mirror of
https://github.com/id-Software/DOOM-3-BFG.git
synced 2024-11-22 04:12:09 +00:00
483 lines
15 KiB
C++
483 lines
15 KiB
C++
/*
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===========================================================================
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Doom 3 BFG Edition GPL Source Code
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Copyright (C) 1993-2012 id Software LLC, a ZeniMax Media company.
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This file is part of the Doom 3 BFG Edition GPL Source Code ("Doom 3 BFG Edition Source Code").
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Doom 3 BFG Edition Source Code is free software: you can redistribute it and/or modify
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it under the terms of the GNU General Public License as published by
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the Free Software Foundation, either version 3 of the License, or
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(at your option) any later version.
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Doom 3 BFG Edition Source Code is distributed in the hope that it will be useful,
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but WITHOUT ANY WARRANTY; without even the implied warranty of
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MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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GNU General Public License for more details.
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You should have received a copy of the GNU General Public License
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along with Doom 3 BFG Edition Source Code. If not, see <http://www.gnu.org/licenses/>.
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In addition, the Doom 3 BFG Edition Source Code is also subject to certain additional terms. You should have received a copy of these additional terms immediately following the terms and conditions of the GNU General Public License which accompanied the Doom 3 BFG Edition Source Code. If not, please request a copy in writing from id Software at the address below.
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If you have questions concerning this license or the applicable additional terms, you may contact in writing id Software LLC, c/o ZeniMax Media Inc., Suite 120, Rockville, Maryland 20850 USA.
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===========================================================================
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*/
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#ifndef __SND_LOCAL_H__
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#define __SND_LOCAL_H__
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#include "WaveFile.h"
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// Maximum number of voices we can have allocated
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#define MAX_HARDWARE_VOICES 48
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// A single voice can play multiple channels (up to 5.1, but most commonly stereo)
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// This is the maximum number of channels which can play simultaneously
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// This is limited primarily by seeking on the optical drive, secondarily by memory consumption, and tertiarily by CPU time spent mixing
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#define MAX_HARDWARE_CHANNELS 64
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// We may need up to 3 buffers for each hardware voice if they are all long sounds
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#define MAX_SOUND_BUFFERS ( MAX_HARDWARE_VOICES * 3 )
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// Maximum number of channels in a sound sample
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#define MAX_CHANNELS_PER_VOICE 8
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/*
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========================
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MsecToSamples
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SamplesToMsec
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========================
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*/
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ID_INLINE_EXTERN uint32 MsecToSamples( uint32 msec, uint32 sampleRate ) { return ( msec * ( sampleRate / 100 ) ) / 10; }
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ID_INLINE_EXTERN uint32 SamplesToMsec( uint32 samples, uint32 sampleRate ) { return sampleRate < 100 ? 0 : ( samples * 10 ) / ( sampleRate / 100 ); }
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/*
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========================
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DBtoLinear
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LinearToDB
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========================
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*/
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ID_INLINE_EXTERN float DBtoLinear( float db ) { return idMath::Pow( 2.0f, db * ( 1.0f / 6.0f ) ); }
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ID_INLINE_EXTERN float LinearToDB( float linear ) { return ( linear > 0.0f ) ? ( idMath::Log( linear ) * ( 6.0f / 0.693147181f ) ) : -999.0f; }
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// demo sound commands
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typedef enum {
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SCMD_STATE, // followed by a load game state
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SCMD_PLACE_LISTENER,
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SCMD_ALLOC_EMITTER,
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SCMD_FREE,
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SCMD_UPDATE,
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SCMD_START,
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SCMD_MODIFY,
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SCMD_STOP,
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SCMD_FADE
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} soundDemoCommand_t;
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#include "SoundVoice.h"
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#define OPERATION_SET 1
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#include <dxsdkver.h>
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#include <xaudio2.h>
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#include <xaudio2fx.h>
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#include <X3DAudio.h>
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#include <xma2defs.h>
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#include "XAudio2/XA2_SoundSample.h"
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#include "XAudio2/XA2_SoundVoice.h"
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#include "XAudio2/XA2_SoundHardware.h"
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//------------------------
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// Listener data
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//------------------------
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struct listener_t {
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idMat3 axis; // orientation of the listener
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idVec3 pos; // position in meters
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int id; // the entity number, used to detect when a sound is local
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int area; // area number the listener is in
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};
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class idSoundFade {
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public:
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int fadeStartTime;
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int fadeEndTime;
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float fadeStartVolume;
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float fadeEndVolume;
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public:
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idSoundFade() { Clear(); }
