This is a test volume render in Present3D using a Colour Look Up Table to hide and colour selected parts of the CT data. The movie was captured using Present3D's save to image sequence feature. There were three sequences imported and combined using Apple Motion. The original sequences were captured in side by side stereo, this is the right eye.
Created by Phil Lavery, Digital Learning Foundation, as part of the JMVP ( Joint Medical Visualisation…
This is a test volume render in Present3D using a Colour Look Up Table to hide and colour selected parts of the CT data. The movie was captured using Present3D's save to image sequence feature. There were three sequences imported and combined using Apple Motion. The original sequences were captured in side by side stereo, this is the right eye.
Created by Phil Lavery, Digital Learning Foundation, as part of the JMVP ( Joint Medical Visualisation…
This is a test volume render in Present3D using a Colour Look Up Table to hide and colour selected parts of the CT data. The movie was captured using Present3D's save to image sequence feature. There were three sequences imported and combined using Apple Motion. The original sequences were captured in side by side stereo.
Created by Phil Lavery, Digital Learning Foundation, as part of the JMVP ( Joint Medical Visualisation Project ) with The University…
This is a test volume render in Present3D using a Colour Look Up Table to hide and colour selected parts of the CT data. The movie was captured using Present3D's save to image sequence feature. There were three sequences imported and combined using Apple Motion. The original sequences were captured in side by side stereo, this mono version is the right eye.
Created by Phil Lavery, Digital Learning Foundation, as part of the JMVP ( Joint Medical Visualisation…
This is a test volume render in Present3D using a Colour Look Up Table to hide and colour selected parts of the CT data. The movie was created using Present3D's save to image sequence feature and then opened in Quicktime Pro 7 to convert to a movie. Three sequences were saved then combined in Motion. The final zoom sequence used a path in Present3D to create the zoom.
Created by Phil Lavery, Digital Learning Foundation, as part of the JMVP ( Joint…
This is a test volume render in Present3D using a Colour Look Up Table to hide and colour selected parts of the CT data. The movie was captured using Present3D's save to image sequence feature. A simple path was used to zoom in, combine with a rotation. The image sequence was imported and edited using Apple Motion. The original sequence was captured in side by side stereo.
Created by Phil Lavery, Digital Learning Foundation, as part of the JMVP (…
This is a test volume render in Present3D using a Colour Look Up Table to hide and colour selected parts of the CT data. The movie was captured using Present3D's save to image sequence feature. There were four sequences imported and combined using Apple Motion. The original sequences were captured in side by side stereo.
Created by Phil Lavery, Digital Learning Foundation, as part of the JMVP ( Joint Medical Visualisation Project ) with The University…
The Joint Medical Visualisation Project (JMVP) is developing tools and researching the use of stereoscopic visualisation for medical education including the use of CT and MRI derived volume rendering.
Project Partners are :
Digital Learning Foundation
The University of Aberdeen Medical School
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