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1.1 ! root 1: #define SND_CALLER ! 2: #define GAME ! 3: #include <malloc.h> ! 4: #include "sos.h" ! 5: #include "sosm.h" ! 6: #include "icorp.h" ! 7: #include <memcheck.h> ! 8: ! 9: int readfile(int, char *, long); ! 10: #pragma aux readfile =\ ! 11: "mov ah,0x3f",\ ! 12: "int 0x21",\ ! 13: parm [ebx] [edx] [ecx]\ ! 14: modify [eax]; ! 15: ! 16: ! 17: int flag = 0; ! 18: ! 19: extern int displaytime; ! 20: ! 21: //JSA SPOOGE ! 22: extern int musiclevel; ! 23: extern int digilevel; ! 24: extern int loopinstuff; ! 25: extern int enchantedsoundhandle; ! 26: ! 27: // local data for hmi INI ! 28: static PSTR szHexNumbers = "0123456789ABCDEF"; ! 29: static WORD wMultiplier[] = {1, 16, 256, 4096, 65536, 1048576, 16777216, 268435456}; ! 30: // local function prototypes ! 31: WORD hmiINIHex2Decimal(PSTR szHexValue); ! 32: WORD hmiINIGetHexIndex(BYTE bValue); ! 33: ! 34: //TEMP!! ! 35: volatile unsigned joetime; ! 36: ! 37: //krapo ! 38: ! 39: #define NUMLEVELS 17 ! 40: #define SONGSPERLEVEL 4 ! 41: ! 42: typedef struct { ! 43: HANDLE hMIDISong; // if != -1 then the file is playing ! 44: long offset; ! 45: long cache_ptr; ! 46: long cache_length; ! 47: char cache_lock; ! 48: } songbuffertype; ! 49: songbuffertype sngbuf[NUMLEVELS][SONGSPERLEVEL]; ! 50: songbuffertype *sngbufptr[NUMLEVELS][SONGSPERLEVEL]; ! 51: ! 52: _SOS_MIDI_INIT_SONG hmiSongStructs[SONGSPERLEVEL]; ! 53: ! 54: extern int mapon; ! 55: ! 56: int oldsong = 0; ! 57: ! 58: //**************** ! 59: // CODE STARTS * ! 60: //**************** ! 61: ! 62: ! 63: // ! 64: // Temporary method for storing a song in memory. ! 65: ! 66: //mark ! 67: ! 68: BOOL ! 69: loadlevelsongs(int which) ! 70: { ! 71: int i, ! 72: bytesread = 0; ! 73: ! 74: if (!MusicMode) ! 75: return (0); ! 76: ! 77: for (i = 0; i < SONGSPERLEVEL; i++) { ! 78: // set lock and try to allocate cache ! 79: sngbufptr[which][i]->cache_lock = 200; ! 80: allocache(&(sngbufptr[which][i]->cache_ptr), sngbufptr[which][i]->cache_length, &(sngbufptr[which][i]->cache_lock)); ! 81: ! 82: #if USINGALLOCATEPERMANENTTILE ! 83: sngbufptr[which][i]->cache_ptr = (void *) malloc(sngbufptr[which][i]->cache_length); ! 84: if (sngbufptr[which][i]->cache_ptr == _NULL) ! 85: #endif ! 86: if (sngbufptr[which][i]->cache_ptr == 0L) { ! 87: sngbufptr[which][i]->cache_lock = 0x00; ! 88: return (0); ! 89: } ! 90: ! 91: // read data from file ! 92: lseek(hSongFile, sngbufptr[which][i]->offset, SEEK_SET); ! 93: bytesread = read(hSongFile, (void *) sngbufptr[which][i]->cache_ptr, sngbufptr[which][i]->cache_length); ! 94: if (bytesread != sngbufptr[which][i]->cache_length) { ! 95: sngbufptr[which][i]->cache_ptr = 0L; ! 96: sngbufptr[which][i]->cache_lock = 0x00; ! 97: return (0); ! 98: } ! 99: ! 100: // reset song structure ! 101: // memset( hmiSongStructs[i], 0, sizeof( _SOS_MIDI_INIT_SONG ) ); ! 102: ! 103: // set up song structure ! 104: hmiSongStructs[i].lpSongData = (LPSTR) sngbufptr[which][i]->cache_ptr; ! 105: if (sosMIDIInitSong(&(hmiSongStructs[i]), &sSOSTrackMap[i], &(sngbufptr[which][i]->hMIDISong))) { ! 106: // return error "startsong() : sosMIDIInitSong failed!" ! 107: return (0); ! 108: } ! 109: hmiSongStructs[i].lpSongCallback = sosMIDISongCallback; ! 110: } ! 111: ! 112: oldsong = which; ! 113: ! 114: return (1); ! 