/*
* Descent 3
* Copyright (C) 2024 Parallax Software
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program. If not, see .
--- HISTORICAL COMMENTS FOLLOW ---
* $Logfile: /DescentIII/Main/sndlib/hlsoundlib.cpp $
* $Revision: 116 $
* $Date: 4/19/00 5:07p $
* $Author: Matt $
*
* High level sound library for Descent 3
*
* $Log: /DescentIII/Main/sndlib/hlsoundlib.cpp $
*
* 116 4/19/00 5:07p Matt
* From Duane for 1.4
* Added checks, asserts, and fixes for bad return values
*
* 115 3/20/00 12:30p Matt
* Merge of Duane's post-1.3 changes.
* Optimizations.
* A bunch of 3D sound code ifdef'd out for Mac.
*
* 114 2/09/00 4:59p Jason
* fixed access violation in VerifyUniqueID
*
* 113 10/22/99 10:40p Jeff
* commented out an mprintf put in by mac merge
*
* 112 10/21/99 3:27p Kevin
* Mac merge!
*
* 111 8/23/99 5:29p Samir
* incremental EAX 2.0 checkin
*
* 110 8/19/99 7:10p Jeff
* hooked in linux sound lib
*
* 109 8/13/99 2:00p Samir
* more aureal and geometry fixes.
*
* 108 8/11/99 3:12p Samir
* fixes for aureal support.
*
* 107 7/28/99 2:05p Kevin
* Macintosh Changes
*
* 106 5/07/99 1:32p Jeff
* kill a sound if the object is ghosted (aka OBJ_DUMMY)
*
* 105 4/27/99 2:10p Samir
* added code to set the desired sound card given the descriptive name of
* a sound card.
*
* 104 4/23/99 7:50p Samir
* looping fixes for directsound.
*
* 103 4/14/99 1:46a Jeff
* fixed case mismatched #includes
*
* 102 4/12/99 7:14p Samir
* prioritization code added.
*
* 101 4/10/99 5:09p Samir
* beginning to add prioritization of sounds code. currently non
* functional, but allows me to change all calls to Play3dSound so that I
* can test later.
*
* 100 4/06/99 8:31p Samir
* moved free memory code to low level library.
*
* 99 4/03/99 6:24p Nate
* ? Fixed a editor sound crash ?
*
* 98 4/01/99 4:28p Samir
* hardware geometry integration if it's available.
*
* 97 4/01/99 11:57a Chris
* Made the holy cow messed print the name of the sound that couldn't be
* played
*
* 96 3/03/99 5:07p Samir
* music volume will shutoff music if 0, restart if greater only after a
* change in vollume.
*
* 95 3/03/99 5:44a Chris
* Sound is based on the viewer_object
*
* 94 2/24/99 12:27p Chris
* Fixed problems with GB finding robots/room he couldn't get to. Fixed
* problems with forcefields(sound prop. and path finding). Fixed
* problems with small portals.
*
* 93 2/21/99 5:48p Matt
* Added SetVolumeObject()
*
* 92 2/16/99 3:38p Chris
* FIXED: Ship sounds being all messed up. :) (3d dist = 0) So, use the
* rvec... So, sounds could get muffled
*
* 91 2/14/99 3:27p Chris
* FIxed a load/save bug... hehe
*
* 90 2/12/99 2:10p Chris
*
* 89 2/12/99 1:54p Sean
*
* 88 2/12/99 1:33p Sean
*
* 87 2/12/99 1:18p Sean
*
* 86 2/12/99 1:10p Sean
* Encapsulated the last_portal code
*
* 85 2/12/99 11:22a Chris
* Updated what BOA uses for BOA_cost_array. It is not just the distance
* from the center of the room to the center of the portal. It was this +
* the dist to the next room's center. The reason for this change was it
* makes it easier to compute the exact BOA_DIST for sounds. This is
* because the two distances are separated (so from the start pos, we do a
* vm_Vect dist from the start point to the portal)... Hmmm....
*
* 84 2/09/99 12:40p Chris
* More aipath stuff has been merged with the new BOA
*
* 83 2/09/99 9:59a Chris
* Massive BOA update :) Terrain happy now. Vis happy now. Sound happy
* now.
*
* 82 1/30/99 3:44p Chris
* Added support for time-offset'ed 3d sounds (like start at 1.2 seconds
* into the sound)
*
* 81 1/29/99 12:48p Matt
* Rewrote the doorway system
*
* 80 1/26/99 5:16p Matt
* Added StopObjectSound()
*
* 79 1/12/99 4:04p Samir
* added environmental audio on a per room basis.
*
* 78 1/08/99 6:31p Samir
* added reverb
*
* 77 12/22/98 11:08a Chris
* Improved algorithm for 3d sounds
*
* 76 12/02/98 4:34p Samir
* made high level playstream set a variable needed to call low level
* stream playback.
*
* 75 11/16/98 4:29p Chris
* Added pause new flag to the high level system
*
* 74 11/10/98 1:52p Jason
* added dedicated server support
*
* 73 10/23/98 7:05p Samir
* added pause and resume
*
* 72 10/22/98 8:31p Chris
* Sounds use GlobalAlloc and GlobalFree
*
* 71 10/22/98 9:22a Chris
* Fixes problems with hl-uids only being valid for the first 256 sounds
*
* 70 10/20/98 2:53a Kevin
* gunboy crap
*
* 69 10/19/98 11:57a Chris
* Update the sound system to use the import volume
*
* 68 10/17/98 12:46p Kevin
* Beta 4 fixes
*
* 67 10/14/98 5:12p Samir
* added a null SOUND_MIXER.
*
* 66 10/12/98 1:27p Jeff
* all mem_free's do set the value to NULL after they are complete
*
* 65 10/02/98 3:39p Chris
* Fixed a bug in Stopallsounds (it always acted like you where in the
* game)
*
* 64 9/14/98 6:28p Jason
* first pass at getting dedicated server working
*
* 63 9/11/98 3:08p Chris
* Enabled the production sound
*
* 62 9/08/98 12:05p Jason
* moved doorway.h out of room.h
*
* 61 8/26/98 1:48a Chris
* Fixed odd non-stopping sounds when ESC out of the game - etc.
*
* 60 8/18/98 12:18p Chris
* Added f_in_game
*
* 59 7/09/98 8:34p Samir
* added argument to callback for streams.
*
* 58 7/09/98 11:32a Samir
* close stream system after init check in KillSoundLib.
*
* 57 7/08/98 6:27p Samir
* stream library integrated with highlevel sound system.
*
* 56 6/29/98 10:44p Chris
*
* 55 6/29/98 10:44p Chris
* Added support for SIF_ONCE_PER_OBJ
*
* 54 6/29/98 10:12a Chris
* Further improved the sound system
*
* 53 6/29/98 9:29a Chris
* Added some support for Direct Sound 3d
*
* 52 6/24/98 12:09p Chris
* Update
*
* 51 6/22/98 12:00p Chris
* Working on sound system to make it in a nice shape.
*
* 50 6/19/98 3:09p Chris
* Improved IsSoundPlaying
*
* 49 6/19/98 3:03p Chris
* Made CheckAndForceSoundDataAlloc a SoundSystem function - useful for
* multiple mixers. Added IsSoundPlaying to the high level sound lib.
