*** empty log message ***

svn path=/trunk/externals/miXed/; revision=2361

1 files changed, 0 insertions, 169 deletions

diff --git a/shared/common/sq.h b/shared/common/sq.h
deleted file mode 100644
index 6b7586e..0000000
--- a/shared/common/sq.h
+++ /dev/null
@@ -1,169 +0,0 @@
-/* Copyright (c) 2001-2003 krzYszcz and others.
- * For information on usage and redistribution, and for a DISCLAIMER OF ALL
- * WARRANTIES, see the file, "LICENSE.txt," in this distribution.  */
-
-/* squeak and squeal: sequencing utilities, a prototype version
-   (the main, 'sq' part of the library) */
-/* LATER move everything not needed in mifi to squeal */
-
-#ifndef __SQ_H__
-#define __SQ_H__
-
-/* Generic buffer structure, the `base' for t_squeve, t_squmpi and t_squax */
-typedef struct _squb
-{
-    uint32  b_length;   /* length of data currently used (in items) */
-    uchar  *b_data;     /* data buffer */
-    size_t  b_bufsize;  /* allocated size of data buffer (in bytes) */
-} t_squb;
-
-/* Generic event structure.  Designed as an interface to squeak routines,
-   and not to be kept in arrays or lists (use sequence containers instead).
-   Data buffer is automatically allocated and resized by those routines. */
-typedef struct _squeve
-{
-    uint32  e_length;  /* set for any event type! */
-    uchar  *e_data;
-    size_t  e_bufsize;
-    uint32  e_delay;
-} t_squeve;
-
-/* tempo map element */
-typedef struct _squmpo
-{
-    t_float  te_onset;  /* ticks or microseconds from start of sequence */
-    uint32   te_value;  /* microseconds per beat */
-} t_squmpo;
-
-typedef struct _squmpi
-{
-    uint32     m_ntempi;
-    t_squmpo  *m_map;
-    size_t     m_bufsize;  /* allocated size of m_map array in bytes */
-} t_squmpi;
-
-/* track/subtrack map element */
-typedef struct _squack
-{
-    int        tr_id;       /* according to target template */
-    uint32     tr_nevents;  /* number of events (in this track or pre-total) */
-    t_symbol  *tr_name;     /* track name */
-    void      *tr_head;     /* pointer to first event */
-} t_squack;
-
-typedef struct _squax
-{
-    uint32     m_ntracks;
-    t_squack  *m_map;
-    size_t     m_bufsize;  /* allocated size of m_map array in bytes */
-} t_squax;
-
-/* generic type of callback routines used to read/write
-   sequence containers through t_squiter */
-typedef int (*t_squiterhook)(void *it);
-
-#define SQUITER_SEEKHOOK    0
-#define SQUITER_INCRHOOK    1
-#define SQUITER_GETEVEHOOK  2
-#define SQUITER_SETEVEHOOK  3
-#define SQUITER_GETTIMHOOK  4
-#define SQUITER_SETTIMHOOK  5
-#define SQUITER_GETTARHOOK  6
-#define SQUITER_SETTARHOOK  7
-#define SQUITER_NHOOKS      8
-/* LATER move these typedefs to sq.c, if still not used globally */
-typedef int (*t_squiter_seekhook)(void *it, int offset);
-typedef void (*t_squiter_incrhook)(void *it);
-typedef void (*t_squiter_getevehook)(void *it, t_squeve *evp, int *ret);
-typedef void (*t_squiter_setevehook)(void *it, t_squeve *evp, int *ret);
-typedef t_float (*t_squiter_gettimhook)(void *it, int *ret);
-typedef void (*t_squiter_settimhook)(void *it, t_float v, int *ret);
-typedef t_symbol (*t_squiter_gettarhook)(void *it, int *ret);
-typedef void (*t_squiter_settarhook)(void *it, t_symbol *s, int *ret);
-
-/* elements might be 'atoms' or whole events, whatever suits better */
-typedef struct _squiter
-{
-    void          *i_owner;
-    int            i_nelems;
-    void          *i_sequence;  /* first element pointer */
-    void          *i_element;   /* current element pointer */