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void Clear();
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void SetVolume( float to );
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void Fade( float to, int length, int soundTime );
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float GetVolume( int soundTime ) const;
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};
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/*
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================================================
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idSoundChannel
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================================================
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*/
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class idSoundChannel {
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public:
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bool CanMute() const;
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void Mute();
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bool CheckForCompletion( int currentTime );
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void UpdateVolume( int currentTime );
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void UpdateHardware( float volumeAdd, int currentTime );
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// returns true if this channel is marked as looping
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bool IsLooping() const;
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class idSoundEmitterLocal * emitter;
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int startTime;
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int endTime;
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int logicalChannel;
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bool allowSlow;
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soundShaderParms_t parms; // combines shader parms and per-channel overrides
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const idSoundShader * soundShader;
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idSoundSample * leadinSample;
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idSoundSample * loopingSample;
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idSoundFade volumeFade;
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float volumeDB; // last volume at which this channel will play (calculated in UpdateVolume)
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float currentAmplitude; // current amplitude on the hardware voice
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// hardwareVoice will be freed and NULL'd when a sound is out of range,
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// and reallocated when it comes back in range
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idSoundVoice * hardwareVoice;
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// only allocated by the soundWorld block allocator
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idSoundChannel();
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~idSoundChannel();
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};
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// Maximum number of SoundChannels for a single SoundEmitter.
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// This is probably excessive...
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const int MAX_CHANNELS_PER_EMITTER = 16;
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/*
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===================================================================================
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idSoundWorldLocal
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===================================================================================
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*/
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class idSoundWorldLocal : public idSoundWorld {
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public:
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idSoundWorldLocal();
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virtual ~idSoundWorldLocal();
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//------------------------
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// Functions from idSoundWorld, implemented in SoundWorld.cpp
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//------------------------
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// Called at map start
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virtual void ClearAllSoundEmitters();
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// stop all playing sounds
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virtual void StopAllSounds();
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// get a new emitter that can play sounds in this world
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virtual idSoundEmitter *AllocSoundEmitter();
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// for load games
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virtual idSoundEmitter *EmitterForIndex( int index );
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// query data from all emitters in the world
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virtual float CurrentShakeAmplitude();
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// where is the camera
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virtual void PlaceListener( const idVec3 &origin, const idMat3 &axis, const int listenerId );
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// fade all sounds in the world with a given shader soundClass
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// to is in Db, over is in seconds
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virtual void FadeSoundClasses( const int soundClass, const float to, const float over );
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// dumps the current state and begins archiving commands
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virtual void StartWritingDemo( idDemoFile *demo );
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virtual void StopWritingDemo();
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// read a sound command from a demo file
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virtual void ProcessDemoCommand( idDemoFile *readDemo );
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// menu sounds
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virtual int PlayShaderDirectly( const char *name, int channel = -1 );
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virtual void Skip( int time );
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virtual void Pause();
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virtual void UnPause();
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virtual bool IsPaused() { return isPaused; }
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virtual int GetSoundTime();
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// avidump
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virtual void AVIOpen( const char *path, const char *name );
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virtual void AVIClose();
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// SaveGame Support
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virtual void WriteToSaveGame( idFile *savefile );
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virtual void ReadFromSaveGame( idFile *savefile );
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virtual void SetSlowmoSpeed( float speed );
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virtual void SetEnviroSuit( bool active );
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//=======================================
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//------------------------
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// Random stuff that's not exposed outside the sound system
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//------------------------
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void Update();
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void OnReloadSound( const idDecl *decl );
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idSoundChannel * AllocSoundChannel();
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void FreeSoundChannel( idSoundChannel * );
