Manual
1. Medicalholodeck
1.A Quick start
1.A.1 Activating license keys on standalone 1.A.2 Activating license keys on PC-VR systems 1.A.3 Hand navigation 1.A.4 Create screenshots and videos 1.A.5 Connect to Link
1.1 Main control pad
1.1.1 Library 1.1.2 Jump 1.1.3 4D Record 1.1.4 TeamXR 1.1.5 Remote Render 1.1.6 Settings 1.1.7 Reset workspace 1.1.8 Undo 1.1.9 Redo 1.1.10 Exit 1.1.11 Capture a movie 1.1.12 Take a photo 1.1.13 Handle
1.2 Object pad
1.2.1 Cutter 1.2.2 Laser 1.2.3 Masking 1.2.4 Measure area 1.2.5 Measure distance 1.2.6 Delete 1.2.7 Scale 1.2.8 Move 1.2.9 Move backward 1.2.10 Frame rate 1.2.11 Remove dataset 1.2.12 Light on/off 1.2.13 Measure angle 1.2.14 Draw 1.2.15 Marker 1.2.16 Rotate horizontally 1.2.17 Rotate vertically 1.2.18 Handle
1.3 Library panel
1.3.1 Saved scenes 1.3.2 Medical Imaging 1.3.3 RecordXR 1.3.4 Dissection Master 1.3.5 Anatomy Master
1.4 Object marker
1.4.1 Center 1.4.2 Lock 1.4.3 Delete 1.4.4 Groups 1.4.5 Cuts visibility
1.5 Lighting
1.5.1 Light 1.5.2 Light marker
1.6 Controllers
1.6.1 Left controller 1.6.2 Right controller
1.7 Settings
1.7.1 Settings 1.7.2 Licenses 1.7.3 PACS 1.7.4 Services
1.8 Link
1.8.1 Device bar 1.8.2 License management 1.8.3 Datasets 1.8.4 RecordXR 1.8.5 Presets 1.8.6 Transfer functions 1.8.7 Upload
2. Medical Imaging
2.A Quick start
2.A.1 Importing data on standalone devices 2.A.2 Importing data on PC-VR systems 2.A.3 Edit DICOM 2.A.4 Measure, mark and draw on DICOM
2.1 User interface
2.1.1 Import data 2.1.2 Save 2.1.3 Export 2.1.4 Load data 2.1.5 Delete data
2.2 Medical Imaging panel
2.2.1 Option preset 2.2.2 Transfer function 2.2.3 Tissue filter 2.2.4 Transfer function preset 2.2.5 AI segmentation 2.2.6 Mesh generator 2.2.7 Multiplanar 2.2.8 Edge filter 2.2.9 Quality settings 2.2.10 Handle
2.3 Quality settings
2.3.1 Medical imaging settings 2.3.2 Low framerate screen 2.3.3 About 3D DICOM files 2.3.4 Processing and texturing 2.3.5 Challenges with large datasets in VR 2.3.6 Adaptive detail rendering
2.4 PACS connection 2.5 DICOM push
3. Medicalholodeck AI
3.A Quick start
3.1 Segmentation control panel
3.1.1 Structure 3.1.2 Options 3.1.3 Handle
3.2 Running AI segmentation locally
3.2.1 Installing Python 3.2.2 Installing PyTorch 3.2.3 Installing TotalSegmentator
4. Dissection Master
4.1 Changing layers 4.2 Scaling 4.3 Moving 4.4 Rotating 4.5 Annotations 4.6 Visibility controls
5. Anatomy Master
5.1 Scaling 5.2 Taking apart 5.3 Moving 5.4 Rotating 5.5 Cutting 5.6 Annotations 5.7 Visibility controls
6. RecordXR
6.1 User interface
6.1.1 Main control pad 6.1.2 RecordXR section 6.1.3 RecordXR panel
7. RecordXR Studio
7.A Quick start
7.A.1 Get records from Medicalholodeck 7.A.2 Open RecordXR Studio 7.A.3 Open a project 7.A.4 Add recordings 7.A.5 Zoom in/zoom out 7.A.6 Change the order 7.A.7 Trim 7.A.8 Set the metadata 7.A.9 Add an avatar 7.A.1. Saving the project 7.A.1. Export a .RXR file 7.A.1. Exit the platform 7.A.1. Open the recording
7.1 Editing tools
7.1.1 Preview window 7.1.2 Timeline toolbar 7.1.3 Timeline
7.2 Metadata section
7.2.1 Title 7.2.2 Avatar 7.2.3 Preview icons 7.2.4 Duration 7.2.5 Description
7.3 Project controls
7.3.1 Save project 7.3.2 Export RXR 7.3.3 Close
8. TeamXR
8.1 Creating a team 8.2 Joining a team 8.3 Adding data to the session
8.4 Session settings
8.4.1 Users in session 8.4.2 Session code 8.4.3 Disconnect 8.4.4 TeamXR settings 8.4.5 Open library
9. Remote Rendering
9.1 Accessing remote rendering 9.2 Using remote rendering

2.5 DICOM push

What is a DICOM push?

DICOM Push, also known as C-STORE, is a service where one system sends (or "pushes") DICOM images/data directly to another system. The sender must be configured with the receiving system’s AE Title, IP address, and port to send data successfully.

Setting Medicalholodeck as a receiver of a DICOM push

  1. This can be done by configuring the local node in the Medicalholodeck PACS settings. Fill in client AET and port fields. You can choose a meaningful name for the AET and a port number. Press the save button to apply the settings and check if the server is running.

    PACS Connection

    If the connection fails, it’s likely due to a firewall blocking the port. To fix it, try changing the port or ask your system administrator to open it.

  2. Then, go to your PACS server and, depending on the system, either configure a DICOM modality using your local node details or enter local node information through the appropriate settings.

  3. Now you can transfer data directly from the PACS server to the Medicalholodeck app. It will appear in the Medical Imaging section of the library.