Difference between revisions of "Slicer-3.6-QA"

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Line 54: Line 54:
 
|style="background:white"|??||style="width:33%"| DiffusionWeightedTest ||        ||      ||    ||  69.8%  || 0||
 
|style="background:white"|??||style="width:33%"| DiffusionWeightedTest ||        ||      ||    ||  69.8%  || 0||
 
|-
 
|-
|style="background:white"|??||style="width:33%"| DiffusionTensorEstimation ||       ||      ||    ||  79.7%  || 9 ||
+
|style="background:white"|??||style="width:33%"| DiffusionTensorEstimation || complete ||      ||    ||  79.7%  || 9 ||Raul San Jose Estepar
 
|-
 
|-
 
|style="background:white"|??||style="width:33%"| DiffusionTensorMathematics ||        ||      ||    ||  56.2%  || 5||
 
|style="background:white"|??||style="width:33%"| DiffusionTensorMathematics ||        ||      ||    ||  56.2%  || 5||
 
|-
 
|-
|style="background:white"|??||style="width:33%"| OrientImage ||       ||      ||    ||  85.7%  || unknown ||
+
|style="background:white"|??||style="width:33%"| OrientImage ||complete||      ||    ||  85.7%  || unknown ||Bill Lorensen
 
|-
 
|-
|style="background:white"|??||style="width:33%"| LinearRegistration ||       ||      ||    ||  66.7%  || unknown ||
+
|style="background:white"|??||style="width:33%"| LinearRegistration ||complete||      ||    ||  66.7%  || unknown ||Daniel Blezek
 
|-
 
|-
 
|style="background:white"|??||style="width:33%"| RigidRegistration ||        ||      ||    ||style="background:red"|  1.0%  || unknown ||
 
|style="background:white"|??||style="width:33%"| RigidRegistration ||        ||      ||    ||style="background:red"|  1.0%  || unknown ||
 
|-
 
|-
|style="background:white"|??||style="width:33%"| AffineRegistration ||        ||      ||    ||style="background:red"|  1.4%  || unknown||  
+
|style="background:white"|??||style="width:33%"| AffineRegistration ||        ||      ||    ||style="background:red"|  1.4%  || unknown|| Casey Goodlett
 
|-
 
|-
|style="background:white"|??||style="width:33%"| BSplineDeformableRegistration ||       ||      ||    ||  82.3%  || unknown||  
+
|style="background:white"|??||style="width:33%"| BSplineDeformableRegistration ||complete||      ||    ||  82.3%  || unknown|| Bill Lorensen
 
|-
 
|-
 
|style="background:white"|??||style="width:33%"| TestGridTransformRegistration ||        ||      ||    ||  90.7%  || unknown ||
 
|style="background:white"|??||style="width:33%"| TestGridTransformRegistration ||        ||      ||    ||  90.7%  || unknown ||
 
|-
 
|-
|style="background:white"|??||style="width:33%"| CheckerBoard ||       ||      ||    ||  67.4%  || unknown ||
+
|style="background:white"|??||style="width:33%"| CheckerBoard ||complete||      ||    ||  67.4%  || unknown ||Bill Lorensen
 
|-
 
|-
|style="background:white"|??||style="width:33%"| ResampleVolume ||       ||      ||    ||  57.1%  || unknown ||
+
|style="background:white"|??||style="width:33%"| ResampleVolume ||complete||      ||    ||  57.1%  || unknown ||Bill Lorensen
 
|-
 
|-
 
|style="background:white"|??||style="width:33%"| PolyDataToLabelmap ||        ||      ||    ||  87.9%  || unknown ||
 
|style="background:white"|??||style="width:33%"| PolyDataToLabelmap ||        ||      ||    ||  87.9%  || unknown ||
 
|-
 
|-
|style="background:white"|??||style="width:33%"| GaussianBlurImageFilter ||       ||      ||    ||  55.9%  || unknown ||
+
|style="background:white"|??||style="width:33%"| GaussianBlurImageFilter ||complete||      ||    ||  55.9%  || unknown ||Julien Jomier, Stephen Aylward
 
|-
 
|-
 
|style="background:white"|??||style="width:33%"| ConfidenceConnected ||        ||      ||    ||  87.5%  || unknown||  
 
