/usr/include/paw/ntuple/qp_query.h is in libpawlib2-dev 1:2.14.04.dfsg.2-9.
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* qp_query.h --
*
* Original: 24-Nov-1994 10:47
*
* Author: Maarten Ballintijn <Maarten.Ballintijn@cern.ch>
*
* $Id: qp_query.h,v 1.14 1999/08/31 08:47:38 couet Exp $
*
* $Log: qp_query.h,v $
* Revision 1.14 1999/08/31 08:47:38 couet
* - A new set of PAW commands using Neural Networks.
* These new commands are using the MLPfit package.
*
* Revision 1.13 1996/05/12 15:13:54 maartenb
* - Replaced the handling of variables. The handling of variables is now
* fully dynamic and there is no other limit than the commonblocks to the
* number of var's in a query.
*
* Revision 1.12 1996/04/23 18:38:54 maartenb
* - Add RCS keywords
*
*
*/
#ifndef CERN_QP_QUERY
#define CERN_QP_QUERY
/* forward declaration */
typedef struct _query_exe_ QueryExe;
#include <paw/ntuple/cern_types.h>
#include <paw/ntuple/hbook_defs.h>
#include <paw/ntuple/qp_name.h>
#include <paw/ntuple/qp_segment.h>
#include <paw/ntuple/qp_tree.h>
#include <paw/ntuple/qp_mask.h>
#include <paw/ntuple/qp_vvec.h>
#include <paw/ntuple/svec.h>
#define MAX_EXPRS 30
#define MAX_CUTS 50
#define MAX_MASKS 5
typedef struct _query_src_ QuerySrc;
struct _query_src_ {
char * path; /* the ntuple path */
int id; /* the ntuple id */
bool hasSel;
String sel;
int nexpr;
String expr[MAX_EXPRS];/* array of expressions for */
/* plotting/projecting/etc */
int ncuts;
int cuts[MAX_CUTS];/* array of cuts used in sel,expr */
/* and other cuts. filled during */
/* parsing !! */
};
typedef struct _query_tree_ QueryTree;
struct _query_tree_ {
char * path; /* the ntuple path */
int id; /* the ntuple id */
int check_shape; /* number of frames to check at top level */
bool hasSel;
pTree sel;
int nexpr;
pTree expr[MAX_EXPRS];/* array of parse trees for */
/* plotting/projecting/etc */
int ncuts;
int cuts_cid[MAX_CUTS]; /* The cut id for this cut */
pTree cuts[MAX_CUTS]; /* array of parse trees for */
/* the cuts used in the selection */
/* and the expressions. The index */
/* is a local mapping not the cid */
int nmasks;
Mask mask[MAX_MASKS];/* the array of mask ref's used */
/* by the sel and exprs */
};
struct _query_exe_ {
char * path; /* the ntuple path */
int id; /* the ntuple id */
bool new_ntuple;
int check_shape; /* number of frames to check at top level */
bool hasSel;
Segment sel;
int sel_size; /* used to allocate a buffer */
/* in # Int32 */
char *sel_str;
int nexpr;
Segment expr[MAX_EXPRS];/* array of assembly segments for */
/* plotting/projecting/etc */
int expr_size[MAX_EXPRS]; /* used to allocate a buffer */
/* in # Int32 */
DataType expr_type[MAX_EXPRS]; /* used for minmax */
char * expr_str[MAX_EXPRS]; /* used for axis titles */
int ncuts;
Segment cuts[MAX_CUTS]; /* array of assembly segments for */
/* the cuts used in the selection */
/* and the expressions. The index */
/* is a local mapping not the $nn */
int cuts_size[MAX_CUTS]; /* used to allocate a buffer */
/* in # Int32 */
DataType cuts_type[MAX_CUTS]; /* used to alloc stack frame */
bool cuts_has_shape[MAX_CUTS]; /* does cut leave shape */
/* info on the stack ? */
int cuts_cid[MAX_CUTS]; /* The cut id for this cut */
VVec vv; /* the ntuple columns needed for */
/* this query */
int total_size; /* maximum storage for all variables */
int nmasks;
Mask *mask[MAX_MASKS];/* the array of mask ref's used */
/* by the sel and exprs */
int mask_write; /* The index of the mask that is writable */
int mask_ibit; /* the bit that is written */
};
QuerySrc *
qp_qs_new(
char * path,
int id,
String select,
SVec expressions
);
void
qp_qs_free( QuerySrc * qs );
QueryTree *
qp_qt_new( char * caller, int * errp );
void
qp_qt_free( QueryTree * qt );
QueryExe *
qp_qe_new( char * caller, int * errp );
void
qp_qe_free( QueryExe * qe );
bool
qp_has_string_expr( QueryExe * qe );
#endif /* CERN_QP_QUERY */
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