org.openimaj.image.processor

Interface ImageProcessor<I extends Image<?,I>>

Type Parameters:

I - The type of image that this processor can process

All Superinterfaces:

Processor<I>

All Known Subinterfaces:

SinglebandImageProcessor<T,S>

All Known Implementing Classes:

AbstractLocalThreshold, AdaptiveLocalThresholdBernsen, AdaptiveLocalThresholdContrast, AdaptiveLocalThresholdGaussian, AdaptiveLocalThresholdMean, AdaptiveLocalThresholdMedian, AverageBoxFilter, BasicBackgroundSubtract, BicubicInterpolation, BilinearInterpolation, CannyEdgeDetector, CannyEdgeDetector2, CLConvolve2D, CLImageProcessor, Close, CompassOperators.Compass0, CompassOperators.Compass135, CompassOperators.Compass45, CompassOperators.Compass90, DifferenceOfGaussian, DioramaEffect, Disk, EqualisationProcessor, FConvolution, FDiscGausConvolve, FFastGaussianConvolve, FGaussianConvolve, FImageConvolveSeparable, FixedResizeProcessor, FourierConvolve, FourierCorrelation, FSobelX, FSobelY, FTriangleFilter, Gaussian2D, Laplacian3x3, LaplacianOfGaussian2D, LiuSamarabanduTextExtractorBasic, LiuSamarabanduTextExtractorMultiscale, LocalContrastFilter, MaskedRobustContrastEqualisation, MaxFilter, MeanCenter, MedianFilter, MinFilter, Open, OrientedPolygonExtractionProcessor, OtsuThreshold, PiecewiseMeshWarp, RemapProcessor, ResizeProcessor, SequentialThin, SimplePyramid, Skeleton, SkewCorrector, StrokeWidthTransform, SumBoxFilter, SUSANEdgeDetector, TextExtractor, Thicken, Thin

public interface ImageProcessor<I extends Image<?,I>>
extends Processor<I>

An interface for objects that are able to process whole images. The processing must be performed in-place; that is, the input image is side-affected by the processing.

If you don't want to alter the image content, use an ImageAnalyser instead.

Author:

Jonathon Hare (jsh2@ecs.soton.ac.uk)

Method Summary

Methods

Modifier and Type	Method and Description
void	processImage(I image) Process an image.

Method Detail

processImage

void processImage(I image)

Process an image. Implementing classes must alter the image passed in-place or assign the output to the input using Image.internalAssign(Image).

Parameters:

image - The image to process in place.