/* file: ecgmap.h	G. Moody        8 June 1983
			Last revised:	30 September 1996	dblib 9.6
ECG annotation code mapping macros

Copyright (C) Massachusetts Institute of Technology 1996. All rights reserved.

These macros evaluate their arguments only once, so that they behave like
functions with respect to side-effects (e.g., `isqrs(x++)' is safe).  With
the exception of isann(), each macro uses a table;  to avoid wasting space
in programs compiled from more than one source, try to keep all references
to these macros in a single source file so that multiple instances of the
tables are not required.  To save even more space, simply define the unneeded
macros before including this file (e.g., `#define map1').*/

#ifndef db_ECGMAP_H	/* avoid multiple definitions */
#define db_ECGMAP_H

#ifndef db_ECGCODES_H
#include <ecg/ecgcodes.h>
#endif

/* isann(A) is true if A is a legal annotation code, false otherwise */
#define isann(A)   (0<(db_mt=(A)) && db_mt<=ACMAX)
static int db_mt;		/* macro temporary variable */

/* isqrs(A) is true (1) if A denotes a QRS complex, false (0) otherwise */
#ifndef isqrs
#define isqrs(A)   (isann(A) ? db_qrs[db_mt] : 0)
#define setisqrs(A, X)	(isann(A) ? (db_qrs[db_mt] = (X)) : 0)
static char db_qrs[] = {
	0, 1, 1, 1, 1, 1, 1, 1, 1, 1,			/* 0 - 9 */
	1, 1, 1, 1, 0, 0, 0, 0, 0, 0,			/* 10 - 19 */
	0, 0, 0, 0, 0, 1, 0, 0, 0, 0,			/* 20 - 29 */
	1, 1, 0, 0, 1, 1, 0, 0, 1, 0,			/* 30 - 39 */
	0, 1, 0, 0, 0, 0, 0, 0, 0, 0			/* 40 - 49 */
};
#endif

/* map1(A) maps A into one of {NOTQRS, NORMAL, PVC, FUSION, LEARN} */
#ifndef map1
#define map1(A)    (isann(A) ? db_mp1[db_mt] : NOTQRS)
#define setmap1(A, X)	(isann(A) ? (db_mp1[db_mt] = (X)) : NOTQRS)
static char db_mp1[] = {
	NOTQRS,	NORMAL,	NORMAL,	NORMAL,	NORMAL,		/* 0 - 4 */
	PVC,	FUSION,	NORMAL,	NORMAL,	NORMAL,		/* 5 - 9 */
	PVC,	NORMAL,	NORMAL,	NORMAL,	NOTQRS,		/* 10 - 14 */
	NOTQRS,	NOTQRS,	NOTQRS,	NOTQRS,	NOTQRS,		/* 15 - 19 */
	NOTQRS,	NOTQRS,	NOTQRS,	NOTQRS,	NOTQRS,		/* 20 - 24 */
	NORMAL,	NOTQRS,	NOTQRS,	NOTQRS,	NOTQRS,		/* 25 - 29 */
	LEARN,	PVC,	NOTQRS,	NOTQRS,	NORMAL,		/* 30 - 34 */
	NORMAL,	NOTQRS,	NOTQRS,	NORMAL, NOTQRS,		/* 35 - 39 */
	NOTQRS, PVC,	NOTQRS,	NOTQRS,	NOTQRS,		/* 40 - 44 */
	NOTQRS,	NOTQRS,	NOTQRS,	NOTQRS,	NOTQRS		/* 45 - 49 */
};
#endif

/* map2(A) maps A into one of {NOTQRS, NORMAL, SVPB, PVC, FUSION, LEARN} */
#ifndef map2
#define map2(A)    (isann(A) ? db_mp2[db_mt] : NOTQRS)
#define setmap2(A, X)	(isann(A) ? (db_mp2[db_mt] = (X)) : NOTQRS)
static char db_mp2[] = {
	NOTQRS,	NORMAL,	NORMAL,	NORMAL,	SVPB,		/* 0 - 4 */
	PVC,	FUSION,	SVPB,	SVPB,	SVPB,		/* 5 - 9 */
	PVC,	NORMAL,	NORMAL,	NORMAL,	NOTQRS,		/* 10 - 14 */
	NOTQRS,	NOTQRS,	NOTQRS,	NOTQRS,	NOTQRS,		/* 15 - 19 */
	NOTQRS,	NOTQRS,	NOTQRS,	NOTQRS,	NOTQRS,		/* 20 - 24 */
	NORMAL,	NOTQRS,	NOTQRS,	NOTQRS,	NOTQRS,		/* 25 - 29 */
	LEARN,	PVC,	NOTQRS,	NOTQRS,	NORMAL,		/* 30 - 34 */
	NORMAL,	NOTQRS, NOTQRS, NORMAL, NOTQRS,		/* 35 - 39 */
	NOTQRS, PVC,	NOTQRS,	NOTQRS,	NOTQRS,		/* 40 - 44 */
	NOTQRS,	NOTQRS,	NOTQRS,	NOTQRS,	NOTQRS		/* 45 - 49 */
};
#endif

