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Profile.cpp
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Profile.cpp
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/** This file is part of The Standard Mpeg Encoder.
The Standard Mpeg Encoder 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.
The Standard Mpeg Encoder 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 The Standard Mpeg Encoder.
If not, see <http://www.gnu.org/licenses/>.
**/
// Profile.cpp: implementation of the CMPEGProfile class.
//
//////////////////////////////////////////////////////////////////////
#include "stdafx.h"
#include "Profile.h"
//////////////////////////////////////////////////////////////////////
// Construction/Destruction
//////////////////////////////////////////////////////////////////////
CMPEGProfile::CMPEGProfile() : CUnknown(NAME("CMPEGProfile"), NULL), m_pObj(NULL)
{
m_strProfileName = L"Not Named";
m_bFixed = false;
memset(&m_EncodeParameters, 0, sizeof(m_EncodeParameters));
m_pMuxProfile = new CMPEGMultiplexProfile();
m_pMuxProfile->m_pEncodeParameters = &m_EncodeParameters;
m_pMuxProfile->AddRef();
m_EncodeParameters.bMultiplex = true;
m_EncodeParameters.bDirectMultiplexing = true;
m_EncodeParameters.bUseVideoBitrates = true;
m_EncodeParameters.bUseAudioBitrates = true;
m_EncodeParameters.bWriteSystemsFile = true;
m_EncodeParameters.bWriteAudioStream = true;
m_EncodeParameters.bWriteVideoStream = true;
m_EncodeParameters.nOutputAudioChannels = 2;
m_EncodeParameters.fPixelAspectRatio = (float)1.3333f;
m_EncodeParameters.fMuxMaxDelay = 0.7f;
m_EncodeParameters.fMuxPreload = 0.5f;
m_EncodeParameters.bAutoSelectBitrate = true;
m_EncodeParameters.bDeInterlace = false;
m_EncodeParameters.bForceInterlaceDCT = false;
m_EncodeParameters.bForceInterlaceME = false;
m_EncodeParameters.nQualityMin = 2;
m_EncodeParameters.nQualityMax = 31;
m_EncodeParameters.nProfile = -1;
m_EncodeParameters.nLevel = -1;
ConfigureForSystemsFormat(SYSTEMSFORMAT_MPEG1, CONSTRAINT_NONE);
}
CMPEGProfile::~CMPEGProfile()
{
SAFE_DELETE(m_pMuxProfile);
}
STDMETHODIMP CMPEGProfile::ConfigureForSystemsFormat(SystemsOutputFormat systemsFormat, Constraint constraint)
{
/* NEW_FORMAT CHANGE POINT */
switch (systemsFormat)
{
case SYSTEMSFORMAT_NONE:
{
SetSystemsFormat(SYSTEMSFORMAT_NONE);
SetAudioFormat(AUDIOFORMAT_NONE);
SetVideoFormat(VIDEOFORMAT_NONE);
SetFramerate(0);
SetWidth(0);
SetHeight(0);
SetProfileName(L"Elementary Stream Profile");
m_pMuxProfile->SetMultiplexFormat(SYSTEMSFORMAT_NONE);
SetAudioChannels(2);
SetAudioBitrate(64 * 1000);
SetVideoBitrate(350 * 1000);
SetVideoBitrateMin(0);
SetVideoBitrateMax(750 * 1000);
SetAudioSampleRate(32000);
SetVideoVBRMode(BITRATEMODE_MVBR);
m_EncodeParameters.nQualityMin = 3; // qmin
m_EncodeParameters.nQualityMax = 5; // qmax min video quantiser scale (VBR)
m_EncodeParameters.nOutputVideoBufferSize = 4096 * 1000; //bufsize
m_EncodeParameters.nOutputAudioBitrate = 92000;
m_pMuxProfile->SetMultiplexStreams(FALSE);
m_pMuxProfile->SetOnFlyMultiplex(FALSE);