*
* 48 6/17/98 4:39p Chris
* Added the playing of 8bit samples with the 16 bit sound mixer
*
* 47 6/16/98 4:46p Chris
* Revision 2 of the stream audio stuff
*
* 46 6/16/98 3:48p Chris
* Updated the sound system and added the start of sound streaming
*
* 45 5/14/98 7:32p Samir
* Removed an ASSert and replaced with a mprintf
*
* 44 5/04/98 6:31p Craig
* Added more bug checking
*
* 43 4/24/98 3:02p Chris
* Removed GlobalAlloc and GlobalFree
*
* 42 4/23/98 12:00p Jeff
* Fixed the GlobalFree problem
*
* 41 4/22/98 6:19p Chris
* Fixed a lockup bug
*
* 40 4/22/98 4:31p Chris
* Added DebugBlockPrint
*
* 39 4/06/98 3:43p Jason
* Removed an ASSERT and make it an if-block
*
* 38 3/20/98 4:03p Chris
* Made non-looping non-audible 3d sounds not play.
*
* 37 3/20/98 3:06p Chris
* Removed some mprintf's
*
* 36 3/20/98 2:59p Chris
* Added a wall hit sound for the player and added support for a base
* volume for 3d sounds
*
* 35 2/27/98 5:31p Chris
* Changed how master_volume is set.
*
* 34 2/23/98 6:32p Chris
* Added support for a hlsoundlib unique id. This is what all the public
* functions use. Also, looping sounds are now correctly turned off and
* on.
*
* 33 2/23/98 5:03p Chris
* Added the global alloc calls (deifned them to malloc and free when not
* Win32)
*
* 32 2/17/98 1:17p Chris
*
* 31 2/17/98 1:11p Chris
* Bails on invalid sound indices
*
* 30 2/16/98 4:34a Chris
*
* 29 2/16/98 4:23a Chris
*
* 28 2/16/98 3:54a Chris
*
* 27 2/16/98 3:20a Luke
*
* 26 2/16/98 2:47a Chris
* Fixed problems with 3d looping sounds
*
* 25 2/15/98 8:13p Luke
*
* 24 2/15/98 7:12p Chris
* More improvements to the sound lib
*
* 23 2/15/98 6:41p Chris
* Added Update2dSound
*
* 22 2/13/98 5:15p Chris
* Fixed multiple problems with looping sounds not being able to be
* stopped
*
* 21 2/04/98 6:10p Matt
* Changed object room number to indicate a terrain cell via a flag. Got
* rid of the object flag which used to indicate terrain.
*
* 20 1/19/98 10:04a Matt
* Added new object handle system
*
* 19 1/14/98 7:56p Chris
* Fixed bugs dealing with llsound system being full.
*
* 18 1/14/98 5:40p Chris
* Fixed problem of the hlsound system crashing when the llsound lib
* filled up.
*
* 17 1/13/98 5:08p Chris
* Increased sound object limit
*
* 16 1/08/98 1:11p Chris
* Forgot to OR SND_OUTSIDE of some sounds
*
* 15 1/06/98 2:12p Chris
* Added muffled sounds v.1 and made 3d sounds keep their roomnum.
*
* 14 1/05/98 4:36p Chris
* Added working ambient sounds to objects.
*
* 13 1/05/98 3:58p Chris
* Further improvements to the high level sound lib
*
* 12 1/02/98 5:32p Chris
* More radical changes to the sound system
*
* 11 12/31/97 2:58a Chris
* Another major revision to the SoundLib. This cleaned up the code after
* removing the direct sound secondary buffers.
*
* 10 12/30/97 2:15p Chris
* Adding further support for software 3d stuff
*
* 9 12/22/97 6:19p Chris
* Moved weapon battery firing sound off the projectile (weapon) and into
* the weapon battery.
*
* 8 12/12/97 11:43a Chris
* Added support to toggle sndlib on/off
*
* 7 12/11/97 1:33p Chris
* Added support for fixed 3d position updating sounds.
*
* 6 12/10/97 4:47p Chris
* Revision 1.0 of new sound library (no hardware -- uses primary buffer
* streaming)
*
* 5 11/21/97 1:10p Chris
* Incremental Improvements
*
* 4 11/21/97 12:33p Chris
* Fixed memory leak when -nosound was added.
*
* 3 11/07/97 5:43p Jason
* added -nosound command switch
*
* 2 7/16/97 5:15p Chris
* Fixed use of updating 3d sounds
*
* 23 6/11/97 1:07p Samir
* The removal of gameos and replaced with oeApplication, oeDatabase
*
* 22 5/22/97 5:15p Chris
*
* 21 5/15/97 1:59a Chris
*
* 20 4/29/97 8:03a Chris
* Improved the sound code. High-level sound now
* fully uses the flags in the sound page and it
* resulted in a simpilier coding interface :)
*
* 19 4/28/97 11:21a Chris
* Incremental improvements is the sound system
*
* 18 4/24/97 3:41a Chris
* Improved 3d sound support. :)
*
* 17 4/23/97 5:38p Chris
* Updated some 3d sound code
*
* 16 4/03/97 8:37p Chris
* Added the Main_OS object pass in the sound library
* initialization code.
*
* 15 4/01/97 9:32a Chris
* Getting sounds to work with the paging system.
*
* 14 3/27/97 11:44a Chris
* On a re-initialize, I now make sure that the old initializaton is
* cleared out
*
* 13 3/21/97 7:02 PM Jeremy
* changed a "== SIF_UNUSED" to "= SIF_UNUSED" in StopAllSounds as it was
* not really doing an assignment as intended.
*
* 12 3/21/97 4:06 PM Jeremy
* changed name of low level mac sound header
*
* 11 3/14/97 5:22 PM Jeremy
* unincluded malloc.h, changed #include of to "pserror.h"
* since it's not an ANSI header, but one of ours.
*
* 10 3/14/97 12:17p Chris
* Abstract type for the low level sound lib
*
* 9 2/07/97 5:48p Matt
* Renamed vector.h to vecmat.h to fix DevStudio problem
*
* $NoKeywords: $
*/
// High level sound object. This code is 100% machine independent and
// completely encapsulates the lowel-level machine-dependant sound code.
#include
#include "hlsoundlib.h"
#include "ssl_lib.h"
#include "log.h"
#include "pserror.h"
#include "vecmat.h"
#include "args.h"
#include "sounds.h"
#include "game.h"
#include "room.h"
#include "BOA.h"
#include "streamaudio.h"
#include "doorway.h"
#include "dedicated_server.h"
#include "sndrender.h"
#include "voice.h"
#include "descent.h"
#include "sdlsound.h"
hlsSystem Sound_system;
char Sound_quality = SQT_NORMAL;
char Sound_mixer = SOUND_MIXER_SOFTWARE_16;
char Sound_card_name[256] = "";
struct tEnvAudioPresets {
float volume;
float decay;
float damping;
}
EnvAudio_Presets[N_ENVAUDIO_PRESETS] = {
{0.0F, 0.0F, 0.0F}, // Use for reverb off.
