Index (Imaging 2.0.0 API)

A B C D E F G H I J L M N O P R S T U V W X Y Z
All Classes All Packages

A

a - Variable in class science.aist.imaging.api.domain.threedimensional.JavaTriangle3D
a - Variable in class science.aist.imaging.api.domain.twodimensional.JavaTriangle2D
AbsSubFunction - Class in science.aist.imaging.core.imageprocessing.operator: Function that subtracts two images and returns the absolute values
AbsSubFunction() - Constructor for class science.aist.imaging.core.imageprocessing.operator.AbsSubFunction
AbstractAveragingFilter - Class in science.aist.imaging.opencv.imageprocessing.averaging: Abstract class for an filter for averaging multiple images to one
AbstractAveragingFilter() - Constructor for class science.aist.imaging.opencv.imageprocessing.averaging.AbstractAveragingFilter
AbstractColorbasedObjectDetector<I,P,R,C extends ThreeChannelColor> - Class in science.aist.imaging.api.objectdetection: Abstract class for detecting object based on a given color range
AbstractColorbasedObjectDetector() - Constructor for class science.aist.imaging.api.objectdetection.AbstractColorbasedObjectDetector
AbstractConstrainedDelaunayTriangulation,L extends AbstractJavaLine,G extends AbstractJavaPolygon<P,L>> - Class in science.aist.imaging.mesh.triangulation.delaunay: Abstract implementation of a constrained delaunay triangulation process
AbstractConstrainedDelaunayTriangulation(Function<List<DPoint>, G>, boolean, boolean) - Constructor for class science.aist.imaging.mesh.triangulation.delaunay.AbstractConstrainedDelaunayTriangulation
AbstractDifferencebasedObjectDetector<I,P,R> - Class in science.aist.imaging.api.objectdetection: Abstract class for detecting objects based on differences in image.
AbstractDifferencebasedObjectDetector() - Constructor for class science.aist.imaging.api.objectdetection.AbstractDifferencebasedObjectDetector
AbstractDistanceMapFunction<T> - Class in science.aist.imaging.core.imageprocessing.distance: Abstract implementation of an distance map function containing the required contour color value
AbstractDistanceMapFunction() - Constructor for class science.aist.imaging.core.imageprocessing.distance.AbstractDistanceMapFunction
AbstractDistanceMetric - Class in science.aist.imaging.core.imageprocessing.distance: Abstract implementation of a distance metric
AbstractDistanceMetric() - Constructor for class science.aist.imaging.core.imageprocessing.distance.AbstractDistanceMetric
AbstractDrawCircle - Class in science.aist.imaging.core.imageprocessing.draw.circle: Abstract drawer for drawing a circle
AbstractDrawCircle() - Constructor for class science.aist.imaging.core.imageprocessing.draw.circle.AbstractDrawCircle
AbstractDrawer<I,T> - Class in science.aist.imaging.core.imageprocessing.draw: Abstract class for drawing on a given image
AbstractDrawer() - Constructor for class science.aist.imaging.core.imageprocessing.draw.AbstractDrawer
AbstractEdgeFeatureDetection<E,I> - Class in science.aist.imaging.api.featureextraction
AbstractEdgeFeatureDetection() - Constructor for class science.aist.imaging.api.featureextraction.AbstractEdgeFeatureDetection
AbstractFeaturebasedObjectDetector<I,P,R> - Class in science.aist.imaging.api.objectdetection: Abstract class for detecting object based on a features
AbstractFeaturebasedObjectDetector() - Constructor for class science.aist.imaging.api.objectdetection.AbstractFeaturebasedObjectDetector
AbstractFeatureWrapper<E> - Class in science.aist.imaging.api.domain.wrapper: Class for holding a features of unique and prominent information (for example of points).
AbstractFeatureWrapper(Collection<E>) - Constructor for class science.aist.imaging.api.domain.wrapper.AbstractFeatureWrapper: Constructor for construction a FeatureWrapper of given Collection
AbstractFitnessFunction - Class in science.aist.imaging.api.fitnessfunction: Abstract implementation of a fitness function
AbstractFitnessFunction() - Constructor for class science.aist.imaging.api.fitnessfunction.AbstractFitnessFunction
AbstractImageWrapper - Class in science.aist.imaging.api.domain.wrapper: Abstract generic implementation of the ImageWrapper Interface
AbstractImageWrapper(I) - Constructor for class science.aist.imaging.api.domain.wrapper.AbstractImageWrapper
AbstractInterpolationFunction - Class in science.aist.imaging.core.imageprocessing.interpolation: Interface for interpolations
AbstractInterpolationFunction() - Constructor for class science.aist.imaging.core.imageprocessing.interpolation.AbstractInterpolationFunction
AbstractJavaLine<T extends AbstractJavaPoint<T>> - Class in science.aist.imaging.api.domain: Abstract line representation
AbstractJavaLine() - Constructor for class science.aist.imaging.api.domain.AbstractJavaLine
AbstractJavaPoint<T extends AbstractJavaPoint<T>> - Class in science.aist.imaging.api.domain: Base class of JavaPoint
AbstractJavaPoint() - Constructor for class science.aist.imaging.api.domain.AbstractJavaPoint
AbstractJavaPointCloud<T extends AbstractJavaPoint<T>> - Class in science.aist.imaging.api.domain: Wrapping class for an unordered amount of points
AbstractJavaPointCloud() - Constructor for class science.aist.imaging.api.domain.AbstractJavaPointCloud
AbstractJavaPolygon<T extends AbstractJavaPoint<T>,L extends AbstractJavaLine<T>> - Class in science.aist.imaging.api.domain: Abstract implementation of a polygon
AbstractJavaPolygon(Collection<T>) - Constructor for class science.aist.imaging.api.domain.AbstractJavaPolygon
AbstractJavaPolygon(T...) - Constructor for class science.aist.imaging.api.domain.AbstractJavaPolygon
AbstractLineWrapper - Class in science.aist.imaging.api.domain.wrapper: Generic interface which implements getter and setter for a line wrapper
AbstractLineWrapper(Point2Wrapper, Point2Wrapper) - Constructor for class science.aist.imaging.api.domain.wrapper.AbstractLineWrapper: Constructor to set a start and a end point
AbstractObjectDetector<I,P,R> - Class in science.aist.imaging.api.objectdetection: Abstract Object detector
AbstractObjectDetector() - Constructor for class science.aist.imaging.api.objectdetection.AbstractObjectDetector
AbstractOperator - Class in science.aist.imaging.core.imageprocessing.operator: Abstract operator implementation for combining two images
AbstractOperator() - Constructor for class science.aist.imaging.core.imageprocessing.operator.AbstractOperator
AbstractPoint2Wrapper - Class in science.aist.imaging.api.domain.wrapper: Abstract generic implementation of the Point2Wrapper interface.
AbstractPoint2Wrapper(P) - Constructor for class science.aist.imaging.api.domain.wrapper.AbstractPoint2Wrapper: Constructor for a new AbstractPoint2Wrapper
AbstractPoint3Wrapper - Class in science.aist.imaging.api.domain.wrapper: Abstract generic implementation of the Point3Wrapper interface.
AbstractPoint3Wrapper(P) - Constructor for class science.aist.imaging.api.domain.wrapper.AbstractPoint3Wrapper
AbstractPointFeatureDetection<E,I> - Class in science.aist.imaging.api.featureextraction
AbstractPointFeatureDetection() - Constructor for class science.aist.imaging.api.featureextraction.AbstractPointFeatureDetection
AbstractPointFeatureDetection.ExtractorType - Enum in science.aist.imaging.api.featureextraction: Enum with Feature Extration Types
AbstractPoolingFunction<T,R> - Class in science.aist.imaging.core.imageprocessing.filter: Abstract Implementation of a pooling filter
AbstractPoolingFunction() - Constructor for class science.aist.imaging.core.imageprocessing.filter.AbstractPoolingFunction
AbstractRectangleWrapper<R,P> - Class in science.aist.imaging.api.domain.wrapper: Abstract Implementation of the RectangleWrapper Interface
AbstractRectangleWrapper(double, double, double, double) - Constructor for class science.aist.imaging.api.domain.wrapper.AbstractRectangleWrapper
AbstractRectangleWrapper(P, P) - Constructor for class science.aist.imaging.api.domain.wrapper.AbstractRectangleWrapper
AbstractRectangleWrapper(R) - Constructor for class science.aist.imaging.api.domain.wrapper.AbstractRectangleWrapper
AbstractSurface,L extends AbstractJavaLine> - Class in science.aist.imaging.api.domain: Abstract class representing any surface
AbstractSurface() - Constructor for class science.aist.imaging.api.domain.AbstractSurface
accept(BufferedImage, String) - Method in class science.aist.imaging.core.storage.BufferedImageSaver: Saves a buffered image
accept(ImageWrapper<?>) - Method in class science.aist.imaging.api.typecheck.TypeChecker: Checks if the imageWrapper fits to one of the supported types
accept(ImageWrapper, JavaLine2D) - Method in class science.aist.imaging.core.imageprocessing.draw.line.DrawDashedLine
accept(ImageWrapper, JavaLine2D) - Method in class science.aist.imaging.core.imageprocessing.draw.line.DrawDottedLine
accept(ImageWrapper, JavaLine2D) - Method in class science.aist.imaging.core.imageprocessing.draw.line.DrawLine
accept(ImageWrapper, JavaPoint2D) - Method in class science.aist.imaging.core.imageprocessing.draw.circle.DrawCircle
accept(ImageWrapper, JavaPoint2D) - Method in class science.aist.imaging.core.imageprocessing.draw.circle.DrawCircleFilled
accept(ImageWrapper, JavaPoint2D) - Method in class science.aist.imaging.core.imageprocessing.draw.circle.DrawPointAsPolygon
accept(ImageWrapper, JavaPoint2D) - Method in class science.aist.imaging.core.imageprocessing.draw.circle.DrawX
accept(ImageWrapper, JavaPolygon2D) - Method in class science.aist.imaging.core.imageprocessing.draw.polygon.DrawPolygon
accept(ImageWrapper, JavaPolygon2D) - Method in class science.aist.imaging.core.imageprocessing.draw.polygon.DrawPolygonFilled
accept(ImageWrapper, T) - Method in class science.aist.imaging.api.GenericImageConsumer
accept(ImageWrapper<Mat>, String) - Method in class science.aist.imaging.opencv.imageprocessing.storage.OpenCVSaver
accept(ImageWrapper<Mat>, JavaLine2D) - Method in class science.aist.imaging.opencv.imageprocessing.draw.line.OpenCVDrawLine
accept(ImageWrapper<Mat>, JavaPoint2D) - Method in class science.aist.imaging.opencv.imageprocessing.draw.circle.OpenCVDrawCircle
accept(ImageWrapper<Mat>, JavaPolygon2D) - Method in class science.aist.imaging.opencv.imageprocessing.draw.polygon.OpenCVDrawFilledPolygon
accept(ImageWrapper<Mat>, JavaPolygon2D) - Method in class science.aist.imaging.opencv.imageprocessing.draw.polygon.OpenCVDrawPolygon
accept(ImageWrapper<Mat>, JavaRectangle2D) - Method in class science.aist.imaging.opencv.imageprocessing.draw.rectangle.OpenCVDrawRectangle
accept(ImageWrapper<Mat>, FeatureWrapper<KeyPoint>) - Method in class science.aist.imaging.opencv.imageprocessing.draw.features.OpenCVDrawFeatures
accept(ImageWrapper<Mat>, LineWrapper<Point>) - Method in class science.aist.imaging.opencv.imageprocessing.draw.line.OpenCVDrawLine
accept(ImageWrapper<short[][][]>, String) - Method in class science.aist.imaging.core.storage.Image2ByteSaver
AdaptiveOptimalThresholdFunction<T,R> - Class in science.aist.imaging.core.imageprocessing.transformation: Adaptive Optimal ThresholdFunction implementation
AdaptiveOptimalThresholdFunction() - Constructor for class science.aist.imaging.core.imageprocessing.transformation.AdaptiveOptimalThresholdFunction
add(JavaPoint3D) - Method in class science.aist.imaging.api.domain.threedimensional.JavaPoint3D: Adds the given JavaPoint to this.
add(JavaPoint3D) - Method in class science.aist.imaging.api.domain.threedimensional.JavaPointCloud3D: Adds the given JavaPoint to the point cloud.
add(JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaPoint2D: Adds the given JavaPoint to this.
add(JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaPointCloud2D: Adds the given JavaPoint to the point cloud.
add(T) - Method in class science.aist.imaging.api.domain.AbstractJavaPoint: Adds the given JavaPoint to this.
add(T) - Method in class science.aist.imaging.api.domain.AbstractJavaPointCloud: Adds the given JavaPoint to the point cloud.
addCirclePoints(JavaPoint2D, Collection<JavaPoint2D>, int) - Method in class science.aist.imaging.core.imageprocessing.draw.circle.AbstractDrawCircle
addFeature(E) - Method in class science.aist.imaging.api.domain.wrapper.AbstractFeatureWrapper: Method for adding a new feature.
addFeature(E) - Method in interface science.aist.imaging.api.domain.wrapper.FeatureWrapper: Method for adding a new feature.
AddFunction - Class in science.aist.imaging.core.imageprocessing.operator: Function that adds to images in an optional weighted way
AddFunction() - Constructor for class science.aist.imaging.core.imageprocessing.operator.AddFunction
addOffsetPoints(Set<JavaPoint2D>, int) - Method in class science.aist.imaging.core.imageprocessing.draw.AbstractDrawer
AKAZE - science.aist.imaging.api.featureextraction.AbstractPointFeatureDetection.ExtractorType
andThen(ImageFunction<OUT, X>) - Method in interface science.aist.imaging.api.ImageFunction: Chains multiple ImageFunctions.
andThenCloseInput() - Method in interface science.aist.imaging.api.ImageFunction: Closes the input image, after the apply function was executed
andThenConsumeInput(Consumer<ImageWrapper<IN>>) - Method in interface science.aist.imaging.api.ImageFunction: This function returns a function, that execute a given consumer after the apply function for the original function was called
AnisotropicDiffusionFilterFunction<T,R> - Class in science.aist.imaging.core.imageprocessing.filter: Implementation of anisotropic diffusion
AnisotropicDiffusionFilterFunction(ImageFactory<R>) - Constructor for class science.aist.imaging.core.imageprocessing.filter.AnisotropicDiffusionFilterFunction
apply(int[], int[]) - Method in class science.aist.imaging.core.pointprocessing.convexhull.GrahamConvexHull: Returns the convex hull of the points created from xs and ys.
