REDRIVER2/src_rebuild/Game/C/xmplay.h
2020-12-28 14:51:40 +06:00

394 lines
11 KiB
C

#ifndef XMPLAY_H
#define XMPLAY_H
#define XM_NTSC 0 /* Machine type */
#define XM_PAL 1
#define XM_MONO 0
#define XM_STEREO 1
#define XM_DOLBY_OFF 0
#define XM_DOLBY_LEFT 1
#define XM_DOLBY_RIGHT 2
#define XM_Loop 1 /* Looping song */
#define XM_NoLoop 0 /* Once off song */
#define XM_Music 0 /* Playback as music */
#define XM_SFX 1 /* Playback as SFX */
#define MD_id 0
#define MD_sngname 17
#define MD_trkname 21+17
#define MD_version 20+21+17
#define MD_hdsize 20+21+17+2
#define MD_snglen 20+21+17+2+4
#define MD_restart 20+21+17+2+4+2
#define MD_numchan 20+21+17+2+4+2+2
#define MD_numpat 20+21+17+2+4+2+2+2
#define MD_numins 20+21+17+2+4+2+2+2+2
#define MD_flags 20+21+17+2+4+2+2+2+2+2
#define MD_tempo 20+21+17+2+4+2+2+2+2+2+2
#define MD_bpm 20+21+17+2+4+2+2+2+2+2+2+2
#define MD_orders 20+21+17+2+4+2+2+2+2+2+2+2+2
#define MD_patstrt 20+21+17+2+4+2+2+2+2+2+2+2+2+256
typedef struct _XMHEADER {
u_short version;
u_short songlength; /* (word) Song length (in patten order table) */
u_short restart; /* (word) Restart position */
u_short numchn; /* (word) Number of channels (2,4,6,8,10,...,32) */
u_short numpat; /* (word) Number of patterns (max 256) */
u_short numins; /* (word) Number of instruments (max 128) */
u_short flags; /* (word) Flags: bit 0: 0 = Amiga freq */
u_short tempo; /* (word) Default tempo */
u_short bpm;
u_short XMChannels;
u_short XMPSXChannels;
u_long *JAP_PAT_ADDR[256]; /* Pattern Start Addresses (maxpatt*chnls)*/
u_long *JAP_PAT_ADDR2[256]; /* Pattern Start Addresses (maxpatt*chnls)*/
u_long *JAP_InstrumentOffset[128];
u_long *JAP_SampAddr[128];
u_long *JAP_SampHdrAddr[128];
u_char jorders[256]; /* list of patterns */
int S3MPanning;
} XMHEADER;
typedef struct _XMCHANNEL {
u_short Octave;
short LVol;
short RVol;
short OldLVol;
short OldRVol;
u_short OldPeriod;
u_char OldSample;
u_long OldSOff;
u_long SOffset;
u_char nothing;
u_char ChDead;
u_char panenvflg; /* envelope flag */
u_char panenvpts; /* number of envelope points */
u_char panenvsus; /* envelope sustain index */
u_char panenvbeg; /* envelope loop begin */
u_char panenvend; /* envelope loop end */
short panenvp; /* current envelope counter */
u_short panenva; /* envelope index a */
u_short panenvb; /* envelope index b */
u_short keyoffspd;
u_char envflg; /* envelope flag */
u_char envpts; /* number of envelope points */
u_char envsus; /* envelope sustain index */
u_char envbeg; /* envelope loop begin */
u_char envend; /* envelope loop end */
short envp; /* current envelope counter */
u_short enva; /* envelope index a */
u_short envb; /* envelope index b */
u_char ins;
u_char vol;
u_char dat;
u_char datold;
u_char eff;
u_char not_;
u_char oldvslide;
u_char oldfvslide;
u_char oldfslide;
short fadevol; /* fading volume */
u_char keyon; /* if 1=key is pressed. */
u_char kick; /* if 1=sample has to be restarted */
u_char kick2; /* if 1=sample has to be restarted */
u_char sample; /* which sample number (0-31) */
short handle; /* which sample-handle */
u_long start; /* The start byte index in the sample */
u_char panning; /* panning position */
u_char pansspd; /* panslide speed */
u_char volume; /* volume (0 - 64) to play the sample at */
u_short period; /* period to play the sample at */
u_short SPUPitch; /* period to play the sample at */
char transpose;
u_char note;
short ownper;
short ownvol;