{0.25F, 0.1F, 0.0F}, {0.417F, 0.4F, 0.666F}, {0.653F, 1.499F, 0.166F}, {0.208F, 0.478F, 0.0F},
{0.5F, 2.309F, 0.888F}, {0.403F, 4.279F, 0.5F}, {0.5F, 3.961F, 0.5F}, {0.5F, 2.886F, 1.304F},
{0.361F, 7.284F, 0.332F}, {0.5F, 10.0F, 0.3F}, {0.153F, 0.259F, 2.0F}, {0.361F, 1.493F, 0.0F},
{0.444F, 2.697F, 0.638F}, {0.25F, 1.752F, 0.776F}, {0.111F, 3.145F, 0.472F}, {0.111F, 2.767F, 0.224F},
{0.194F, 7.841F, 0.472F}, {1.0F, 1.499F, 0.5F}, {0.097F, 2.767F, 0.224F}, {0.208F, 1.652F, 1.5F},
{0.652F, 2.886F, 0.25F}, {1.0F, 1.499F, 0.0F}, {0.875F, 8.392F, 1.388F}, {0.139F, 17.234F, 0.666F},
{0.486F, 7.563F, 0.806F}};
//////////////////////////////////////////////////////////////////////////////
hlsSystem::hlsSystem() {
m_f_hls_system_init = 0;
m_ll_sound_ptr = NULL;
m_sounds_played = 0;
m_master_volume = 1.0;
m_pause_new = false;
n_lls_sounds = MAX_SOUNDS_MIXED;
}
bool hlsSystem::IsActive(void) {
if (m_f_hls_system_init)
return true;
return false;
}
void hlsSystem::SetLLSoundQuantity(int n_sounds) {
if (n_sounds > MAX_SOUNDS_MIXED) {
n_sounds = MAX_SOUNDS_MIXED;
}
n_lls_sounds = n_sounds;
LOG_DEBUG.printf("SNDLIB: Allow %d sounds to be mixed.", n_sounds);
if (m_f_hls_system_init) {
InitSoundLib(NULL, Sound_mixer, Sound_quality, false);
}
}
int hlsSystem::GetLLSoundQuantity() { return n_lls_sounds; }
// Start and clean-up after the sound library
int hlsSystem::InitSoundLib(oeApplication *sos, char mixer_type, char quality, bool f_kill_sound_list) {
int status;
// Turn off sound if desired
if ((FindArg("-nosound")) || Dedicated_server) {
m_ll_sound_ptr = NULL;
return 0;
}
if (m_f_hls_system_init) {
KillSoundLib(f_kill_sound_list);
}
// Create and initialize the low-level sound library
if (m_ll_sound_ptr == NULL)
m_ll_sound_ptr = new lnxsound;
ASSERT(m_ll_sound_ptr);
if (m_ll_sound_ptr == NULL)
return 0;
if (Sound_card_name[0]) {
m_ll_sound_ptr->SetSoundCard(Sound_card_name);
} else {
m_ll_sound_ptr->SetSoundCard(NULL);
}
status = m_ll_sound_ptr->InitSoundLib(mixer_type, sos, n_lls_sounds);
// Initialize the high-level sound library
// Set the flag to initialized if all was o.k.
if (status) {
m_f_hls_system_init = 1;
SetSoundQuality(quality);
Sound_quality = GetSoundQuality();
Sound_mixer = GetSoundMixer();
// invoke high level stream system
AudioStream::InitSystem(this->m_ll_sound_ptr);
// set current environment
m_cur_environment = ENVAUD_PRESET_NONE;
}
// All done
return status;
}
// Kills the sound library
void hlsSystem::KillSoundLib(bool f_kill_sound_list) {
int i;
if (m_f_hls_system_init) {
LOG_DEBUG.printf("m_sounds_played %d", m_sounds_played);
// clean up stream system
AudioStream::Shutdown();
for (i = 0; i < MAX_SOUND_OBJECTS; i++) {
m_sound_objects[i].m_obj_type_flags = SIF_UNUSED;
m_sound_objects[i].m_hlsound_uid = -1;
}
m_ll_sound_ptr->DestroySoundLib();
m_f_hls_system_init = 0;
}
if (m_ll_sound_ptr) {
delete m_ll_sound_ptr;
m_ll_sound_ptr = NULL;
}
// This is independent of the actual sound_lib status. It happened because sounds
// use the manage system.
// moved this from beginning of function because won't the data freed here screw up streaming/looping sounds?
// before the sound library is closed?
if (f_kill_sound_list) {
for (int i = 0; i < MAX_SOUND_FILES; i++) {
SoundLoadFree(i);
}
}
}
// Pause and Resume the library
// Pauses all sounds
void hlsSystem::PauseSounds(bool f_all_pause) {
if (!m_f_hls_system_init)
return;
m_pause_new = f_all_pause;
AudioStream::PauseAll();
m_ll_sound_ptr->PauseSounds();
}
// Resumes all sounds
void hlsSystem::ResumeSounds() {
if (!m_f_hls_system_init)
return;
m_pause_new = false;
m_ll_sound_ptr->ResumeSounds();
AudioStream::ResumeAll();
}
// int hlsSystem::SetSoundPos(int sound_uid, int pos)
//{
// if(!m_f_hls_system_init) return -1;
//
// return m_ll_sound_ptr->SetSoundPos(sound_uid, pos);
// return -1;
//}
// int hlsSystem::GetSoundPos(int sound_uid)
//{
// if(!m_f_hls_system_init) return -1;
//
// return m_ll_sound_ptr->GetSoundPos(sound_uid);
// return -1;
//}
// Stops all sound from playing
void hlsSystem::StopAllSounds() {
int i;
if (!m_f_hls_system_init)
return;
for (i = 0; i < MAX_SOUND_OBJECTS; i++) {
m_sound_objects[i].m_obj_type_flags = SIF_UNUSED;
m_sound_objects[i].m_hlsound_uid = -1;
}
m_ll_sound_ptr->StopAllSounds();
BeginSoundFrame(false);
EndSoundFrame();
SoundRenderReset();
LOG_DEBUG << "Stopped all sounds";
}
// Code for the beginning and ending of a frame of action
// Begin_sound_frame(listener pos/orient/velocity)
// SyncSounds
// Do sound pos updates -- IF VOLUME IS LOW AND NOT FOREVER (or looping), THEN STOP SOUND
// compute echo / reverb
// indirect/direct path sounds
#include "findintersection.h"
void hlsSystem::BeginSoundFrame(bool f_in_game) {
bool hwsound_support; // if this is true, sound_render_system is being used
int16_t *sound_room_list; // these values are only meant for sound render system
int i, n, counter = 0;
pos_state listener_pos;
const int num_samples_this_frame = (int)(Frametime * 22050);
if (!m_f_hls_system_init)
return;
// determine if we're using hardware for sound support.
m_ll_sound_ptr->SoundStartFrame();
// non game sound frame, this, just updates currently playing sounds.