apply(InputStream) - Method in class science.aist.imaging.core.storage.BufferedImageInputStreamLoader
apply(InputStream) - Method in class science.aist.imaging.core.storage.Image2ByteInputStreamLoader
apply(InputStream) - Method in class science.aist.imaging.opencv.imageprocessing.storage.OpenCVLoader
apply(InputStream) - Method in class science.aist.imaging.pdfbox.ExtractImagesFromPDF
apply(InputStream) - Method in class science.aist.imaging.pdfbox.PDFPagesToImage
apply(String) - Method in class science.aist.imaging.core.storage.BufferedImageFileLoader
apply(Collection<? extends JavaLine2D>) - Method in class science.aist.imaging.core.imageprocessing.creator.ImageFromJavaLinesCreatorFunction
apply(Collection<ImageWrapper<Mat>>) - Method in class science.aist.imaging.opencv.imageprocessing.averaging.AbstractAveragingFilter
apply(Collection<Point2Wrapper<Point>>) - Method in class science.aist.imaging.opencv.imageprocessing.contour.OpenCVCalculateRotatedRect
apply(Collection<T>) - Method in class science.aist.imaging.api.util.PointMinMaxFunction
apply(Collection<T>) - Method in class science.aist.imaging.core.pointprocessing.MooreNeighborInnerBoundaryTracing
apply(List<JavaPoint2D>) - Method in class science.aist.imaging.core.pointprocessing.convexhull.GrahamConvexHull: Returns the convex hull of the points created from the list points.
apply(List<ImageWrapper>, ChannelType) - Method in class science.aist.imaging.core.imageprocessing.conversion.ChannelMerger
apply(ImageInputStream) - Method in class science.aist.imaging.core.imageprocessing.metadata.ImageMetadataExtractorFunction
apply(JavaPoint2D) - Method in class science.aist.imaging.core.pointprocessing.PolygonFunction: Create a polygon for a given center point, a radius and the number of polygon points.
apply(JavaPoint2D) - Method in class science.aist.imaging.core.pointprocessing.StarPolygonFunction
apply(JavaPolygon2D, JavaPolygon2D) - Method in class science.aist.imaging.core.pointprocessing.JavaPolygonMergeFunction
apply(ImageWrapper<?>) - Method in class science.aist.imaging.core.imageprocessing.contour.BoundaryTracing
apply(ImageWrapper<?>) - Method in class science.aist.imaging.core.imageprocessing.contour.ContourDetector
apply(ImageWrapper<?>) - Method in class science.aist.imaging.core.imageprocessing.distance.ChamferDistanceMapFunction
apply(ImageWrapper<?>) - Method in class science.aist.imaging.core.imageprocessing.helper.MinMaxFunction
apply(ImageWrapper<?>, int) - Method in interface science.aist.imaging.api.domain.wrapper.ColumnFunction: Method which is applied for a given column in the given image
apply(ImageWrapper<?>, int, int, int) - Method in interface science.aist.imaging.api.domain.wrapper.PixelFunction: Method which is applied for a given pixel in the given image
apply(ImageWrapper<?>, RotationOffset) - Method in class science.aist.imaging.core.imageprocessing.transformation.TransformFunction
apply(ImageWrapper<?>, JavaPoint2D) - Method in class science.aist.imaging.core.imageprocessing.interpolation.BilinearInterpolationFunction
apply(ImageWrapper<?>, JavaPoint2D) - Method in class science.aist.imaging.core.imageprocessing.interpolation.NearestNeighborInterpolationFunction
apply(ImageWrapper) - Method in class science.aist.imaging.api.GenericImageFunction
apply(ImageWrapper) - Method in class science.aist.imaging.core.imageprocessing.conversion.ChannelSplitter
apply(ImageWrapper) - Method in class science.aist.imaging.core.imageprocessing.conversion.ColoredToGreyscaleFunction: Converts a given image wrapper into a greyscale image
apply(ImageWrapper) - Method in class science.aist.imaging.core.imageprocessing.transformation.ContentAwareCrop
apply(ImageWrapper) - Method in class science.aist.imaging.core.imageprocessing.transformation.PaddingFunction
apply(ImageWrapper, double) - Method in class science.aist.imaging.core.imageprocessing.operator.AbstractOperator: Applies the operator for the given image with the scalar value
apply(ImageWrapper, double, ImageWrapper) - Method in class science.aist.imaging.core.imageprocessing.operator.AbstractOperator: Applies the operator for the given image with the scalar value
apply(ImageWrapper, ImageWrapper) - Method in class science.aist.imaging.core.imageprocessing.operator.AbstractOperator
apply(ImageWrapper, ImageWrapper, ImageWrapper) - Method in class science.aist.imaging.core.imageprocessing.operator.AbstractOperator: Applies the operator for the two images
apply(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.contour.OpenCVBiggestContourFinder
apply(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.contour.OpenCVContourDetector
apply(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.contour.OpenCVMorphologicalSkeletonFunction
apply(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.contrast.OpenCVContrastFunction
apply(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.conversion.OpenCVBGR2GrayscaleFunction
apply(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.conversion.OpenCVBGR2HSVFunction
apply(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.conversion.OpenCVInvertFunction
apply(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.distance.OpenCVDistanceMap
apply(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.edgedetection.OpenCVCannyEdgeDetection: performs an edge detection on given image
apply(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.edgedetection.OpenCVSobelEdgeDetection: performs an edge detection on given image
apply(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.filter.BrightnessFilter
apply(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.houghspace.OpenCVHoughLinesFunction
apply(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.lowpassfilter.OpenCVGaussFilterFunction
apply(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.lowpassfilter.OpenCVSharpenFunction
apply(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.morphology.ThinningFunction
apply(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.objectdetection.OpenCVBackgroundSubtraction
apply(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.threshold.OpenCVThresholdFunction
apply(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.transformation.OpenCVCropFunction
apply(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.transformation.OpenCVPaddingFunction
apply(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.transformation.OpenCVPerspectiveTransformation
apply(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.transformation.OpenCVResizeFunction
apply(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.transformation.OpenCVRotateFunction
apply(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.transformation.OpenCVTranslateFunction
apply(ImageWrapper<Mat>, ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.compare.OpenCVOrientationOffsetFunction
apply(ImageWrapper<Mat>, ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.compare.OpenCVPositionalAndRotationalOffsetFunction
apply(ImageWrapper<Mat>, ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.compare.OpenCVPositionalOffsetFunction
apply(ImageWrapper) - Method in class science.aist.imaging.core.imageprocessing.contrast.GammaCorrectionFunction
apply(ImageWrapper) - Method in class science.aist.imaging.core.imageprocessing.conversion.ToRGBFunction
apply(ImageWrapper, int[]) - Method in class science.aist.imaging.core.imageprocessing.transformation.ValueTransformationFunction
apply(ImageWrapper<short[][][]>) - Method in class science.aist.imaging.tesseract.imageprocessing.opticalcharacterrecognition.tesseract.TesseractOCR: Performs OCR on given Java Image and returns found text.
apply(ImageWrapper<T>) - Method in class science.aist.imaging.core.imageprocessing.contrast.HistogramEqualizationFunction
apply(ImageWrapper<T>) - Method in class science.aist.imaging.core.imageprocessing.filter.AbstractPoolingFunction
apply(ImageWrapper<T>) - Method in class science.aist.imaging.core.imageprocessing.filter.AnisotropicDiffusionFilterFunction
apply(ImageWrapper<T>) - Method in class science.aist.imaging.core.imageprocessing.filter.highpass.MaskBasedEdgeDetection
apply(ImageWrapper<T>) - Method in class science.aist.imaging.core.imageprocessing.filter.highpass.SobelEdgeDetectionFilterFunction
apply(ImageWrapper<T>) - Method in class science.aist.imaging.core.imageprocessing.filter.lowpass.GaussFilterFunction
apply(ImageWrapper<T>) - Method in class science.aist.imaging.core.imageprocessing.filter.lowpass.MeanFilterFunction
apply(ImageWrapper<T>) - Method in class science.aist.imaging.core.imageprocessing.helper.HistogramFunction
apply(ImageWrapper<T>) - Method in class science.aist.imaging.core.imageprocessing.helper.NormalizeFunction
apply(ImageWrapper<T>) - Method in class science.aist.imaging.core.imageprocessing.segmentation.ColorPartsSegmentationFunction
apply(ImageWrapper<T>) - Method in class science.aist.imaging.core.imageprocessing.segmentation.morph.DilateFunction
apply(ImageWrapper<T>) - Method in class science.aist.imaging.core.imageprocessing.segmentation.morph.ErodeFunction
apply(ImageWrapper<T>) - Method in class science.aist.imaging.core.imageprocessing.segmentation.morph.GenericMorphFunction
apply(ImageWrapper<T>) - Method in class science.aist.imaging.core.imageprocessing.segmentation.RegionGrowingFunction
apply(ImageWrapper<T>) - Method in class science.aist.imaging.core.imageprocessing.transformation.AdaptiveOptimalThresholdFunction
apply(ImageWrapper<T>) - Method in class science.aist.imaging.core.imageprocessing.transformation.ColorTransformFunction
apply(ImageWrapper<T>) - Method in class science.aist.imaging.core.imageprocessing.transformation.InvertFunction
apply(ImageWrapper<T>) - Method in class science.aist.imaging.core.imageprocessing.transformation.ThresholdFunction
apply(ImageWrapper<T>) - Method in class science.aist.imaging.core.imageprocessing.transformation.TwoByteCropFunction
apply(ImageWrapper<T>) - Method in class science.aist.imaging.core.imageprocessing.transformation.TwoByteScaleFunction
apply(ImageWrapper<T>, double[][]) - Method in class science.aist.imaging.core.imageprocessing.filter.ConvolveFunction
apply(ImageWrapper<T>, ImageWrapper<R>) - Method in class science.aist.imaging.core.imageprocessing.registration.RegistrationImageFunction
applyAsBoolean(ImageWrapper<?>, ImageWrapper<?>) - Method in class science.aist.imaging.api.compare.GenericImageCompareFunction
applyAsBoolean(T, U) - Method in interface science.aist.imaging.api.util.ToBooleanBiFunction: Applies this function to the given arguments.
applyAsDouble(ImageWrapper<?>) - Method in class science.aist.imaging.core.imageprocessing.helper.FindMaxFunction
applyAsDouble(ImageWrapper<?>, ImageWrapper<?>) - Method in class science.aist.imaging.api.fitnessfunction.AbstractFitnessFunction
applyAsDouble(ImageWrapper<T>) - Method in class science.aist.imaging.core.imageprocessing.analysis.CalculateForegroundColorRatioFunction
applyColumnFunction(ColumnFunction, int, int, int, boolean) - Method in interface science.aist.imaging.api.domain.wrapper.ImageWrapper: Function that is applied for a given column
applyFitness(ImageWrapper<?>, ImageWrapper<?>, int, int, int, int, int) - Method in class science.aist.imaging.api.fitnessfunction.AbstractFitnessFunction: abstract method for applying the actual fitness implementation
applyFitness(ImageWrapper<?>, ImageWrapper<?>, int, int, int, int, int) - Method in class science.aist.imaging.core.imageprocessing.fitnessfunction.DistanceMapFitnessFunction
applyFitness(ImageWrapper<?>, ImageWrapper<?>, int, int, int, int, int) - Method in class science.aist.imaging.core.imageprocessing.fitnessfunction.MIFitnessFunction
applyFitness(ImageWrapper<?>, ImageWrapper<?>, int, int, int, int, int) - Method in class science.aist.imaging.core.imageprocessing.fitnessfunction.SSEFitnessFunction
applyFunction(PixelFunction) - Method in interface science.aist.imaging.api.domain.wrapper.ImageWrapper: Applies the given function for every pixel of the image if ImageWrapper.supportsParallelAccess() this is done parallel.
applyFunction(PixelFunction, boolean) - Method in interface science.aist.imaging.api.domain.wrapper.ImageWrapper: Applies the given function for every pixel of the image
applyFunction(PixelFunction, int, int, int, int) - Method in interface science.aist.imaging.api.domain.wrapper.ImageWrapper: Applies the given function for the pixels of the image segment defined by [startX, endX] and [startY, endX] if ImageWrapper.supportsParallelAccess() this is done parallel.
applyFunction(PixelFunction, int, int, int, int, int, int, boolean) - Method in interface science.aist.imaging.api.domain.wrapper.ImageWrapper: Applies the given function for the pixels of the image segment defined by [startX, endX] and [startY, endX]
applyFunction(PixelFunction, int, int, int, int, int, int, boolean) - Method in class science.aist.imaging.api.domain.wrapper.SubImageWrapper
areAllCollinear(List<JavaPoint2D>) - Method in class science.aist.imaging.core.pointprocessing.convexhull.GrahamConvexHull: Returns true iff all points in points are collinear.
averageType - Variable in class science.aist.imaging.opencv.imageprocessing.averaging.AbstractAveragingFilter
AverageType - Enum in science.aist.imaging.api.domain: Different averaging types.
averaging(Collection<ImageWrapper<Mat>>, ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.averaging.AbstractAveragingFilter
averaging(Collection<ImageWrapper<Mat>>, ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.averaging.MeanFilter
averaging(Collection<ImageWrapper<Mat>>, ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.averaging.MedianFilter