m_pMuxProfile->SetMultiplexOnStop(FALSE);
m_pMuxProfile->SetDeleteElementaryStreams(FALSE);
}
break;
case SYSTEMSFORMAT_FLV:
{
SetSystemsFormat(SYSTEMSFORMAT_FLV);
SetAudioFormat(AUDIOFORMAT_MP3);
SetVideoFormat(VIDEOFORMAT_FLV);
SetFramerate(0);
SetWidth(0);
SetHeight(0);
SetProfileName(L"Flash Video");
m_pMuxProfile->SetMultiplexFormat(SYSTEMSFORMAT_FLV);
SetAudioChannels(2);
SetAudioBitrate(64 * 1000);
SetVideoBitrate(350 * 1000);
SetVideoBitrateMin(0);
SetVideoBitrateMax(750 * 1000);
SetAudioSampleRate(22050); // allowed = 11025, 22050, 44100
SetVideoVBRMode(BITRATEMODE_MVBR);
}
break;
case SYSTEMSFORMAT_MP4:
{
SetSystemsFormat(SYSTEMSFORMAT_MP4);
SetAudioFormat(AUDIOFORMAT_AAC);
SetVideoFormat(VIDEOFORMAT_MPEG4);
SetFramerate(0);
SetWidth(0);
SetHeight(0);
SetProfileName(L"Standard MPEG4");
m_pMuxProfile->SetMultiplexFormat(SYSTEMSFORMAT_MP4);
SetAudioChannels(2);
SetAudioBitrate(64 * 1000);
SetVideoBitrate(350 * 1000);
SetVideoBitrateMin(0);
SetVideoBitrateMax(750 * 1000);
SetAudioSampleRate(32000);
SetVideoVBRMode(BITRATEMODE_MVBR);
if (constraint == CONSTRAINT_IPOD )
{
SetProfileName(L"Standard MPEG4 iPod Constrained");
SetConstraint(CONSTRAINT_IPOD);
SetWidth(320);
SetHeight(240);
SetGOPSize(300);
SetVideoBitrateMin(750 * 1000);
SetVideoBitrateMax(750 * 1000);
SetVideoBitrate(750 * 1000);
m_EncodeParameters.nQualityMin = 3; // qmin
m_EncodeParameters.nQualityMax = 5; // qmax min video quantiser scale (VBR)
m_EncodeParameters.nOutputVideoBufferSize = 4096 * 1000; //bufsize
m_EncodeParameters.nOutputAudioBitrate = 92000;
}
else if (constraint == CONSTRAINT_IPOD_NANO)
{
SetProfileName(L"Standard MPEG4 iPod Nano");
SetConstraint(CONSTRAINT_IPOD_NANO);
SetWidth(176);
SetHeight(128);
SetGOPSize(300);
SetVideoBitrateMin(256 * 1000);
SetVideoBitrateMax(256 * 1000);
SetVideoBitrate(256 * 1000);
m_EncodeParameters.nQualityMin = 3; // qmin
m_EncodeParameters.nQualityMax = 5; // qmax min video quantiser scale (VBR)
m_EncodeParameters.nOutputVideoBufferSize = 4096 * 1000; //bufsize
m_EncodeParameters.nOutputAudioBitrate = 92000;
}
else if (constraint == CONSTRAINT_IPHONE)
{
SetProfileName(L"Standard MPEG4 iPhone");
SetConstraint(CONSTRAINT_IPHONE);
SetWidth(320);
SetHeight(240);
SetGOPSize(300);
SetVideoBitrateMin(750 * 1000);
SetVideoBitrateMax(750 * 1000);
SetVideoBitrate(750 * 1000);
m_EncodeParameters.nQualityMin = 3; // qmin
m_EncodeParameters.nQualityMax = 5; // qmax min video quantiser scale (VBR)
m_EncodeParameters.nOutputVideoBufferSize = 4096 * 1000; //bufsize
m_EncodeParameters.nOutputAudioBitrate = 92000;
}
else if (constraint == CONSTRAINT_H264)
{
SetVideoFormat(VIDEOFORMAT_H264);
}
}
break;
case SYSTEMSFORMAT_3GP:
{
SetSystemsFormat(SYSTEMSFORMAT_3GP);
SetAudioFormat(AUDIOFORMAT_AAC);
SetVideoFormat(VIDEOFORMAT_MPEG4);
SetFramerate(0);
SetWidth(0);
SetHeight(0);
SetProfileName(L"3GP");
m_pMuxProfile->SetMultiplexFormat(SYSTEMSFORMAT_MP4);
SetAudioChannels(2);
SetAudioBitrate(64 * 1000);
SetVideoBitrate(350 * 1000);
SetVideoBitrateMin(0);
SetVideoBitrateMax(750 * 1000);