// placed here to leave early and ensure any further processing involves game only.
if (!f_in_game) {
sound_room_list = NULL;
for (i = 0, counter = 0; i < MAX_SOUND_OBJECTS; i++) {
if (m_sound_objects[i].m_obj_type_flags && m_sound_objects[i].m_sound_uid != -1) {
counter++;
ASSERT(m_sound_objects[i].m_sound_uid > -1);
if (!m_ll_sound_ptr->IsSoundInstancePlaying(m_sound_objects[i].m_sound_uid)) {
StopSound(i); // stop any sounds playing.
}
}
}
goto end_beginsoundframe; // this will handle any remaining processing
}
// FROM HERE ON, WE ASSUME WE'RE IN GAME.
hwsound_support = (sound_render_start_frame());
// define current environment of the listener.
listener_pos.velocity = &Viewer_object->mtype.phys_info.velocity;
listener_pos.position = &Viewer_object->pos;
listener_pos.orient = &Viewer_object->orient;
listener_pos.roomnum = Viewer_object->roomnum;
m_ll_sound_ptr->SetListener(&listener_pos);
// do environmental audio int current room.
if (!OBJECT_OUTSIDE(Viewer_object)) {
n = Rooms[Viewer_object->roomnum].env_reverb;
if (n >= 0) {
if (m_cur_environment != n) {
ASSERT(n < N_ENVAUDIO_PRESETS);
m_ll_sound_ptr->SetGlobalReverbProperties(EnvAudio_Presets[n].volume, EnvAudio_Presets[n].damping,
EnvAudio_Presets[n].decay);
m_cur_environment = n;
}
}
} else {
if (m_cur_environment != ENVAUD_PRESET_MOUNTAINS) {
n = ENVAUD_PRESET_MOUNTAINS;
m_ll_sound_ptr->SetGlobalReverbProperties(EnvAudio_Presets[n].volume, EnvAudio_Presets[n].damping,
EnvAudio_Presets[n].decay);
m_cur_environment = n;
}
}
// render all rooms within a certain range from player (traverse rooms through portals)
sound_room_list = hwsound_support ? sound_render_audible_rooms(&listener_pos) : NULL;
// SoundQ_process();
// if sound object is outside listener's cone of audibility, emulate the sound.
// if sound is audible, then determine its playback properties.
//
for (i = 0, counter = 0; i < MAX_SOUND_OBJECTS; i++) {
if (m_sound_objects[i].m_obj_type_flags) {
counter++;
// oldvolume = m_sound_objects[i].volume;
// oldpan = m_sound_objects[i].pan;
// mprintf(0, "SO %d playing: uid %d\n", i, m_sound_objects[i].m_sound_uid);
// Handle high-level only sounds
if (m_sound_objects[i].m_obj_type_flags & SIF_TOO_FAR) {
if (m_sound_objects[i].m_obj_type_flags & SIF_LOOPING) {
// while(m_sound_objects[i].play_info.m_samples_played >=
// Sounds[m_sound_objects[i].m_sound_index].loop_end)
// {
// m_sound_objects[i].play_info.m_samples_played -=
//(Sounds[m_sound_objects[i].m_sound_index].loop_end - Sounds[m_sound_objects[i].m_sound_index].loop_start);
// }
} else {
// Advance sound pointer and see if sound is done
m_sound_objects[i].play_info.m_samples_played += num_samples_this_frame;
if (m_sound_objects[i].play_info.m_samples_played >=
SoundFiles[Sounds[m_sound_objects[i].m_sound_index].sample_index].sample_length) {
StopSound(i);
continue;
}
}
if (m_sound_objects[i].m_obj_type_flags & SIF_OBJ_UPDATE) {
// If object not alive, kill its sound
object *obj_sound = ObjGet(m_sound_objects[i].m_link_info.object_handle);
if (!obj_sound || obj_sound->type == OBJ_DUMMY) {
StopSound(i);
continue; // Go on to next sound...
}
}
// determine new properties of sound if it's still playing, its volume, other properties.
if (Emulate3dSound(i)) {
// sound is audible now.
if (m_sound_objects[i].m_sound_uid != -1) {
m_sound_objects[i].m_obj_type_flags &= (~SIF_TOO_FAR);
} else {
// mprintf(0, "LLSound full 3\n");
}
}
continue;
}
ASSERT(m_sound_objects[i].m_sound_uid > -1);
if (!m_ll_sound_ptr->IsSoundInstancePlaying(m_sound_objects[i].m_sound_uid)) {
StopSound(i);
continue; // Go on to next sound...
}
if ((Sounds[m_sound_objects[i].m_sound_index].flags & SPF_LISTENER_UPDATE) &&
!(m_sound_objects[i].m_obj_type_flags & SIF_NO_3D_EFFECTS)) {
if (m_sound_objects[i].m_obj_type_flags & SIF_OBJ_UPDATE) {
object *obj_sound = ObjGet(m_sound_objects[i].m_link_info.object_handle);
if (!obj_sound || obj_sound->type == OBJ_DUMMY) {
StopSound(i);
continue; // Go on to next sound...
}
}
if ((m_sound_objects[i].m_obj_type_flags & (SIF_PLAYING_3D | SIF_OBJ_UPDATE))) {
bool f_audible;
vector virtual_pos;
vector virtual_vel;
float adjusted_volume;
f_audible = ComputePlayInfo(i, &virtual_pos, &virtual_vel, &adjusted_volume);
if (!f_audible) {
m_ll_sound_ptr->StopSound(m_sound_objects[i].m_sound_uid, SKT_STOP_IMMEDIATELY);
m_sound_objects[i].m_sound_uid = 0;
m_sound_objects[i].m_obj_type_flags |= SIF_TOO_FAR;
} else {
matrix orient = Identity_matrix;
pos_state cur_pos;
cur_pos.velocity = &virtual_vel;
cur_pos.position = &virtual_pos;
cur_pos.orient = &orient;
m_ll_sound_ptr->AdjustSound(m_sound_objects[i].m_sound_uid, &cur_pos, adjusted_volume);
// handle additional 3d sound support
sound_object *so = &m_sound_objects[i];
if (m_ll_sound_ptr->SoundPropertySupport() && (so->m_obj_type_flags & SIF_OBJ_UPDATE)) {
float obstruction = 0.0f;
object *game_obj;
// sound must be in same room as listener
// if so, then use FVI to determine obstruction properties.