115: } ! 116: ! 117: ! 118: VOID ! 119: _far sosMIDISongCallback(WORD hSong) ! 120: { ! 121: int i; ! 122: ! 123: if (attacktheme) { ! 124: for (i = 0; i < SONGSPERLEVEL; i++) { ! 125: if (hSong == sngbufptr[oldsong][i]->hMIDISong) { ! 126: sosMIDIResetSong(sngbufptr[oldsong][i]->hMIDISong, &hmiSongStructs[i]); ! 127: } ! 128: } ! 129: startsong(rand() % 2); ! 130: attacktheme = 0; ! 131: } ! 132: ! 133: } ! 134: ! 135: ! 136: BOOL ! 137: startsong(WORD which) ! 138: { ! 139: int i; ! 140: ! 141: if (!MusicMode) ! 142: return (0); ! 143: ! 144: // check to see if songs are playing and stop/fade if necessary ! 145: for (i = 0; i < SONGSPERLEVEL; i++) { ! 146: if (!sosMIDISongDone(sngbufptr[oldsong][i]->hMIDISong)) { ! 147: sosMIDIStopSong(sngbufptr[oldsong][i]->hMIDISong); ! 148: // sosMIDIUnInitSong(sngbufptr[oldsong][i]->hMIDISong); ! 149: // sngbufptr[oldsong][i]->hMIDISong=-1; ! 150: } ! 151: } ! 152: ! 153: ! 154: if ((wError = sosMIDIStartSong(sngbufptr[oldsong][which]->hMIDISong))) { ! 155: // return error "startsong() : sosMIDIStartSong failed!" ! 156: return (0); ! 157: } ! 158: // sprintf(displaybuf,"playing song %d", which); ! 159: // displaytime=250; ! 160: ! 161: if (which < 2) ! 162: attacktheme = 0; ! 163: ! 164: return (1); ! 165: } ! 166: //krapo ! 167: ! 168: void ! 169: dolevelmusic(int which) ! 170: { ! 171: int i, ! 172: temp; ! 173: ! 174: if (!MusicMode) ! 175: return; ! 176: ! 177: if (which < 0 || which > NUMLEVELS-1) { ! 178: which=0; ! 179: } ! 180: ! 181: // check to see if songs are playing and stop/fade if necessary ! 182: for (i = 0; i < SONGSPERLEVEL; i++) { ! 183: if (!sosMIDISongDone(sngbufptr[oldsong][i]->hMIDISong)) { ! 184: sosMIDIStopSong(sngbufptr[oldsong][i]->hMIDISong); ! 185: // sosMIDIUnInitSong(sngbufptr[oldsong][i]->hMIDISong); ! 186: // sngbufptr[oldsong][i]->hMIDISong=-1; ! 187: } ! 188: if (which != 16) ! 189: sosMIDIUnInitSong(sngbufptr[oldsong][i]->hMIDISong); ! 190: sngbufptr[oldsong][i]->hMIDISong = -1; ! 191: sngbufptr[oldsong][i]->cache_lock = 0; ! 192: } ! 193: ! 194: loadlevelsongs(which); ! 195: startsong(0); ! 196: } ! 197: ! 198: ! 199: VOID ! 200: SND_MenuMusic(void) ! 201: { ! 202: // 15 levels the sixteenth set is the menu song! ! 203: dolevelmusic(NUMLEVELS - 1); ! 204: } ! 205: ! 206: ! 207: // ! 208: // INTERNAL ROUTINES ! 209: // ! 210: ! 211: ////////////////////////////////////////////////////////////////////////////// ! 212: // // ! 213: // SND_InitSOSTimer() : Registers the timerevent() function to be // ! 214: // called by SOS. // ! 215: // // ! 216: ////////////////////////////////////////////////////////////////////////////// ! 217: VOID ! 218: SND_InitSOSTimer(VOID) ! 219: { ! 220: if ((wError = sosTIMERRegisterEvent(120, (VOID(far *)) timerevent, &hTimerT_ClockHandle))) { ! 221: sosTIMERUnInitSystem(0); ! 222: sosDIGIUnInitSystem(); ! 223: crash("TIMER FAILURE!"); ! 224: } ! 225: } ! 226: ! 227: ////////////////////////////////////////////////////////////////////////////// ! 228: // // ! 229: // timerevent() : Handles timer functions originally in game.c // ! 230: // // ! 231: ////////////////////////////////////////////////////////////////////////////// ! 232: VOID ! 233: _far _loadds timerevent(VOID) ! 234: { ! 235: joetime++; ! 236: totalclock++; ! 237: keytimerstuff(); ! 238: ! 239: ! 