After a successful reconstruction, you can obtain 2D images of each contact at its location. To select this option, the box
 Write out 2Dmust be checked within the Lead-DBS main window.
The 2D images are based on the localization obtained during the reconstruction and the manual correction. They help to better understand how the electrode contacts relate to the surrounding brain structures.
Certain features can be changed to enhance the understanding of the structures surrounding the contacts:
- Labels and colors: Specific brain areas are labeled and colored for easier identification. The labels can be turned off or on by checking the
Labelbox. The color of the contour can also be selected from a pop-up window.
- Bounding box: Determines the final size of the 2D image.
Images are stored as
.pngfiles within the patient folder, and are named according to the electrode and the plane they belong.
2D Export contact k1 on the right.
Lead 3D Viewer with Atlas Control and Slice Control panels on the right.
If you set the
Render 3Dbutton in the Lead DBS main window and press the Run button, the Lead 3D viewer pops up and renders the reconstructed electrodes and the atlas components in the main window. This figure can be rotated in 3D using the built-in MATLAB 3D rotation tool and atlas components can be hidden (and shown back again) by pressing the corresponding colored check boxes in the secondary toolbar of the viewer (press the
alt-key to hide/show all atlases of the set – this only works if no other tool, such as the MATLAB 3D rotation tool is selected).
In the 3D viewer, there are various icons in the tool strip. You can set:
Menu in the 3D viewer.
Show Electrode: For each electrode shown, there is a toggle button with which you can show or hide it. If no other tool is active (e.g. the MATLAB 3D rotation tool), you can additionally press the
alt-button to show/hide all electrodes at once. This is helpful when visualizing groups of patients in Lead Group.
Electrode labels: Shows/hides the patient names at the top of each electrode displayed. This is especially helpful when visualizing groups of patients in Lead Group.
Add trajectory: To add a trajectory to simulate, for instance, surgery.
Stimulation Control Figure: This button opens the stimulation settings window. Using this window, you can estimate VTAs.
Slice Control Figure: Opens the anatomy control figure which can be used to add x-, y- and z-slices of an MR image to the scene. You can choose to visualize the MNI template, the pre-/post-op MR images of the current patient or a different image. This control figure can also be used to only show a 2D-like slice of the current scene in x-, y- or z-axis.
MER Control Figure: Perform MER analysis if you have microelectrode recordings. Helpful for instance to note entry and exit of the subthalamic nucleus.
Connectivity Visualization: To perform connectivity analysis with, for instance, a VTA seed.
Cortical Reconstruction Visualization: Displays the cortex.
- Different options to set lighting, save screenshots or set the default view.
Save video: Use this button to export a video of the current scene. This is done based on preferences set in
- The colored squares denote atlas components or added objects. You can add objects such as ROI, tracts either through drag and drop or 'Add Objects' in the menu bar.
Last modified 11mo ago