LameXP/src/Registry_Encoder.cpp

521 lines
19 KiB
C++

///////////////////////////////////////////////////////////////////////////////
// LameXP - Audio Encoder Front-End
// Copyright (C) 2004-2016 LoRd_MuldeR <MuldeR2@GMX.de>
//
// 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 2 of the License, or
// (at your option) any later version, but always including the *additional*
// restrictions defined in the "License.txt" file.
//
// 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, write to the Free Software Foundation, Inc.,
// 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
//
// http://www.gnu.org/licenses/gpl-2.0.txt
///////////////////////////////////////////////////////////////////////////////
#include "Registry_Encoder.h"
#include "Global.h"
#include "Model_Settings.h"
#include "Encoder_AAC.h"
#include "Encoder_AAC_FHG.h"
#include "Encoder_AAC_FDK.h"
#include "Encoder_AAC_QAAC.h"
#include "Encoder_AC3.h"
#include "Encoder_DCA.h"
#include "Encoder_FLAC.h"
#include "Encoder_MP3.h"
#include "Encoder_Vorbis.h"
#include "Encoder_Opus.h"
#include "Encoder_MAC.h"
#include "Encoder_Wave.h"
#define IS_VBR(RC_MODE) ((RC_MODE) == SettingsModel::VBRMode)
#define IS_ABR(RC_MODE) ((RC_MODE) == SettingsModel::ABRMode)
#define IS_CBR(RC_MODE) ((RC_MODE) == SettingsModel::CBRMode)
////////////////////////////////////////////////////////////
// Create encoder instance
////////////////////////////////////////////////////////////
AbstractEncoder *EncoderRegistry::createInstance(const int encoderId, const SettingsModel *settings)
{
int rcMode = -1;
AbstractEncoder *encoder = NULL;
//Create new encoder instance and apply encoder-specific settings
switch(encoderId)
{
/*-------- MP3Encoder /*--------*/
case SettingsModel::MP3Encoder:
{
MP3Encoder *const mp3Encoder = new MP3Encoder();
mp3Encoder->setAlgoQuality(settings->lameAlgoQuality());
if(settings->bitrateManagementEnabled())
{
mp3Encoder->setBitrateLimits(settings->bitrateManagementMinRate(), settings->bitrateManagementMaxRate());
}
mp3Encoder->setChannelMode(settings->lameChannelMode());
encoder = mp3Encoder;
}
break;
/*-------- VorbisEncoder /*--------*/
case SettingsModel::VorbisEncoder:
{
VorbisEncoder *const vorbisEncoder = new VorbisEncoder();
if(settings->bitrateManagementEnabled())
{
vorbisEncoder->setBitrateLimits(settings->bitrateManagementMinRate(), settings->bitrateManagementMaxRate());
}
encoder = vorbisEncoder;
}
break;
/*-------- AACEncoder /*--------*/
case SettingsModel::AACEncoder:
{
switch(getAacEncoder())
{
case SettingsModel::AAC_ENCODER_QAAC:
{
QAACEncoder *const aacEncoder = new QAACEncoder();
aacEncoder->setProfile(settings->aacEncProfile());
aacEncoder->setAlgoQuality(settings->lameAlgoQuality());
encoder = aacEncoder;
}
break;
case SettingsModel::AAC_ENCODER_FHG:
{
FHGAACEncoder *const aacEncoder = new FHGAACEncoder();
aacEncoder->setProfile(settings->aacEncProfile());
encoder = aacEncoder;
}
break;
case SettingsModel::AAC_ENCODER_FDK:
{
FDKAACEncoder *const aacEncoder = new FDKAACEncoder();
aacEncoder->setProfile(settings->aacEncProfile());
encoder = aacEncoder;
}
break;
case SettingsModel::AAC_ENCODER_NERO:
{
AACEncoder *const aacEncoder = new AACEncoder();
aacEncoder->setEnable2Pass(settings->neroAACEnable2Pass());
aacEncoder->setProfile(settings->aacEncProfile());
encoder = aacEncoder;
}
break;
default:
MUTILS_THROW("makeEncoder(): Unknown AAC encoder specified!");
break;
}
}
break;
/*-------- AC3Encoder /*--------*/
case SettingsModel::AC3Encoder:
{
AC3Encoder *const ac3Encoder = new AC3Encoder();