240: } ! 241: ! 242: ! 243: ////////////////////////////////////////////////////////////////////////////// ! 244: // // ! 245: // sosDIGISampleCallback(WORD,WORD,WORD) : Call back routine from SOS // ! 246: // Digi functions. wCallSource indicates which process is complete // ! 247: // hSample is the particular sample handle. // ! 248: // // ! 249: ////////////////////////////////////////////////////////////////////////////// ! 250: VOID ! 251: _far cdecl sosDIGISampleCallback(WORD wDriverHandle, WORD wCallSource, WORD hSample) ! 252: { ! 253: // ! 254: // recording driver will also use this callback for future! ! 255: // will have to switch wDriverHandle as well... ! 256: // ! 257: ! 258: switch (wCallSource) { ! 259: case _SAMPLE_DONE: ! 260: for (wIndex = 0; wIndex < MAX_ACTIVE_SAMPLES; wIndex++) ! 261: if (hSample == SampleRay[wIndex].SOSHandle) ! 262: break; ! 263: sSOSSampleData[wIndex].wLoopCount = 0; ! 264: sSOSSampleData[wIndex].dwSampleSize = 0; ! 265: SampleRay[wIndex].SOSHandle = -1; ! 266: SampleRay[wIndex].playing = 0; ! 267: SampleRay[wIndex].priority = 0; ! 268: SampleRay[wIndex].number = -1; ! 269: break; ! 270: ! 271: } ! 272: ! 273: } ! 274: ! 275: ! 276: ! 277: ! 278: VOID ! 279: SND_SetupTables(VOID) ! 280: { ! 281: int i, ! 282: j, ! 283: listindex = 0; ! 284: ! 285: ! 286: if (SoundMode) { ! 287: hSoundFile = open("JOESND", O_RDONLY | O_BINARY); ! 288: if (hSoundFile == -1) { ! 289: crash("COULDN'T OPEN JOESND!"); ! 290: } ! 291: DigiList = malloc(0x1000); ! 292: if (DigiList == NULL) { ! 293: crash("malloc failed for DigiList"); ! 294: } ! 295: lseek(hSoundFile, -4096L, SEEK_END); ! 296: readfile(hSoundFile, (void *) FP_OFF(DigiList), 4096); ! 297: } ! 298: ! 299: if (MusicMode) { ! 300: if (sMIDIHardware.wPort == 0x388) { ! 301: hSongFile = open("F_SONGS", O_RDONLY | O_BINARY); ! 302: } ! 303: else { ! 304: hSongFile = open("W_SONGS", O_RDONLY | O_BINARY); ! 305: } ! 306: ! 307: if (hSongFile == -1) { ! 308: crash("COULDN'T OPEN SONGS!"); ! 309: } ! 310: SongList = malloc(0x1000); ! 311: if (SongList == NULL) { ! 312: crash("malloc failed for SongList"); ! 313: } ! 314: lseek(hSongFile, -4096L, SEEK_END); ! 315: readfile(hSongFile, (void *) FP_OFF(SongList), 4096); ! 316: } ! 317: ! 318: // setup offset and length of all songs ! 319: for (i = 0; i < NUMLEVELS; i++) { ! 320: for (j = 0; j < SONGSPERLEVEL; j++) { ! 321: sngbufptr[i][j] = &sngbuf[i][j]; ! 322: sngbufptr[i][j]->hMIDISong = -1; ! 323: sngbufptr[i][j]->offset = (SongList[listindex * 3] * 4096L); ! 324: sngbufptr[i][j]->cache_ptr = 0L; ! 325: sngbufptr[i][j]->cache_length = (WORD) (SongList[listindex * 3 + 1]); ! 326: sngbufptr[i][j]->cache_lock = 0x00; ! 327: listindex++; ! 328: } ! 329: } ! 330: ! 331: ! 332: return; ! 333: } ! 334: ! 335: ! 336: ! 337: ////////////////////////////////////////////////////////////////////////////// ! 338: // // ! 339: // SND_LoadMidiIns(void) : Read melodic and percussive banks into mem. // ! 340: // Conditional : GENERAL MIDI and WAVE synths don't need patches // ! 341: // // ! 342: ////////////////////////////////////////////////////////////////////////////// ! 343: void ! 344: SND_LoadMidiIns(void) ! 345: { ! 346: static WORD wLength; ! 347: ! 348: //JSA_DEMO check port address to verify FM device ! 349: ! 