B

b - Variable in class science.aist.imaging.api.domain.threedimensional.JavaTriangle3D
b - Variable in class science.aist.imaging.api.domain.twodimensional.JavaTriangle2D
backgroundColor - Variable in class science.aist.imaging.core.imageprocessing.interpolation.AbstractInterpolationFunction
BGR - science.aist.imaging.api.domain.wrapper.ChannelType
BGRA - science.aist.imaging.api.domain.wrapper.ChannelType
BilinearInterpolationFunction - Class in science.aist.imaging.core.imageprocessing.interpolation: Bilinear Interpolation for a single pixel on a image
BilinearInterpolationFunction(double) - Constructor for class science.aist.imaging.core.imageprocessing.interpolation.BilinearInterpolationFunction
BINARY - science.aist.imaging.api.domain.wrapper.ChannelType
BINARY - science.aist.imaging.opencv.imageprocessing.domain.OpenCVThresholdType
BINARY_INV - science.aist.imaging.opencv.imageprocessing.domain.OpenCVThresholdType
BLACK - Static variable in class science.aist.imaging.api.domain.color.HSVColor: Black HSV Color
BLACK - Static variable in class science.aist.imaging.api.domain.color.RGBColor: Black RGB Color
BLACK - Static variable in class science.aist.imaging.api.domain.color.YUVColor: Black HSV Color
BLOCK - science.aist.imaging.tesseract.domain.OCRMode
BLUE - Static variable in class science.aist.imaging.api.domain.color.HSVColor: Blue HSV Color
BLUE - Static variable in class science.aist.imaging.api.domain.color.RGBColor: Blue RGB Color
BLUE - Static variable in class science.aist.imaging.api.domain.color.YUVColor: Blue HSV Color
BooleanValueContainer - Class in science.aist.imaging.api.domain.imagemetadata.valuecontainer: Implementation of ValueContainer for Boolean
BooleanValueContainer() - Constructor for class science.aist.imaging.api.domain.imagemetadata.valuecontainer.BooleanValueContainer
BORDER_CONSTANT - science.aist.imaging.opencv.imageprocessing.domain.OpenCVBorderMode
BORDER_DEFAULT - science.aist.imaging.opencv.imageprocessing.domain.OpenCVBorderMode
BORDER_ISOLATED - science.aist.imaging.opencv.imageprocessing.domain.OpenCVBorderMode
BORDER_REFLECT - science.aist.imaging.opencv.imageprocessing.domain.OpenCVBorderMode
BORDER_REFLECT_101 - science.aist.imaging.opencv.imageprocessing.domain.OpenCVBorderMode
BORDER_REFLECT101 - science.aist.imaging.opencv.imageprocessing.domain.OpenCVBorderMode
BORDER_REPLICATE - science.aist.imaging.opencv.imageprocessing.domain.OpenCVBorderMode
BORDER_TRANSPARENT - science.aist.imaging.opencv.imageprocessing.domain.OpenCVBorderMode
BORDER_WRAP - science.aist.imaging.opencv.imageprocessing.domain.OpenCVBorderMode
BOTTOM - science.aist.imaging.api.domain.Side
BoundaryTracing - Class in science.aist.imaging.core.imageprocessing.contour: Generic boundary tracer.
BoundaryTracing() - Constructor for class science.aist.imaging.core.imageprocessing.contour.BoundaryTracing
BrightnessFilter - Class in science.aist.imaging.opencv.imageprocessing.filter: Imagefunction for changing the brightness of an image.
BrightnessFilter() - Constructor for class science.aist.imaging.opencv.imageprocessing.filter.BrightnessFilter
BRISK - science.aist.imaging.api.featureextraction.AbstractPointFeatureDetection.ExtractorType
BufferedImageFactory - Class in science.aist.imaging.api.domain.wrapper.implementation: Implements the ImageFactory interface for BufferedImage
BufferedImageFactory() - Constructor for class science.aist.imaging.api.domain.wrapper.implementation.BufferedImageFactory: Do not instantiate this class directly.
BufferedImageFileLoader - Class in science.aist.imaging.core.storage: Loads a Buffered Image from a given File Path
BufferedImageFileLoader() - Constructor for class science.aist.imaging.core.storage.BufferedImageFileLoader
BufferedImageInputStreamLoader - Class in science.aist.imaging.core.storage: Loads a Buffered Image from a given Input Stream
BufferedImageInputStreamLoader() - Constructor for class science.aist.imaging.core.storage.BufferedImageInputStreamLoader
BufferedImageSaver - Class in science.aist.imaging.core.storage: Saves a BufferedImage using ImageIO
BufferedImageSaver() - Constructor for class science.aist.imaging.core.storage.BufferedImageSaver
BufferedImageType - Enum in science.aist.imaging.api.domain.wrapper.implementation: Types of an buffered image
BufferedImageWrapper - Class in science.aist.imaging.api.domain.wrapper.implementation: Wrapper of an buffered image
BufferedImageWrapper() - Constructor for class science.aist.imaging.api.domain.wrapper.implementation.BufferedImageWrapper
buildRectangle(double, double, double, double) - Method in class science.aist.imaging.api.domain.wrapper.AbstractRectangleWrapper: Method to create a new rectangle from to given points (defined by the x and y coordinates)
buildRectangle(double, double, double, double) - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVRectangleWrapper: Method to create a new rectangle from to given points (defined by the x and y coordinates)
buildRectangle(Point, Point) - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVRectangleWrapper: Method to create a new rectangle from to given points
buildRectangle(P, P) - Method in class science.aist.imaging.api.domain.wrapper.AbstractRectangleWrapper: Method to create a new rectangle from to given points
ByteArrayImage2ByteTransformer - Class in science.aist.imaging.microsoftcognitiveservices.transformers: This class transforms a javaImage into an application/octet-stream compatible byte array with bmp encoding.
ByteArrayImage2ByteTransformer() - Constructor for class science.aist.imaging.microsoftcognitiveservices.transformers.ByteArrayImage2ByteTransformer
ByteArrayJavaImageTransformer - Class in science.aist.imaging.tesseract.imageprocessing.transformers
ByteArrayJavaImageTransformer() - Constructor for class science.aist.imaging.tesseract.imageprocessing.transformers.ByteArrayJavaImageTransformer