SetAudioSampleRate(32000);
SetVideoVBRMode(BITRATEMODE_MVBR);
}
break;
case SYSTEMSFORMAT_3G2:
{
SetSystemsFormat(SYSTEMSFORMAT_3G2);
SetAudioFormat(AUDIOFORMAT_AAC);
SetVideoFormat(VIDEOFORMAT_MPEG4);
SetFramerate(0);
SetWidth(0);
SetHeight(0);
SetProfileName(L"3G2");
m_pMuxProfile->SetMultiplexFormat(SYSTEMSFORMAT_MP4);
SetAudioChannels(2);
SetAudioBitrate(64 * 1000);
SetVideoBitrate(350 * 1000);
SetVideoBitrateMin(0);
SetVideoBitrateMax(750 * 1000);
SetAudioSampleRate(32000);
SetVideoVBRMode(BITRATEMODE_MVBR);
}
break;
case SYSTEMSFORMAT_PSP:
{
SetSystemsFormat(SYSTEMSFORMAT_PSP);
SetAudioFormat(AUDIOFORMAT_AAC);
SetVideoFormat(VIDEOFORMAT_MPEG4);
SetFramerate(29.97);
SetWidth(0);
SetHeight(0);
SetProfileName(L"PSP");
m_pMuxProfile->SetMultiplexFormat(SYSTEMSFORMAT_MP4);
SetAudioChannels(2);
SetAudioBitrate(64 * 1000);
SetVideoBitrate(512 * 1000);
SetVideoBitrateMin(0);
SetVideoBitrateMax(512 * 1000);
SetAudioSampleRate(24000);
SetVideoVBRMode(BITRATEMODE_MVBR);
SetWidth(320);
SetHeight(240);
SetGOPSize(300);
m_EncodeParameters.nQualityMin = 3; // qmin
m_EncodeParameters.nQualityMax = 5; // qmax min video quantiser scale (VBR)
m_EncodeParameters.nOutputVideoBufferSize = 4096 * 1000; //bufsize
}
break;
case SYSTEMSFORMAT_MOV:
{
SetSystemsFormat(SYSTEMSFORMAT_MOV);
SetAudioFormat(AUDIOFORMAT_AAC);
SetVideoFormat(VIDEOFORMAT_MPEG4);
SetFramerate(0);
SetWidth(0);
SetHeight(0);
SetProfileName(L"MPEG4 in Quicktime container");
m_pMuxProfile->SetMultiplexFormat(SYSTEMSFORMAT_MOV);
SetAudioChannels(2);
SetAudioBitrate(64 * 1000);
SetVideoBitrate(350 * 1000);
SetVideoBitrateMin(0);
SetVideoBitrateMax(750 * 1000);
SetAudioSampleRate(32000);
SetVideoVBRMode(BITRATEMODE_MVBR);
if (constraint == CONSTRAINT_IPOD)
{
SetProfileName(L"Standard MPEG4 iPod Constrained");
SetConstraint(CONSTRAINT_IPOD);
SetWidth(320);
SetHeight(240);
SetGOPSize(300);
SetVideoBitrateMin(0);
SetVideoBitrateMax(1000 * 1000);
SetVideoBitrate(750 * 1000);
m_EncodeParameters.nQualityMin = 3; // qmin
m_EncodeParameters.nQualityMax = 5; // qmax min video quantiser scale (VBR)
m_EncodeParameters.nOutputVideoBufferSize = 4096 * 1000; //bufsize
m_EncodeParameters.nOutputAudioBitrate = 92000;
}
}
break;
case SYSTEMSFORMAT_AVI:
{
SetSystemsFormat(SYSTEMSFORMAT_AVI);
SetAudioFormat(AUDIOFORMAT_AAC);
SetVideoFormat(VIDEOFORMAT_MPEG4);
SetFramerate(0);
SetWidth(0);
SetHeight(0);
SetProfileName(L"MPEG4 in AVI container");
m_pMuxProfile->SetMultiplexFormat(SYSTEMSFORMAT_AVI);
SetAudioChannels(2);
SetAudioBitrate(64 * 1000);
SetVideoBitrate(350 * 1000);
SetVideoBitrateMin(0);
SetVideoBitrateMax(750 * 1000);
SetAudioSampleRate(32000);
SetVideoVBRMode(BITRATEMODE_MVBR);
}
break;
case SYSTEMSFORMAT_MPEG1:
SetSystemsFormat(SYSTEMSFORMAT_MPEG1);
SetAudioFormat(AUDIOFORMAT_MP2);
SetVideoFormat(VIDEOFORMAT_MPEG1);
SetVideoVBRMode(BITRATEMODE_MVBR);
SetAspectRatio(ASPECTRATIO_4TO3);
m_pMuxProfile->SetMultiplexFormat(SYSTEMSFORMAT_MPEG1);
SetAudioChannels(2);
SetAudioBitrate(128 * 1000);
SetFramerate(0);
SetWidth(320);