350: if ((MusicMode == _STANDARD_MUSIC || MusicMode == _DIG_MIDI_MUSIC) && ! 351: sMIDIHardware.wPort == 0x388) { ! 352: // (wMIDIDeviceID != _MIDI_MPU_401 && wMIDIDeviceID != _MIDI_MT_32 ! 353: // && wMIDIDeviceID!=_MIDI_AWE32) ) { ! 354: hMiscHandle = open("melodic.bnk", O_RDONLY); ! 355: if (hMiscHandle == -1) ! 356: crash("MELODIC BANK FILE FAILED!"); ! 357: m_bnkptr = malloc(0x152c); ! 358: if (m_bnkptr == NULL) { ! 359: crash("malloc failed for m_bnkptr"); ! 360: } ! 361: read(hMiscHandle, (void *) FP_OFF(m_bnkptr), 0x152c); ! 362: close(hMiscHandle); ! 363: if ((wError = sosMIDISetInsData(hSOSDriverHandles[MIDI], m_bnkptr, 0x00))) ! 364: crash("BAD SetInsData MEL!"); ! 365: ! 366: hMiscHandle = open("drum.bnk", O_RDONLY); ! 367: if (hMiscHandle == -1) ! 368: crash("PERCUSSIVE BANK FILE FAILED!"); ! 369: d_bnkptr = malloc(0x152c); ! 370: if (d_bnkptr == NULL) { ! 371: crash("malloc failed for d_bnkptr"); ! 372: } ! 373: read(hMiscHandle, (void *) FP_OFF(d_bnkptr), 0x152c); ! 374: close(hMiscHandle); ! 375: if ((wError = sosMIDISetInsData(hSOSDriverHandles[MIDI], d_bnkptr, 0x00))) ! 376: printf("BAD SetInsData DRUM!"); ! 377: } ! 378: ! 379: if (MusicMode == _DIG_MIDI_MUSIC) { ! 380: hMiscHandle = open("test.dig", O_RDONLY); ! 381: if (hMiscHandle == -1) ! 382: crash("DIGI_MIDI FILE FAILED!"); ! 383: wLength = lseek(hMiscHandle, 0L, SEEK_END); ! 384: lseek(hMiscHandle, 0L, SEEK_SET); ! 385: digi_bnkptr = malloc(wLength); ! 386: if (digi_bnkptr == NULL) { ! 387: crash("malloc failed for digi_bnkptr"); ! 388: } ! 389: read(hMiscHandle, (void *) FP_OFF(digi_bnkptr), wLength); ! 390: close(hMiscHandle); ! 391: if ((wError = sosMIDISetInsData(hSOSDriverHandles[DIG_MIDI], digi_bnkptr, 0x00))) ! 392: crash("BAD SetInsData digmidi!"); ! 393: } ! 394: } ! 395: ! 396: // ! 397: // PUBLIC ROUTINES ! 398: // ! 399: ! 400: ! 401: ! 402: VOID ! 403: SND_DoBuffers(void) ! 404: { ! 405: ! 406: ! 407: for (wIndex = 0; wIndex < MAX_ACTIVE_SAMPLES; wIndex++) { ! 408: sSOSSampleData[wIndex].lpSamplePtr = (LPSTR) malloc((long) 55000); ! 409: if (sSOSSampleData[wIndex].lpSamplePtr == _NULL) ! 410: crash("Could Not get a Sound Buffer!!"); ! 411: } ! 412: ! 413: } ! 414: ! 415: VOID ! 416: SND_UnDoBuffers(void) ! 417: { ! 418: ! 419: for (wIndex = 0; wIndex < MAX_ACTIVE_SAMPLES; wIndex++) { ! 420: if (sSOSSampleData[wIndex].lpSamplePtr != NULL) ! 421: free((void *) FP_OFF(sSOSSampleData[wIndex].lpSamplePtr)); ! 422: } ! 423: ! 424: } ! 425: ! 426: ! 427: ////////////////////////////////////////////////////////////////////////////// ! 428: // // ! 429: // SND_Startup() : Initialize all SOS Drivers and start timer // ! 430: // service. // ! 431: // // ! 432: ////////////////////////////////////////////////////////////////////////////// ! 433: ! 434: extern ! 435: _SOS_HARDWARE sDIGISettings; ! 436: extern ! 437: _SOS_MIDI_HARDWARE sMIDISettings; ! 438: extern ! 439: WORD wDIGIDevice, ! 440: wMIDIDevice; ! 441: ! 442: VOID ! 443: SND_Startup(VOID) ! 444: { ! 445: ! 446: if (SD_Started) ! 447: return; ! 448: ! 449: wDIGIDeviceID = wDIGIDevice; ! 450: wMIDIDeviceID = wMIDIDevice; ! 451: memmove(&sDIGIHardware, &sDIGISettings, sizeof(sDIGIHardware)); ! 452: memmove(&sMIDIHardware, &sMIDISettings, sizeof(sMIDIHardware)); ! 453: ! 454: //GET Volume values ! 455: wMIDIVol = (musiclevel << 3); ! 456: wDIGIVol = (digilevel << 11); ! 