// and then set the obstruction properties.
if (OBJECT_OUTSIDE(Viewer_object))
continue;
game_obj = ObjGet(so->m_link_info.object_handle);
if (game_obj && game_obj->roomnum == Viewer_object->roomnum) {
// inside and same room? go for it.
fvi_info hit_data;
fvi_query fq;
// mprintf(0, "Obstruction test.\n");
hit_data.hit_type[0] = HIT_WALL;
fq.p1 = &Viewer_object->pos;
fq.p0 = &game_obj->pos;
fq.startroom = game_obj->roomnum;
fq.rad = .5;
fq.thisobjnum = so->m_link_info.object_handle & HANDLE_OBJNUM_MASK;
fq.ignore_obj_list = NULL;
fq.flags = 0;
fvi_FindIntersection(&fq, &hit_data);
if (hit_data.hit_type[0] == HIT_WALL) {
obstruction = 1.0f;
}
m_ll_sound_ptr->SetSoundProperties(so->m_sound_uid, obstruction);
} else {
m_ll_sound_ptr->SetSoundProperties(so->m_sound_uid, 0.0f);
}
}
}
}
}
}
}
// mprintf(0, "BeginSoundFrame: used sound_objects %d\n", counter);
end_beginsoundframe:
AudioStream::Frame();
}
// Plays the deffered 3d stuff
void hlsSystem::EndSoundFrame() {
if (!m_f_hls_system_init)
return;
sound_render_end_frame();
m_ll_sound_ptr->SoundEndFrame();
}
// Allows for changes in a currently playing sound
int hlsSystem::Update2dSound(int hlsound_uid, float volume, float pan) {
int sound_obj_index;
if (!m_f_hls_system_init)
return -1;
if (volume < 0.0f)
volume = 0.0f;
else if (volume > 1.0f)
volume = 1.0f;
if (pan < -1.0f)
pan = -1.0f;
else if (pan > 1.0f)
pan = 1.0f;
if (!m_f_hls_system_init)
return -1;
sound_obj_index = ValidateUniqueId(hlsound_uid);
if (sound_obj_index == -1)
return -1;
m_ll_sound_ptr->AdjustSound(m_sound_objects[sound_obj_index].m_sound_uid, volume, pan, 22050);
return hlsound_uid;
}
bool hlsSystem::ComputePlayInfo(int sound_obj_index, vector *virtual_pos, vector *virtual_vel, float *adjusted_volume) {
int sound_index;
int sound_seg;
int ear_seg;
vector sound_pos;
m_sound_objects[sound_obj_index].play_info.sample_skip_interval = 0;
vector dir_to_sound;
float dist = 0;
if (m_master_volume <= 0.0)
return false;
*adjusted_volume = (m_master_volume * m_sound_objects[sound_obj_index].volume_3d);
if (*adjusted_volume <= 0.0) {
*adjusted_volume = 0.0;
return false;
}
sound_index = m_sound_objects[sound_obj_index].m_sound_index;
ASSERT(sound_index >= 0 && sound_index < MAX_SOUNDS);
if ((Sounds[m_sound_objects[sound_obj_index].m_sound_index].flags & SPF_LISTENER_UPDATE) &&
!(m_sound_objects[sound_obj_index].m_obj_type_flags & SIF_NO_3D_EFFECTS) &&
(m_sound_objects[sound_obj_index].m_obj_type_flags & SIF_OBJ_UPDATE)) { // this is an updating object sound
object *objp = ObjGet(m_sound_objects[sound_obj_index].m_link_info.object_handle);
if (!objp || objp->type == OBJ_DUMMY) { // Couldn't find object for given handle
// Int3(); // get Chris//removed for outside testers
return false;
}
if (objp->movement_type == MT_PHYSICS || objp->movement_type == MT_WALKING)
*virtual_vel = objp->mtype.phys_info.velocity;
else
*virtual_vel = Zero_vector;
sound_pos = objp->pos;
sound_seg = objp->roomnum;
} else {
*virtual_vel = Zero_vector;
sound_pos = m_sound_objects[sound_obj_index].m_link_info.pos_info.pos;
sound_seg = m_sound_objects[sound_obj_index].m_link_info.pos_info.segnum;
}
// sound_seg == -1 (which just means that the roomnum/segnum hasn't been
// initialized to a proper value yet )causes crashes when BOA_INDEX()
// calls TERRAIN_REGION() with that value. (By pure luck on 32bit platforms
// the overflow and truncation will likely use an address that doesn't crash,
// but it's still invalid). At least one case that could cause this was fixed,
// if there are others, the ASSERT should tell us about it
// (and if assertions are disabled, return false to handle this gracefully)
ASSERT(sound_seg != -1 && "invalid (unset) roomnum/segnum!");
if (sound_seg == -1)
return false;
sound_seg = BOA_INDEX(sound_seg);
ear_seg = BOA_INDEX(Viewer_object->roomnum);
if (!BOA_IsSoundAudible(sound_seg, ear_seg))
return false;
if (sound_seg != ear_seg && !(sound_seg == Highest_room_index + 1 && ear_seg > Highest_room_index) &&
!(ear_seg == Highest_room_index + 1 && sound_seg > Highest_room_index)) {
int cur_room = sound_seg;
int last_room;
do {
last_room = cur_room;
if (cur_room <= Highest_room_index && (Rooms[cur_room].flags & RF_DOOR) && (cur_room != sound_seg)) {
float door_position = DoorwayGetPosition(&Rooms[cur_room]);
// Closed doors antenuate a lot
if (door_position == 0.0) {
m_sound_objects[sound_obj_index].play_info.sample_skip_interval = 4;
*adjusted_volume *= 0.2f;
} else {
*adjusted_volume *= (0.6f + (0.4 * door_position));
}
}
cur_room = BOA_NEXT_ROOM(cur_room, ear_seg);
int last_portal;
if (BOA_INDEX(last_room) == BOA_INDEX(cur_room) || cur_room == BOA_NO_PATH)
return false;
if (BOA_INDEX(last_room) != BOA_INDEX(cur_room)) {
last_portal = BOA_DetermineStartRoomPortal(last_room, NULL, cur_room, NULL);
if (last_portal == -1) {
return false;
}
}
if (last_room == sound_seg) {
if (cur_room == ear_seg) {
dir_to_sound = sound_pos - Viewer_object->pos;
dist = vm_NormalizeVector(&dir_to_sound);
} else if ((cur_room != last_room) && (cur_room != BOA_NO_PATH)) {
int this_portal = BOA_DetermineStartRoomPortal(cur_room, NULL, last_room, NULL);
dist = this_portal >= 0 ? BOA_cost_array[cur_room][this_portal] : 0;
if (last_room > Highest_room_index) {
if (this_portal >= 0) {
vector pnt = Rooms[cur_room].portals[this_portal].path_pnt;
dist += vm_VectorDistance(&sound_pos, &pnt);
}
} else {
dist += vm_VectorDistance(&sound_pos, &Rooms[last_room].portals[last_portal].path_pnt);
}
}
} else if (cur_room == ear_seg) {
dist += BOA_cost_array[last_room][last_portal];
if (last_room > Highest_room_index) {
int this_portal = BOA_DetermineStartRoomPortal(cur_room, NULL, last_room, NULL);
vector pnt = Rooms[cur_room].portals[this_portal].path_pnt;