short UserVol;
char retrig; /* retrig value (0 means don't retrig) */
u_short c2spd; /* what finetune to use */
u_char tmpvolume; /* tmp volume JAP */
u_short tmpperiod; /* tmp period */
u_short wantedperiod; /* period to slide to (with effect 3 or 5) */
u_short slidespeed; /* */
u_short portspeed; /* noteslide speed (toneportamento) */
u_char s3mtremor; /* s3m tremor (effect I) counter */
u_char s3mvolslide; /* last used volslide */
u_char s3mrtgspeed; /* last used retrig speed */
u_char s3mrtgslide; /* last used retrig slide */
u_char glissando; /* glissando (0 means off) */
u_char wavecontrol; /* */
u_char vibpos; /* current vibrato position */
u_char vibspd; /* "" speed */
u_char vibdepth; /* "" depth */
u_char trmpos; /* current tremolo position */
u_char trmspd; /* "" speed */
u_char trmdepth; /* "" depth */
u_char SPUChannel; /* SPU Channel to play sound on */
u_char Dolby;
//108
} XMCHANNEL;
typedef struct _XMSONG {
u_char Status;
int HeaderNum;
int CurPos; /* Index into pattern data */
u_short reppos; /* patternloop position */
u_short repcnt; /* times to loop */
u_short vbtick; /* tick counter */
u_short patbrk; /* position where to start a new pattern */
u_char patdly; /* patterndelay counter */
u_char patdly2; /* patterndelay counter */
u_short numrow; /* number of rows on current pattern */
short posjmp; /* flag to indicate a position jump is needed*/
u_short PatternPos; /* current row number (0-255) */
short SongPos; /* current song position */
u_short CurrentPattern;
u_short SongSpeed; /* current songspeed */
u_short SongBPM;
int SongLoop; /* loop module ? */
u_char SongVolume; /* song volume (0-128) */
u_char MasterVolume; /* song volume (0-128) */
int XMActiveVoices; /* number of voices currently playing */
int NotAmiga;
u_char XMPlay;
int FirstCh; /* First SPU channel to playback on */
int JBPM;
int PCounter;
u_short PatSize;
u_long *PatAdr;
u_long *PatAdr2;
int PlayMask;
int SFXNum;
XMCHANNEL XM_Chnl[24]; /* max 32 channels per song*/
int JUp;
short PlayNext;
short BPlayNext;
short BPlayFlag;
int CurrentStart;
u_char VabID;
short UserPan;
u_char MaxChans;
//2689
}XMSONG;
#define XMEF_APPREGIO 0 /* Effects */
#define XMEF_PORTUP 1
#define XMEF_PORTDOWN 2
#define XMEF_TONEPORT 3
#define XMEF_VIBRATO 4
#define XMEF_PORT_VOLSLD 5
#define XMEF_VIB_VOLSLD 6
#define XMEF_TREMELO 7
#define XMEF_PANPOS 8
#define XMEF_SAMPOFFSET 9
#define XMEF_VOLSLD 10
#define XMEF_POSJMP 11
#define XMEF_VOLUME 12
#define XMEF_PATBREAK 13
#define XMEF_E 14
#define XMEF_SETSPEED 15
#define XMEF_GLOBALVOL 16
#define XMEF_GLOBALVOLSLD 17
#define XMEF_XM_VOLSLD 23
#define XMEF_XM_PANSLD 24
#define XMEF_E_FINESLD_UP 1 /* Effects from above E command */
#define XMEF_E_FINESLD_DOWN 2
#define XMEF_E_GLISSANDO 3
#define XMEF_E_VIB_WAVE 4
#define XMEF_E_FINETUNE 5
#define XMEF_E_PATLOOP 6
#define XMEF_E_TREM_WAVE 7
#define XMEF_E_NOTUSED 8
#define XMEF_E_RETRIG 9
#define XMEF_E_FINEVOL_UP 10
#define XMEF_E_FINEVOL_DOWN 11
#define XMEF_E_CUTNOTE 12
#define XMEF_E_NOTEDELAY 13
#define XMEF_E_PATDELAY 14
/*Envelope flags*/
#define EF_ON 1
#define EF_SUSTAIN 2
#define EF_LOOP 4
typedef struct _XM_HeaderInfo
{
u_short BPM;
u_short Speed;
} XM_HeaderInfo;
typedef struct _XM_VABInfo
{
u_char* Address;
u_long Size;
} XM_VABInfo;
typedef struct _XM_Feedback
{
u_char Volume;
short Panning;
int CurrentStart;
short PlayNext;
u_short SongLength;
u_char Status;
u_short PatternPos;
short SongPos;