457: ! 458: ! 459: //TIMERSYSTEM ! 460: ! 461: wError = sosTIMERInitSystem(_TIMER_DOS_RATE, _SOS_DEBUG_NORMAL); ! 462: if (wError != _ERR_NO_ERROR) ! 463: crash("Problem with Timer SysInit!"); ! 464: ! 465: SND_InitSOSTimer(); ! 466: ! 467: hSOSDriverHandles[DIGI] = -1; ! 468: hSOSDriverHandles[MIDI] = -1; ! 469: ! 470: if (wDIGIDeviceID == 0xffffffff) ! 471: SoundMode = _OFF; ! 472: if (wMIDIDeviceID == 0xffffffff) ! 473: MusicMode = _OFF; ! 474: ! 475: //DIGISYSTEM ! 476: ! 477: if (SoundMode == _ON) { // && wDIGIDeviceID!=0xffffffff) { ! 478: wError = sosDIGIInitSystem(_NULL, _SOS_DEBUG_NORMAL); ! 479: if (wError != _ERR_NO_ERROR) ! 480: crash("Error on Digi SysInit!"); ! 481: } ! 482: ! 483: //MIDISYSTEM ! 484: if (MusicMode == _STANDARD_MUSIC) { ! 485: if (wError = sosMIDIInitSystem(_NULL, _SOS_DEBUG_NORMAL)) { ! 486: sosTIMERUnInitSystem(0); ! 487: sosDIGIUnInitSystem(); ! 488: crash("Could not Init Midi System!"); ! 489: } ! 490: } ! 491: ! 492: //MIDIDRIVER ! 493: if (MusicMode == _STANDARD_MUSIC) { ! 494: sSOSMIDIInitDriver.lpDriverMemory = _NULL; ! 495: ! 496: if ((wError = sosMIDIInitDriver(wMIDIDeviceID, &sMIDIHardware, ! 497: &sSOSMIDIInitDriver, &hSOSDriverHandles[MIDI]))) { ! 498: sosMIDIUnInitSystem(); ! 499: sosDIGIUnInitSystem(); ! 500: sosTIMERUnInitSystem(0); ! 501: crash("Could not Init Midi Driver!\n"); ! 502: } ! 503: ! 504: SND_LoadMidiIns(); ! 505: sosMIDIEnableChannelStealing(_FALSE); ! 506: for (wIndex = 0; wIndex < MAX_ACTIVE_SONGS; wIndex++) ! 507: hSOSSongHandles[wIndex] = 0x7fff; ! 508: ! 509: Midi_Loaded = _TRUE; ! 510: sosMIDISetMasterVolume(wMIDIVol); ! 511: } ! 512: ! 513: ! 514: //DIGIDRIVER ! 515: if (SoundMode == _ON) { // && wDIGIDeviceID!=0xffffffff) { ! 516: ! 517: if ((wError = sosDIGIInitDriver(wDIGIDeviceID, &sDIGIHardware, ! 518: &sSOSInitDriver, &hSOSDriverHandles[DIGI]))) { ! 519: sosTIMERUnInitSystem(0); ! 520: sosDIGIUnInitSystem(); ! 521: crash("Could not initialize Digi Driver!"); ! 522: } ! 523: if ((wError = sosTIMERRegisterEvent(_SOS_FILL_TIMER_RATE, sSOSInitDriver.lpFillHandler, ! 524: &hTimerDig_FillHandle))) { ! 525: sosDIGIUnInitDriver(hSOSDriverHandles[DIGI], _TRUE, _TRUE); ! 526: sosTIMERUnInitSystem(0); ! 527: sosDIGIUnInitSystem(); ! 528: crash("Could not register lpFillHandler!"); ! 529: } ! 530: Digi_Loaded = _TRUE; ! 531: ! 532: sosDIGISetMasterVolume(hSOSDriverHandles[DIGI], wDIGIVol); ! 533: ! 534: for (wIndex = 0; wIndex < MAX_ACTIVE_SAMPLES; wIndex++) ! 535: SampleRay[wIndex].number = -1; ! 536: ! 537: // RAF NOV 17 ! 538: // ADDED SMK STUFF ! 539: // smkinit(hSOSDriverHandles[DIGI]); ! 540: } ! 541: ! 542: // read in offset page list's ! 543: SND_SetupTables(); ! 544: SD_Started = _TRUE; ! 545: } ! 546: ! 547: ! 548: ////////////////////////////////////////////////////////////////////////////// ! 549: // // ! 550: // SND_Shutdown() : Un-Initialize all SOS Drivers and releases // ! 551: // timer service(s). // ! 552: // // ! 553: ////////////////////////////////////////////////////////////////////////////// ! 554: VOID ! 555: SND_Shutdown(VOID) ! 556: { ! 557: int i; ! 558: ! 559: if (!SD_Started) ! 560: return; ! 561: ! 562: if (SoundMode && Digi_Loaded) { ! 563: SND_DIGIFlush(); ! 564: ! 565: sosTIMERRemoveEvent(hTimerDig_FillHandle); ! 566: flag = sosDIGIUnInitDriver(hSOSDriverHandles[DIGI], _TRUE, _TRUE); ! 