/// <summary>
/// Create a new EncoderPackage
/// </summary>
public EncoderPackage(PackageSpec SrcSpec, int Index, EncoderJob Job, MediaFrame Frame)
{
Buffers = new List <IEncoderBuffer>();
this.JobIndex = Index;
this.Job = Job;
this.Frame = Frame;
Specification = SrcSpec;
}
/// <summary>
/// Initialise an encoder job based on previously setup capture devices.
/// Need to have one job per 'ReductionFactor' in the config.
/// </summary>
private void EncoderSetup()
{
var factors = config.EncoderSettings.ReductionFactors;
Packages = new List <EncoderPackage>();
int fps = (cam != null) ? (cam.m_frameRate) : (config.Video.InputFrameRate);
var needed_packages = ListRequiredPackages();
int pkg_id = 0;
foreach (var np in needed_packages)
{
EncoderJob job = new EncoderJob();
job.OldSegmentNumber = 1;
string joined = Path.Combine(config.EncoderSettings.LocalSystemOutputFolder, config.EncoderSettings.LocalSystemFilePrefix);
joined += "_" + pkg_id;
int bitrate = (int)(config.EncoderSettings.VideoBitrate * np.Quality); // linear scale
int error = EncoderBridge.InitialiseEncoderJob(
ref job, // job to complete
np.VideoSize.Width, // OUTPUT video width
np.VideoSize.Height, // OUTPUT video height
joined, // OUTPUT folder + filename prefix
fps, // INPUT frame rate (output will match)
bitrate, // OUTPUT video bit rate
config.EncoderSettings.FragmentSeconds); // Fragment length (seconds)
if (error != 0)
{
throw new Exception("Encoder setup error #" + error);
}
if (!job.IsValid)
{
throw new Exception("Job rejected");
}
var mf = new MediaFrame();
mf.ForceAudioConsumption = (np.HasVideo) ? ((byte)0) : ((byte)1); // don't sync if no video.
var pkg = new EncoderPackage(np, pkg_id, job, mf);
ConnectPackageToBuffers(pkg, np);
Packages.Add(pkg); pkg_id++;
}
}
/// <summary>
/// Initialise an encoder job based on previously setup capture devices.
/// Need to have one job per 'ReductionFactor' in the config.
/// </summary>
private void EncoderSetup()
{
var factors = config.EncoderSettings.ReductionFactors;
Packages = new List<EncoderPackage>();
int fps = (cam != null) ? (cam.m_frameRate) : (config.Video.InputFrameRate);
var needed_packages = ListRequiredPackages();
int pkg_id = 0;
foreach (var np in needed_packages) {
EncoderJob job = new EncoderJob();
job.OldSegmentNumber = 1;
string joined = Path.Combine(config.EncoderSettings.LocalSystemOutputFolder, config.EncoderSettings.LocalSystemFilePrefix);
joined += "_" + pkg_id;
int bitrate = (int)(config.EncoderSettings.VideoBitrate * np.Quality); // linear scale
int error = EncoderBridge.InitialiseEncoderJob(
ref job, // job to complete
np.VideoSize.Width, // OUTPUT video width
np.VideoSize.Height, // OUTPUT video height
joined, // OUTPUT folder + filename prefix
fps, // INPUT frame rate (output will match)
bitrate, // OUTPUT video bit rate
config.EncoderSettings.FragmentSeconds); // Fragment length (seconds)
if (error != 0) throw new Exception("Encoder setup error #" + error);
if (!job.IsValid) throw new Exception("Job rejected");
var mf = new MediaFrame();
mf.ForceAudioConsumption = (np.HasVideo) ? ((byte)0) : ((byte)1); // don't sync if no video.
var pkg = new EncoderPackage(np, pkg_id, job, mf);
ConnectPackageToBuffers(pkg, np);
Packages.Add(pkg); pkg_id++;
}
}