ac3Encoder->setAudioCodingMode(settings->aftenAudioCodingMode());
ac3Encoder->setDynamicRangeCompression(settings->aftenDynamicRangeCompression());
ac3Encoder->setExponentSearchSize(settings->aftenExponentSearchSize());
ac3Encoder->setFastBitAllocation(settings->aftenFastBitAllocation());
encoder = ac3Encoder;
}
break;
/*-------- FLACEncoder /*--------*/
case SettingsModel::FLACEncoder:
{
FLACEncoder *const flacEncoder = new FLACEncoder();
encoder = flacEncoder;
}
break;
/*-------- OpusEncoder --------*/
case SettingsModel::OpusEncoder:
{
OpusEncoder *const opusEncoder = new OpusEncoder();
opusEncoder->setOptimizeFor(settings->opusOptimizeFor());
opusEncoder->setEncodeComplexity(settings->opusComplexity());
opusEncoder->setFrameSize(settings->opusFramesize());
encoder = opusEncoder;
}
break;
/*-------- DCAEncoder --------*/
case SettingsModel::DCAEncoder:
{
DCAEncoder *const dcaEncoder = new DCAEncoder();
encoder = dcaEncoder;
}
break;
/*-------- MACEncoder --------*/
case SettingsModel::MACEncoder:
{
MACEncoder *const macEncoder = new MACEncoder();
encoder = macEncoder;
}
break;
/*-------- PCMEncoder --------*/
case SettingsModel::PCMEncoder:
{
WaveEncoder *const waveEncoder = new WaveEncoder();
encoder = waveEncoder;
}
break;
/*-------- default --------*/
default:
MUTILS_THROW("Unsupported encoder!");
}
//Sanity checking
if(!encoder)
{
MUTILS_THROW("No encoder instance has been assigend!");
}
//Apply common settings
encoder->setRCMode(rcMode = loadEncoderMode(settings, encoderId));
encoder->setCustomParams(loadEncoderCustomParams(settings, encoderId));
encoder->setBitrate(loadEncoderValue(settings, encoderId, rcMode));
return encoder;
}
////////////////////////////////////////////////////////////
// Get encoder info
////////////////////////////////////////////////////////////
const AbstractEncoderInfo *EncoderRegistry::getEncoderInfo(const int encoderId)
{
const AbstractEncoderInfo *info = NULL;
switch(encoderId)
{
case SettingsModel::MP3Encoder: info = MP3Encoder ::getEncoderInfo(); break;
case SettingsModel::VorbisEncoder: info = VorbisEncoder::getEncoderInfo(); break;
case SettingsModel::AC3Encoder: info = AC3Encoder ::getEncoderInfo(); break;
case SettingsModel::FLACEncoder: info = FLACEncoder ::getEncoderInfo(); break;
case SettingsModel::OpusEncoder: info = OpusEncoder ::getEncoderInfo(); break;
case SettingsModel::DCAEncoder: info = DCAEncoder ::getEncoderInfo(); break;
case SettingsModel::MACEncoder: info = MACEncoder ::getEncoderInfo(); break;
case SettingsModel::PCMEncoder: info = WaveEncoder ::getEncoderInfo(); break;
case SettingsModel::AACEncoder:
switch(getAacEncoder())
{
case SettingsModel::AAC_ENCODER_QAAC: info = QAACEncoder ::getEncoderInfo(); break;
case SettingsModel::AAC_ENCODER_FHG: info = FHGAACEncoder::getEncoderInfo(); break;
case SettingsModel::AAC_ENCODER_FDK: info = FDKAACEncoder::getEncoderInfo(); break;
case SettingsModel::AAC_ENCODER_NERO: info = AACEncoder ::getEncoderInfo(); break;
default: MUTILS_THROW("Unknown AAC encoder specified!");
}
break;
default: MUTILS_THROW("Unsupported encoder!");
}
//Sanity checking
if(!info)
{
MUTILS_THROW("No encoder instance has been assigend!");
}
return info;
}
////////////////////////////////////////////////////////////
// Load/store encoder RC mode
////////////////////////////////////////////////////////////
#define STORE_MODE(ENCODER_ID, RC_MODE) do \
{ \
settings->compressionRCMode##ENCODER_ID(RC_MODE); \
} \
while(0)
#define LOAD_MODE(RC_MODE, ENCODER_ID) do \
{ \
(RC_MODE) = settings->compressionRCMode##ENCODER_ID(); \