567: if (hSoundFile != -1) ! 568: close(hSoundFile); ! 569: if (hLoopFile != -1) ! 570: close(hLoopFile); ! 571: if (hSongFile != -1) ! 572: close(hSongFile); ! 573: if (DigiList != NULL) ! 574: free(DigiList); ! 575: if (LoopList != NULL) ! 576: free(LoopList); ! 577: Digi_Loaded = _FALSE; ! 578: } ! 579: ! 580: if (MusicMode && Midi_Loaded) { ! 581: for (i = 0; i < SONGSPERLEVEL; i++) { ! 582: if (!sosMIDISongDone(sngbufptr[oldsong][i]->hMIDISong)) { ! 583: sosMIDIStopSong(sngbufptr[oldsong][i]->hMIDISong); ! 584: // sosMIDIUnInitSong(sngbufptr[oldsong][i]->hMIDISong); ! 585: // sngbufptr[oldsong][i]->hMIDISong=-1; ! 586: } ! 587: sngbufptr[oldsong][i]->cache_lock = 0; ! 588: sosMIDIUnInitSong(sngbufptr[oldsong][i]->hMIDISong); ! 589: sngbufptr[oldsong][i]->hMIDISong = -1; ! 590: } ! 591: ! 592: ! 593: sosMIDIUnInitDriver(hSOSDriverHandles[MIDI], _TRUE); ! 594: if (m_bnkptr != NULL) ! 595: free(m_bnkptr); ! 596: if (d_bnkptr != NULL) ! 597: free(d_bnkptr); ! 598: if (digi_bnkptr != NULL) ! 599: free(digi_bnkptr); ! 600: if (lpMIDISong != NULL) ! 601: free((PSTR) FP_OFF(lpMIDISong)); ! 602: Midi_Loaded = _FALSE; ! 603: } ! 604: ! 605: sosMIDIUnInitSystem(); ! 606: ! 607: sosDIGIUnInitSystem(); ! 608: ! 609: sosTIMERRemoveEvent(hTimerT_ClockHandle); ! 610: ! 611: sosTIMERUnInitSystem(0); ! 612: ! 613: SD_Started = _FALSE; ! 614: ! 615: } ! 616: ! 617: void ! 618: SND_StopMusic(void) ! 619: { ! 620: int i; ! 621: ! 622: if (MusicMode && Midi_Loaded) { ! 623: for (i = 0; i < SONGSPERLEVEL; i++) { ! 624: if (!sosMIDISongDone(sngbufptr[oldsong][i]->hMIDISong)) { ! 625: sosMIDIStopSong(sngbufptr[oldsong][i]->hMIDISong); ! 626: // sosMIDIUnInitSong(sngbufptr[oldsong][i]->hMIDISong); ! 627: // sngbufptr[oldsong][i]->hMIDISong=-1; ! 628: } ! 629: sngbufptr[oldsong][i]->cache_lock = 0; ! 630: sosMIDIUnInitSong(sngbufptr[oldsong][i]->hMIDISong); ! 631: sngbufptr[oldsong][i]->hMIDISong = -1; ! 632: } ! 633: } ! 634: } ! 635: ! 636: ////////////////////////////////////////////////////////////////////////////// ! 637: // // ! 638: // SND_Mixer(WORD wSource,WORD wVolume) : Change Music or SFX Volume // ! 639: // // ! 640: ////////////////////////////////////////////////////////////////////////////// ! 641: VOID ! 642: SND_Mixer(WORD wSource, WORD wVolume) ! 643: { ! 644: if (wSource == MIDI) { ! 645: if (MusicMode) { ! 646: wMIDIVol = (wVolume << 3); ! 647: sosMIDISetMasterVolume((BYTE) wMIDIVol); ! 648: } ! 649: } ! 650: else { ! 651: if (SoundMode) { ! 652: wDIGIVol = (wVolume << 11); ! 653: sosDIGISetMasterVolume(hSOSDriverHandles[DIGI], wDIGIVol); ! 654: } ! 655: } ! 656: } ! 657: ! 658: ! 659: //WORD ! 660: int ! 661: SND_PlaySound(WORD sound, long x, long y, WORD Pan, WORD loopcount) ! 662: { ! 663: WORD wVol, ! 664: flag = 0; ! 665: long sqrdist; ! 666: long prioritize; ! 667: ! 668: if (!SoundMode) ! 669: return (0); ! 670: // return((WORD)0); ! 671: ! 672: ! 673: prioritize = DigiList[(sound * 3) + 2]; ! 674: ! 675: if (((x == 0) && (y == 0)) || ((player[pyrn].x == x) && (player[pyrn].y == y))) { ! 676: wVol = 0x7fff; ! 677: Pan = 0; ! 678: } ! 679: else { ! 680: sqrdist = labs(player[pyrn].x - x) + labs(player[pyrn].y - y); ! 681: if (sqrdist < 1500) ! 682: wVol = 0x7fff; ! 683: else if (sqrdist > 8500) ! 684: wVol = 0x1f00; ! 685: else ! 