public static DatasetDescription Collect(CustomizationInfo info)
{
DatasetDescription description = new DatasetDescription(
// REQUIRED
name: info.DatasetName)
//BIDSVersion, // set internally in constructor
{
// RECOMMENDED
License = info.License,
// OPTIONAL
Authors = info.Authors,
};
return(description);
}
public static EegSidecar Collect(BrainVisionPackage filesContent, CustomizationInfo info, string actualTaskName)
{
IHeaderFileContentVer1 headerContent = filesContent.HeaderFileContent;
List <ChannelInfo>? channelInfos = headerContent.GetChannelInfos();
EegSidecar sidecar = new EegSidecar(
//REQUIRED Generic
actualTaskName,
//REQUIRED EEG
info.EEGReference,
Common.GetSamplingFrequencyFromSamplingInterval(headerContent.SamplingInterval !.Value), // SamplingInterval is in µs
info.PowerLineFrequency,
Defs.NotAvailable)
{
#region Generic
//RECOMMENDED
Manufacturer = info.Manufacturer,
#endregion
#region EEG
//RECOMMENDED
EEGChannelCount = channelInfos == null ? 0 : channelInfos.Count,
ECGChannelCount = 0,
EMGChannelCount = 0,
EOGChannelCount = 0,
MiscChannelCount = 0,
TriggerChannelCount = 0,
//RecordingDuration = 0,
RecordingType = headerContent.Averaged !.Value ? EegSidecar.Recordingtype.epoched : EegSidecar.Recordingtype.continuous,
EpochLength = headerContent.Averaged.Value ? ((headerContent.SegmentDataPoints !.Value * headerContent.SamplingInterval.Value) / 1000000.0) as double?: null,
#endregion
};
return(sidecar);
}
public PackageConverter(BrainVisionPackage bvPackage, IBidsPackage bidsPackage, CustomizationInfo info)
{
_bvPackage = bvPackage;
_bidsPackage = bidsPackage;
_info = info;
}