C

c - Variable in class science.aist.imaging.api.domain.threedimensional.JavaTriangle3D
c - Variable in class science.aist.imaging.api.domain.twodimensional.JavaTriangle2D
C - science.aist.imaging.opencv.imageprocessing.domain.OpenCVDistanceType: CV_DIST_C
calculateBresenham() - Method in class science.aist.imaging.api.domain.twodimensional.JavaLine2D: https://rosettacode.org/wiki/Bitmap/Bresenham%27s_line_algorithm#C
calculateCenterPoint() - Method in class science.aist.imaging.api.domain.AbstractJavaLine: Calculate the center point of a given line
calculateCenterPoint() - Method in class science.aist.imaging.api.domain.AbstractJavaPointCloud
calculateCenterPoint() - Method in class science.aist.imaging.api.domain.threedimensional.JavaLine3D: Calculate the center point of a given line
x = (start.x + end.x) / 2
y = (start.y + end.y) / 2
z = (start.z + end.z) / 2
calculateCenterPoint() - Method in class science.aist.imaging.api.domain.threedimensional.JavaPointCloud3D
calculateCenterPoint() - Method in class science.aist.imaging.api.domain.twodimensional.JavaLine2D: Calculate the center point of a given line x = (start.x + end.x) / 2 y = (start.y + end.y) / 2
calculateCenterPoint() - Method in class science.aist.imaging.api.domain.twodimensional.JavaPointCloud2D
calculateContour() - Method in class science.aist.imaging.api.domain.AbstractJavaPolygon
calculateContour() - Method in class science.aist.imaging.api.domain.AbstractSurface
calculateContour() - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D
calculateDifference(RecognizedObject<T, V>, RecognizedObject<T, V>) - Method in class science.aist.imaging.core.objectprocessing.compare.impl.PixelDifferenceImpl
calculateDifference(RecognizedObject<T, V>, RecognizedObject<T, V>) - Method in interface science.aist.imaging.core.objectprocessing.compare.ObjectDifference
CalculateForegroundColorRatioFunction<T> - Class in science.aist.imaging.core.imageprocessing.analysis: Calculates the ratio of a specific foreground color.
CalculateForegroundColorRatioFunction() - Constructor for class science.aist.imaging.core.imageprocessing.analysis.CalculateForegroundColorRatioFunction
calculateGradient() - Method in class science.aist.imaging.api.domain.twodimensional.JavaLine2D: Calculates the gradient of the line
calculateInnerDepth() - Method in class science.aist.imaging.api.domain.AbstractJavaPolygon
calculateInnerDepth() - Method in class science.aist.imaging.api.domain.twodimensional.JavaPolygon2D
calculateLowerLeftBoundingBox() - Method in class science.aist.imaging.api.domain.RecognizedObject: Calculates most lower right point to create a bounding box around the object.
calculateMaskValue(int, int) - Method in class science.aist.imaging.core.imageprocessing.distance.AbstractDistanceMetric: Method which calculates the mask value at the given position
calculateMaskValue(int, int) - Method in class science.aist.imaging.core.imageprocessing.distance.ChessboardDistanceMetric
calculateMaskValue(int, int) - Method in class science.aist.imaging.core.imageprocessing.distance.EuclidianDistanceMetric
calculateMaskValue(int, int) - Method in class science.aist.imaging.core.imageprocessing.distance.ManhattanDistanceMetric
calculateNormalvector() - Method in class science.aist.imaging.api.domain.AbstractSurface
calculateNormalvector() - Method in class science.aist.imaging.api.domain.threedimensional.JavaPolygon3D
calculateNormalvector() - Method in class science.aist.imaging.api.domain.threedimensional.JavaTriangle3D
calculateNormalvector() - Method in class science.aist.imaging.api.domain.twodimensional.JavaPolygon2D
calculateNormalvector() - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D
calculateRotation() - Method in class science.aist.imaging.api.domain.twodimensional.JavaLine2D: Returns the getRotation of the given line.
calculateSquareAroundLine(double) - Method in class science.aist.imaging.api.domain.twodimensional.JavaLine2D: This function calculates a square around a line with a given distance.
calculateUnify() - Method in class science.aist.imaging.api.domain.AbstractJavaPoint
calculateUnify() - Method in class science.aist.imaging.api.domain.threedimensional.JavaPoint3D
calculateUnify() - Method in class science.aist.imaging.api.domain.twodimensional.JavaPoint2D
calculateUpperRightBoundingBox() - Method in class science.aist.imaging.api.domain.RecognizedObject: Calculates most upper left point to create a bounding box around the object.
calibrate(ImageWrapper) - Method in interface science.aist.imaging.api.positioning.PositionEvaluator: Method for calibrating the PositionEvaluator
calibrate(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.positioning.OpenCVGridbasedPositionEvaluator: Method for calibrating the PositionEvaluator
calibrate(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.positioning.OpenCVSizebasedPositionEvaluator: Method for calibrating the PositionEvaluator.
CCOMP - science.aist.imaging.opencv.imageprocessing.domain.OpenCVDistanceLabel: CV_DIST_LABEL_CCOMP
ChamferDistanceMapFunction<T> - Class in science.aist.imaging.core.imageprocessing.distance: Implementation of the chamfer distance map algorithm
ChamferDistanceMapFunction(double, AbstractDistanceMetric, ImageFactory<T>) - Constructor for class science.aist.imaging.core.imageprocessing.distance.ChamferDistanceMapFunction
ChannelMerger<I,T> - Class in science.aist.imaging.core.imageprocessing.conversion: Class for merging multiple images to one image
ChannelMerger() - Constructor for class science.aist.imaging.core.imageprocessing.conversion.ChannelMerger
channels - Variable in class science.aist.imaging.api.domain.color.Color
ChannelSplitter<I,T> - Class in science.aist.imaging.core.imageprocessing.conversion: Class for splitting an image into its channels
ChannelSplitter() - Constructor for class science.aist.imaging.core.imageprocessing.conversion.ChannelSplitter
channelType - Variable in class science.aist.imaging.api.domain.wrapper.AbstractImageWrapper: Channel type of the wrapped image
ChannelType - Enum in science.aist.imaging.api.domain.wrapper: Enum with pixel channel types
checkMask(ImageWrapper) - Method in class science.aist.imaging.core.imageprocessing.operator.AbstractOperator: Checks the given mask
checkRotationValue(double, String) - Method in class science.aist.imaging.api.domain.offset.RotationOffset
ChessboardDistanceMetric - Class in science.aist.imaging.core.imageprocessing.distance: Chessboard Distance implementation of the AbstractDistanceMetric
ChessboardDistanceMetric() - Constructor for class science.aist.imaging.core.imageprocessing.distance.ChessboardDistanceMetric
Chroma - Class in science.aist.imaging.api.domain.imagemetadata: Image Metadata class that contains information about Chroma
Chroma() - Constructor for class science.aist.imaging.api.domain.imagemetadata.Chroma
CLOCKWISE - science.aist.imaging.core.pointprocessing.convexhull.Turn
close() - Method in class science.aist.imaging.api.domain.wrapper.AbstractImageWrapper
close() - Method in interface science.aist.imaging.api.domain.wrapper.ImageWrapper: Overrides signature of close method from AutoCloseable Interface to not throw an exception
close() - Method in class science.aist.imaging.api.domain.wrapper.implementation.BufferedImageWrapper
close() - Method in class science.aist.imaging.api.domain.wrapper.SubImageWrapper
close() - Method in class science.aist.imaging.javacv.imageprocessing.wrapper.JavaCVImageWrapper
close() - Method in class science.aist.imaging.nd4j.imageprocessing.wrapper.INDArrayWrapper
close() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVImageWrapper: Calls the releases the allocated image.
close() - Method in class science.aist.imaging.tesseract.imageprocessing.opticalcharacterrecognition.tesseract.TesseractOCR: Close function to End api.
closeAfterApply(Function<T, R>) - Static method in interface science.aist.imaging.api.ImageFunction: We do not have everywhere a ImageFunction, sometimes it is just form the type function.
closed - Variable in class science.aist.imaging.api.domain.wrapper.AbstractImageWrapper: Flag to check if an image is closed
COLLINEAR - science.aist.imaging.core.pointprocessing.convexhull.Turn
color - Variable in class science.aist.imaging.core.imageprocessing.draw.AbstractDrawer
Color - Class in science.aist.imaging.api.domain.color: Class representing a color value
Color() - Constructor for class science.aist.imaging.api.domain.color.Color
Color(double...) - Constructor for class science.aist.imaging.api.domain.color.Color
Color(int) - Constructor for class science.aist.imaging.api.domain.color.Color
ColorConverter - Class in science.aist.imaging.imagej.imageprocessing.converter: Converts an ImageJ int color representation to a RGBColor object
ColorConverter() - Constructor for class science.aist.imaging.imagej.imageprocessing.converter.ColorConverter
ColoredToGreyscaleFunction<I,T> - Class in science.aist.imaging.core.imageprocessing.conversion: Converts a Colored Image into a Greyscale one
ColoredToGreyscaleFunction() - Constructor for class science.aist.imaging.core.imageprocessing.conversion.ColoredToGreyscaleFunction
ColorPartsSegmentationFunction<T,R> - Class in science.aist.imaging.core.imageprocessing.segmentation: This function segments color parts in a given image.
ColorPartsSegmentationFunction() - Constructor for class science.aist.imaging.core.imageprocessing.segmentation.ColorPartsSegmentationFunction
ColorToGreyScaleConverter - Interface in science.aist.imaging.core.imageprocessing.conversion: Interface to convert a color pixel into a greyscale one
ColorTransformFunction<T,R> - Class in science.aist.imaging.core.imageprocessing.transformation: Function that allows to change the color of the given image
ColorTransformFunction() - Constructor for class science.aist.imaging.core.imageprocessing.transformation.ColorTransformFunction
ColourSpace2ChannelTypeTransformer - Class in science.aist.imaging.openimaj.imageprocessing.transformer: Transformer implementation for transforming between Imaging's ChannelType to OpenIMAJ's ColourSpace
ColourSpace2ChannelTypeTransformer() - Constructor for class science.aist.imaging.openimaj.imageprocessing.transformer.ColourSpace2ChannelTypeTransformer
ColumnFunction - Interface in science.aist.imaging.api.domain.wrapper: Function which is applied for a given column in the given image
compare - Static variable in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVImageWrapper
compare(RecognizedObject<T, V>, RecognizedObject<T, V>) - Method in class science.aist.imaging.core.objectprocessing.compare.impl.PositionComparisonImpl
compare(RecognizedObject<T, V>, RecognizedObject<T, V>) - Method in interface science.aist.imaging.core.objectprocessing.compare.ObjectComparison: Compares form of the two objects.
compare(JavaLine2D, JavaLine2D) - Method in class science.aist.imaging.api.compare.JavaLineLengthComparator
compare(JavaPoint2D, JavaPoint2D) - Method in class science.aist.imaging.api.compare.JavaPointCoordinateComparator
compare(JavaPoint2D, JavaPoint2D) - Method in class science.aist.imaging.api.compare.JavaPointOriginComparator
compare(JavaPoint2D, JavaPoint2D) - Method in class science.aist.imaging.api.compare.JavaPointPathPositionComparator
Compression - Class in science.aist.imaging.api.domain.imagemetadata: Image Metadata class that contains information about Compression
Compression() - Constructor for class science.aist.imaging.api.domain.imagemetadata.Compression
ConstrainedDelaunayTriangulation2D - Class in science.aist.imaging.mesh.triangulation.delaunay.impl: Implementation of a constrained delaunay triangulation process for 2D points
ConstrainedDelaunayTriangulation2D() - Constructor for class science.aist.imaging.mesh.triangulation.delaunay.impl.ConstrainedDelaunayTriangulation2D
ConstrainedDelaunayTriangulation2D(boolean, boolean) - Constructor for class science.aist.imaging.mesh.triangulation.delaunay.impl.ConstrainedDelaunayTriangulation2D
ConstrainedDelaunayTriangulation3D - Class in science.aist.imaging.mesh.triangulation.delaunay.impl: Implementation of a constrained delaunay triangulation process for 3D points
ConstrainedDelaunayTriangulation3D() - Constructor for class science.aist.imaging.mesh.triangulation.delaunay.impl.ConstrainedDelaunayTriangulation3D
ConstrainedDelaunayTriangulation3D(boolean, boolean) - Constructor for class science.aist.imaging.mesh.triangulation.delaunay.impl.ConstrainedDelaunayTriangulation3D
contains(JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaTriangle2D: Tests if a 2D point lies inside this 2D triangle.
containsJavaPoint(JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangle2D: Checks if a point in contained in the rectangle.
containsJavaPoint(JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D
ContentAwareCrop - Class in science.aist.imaging.core.imageprocessing.transformation: Function for applying a content aware cropping based on a given background color
ContentAwareCrop() - Constructor for class science.aist.imaging.core.imageprocessing.transformation.ContentAwareCrop
contourColour - Variable in class science.aist.imaging.core.imageprocessing.distance.AbstractDistanceMapFunction
ContourDetector<T> - Class in science.aist.imaging.core.imageprocessing.contour: Generic contour detector which creates a contour image with 255 for contour pixels and 0 for background pixels
ContourDetector() - Constructor for class science.aist.imaging.core.imageprocessing.contour.ContourDetector
convert(int) - Method in class science.aist.imaging.imagej.imageprocessing.converter.ColorConverter: Converts a color represented as integer to a RGBColor object
convert(Color) - Method in class science.aist.imaging.imagej.imageprocessing.converter.ColorConverter: Converts a RGBColor object to a ImageJ integer color representation
ConvolveFunction<T,R> - Class in science.aist.imaging.core.imageprocessing.filter: Applies a given kernel to the given image wrapper.
ConvolveFunction() - Constructor for class science.aist.imaging.core.imageprocessing.filter.ConvolveFunction
copyTo(ImageWrapper<?>) - Method in interface science.aist.imaging.api.domain.wrapper.ImageWrapper: Copy the image of this wrapper into the given wrapper
COUNTER_CLOCKWISE - science.aist.imaging.core.pointprocessing.convexhull.Turn
create(int) - Method in class science.aist.imaging.core.imageprocessing.distance.AbstractDistanceMetric: Creates a distance metric mask with given masksize
create(TranslationOffset, double) - Static method in class science.aist.imaging.api.domain.offset.TranslationOffsetInMM: Method for creating a TranslationOffsetInMM Object
create(TranslationOffset, double, double) - Static method in class science.aist.imaging.api.domain.offset.TranslationOffsetInMM: Method for creating a TranslationOffsetInMM Object (Dimension parameters must represent both the height or both the width!)
create(Point2Wrapper<Point>, double, double, double) - Static method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVRotatedRectangleWrapper: Create a rotated rectangle and wraps it using this wrapper.
createBoundingBox(Collection<JavaPoint2D>) - Static method in class science.aist.imaging.api.domain.twodimensional.JavaRectangle2D: Creates a bounding box for a given set of java points
createBoundingBox(JavaPoint2D...) - Static method in class science.aist.imaging.api.domain.twodimensional.JavaRectangle2D: Creates a bounding box for a given set of java points
createByCenterRotationAndLength(JavaPoint2D, double, double) - Static method in class science.aist.imaging.api.domain.twodimensional.JavaLine2D: Create a Java Line by using the center of the line + a given getRotation + the length of the line
createColorRepresentation(RGBColor) - Static method in class science.aist.imaging.api.domain.color.RGBColor
createCopy(Class<X>) - Method in interface science.aist.imaging.api.domain.wrapper.ImageWrapper: Creates a copy with the given type
createCopy(ImageFactory<X>) - Method in interface science.aist.imaging.api.domain.wrapper.ImageWrapper: Creates a copy using the given ImageFactory
createLine(JavaPoint3D, JavaPoint3D) - Method in class science.aist.imaging.api.domain.threedimensional.JavaPolygon3D
createLine(JavaPoint3D, JavaPoint3D) - Method in class science.aist.imaging.api.domain.threedimensional.JavaTriangle3D
createLine(JavaPoint2D, double, int) - Static method in class science.aist.imaging.api.domain.twodimensional.JavaLine2D: Create a line out of a point and a specific getRotation with the "length" stepWidth
createLine(JavaPoint2D, JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaPolygon2D
createLine(JavaPoint2D, JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaTriangle2D
createLine(T, T) - Method in class science.aist.imaging.api.domain.AbstractJavaPolygon
createPoint(double, double, double) - Method in class science.aist.imaging.api.domain.AbstractJavaPolygon
createPoint(double, double, double) - Method in class science.aist.imaging.api.domain.threedimensional.JavaPolygon3D
createPoint(double, double, double) - Method in class science.aist.imaging.api.domain.twodimensional.JavaPolygon2D
createPointCloud(List<JavaPoint3D>) - Method in class science.aist.imaging.api.domain.threedimensional.JavaPointCloud3D
createPointCloud(List<JavaPoint2D>) - Method in class science.aist.imaging.api.domain.twodimensional.JavaPointCloud2D
createPointCloud(List<T>) - Method in class science.aist.imaging.api.domain.AbstractJavaPointCloud
createRectangle(double, double, double, double) - Static method in class science.aist.imaging.api.domain.twodimensional.JavaRectangle2D: Comfort method for creating an rectangle from any x and y points.
createRGBColor(int) - Static method in class science.aist.imaging.api.domain.color.RGBColor
cross(JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaPoint2D: Computes the 2D pseudo cross product Dot(Perp(this), JavaPoint) of this and the given JavaPoint.
crossProduct(JavaPoint3D) - Method in class science.aist.imaging.api.domain.threedimensional.JavaPoint3D
cutAngle(JavaLine2D, JavaLine2D) - Static method in class science.aist.imaging.api.domain.twodimensional.JavaLine2D: Calculates the cut angle between two lines