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public:
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// even though all these variables are public, nobody outside the sound system includes SoundWorld_local.h
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// so this is equivalent to making it private and friending all the other classes in the sound system
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idSoundFade volumeFade; // master volume knob for the entire world
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idSoundFade soundClassFade[SOUND_MAX_CLASSES];
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idRenderWorld * renderWorld; // for debug visualization and light amplitude sampling
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idDemoFile * writeDemo; // if not NULL, archive commands here
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float currentCushionDB; // channels at or below this level will be faded to 0
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float shakeAmp; // last calculated shake amplitude
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listener_t listener;
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idList<idSoundEmitterLocal *, TAG_AUDIO> emitters;
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idSoundEmitter * localSound; // for PlayShaderDirectly()
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idBlockAlloc<idSoundEmitterLocal, 16> emitterAllocator;
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idBlockAlloc<idSoundChannel, 16> channelAllocator;
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idSoundFade pauseFade;
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int pausedTime;
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int accumulatedPauseTime;
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bool isPaused;
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float slowmoSpeed;
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bool enviroSuitActive;
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public:
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struct soundPortalTrace_t {
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int portalArea;
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const soundPortalTrace_t * prevStack;
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};
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void ResolveOrigin( const int stackDepth, const soundPortalTrace_t * prevStack, const int soundArea, const float dist, const idVec3 & soundOrigin, idSoundEmitterLocal * def );
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};
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/*
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================================================
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idSoundEmitterLocal
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================================================
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*/
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class idSoundEmitterLocal : public idSoundEmitter {
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public:
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virtual void Free( bool immediate );
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virtual void Reset();
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virtual void UpdateEmitter( const idVec3 &origin, int listenerId, const soundShaderParms_t *parms );
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virtual int StartSound( const idSoundShader *shader, const s_channelType channel, float diversity = 0, int shaderFlags = 0, bool allowSlow = true );
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virtual void ModifySound( const s_channelType channel, const soundShaderParms_t *parms );
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virtual void StopSound( const s_channelType channel );
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virtual void FadeSound( const s_channelType channel, float to, float over );
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virtual bool CurrentlyPlaying( const s_channelType channel = SCHANNEL_ANY ) const;
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virtual float CurrentAmplitude();
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virtual int Index() const;
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//----------------------------------------------
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void Init( int i, idSoundWorldLocal * sw );
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// Returns true if the emitter should be freed.
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bool CheckForCompletion( int currentTime );
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void OverrideParms( const soundShaderParms_t * base, const soundShaderParms_t * over, soundShaderParms_t * out );
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void Update( int currentTime );
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void OnReloadSound( const idDecl *decl );
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//----------------------------------------------
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idSoundWorldLocal * soundWorld; // the world that holds this emitter
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int index; // in world emitter list
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bool canFree; // if true, this emitter can be canFree (once channels.Num() == 0)
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// a single soundEmitter can have many channels playing from the same point
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idStaticList<idSoundChannel *, MAX_CHANNELS_PER_EMITTER> channels;
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//----- set by UpdateEmitter -----
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idVec3 origin;
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soundShaderParms_t parms;
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int emitterId; // sounds will be full volume when emitterId == listenerId
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//----- set by Update -----
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int lastValidPortalArea;
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float directDistance;
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float spatializedDistance;
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idVec3 spatializedOrigin;
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// sound emitters are only allocated by the soundWorld block allocator
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idSoundEmitterLocal();
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virtual ~idSoundEmitterLocal();
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};
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/*
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===================================================================================
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idSoundSystemLocal
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===================================================================================
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*/
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class idSoundSystemLocal : public idSoundSystem {
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public:
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// all non-hardware initialization
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virtual void Init();
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// shutdown routine
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virtual void Shutdown();
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virtual idSoundWorld * AllocSoundWorld( idRenderWorld *rw );
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virtual void FreeSoundWorld( idSoundWorld *sw );
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// specifying NULL will cause silence to be played
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virtual void SetPlayingSoundWorld( idSoundWorld *soundWorld );
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// some tools, like the sound dialog, may be used in both the game and the editor
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// This can return NULL, so check!
