/*
 * hddm_r.h - DO NOT EDIT THIS FILE
 *
 * This file was generated automatically by hddm-c from the file
 * rest.xml

 * This header file defines the c structures that hold the data
 * described in the data model (from rest.xml). 
 *
 * The hddm data model tool set was written by
 * Richard Jones, University of Connecticut.
 *
 * For more information see the following web site
 *
 * http://zeus.phys.uconn.edu/halld/datamodel/doc
 *
 */

#include <stdlib.h>
#include <stdio.h>
#include <errno.h>
#include <rpc/rpc.h>
#include <string.h>
#include <strings.h>
#include <particleType.h>

typedef char* string_t;	// use this alias for string-valued attributes

/* Note to users: The option MALLOC_FREE_WITH_MEMCHECK
 * was created for debugging this hddm library, but it
 * is also useful for finding memory leaks in user
 * code.  To use it, replace malloc(n) everywhere in
 * your code with MALLOC(n,"some descriptive string")
 * and free(p) with FREE(p) and include this header
 * and compile with -DMALLOC_FREE_WITH_MEMCHECK set.
 * Any attempt to malloc memory already malloc'ed or
 * to free memory that has not yet been malloc'ed is
 * immediately flagged with an error message.  A call
 * to checkpoint() anywhere in the user code reports
 * any memory that has been malloc'ed not freed.
 */
#if defined MALLOC_FREE_WITH_MEMCHECK
#  include <memcheck.h>
#  define MALLOC(N,S) (checkin(malloc(N),S))
#  define FREE(P) (checkout(P),free(P))
#else
#  define MALLOC(N,S) malloc(N)
#  define FREE(P) free(P)
#endif

#ifndef SAW_r_Comment_t
#define SAW_r_Comment_t

typedef struct {
   string_t             text;
} r_Comment_t;

typedef struct {
   unsigned int mult;
   r_Comment_t in[1];
} r_Comments_t;
#endif /* r_Comment_t */

#ifndef SAW_r_Origin_t
#define SAW_r_Origin_t

typedef struct {
   float                t;
   float                vx;
   float                vy;
   float                vz;
} r_Origin_t;
#endif /* r_Origin_t */

#ifndef SAW_r_Momentum_t
#define SAW_r_Momentum_t

typedef struct {
   float                E;
   float                px;
   float                py;
   float                pz;
} r_Momentum_t;
#endif /* r_Momentum_t */

#ifndef SAW_r_Product_t
#define SAW_r_Product_t

typedef struct {
   int32_t              id;
   int32_t              parentId;
   int32_t              pdgtype;
   r_Momentum_t*        momentum;
} r_Product_t;

typedef struct {
   unsigned int mult;
   r_Product_t in[1];
} r_Products_t;
#endif /* r_Product_t */

#ifndef SAW_r_Vertex_t
#define SAW_r_Vertex_t

typedef struct {
   r_Origin_t*          origin;
   r_Products_t*        products;
} r_Vertex_t;

typedef struct {
   unsigned int mult;
   r_Vertex_t in[1];
} r_Vertices_t;
#endif /* r_Vertex_t */

#ifndef SAW_r_Reaction_t
#define SAW_r_Reaction_t

typedef struct {
   float                Ebeam;
   string_t             jtag;
   Particle_t           targetType;
   int32_t              type;
   float                weight;
   r_Vertices_t*        vertices;
} r_Reaction_t;

typedef struct {
   unsigned int mult;
   r_Reaction_t in[1];
} r_Reactions_t;
#endif /* r_Reaction_t */

#ifndef SAW_r_TaggerHit_t
#define SAW_r_TaggerHit_t

typedef struct {
   float                E;
   string_t             jtag;
   float                t;
} r_TaggerHit_t;

typedef struct {
   unsigned int mult;
   r_TaggerHit_t in[1];
} r_TaggerHits_t;
#endif /* r_TaggerHit_t */

#ifndef SAW_r_CalorimeterCluster_t
#define SAW_r_CalorimeterCluster_t

typedef struct {
   float                E;
   float                Eerr;
   float                Ezcorr;
   string_t             jtag;
   float                t;
   float                terr;
   float                tzcorr;
   float                x;
   float                xerr;
   float                xycorr;
   float                xzcorr;
   float                y;
   float                yerr;
   float                yzcorr;
   float                z;
   float                zerr;
} r_CalorimeterCluster_t;

typedef struct {
   unsigned int mult;
   r_CalorimeterCluster_t in[1];
} r_CalorimeterClusters_t;
#endif /* r_CalorimeterCluster_t */

#ifndef SAW_r_TrackFit_t
#define SAW_r_TrackFit_t

typedef struct {
   int32_t              Ndof;
   float                chisq;
   float                e11;
   float                e12;
   float                e13;
   float                e14;
   float                e15;
   float                e22;
   float                e23;
   float                e24;
   float                e25;
   float                e33;
   float                e34;
   float                e35;
   float                e44;
   float                e45;
   float                e55;
   float                px;
   float                py;
   float                pz;
   float                t0;
   int32_t              t0det;
   float                t0err;
   float                x0;
   float                y0;
   float                z0;
} r_TrackFit_t;
#endif /* r_TrackFit_t */

#ifndef SAW_r_DEdxDC_t
#define SAW_r_DEdxDC_t

typedef struct {
   int32_t              NsampleCDC;
   int32_t              NsampleFDC;
   float                dEdxCDC;
   float                dEdxFDC;
   float                dxCDC;
   float                dxFDC;
} r_DEdxDC_t;
#endif /* r_DEdxDC_t */