} \
while(0)
void EncoderRegistry::saveEncoderMode(SettingsModel *settings, const int encoderId, const int rcMode)
{
//Sanity checking
if((rcMode < SettingsModel::VBRMode) || (rcMode > SettingsModel::CBRMode))
{
MUTILS_THROW("Unknown rate-control mode!");
}
//Store the encoder bitrate/quality value
switch(encoderId)
{
case SettingsModel::MP3Encoder: STORE_MODE(LAME, rcMode); break;
case SettingsModel::VorbisEncoder: STORE_MODE(OggEnc, rcMode); break;
case SettingsModel::AACEncoder: STORE_MODE(AacEnc, rcMode); break;
case SettingsModel::AC3Encoder: STORE_MODE(Aften, rcMode); break;
case SettingsModel::FLACEncoder: STORE_MODE(FLAC, rcMode); break;
case SettingsModel::OpusEncoder: STORE_MODE(OpusEnc, rcMode); break;
case SettingsModel::DCAEncoder: STORE_MODE(DcaEnc, rcMode); break;
case SettingsModel::MACEncoder: STORE_MODE(MacEnc, rcMode); break;
case SettingsModel::PCMEncoder: STORE_MODE(Wave, rcMode); break;
default: MUTILS_THROW("Unsupported encoder!");
}
}
int EncoderRegistry::loadEncoderMode(const SettingsModel *settings, const int encoderId)
{
int rcMode = -1;
//Store the encoder bitrate/quality value
switch(encoderId)
{
case SettingsModel::MP3Encoder: LOAD_MODE(rcMode, LAME); break;
case SettingsModel::VorbisEncoder: LOAD_MODE(rcMode, OggEnc); break;
case SettingsModel::AACEncoder: LOAD_MODE(rcMode, AacEnc); break;
case SettingsModel::AC3Encoder: LOAD_MODE(rcMode, Aften); break;
case SettingsModel::FLACEncoder: LOAD_MODE(rcMode, FLAC); break;
case SettingsModel::OpusEncoder: LOAD_MODE(rcMode, OpusEnc); break;
case SettingsModel::DCAEncoder: LOAD_MODE(rcMode, DcaEnc); break;
case SettingsModel::MACEncoder: LOAD_MODE(rcMode, MacEnc); break;
case SettingsModel::PCMEncoder: LOAD_MODE(rcMode, Wave); break;
default: MUTILS_THROW("Unsupported encoder!");
}
return rcMode;
}
////////////////////////////////////////////////////////////
// Load/store encoder bitrate/quality value
////////////////////////////////////////////////////////////
#define STORE_VALUE(ENCODER_ID, RC_MODE, VALUE) do \
{ \
if(IS_VBR(RC_MODE)) settings->compressionVbrQuality##ENCODER_ID(VALUE); \
if(IS_ABR(RC_MODE)) settings->compressionAbrBitrate##ENCODER_ID(VALUE); \
if(IS_CBR(RC_MODE)) settings->compressionCbrBitrate##ENCODER_ID(VALUE); \
} \
while(0)
#define LOAD_VALUE(VALUE, ENCODER_ID, RC_MODE) do \
{ \
if(IS_VBR(RC_MODE)) (VALUE) = settings->compressionVbrQuality##ENCODER_ID(); \
if(IS_ABR(RC_MODE)) (VALUE) = settings->compressionAbrBitrate##ENCODER_ID(); \
if(IS_CBR(RC_MODE)) (VALUE) = settings->compressionCbrBitrate##ENCODER_ID(); \
} \
while(0)
void EncoderRegistry::saveEncoderValue(SettingsModel *settings, const int encoderId, const int rcMode, const int value)
{
//Sanity checking
if((rcMode < SettingsModel::VBRMode) || (rcMode > SettingsModel::CBRMode))
{
MUTILS_THROW("Unknown rate-control mode!");
}
//Store the encoder bitrate/quality value
switch(encoderId)
{
case SettingsModel::MP3Encoder: STORE_VALUE(LAME, rcMode, value); break;
case SettingsModel::VorbisEncoder: STORE_VALUE(OggEnc, rcMode, value); break;
case SettingsModel::AACEncoder: STORE_VALUE(AacEnc, rcMode, value); break;
case SettingsModel::AC3Encoder: STORE_VALUE(Aften, rcMode, value); break;
case SettingsModel::FLACEncoder: STORE_VALUE(FLAC, rcMode, value); break;
case SettingsModel::OpusEncoder: STORE_VALUE(OpusEnc, rcMode, value); break;
case SettingsModel::DCAEncoder: STORE_VALUE(DcaEnc, rcMode, value); break;
case SettingsModel::MACEncoder: STORE_VALUE(MacEnc, rcMode, value); break;