dist += vm_VectorDistance(&Viewer_object->pos, &pnt);
} else {
dist += vm_VectorDistance(&Viewer_object->pos, &Rooms[last_room].portals[last_portal].path_pnt);
}
} else if ((cur_room != last_room) && (cur_room != BOA_NO_PATH)) {
int this_portal = BOA_DetermineStartRoomPortal(cur_room, NULL, last_room, NULL);
dist += BOA_cost_array[last_room][last_portal] + BOA_cost_array[cur_room][this_portal];
}
} while ((cur_room != ear_seg) && (cur_room != last_room) && (cur_room != BOA_NO_PATH));
if (cur_room == BOA_NO_PATH) {
*adjusted_volume = 0.0;
} else if ((last_room != ear_seg) && (last_room != sound_seg)) {
dir_to_sound = Rooms[last_room].path_pnt - Viewer_object->pos;
vm_NormalizeVector(&dir_to_sound);
}
} else
{
dir_to_sound = sound_pos - Viewer_object->pos;
dist = vm_NormalizeVector(&dir_to_sound);
}
if (dist >= Sounds[sound_index].max_distance)
return false;
if (*adjusted_volume <= 0.0) {
*adjusted_volume = 0.0;
return false;
}
if (dist == 0.0f) {
dir_to_sound = Viewer_object->orient.fvec;
}
if ((m_sound_objects[sound_obj_index].play_info.sample_skip_interval == 0) && (*adjusted_volume > 0.0f) &&
(dir_to_sound * Viewer_object->orient.fvec < -.5))
m_sound_objects[sound_obj_index].play_info.sample_skip_interval = 1;
*virtual_pos = Viewer_object->pos + (dir_to_sound * dist);
return true;
}
bool hlsSystem::Emulate3dSound(int sound_obj_index) {
bool f_audible;
vector virtual_pos;
vector virtual_vel;
float adjusted_volume;
f_audible = ComputePlayInfo(sound_obj_index, &virtual_pos, &virtual_vel, &adjusted_volume);
if (f_audible) {
pos_state cur_pos;
matrix orient = Identity_matrix;
cur_pos.velocity = &virtual_vel;
cur_pos.position = &virtual_pos;
cur_pos.orient = &orient;
m_sound_objects[sound_obj_index].m_sound_uid = m_ll_sound_ptr->PlaySound3d(
&m_sound_objects[sound_obj_index].play_info, m_sound_objects[sound_obj_index].m_sound_index, &cur_pos,
adjusted_volume, (m_sound_objects[sound_obj_index].m_obj_type_flags & SIF_LOOPING) != 0);
if (m_sound_objects[sound_obj_index].m_sound_uid == -1)
f_audible = false;
} else {
m_sound_objects[sound_obj_index].m_sound_uid =
0; // This is a dummy value -- it just cannot be -1 (that would mean that the low level sound system is full)
}
return f_audible;
}
// Functions that play a 3d sound -- includes the 2d emulation of 3d sound
int hlsSystem::Play3dSound(int sound_index, pos_state *cur_pos, float volume, int flags, float offset) {
return Play3dSound(sound_index, SND_PRIORITY_NORMAL, cur_pos, volume, flags, offset);
}
// Functions that play a 3d sound -- includes the 2d emulation of 3d sound
int hlsSystem::Play3dSound(int sound_index, object *cur_obj, float volume, int flags, float offset) {
return Play3dSound(sound_index, SND_PRIORITY_NORMAL, cur_obj, volume, flags, offset);
}
int hlsSystem::Play3dSound(int sound_index, int priority, pos_state *cur_pos, float volume, int flags, float offset) {
if (!m_f_hls_system_init)
return -1;
return Play3dSound(sound_index, cur_pos, NULL, priority, volume, flags, offset);
}
// Functions that play a 3d sound -- includes the 2d emulation of 3d sound
int hlsSystem::Play3dSound(int sound_index, int priority, object *cur_obj, float volume, int flags, float offset) {
pos_state cur_pos;
if (!m_f_hls_system_init)
return -1;
cur_pos.position = &cur_obj->pos;
cur_pos.orient = &cur_obj->orient;
cur_pos.velocity = &cur_obj->mtype.phys_info.velocity;
cur_pos.roomnum = cur_obj->roomnum;
return Play3dSound(sound_index, &cur_pos, cur_obj, priority, volume, flags, offset);
}
// Functions that play a 3d sound -- includes the 2d emulation of 3d sound
int hlsSystem::Play3dSound(int sound_index, pos_state *cur_pos, object *cur_obj, int priority, float volume, int flags,
float offset) {
int i;
int sound_uid;
int sound_obj_index;
bool f_audible;
if (!m_f_hls_system_init)
return -1;
if (sound_index == SOUND_NONE_INDEX)
return -1;
if (sound_index < 0)
return -1;
if (sound_index >= MAX_SOUNDS || Sounds[sound_index].used == 0)
return -1;
// if the position doesn't belong to any valid room or cell,
// all this would fail anyway (in Emulate3dSound() -> ComputePlayInfo()),
// so might as well give up now; furthermore, this prevents m_sound_objects[i]
// from remaining in an half-initialized state below (esp. for looping sounds
// where StopSound() wouldn't be called after Emulate3dSound() returns false)
if (cur_pos->roomnum == -1)
return -1;
// initialize sound.
Sound_system.CheckAndForceSoundDataAlloc(sound_index);
int sample_offset = offset * 22050.0f;
if (sample_offset >= SoundFiles[Sounds[sound_index].sample_index].np_sample_length)
return -1;
// Handles exclusive sounds
if (Sounds[sound_index].flags & SPF_PLAYS_EXCLUSIVELY) {
sound_uid = m_ll_sound_ptr->IsSoundPlaying(sound_index);
if (sound_uid != -1)
return -1;
}
// Handles play once sounds
if (Sounds[sound_index].flags & SPF_PLAYS_ONCE) {
for (sound_obj_index = 0; sound_obj_index < MAX_SOUND_OBJECTS; sound_obj_index++) {
if ((m_sound_objects[sound_obj_index].m_sound_index == sound_index) &&
((sound_uid = m_sound_objects[sound_obj_index].m_sound_uid) != -1)) {
StopSound(sound_obj_index);
}
}
}
// Handles play once per object
if ((Sounds[sound_index].flags & SPF_ONCE_PER_OBJ) && cur_obj) {
for (sound_obj_index = 0; sound_obj_index < MAX_SOUND_OBJECTS; sound_obj_index++) {
if ((m_sound_objects[sound_obj_index].m_sound_index == sound_index) &&
((sound_uid = m_sound_objects[sound_obj_index].m_sound_uid) != -1)) {
if (m_sound_objects[sound_obj_index].m_obj_type_flags & SIF_OBJ_UPDATE) {
if (m_sound_objects[sound_obj_index].m_link_info.object_handle == cur_obj->handle) {
return -1;
}
}
}
}
}
// find free sound slot.
for (i = 0; i < MAX_SOUND_OBJECTS; i++) {
if (m_sound_objects[i].m_obj_type_flags == SIF_UNUSED)
break; //
}
// no free slots? hmmm....
