Tasks - Revision history

Jbest: /* Adaptivity and Smoothness to CBC3D [In Progress] */

2020-02-24T19:27:13Z

‎Adaptivity and Smoothness to CBC3D [In Progress]

Jbest: /* Adaptivity and Smoothness to CBC3D [In Progress] */

2020-02-24T19:18:58Z

‎Adaptivity and Smoothness to CBC3D [In Progress]

Jbest: /* Paraview plugin [In Progress] */

2019-10-28T19:09:39Z

‎Paraview plugin [In Progress]

Jbest at 18:41, 28 October 2019

2019-10-28T18:41:38Z

Jbest: /* adaptivity and Smoothness to CBC3D [In Progress] */

2019-10-02T21:06:24Z

‎adaptivity and Smoothness to CBC3D [In Progress]

Jbest: /* Adding Adaptivity and Smoothness to CBC3D [In Progress] */

2019-10-02T21:06:16Z

‎Adding Adaptivity and Smoothness to CBC3D [In Progress]

Jbest: /* Week One Action Items */

2019-10-02T21:04:36Z

‎Week One Action Items

Jbest: /* NYU Method */

2019-10-02T20:39:41Z

‎NYU Method

Jbest: /* Slicer Code */

2019-10-02T20:38:27Z

‎Slicer Code

Jbest: Created page with "== Week One Action Items == === Slicer Code === # Get stand alone slicer code from github # Test the CBC3D Slicer extension with old code # Test the CBC3D Slicer extension wi..."

2019-01-14T19:28:01Z

Created page with "== Week One Action Items == === Slicer Code === # Get stand alone slicer code from github # Test the CBC3D Slicer extension with old code # Test the CBC3D Slicer extension wi..."

New page

== Week One Action Items ==

=== Slicer Code ===
# Get stand alone slicer code from github
# Test the CBC3D Slicer extension with old code
# Test the CBC3D Slicer extension with new code
# Place the new code on Box

=== NYU Method ===
# Read Fotis' thesis
# Read NYU papers
# Review the NYU code on github
# Study the NYU papers and code to understand how to augment Fotis' code

@@ Line 20: / Line 20: @@
 === Gradation ===
 # First I need to modify the CBC3D.cxx/main.cxx to be able to read an additional segmented image or an Euclidian Distance Transform (EDT). Can use ReadImage function for this (see Utilities_CBC3D.h).
 # Then I need to add the input EDT to the list of EDT’s used for mesh refinement.
 # The list of EDT’s from the standard input segmented image is computed in function: ComputeMaurerDistance ImagesAndInterpolators (itkBCCMeshFilter.cxx).
 # Then the method should refine those additional artificial boundaries to achieve element gradation in regions (e.g., high and low concentration) other than the standard boundaries/interfaces.
 == CBC3D Docker [<span style="color:blue">In Progress</span>] ==

@@ Line 1: / Line 1: @@
 == Paraview plugin [<span style="color:blue">In Progress</span>] ==
 # CNF project:visualize the meshes in 3d
 # Take weight of tetrahedral and plot
 # User should have the ability to choose the axis to collect weight
 == Adaptivity and Smoothness to CBC3D [<span style="color:blue">In Progress</span>] ==

@@ Line 1: / Line 1: @@
-== CBC3D Docker [<span style="color:blue">In Progress</span>] ==
+== Paraview plugin [<span style="color:blue">In Progress</span>] ==
-# Exploring the option of creating a docker with CBC3D
+# CNF project:visualize the meshes in 3d
-# Comparing with PODM which has a different set of parameters
+# Take weight of tetrahedral and plot
-# Using PODM as a template - making necessary changes to CBC3D
+# User should have the ability to choose the axis to collect weight
 == Adaptivity and Smoothness to CBC3D [<span style="color:blue">In Progress</span>] ==
@@ Line 19: / Line 18: @@
 # Study the NYU papers and code to understand how to augment Fotis' code
-== Paraview plugin ==
+== CBC3D Docker [<span style="color:blue">In Progress</span>] ==
-# CNF project
+# Exploring the option of creating a docker with CBC3D
-# take weight of tetrahedral and plot
+# Comparing with PODM which has a different set of parameters
-# user should have the ability to choose axis to collect weight
+# Using PODM as a template - making necessary changes to CBC3D
 == Slicer Extension -- [<span style="color:green">DONE</span>] ==

@@ Line 5: / Line 5: @@
 # Utilizing paraview to visualize meshes
-== adaptivity and Smoothness to CBC3D [<span style="color:blue">In Progress</span>] ==
+== Adaptivity and Smoothness to CBC3D [<span style="color:blue">In Progress</span>] ==
 * CGAL
 * NYU method

@@ Line 5: / Line 5: @@
 # Utilizing paraview to visualize meshes
-== Adding Adaptivity and Smoothness to CBC3D [<span style="color:blue">In Progress</span>] ==
+== adaptivity and Smoothness to CBC3D [<span style="color:blue">In Progress</span>] ==
-* Cgal
+* CGAL
 * NYU method
-=== Cgal ===
+=== CGAL ===
 # For smooth
-# Researching Cgal's approach for [https://doc.cgal.org/latest/Mesh_3/index.html#fig__mesh3protectionimage3D smoothing]
+# Researching CGAL's approach for [https://doc.cgal.org/latest/Mesh_3/index.html#fig__mesh3protectionimage3D smoothing]
 === NYU Method ===

@@ Line 1: / Line 1: @@
-== Week One Action Items ==
+== CBC3D Docker [<span style="color:blue">In Progress</span>] ==
-=== Slicer Extension -- [<span style="color:green">DONE</span>] ===
+== Adding Adaptivity and Smoothness to CBC3D [<span style="color:blue">In Progress</span>] ==
 # Get stand alone slicer code from github
 # Test the CBC3D Slicer extension with old code
 # Test the CBC3D Slicer extension with new code
 # Place the new code on Box

@@ Line 7: / Line 7: @@
 # Place the new code on Box
-=== NYU Method ===
+=== NYU Method -- [<span style="color:blue">In Progress</span>]===
 # Read Fotis' thesis
 # Read NYU papers
 # Review the NYU code on github
 # Study the NYU papers and code to understand how to augment Fotis' code