SetHeight(240);
SetVideoBitrate(1140 * 1000);
SetVideoBitrateMin(0);
SetVideoBitrateMax(1150 * 1000);
SetProfileName(L"Standard MPEG1");
SetAudioSampleRate(32000);
break;
case SYSTEMSFORMAT_VCD_STILL:
{
SetVideoFormat(VIDEOFORMAT_MPEG1);
SetAudioFormat(AUDIOFORMAT_NONE);
SetSystemsFormat(SYSTEMSFORMAT_VCD_STILL);
m_pMuxProfile->SetMultiplexFormat(SYSTEMSFORMAT_VCD);
SetVideoVBRMode(BITRATEMODE_CBR);
SetAspectRatio(ASPECTRATIO_4TO3);
SetVideoVBVBufferSize(40*1024*8);
SetWidth(352);
SetVideoBitrate(62 * 1000);
SetVideoBitrateMin(62 * 1000);
SetVideoBitrateMax(62 * 1000);
switch (constraint)
{
case CONSTRAINT_PAL:
SetHeight(288);
SetFramerate(25);
SetGOPSize(15);
SetConstraint(CONSTRAINT_PAL);
SetProfileName(L"VCD Still (PAL)");
break;
case CONSTRAINT_NTSC:
SetHeight(240);
SetFramerate(29.97);
SetGOPSize(18);
SetConstraint(CONSTRAINT_NTSC);
SetProfileName(L"VCD Still (NTSC)");
break;
}
}
break;
case SYSTEMSFORMAT_VCD:
SetVideoFormat(VIDEOFORMAT_MPEG1);
SetAudioFormat(AUDIOFORMAT_MP2);
SetSystemsFormat(SYSTEMSFORMAT_VCD);
m_pMuxProfile->SetMultiplexFormat(SYSTEMSFORMAT_VCD);
SetVideoVBRMode(BITRATEMODE_CBR);
SetAspectRatio(ASPECTRATIO_4TO3);
SetVideoVBVBufferSize(40*1024*8);
SetAudioBitrate(224 * 1000);
SetWidth(352);
SetAudioChannels(2);
SetVideoBitrate(1150 * 1000);
SetVideoBitrateMin(1150 * 1000);
SetVideoBitrateMax(1150 * 1000);
SetAudioSampleRate(32000);
switch (constraint)
{
case CONSTRAINT_PAL:
SetHeight(288);
SetFramerate(25);
SetGOPSize(15);
SetConstraint(CONSTRAINT_PAL);
SetProfileName(L"MPEG1 with VCD Extensions (PAL)");
break;
case CONSTRAINT_NTSC:
SetHeight(240);
SetFramerate(29.97);
SetGOPSize(18);
SetConstraint(CONSTRAINT_NTSC);
SetProfileName(L"MPEG1 with VCD Extensions (NTSC)");
break;
}
break;
case SYSTEMSFORMAT_RM:
{
SetSystemsFormat(SYSTEMSFORMAT_RM);
SetAudioFormat(AUDIOFORMAT_AAC);
SetVideoFormat(VIDEOFORMAT_MPEG4);
SetFramerate(0);
SetWidth(0);
SetHeight(0);
SetProfileName(L"Real Media");
m_pMuxProfile->SetMultiplexFormat(SYSTEMSFORMAT_RM);
SetAudioChannels(2);
SetAudioBitrate(64 * 1000);
SetVideoBitrate(350 * 1000);
SetVideoBitrateMin(0);
SetVideoBitrateMax(750 * 1000);
SetAudioSampleRate(32000);
SetVideoVBRMode(BITRATEMODE_MVBR);
}
break;
case SYSTEMSFORMAT_MPEG2:
case SYSTEMSFORMAT_DVB:
SetVideoFormat(VIDEOFORMAT_MPEG2);
SetAudioFormat(AUDIOFORMAT_MP2);
SetSystemsFormat(systemsFormat);
SetVideoVBRMode(BITRATEMODE_MVBR);
SetAspectRatio(ASPECTRATIO_4TO3);
m_pMuxProfile->SetMultiplexFormat(systemsFormat);
SetAudioBitrate(192 * 1000);
SetFramerate(0);
SetWidth(0);
SetAudioChannels(2);
SetHeight(0);
SetVideoBitrate(6000 * 1000);
SetVideoBitrateMin(0);
SetVideoBitrateMax(9000 * 1000);
SetProfileName(L"Standard MPEG-2");
SetAudioSampleRate(32000);
if (systemsFormat == SYSTEMSFORMAT_DVB)
SetProfileName(L"MPEG-2 Transport Stream (DVB)");
if (constraint == CONSTRAINT_HD)
{
SetConstraint(CONSTRAINT_HD);
SetProfileName(L"Standard MPEG-2 HD");
SetWidth(960);
SetHeight(576);
SetVideoBitrate(20000 * 1000);
SetVideoBitrateMin(0);
SetVideoBitrateMax(20000 * 1000);