u_short CurrentPattern;
u_short SongSpeed;
u_short SongBPM;
int SongLoop;
int ActiveVoices;
} XM_Feedback;
short Interpolate(short p, short p1, short p2, short v1, short v2); // 0x000869EC
u_short GetLogPeriod(u_char note, u_short fine); // 0x000863EC
u_short JPGetPeriod(u_char note, short fine); // 0x00086A6C
u_short GetPeriod(u_char note, u_short c2spd); // 0x00086AA0
void XM_Exit(); // 0x00085D18
void XM_CloseVAB(int VabID); // 0x00085FB4
void XM_CloseVAB2(int VabID); // 0x000862F0
void XM_Update(); // 0x00085D78
void XM_PlayStart(int Song_ID, int PlayMask); // 0x00085E38
void XM_PlayStop(int Song_ID); // 0x00085DC8
int InitXMData(u_char *mpp, int XM_ID, int S3MPan); // 0x000831B0
unsigned long GetLong(u_char *mpp); // 0x000869C0
void XM_OnceOffInit(int PAL); // 0x00085F7C
int XM_Init(int VabID, int XM_ID, int SongID, int FirstCh, int Loop, int PlayMask, int PlayType, int SFXNum); // 0x0008344C
int JPlayNote(u_char *j, int pmsk); // 0x0008392C
void JPlayEffects(); // 0x00083B64
void SPE(u_char eff, u_char dat); // 0x00083DA4
void DoEEffects(u_char dat); // 0x000841B0
void SetNote(u_char note); // 0x000868E0
void SetInstr(u_char inst); // 0x000867E4
void SetPer(); // 0x00084524
void Arpeggio(u_char dat); // 0x00086738
void DoVolSlide(u_char dat); // 0x000865B4
void DoXMPanSlide(u_char inf); // 0x000866AC
void DoS3MRetrig(u_char inf); // 0x000846D8
void DoToneSlide(); // 0x00086644
void DoVibrato(); // 0x000848F0
void DoTremolo(); // 0x000849F0
short DoPan(short envpan, short pan); // 0x00086560
short DoVol(unsigned long a, short b, short c); // 0x00086538
void UpdateXMData(); // 0x00086484
void UpdateWithTimer(int SC); // 0x0008607C
void XM_DoFullUpdate(int SC); // 0x00086178
void UpdatePatternData(int SC); // 0x00084B3C
int CalcPlayPos(int StartPos); // 0x00087024
int PACKEDCalcPlayPos(int StartPos); // 0x0008714C
int JCalcPat(u_char *j); // 0x000870DC
void ApplyEffs(); // 0x00085034
void UpdateEffs(); // 0x00086EBC
void DoDolbySS(); // 0x00085374
int GetEmpty(int old); // 0x00087228
void UpdateHardware(); // 0x00085448
int IntVols(int Vol1, int Vol2); // 0x00086F70
long GetFreq2(long period); // 0x00086AF0
short ProcessEnvelope(short v, u_char keyon, int JSmp); // 0x000857A4
short ProcessPanEnvelope(short v, u_char keyon, int JSmp); // 0x00085974
void XM_SetSongPos(int Song_ID, u_short pos); // 0x00085E8C
void PlaySFX(int VBID, int Channel, int Inst, int Pitch, int LV, int RV); // 0x00086C64
void InitSPUChannel(int Channel); // 0x00086D74
void CurrentKeyStat(); // 0x00086B48
void StpCh(int Channel); // 0x00086BF4
void SetVol(int Channel, int LVol, int RVol); // 0x00086C38
void SetFrq(int Channel, int Pitch); // 0x00086C18
void SilenceXM(int Song_ID); // 0x00086DDC
void XM_Pause(int Song_ID); // 0x00085C38
void XM_Restart(int Song_ID); // 0x00085B44
void XM_SetMasterVol(int Song_ID, u_char Vol); // 0x00086008
void ClearSPU(int VBID); // 0x00086CF8
void XM_FreeVAG(int addr); // 0x0008605C
int GetFreeSongID(); // 0x00086FA0
void XM_Quit(int SongID); // 0x00086234
void JPClearSPUFlags(int SongID); // 0x00086FF0
int XM_GetFreeVAB(); // 0x00086278
void XM_SetVAGAddress(int VabID, int slot, int addr); // 0x000862B8
int XM_GetSongSize(); // 0x0008639C
void XM_SetSongAddress(u_char *Address); // 0x00086358
void XM_FreeAllSongIDs(); // 0x000863A4
int XM_GetFileHeaderSize(); // 0x000863E4
void XM_SetFileHeaderAddress(u_char *Address); // 0x000863B0
#endif