D

darken(RGBColor, float) - Static method in class science.aist.imaging.api.domain.color.RGBColor: Darkens a color by a given amount
DEFAULT - science.aist.imaging.opencv.imageprocessing.domain.OpenCVFeatures2d: Output image matrix will be created (Mat::create), i.e.
DENSE - science.aist.imaging.api.featureextraction.AbstractPointFeatureDetection.ExtractorType
detectFaces(ImageWrapper<short[][][]>) - Method in class science.aist.imaging.microsoftcognitiveservices.MicrosoftCognitiveServiceFaceDetection: Detects a face in the image, and returns a FaceInformation object to describe it.
detectFaces(ImageWrapper<T>) - Method in interface science.aist.imaging.api.facedetection.FaceDetection: Detects a face in the image, and returns a FaceInformation object to describe it.
DilateFunction<T,R> - Class in science.aist.imaging.core.imageprocessing.segmentation.morph: Implementation of Dilation
DilateFunction() - Constructor for class science.aist.imaging.core.imageprocessing.segmentation.morph.DilateFunction
Dimension - Class in science.aist.imaging.api.domain.imagemetadata: Image Metadata class that contains information about Dimension
Dimension() - Constructor for class science.aist.imaging.api.domain.imagemetadata.Dimension
Direction - Enum in science.aist.imaging.api.domain: Different direction types.
DistanceMapFitnessFunction - Class in science.aist.imaging.core.imageprocessing.fitnessfunction: Distance map based compare value fitness function
DistanceMapFitnessFunction(AbstractDistanceMapFunction<?>) - Constructor for class science.aist.imaging.core.imageprocessing.fitnessfunction.DistanceMapFitnessFunction
distanceMetric - Variable in class science.aist.imaging.core.imageprocessing.distance.AbstractDistanceMapFunction
div(double) - Method in class science.aist.imaging.api.domain.AbstractJavaPoint: Divides this by the given scalar.
div(double) - Method in class science.aist.imaging.api.domain.AbstractJavaPointCloud: Divides the point cloud by the given scalar.
div(double) - Method in class science.aist.imaging.api.domain.threedimensional.JavaPoint3D: Divides this by the given scalar.
div(double) - Method in class science.aist.imaging.api.domain.threedimensional.JavaPointCloud3D: Divides the point cloud by the given scalar.
div(double) - Method in class science.aist.imaging.api.domain.twodimensional.JavaPoint2D: Divides this by the given scalar.
div(double) - Method in class science.aist.imaging.api.domain.twodimensional.JavaPointCloud2D: Divides the point cloud by the given scalar.
DivFunction - Class in science.aist.imaging.core.imageprocessing.operator: Function that divides two images or a scalar value and an image
DivFunction() - Constructor for class science.aist.imaging.core.imageprocessing.operator.DivFunction
dot(JavaPoint3D) - Method in class science.aist.imaging.api.domain.threedimensional.JavaPoint3D: Computes the dot product of this and the given JavaPoint.
dot(JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaPoint2D: Computes the dot product of this and the given JavaPoint.
dot(T) - Method in class science.aist.imaging.api.domain.AbstractJavaPoint: Computes the dot product of this and the given JavaPoint.
DoubleValueContainer - Class in science.aist.imaging.api.domain.imagemetadata.valuecontainer: Implementation of ValueContainer for Double
DoubleValueContainer() - Constructor for class science.aist.imaging.api.domain.imagemetadata.valuecontainer.DoubleValueContainer
DRAW_OVER_OUTIMG - science.aist.imaging.opencv.imageprocessing.domain.OpenCVFeatures2d: Output image matrix will not be created (Mat::create).
DRAW_RICH_KEYPOINTS - science.aist.imaging.opencv.imageprocessing.domain.OpenCVFeatures2d: For each keypoint the circle around keypoint with keypoint size and orientation will be drawn.
DrawCircle - Class in science.aist.imaging.core.imageprocessing.draw.circle: Draw implementation for drawing a circle outline
DrawCircle() - Constructor for class science.aist.imaging.core.imageprocessing.draw.circle.DrawCircle
DrawCircleFilled - Class in science.aist.imaging.core.imageprocessing.draw.circle: Draw implementation for drawing a circle filled
DrawCircleFilled() - Constructor for class science.aist.imaging.core.imageprocessing.draw.circle.DrawCircleFilled
DrawDashedLine - Class in science.aist.imaging.core.imageprocessing.draw.line: Drawer for drawing a dashed line
DrawDashedLine() - Constructor for class science.aist.imaging.core.imageprocessing.draw.line.DrawDashedLine
DrawDottedLine - Class in science.aist.imaging.core.imageprocessing.draw.line: Drawer for drawing a dotted line
DrawDottedLine() - Constructor for class science.aist.imaging.core.imageprocessing.draw.line.DrawDottedLine
DrawLine - Class in science.aist.imaging.core.imageprocessing.draw.line: Draw implementation for drawing a line
DrawLine() - Constructor for class science.aist.imaging.core.imageprocessing.draw.line.DrawLine
DrawPointAsPolygon - Class in science.aist.imaging.core.imageprocessing.draw.circle: Class for drawing a symmetrical polygon for a given center point
DrawPointAsPolygon() - Constructor for class science.aist.imaging.core.imageprocessing.draw.circle.DrawPointAsPolygon
drawPoints(ImageWrapper, Collection<JavaPoint2D>) - Method in class science.aist.imaging.core.imageprocessing.draw.AbstractDrawer
DrawPolygon - Class in science.aist.imaging.core.imageprocessing.draw.polygon: Draw implementation for drawing any polygon's outline
DrawPolygon() - Constructor for class science.aist.imaging.core.imageprocessing.draw.polygon.DrawPolygon
DrawPolygonFilled - Class in science.aist.imaging.core.imageprocessing.draw.polygon: Draw implementation for drawing any polygon filled
DrawPolygonFilled() - Constructor for class science.aist.imaging.core.imageprocessing.draw.polygon.DrawPolygonFilled
DrawX - Class in science.aist.imaging.core.imageprocessing.draw.circle: Method for drawing an X for a given position
DrawX() - Constructor for class science.aist.imaging.core.imageprocessing.draw.circle.DrawX