m_EncodeParameters.nProfile = 1;
m_EncodeParameters.nLevel = 4;
}
#if defined(SPECIAL_BUILD_SMARTCAST)
SetProfileName(L"Standard MPEG-2 SmartCast");
SetVideoVBRMode(BITRATEMODE_CBR);
SetVideoBitrate(6000 * 1000);
SetVideoBitrateMin(6000 * 1000);
SetVideoBitrateMax(6000 * 1000);
SetWidth(720);
SetHeight(576);
SetAudioFormat(AUDIOFORMAT_MP2);
SetAudioSampleRate(48000);
SetAudioBitrate(224 * 1000);
#endif
break;
case SYSTEMSFORMAT_SVCD_STILL:
SetVideoFormat(VIDEOFORMAT_MPEG2);
SetAudioFormat(AUDIOFORMAT_NONE);
SetSystemsFormat(SYSTEMSFORMAT_SVCD_STILL);
SetVideoVBRMode(BITRATEMODE_MVBR);
SetAspectRatio(ASPECTRATIO_4TO3);
m_pMuxProfile->SetMultiplexFormat(SYSTEMSFORMAT_SVCD_STILL);
SetWidth(480);
SetVideoBitrate(6200);
SetVideoBitrateMin(6200);
SetVideoBitrateMax(6200);
switch (constraint)
{
case CONSTRAINT_PAL:
SetHeight(576);
SetFramerate(25);
SetGOPSize(15);
SetConstraint(CONSTRAINT_PAL);
SetProfileName(L"SVCD Still (PAL)");
break;
case CONSTRAINT_NTSC:
SetHeight(480);
SetFramerate(29.97);
SetGOPSize(18);
SetConstraint(CONSTRAINT_NTSC);
SetProfileName(L"SVCD Still (NTSC)");
break;
}
break;
case SYSTEMSFORMAT_SVCD:
SetVideoFormat(VIDEOFORMAT_MPEG2);
SetAudioFormat(AUDIOFORMAT_MP2);
SetSystemsFormat(SYSTEMSFORMAT_SVCD);
SetVideoVBRMode(BITRATEMODE_MVBR);
SetAspectRatio(ASPECTRATIO_4TO3);
m_pMuxProfile->SetMultiplexFormat(SYSTEMSFORMAT_SVCD);
SetAudioBitrate(224 * 1000);
SetWidth(480);
SetVideoBitrate(2040000);
SetVideoBitrateMin(0);
SetVideoBitrateMax(2516000);
SetAudioSampleRate(32000);
SetAudioChannels(2);
switch (constraint)
{
case CONSTRAINT_PAL:
SetHeight(576);
SetFramerate(25);
SetGOPSize(15);
SetConstraint(CONSTRAINT_PAL);
SetProfileName(L"MPEG2 with SVCD Extensions (PAL)");
break;
case CONSTRAINT_NTSC:
SetHeight(480);
SetFramerate(29.97);
SetGOPSize(18);
SetConstraint(CONSTRAINT_NTSC);
SetProfileName(L"MPEG2 with SVCD Extensions (NTSC)");
break;
}
break;
case SYSTEMSFORMAT_DVD:
SetVideoFormat(VIDEOFORMAT_MPEG2);
SetAudioFormat(AUDIOFORMAT_AC3);
SetSystemsFormat(SYSTEMSFORMAT_DVD);
SetVideoVBRMode(BITRATEMODE_MVBR);
SetAspectRatio(ASPECTRATIO_4TO3);
m_pMuxProfile->SetMultiplexFormat(SYSTEMSFORMAT_DVD);
SetAudioBitrate(448 * 1000);
SetWidth(720);
SetVideoBitrate(6000000);
SetVideoBitrateMin(0);
SetAudioChannels(2);
SetVideoBitrateMax(9000000);
SetAudioSampleRate(48000);
m_EncodeParameters.nProfile = 4; // 4 = main
m_EncodeParameters.nLevel = 8; // 6 = High-1440, 8 = main
switch (constraint)
{
case CONSTRAINT_PAL:
SetHeight(576);
SetFramerate(25);
SetGOPSize(15);
SetConstraint(CONSTRAINT_PAL);
SetProfileName(L"MPEG2 with DVD Extensions (PAL)");
break;
case CONSTRAINT_NTSC:
SetHeight(480);
SetFramerate(29.97);
SetGOPSize(18);
SetConstraint(CONSTRAINT_NTSC);
SetProfileName(L"MPEG2 with DVD Extensions (NTSC)");
break;
}
break;
};
SetVideoQuality(50);
return S_OK;
}
BOOL CMPEGProfile::IsFrameRateSupported(double dFPS)
{
if (FLOAT_EQ(dFPS, 23.97) ||
FLOAT_EQ(dFPS, 24) || FLOAT_EQ(dFPS, 25) ||
FLOAT_EQ(dFPS, 30) || FLOAT_EQ(dFPS, 50) ||
FLOAT_EQ(dFPS, 60) || FLOAT_EQ(dFPS, 23.976) ||