686: wVol = 39000 - (sqrdist << 2); ! 687: } ! 688: ! 689: ! 690: if (sound == S_STONELOOP1) { ! 691: for (wIndex = 0, flag = 0; wIndex < MAX_ACTIVE_SAMPLES; wIndex++) ! 692: if (sound == SampleRay[wIndex].number) ! 693: return (0); ! 694: } ! 695: ! 696: for (wIndex = 0, flag = 0; wIndex < MAX_ACTIVE_SAMPLES; wIndex++) ! 697: if (!SampleRay[wIndex].playing) { ! 698: flag = 1; ! 699: break; ! 700: } ! 701: ! 702: // if(!flag && prioritize<9) //none available low prio ! 703: if (!flag) ! 704: return (0); ! 705: ! 706: else if (!flag) { // none avail but high prio ! 707: for (wIndex = 0; wIndex < MAX_ACTIVE_SAMPLES; wIndex++) { ! 708: if (SampleRay[wIndex].priority < 9 && sSOSSampleData[wIndex].wLoopCount != -1) { ! 709: if (!sosDIGISampleDone(hSOSDriverHandles[DIGI], SampleRay[wIndex].SOSHandle) && ! 710: (sSOSSampleData[wIndex].dwSampleSize != 0)) { ! 711: sosDIGIStopSample(hSOSDriverHandles[DIGI], SampleRay[wIndex].SOSHandle); ! 712: sSOSSampleData[wIndex].wLoopCount = 0; ! 713: sSOSSampleData[wIndex].dwSampleSize = 0; ! 714: SampleRay[wIndex].SOSHandle = -1; ! 715: SampleRay[wIndex].playing = 0; ! 716: SampleRay[wIndex].priority = 0; ! 717: SampleRay[wIndex].number = -1; ! 718: break; ! 719: } ! 720: } ! 721: } ! 722: } ! 723: ! 724: ! 725: sSOSSampleData[wIndex].dwSampleSize = (WORD) DigiList[(sound * 3) + 1]; ! 726: ! 727: SeekIndex = (DigiList[(sound * 3) + 0] * 4096); ! 728: ! 729: lseek(hSoundFile, SeekIndex, 0x00); ! 730: memset((void *) FP_OFF(sSOSSampleData[wIndex].lpSamplePtr), '0', 55000); ! 731: read(hSoundFile, (void *) FP_OFF(sSOSSampleData[wIndex].lpSamplePtr), sSOSSampleData[wIndex].dwSampleSize); ! 732: ! 733: if (loopcount) ! 734: sSOSSampleData[wIndex].wLoopCount = loopcount; ! 735: ! 736: if (Pan) ! 737: Pan = ((getangle(player[pyrn].x - x, player[pyrn].y - y) + (2047 - player[pyrn].ang)) % 2047) >> 6; ! 738: ! 739: //HILES this will put the enchanted weapons inthe right speaker ! 740: // if( sound == S_ENCHANTLOOP1 || sound == S_ENCHANTLOOP2 ) ! 741: // sSOSSampleData[wIndex].wSamplePanLocation = 0xe000; ! 742: // else ! 743: sSOSSampleData[wIndex].wSamplePanLocation = PanArray[Pan]; ! 744: sSOSSampleData[wIndex].wVolume = wVol; ! 745: SampleRay[wIndex].SOSHandle = sosDIGIStartSample(hSOSDriverHandles[DIGI], &sSOSSampleData[wIndex]); ! 746: SampleRay[wIndex].x = x; ! 747: SampleRay[wIndex].y = y; ! 748: SampleRay[wIndex].playing = 1; ! 749: SampleRay[wIndex].number = sound; ! 750: SampleRay[wIndex].priority = prioritize; ! 751: ActiveSampleBits |= (0x01 << wIndex); ! 752: ! 753: return (SampleRay[wIndex].SOSHandle); ! 754: ! 755: } ! 756: ! 757: ! 758: WORD ! 759: SND_Sound(WORD sound) ! 760: { ! 761: static WORD handle; ! 762: ! 763: if (!SoundMode) ! 764: return (-1); ! 765: return (SND_PlaySound(sound, 0, 0, 0, 0)); ! 766: ! 767: } ! 768: ! 769: VOID ! 770: SND_CheckLoops(void) ! 771: { ! 772: ! 773: // special case loops ! 774: if (cartsnd != -1) { ! 775: SND_StopLoop(cartsnd); ! 776: cartsnd = -1; ! 777: } ! 778: if (lavasnd != -1) { ! 779: SND_StopLoop(lavasnd); ! 780: lavasnd = -1; ! 781: } ! 782: if (batsnd != -1) { ! 783: SND_StopLoop(batsnd); ! 784: batsnd = -1; ! 785: } ! 786: ! 787: if (enchantedsoundhandle != -1) { ! 788: SND_StopLoop(enchantedsoundhandle); ! 789: } ! 790: ! 791: ! 792: ! 793: // ambient sound array ! 