#ifndef SAW_r_ChargedTrack_t
#define SAW_r_ChargedTrack_t

typedef struct {
   int32_t              candidateId;
   string_t             jtag;
   Particle_t           ptype;
   r_TrackFit_t*        trackFit;
   r_DEdxDC_t*          dEdxDC;
} r_ChargedTrack_t;

typedef struct {
   unsigned int mult;
   r_ChargedTrack_t in[1];
} r_ChargedTracks_t;
#endif /* r_ChargedTrack_t */

#ifndef SAW_r_StartHit_t
#define SAW_r_StartHit_t

typedef struct {
   float                dE;
   string_t             jtag;
   int32_t              sector;
   float                t;
} r_StartHit_t;

typedef struct {
   unsigned int mult;
   r_StartHit_t in[1];
} r_StartHits_t;
#endif /* r_StartHit_t */

#ifndef SAW_r_TofPoint_t
#define SAW_r_TofPoint_t

typedef struct {
   float                dE;
   float                dEerr;
   float                dEtcorr;
   float                dExcorr;
   float                dEycorr;
   string_t             jtag;
   float                t;
   float                terr;
   float                x;
   float                xerr;
   float                xtcorr;
   float                xycorr;
   float                y;
   float                yerr;
   float                ytcorr;
   float                z;
   float                zerr;
} r_TofPoint_t;

typedef struct {
   unsigned int mult;
   r_TofPoint_t in[1];
} r_TofPoints_t;
#endif /* r_TofPoint_t */

#ifndef SAW_r_RFtime_t
#define SAW_r_RFtime_t

typedef struct {
   string_t             jtag;
   float                tsync;
   float                tsyncerr;
} r_RFtime_t;
#endif /* r_RFtime_t */

#ifndef SAW_r_Trigger_t
#define SAW_r_Trigger_t

typedef struct {
   bool_t               L1a;
   bool_t               L1b;
   bool_t               L1c;
   string_t             jtag;
} r_Trigger_t;
#endif /* r_Trigger_t */

#ifndef SAW_r_ReconstructedPhysicsEvent_t
#define SAW_r_ReconstructedPhysicsEvent_t

typedef struct {
   int32_t              eventNo;
   int32_t              runNo;
   r_Comments_t*        comments;
   r_Reactions_t*       reactions;
   r_TaggerHits_t*      taggerHits;
   r_CalorimeterClusters_t* calorimeterClusters;
   r_ChargedTracks_t*   chargedTracks;
   r_StartHits_t*       startHits;
   r_TofPoints_t*       tofPoints;
   r_RFtime_t*          RFtime;
   r_Trigger_t*         trigger;
} r_ReconstructedPhysicsEvent_t;
#endif /* r_ReconstructedPhysicsEvent_t */

#ifndef SAW_r_HDDM_t
#define SAW_r_HDDM_t

typedef struct {
   r_ReconstructedPhysicsEvent_t* reconstructedPhysicsEvent;
} r_HDDM_t;
#endif /* r_HDDM_t */

#ifdef __cplusplus
extern "C" {
#endif

r_HDDM_t* make_r_HDDM();

r_ReconstructedPhysicsEvent_t* make_r_ReconstructedPhysicsEvent();

r_Comments_t* make_r_Comments(int n);

r_Reactions_t* make_r_Reactions(int n);

r_Vertices_t* make_r_Vertices(int n);

r_Origin_t* make_r_Origin();

r_Products_t* make_r_Products(int n);

r_Momentum_t* make_r_Momentum();

r_TaggerHits_t* make_r_TaggerHits(int n);

r_CalorimeterClusters_t* make_r_CalorimeterClusters(int n);

r_ChargedTracks_t* make_r_ChargedTracks(int n);

r_TrackFit_t* make_r_TrackFit();

r_DEdxDC_t* make_r_DEdxDC();

r_StartHits_t* make_r_StartHits(int n);

r_TofPoints_t* make_r_TofPoints(int n);

r_RFtime_t* make_r_RFtime();

r_Trigger_t* make_r_Trigger();

#ifdef __cplusplus
}
#endif

#ifndef r_DocumentString
#define r_DocumentString

extern char HDDM_r_DocumentString[];

#ifdef INLINE_PREPEND_UNDERSCORES
#define inline __inline
#endif

#endif /* r_DocumentString */

#ifndef HDDM_STREAM_INPUT
#define HDDM_STREAM_INPUT -91
#define HDDM_STREAM_OUTPUT -92

struct popNode_s {
   void* (*unpacker)(XDR*, struct popNode_s*);
   int inParent;
   int popListLength;
   struct popNode_s* popList[99];
};
typedef struct popNode_s popNode;

typedef struct {
   FILE* fd;
   int iomode;
   int lerrno;
   char* filename;
   XDR* xdrs;
   popNode* popTop;
} r_iostream_t;

#endif /* HDDM_STREAM_INPUT */

#ifdef __cplusplus
extern "C" {
#endif

r_HDDM_t* read_r_HDDM(r_iostream_t* fp);

int skip_r_HDDM(r_iostream_t* fp, int nskip);

int flush_r_HDDM(r_HDDM_t* this1,r_iostream_t* fp);

r_iostream_t* open_r_HDDM(char* filename);

r_iostream_t* init_r_HDDM(char* filename);

void close_r_HDDM(r_iostream_t* fp);

#ifdef __cplusplus
}
#endif

#if !defined HDDM_NULL
extern int hddm_r_nullTarget;
# define HDDM_NULL (void*)&hddm_r_nullTarget
#endif