@Override public <T> T accept(ReduceFunctionVisitor<T> visitor) { return visitor.visit(this); } }
@Override public Optional<StatusWithIndices> reduce(List<StatusWithIndex> statuses) { return HighestSeverityAbove.reduceWithHighestSeverityAbove(statuses, Status.INDETERMINATE); }
@Override public ReductionFunction visit(HighestSeverityEntity highestSeverityEntity) { return new HighestSeverity(); }
@Override public ReductionFunction visit(ThresholdEntity thresholdEntity) { Threshold result = new Threshold(); result.setThreshold(thresholdEntity.getThreshold()); return result; }
FastBitmap fb = new FastBitmap("c:\\files\\image.jpg"); fb.toGrayscale(); Threshold t = new Threshold(120); t.applyInPlace(fb); JOptionPane.showMessageDialog(null, fb.toIcon());
@Override public ReductionFunction visit(ExponentialPropagationEntity exponentialPropagationEntity) { ExponentialPropagation result = new ExponentialPropagation(); result.setBase(exponentialPropagationEntity.getBase()); return result; } };
public AbstractReductionFunctionEntity toPersistenceFunction(ReductionFunction reductionFunction) { AbstractReductionFunctionEntity functionEntity = reductionFunction.accept(serviceToPersistenceMapping); if (functionEntity == null) { throw new IllegalArgumentException("No mapping found"); } return functionEntity; } }
@Override public AbstractReductionFunctionEntity visit(ExponentialPropagation exponentialPropagation) { ExponentialPropagationEntity entity = new ExponentialPropagationEntity(); entity.setBase(exponentialPropagation.getBase()); return entity; } };
FastBitmap fb = new FastBitmap("c:\\yourImage.bmp"); fb.toGrayscale(); Threshold t = new Threshold(120); t.applyInPlace(fb); // Your objects. BlobDetection bd = new BlobDetection(); ArrayList<Blob> blobs = bd.ProcessImage(fb);
@Override public ReductionFunction visit(HighestSeverityEntity highestSeverityEntity) { return new HighestSeverity(); }
@Override public <T> T accept(ReduceFunctionVisitor<T> visitor) { return visitor.visit(this); } }
@Override public Optional<StatusWithIndices> reduce(List<StatusWithIndex> statuses) { return reduceWithHighestSeverityAbove(statuses, threshold); }
@Override public <T> T accept(ReduceFunctionVisitor<T> visitor) { return visitor.visit(this); } }
@Override public Optional<StatusWithIndices> reduce(List<StatusWithIndex> statuses) { return HighestSeverityAbove.reduceWithHighestSeverityAbove(statuses, Status.INDETERMINATE); }
@Override public <T> T accept(ReduceFunctionVisitor<T> visitor) { return visitor.visit(this); } }
@Override public Optional<StatusWithIndices> reduce(List<StatusWithIndex> statuses) { return reduceWithHighestSeverityAbove(statuses, threshold); }
@Override public <T> T accept(ReduceFunctionVisitor<T> visitor) { return visitor.visit(this); } }
@Override public <T> T accept(ReduceFunctionVisitor<T> visitor) { return visitor.visit(this); }
@Override public <T> T accept(ReduceFunctionVisitor<T> visitor) { return visitor.visit(this); } }
@Override public <T> T accept(ReduceFunctionVisitor<T> visitor) { return visitor.visit(this); }