CVS log for VTK/Graphics/vtkBandedPolyDataContourFilter.cxx

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ENH: Merge changes from main tree into VTK-5-2 branch. (cvs -q up -j1.56 -j1.57 Graphics/vtkBandedPolyDataContourFilter.cxx)

BUG:Fixed missing parentheses.

COMP:Fixed old-style casts.

BUG: Fixed memory leak.

BUG: Fix a very special case where there is only strips and no polys therefore maxCellSize was zero and new int[0] lead to delete[] which would eventually seg fault...

ENH: removed SelectInputScalars and similar methods with a more general SetInputArrayToProcess

BUG: Fix -partially- Bug #1436 - BandedContours - Contour edges are produced for cells which are completely in a contour band. Thanks again to John Platt for patch

BUG: Fix Bug #1435 - BandedContours - Maximum clip value is not set correctly. Thanks to John Platt for patch.

BUG: Fix -hopefully- Bug #727 - contourbands and contourlines.

BUG: RequestData should return 0 only when it fails in a catastrophic way not when the input is empty

ENH: converting to use the new pipeline (again)

ERR: backing out earlier changes b/c they produce VTK errors

COMP: make this actually compile

ENH: converting to use the new pipeline

BUG: Fix Bug #727 - contourbands and contourlines. Thanks -again- to John Platt for patch

BUG: Fix Bug #1321 - vtkBandedPolyDataContourFilter can generate incorrect contours. Thanks to J. Platt for patch

ERR:Need double resolution on output scalars

ENH: merges from the main tree

FIX: Some borland compiler warnings (getting closer to Nirvana)

ENH: Some PrintSelf cleanup (Superclass'ification ...)

scalar array needs to be named (PV bug #859)

BUG: Fix Bug #720 - vtkBandedPolyDataContourFilter outputs degenerate polygons

merge from the main tree

BUG: Fix Bug #388 - Bug in vtkBandedPolyDataContourFilter, not passing output point data.

use AddArray and SetActiveScalars or SetActiveAttribute instead of SetScalars when new scalars are created

graphics next double changes

some double changes

ENH:Copyright changes. Hopefully the last time ever.

ENH: Removing use of GetPoint method that returns a pointer to three floats.  Instead we pass in the array to fill with the point coordinates.

ENH:Added progress/abort methods

Add missing includes for common cleanup

ENH: Implementation 2 of ios wrapper.

ENH: Renamed vtk_ostream to vtkOStream, vtk_istream to vtkIStream, and vtk_ostrstream to vtkOStrStream.

ENH: Using iostream wrapper classes to speed up compilation.

use full range for contours

Add missing includes for cleaning of imaging

ERR: There was a problem when contours lie outside the scalar range - the
default behavior was to cap the contours on either side with the range values
but this does not work when range[0] is greater than the first contour or
range[1] is less than the last. This has been fixed, but may lead to image
changes due to different colors pulled from the lookup table (it was incorrect
before...)

ENH Filter operates on input scalar field specified by member InputScalarsSelection.  Follows pattern of vtkContourGrid

FIX: Fix problem with 64 bit id's

FIX: Initialize some variables and remove some unreachable code, and channge some int to vtkIdType

Cleanups of unused variables and uninitialized variables only visible on Visual C++ using /W4

ENH: base ClipTolerance on FLT_EPSILON*(range[1]-range[0])

ENH:Purify unitialized variable

ENH: added estimatedSize for newPts

ENH:  replaced ComputeUpperScalarIndex/ComputeLowerScalarIndex with ComputeScalarIndex, added FLT_EPSILON for ClipTolerance which seems to have fixed clipping

ENH:Tweak to clipping

ERR:Numerical tolerancing problem reported by Jeff Lee

ENH:Simplified setting cell scalar value to lower clip value

ENH:Updated copyright: new year and streamlined

ENH:Added contour edges option

ERR:Removed segFault on empty input

ERR:Removed warning

ERR:Removed warnings

ENH:Clipping added

ENH:Got it working for larger datasets

Mainly working

Pass back

ENH:progress

ENH:Almost working

ENH: Three sweeping changes.

1.) vtkTypeRevisionMacro is now used in all VTK classes in place of
    vtkTypeMacro.  It invokes the original vtkTypeMacro and then adds
    a protected CollectRevisions method for future use in serialization.
    A corresponding vtkCxxRevisionMacro has been added to every .cxx file
    to implement the CollectRevisions method for each class.  This will
    allow collection of every class revision at run time.  Any new VTK class
    should use vtkTypeRevisionMacro instead of vtkTypeMacro.  The .cxx
    implementation should then have the following line:
      vtkCxxRevisionMacro(vtkFoo, "$Revision: 1.1 $");
    CVS should insert the correct revision number when the class is commited.

2.) vtkTypeMacro now also adds a typedef called "Superclass" to refer to
    the superclass of any VTK class.  All PrintSelf methods have been
    updated to call their superclass's PrintSelf like this:
      this->Superclass::PrintSelf(os,indent);
    This should reduce the number of places that refer to a superclass
    by its actual name.

3.) The standard ::New() method implementation has been replaced with a
    macro.  Instead of an explicitly written implementation to try the
    object factory and then call the new operator, VTK classes should
    instead use the following macro unless they have a special New() method:
      vtkStandardNewMacro(vtkFoo);
    This will implement the New() method in the standard way.  The line
    should appear in the .cxx implementation file, not in the header.
    Using the macro will make it easier to change the standard
    implementation of the method.

Also removed tabs from many files.

ENH:Another snapshot for Jeff

ENH:Another snapshot for Jeff

ENH:In-progres exchange with J.Lee

First incarnation thrown into the repository for work at home