
 * injection.  The fields are:
 * <dl>
 * <dt>waveform</dt><dd> Description of the type of waveform to inject.</dd>
 * <dt>coordinates</dt><dd> Type of coordinate system to perform injection.</dd>
 * <dt>geocent_start_time</dt><dd> The GPS start time of the waveform at the
 * center of the earth.</dd>
 * <dt>h_start_time</dt><dd> The GPS start time of the waveform at the
 * LIGO Hanford Observatory.</dd>
 * <dt>l_start_time</dt><dd> The GPS start time of the waveform at the
 * LIGO Livingston Observatory.</dd>
 * <dt>v_start_time</dt><dd> The GPS start time of the waveform at the
 * Virgo Observatory.</dd>
 * <dt>start_time_gmst</dt><dd> The start time of the waveform at the
 * in siderial time.</dd>
 * <dt>longitude</dt><dd> The longitude of the source defined in the
 * stated coordinate system.</dd>
 * <dt>latitude</dt><dd> The latitude of the source defined in the
 * stated coordinate system.</dd>
 * <dt>distance</dt><dd> The distance to the source defined in the
 * stated coordinate system in megaparsecs (Mpc).</dd>
 * <dt>inclination</dt><dd> The inclination angle \f$\iota\f$ of the source.</dd>
 * <dt>polarization</dt><dd> The polarization angle \f$\Psi\f$ of the source.</dd>
 * <dt>frequency</dt><dd> The central frequency of the ringdown waveform
 * (in Hz).</dd>
 * <dt>quality</dt><dd> The quality factor \f$Q\f$ of the ringdown waveform.</dd>
 * <dt>phase</dt><dd> The initial phase of the ringdown signal \f$\phi_0\f$.</dd>
 * <dt>mass</dt><dd> The mass \f$M\f$ of the black hole (in solar
 * masses, \f$M_\odot\f$).</dd>
 * <dt>spin</dt><dd> The dimensionless spin parameter of the
 * black hole \f${\hat{a}}\f$ where the spin is \f$S={\hat{a}}GM^2/c\f$ (\f$G\f$ is
 * Newton constant and \f$c\f$ is the speed of light).</dd>
 * <dt>epsilon</dt><dd> The fractional mass loss \f$\epsilon\f$
 * of the initial black hole mass in ringdown radiation.</dd>
 * <dt>amplitude</dt><dd> The peak strain amplitude \f$h_0\f$ of the waveform,
 * given by
 * \f{equation}{
 * h_0=\sqrt{\frac{5}{2}\epsilon}\left(\frac{GM}{c^2 r}\right)
 * Q^{-\frac{1}{2}} F(Q)^{-\frac{1}{2}} g(a)^{-\frac{1}{2}},
 * \f}
 * where \f$F(Q) = 1 + 7/(24 Q^2)\f$, \f$g(a) = 1 - 0.63(1-a)^{3/10}\f$ and \f$r\f$
 * is the distance to the trigger.</dd>
 * <dt>h_eff_dist</dt><dd> The effective distance to the source from the
 * LIGO Hanford Observatory in megaparsecs (Mpc).</dd>
 * <dt>l_eff_dist</dt><dd> The effective distance to the source from the
 * LIGO Livingston Observatory in megaparsecs (Mpc).</dd>
 * <dt>v_eff_dist</dt><dd> The effective distance to the source from the
 * Virgo Observatory in megaparsecs (Mpc).</dd>
 * <dt>hrss</dt><dd> Define.</dd>
 * <dt>hrss_h</dt><dd> Define.</dd>
 * <dt>hrss_l</dt><dd> Define.</dd>
 * <dt>hrss_v</dt><dd> Define.</dd>
 * </dl>
 */
typedef struct
tagSimRingdownTable
{
  struct tagSimRingdownTable *next;
  CHAR           waveform[LIGOMETA_WAVEFORM_MAX];
  CHAR           coordinates[LIGOMETA_COORDINATES_MAX];
  LIGOTimeGPS    geocent_start_time;
  LIGOTimeGPS    h_start_time;
  LIGOTimeGPS    l_start_time;
  LIGOTimeGPS    v_start_time;
  REAL8          start_time_gmst;
  REAL4          longitude;
  REAL4          latitude;
  REAL4          distance;
  REAL4          inclination;
  REAL4          polarization;
  REAL4          frequency;
  REAL4          quality;
  REAL4          phase;
  REAL4          mass;
  REAL4          spin;
  REAL4          epsilon;
  REAL4          amplitude;
  REAL4          eff_dist_h;
  REAL4          eff_dist_l;
  REAL4          eff_dist_v;
  REAL4          hrss;
  REAL4          hrss_h;
  REAL4          hrss_l;
  REAL4          hrss_v;
  long           simulation_id;
}
SimRingdownTable;
 
