private void DoDemux(EncodeInfo job)
{
Eac3To eac3Toenc = new Eac3To();
FfMpeg ffmpeg = new FfMpeg();
switch (job.Input)
{
case InputType.InputBluRay:
case InputType.InputAvchd:
case InputType.InputHddvd:
eac3Toenc.SetJob(job);
_worker.DoWork += eac3Toenc.DoDemux;
Log.Info("eac3toEncoder.DoDemux()");
break;
case InputType.InputDvd:
case InputType.InputAvi:
case InputType.InputFlash:
case InputType.InputMp4:
case InputType.InputWm:
case InputType.InputMatroska:
case InputType.InputMpegps:
case InputType.InputTs:
case InputType.InputOgg:
case InputType.InputWebM:
ffmpeg.SetJob(job);
_worker.DoWork += ffmpeg.DoDemux;
Log.Info("ffmpegEncoder.DoDemux()");
break;
}
}
private void GetCropRect(EncodeInfo job)
{
FfMpeg ffmpeg = new FfMpeg();
ffmpeg.SetJob(job);
_worker.DoWork += ffmpeg.GetCrop;
Log.Info("ffmpegEncoder.GetCropRect()");
}
private void DoEncodeAudio(EncodeInfo job)
{
FfMpeg ffmpeg = new FfMpeg();
OggEnc oggEnc = new OggEnc();
Lame lame = new Lame();
NeroAACEnc aacEnc = new NeroAACEnc();
switch (job.AudioProfile.Type)
{
case ProfileType.AC3:
ffmpeg.SetJob(job);
_worker.DoWork += ffmpeg.DoEncodeAc3;
Log.Info("ffmpeg.DoEncodeAC3()");
break;
case ProfileType.OGG:
oggEnc.SetJob(job);
_worker.DoWork += oggEnc.DoEncode;
Log.Info("oggenc.DoEncode()");
break;
case ProfileType.AAC:
aacEnc.SetJob(job);
_worker.DoWork += aacEnc.DoEncode;
Log.Info("NeroAacEnc.DoEncode()");
break;
case ProfileType.MP3:
lame.SetJob(job);
_worker.DoWork += lame.DoEncode;
Log.Info("lame.DoEncode()");
break;
case ProfileType.Copy:
if (job.EncodingProfile.OutFormat == OutputType.OutputDvd &&
!Processing.CheckAudioDvdCompatible(job.AudioStreams[job.StreamId]))
{
ffmpeg.SetJob(job);
_worker.DoWork += ffmpeg.DoEncodeAc3;
Log.Info("ffmpeg.DoEncodeAC3()");
}
break;
}
}
