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- No transformation matrix was generated because the number of points
- in at least one class was 0. This is probably due to cluster fields
- being used for the class statistics.
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-
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- - %ld pixels were used that were closest to the class boundary.
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- Feature Extraction
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- Discriminant Analysis Technique
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- Decision Boundary Technique
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- Minimum threshold number = %ld.
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- Within class threshold = %g.
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- Between class threshold = %g.
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- Class optimization threshold = %g percent.
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- Approximate maximum number of pixels per class = %ld.
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- Class %3ld can not be used because all pixels are from cluster(s).
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- Loading class statistics
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- Feature Extraction - discriminant analysis
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- Feature Extraction - decision boundary
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- Computing within-class scatter matrix (Sw)
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- Computing between-class scatter matrix (Sb)
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- Computing feature extraction matrix
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- Computing eigenvector of Sw
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- Computing Sw(-1/2)SbSw(-1/2)
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- Computing eigenvectors of Sw(-1/2)SbSw(-1/2)
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- Computing Sw(-1/2)Ev
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- Normalizing eigenvectors
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- Calculating covariance inverses
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- Class Pair
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- Optimizing class
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- Computing final eigenvectors
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- Classifying pixels
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- Finding nearest pixel in other class
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- Determining effective db feature matrix
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- The number of initial features was changed to %ld so that the number of bands in
- any one group would be at least one fewer than the minimum number of class
- samples of %ld.
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- The number of final features stopped at %ld because it can not grow larger than
- one fewer than the minimum number of class samples of %ld.
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- Channel Decision Tree Table
- Number of Minimum Min Class
- Features Bhattacharyya Pair Channel Grouping
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- Preprocessing Channel Transformation Matrix
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- After Numerical Optimization
- Minimum Bhattacharyya = %9.4f
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- Optimized Preprocessing Channel Transformation Matrix
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- Final Feature Extraction Transformation Matrix
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- All class pairs will be used.
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- A subset of the class pairs will be used.
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- No Feature Extraction will be done; preprocessing only.
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- Feature Extraction will be done with:
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- No Feature Extraction Preprocessing will be done.
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- The Last Feature Extraction Preprocessing results will be used.
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- Feature Extraction Preprocessing will be done with:
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- Projection Pursuit Algorithm
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- Projection Pursuit Feature Selection Algorithm
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- Uniform Channel Grouping used for First Stage
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- Top-down method used for First Stage
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- Top-down/Bottom-up method used for First Stage
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- Top-down threshold is: %f%%
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- Bottom-up threshold is: %f%%
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- Initial number of features: %ld
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- Begin with last feature grouping.
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- Split feature groups with an odd number of bands:
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- Use random choice.
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- Both choices up thru %ld output features, then use random choice.
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- Maximum number of output features is: %ld
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- Numerical Optimization will be used.
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- Numerical optimization threshold is: %f%%
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- TD Number feature groups:
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- BU Number feature groups:
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- Projection Pursuit - First Stage
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- Projection Pursuit - Feature Selection
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- Bhattacharyya % change:
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- Number output features:
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- Projection Pursuit - Numerical Optimization
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- Eigenvectors could not be found while determining the feature extraction
- transformation matrix.
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-
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- Feature extraction was stopped before the evaluation of all
- class pairs was completed.
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-
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- Number of data values in each class pair, number of values meeting
- class thresholds and number of features required for each class
- pair to meet optimization percent.
- Met Threshold1 Met Threshold1&2
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- Number Pixels (within class) (within&between)
- Class Pair Class-1 Class-2 Class-1 Class-2 Class-1 Class-2 Number Features
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-
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- Number of data values in each class pair and number of values
- meeting class thresholds.
- Met Threshold1 Met Threshold1&2
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- Number Pixels (within class) (within&between)
- Class Pair Class-1 Class-2 Class-1 Class-2 Class-1 Class-2
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