Difference between revisions of "User talk:Lchauvin"

Revision as of 20:06, 11 February 2011

Home < User talk:Lchauvin

IN PROGRESS: Try to use boudingbox and perform one first positive clipping, and a second negative clipping on the output of the first one.
DONE: Installed VTK 5.7, and tried vtkClipClosedSurface
- Good function, but use infinite plane
TRY: Tried to use kind of boolean operation (vtkExtractPolyDataGeometry, with filters, etc...)
- Took 15 minutes to perform clipping, with infinite plane, and with model bugs
- Do not use this way
DONE: Clipping with big boundingbox
- Working, fast, but not really a cutter
- A cap is missing on the clipped part

DONE: Posibility to create and use different fiducial list to draw line
DONE: Add toggle checkbox to turn on/off plane visibility
DONE: Translate plane along the axis
DONE: Create plane along the line
- MODIFIED: Plane is now perpendicular to the line
DONE: Use two sliders to extend line
- Line could be extended and retracted, but the distance between fiducials define minimal distance of the line allowed
DONE: Create line between two fiducials

Transform Module
- ISSUE: Report Transform Module Issue (vtkKWMatrix4x4 observing Matrix4x4 and not vtkMRMLLinearTransformNode, if using ApplyTransform, new node is created and pointer is broken, then Transform Module is not updating anymore)

Biopsy Module
- BUG: Leaks when clicking several times on "Draw line" button
  - FIXED: Move all "New()" method in constructor instead of event of "draw line" button, and add some verification before using this objects
- TODO: Display multiple lines

@@ Line 43: / Line 43: @@
 ***FIXED: Move all "New()" method in constructor instead of event of "draw line" button, and add some verification before using this objects
 **TODO: Display multiple lines
+* OsteoPlan Module
+**TODO: Use cutter to clip model
+**TODO: Use widget to move clipped parts of the model
+**TODO: Overlap different parts (snap them ?)
+**TODO: Put marks on parts
+**TODO: Back to original model with marks on it (use original model ? Inverse transformation matrix ?)