|style="background:white"|??||style="width:33%"| ConfidenceConnected ||        ||      ||    ||  87.5%  || unknown||  
Line 84: Line 84:
 
|style="background:white"|??||style="width:33%"| ImageReadDicomWrite ||        ||      ||    ||  86.1%  || unknown ||
 
|style="background:white"|??||style="width:33%"| ImageReadDicomWrite ||        ||      ||    ||  86.1%  || unknown ||
 
|-
 
|-
|style="background:white"|??||style="width:33%"| CurvatureAnisotropicDiffusion ||       ||      ||    ||  64.3%  || unknown ||
+
|style="background:white"|??||style="width:33%"| CurvatureAnisotropicDiffusion ||complete||      ||    ||  64.3%  || unknown ||Bill Lorensen
 
|-
 
|-
|style="background:white"|??||style="width:33%"| GradientAnisotropicDiffusion ||       ||      ||    ||  63.4%  || unknown ||
+
|style="background:white"|??||style="width:33%"| GradientAnisotropicDiffusion ||complete||      ||    ||  63.4%  || unknown ||Bill Lorensen
 
|-
 
|-
|style="background:white"|??||style="width:33%"| MedianImageFilter ||       ||      ||    ||  51.1%  || unknown ||
+
|style="background:white"|??||style="width:33%"| MedianImageFilter ||complete||      ||    ||  51.1%  || unknown ||Bill Lorensen
 
|-
 
|-
 
|style="background:white"|??||style="width:33%"| DWIDicomLoad ||        ||      ||    ||style="background:red"|  0%  || unknown ||
 
|style="background:white"|??||style="width:33%"| DWIDicomLoad ||        ||      ||    ||style="background:red"|  0%  || unknown ||
 
|-
 
|-
|style="background:white"|??||style="width:33%"| HistogramMatching ||       ||      ||    ||  65.0%  || unknown ||
+
|style="background:white"|??||style="width:33%"| HistogramMatching ||complete||      ||    ||  65.0%  || unknown ||Bill Lorensen
 
|-
 
|-
 
|style="background:white"|??||style="width:33%"| OtsuThresholdImageFilter ||        ||      ||    ||  100%  || unknown ||
 
|style="background:white"|??||style="width:33%"| OtsuThresholdImageFilter ||        ||      ||    ||  100%  || unknown ||
 
|-
 
|-
|style="background:white"|??||style="width:33%"| OtsuThresholdSegmentation ||       ||      ||    ||  90.9%  || unknown ||
+
|style="background:white"|??||style="width:33%"| OtsuThresholdSegmentation ||complete||      ||    ||  90.9%  || unknown ||Bill Lorensen
 
|-
 
|-
|style="background:white"|??||style="width:33%"| Subtract ||       ||      ||    ||  71.7%  || unknown ||
+
|style="background:white"|??||style="width:33%"| Subtract ||complete||      ||    ||  71.7%  || unknown ||Bill Lorensen
 
|-
 
|-
 
|style="background:white"|??||style="width:33%"| Multiply ||        ||      ||    ||  77.6%  || unknown ||
 
|style="background:white"|??||style="width:33%"| Multiply ||        ||      ||    ||  77.6%  || unknown ||

Revision as of 02:58, 21 April 2010

Home < Slicer-3.6-QA

Return to Slicer 3.6 documentation

  • This page contains our assessment of the Slicer 3.6 modules

Testing Status

Core Modules

Slicer 3.6 Quality Assurance
Score Name Documentation Help [1] Acknowledgment [2] Test coverage [3] valgrind errors Current Owner
Gold my module complete yes and yes yes, yes, yes 80% 0 DNK
?? Camera complete yes, no link no 75% unknown Sebastien Barre
?? Volumes complete yes and yes yes and yes 44% unknown Steve Pieper
?? Diffusion Editor complete yes and yes no 65%* unknown CF Westin
?? Models complete yes and yes yes and yes 12% unknown Alex Yarmarkovic
?? Measurements complete yes and yes no and yes 46% unknown Nicole Aucoin
?? Fiducials complete yes and yes no 7% unknown Nicole
?? Data complete yes and yes yes and yes 0% unknown Steve Pieper
?? Slices complete no no 0% unknown Jim Miller
?? Colors complete yes and no yes and no 0% unknown Nicole Aucoin
?? Interactive Editor complete 0% unknown Steve Pieper
?? ROI Module complete no and yes no and yes 0% unknown Alex Yarmarkovic
?? Volume Rendering complete yes and yes no and yes 0% unknown Yanling Liu
  1. including link to website documentation
  2. including name of author and of supervisor
  3. in % for non-interactive part