case SettingsModel::PCMEncoder: STORE_VALUE(Wave, rcMode, value); break;
default: MUTILS_THROW("Unsupported encoder!");
}
}
int EncoderRegistry::loadEncoderValue(const SettingsModel *settings, const int encoderId, const int rcMode)
{
int value = INT_MAX;
//Sanity checking
if((rcMode < SettingsModel::VBRMode) || (rcMode > SettingsModel::CBRMode))
{
MUTILS_THROW("Unknown rate-control mode!");
}
//Load the encoder bitrate/quality value
switch(encoderId)
{
case SettingsModel::MP3Encoder: LOAD_VALUE(value, LAME, rcMode); break;
case SettingsModel::VorbisEncoder: LOAD_VALUE(value, OggEnc, rcMode); break;
case SettingsModel::AACEncoder: LOAD_VALUE(value, AacEnc, rcMode); break;
case SettingsModel::AC3Encoder: LOAD_VALUE(value, Aften, rcMode); break;
case SettingsModel::FLACEncoder: LOAD_VALUE(value, FLAC, rcMode); break;
case SettingsModel::OpusEncoder: LOAD_VALUE(value, OpusEnc, rcMode); break;
case SettingsModel::DCAEncoder: LOAD_VALUE(value, DcaEnc, rcMode); break;
case SettingsModel::MACEncoder: LOAD_VALUE(value, MacEnc, rcMode); break;
case SettingsModel::PCMEncoder: LOAD_VALUE(value, Wave, rcMode); break;
default: MUTILS_THROW("Unsupported encoder!");
}
return value;
}
////////////////////////////////////////////////////////////
// Load/store encoder custom parameters
////////////////////////////////////////////////////////////
#define STORE_PARAMS(ENCODER_ID, PARAMS) do \
{ \
settings->customParameters##ENCODER_ID(PARAMS); \
} \
while(0)
#define LOAD_PARAMS(PARAMS, ENCODER_ID) do \
{ \
(PARAMS) = settings->customParameters##ENCODER_ID(); \
} \
while(0)
void EncoderRegistry::saveEncoderCustomParams(SettingsModel *settings, const int encoderId, const QString &params)
{
//Store the encoder bitrate/quality value
switch(encoderId)
{
case SettingsModel::MP3Encoder: STORE_PARAMS(LAME, params.trimmed()); break;
case SettingsModel::VorbisEncoder: STORE_PARAMS(OggEnc, params.trimmed()); break;
case SettingsModel::AACEncoder: STORE_PARAMS(AacEnc, params.trimmed()); break;
case SettingsModel::AC3Encoder: STORE_PARAMS(Aften, params.trimmed()); break;
case SettingsModel::FLACEncoder: STORE_PARAMS(FLAC, params.trimmed()); break;
case SettingsModel::OpusEncoder: STORE_PARAMS(OpusEnc, params.trimmed()); break;
case SettingsModel::DCAEncoder: STORE_PARAMS(DcaEnc, params.trimmed()); break;
case SettingsModel::MACEncoder: STORE_PARAMS(MacEnc, params.trimmed()); break;
case SettingsModel::PCMEncoder: STORE_PARAMS(Wave, params.trimmed()); break;
default: MUTILS_THROW("Unsupported encoder!");
}
}
QString EncoderRegistry::loadEncoderCustomParams(const SettingsModel *settings, const int encoderId)
{
QString params;
//Load the encoder bitrate/quality value
switch(encoderId)
{
case SettingsModel::MP3Encoder: LOAD_PARAMS(params, LAME); break;
case SettingsModel::VorbisEncoder: LOAD_PARAMS(params, OggEnc); break;
case SettingsModel::AACEncoder: LOAD_PARAMS(params, AacEnc); break;
case SettingsModel::AC3Encoder: LOAD_PARAMS(params, Aften); break;
case SettingsModel::FLACEncoder: LOAD_PARAMS(params, FLAC); break;
case SettingsModel::OpusEncoder: LOAD_PARAMS(params, OpusEnc); break;
case SettingsModel::DCAEncoder: LOAD_PARAMS(params, DcaEnc); break;
case SettingsModel::MACEncoder: LOAD_PARAMS(params, MacEnc); break;
case SettingsModel::PCMEncoder: LOAD_PARAMS(params, Wave); break;
default: MUTILS_THROW("Unsupported encoder!");
}
return params;
}
////////////////////////////////////////////////////////////
// Reset encoder settings
////////////////////////////////////////////////////////////
#define RESET_SETTING(OBJ,NAME) do \
{ \
