Place only the EPI data and the behavioral data (EPrime data file) for each run of a task into a directory under the ROOT_IMAGE_DIR
Place only auditory or reaction time behavioral data into separate directories
Place only other “extra” behavioral data files into a separate directory
Place only structural image data into a separate directory, one for each series collected.
Example: fMRI study in DICOM format collecting 3 series of the Sternberg task, 2 series of an auditory oddball task, an auditory EPrime setup, a T1, and a T2. Behavioral data was collected with Eprime
Local directory structure:
ROOT_IMAGE_DIR/Sternberg1/*.dcm + Eprime Files
ROOT_IMAGE_DIR/Sternberg2/*.dcm + Eprime Files
ROOT_IMAGE_DIR/Sternberg3/*.dcm + Eprime Files
ROOT_IMAGE_DIR/AuditoryOddball1/*.dcm + Eprime Files
ROOT_IMAGE_DIR/AuditoryOddball2/*.dcm + Eprime Files
ROOT_IMAGE_DIR/AuditorySetup/Eprime Files
ROOT_IMAGE_DIR/t1/*.dcm
ROOT_IMAGE_DIR/t2/*.dcm
**Note, the choice of directory names is arbitrary, so Sternberg1 might have just been sirp1, etc.
Place only structural image data into a separate directory, one for each series collected.
Example: MRI study in DICOM format collecting a T1, a T2, and a proton density image.
Local directory structure:
ROOT_IMAGE_DIR/t1/*.dcm
ROOT_IMAGE_DIR/t2/*.dcm
ROOT_IMAGE_DIR/pd/*.dcm
**Note, the choice of directory names is arbitrary, so pd might have been PD or pd1, etc.
Organize functional or structural data as indicated above
Put segmentation outputs into a separate directory
Example: MRI study in DICOM format collecting a T1, a T2, a proton density image, and segmentations.
Local directory structure:
ROOT_IMAGE_DIR/t1/*.dcm
ROOT_IMAGE_DIR/t2/*.dcm
ROOT_IMAGE_DIR/pd/*.dcm
ROOT_IMAGE_DIR/Segmentations/*.* (may have multiple volumes and text files, etc).
**Note, the choice of directory names is arbitrary, so Segmentations might have been labels, etc.
Dingying Wei -
UCI (dywei@uci.edu)
David Keator - UCI (dbkeator@uci.edu)