-    int            i_index;     /* current element index */
-    t_squiterhook  i_hooks[SQUITER_NHOOKS];
-} t_squiter;
-
-/* This is a good candidate for a derivation hierarchy. */
-typedef struct _sq
-{
-    t_squiter  *s_myiter;
-    t_squax    *s_mytracks;
-    t_squmpi   *s_mytempi;   /* use shortcuts #defined below */
-    void       *s_auxeve;    /* auxiliary event */
-    uint32  s_nevents;       /* total number of events */
-    FILE   *s_fp;            /* hmm... */
-    int     s_autoalloc:1;   /* set if auto-allocated */
-    int     s_eof:1;      /* reading: set in case of early eof (error) */
-    int     s_newtrack:1; /* reading: set if first event in a track */
-    int     s_anapass:1;  /* read/write: set during analysis (pass #1)  */
-    uchar   s_nframes;    /* fps if nonzero, else use metrical time */
-    uint16  s_nticks;     /* number of ticks per beat or per frame */
-    uint16  s_format;     /* `ismultitrack' flag, LATER add other formats */
-    uint32  s_time;       /* current time in ticks */
-    uint32  s_tempo;      /* current tempo, or last one encountered in a file */
-    int     s_trackid;    /* LATER remove? */
-    uint16  s_track;      /* current track number */
-
-    /* fields below are specific to midifile streams */
-    uchar   s_status;     /* current running status, | channel in writing */
-    uchar   s_channel;    /* current channel, not used in writing */
-    uint16  s_hdtracks;   /* number of tracks declared in a midifile header */
-    uint32  s_alltracks;  /* total number of nonempty tracks */
-                          /* (s_ntracks counts `in range' nonempty tracks) */
-    float   s_timecoef;   /* msecs->ticks, used in writing only */
-    uint32  s_bytesleft;  /* nbytes remaining to be read from current track,
-			     or number of bytes written to a track so far */
-} t_sq;
-
-#define s_ntempi              s_mytempi->m_ntempi
-#define s_tempomap            s_mytempi->m_map
-#define s_tempo_onset(ndx)    s_mytempi->m_map[ndx].te_onset
-#define s_tempo_value(ndx)    s_mytempi->m_map[ndx].te_value
-#define s_ntracks             s_mytracks->m_ntracks
-#define s_trackmap            s_mytracks->m_map
-#define s_track_id(ndx)       s_mytracks->m_map[ndx].tr_id
-#define s_track_nevents(ndx)  s_mytracks->m_map[ndx].tr_nevents
-#define s_track_name(ndx)     s_mytracks->m_map[ndx].tr_name
-#define s_track_head(ndx)     s_mytracks->m_map[ndx].tr_head
-
-/* prototypes of public interface routines */
-
-size_t squb_checksize(void *buf, size_t reqcount, size_t elsize);
-
-#define squiter_inrange(it)  ((it)->i_index < (it)->i_nelems)
-void *squiter_new(t_sq *x);
-t_squiter_seekhook squiter_seekhook(t_squiter *x);
-t_squiter_incrhook squiter_incrhook(t_squiter *x);
-t_squiter_getevehook squiter_getevehook(t_squiter *x);
-t_squiter_setevehook squiter_setevehook(t_squiter *x);
-t_squiter_gettimhook squiter_gettimhook(t_squiter *x);
-t_squiter_settimhook squiter_settimhook(t_squiter *x);
-t_squiter_gettarhook squiter_gettarhook(t_squiter *x);
-t_squiter_settarhook squiter_settarhook(t_squiter *x);
-
-void squmpi_sort(t_sq *x);
-t_squmpo *squmpi_add(t_sq *x);
-void squmpo_reset(t_squmpo *x);
-t_squack *squax_add(t_sq *x);
-void squack_reset(t_squack *x);
-
-float sq_ticks2msecs(t_sq *x, uint32 tempo);
-float sq_msecs2ticks(t_sq *x, uint32 tempo);
-
-void sq_fold_time(t_sq *x);
-void sq_unfold_time(t_sq *x);
-
-t_sq *sq_new(void);
-void sq_reset(t_sq *x);
-void sq_free(t_sq *x);
-
-#endif