FLOAT_EQ(dFPS, 29.97) || FLOAT_EQ(dFPS, 59.94))
{
return true;
}
return false;
}
void CMPEGProfile::SetFixed(BOOL bFixed)
{
m_bFixed = bFixed;
}
STDMETHODIMP CMPEGProfile::SaveProfile(BSTR strKey)
{
/*
CRegKey regKey;
regKey.Create(HKEY_CURRENT_USER, strKey);
regKey.SetDWORDValue("Width", (DWORD)m_nOutputWidth);
regKey.SetDWORDValue("Height", (DWORD)m_nOutputHeight);
// regKey.SetDWORDValue("VBR", (DWORD)m_bVBR);
// regKey.SetDWORDValue("IFrames", (DWORD)m_bEncodeOnlyIFrames);
regKey.SetDWORDValue("AudioBitrate", (DWORD)m_nAudioBitrate);
regKey.SetDWORDValue("Quality", (DWORD)m_nQuality);
regKey.SetDWORDValue("VideoBitrate", (DWORD)m_nVideoBitrate);
regKey.SetDWORDValue("AudioSampleRate", (DWORD)m_nAudioSampleRate);
regKey.Close();
*/
return S_OK;
}
STDMETHODIMP CMPEGProfile::LoadProfile(BSTR strKey)
{
/*
CRegKey regKey;
regKey.Open(HKEY_CURRENT_USER, pstrKey);
regKey.QueryDWORDValue("Width", (DWORD&)m_nOutputWidth);
regKey.QueryDWORDValue("Height", (DWORD&)m_nOutputHeight);
regKey.QueryDWORDValue("AudioBitrate", (DWORD&)m_nAudioBitrate);
regKey.QueryDWORDValue("Quality", (DWORD&)m_nQuality);
regKey.QueryDWORDValue("VideoBitrate", (DWORD&)m_nVideoBitrate);
regKey.QueryDWORDValue("AudioSampleRate", (DWORD&)m_nAudioSampleRate);
DWORD dwVal = FALSE;
// if (regKey.QueryDWORDValue("VBR", dwVal) == ERROR_SUCCESS)
// m_bVBR = dwVal == TRUE;
// if (regKey.QueryDWORDValue("IFrames", dwVal) == ERROR_SUCCESS)
// m_bEncodeOnlyIFrames = dwVal == TRUE;
regKey.Close();
*/
return S_OK;
}
STDMETHODIMP CMPEGProfile::SetProfileName(BSTR strName)
{
m_strProfileName = strName;
return S_OK;
}
STDMETHODIMP CMPEGProfile::GetProfileName(BSTR* strName)
{
m_strProfileName.CopyTo(strName);
return S_OK;
}
STDMETHODIMP CMPEGProfile::GetHeight(long * pnHeight)
{
if (pnHeight)
*pnHeight = m_EncodeParameters.nOutputY;
return S_OK;
}
STDMETHODIMP CMPEGProfile::SetHeight(long nHeight)
{
if (m_bFixed == false)
m_EncodeParameters.nOutputY = nHeight;
return S_OK;
}
STDMETHODIMP CMPEGProfile::SetFramerate(double fps)
{
if (m_bFixed == false)
{
VideoOutputFormat vFormat;
AudioOutputFormat aFormat;
SystemsOutputFormat sFormat;
GetVideoFormat(&vFormat);
GetAudioFormat(&aFormat);
GetSystemsFormat(&sFormat);
if (vFormat == VIDEOFORMAT_MPEG4 ||
vFormat == VIDEOFORMAT_H263 ||
vFormat == VIDEOFORMAT_H264 ||
aFormat == AUDIOFORMAT_AAC ||
sFormat == SYSTEMSFORMAT_MP4 ||
sFormat == SYSTEMSFORMAT_3GP ||
sFormat == SYSTEMSFORMAT_MOV ||
sFormat == SYSTEMSFORMAT_3G2 ||
sFormat == SYSTEMSFORMAT_PSP ||
sFormat == SYSTEMSFORMAT_AVI ||
sFormat == SYSTEMSFORMAT_RM )
{
m_EncodeParameters.dOutputFPS = fps;
}
else
{
if (IsFrameRateSupported(fps) || fps == 0.0f)
m_EncodeParameters.dOutputFPS = fps;
else
m_EncodeParameters.dOutputFPS = 25;
}
}
return S_OK;
}
STDMETHODIMP CMPEGProfile::GetFramerate(double* fps)
{
if (fps)
*fps = m_EncodeParameters.dOutputFPS;
return S_OK;
}
STDMETHODIMP CMPEGProfile::SetVideoBitrateMin(long nBitrate)
{
m_EncodeParameters.nOutputVideoBitrateMin = nBitrate;
return S_OK;
}
