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Description

Volume

Swivel the image.

Roll the image from side to side around the center of the volume.

Roll the image to the closest axial, sagittal or coronal plane.

Click a point of interest to locate the matching point in other registered groups for the same or prior study.

Application Layout

Duplicate a group of result images to manipulate them individually.

None: Duplicates the group.

Vertical: Duplicates the group and displays the duplicate group adjacent to the original group.

Horizontal: Duplicates the group and displays the duplicate group under the original group.

Select group layout:

• MPR standard Layout (default). Display one result image and reference images showing the scanned volume in axial, sagittal and coronal views with default and additional cross-section lines. In this layout you can select one image, two images, 2x2 images, 2x3 images, or user defined number of images for the result display area.

• MPR 2x2 layout

• MPR double oblique layout. Allows you to view the data in a 2x2 layout by retaining a perpendicular  relationship between the planes. Press Shift to turn the perpendicular and horizontal cross section lines in the reference images to obliques.

You can also apply:

• Single-phase mode

• Multi-phase mode

Rendition Method

MPR (average MipPR) - Render the MPR slab using the average pixel value.

MIP (maximum intensity projection) - Render the MPR slab using the maximum pixel value.

MinPR (minimum intensity projection)- Render the MPR slab using the minimum pixel value.

Control rendering parameters. Select rendition type, slice thickness and slice spacing.

Direction

Reformat plane and curve:

• Axial/Sagittal/Coronal: Lets you define the planar view, or orientation, of the image.

• Parallel/Concentric/Sectional/Sectional parallel: Lets you draw and manipulate curved cross-sections on the reference images, as follows:

• Parallel: Curved cross-sections that are parallel to one another.

• Concentric: Curved cross-sections that decrease in size towards the same central mid-point.

• Sectional: Cross-sectional slices that are perpendicular (90°) to a defined curved cross-section.

• Sectional Parallel: Parallel cross-sectional slices on a defined curved cross-section.