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Living Image 3.1

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<strong>Living</strong> <strong>Image</strong> ® Software User’s Manual<br />

Table 11.5 Mesh tab<br />

Item Description<br />

Render Mesh Choose this option to display the surface in the 3D view window. It may be<br />

helpful to turn off the surface to better view the photon source 3D<br />

reconstruction.<br />

Opacity Controls the surface opacity. A lower number makes the surface more<br />

transparent. This may be helpful for viewing the photon source 3D<br />

reconstruction.<br />

Photon Density<br />

Map<br />

Choose this option to display the photon density map. (If the DLIT<br />

reconstruction of the bioluminescent source has not been generated, this<br />

option is not available.)<br />

Apply Select the simulated (computed by the DLIT algorithm) or measured photon<br />

density for the photon density map.<br />

<strong>Image</strong>s A drop-down list of the images used to reconstruct the surface. Make a<br />

selection from the list to view the DLIT/FLIT results associated with a<br />

particular image.<br />

Threshold Choose this option to apply a photon density threshold (photons/mm3 ) to<br />

the photon density map.<br />

Intensity Use the Intensity slider, the<br />

minimum intensity threshold.<br />

arrows or enter a value in the box to set the<br />

Color Table Specifies the color table for the source intensity scale.<br />

Reverse Choose this option to reverse the color table. For example, the BlackRed<br />

color table represents the source intensity (photons/sec) from low to high<br />

using a color scale from black to red. If Reverse is chosen, the source<br />

intensity (photons/sec) from low to high is represented using the color scale<br />

from red to black.<br />

Logarithmic<br />

Scale<br />

Choose this option to apply a logarithmic scale to the color table.<br />

Slice Move a slider to change the position of the coronal, sagittal, or transaxial<br />

plane through the surface. The intersection of the plane and subject (slice)<br />

is shown in the coronal, sagittal, and transaxial views in the 3D view<br />

window.<br />

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