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virtual idSoundWorld * GetPlayingSoundWorld();
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// sends the current playing sound world information to the sound hardware
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virtual void Render();
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// Mutes the SSG_MUSIC group
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virtual void MuteBackgroundMusic( bool mute ) { musicMuted = mute; }
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// sets the final output volume to 0
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// This should only be used when the app is deactivated
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// Since otherwise there will be problems with different subsystems muting and unmuting at different times
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virtual void SetMute( bool mute ) { muted = mute; }
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virtual bool IsMuted() { return muted; }
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virtual void OnReloadSound( const idDecl * sound );
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virtual void StopAllSounds();
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virtual void InitStreamBuffers();
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virtual void FreeStreamBuffers();
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virtual void * GetIXAudio2() const;
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// for the sound level meter window
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virtual cinData_t ImageForTime( const int milliseconds, const bool waveform );
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// Free all sounds loaded during the last map load
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virtual void BeginLevelLoad();
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// We might want to defer the loading of new sounds to this point
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virtual void EndLevelLoad();
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// prints memory info
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virtual void PrintMemInfo( MemInfo_t *mi );
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//-------------------------
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// Before a sound is reloaded, any active voices using it must
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// be stopped. Returns true if any were playing, and should be
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// restarted after the sound is reloaded.
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void StopVoicesWithSample( const idSoundSample * const sample );
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void Restart();
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void SetNeedsRestart() { needsRestart = true; }
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int SoundTime() const;
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// may return NULL if there are no more voices left
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idSoundVoice * AllocateVoice( const idSoundSample * leadinSample, const idSoundSample * loopingSample );
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void FreeVoice( idSoundVoice * );
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idSoundSample * LoadSample( const char * name );
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virtual void Preload( idPreloadManifest & preload );
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struct bufferContext_t {
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bufferContext_t() :
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voice( NULL ),
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sample( NULL ),
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bufferNumber( 0 )
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{ }
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idSoundVoice_XAudio2 * voice;
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idSoundSample_XAudio2 * sample;
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int bufferNumber;
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};
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// Get a stream buffer from the free pool, returns NULL if none are available
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bufferContext_t * ObtainStreamBufferContext();
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void ReleaseStreamBufferContext( bufferContext_t * p );
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idSysMutex streamBufferMutex;
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idStaticList< bufferContext_t *, MAX_SOUND_BUFFERS > freeStreamBufferContexts;
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idStaticList< bufferContext_t *, MAX_SOUND_BUFFERS > activeStreamBufferContexts;
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idStaticList< bufferContext_t, MAX_SOUND_BUFFERS > bufferContexts;
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idSoundWorldLocal * currentSoundWorld;
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idStaticList<idSoundWorldLocal *, 32> soundWorlds;
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idList<idSoundSample *, TAG_AUDIO> samples;
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idHashIndex sampleHash;
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idSoundHardware hardware;
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idRandom2 random;
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int soundTime;
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bool muted;
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bool musicMuted;
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bool needsRestart;
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bool insideLevelLoad;
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//-------------------------
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idSoundSystemLocal() :
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soundTime( 0 ),
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currentSoundWorld( NULL ),
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muted( false ),
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musicMuted( false ),
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needsRestart( false )
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{}
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};
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extern idSoundSystemLocal soundSystemLocal;
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#endif /* !__SND_LOCAL_H__ */
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