(OBJ)->NAME((OBJ)->NAME##Default()); \
} \
while(0)
void EncoderRegistry::resetAllEncoders(SettingsModel *settings)
{
RESET_SETTING(settings, compressionAbrBitrateAacEnc);
RESET_SETTING(settings, compressionAbrBitrateAften);
RESET_SETTING(settings, compressionAbrBitrateDcaEnc);
RESET_SETTING(settings, compressionAbrBitrateFLAC);
RESET_SETTING(settings, compressionAbrBitrateLAME);
RESET_SETTING(settings, compressionAbrBitrateMacEnc);
RESET_SETTING(settings, compressionAbrBitrateOggEnc);
RESET_SETTING(settings, compressionAbrBitrateOpusEnc);
RESET_SETTING(settings, compressionAbrBitrateWave);
RESET_SETTING(settings, compressionCbrBitrateAacEnc);
RESET_SETTING(settings, compressionCbrBitrateAften);
RESET_SETTING(settings, compressionCbrBitrateDcaEnc);
RESET_SETTING(settings, compressionCbrBitrateFLAC);
RESET_SETTING(settings, compressionCbrBitrateLAME);
RESET_SETTING(settings, compressionCbrBitrateMacEnc);
RESET_SETTING(settings, compressionCbrBitrateOggEnc);
RESET_SETTING(settings, compressionCbrBitrateOpusEnc);
RESET_SETTING(settings, compressionCbrBitrateWave);
RESET_SETTING(settings, compressionRCModeAacEnc);
RESET_SETTING(settings, compressionRCModeAften);
RESET_SETTING(settings, compressionRCModeDcaEnc);
RESET_SETTING(settings, compressionRCModeFLAC);
RESET_SETTING(settings, compressionRCModeLAME);
RESET_SETTING(settings, compressionRCModeMacEnc);
RESET_SETTING(settings, compressionRCModeOggEnc);
RESET_SETTING(settings, compressionRCModeOpusEnc);
RESET_SETTING(settings, compressionRCModeWave);
RESET_SETTING(settings, compressionVbrQualityAacEnc);
RESET_SETTING(settings, compressionVbrQualityAften);
RESET_SETTING(settings, compressionVbrQualityDcaEnc);
RESET_SETTING(settings, compressionVbrQualityFLAC);
RESET_SETTING(settings, compressionVbrQualityLAME);
RESET_SETTING(settings, compressionVbrQualityMacEnc);
RESET_SETTING(settings, compressionVbrQualityOggEnc);
RESET_SETTING(settings, compressionVbrQualityOpusEnc);
RESET_SETTING(settings, compressionVbrQualityWave);
}
////////////////////////////////////////////////////////////
// Get File Extensions
////////////////////////////////////////////////////////////
QStringList EncoderRegistry::getOutputFileExtensions(void)
{
QStringList list;
for(int encoderId = SettingsModel::MP3Encoder; encoderId < SettingsModel::ENCODER_COUNT; encoderId++)
{
if((encoderId == SettingsModel::AACEncoder) && (getAacEncoder() == SettingsModel::AAC_ENCODER_NONE))
{
continue;
}
list << QString::fromLatin1(getEncoderInfo(encoderId)->extension());
}
return list;
}
////////////////////////////////////////////////////////////
// Static Functions
////////////////////////////////////////////////////////////
int EncoderRegistry::getAacEncoder(void)
{
if(lamexp_tools_check("qaac.exe") && lamexp_tools_check("libsoxr.dll") && lamexp_tools_check("libsoxconvolver.dll"))
{
return SettingsModel::AAC_ENCODER_QAAC;
}
else if(lamexp_tools_check("qaac64.exe") && lamexp_tools_check("libsoxr64.dll") && lamexp_tools_check("libsoxconvolver64.dll"))
{
return SettingsModel::AAC_ENCODER_QAAC;
}
else if(lamexp_tools_check("fdkaac.exe"))
{
return SettingsModel::AAC_ENCODER_FDK;
}
else if(lamexp_tools_check("fhgaacenc.exe") && lamexp_tools_check("enc_fhgaac.dll") && lamexp_tools_check("nsutil.dll") && lamexp_tools_check("libmp4v2.dll"))
{
return SettingsModel::AAC_ENCODER_FHG;
}
else if(lamexp_tools_check("neroAacEnc.exe") && lamexp_tools_check("neroAacDec.exe") && lamexp_tools_check("neroAacTag.exe"))
{
return SettingsModel::AAC_ENCODER_NERO;
}
else
{
return SettingsModel::AAC_ENCODER_NONE;
}
}