 
typedef struct
tagExtTriggerTable
{
  struct        tagExtTriggerTable *next;
  CHAR          det_alts[LIGOMETA_STD];
  CHAR          det_band[LIGOMETA_STD];
  CHAR          det_fluence[LIGOMETA_STD];
  CHAR          det_fluence_int[LIGOMETA_STD];
  CHAR          det_name[LIGOMETA_STD];
  CHAR          det_peak[LIGOMETA_STD];
  CHAR          det_peak_int[LIGOMETA_STD];
  CHAR          det_snr[LIGOMETA_STD];
  INT4          email_time;
  REAL4         event_dec;
  REAL4         event_dec_err;
  CHAR          event_epoch[LIGOMETA_STD];
  CHAR          event_err_type[LIGOMETA_STD];
  REAL4         event_ra;
  REAL4         event_ra_err;
  INT4          start_time;
  INT4          start_time_ns;
  CHAR          event_type[LIGOMETA_STD];
  REAL4         event_z;
  REAL4         event_z_err;
  CHAR          notice_comments[LIGOMETA_STD];
  CHAR          notice_id[LIGOMETA_STD];
  CHAR          notice_sequence[LIGOMETA_STD];
  INT4          notice_time;
  CHAR          notice_type[LIGOMETA_STD];
  CHAR          notice_url[LIGOMETA_STD];
  REAL4         obs_fov_dec;
  REAL4         obs_fov_dec_width;
  REAL4         obs_fov_ra;
  REAL4         obs_fov_ra_width;
  REAL4         obs_loc_ele;
  REAL4         obs_loc_lat;
  REAL4         obs_loc_long;
  REAL4         ligo_fave_lho;
  REAL4         ligo_fave_llo;
  REAL4         ligo_delay;
  INT4          event_number_gcn;
  CHAR          event_number_grb[8];
  INT4          event_status;
  long          event_id;
}
ExtTriggerTable;
 
 
/**
 * This structure corresponds to one row of a time_slide table.
 */
typedef struct
tagTimeSlide
{
  struct tagTimeSlide *next;
  long           process_id;
  long           time_slide_id;
  CHAR           instrument[LIGOMETA_STRING_MAX];
  REAL8          offset;
}
TimeSlide;
 
typedef struct
tagSegmentTable
{
  struct tagSegmentTable *next;
  INT4 creator_db;
  long process_id;
  long segment_id;
  LIGOTimeGPS start_time;
  LIGOTimeGPS end_time;
  long segment_def_id;
  INT4 segment_def_cdb; 
}
SegmentTable;
 
 
typedef struct
tagTimeSlideSegmentMapTable
{
  struct tagTimeSlideSegmentMapTable *next;
  long segment_def_id;
  long time_slide_id;
}
TimeSlideSegmentMapTable;
 
 
#if 0
{ /* so that editors will match succeeding brace */
#elif defined(__cplusplus)
}
#endif
 
#endif /* _LIGOMETADATATABLES_H */