E

endPoint - Variable in class science.aist.imaging.api.domain.AbstractJavaLine: end point of the line
EPSILON - Static variable in class science.aist.imaging.api.domain.offset.TranslationOffset
equalDoubles(double, double) - Method in class science.aist.imaging.api.domain.offset.TranslationOffset: Method which compares to doubles
equalDoubles(double, double) - Method in class science.aist.imaging.core.imageprocessing.transformers.color.HSVTransformer: Method which compares to doubles
equals(Object) - Method in class science.aist.imaging.api.domain.AbstractJavaPoint
equals(Object) - Method in class science.aist.imaging.api.domain.AbstractJavaPointCloud
equals(Object) - Method in class science.aist.imaging.api.domain.color.Color
equals(Object) - Method in class science.aist.imaging.api.domain.offset.OrientationOffset
equals(Object) - Method in class science.aist.imaging.api.domain.threedimensional.JavaTriangle3D
equals(Object) - Method in class science.aist.imaging.api.domain.threedimensional.NormalJavaPoint3D
equals(Object) - Method in class science.aist.imaging.api.domain.twodimensional.JavaLine2D
equals(Object) - Method in class science.aist.imaging.api.domain.twodimensional.JavaPoint2D
equals(Object) - Method in class science.aist.imaging.api.domain.twodimensional.JavaPolygon2D
equals(Object) - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D: Generated Code
equals(Object) - Method in class science.aist.imaging.api.domain.twodimensional.JavaTriangle2D
equals(Object) - Method in class science.aist.imaging.api.domain.twodimensional.MetaJavaPoint2D
equals(Object) - Method in class science.aist.imaging.api.domain.wrapper.AbstractImageWrapper: Uses GenericImageCompareFunction to compare if the two image wrappers are equal.
equals(Object) - Method in class science.aist.imaging.api.domain.wrapper.AbstractPoint2Wrapper: Generated Code
equals(Object) - Method in class science.aist.imaging.api.domain.wrapper.implementation.Image2Byte
equals(Object) - Method in class science.aist.imaging.api.domain.wrapper.implementation.Image8Byte
equals(Object) - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVImageWrapper
equals(Object, double) - Method in class science.aist.imaging.api.domain.AbstractJavaPoint: Equality check with epsilon for coordinates
equalToMaxValue(double) - Method in class science.aist.imaging.api.domain.offset.TranslationOffset: Method which compares value with Double.MAX_VALUE
equalToMinValue(double) - Method in class science.aist.imaging.api.domain.offset.TranslationOffset: Method which compares value with Double.MIN_VALUE
ErodeFunction<T,R> - Class in science.aist.imaging.core.imageprocessing.segmentation.morph: Implementation of Erosion
ErodeFunction() - Constructor for class science.aist.imaging.core.imageprocessing.segmentation.morph.ErodeFunction
EuclidianDistanceMetric - Class in science.aist.imaging.core.imageprocessing.distance: Euclidean Distance implementation of the AbstractDistanceMetric
EuclidianDistanceMetric() - Constructor for class science.aist.imaging.core.imageprocessing.distance.EuclidianDistanceMetric
execute(double, double) - Method in class science.aist.imaging.core.imageprocessing.operator.AbsSubFunction
execute(double, double) - Method in class science.aist.imaging.core.imageprocessing.operator.AbstractOperator: Method that calculates the new value based on the two source values
execute(double, double) - Method in class science.aist.imaging.core.imageprocessing.operator.AddFunction
execute(double, double) - Method in class science.aist.imaging.core.imageprocessing.operator.DivFunction
execute(double, double) - Method in class science.aist.imaging.core.imageprocessing.operator.MulFunction
execute(double, double) - Method in class science.aist.imaging.core.imageprocessing.operator.SubFunction
ExtractImagesFromPDF - Class in science.aist.imaging.pdfbox: Extracts all Images from the pdf and returns them as a list of buffered images
ExtractImagesFromPDF() - Constructor for class science.aist.imaging.pdfbox.ExtractImagesFromPDF

F

FaceDetection<T> - Interface in science.aist.imaging.api.facedetection
FaceInformation<T> - Class in science.aist.imaging.api.facedetection
FaceInformation() - Constructor for class science.aist.imaging.api.facedetection.FaceInformation
failure - Variable in class science.aist.imaging.api.domain.offset.TranslationOffset
FAST - science.aist.imaging.api.featureextraction.AbstractPointFeatureDetection.ExtractorType
FeatureDetection<E,I> - Interface in science.aist.imaging.api.featureextraction: This interface is used to compute a `FeatureWrapper` of an image.
FeatureMatch - Class in science.aist.imaging.api.domain: Object containing information for a feature match between two images.
FeatureMatch() - Constructor for class science.aist.imaging.api.domain.FeatureMatch
features - Variable in class science.aist.imaging.api.domain.wrapper.AbstractFeatureWrapper
FeatureWrapper<E> - Interface in science.aist.imaging.api.domain.wrapper: Interface for providing/saving unique and prominent information.
filter(List<RecognizedObject<T, V>>, double) - Method in interface science.aist.imaging.core.imageprocessing.filter.FilterObjects: Remove objects from the given list using a threshold.
filter(List<RecognizedObject<T, V>>, double) - Method in class science.aist.imaging.core.imageprocessing.filter.impl.FilterSmallRecognizedObjects
FilterObjects<T,V> - Interface in science.aist.imaging.core.imageprocessing.filter: Filters list of recognized objects, depending on the implementation.
FilterSmallRecognizedObjects<T,V> - Class in science.aist.imaging.core.imageprocessing.filter.impl: Removes recognized objects, which are too small.
FilterSmallRecognizedObjects() - Constructor for class science.aist.imaging.core.imageprocessing.filter.impl.FilterSmallRecognizedObjects
FImageFactory - Class in science.aist.imaging.openimaj.imageprocessing.wrapper: Implementation of a ImageFactory for OpenIMAJ's FImage
FImageFactory() - Constructor for class science.aist.imaging.openimaj.imageprocessing.wrapper.FImageFactory: Do not instantiate this class directly.
FImageWrapper - Class in science.aist.imaging.openimaj.imageprocessing.wrapper: Implementation of a ImageWrapper for OpenIMAJ's FImage
FImageWrapper(FImage, ChannelType) - Constructor for class science.aist.imaging.openimaj.imageprocessing.wrapper.FImageWrapper
findClosest(RecognizedObject<T, V>, List<RecognizedObject<T, V>>, RecognizedObject<T, V>) - Method in class science.aist.imaging.core.objectprocessing.compare.impl.PositionComparisonImpl
findClosest(RecognizedObject<T, V>, List<RecognizedObject<T, V>>, RecognizedObject<T, V>) - Method in interface science.aist.imaging.core.objectprocessing.compare.ObjectComparison: Compares one object with a list of other objects.
FindMaxFunction - Class in science.aist.imaging.core.imageprocessing.helper: Finds the maximum value in a single channel ImageWrapper of short[][][]
FindMaxFunction() - Constructor for class science.aist.imaging.core.imageprocessing.helper.FindMaxFunction
FitnessFunction<E,I> - Interface in science.aist.imaging.api.fitnessfunction: This interface provides metrics for example `SumOfSquareDifferences` to compute the similarity of two images.
freeAllocatedImageWrappers() - Static method in class science.aist.imaging.api.domain.wrapper.AbstractImageWrapper: Frees all allocated Image wrappers by calling close method

