Recent changes to TutorialPlanesVisualization

Discussion for TutorialPlanesVisualization page

vISTe — Mon, 27 May 2013 14:41:51 -0000

Glyph type Selection on the GPU Glyphs GUI

Discussion for TutorialPlanesVisualization page

vISTe — Tue, 21 May 2013 11:09:23 -0000

DTI and HARDI Glyphs Displayed together.

Discussion for TutorialPlanesVisualization page

vISTe — Tue, 21 May 2013 11:06:10 -0000

FA scalar volume is calculated from the loaded DTI automatically. Then Plane Visualisation plugin uses the FA scalar volume as scalar weighting image.

TutorialPlanesVisualization modified by vISTe

vISTe — Fri, 17 May 2013 11:47:06 -0000

--- v23
+++ v24
@@ -4,7 +4,7 @@
 Summary
 -------

-This plugin is a good starting point to understand vIST/e usage easily. Although vIST/e has a modular structure, all of the loaded datasets and the products of plugins are available to all the other plugins that might need to process or display the same data. 
+This plugin is a good starting point to understand vIST/e usage easily. Although vIST/e has a modular structure, all of the loaded datasets and the products of plugins are available to all the other plugins that might need to process or display them. 

 The Planes plugin can be used to visualize scalar volumes and/or DTI volumes using three orthogonal cross-section planes. The three planes are added to the 3D view, and each is added to one of the three 2D views. When visualizing a scalar volume, the scalar values are mapped to pixel colors through a look-up table. DTI volumes can be visualized used the RGB-method, which directly maps the main eigenvector of the DTI tensor to RGB values. In addition, these RGB values can be weighted using a scalar volume (i.e., the three RGB values are multiplied by a scalar). Linear interpolation of the pixels of the cross-planes is enabled by default, but can be disabled. Planes can be moved and turn on or off individually. This is one of the most essential plugins, and is a recommended part of most profiles.

TutorialPlanesVisualization modified by vISTe

vISTe — Fri, 17 May 2013 11:46:24 -0000

--- v22
+++ v23
@@ -4,7 +4,7 @@
 Summary
 -------

-This plugin is a good starting point to understand vIST/e usage easily.
+This plugin is a good starting point to understand vIST/e usage easily. Although vIST/e has a modular structure, all of the loaded datasets and the products of plugins are available to all the other plugins that might need to process or display the same data. 

 The Planes plugin can be used to visualize scalar volumes and/or DTI volumes using three orthogonal cross-section planes. The three planes are added to the 3D view, and each is added to one of the three 2D views. When visualizing a scalar volume, the scalar values are mapped to pixel colors through a look-up table. DTI volumes can be visualized used the RGB-method, which directly maps the main eigenvector of the DTI tensor to RGB values. In addition, these RGB values can be weighted using a scalar volume (i.e., the three RGB values are multiplied by a scalar). Linear interpolation of the pixels of the cross-planes is enabled by default, but can be disabled. Planes can be moved and turn on or off individually. This is one of the most essential plugins, and is a recommended part of most profiles.

TutorialPlanesVisualization modified by vISTe

vISTe — Fri, 17 May 2013 11:37:58 -0000

--- v21
+++ v22
@@ -3,6 +3,8 @@

 Summary
 -------
+
+This plugin is a good starting point to understand vIST/e usage easily.

 The Planes plugin can be used to visualize scalar volumes and/or DTI volumes using three orthogonal cross-section planes. The three planes are added to the 3D view, and each is added to one of the three 2D views. When visualizing a scalar volume, the scalar values are mapped to pixel colors through a look-up table. DTI volumes can be visualized used the RGB-method, which directly maps the main eigenvector of the DTI tensor to RGB values. In addition, these RGB values can be weighted using a scalar volume (i.e., the three RGB values are multiplied by a scalar). Linear interpolation of the pixels of the cross-planes is enabled by default, but can be disabled. Planes can be moved and turn on or off individually. This is one of the most essential plugins, and is a recommended part of most profiles.