STDMETHODIMP CMPEGProfile::GetVideoBitrateMin(long * nBitrate)
{
*nBitrate = m_EncodeParameters.nOutputVideoBitrateMin;
return S_OK;
}
STDMETHODIMP CMPEGProfile::SetVideoBitrateMax(long nBitrate)
{
m_EncodeParameters.nOutputVideoBitrateMax = nBitrate;
return S_OK;
}
STDMETHODIMP CMPEGProfile::GetVideoBitrateMax(long * nBitrate)
{
*nBitrate = m_EncodeParameters.nOutputVideoBitrateMax;
return S_OK;
}
STDMETHODIMP CMPEGProfile::SetWidth(long nWidth)
{
if (m_bFixed == false)
m_EncodeParameters.nOutputX = nWidth;
return S_OK;
}
STDMETHODIMP CMPEGProfile::GetWidth(long* nWidth)
{
if (nWidth)
*nWidth = m_EncodeParameters.nOutputX;
return S_OK;
}
STDMETHODIMP CMPEGProfile::SetVideoBitrate(long nBitrate)
{
m_EncodeParameters.nOutputVideoBitrate = nBitrate;
return S_OK;
}
STDMETHODIMP CMPEGProfile::GetVideoBitrate(long * nBitrate)
{
if (nBitrate)
*nBitrate = m_EncodeParameters.nOutputVideoBitrate;
return S_OK;
}
STDMETHODIMP CMPEGProfile::SetAudioBitrate(long nBitrate)
{
m_EncodeParameters.nOutputAudioBitrate = nBitrate;
return S_OK;
}
STDMETHODIMP CMPEGProfile::GetAudioBitrate(long * nBitrate)
{
if (nBitrate)
*nBitrate = m_EncodeParameters.nOutputAudioBitrate;
return S_OK;
}
STDMETHODIMP CMPEGProfile::SetVideoQuality(long nQuality)
{
m_EncodeParameters.nOutputVideoQuality = nQuality;
return S_OK;
}
STDMETHODIMP CMPEGProfile::GetVideoQuality(long * nQuality)
{
if (nQuality)
*nQuality = m_EncodeParameters.nOutputVideoQuality;
return S_OK;
}
STDMETHODIMP CMPEGProfile::SetVideoVBRMode(BitrateMode vbrMode)
{
m_EncodeParameters.vbrVideo = vbrMode;
return S_OK;
}
STDMETHODIMP CMPEGProfile::GetVideoVBRMode(BitrateMode * pvbrMode)
{
if (pvbrMode)
*pvbrMode = m_EncodeParameters.vbrVideo;
return S_OK;
}
STDMETHODIMP CMPEGProfile::SetVideoVBVBufferSize(long vbvlen)
{
m_EncodeParameters.nOutputVideoBufferSize = vbvlen;
return S_OK;
}
STDMETHODIMP CMPEGProfile::GetVideoVBVBufferSize(long * vbvlen)
{
*vbvlen = m_EncodeParameters.nOutputVideoBufferSize;
return S_OK;
}
STDMETHODIMP CMPEGProfile::SetAudioVBRMode(BitrateMode vbrMode)
{
m_EncodeParameters.vbrAudio = vbrMode;
return S_OK;
}
STDMETHODIMP CMPEGProfile::GetAudioVBRMode(BitrateMode * pvbrMode)
{
if (pvbrMode)
*pvbrMode = m_EncodeParameters.vbrAudio;
return S_OK;
}
STDMETHODIMP CMPEGProfile::SetAudioBitrateMin(long nBitrate)
{
m_EncodeParameters.nOutputAudioBitrateMin = nBitrate;
return S_OK;
}
STDMETHODIMP CMPEGProfile::GetAudioBitrateMin(long * nBitrate)
{
*nBitrate = m_EncodeParameters.nOutputAudioBitrateMin;
return S_OK;
}
STDMETHODIMP CMPEGProfile::SetAudioBitrateMax(long nBitrate)
{
m_EncodeParameters.nOutputAudioBitrateMax = nBitrate;
return S_OK;
}
STDMETHODIMP CMPEGProfile::GetAudioBitrateMax(long * nBitrate)
{
*nBitrate = m_EncodeParameters.nOutputAudioBitrateMax;
return S_OK;
}
STDMETHODIMP CMPEGProfile::SetGOPStructure(BSTR strStructure)
{
return E_NOTIMPL;
}
STDMETHODIMP CMPEGProfile::GetGOPStructure(BSTR* pstrStructure)
{
return E_NOTIMPL;
}
STDMETHODIMP CMPEGProfile::SetAudioSampleRate(long nSampleRate) // Valid values are 32000, 48000, btnOptions ONLY!