G

GammaCorrectionFunction<P,T> - Class in science.aist.imaging.core.imageprocessing.contrast: Gamma correction implementation
GammaCorrectionFunction(ImageFactory<T>) - Constructor for class science.aist.imaging.core.imageprocessing.contrast.GammaCorrectionFunction
GaussFilterFunction<T,R> - Class in science.aist.imaging.core.imageprocessing.filter.lowpass: Implementation of a gauss filter
GaussFilterFunction(ImageFactory<R>) - Constructor for class science.aist.imaging.core.imageprocessing.filter.lowpass.GaussFilterFunction
GenericImageCompareFunction - Class in science.aist.imaging.api.compare: Generic image compare function, to compare any image wrappers, and check if they are equals.
GenericImageCompareFunction() - Constructor for class science.aist.imaging.api.compare.GenericImageCompareFunction
GenericImageConsumer<I,I2,T> - Class in science.aist.imaging.api: Generic image consumer that applies a wrapped consumer to a given image
GenericImageConsumer(BiConsumer<ImageWrapper<I2>, T>, Class<I2>) - Constructor for class science.aist.imaging.api.GenericImageConsumer
GenericImageConsumer(BiConsumer<ImageWrapper<I2>, T>, ImageFactory<I2>) - Constructor for class science.aist.imaging.api.GenericImageConsumer
GenericImageFunction<I,O,I2,O2> - Class in science.aist.imaging.api: Generic image function that enables the interoperability between different ImageWrapper implementations
GenericImageFunction(Function<ImageWrapper<I2>, ImageWrapper<O2>>, Class<I2>, Class<O>) - Constructor for class science.aist.imaging.api.GenericImageFunction: Constructor of a GenericImageFunction
GenericImageFunction(Function<ImageWrapper<I2>, ImageWrapper<O2>>, ImageFactory<I2>, ImageFactory<O>) - Constructor for class science.aist.imaging.api.GenericImageFunction: Constructor of a GenericImageFunction
GenericImageWrapperTransformer<T,P> - Class in science.aist.imaging.core.imageprocessing.transformers: Generic transformer which allows to transform between given ImageWrapper types
GenericImageWrapperTransformer() - Constructor for class science.aist.imaging.core.imageprocessing.transformers.GenericImageWrapperTransformer
GenericMorphFunction<T,P> - Class in science.aist.imaging.core.imageprocessing.segmentation.morph: Generic implementation of a morph function that allows to dilate/erode any foreground colors (not limited to binary!) Use the isBackgroundFunction to determine if a pixel is a foreground or a background pixel.
GenericMorphFunction(ImageFactory, int) - Constructor for class science.aist.imaging.core.imageprocessing.segmentation.morph.GenericMorphFunction: Constructor that creates a GenericMorphFunction object with a neighbor mask of the given size
getA() - Method in interface science.aist.imaging.api.domain.Triangle
getAffectedTile(Point2Wrapper<Point>) - Method in class science.aist.imaging.opencv.imageprocessing.positioning.OpenCVGridbasedPositionEvaluator: Gets the tile which contains the given position.
getAffectedTile(Point2Wrapper) - Method in interface science.aist.imaging.api.positioning.GridbasedPositionEvaluator: Gets the tile which contains the given position.
getArea() - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D
getB() - Method in interface science.aist.imaging.api.domain.Triangle
getBestPossibleError() - Method in class science.aist.imaging.api.fitnessfunction.AbstractFitnessFunction
getBestPossibleError() - Method in class science.aist.imaging.core.imageprocessing.fitnessfunction.DistanceMapFitnessFunction
getBestPossibleError() - Method in class science.aist.imaging.core.imageprocessing.fitnessfunction.MIFitnessFunction
getBestPossibleError() - Method in class science.aist.imaging.core.imageprocessing.fitnessfunction.SSEFitnessFunction
getBestXYradInSector(int, int, int, int) - Method in class science.aist.imaging.core.imageprocessing.houghspace.HoughSpaceLines: get the best value in a specific sector
getBestXYradInSectorForRotation(int, int, int, int, double, double) - Method in class science.aist.imaging.core.imageprocessing.houghspace.HoughSpaceLines: get the best value in a specific sector in a specific direction
getBlue() - Method in class science.aist.imaging.api.domain.color.RGBColor
getBorderLines() - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D
getBottomLeft() - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D: Calculate the bottom left point of the rectangle
getBottomLeftPoint() - Method in interface science.aist.imaging.api.domain.wrapper.RotatedRectangleWrapper
getBottomLeftPoint() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVRotatedRectangleWrapper
getBottomLine() - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D
getBottomRight() - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D: Calculate the bottom right point of the rectangle
getBottomRightPoint() - Method in interface science.aist.imaging.api.domain.wrapper.RectangleWrapper
getBottomRightPoint() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVRectangleWrapper
getBottomRightPoint() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVRotatedRectangleWrapper
getBoundingBox(ImageWrapper) - Method in interface science.aist.imaging.api.objectdetection.ObjectDetector: Method for detecting an object.
getBoundingBox(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.objectdetection.OpenCVDifferencebasedObjectDetector: Method for detecting an object based on the differences between the reference image and the input image.
getBoundingBox(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.objectdetection.OpenCVFeaturebasedObjectDetector: Method for detecting an object.
getBoundingBox(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.objectdetection.OpenCVHSVColorbasedObjectDetector: Method for detecting an object.
getBoundingBox(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.objectdetection.OpenCVRGBColorbasedObjectDetector: Method for detecting an object with preferably unique color.
getC() - Method in interface science.aist.imaging.api.domain.Triangle
getCenterPoint() - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D
getCenterPoint() - Method in interface science.aist.imaging.api.domain.wrapper.RectangleWrapper
getCenterPoint() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVRectangleWrapper
getCenterPoint() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVRotatedRectangleWrapper
getChannel(int) - Method in class science.aist.imaging.api.domain.color.Color
getChannel1() - Method in class science.aist.imaging.api.domain.color.HSVColor
getChannel1() - Method in class science.aist.imaging.api.domain.color.RGBColor
getChannel1() - Method in interface science.aist.imaging.api.domain.color.ThreeChannelColor
getChannel1() - Method in class science.aist.imaging.api.domain.color.YUVColor
getChannel2() - Method in class science.aist.imaging.api.domain.color.HSVColor
getChannel2() - Method in class science.aist.imaging.api.domain.color.RGBColor
getChannel2() - Method in interface science.aist.imaging.api.domain.color.ThreeChannelColor
getChannel2() - Method in class science.aist.imaging.api.domain.color.YUVColor
getChannel3() - Method in class science.aist.imaging.api.domain.color.HSVColor
getChannel3() - Method in class science.aist.imaging.api.domain.color.RGBColor
getChannel3() - Method in interface science.aist.imaging.api.domain.color.ThreeChannelColor
getChannel3() - Method in class science.aist.imaging.api.domain.color.YUVColor
getChannels() - Method in class science.aist.imaging.api.domain.color.Color
getChannels() - Method in interface science.aist.imaging.api.domain.wrapper.ImageWrapper
getChannels() - Method in class science.aist.imaging.api.domain.wrapper.SubImageWrapper
getChannels() - Method in class science.aist.imaging.imagej.imageprocessing.wrapper.ImageProcessorWrapper
getChannels() - Method in class science.aist.imaging.imagej.imageprocessing.wrapper.ImageStackWrapper
getChannels() - Method in class science.aist.imaging.nd4j.imageprocessing.wrapper.INDArrayWrapper
getChannels() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVImageWrapper
getChannels() - Method in class science.aist.imaging.openimaj.imageprocessing.wrapper.FImageWrapper
getChannels() - Method in class science.aist.imaging.openimaj.imageprocessing.wrapper.MBFImageWrapper
getChannelsShort() - Method in class science.aist.imaging.api.domain.color.Color
getChannelType() - Method in class science.aist.imaging.api.domain.wrapper.AbstractImageWrapper: Getter for the channel type
getChannelType() - Method in interface science.aist.imaging.api.domain.wrapper.ImageWrapper
getChannelType() - Method in class science.aist.imaging.api.domain.wrapper.implementation.BufferedImageWrapper
getChannelType() - Method in class science.aist.imaging.api.domain.wrapper.SubImageWrapper
getCircleContour(JavaPoint2D) - Method in class science.aist.imaging.core.imageprocessing.draw.circle.AbstractDrawCircle
getColorRepresentation() - Method in class science.aist.imaging.api.domain.color.RGBColor
getColorRepresentation(Input) - Method in interface science.aist.imaging.core.imageprocessing.creator.JavaImageColorCallback: Returns a color representation for a given input
getEndPoint() - Method in class science.aist.imaging.api.domain.wrapper.AbstractLineWrapper
getEndPoint() - Method in interface science.aist.imaging.api.domain.wrapper.LineWrapper
getExtractorType() - Method in class science.aist.imaging.api.featureextraction.AbstractPointFeatureDetection
getFailure() - Method in class science.aist.imaging.api.domain.offset.TranslationOffset: Getter for failure-value which represents the correctness of the offset result
getFeature(ImageWrapper, String) - Method in interface science.aist.imaging.api.featureextraction.FeatureDetection: Method for computing feature of an image source.
getFeature(ImageWrapper, String, int) - Method in interface science.aist.imaging.api.featureextraction.FeatureDetection: Method for computing feature of an image source.
getFeature(ImageWrapper<Mat>, String) - Method in class science.aist.imaging.opencv.imageprocessing.featureextraction.OpenCVEdgeFeatureDetection: Method for computing feature of an image source.
getFeature(ImageWrapper<Mat>, String) - Method in class science.aist.imaging.opencv.imageprocessing.featureextraction.OpenCVPointFeatureDetection: Method for computing feature of an image source.
getFeature(ImageWrapper<Mat>, String, int) - Method in class science.aist.imaging.opencv.imageprocessing.featureextraction.OpenCVEdgeFeatureDetection
getFeature(ImageWrapper<Mat>, String, int) - Method in class science.aist.imaging.opencv.imageprocessing.featureextraction.OpenCVPointFeatureDetection
getFeatures() - Method in class science.aist.imaging.api.domain.wrapper.AbstractFeatureWrapper: Getter for the contained features which represents the features.
getFeatures() - Method in interface science.aist.imaging.api.domain.wrapper.FeatureWrapper: Getter for the contained features which represents the features.
getFitness(FeatureWrapper<E>, FeatureWrapper<E>) - Method in interface science.aist.imaging.api.fitnessfunction.FitnessFunction: This function is used to calculate similarity of two features.
getFitness(FeatureWrapper<KeyPoint>, FeatureWrapper<KeyPoint>) - Method in class science.aist.imaging.opencv.imageprocessing.fitnessfunction.OpenCVFitnessFunction: This function is used to calculate similarity of two features.
getFitness(ImageWrapper, ImageWrapper) - Method in interface science.aist.imaging.api.fitnessfunction.FitnessFunction: This function is used to calculate similarity of two images
getFitness(ImageWrapper, ImageWrapper, RGBColor) - Method in interface science.aist.imaging.api.fitnessfunction.FitnessFunction: This function is used to calculate similarity of two images
getFitness(ImageWrapper<Mat>, ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.fitnessfunction.OpenCVFitnessFunction: This function is used to calculate similarity of two images
getFitness(ImageWrapper<Mat>, ImageWrapper<Mat>, RGBColor) - Method in class science.aist.imaging.opencv.imageprocessing.fitnessfunction.OpenCVFitnessFunction: This function is used to calculate similarity of two images.
getForId(int) - Static method in enum science.aist.imaging.api.domain.wrapper.implementation.BufferedImageType: Gets the enum value for the given id
getGreen() - Method in class science.aist.imaging.api.domain.color.RGBColor
getHeight() - Method in class science.aist.imaging.api.domain.threedimensional.JavaModel3D: gets value of field JavaModel3D.height which represents the internal state.
getHeight() - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D
getHeight() - Method in interface science.aist.imaging.api.domain.wrapper.ImageWrapper
getHeight() - Method in class science.aist.imaging.api.domain.wrapper.implementation.BufferedImageWrapper
getHeight() - Method in interface science.aist.imaging.api.domain.wrapper.RectangleWrapper
getHeight() - Method in class science.aist.imaging.api.domain.wrapper.SubImageWrapper
getHeight() - Method in class science.aist.imaging.imagej.imageprocessing.wrapper.ImageProcessorWrapper
getHeight() - Method in class science.aist.imaging.imagej.imageprocessing.wrapper.ImageStackWrapper
getHeight() - Method in class science.aist.imaging.javacv.imageprocessing.wrapper.JavaCVImageWrapper
getHeight() - Method in class science.aist.imaging.nd4j.imageprocessing.wrapper.INDArrayWrapper
getHeight() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVImageWrapper
getHeight() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVRectangleWrapper
getHeight() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVRotatedRectangleWrapper
getHeight() - Method in class science.aist.imaging.openimaj.imageprocessing.wrapper.FImageWrapper
getHeight() - Method in class science.aist.imaging.openimaj.imageprocessing.wrapper.MBFImageWrapper
getHeight() - Method in class science.aist.imaging.openjfx.imageprocessing.wrapper.WritableImageWrapper
getHorizontalAngleOffset() - Method in class science.aist.imaging.api.domain.offset.OrientationOffset: Getter of orientational offset on x-axis (in degrees)
getHorizontalTiles() - Method in interface science.aist.imaging.api.positioning.GridbasedPositionEvaluator
getHoughSpaceValue(int, int, int) - Method in class science.aist.imaging.core.imageprocessing.houghspace.HoughSpaceLines: get a value from the hough space
getHue() - Method in class science.aist.imaging.api.domain.color.HSVColor
getImage() - Method in class science.aist.imaging.api.domain.wrapper.AbstractImageWrapper: Getter for the wrapped image.
getImage() - Method in interface science.aist.imaging.api.domain.wrapper.ImageWrapper: Getter for the wrapped image.
getImage() - Method in class science.aist.imaging.api.domain.wrapper.implementation.BufferedImageWrapper
getImage() - Method in class science.aist.imaging.api.domain.wrapper.SubImageWrapper
getImage(double[][][]) - Method in class science.aist.imaging.api.domain.wrapper.implementation.Image8ByteFactory
getImage(int, int) - Method in interface science.aist.imaging.api.domain.wrapper.ImageFactory: Creates a greyscale image with the given height and width
getImage(int, int, int) - Method in class science.aist.imaging.javacv.imageprocessing.wrapper.JavaCVFactory