Application CLI Modules

Slicer 3.6 Quality Assurance
Score Name Documentation Help [1] Acknowledgment [2] Test coverage [3] valgrind errors Current Owner
Gold my module complete yes and yes yes, yes, yes 80% 0
?? DiffusionWeightedTest 69.8% 0
?? DiffusionTensorEstimation complete 79.7% 9 Raul San Jose Estepar
?? DiffusionTensorMathematics 56.2% 5
?? OrientImage complete 85.7% unknown Bill Lorensen
?? LinearRegistration complete 66.7% unknown Daniel Blezek
?? RigidRegistration 1.0% unknown
?? AffineRegistration 1.4% unknown Casey Goodlett
?? BSplineDeformableRegistration complete 82.3% unknown Bill Lorensen
?? TestGridTransformRegistration 90.7% unknown
?? CheckerBoard complete 67.4% unknown Bill Lorensen
?? ResampleVolume complete 57.1% unknown Bill Lorensen
?? PolyDataToLabelmap 87.9% unknown
?? GaussianBlurImageFilter complete 55.9% unknown Julien Jomier, Stephen Aylward
?? ConfidenceConnected 87.5% unknown
?? ExecutionModelTour 87.2% unknown
?? ImageReadDicomWrite 86.1% unknown
?? CurvatureAnisotropicDiffusion complete 64.3% unknown Bill Lorensen
?? GradientAnisotropicDiffusion complete 63.4% unknown Bill Lorensen
?? MedianImageFilter complete 51.1% unknown Bill Lorensen
?? DWIDicomLoad 0% unknown
?? HistogramMatching complete 65.0% unknown Bill Lorensen
?? OtsuThresholdImageFilter 100% unknown
?? OtsuThresholdSegmentation complete 90.9% unknown Bill Lorensen
?? Subtract complete 71.7% unknown Bill Lorensen
?? Multiply 77.6% unknown
?? Add 84.9% unknown
?? Threshold 55.8% unknown
?? Mask 80.0% unknown
?? Cast 14.6% unknown
?? VotingBinaryHoleFillingImageFilter 100% unknown
?? ModelMaker 57.4% unknown
?? MultipleModelsExample 1.9% unknown
?? GrayscaleModelMaker 82.1% unknown
?? MergeModels 62.7% unknown
?? GrayscaleFillHoleImageFilter 57.1% unknown
?? GrayscaleGrindPeakImageFilter 64.5% unknown
?? LabelMapSmoothing 87.9% unknown
?? ImageLabelCombine 7.5% unknown
?? ResampleVolume2 46.8% unknown
?? ZeroCrossingBasedEdgeDetectionImageFilter 62.5% unknown
?? FreesurferSurfaceSectionExtraction 60.0% unknown
  1. including link to website documentation
  2. including name of author and of supervisor
  3. in % for non-interactive part

Testing Partition

Most Slicer modules have a GUI component and a Data Processing component.

Testing GUI components is still a challenge, so we will focus here on testing the Data Processing components. This can be done in most cases by partitioning the module into a GUI section and a Data Processing section, where the second one usually takes the form of a C++ class (although that is not a requirement).

The data processing section can be tested by using standard CTest/CMake mechanisms. Basically by adding ADD_TEST() entries to the CMakeLists.txt file of the module.

Luis Ibanez' scoring system

The following scoring will be applied to the data processing sections of all modules:

Slicer 3.6 Quality Assurance Scoring
Score Code Coverage Valgrind Errors Documentation Tutorial
Gold > 80% 0 yes yes
Silver > 70% < 10 yes yes
Bronze > 60% < 50 yes yes
Clay > 50% < 100 yes yes
Coal > 50% > 100 yes yes
Hazard unknown unknown no no

The code coverage and Valgrind error must be the ones reported on the Nightly Slicer Dashboard. Anecdotal data is not acceptable.