if (i >= MAX_SOUND_OBJECTS) {
LOG_WARNING.printf("HLSOUNDLIB HOLY COW: Over %d sounds trying to play(beyond max) - %s", MAX_SOUND_OBJECTS,
Sounds[sound_index].name);
// Int3();
return -1;
}
// Set the current sound
m_sound_objects[i].m_sound_index = sound_index;
// Insert the passed flags
m_sound_objects[i].m_obj_type_flags = flags;
// Determine if the sound is linked to the object
if ((cur_obj != NULL) && (Sounds[sound_index].flags & SPF_LISTENER_UPDATE) &&
(Sounds[sound_index].flags & SPF_OBJ_UPDATE)) {
m_sound_objects[i].m_obj_type_flags |= SIF_OBJ_UPDATE;
m_sound_objects[i].m_link_info.object_handle = cur_obj->handle;
} else {
m_sound_objects[i].m_link_info.pos_info.pos = *cur_pos->position;
m_sound_objects[i].m_link_info.pos_info.orient = *cur_pos->orient;
m_sound_objects[i].m_link_info.pos_info.segnum = cur_pos->roomnum;
// NOTE: Velocity is zero for all non object-linked sounds
}
m_sound_objects[i].volume_3d = volume;
// m_sound_objects[i].m_sound_uid = m_ll_sound_ptr->PlaySound3d(sound_index, cur_pos, 22050);
// Increment the total number of sounds played
m_sounds_played++;
// Initialize the play information to nice values
memset(&m_sound_objects[i].play_info, 0, sizeof(play_information));
m_sound_objects[i].play_info.samples_per_22khz_sample = 1.0;
m_sound_objects[i].play_info.sample_skip_interval = 0;
m_sound_objects[i].play_info.priority = priority; // Set sound's priority rating
m_sound_objects[i].m_hlsound_uid = MakeUniqueId(i);
if (Sounds[sound_index].flags & SPF_LOOPED)
m_sound_objects[i].m_obj_type_flags |= SIF_LOOPING;
if (!m_pause_new) {
f_audible = Emulate3dSound(i);
if ((!f_audible) && (!(m_sound_objects[i].m_obj_type_flags & SIF_LOOPING))) {
StopSound(i, SKT_STOP_IMMEDIATELY);
return -1;
}
} else {
f_audible = false;
m_sound_objects[i].m_sound_uid = -1;
}
if (m_sound_objects[i].m_sound_uid == -1) {
m_sound_objects[i].m_obj_type_flags |= SIF_TOO_FAR;
// mprintf(0, "LLSound full 2\n");
} else if (!f_audible) {
m_sound_objects[i].m_obj_type_flags |= SIF_TOO_FAR;
}
m_sound_objects[i].m_obj_type_flags |= SIF_PLAYING_3D;
if (m_pause_new) {
PauseSounds(true);
}
return m_sound_objects[i].m_hlsound_uid;
}
// General purpose 2d sound play function
int hlsSystem::Play2dSound(int sound_index, float volume, float pan, uint16_t frequency) {
return hlsSystem::Play2dSound(sound_index, SND_PRIORITY_NORMAL, volume, pan, frequency);
}
int hlsSystem::Play2dSound(int sound_index, int priority, float volume, float pan, uint16_t frequency) {
int i = 0;
int sound_uid;
int sound_obj_index;
if (!m_f_hls_system_init)
return -1;
if (sound_index == SOUND_NONE_INDEX)
return -1;
if (m_pause_new)
return -1;
if (sound_index < 0) {
return -1;
}
Sound_system.CheckAndForceSoundDataAlloc(sound_index);
// Handles exclusive sounds
if (Sounds[sound_index].flags & SPF_PLAYS_EXCLUSIVELY) {
sound_uid = m_ll_sound_ptr->IsSoundPlaying(sound_index);
if (sound_uid != -1)
return -1;
}
// Handles play once sounds
if (Sounds[sound_index].flags & SPF_PLAYS_ONCE) {
for (sound_obj_index = 0; sound_obj_index < MAX_SOUND_OBJECTS; sound_obj_index++) {
if ((m_sound_objects[sound_obj_index].m_sound_index == sound_index) &&
((sound_uid = m_sound_objects[sound_obj_index].m_sound_uid) != -1)) {
StopSound(sound_obj_index);
}
}
}
for (i = 0; i < MAX_SOUND_OBJECTS; i++) {
if (m_sound_objects[i].m_obj_type_flags == SIF_UNUSED)
break;
}
// mprintf(0, "HL %d\n", i);
// ASSERT(i < MAX_SOUND_OBJECTS);
if (i >= MAX_SOUND_OBJECTS) {
LOG_WARNING << "Play2DSound: Max Sounds Objects used";
// Int3();
return -1;
}
// Increment the total number of sounds played
m_sounds_played++;
// Initialize the play information to nice values
memset(&m_sound_objects[i].play_info, 0, sizeof(play_information));
m_sound_objects[i].play_info.samples_per_22khz_sample = 1.0;
m_sound_objects[i].m_hlsound_uid = MakeUniqueId(i);
m_sound_objects[i].play_info.priority = SND_PRIORITY_NORMAL;
// static_skip++;
// if (static_skip > 2)
// static_skip = 0;
//
// m_sound_objects[i].play_info.sample_skip_interval = static_skip;
//
// if(m_sound_objects[i].play_info.sample_skip_interval == 0)
// mprintf(0, "22.5k\n");
// else if (m_sound_objects[i].play_info.sample_skip_interval == 1)
// mprintf(0, "11.25k\n");
// else
// mprintf(0, "5.75k\n");
m_sound_objects[i].m_sound_index = sound_index;
m_sound_objects[i].m_sound_uid =
m_ll_sound_ptr->PlaySound2d(&m_sound_objects[i].play_info, sound_index, volume * m_master_volume, pan,
(Sounds[sound_index].flags & SPF_LOOPED));
// ASSERT(m_sound_objects[i].m_sound_uid != -1);
if (m_sound_objects[i].m_sound_uid == -1) {
m_sound_objects[i].m_obj_type_flags = SIF_UNUSED;
m_sound_objects[i].m_hlsound_uid = -1;
LOG_WARNING.printf("Play2DSound: $%d Unplayed", i);
return -1;
}
m_sound_objects[i].m_obj_type_flags |= SIF_PLAYING_2D;
if (Sounds[m_sound_objects[i].m_sound_index].flags & SPF_LOOPED)
m_sound_objects[i].m_obj_type_flags |= SIF_LOOPING;
return m_sound_objects[i].m_hlsound_uid;
}
int hlsSystem::PlayStream(int unique_handle, void *data, int size, int stream_format, float volume,
void *stream_callback(void *user_data, int handle, int *size)) {
int i = 0;
ASSERT(stream_format == SIF_STREAMING_8_M || stream_format == SIF_STREAMING_16_M ||
stream_format == SIF_STREAMING_8_S || stream_format == SIF_STREAMING_16_S);
if (!m_f_hls_system_init)
return -1;
if (data == NULL || size <= 0)
return -1;
for (i = 0; i < MAX_SOUND_OBJECTS; i++) {
if (m_sound_objects[i].m_obj_type_flags == SIF_UNUSED)
break;
}
if (i >= MAX_SOUND_OBJECTS) {
LOG_WARNING << "PlayStream:Max Sounds Objects";
// Int3();
return -1;
}
// Increment the total number of sounds played
m_sounds_played++;
// Initialize the play information to nice values
memset(&m_sound_objects[i].play_info, 0, sizeof(play_information));
m_sound_objects[i].play_info.samples_per_22khz_sample = 1.0;
