1.1.1 (2018-06-06)
- Improved the MEG landmark coordinates description.
- Replaced
ManufacturersCapModelName
inmeg.json
withCapManufacturer
andCapManufacturersModelName
. - Remove
EEGSamplingFrequency
andManufacturersAmplifierModelName
from themeg.json.
- Improved the behavioral data description.
1.1.0 (2018-04-19)
- Added support for MEG data (merged BEP008).
- Added
SequenceName
field. - Added support for describing events with Hierarchical Event Descriptors: 4.3 Task events.
- Added
VolumeTiming
andAcquisitionDuration
fields: 4.1 Task (including resting state) imaging data. - Added
DwellTime
field.
1.0.2 (2017-07-18)
- Added support for high resolution (anatomical) T2star images: 4.1 Anatomy imaging data.
- Added support for multiple defacing masks: 4.1 Anatomy imaging data.
- Added optional key and metadata field for contrast enhanced structural scans: 4.1 Anatomy imaging data.
- Added
DelayTime
field: 4.1 Task (including resting state) imaging data. - Added support for multi echo BOLD data: 4.1 Task (including resting state) imaging data.
1.0.1 (2017-03-13)
- Added
InstitutionName
field: 4.1 Task (including resting state) imaging data. - Added
InstitutionAddress
field: 4.1 Task (including resting state) imaging data. - Added
DeviceSerialNumber
field: 4.1 Task (including resting state) imaging data. - Added
NumberOfVolumesDiscardedByUser
andNumberOfVolumesDiscardedByScanner
field: 4.1 Task (including resting state) imaging data. - Added
TotalReadoutTime to
functional images metadata list: 4.1 Task (including resting state) imaging data.
- Added T1 Rho maps: 4.1 Anatomy imaging data.
- Added support for phenotypic information split into multiple files: 3.2 Participant key file.
- Added recommendations for multi site datasets.
- Added
SoftwareVersions
. - Added
run-<run_index>
to the phase encoding maps. Improved the description. - Added
InversionTime
metadata key. - Clarification on the source vs raw language.
- Added
trial_type
column to the event files. - Added missing
sub-<participant_label>
in behavioral data filenames. - Added ability to store stimuli files.
- Clarified the language describing allowed subject labels.
- Added quantitative proton density maps.
1.0.0 (2016-06-23)
- Added ability to specify fieldmaps acquired with multiple parameter sets.
- Added ability to have multiple runs of the same fieldmap.
- Added FLASH anatomical images.
- Replaced links to neurolex with explicit DICOM Tags.
- Added sourcedata.
- Added data dictionaries.
- Be more explicit about contents of JSON files for structural (anatomical) scans.
- Renamed
PhaseEncodingDirection
values from "x", "y", "z" to "i", "j", "k" to avoid confusion with FSL parameters. - Renamed
SliceEncodingDirection
values from "x", "y", "z" to "i", "j", "k".
- Removed the requirement that TSV files cannot include more than two consecutive spaces.
- Refactor of the definitions sections (copied from the manuscript).
- Make support for uncompressed
.nii
files more explicit. - Added
BIDSVersion
todataset.json
. - Remove the statement that
SliceEncodingDirection
is necessary for slice time correction. - Change dicom converter recommendation from dcmstack to dcm2nii and dicm2nii following interactions with the community (see moloney/dcmstack#39 and https://github.com/neurolabusc/dcm2niix/issues/4).
- Added section on behavioral experiments with no accompanying MRI acquisition.
- Add
_magnitude.nii[.gz]
image for GE type fieldmaps. - Replaced EchoTimeDifference with EchoTime1 and EchoTime2 (SPM toolbox requires this input).
- Added support for single band reference image for DWI.
- Added DatasetDOI field in the dataset description.
- Added description of more metadata fields relevant to DWI fieldmap correction.
- PhaseEncodingDirection is now expressed in "x", "y" etc. instead of "PA" "RL" for DWI scans (so it's the same as BOLD scans).
- Added
rec-<label>
flag to BOLD files to distinguish between different reconstruction algorithms (analogous to anatomical scans). - Added recommendation to use
_physio
suffix for continuous recordings of motion parameters obtained by the scanner side reconstruction algorithms.
- Initial release