{
m_EncodeParameters.nOutputAudioSampleRate = nSampleRate;
return S_OK;
}
STDMETHODIMP CMPEGProfile::GetAudioSampleRate(long * pnSampleRate)
{
if (pnSampleRate)
*pnSampleRate = m_EncodeParameters.nOutputAudioSampleRate;
return S_OK;
}
STDMETHODIMP CMPEGProfile::SetAudioChannels(long nChannelCount) // Valid values are 32000, 48000, btnOptions ONLY!
{
m_EncodeParameters.nOutputAudioChannels = nChannelCount;
return S_OK;
}
STDMETHODIMP CMPEGProfile::GetAudioChannels(long * pnChannelCount)
{
if (pnChannelCount)
{
*pnChannelCount = m_EncodeParameters.nOutputAudioChannels;
}
return S_OK;
}
STDMETHODIMP CMPEGProfile::SetAudioFlags(BOOL bErrorProtection, BOOL bOriginal, BOOL bCopyright, BOOL bPrivate)
{
return E_NOTIMPL;
}
STDMETHODIMP CMPEGProfile::SetEncodeMode(EncodeMode nValue)
{
HRESULT hr = E_NOTIMPL;
if (nValue == ENCODEMODE_INTERLACE)
{
if (m_EncodeParameters.bForceInterlaceME == TRUE)
SetInterlaceMode(FALSE, FALSE, TRUE);
else
SetInterlaceMode(FALSE, TRUE, FALSE);
hr = S_OK;
}
else if (nValue == ENCODEMODE_INTERLACE)
{
SetInterlaceMode(m_EncodeParameters.bDeInterlace, FALSE, FALSE);
hr = S_OK;
}
return hr;
}
STDMETHODIMP CMPEGProfile::GetEncodeMode(EncodeMode * pnValue)
{
return E_NOTIMPL;
}
STDMETHODIMP CMPEGProfile::SetAudioFormat(AudioOutputFormat audioFormat)
{
m_EncodeParameters.audioOutputFormat = audioFormat;
return S_OK;
}
STDMETHODIMP CMPEGProfile::GetAudioFormat(AudioOutputFormat * audioFormat)
{
if (audioFormat)
{
*audioFormat = m_EncodeParameters.audioOutputFormat;
}
return S_OK;
}
STDMETHODIMP CMPEGProfile::SetVideoFormat(VideoOutputFormat videoFormat)
{
m_EncodeParameters.videoOutputFormat = videoFormat;
return S_OK;
}
STDMETHODIMP CMPEGProfile::GetVideoFormat(VideoOutputFormat * videoFormat)
{
if (videoFormat)
{
*videoFormat = m_EncodeParameters.videoOutputFormat;
}
return S_OK;
}
STDMETHODIMP CMPEGProfile::SetSystemsFormat(SystemsOutputFormat systemsFormat)
{
m_EncodeParameters.systemsOutputFormat = systemsFormat;
return S_OK;
}
STDMETHODIMP CMPEGProfile::GetSystemsFormat(SystemsOutputFormat * systemsFormat)
{
if (systemsFormat)
{
*systemsFormat = m_EncodeParameters.systemsOutputFormat;
}
return S_OK;
}
STDMETHODIMP CMPEGProfile::SetAspectRatio(AspectRatio mode)
{
m_EncodeParameters.aspectRatio = mode;
return S_OK;
}
STDMETHODIMP CMPEGProfile::GetAspectRatio(AspectRatio * pmode)
{
*pmode = m_EncodeParameters.aspectRatio;
return S_OK;
}
STDMETHODIMP CMPEGProfile::NonDelegatingQueryInterface(REFIID riid, void ** ppv)
{
CheckPointer(ppv, E_POINTER);
if (riid == IID_IStandardMpegMultiplexerProfile) {
return GetInterface((IStandardMpegMultiplexerProfile*) m_pMuxProfile, ppv);
}
else if (riid == IID_IStandardMpegEncoderProfile) {
return GetInterface((IStandardMpegEncoderProfile *) this, ppv);
}
return CUnknown::NonDelegatingQueryInterface(riid, ppv);
} // NonDelegatingQueryInterface
STDMETHODIMP CMPEGProfile::SetProfileAndLevel(BSTR strProfileAndLevel)
{
return E_NOTIMPL;
}
STDMETHODIMP CMPEGProfile::GetProfileAndLevel(BSTR * pstrProfileAndLevel)
{
return E_NOTIMPL;
}
STDMETHODIMP CMPEGProfile::SetMotionSearchPrecision(long nVal)
{
return E_NOTIMPL;
}