m_sound_objects[i].play_info.left_volume = m_sound_objects[i].play_info.right_volume = volume * m_master_volume;
m_sound_objects[i].play_info.m_stream_cback = stream_callback;
m_sound_objects[i].play_info.m_stream_data = data;
m_sound_objects[i].play_info.m_stream_format = stream_format;
m_sound_objects[i].play_info.m_stream_size = size;
m_sound_objects[i].play_info.m_stream_handle = unique_handle;
m_sound_objects[i].play_info.m_stream_bufsize = size;
m_sound_objects[i].m_hlsound_uid = MakeUniqueId(i);
m_sound_objects[i].m_sound_index = -1;
m_sound_objects[i].m_sound_uid = m_ll_sound_ptr->PlayStream(&m_sound_objects[i].play_info);
// ASSERT(m_sound_objects[i].m_sound_uid != -1);
if (m_sound_objects[i].m_sound_uid == -1) {
m_sound_objects[i].m_obj_type_flags = SIF_UNUSED;
m_sound_objects[i].m_hlsound_uid = -1;
LOG_WARNING << "LLSound full 1";
return -1;
}
m_sound_objects[i].m_obj_type_flags |= SIF_PLAYING_2D | stream_format;
if (m_pause_new) {
PauseSounds(true);
}
return m_sound_objects[i].m_hlsound_uid;
}
// Stop a looping sound and plays end snipit
void hlsSystem::StopSoundLooping(int hlsound_uid) {
int sound_object_index;
if (m_f_hls_system_init < 1)
return; // DAJ -1FIX
sound_object_index = ValidateUniqueId(hlsound_uid);
if (sound_object_index == -1)
return;
StopSound(sound_object_index, SKT_STOP_AFTER_LOOP);
}
void hlsSystem::StopSoundImmediate(int hlsound_uid) {
int sound_object_index;
if (m_f_hls_system_init < 1)
return; // DAJ -1FIX
sound_object_index = ValidateUniqueId(hlsound_uid);
if (sound_object_index == -1)
return;
StopSound(sound_object_index, SKT_STOP_IMMEDIATELY);
}
// Forcefully ends a sound
void hlsSystem::StopSound(int sound_obj_index, uint8_t f_stop_priority) {
if (!m_f_hls_system_init)
return;
m_sound_objects[sound_obj_index].m_obj_type_flags &= (~SIF_LOOPING);
if (m_sound_objects[sound_obj_index].m_sound_uid != -1) {
LOG_DEBUG.printf("stopSound %d", m_sound_objects[sound_obj_index].m_sound_uid);
m_ll_sound_ptr->StopSound(m_sound_objects[sound_obj_index].m_sound_uid, f_stop_priority);
}
if (f_stop_priority == SKT_STOP_IMMEDIATELY || m_sound_objects[sound_obj_index].m_sound_uid == -1) {
m_sound_objects[sound_obj_index].m_obj_type_flags = SIF_UNUSED;
m_sound_objects[sound_obj_index].m_hlsound_uid = -1;
}
}
// Stops all sounds attached to an object
void hlsSystem::StopObjectSound(int objhandle) {
int i;
for (i = 0; i < MAX_SOUND_OBJECTS; i++)
if (m_sound_objects[i].m_obj_type_flags & SIF_OBJ_UPDATE)
if (m_sound_objects[i].m_link_info.object_handle == objhandle)
StopSound(i, SKT_STOP_IMMEDIATELY);
}
// Set the volume for all the sounds attached to an object
void hlsSystem::SetVolumeObject(int objhandle, float volume) {
for (int i = 0; i < MAX_SOUND_OBJECTS; i++)
if (m_sound_objects[i].m_obj_type_flags & SIF_OBJ_UPDATE)
if (m_sound_objects[i].m_link_info.object_handle == objhandle)
m_sound_objects[i].volume_3d = volume;
}
// Queued sound functions
// Adds a sound to a queue
void hlsSystem::Add2dSoundQueued(int q_num, int sound_index, float volume, float pan, uint16_t frequency) {
if (!m_f_hls_system_init)
return;
}
// Cleans a queue (if sound is playing it will finish normally)
void hlsSystem::KillQueue(int q_num) {
if (!m_f_hls_system_init)
return;
}
// Kills all sound queues
void hlsSystem::KillAllQueues() {
if (!m_f_hls_system_init)
return;
}
// Midi play stuff
void hlsSystem::PlayMidi() {
if (!m_f_hls_system_init)
return;
}
void hlsSystem::StopMidi() {
if (!m_f_hls_system_init)
return;
}
void hlsSystem::PauseMidi() {
if (!m_f_hls_system_init)
return;
}
void hlsSystem::ResumeMidi() {
if (!m_f_hls_system_init)
return;
}
void hlsSystem::SetMidiVolume() {
if (!m_f_hls_system_init)
return;
}
void hlsSystem::GetMidiVolume() {
if (!m_f_hls_system_init)
return;
}
// Sets the master volume
void hlsSystem::SetMasterVolume(float volume) {
extern void StreamVolume(float master_volume);
ASSERT(volume >= 0.0 && volume <= 1.0);
if (volume == 0) {
StopAllSounds();
CloseVoices();
KillSoundLib(true);
m_master_volume = 0;
} else {
if (m_master_volume == 0) {
InitSoundLib(Descent, Sound_mixer, Sound_quality, false);
InitVoices();
}
}
m_master_volume = volume;
StreamVolume(m_master_volume);
}
// Gets the master volume
float hlsSystem::GetMasterVolume(void) { return m_master_volume; }
inline int hlsSystem::MakeUniqueId(int sound_obj_index) { return ((((int)m_sounds_played) << 12) + sound_obj_index); }
inline int hlsSystem::ValidateUniqueId(int hl_sound_uid) {
ASSERT(MAX_SOUND_OBJECTS <= 0x0FFF);
int index = hl_sound_uid & 0x0FFF;
if (index < 0 || index >= MAX_SOUND_OBJECTS)
return -1;
if (hl_sound_uid == m_sound_objects[index].m_hlsound_uid) {
return index;
} else {
return -1;
}
}
bool hlsSystem::CheckAndForceSoundDataAlloc(int sound_index) {
if (!m_f_hls_system_init)
return false;
return m_ll_sound_ptr->CheckAndForceSoundDataAlloc(sound_index);
}
bool hlsSystem::IsSoundPlaying(int hlsound_uid) {
int hl_index;
if (!m_f_hls_system_init)
return false;
hl_index = ValidateUniqueId(hlsound_uid);
if (hl_index != -1) {
return m_ll_sound_ptr->IsSoundInstancePlaying(m_sound_objects[hl_index].m_sound_uid);
}
return false;
}
bool hlsSystem::SetSoundQuality(char quality) {
if (!m_f_hls_system_init)
return false;
m_ll_sound_ptr->SetSoundQuality(quality);
Sound_quality = m_ll_sound_ptr->GetSoundQuality();
return true;
}
char hlsSystem::GetSoundQuality(void) {
if (!m_f_hls_system_init)
return -1;
return (Sound_quality = m_ll_sound_ptr->GetSoundQuality());
}
bool hlsSystem::SetSoundMixer(char mixer) {
if (!m_f_hls_system_init)
return false;
m_ll_sound_ptr->SetSoundMixer(mixer);
Sound_mixer = m_ll_sound_ptr->GetSoundMixer();
return true;
}
char hlsSystem::GetSoundMixer(void) {
if (!m_f_hls_system_init)
return SOUND_MIXER_NONE;
return (Sound_mixer = m_ll_sound_ptr->GetSoundMixer());
}