They usually like the idea of having people working on the technical side of it. If you have both, then have a long meeting with knee surgeons. If filename is not a DICOMDIR file, then the function returns an error. It's a long process so if you are alone and do it for yourself, this would require some time and eventually some money. Syntax info (filename) Description example info (filename) extracts the metadata from the DICOM directory file (DICOMDIR) named in filename, returning the information in the structure info. If you are familiar with virtual surgery, you could work on having a virtual surgery simulator directly linked to volume rendering. RadiAnt DICOM Viewer uses DICOMDIRs to quickly generate thumbnail images of all series found on the media. This file includes paths to the DICOM files found on the media. It's a difficult process, and the main thing they need is a fast system, very simple interface, a have a system that provides useful and simple information to them they can rely on (length, diameter, volume, surface area,etc.). DICOMDIR is a special DICOM file usually found in the root folder of the CD/DVD media with DICOM studies.

At the same time you will need to listen carefully to all the things they/he/she tell(s) you. From there, you can suggest some ideas on what you can do. If you are a technical person, you will need to learn how to communicate with them in a way that you can extract information about their need from a medical/clinical/physiological point of view. If you are collaborating with knee surgeons, they might have some ideas about what they want/need. You could work for instance on prosthesis placement. Some CT scans allow you to see it but it all depends on the resolution of your scans. You could for instance work on the content of cartilages at the knee joint. Total running time of the script: ( 0 minutes 0.Obviously you will need to work with bone. # authors : Guillaume Lemaitre # license : MIT import matplotlib.pyplot as plt from pydicom import dcmread from pydicom.data import get_testdata_file fpath = get_testdata_file ( 'CT_small.dcm' ) ds = dcmread ( fpath ) # Normal mode: print () print ( f 'File path.: ' ) # plot the image using matplotlib plt.

How to open dicomdir file in matlab