794: for (wIndex = 0; wIndex < MAX_AMB_SOUNDS; wIndex++) { ! 795: if (ambsoundarray[wIndex].hsound != -1) { ! 796: SND_StopLoop(ambsoundarray[wIndex].hsound); ! 797: ambsoundarray[wIndex].hsound = -1; ! 798: } ! 799: } ! 800: ! 801: SND_DIGIFlush(); ! 802: ! 803: } ! 804: ! 805: VOID ! 806: SND_StopLoop(WORD which) ! 807: { ! 808: ! 809: if (!SoundMode) ! 810: return; ! 811: ! 812: for (wIndex = 0; wIndex < MAX_ACTIVE_SAMPLES; wIndex++) ! 813: if (which == SampleRay[wIndex].SOSHandle) ! 814: break; ! 815: ! 816: sosDIGIStopSample(hSOSDriverHandles[DIGI], SampleRay[wIndex].SOSHandle); ! 817: sSOSSampleData[wIndex].wLoopCount = 0; ! 818: SampleRay[wIndex].SOSHandle = -1; ! 819: SampleRay[wIndex].playing = 0; ! 820: SampleRay[wIndex].number = -1; ! 821: ! 822: } ! 823: ! 824: ! 825: VOID ! 826: SND_DIGIFLush(void) ! 827: { ! 828: if (!SoundMode) ! 829: return; ! 830: ! 831: for (wIndex = 0; wIndex < MAX_ACTIVE_SAMPLES; wIndex++) { ! 832: if (SampleRay[wIndex].playing) ! 833: sosDIGIStopSample(hSOSDriverHandles[DIGI], SampleRay[wIndex].SOSHandle); ! 834: // if( sSOSSampleData[wIndex].lpSamplePtr != NULL ) ! 835: // free((void *)FP_OFF(sSOSSampleData[wIndex].lpSamplePtr)); ! 836: SampleRay[wIndex].SOSHandle = -1; ! 837: SampleRay[wIndex].playing = 0; ! 838: SampleRay[wIndex].number = -1; ! 839: ActiveSampleBits |= (0x01 << wIndex); ! 840: } ! 841: } ! 842: ! 843: ! 844: ! 845: // ! 846: // Sound Location Stuff ! 847: // ! 848: ! 849: ! 850: VOID ! 851: SND_UpdateSoundLoc(WORD which, WORD Volume, WORD Pan) ! 852: { ! 853: ! 854: gVol = Volume; ! 855: gPan = sosDIGISetPanLocation(hSOSDriverHandles[DIGI], SampleRay[which].SOSHandle, PanArray[Pan]); ! 856: sosDIGISetSampleVolume(hSOSDriverHandles[DIGI], SampleRay[which].SOSHandle, Volume); ! 857: ! 858: } ! 859: ! 860: ! 861: ! 862: // JOE START functions called often from external modules ! 863: ! 864: //JSA 3/20/95 ! 865: // ! 866: // note: soundnum=sound to play; xplc is x location of source; yplc is y loc ! 867: // ! 868: ! 869: void ! 870: playsound_loc(int soundnum, long xplc, long yplc) ! 871: { ! 872: long sqrdist; ! 873: unsigned wVol, ! 874: wPan; ! 875: ! 876: SND_PlaySound(soundnum, xplc, yplc, 1, 0); ! 877: } ! 878: ! 879: void ! 880: updatesound_loc(void) ! 881: { ! 882: int wIndex; ! 883: unsigned wVol, ! 884: wPan; ! 885: long sqrdist; ! 886: ! 887: if (!SoundMode) ! 888: return; ! 889: ! 890: for (wIndex = 0; wIndex < MAX_ACTIVE_SAMPLES; wIndex++) ! 891: if (SampleRay[wIndex].playing && SampleRay[wIndex].x && SampleRay[wIndex].y) { ! 892: if (sSOSSampleData[wIndex].dwSampleSize != 0) { ! 893: sqrdist = labs(player[pyrn].x - SampleRay[wIndex].x) + ! 894: labs(player[pyrn].y - SampleRay[wIndex].y); ! 895: ! 896: if (sqrdist < 1500) ! 897: wVol = 0x7fff; ! 898: else if (sqrdist > 8500) ! 899: wVol = 0x1f00; ! 900: else ! 901: wVol = 39000 - (sqrdist << 2); ! 902: ! 903: wPan = ((getangle(player[pyrn].x - SampleRay[wIndex].x, player[pyrn].y - SampleRay[wIndex].y) + (2047 - player[pyrn].ang)) % 2047) >> 6; ! 904: SND_UpdateSoundLoc(wIndex, wVol, wPan); ! 905: // sprintf(displaybuf,"%dVol %x Pan %x Dist ! 906: // %ld",SampleRay[wIndex].number,wVol,wPan,sqrdist); ! 907: // displaytime=100; ! 908: } ! 909: ! 910: } ! 911: ! 912: } ! 913: ! 914: // Location Stuff End
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