/* ammap(A) maps an AHA annotation code, A, into an MIT annotation code */
#ifndef ammap
#define ammap(A)   (('D'<(db_mt=(A))&&db_mt<=']') ? db_ammp[db_mt-'E']: NOTQRS)
static char db_ammp[] = {
	VESC,	FUSION,	NOTQRS,	NOTQRS,	NOTQRS,		/* 'E' - 'I' */
	NOTQRS,	NOTQRS,	NOTQRS,	NOTQRS,	NORMAL,		/* 'J' - 'N' */
	NOTE,	PACE,	UNKNOWN,RONT,	NOTQRS,		/* 'O' - 'S' */
	NOTQRS,	NOISE,	PVC,	NOTQRS,	NOTQRS,		/* 'T' - 'X' */
	NOTQRS,	NOTQRS,	VFON,	NOTQRS,	VFOFF		/* 'Y' - ']' */
};
#endif

/* mamap(A,S) maps MIT code A, subtype S, into an AHA annotation code */
#ifndef mamap
#define mamap(A,S) (isann(A) ? \
		    (((db_mt=db_mamp[db_mt])=='U'&&(S)!= -1)?'O': db_mt) : 'O')
static char db_mamp[] = {
	'O',	'N',	'N',	'N',	'N',		/* 0 - 4 */
	'V',	'F',	'N',	'N',	'N',		/* 5 - 9 */
	'E',	'N',	'P',	'Q',	'U',		/* 10 - 14 */
	'O',	'O',	'O',	'O',	'O',		/* 15 - 19 */
	'O',	'O',	'O',	'O',	'O',		/* 20 - 24 */
	'N',	'O',	'O',	'O',	'O',		/* 25 - 29 */
	'Q',	'O',	'[',	']',	'N',		/* 30 - 34 */
	'N',	'O',	'O',	'N',	'O',		/* 35 - 39 */
	'O',	'R',	'O',	'O',	'O',		/* 40 - 44 */
	'O',	'O',	'O',	'O',	'O'		/* 45 - 49 */
};
#endif

/* Annotation position codes.  These may be used by applications which plot
   signals and annotations to determine where to print annotation mnemonics. */
#define APUNDEF	0	/* for undefined annotation types */
#define APSTD	1	/* standard position */
#define APHIGH	2	/* a level above APSTD */
#define APLOW	3	/* a level below APSTD */
#define APATT	4	/* attached to the signal specified by `chan' */
#define APAHIGH	5	/* a level above APATT */
#define APALOW	6	/* a level below APATT */

/* annpos(A) returns the appropriate position code for A */
#ifndef annpos
#define annpos(A) (isann(A) ? db_annp[db_mt] : APUNDEF)
#define setannpos(A, X) (isann(A) ? (db_annp[db_mt] = (X)) : APUNDEF)
static char db_annp[] = {
	APUNDEF,APSTD,	APSTD,	APSTD,	APSTD,		/* 0 - 4 */
	APSTD,	APSTD,	APSTD,	APSTD,	APSTD,		/* 5 - 9 */
	APSTD,	APSTD,	APSTD,	APSTD,	APHIGH,		/* 10 - 14 */
	APUNDEF,APHIGH,	APUNDEF,APHIGH,	APHIGH,		/* 15 - 19 */
	APHIGH,	APHIGH,	APHIGH,	APHIGH,	APHIGH,		/* 20 - 24 */
	APSTD,	APHIGH,	APHIGH,	APLOW,	APHIGH,		/* 25 - 29 */
	APSTD,	APSTD,	APSTD,	APSTD,	APSTD,		/* 30 - 34 */
	APSTD,	APHIGH,	APHIGH,	APSTD,	APHIGH,		/* 35 - 39 */
	APHIGH,	APSTD,	APUNDEF,APUNDEF,APUNDEF,	/* 40 - 44 */
	APUNDEF,APUNDEF,APUNDEF,APUNDEF,APUNDEF		/* 45 - 49 */
};
#endif

#endif