getImage(int, int, int) - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVFactory
getImage(int, int, int) - Method in class science.aist.imaging.openimaj.imageprocessing.wrapper.MBFImageFactory: Creates a greyscale image with the given height and width
getImage(int, int, int, ChannelType) - Method in class science.aist.imaging.javacv.imageprocessing.wrapper.JavaCVFactory
getImage(int, int, int, ChannelType) - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVFactory
getImage(int, int, ChannelType) - Method in interface science.aist.imaging.api.domain.wrapper.ImageFactory: Creates a image with the given height, width and channeltype
getImage(int, int, ChannelType) - Method in class science.aist.imaging.api.domain.wrapper.implementation.BufferedImageFactory
getImage(int, int, ChannelType) - Method in class science.aist.imaging.api.domain.wrapper.implementation.Image2ByteFactory
getImage(int, int, ChannelType) - Method in class science.aist.imaging.api.domain.wrapper.implementation.Image8ByteFactory
getImage(int, int, ChannelType) - Method in class science.aist.imaging.imagej.imageprocessing.wrapper.ImageProcessorFactory
getImage(int, int, ChannelType) - Method in class science.aist.imaging.imagej.imageprocessing.wrapper.ImageStackFactory
getImage(int, int, ChannelType) - Method in class science.aist.imaging.javacv.imageprocessing.wrapper.JavaCVFactory
getImage(int, int, ChannelType) - Method in class science.aist.imaging.nd4j.imageprocessing.wrapper.INDArrayFactory
getImage(int, int, ChannelType) - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVFactory
getImage(int, int, ChannelType) - Method in class science.aist.imaging.openimaj.imageprocessing.wrapper.FImageFactory
getImage(int, int, ChannelType) - Method in class science.aist.imaging.openimaj.imageprocessing.wrapper.MBFImageFactory
getImage(int, int, ChannelType) - Method in class science.aist.imaging.openjfx.imageprocessing.wrapper.WriteableImageFactory
getImage(int, int, ChannelType, double) - Method in interface science.aist.imaging.api.domain.wrapper.ImageFactory: Method which provides an image of the required type with the given properties and initializes it with the given default value
getImage(int, int, ChannelType, double[]) - Method in interface science.aist.imaging.api.domain.wrapper.ImageFactory: Method which provides an image of the required type with the given properties and initializes it with the given default value
getImage(int, int, ChannelType, double[][][]) - Method in class science.aist.imaging.api.domain.wrapper.implementation.Image8ByteFactory
getImage(int, int, ChannelType, short[][][]) - Method in class science.aist.imaging.api.domain.wrapper.implementation.Image2ByteFactory
getImage(int, int, ChannelType, ImageStack) - Method in class science.aist.imaging.imagej.imageprocessing.wrapper.ImageStackFactory
getImage(int, int, ChannelType, ImageProcessor) - Method in class science.aist.imaging.imagej.imageprocessing.wrapper.ImageProcessorFactory
getImage(int, int, ChannelType, BufferedImage) - Method in class science.aist.imaging.api.domain.wrapper.implementation.BufferedImageFactory: Prefer BufferedImageFactory.getImage(BufferedImage) since height, width and channeltype are not used since this information is provided by the image itself
getImage(int, int, ChannelType, WritableImage) - Method in class science.aist.imaging.openjfx.imageprocessing.wrapper.WriteableImageFactory
getImage(int, int, ChannelType, Mat) - Method in class science.aist.imaging.javacv.imageprocessing.wrapper.JavaCVFactory: Encapsulates the given image
getImage(int, int, ChannelType, INDArray) - Method in class science.aist.imaging.nd4j.imageprocessing.wrapper.INDArrayFactory
getImage(int, int, ChannelType, Mat) - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVFactory: Encapsulates the given image
getImage(int, int, ChannelType, FImage) - Method in class science.aist.imaging.openimaj.imageprocessing.wrapper.FImageFactory
getImage(int, int, ChannelType, MBFImage) - Method in class science.aist.imaging.openimaj.imageprocessing.wrapper.MBFImageFactory
getImage(int, int, ChannelType, Color) - Method in interface science.aist.imaging.api.domain.wrapper.ImageFactory: Method which provides an image of the required type with the given properties and initializes it with the given default value
getImage(int, int, ChannelType, X) - Method in interface science.aist.imaging.api.domain.wrapper.ImageFactory: Creates a image with the given height, width and channeltype
getImage(short[][][]) - Method in class science.aist.imaging.api.domain.wrapper.implementation.Image2ByteFactory
getImage(ImageStack) - Method in class science.aist.imaging.imagej.imageprocessing.wrapper.ImageStackFactory
getImage(ImageProcessor) - Method in class science.aist.imaging.imagej.imageprocessing.wrapper.ImageProcessorFactory
getImage(BufferedImage) - Method in class science.aist.imaging.api.domain.wrapper.implementation.BufferedImageFactory: Creates an imagewrapper of the given buffered image
getImage(WritableImage) - Method in class science.aist.imaging.openjfx.imageprocessing.wrapper.WriteableImageFactory
getImage(Mat) - Method in class science.aist.imaging.javacv.imageprocessing.wrapper.JavaCVFactory: Encapsulates the given image
getImage(Mat, ChannelType) - Method in class science.aist.imaging.javacv.imageprocessing.wrapper.JavaCVFactory: Factory method for getting an opencv image
getImage(INDArray) - Method in class science.aist.imaging.nd4j.imageprocessing.wrapper.INDArrayFactory
getImage(Mat) - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVFactory: Encapsulates the given image
getImage(Mat, ChannelType) - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVFactory: Factory method for getting an opencv image
getImage(FImage) - Method in class science.aist.imaging.openimaj.imageprocessing.wrapper.FImageFactory
getImage(MBFImage) - Method in class science.aist.imaging.openimaj.imageprocessing.wrapper.MBFImageFactory
getImage(X) - Method in interface science.aist.imaging.api.domain.wrapper.ImageFactory: Creates a image with the given image
getImageFactory(Class<T>) - Static method in class science.aist.imaging.api.domain.wrapper.implementation.ImageFactoryFactory: This method uses the ServiceLoader to load all available ImageFactory implementation.
getImageMask() - Method in enum science.aist.imaging.api.domain.NeighborType
getInterpolatedPoints(int) - Method in class science.aist.imaging.api.domain.AbstractJavaLine: Method for getting n points between start and endpoint
getInterpolatedPoints(int, boolean) - Method in class science.aist.imaging.api.domain.AbstractJavaLine: Method for getting n points between start and endpoint
getIntersection(P, AbstractJavaLine) - Method in class science.aist.imaging.api.domain.AbstractSurface: Determines the point of intersection between this surface and a line (source: https://stackoverflow.com/questions/5666222/3d-line-plane-intersection)
getIntersection(JavaLine3D) - Method in class science.aist.imaging.api.domain.threedimensional.JavaTriangle3D: Determines the point of intersection between this triangle and a line (source: https://stackoverflow.com/questions/5666222/3d-line-plane-intersection)
getIntersection(JavaPolygon2D, JavaPolygon2D) - Static method in class science.aist.imaging.api.domain.twodimensional.JavaPolygon2D: Method for getting the intersection polygon of two polygons
getIntersection(JavaRectangle2D, JavaRectangle2D) - Static method in class science.aist.imaging.api.domain.twodimensional.JavaRectangle2D: Method that calculates the intersection rectangle of two rectangles.
getIntersectionPoint(JavaLine2D, JavaLine2D) - Static method in class science.aist.imaging.api.domain.twodimensional.JavaLine2D: http://stackoverflow.com/a/19342455
getIntX() - Method in class science.aist.imaging.api.domain.AbstractJavaPoint: Returns the rounded int value
getIntY() - Method in class science.aist.imaging.api.domain.AbstractJavaPoint: Returns the rounded int value
getIntZ() - Method in class science.aist.imaging.api.domain.AbstractJavaPoint: Returns the rounded int value
getLeftLine() - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D
getLength() - Method in class science.aist.imaging.api.domain.threedimensional.JavaModel3D: gets value of field JavaModel3D.length which represents the internal state.
getLineDirection() - Method in class science.aist.imaging.api.domain.AbstractJavaLine
getLineDirection() - Method in class science.aist.imaging.api.domain.twodimensional.JavaLine2D
getLowestPoint(List<JavaPoint2D>) - Method in class science.aist.imaging.core.pointprocessing.convexhull.GrahamConvexHull: Returns the points with the lowest y coordinate.
getMaxVal(int) - Method in enum science.aist.imaging.api.domain.wrapper.ChannelType: Get the max val of the given channel
getMetaInfo(String) - Method in class science.aist.imaging.api.domain.twodimensional.MetaJavaPoint2D: Returns the meta information for a specific key and casts it to <T>
getMinVal(int) - Method in enum science.aist.imaging.api.domain.wrapper.ChannelType: Get the min val of the given channel
getNoneEdgeVertex(JavaLine2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaTriangle2D: Returns the vertex of this triangle that is not part of the given edge.
getNormalvector() - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangle2D
getNumberOfChannels() - Method in class science.aist.imaging.api.domain.color.Color
getNumOfRotations() - Method in class science.aist.imaging.core.imageprocessing.houghspace.HoughSpaceLines
getObjectCenter(ImageWrapper) - Method in class science.aist.imaging.api.objectdetection.AbstractObjectDetector: Method for detecting an object with preferably unique color.
getObjectCenter(ImageWrapper) - Method in interface science.aist.imaging.api.objectdetection.ObjectDetector: Method for detecting an object.
getObjectWidthInMM() - Method in interface science.aist.imaging.api.positioning.SizebasedPositionEvaluator
getOffset(ImageWrapper, ImageWrapper) - Method in interface science.aist.imaging.api.positioning.PositionEvaluator: Method for evaluating the offset of an object between two images
getOffset(ImageWrapper<Mat>, ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.positioning.OpenCVGridbasedPositionEvaluator: Method for evaluating the offset of an object between two images
getOffset(ImageWrapper<Mat>, ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.positioning.OpenCVSizebasedPositionEvaluator: Method for evaluating the offset of an object between two images (Note: Before using method calibrate() and setObjectDimensionInMM() !)
getPoint() - Method in class science.aist.imaging.api.domain.wrapper.AbstractPoint2Wrapper: Getter for the wrapped point object.
getPoint() - Method in interface science.aist.imaging.api.domain.wrapper.Point2Wrapper: Getter for the wrapped point object.
getPointAlongLine(double) - Method in class science.aist.imaging.api.domain.AbstractJavaLine: Method for getting a point along this line with the given distance from the startPoint (Based on https://math.stackexchange.com/questions/175896/finding-a-point-along-a-line-a-certain-distance-away-from-another-point) Note: abstract implementation because of generic T not possible also if it is the same calculation.
getPointAlongLine(double) - Method in class science.aist.imaging.api.domain.threedimensional.JavaLine3D: Method for getting a point along this line with the given distance from the startPoint (Based on https://math.stackexchange.com/questions/175896/finding-a-point-along-a-line-a-certain-distance-away-from-another-point)
getPointAlongLine(double) - Method in class science.aist.imaging.api.domain.twodimensional.JavaLine2D: Method for getting a point along this line with the given distance from the startPoint * (Based on https://math.stackexchange.com/questions/175896/finding-a-point-along-a-line-a-certain-distance-away-from-another-point)
getPoints() - Method in class science.aist.imaging.api.domain.AbstractJavaPolygon
getPoints() - Method in interface science.aist.imaging.api.domain.wrapper.RotatedRectangleWrapper
getPoints() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVRotatedRectangleWrapper
getPolygonFromUnsortedPointCloud(JavaPoint2D...) - Static method in class science.aist.imaging.api.domain.twodimensional.JavaPolygon2D: Sorts the given point cloud
getPosition(ImageWrapper) - Method in interface science.aist.imaging.api.positioning.PositionEvaluator: Method for evaluating e.g.
getPosition(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.positioning.OpenCVGridbasedPositionEvaluator: Method for evaluating e.g.
getPosition(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.positioning.OpenCVSizebasedPositionEvaluator: Method for evaluating e.g.
getRandomImage(int, int, ChannelType, Random, double, double, boolean) - Method in interface science.aist.imaging.api.domain.wrapper.ImageFactory: Method which provides an image of the required type with the given properties and initializes it with random values
getRectangle() - Method in class science.aist.imaging.api.domain.wrapper.AbstractRectangleWrapper
getRectangle() - Method in interface science.aist.imaging.api.domain.wrapper.RectangleWrapper
getRectangle() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVRotatedRectangleWrapper
getRed() - Method in class science.aist.imaging.api.domain.color.RGBColor
getRightLine() - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D
getRotation() - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D: gets value of field JavaRectangleRotated2D.rotation
getRotation() - Method in interface science.aist.imaging.api.domain.wrapper.RotatedRectangleWrapper
getRotation() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVRotatedRectangleWrapper
getRotationalOffset() - Method in class science.aist.imaging.api.domain.offset.RotationOffset: Getter of rotational offset (in degrees)
getSaturation() - Method in class science.aist.imaging.api.domain.color.HSVColor
getSize() - Method in class science.aist.imaging.api.domain.AbstractJavaPolygon
getSortedPointSet(List<JavaPoint2D>) - Method in class science.aist.imaging.core.pointprocessing.convexhull.GrahamConvexHull: Returns a sorted set of points from the list points.
getStartPoint() - Method in class science.aist.imaging.api.domain.wrapper.AbstractLineWrapper
getStartPoint() - Method in interface science.aist.imaging.api.domain.wrapper.LineWrapper
getStepsOfInterestingPoints() - Method in class science.aist.imaging.api.featureextraction.AbstractEdgeFeatureDetection
getSupportedType() - Method in interface science.aist.imaging.api.domain.wrapper.ImageFactory
getSupportedType() - Method in interface science.aist.imaging.api.domain.wrapper.ImageWrapper
getSupportedType() - Method in class science.aist.imaging.api.domain.wrapper.implementation.BufferedImageFactory
getSupportedType() - Method in class science.aist.imaging.api.domain.wrapper.implementation.BufferedImageWrapper
getSupportedType() - Method in class science.aist.imaging.api.domain.wrapper.implementation.Image2Byte
getSupportedType() - Method in class science.aist.imaging.api.domain.wrapper.implementation.Image2ByteFactory
getSupportedType() - Method in class science.aist.imaging.api.domain.wrapper.implementation.Image8Byte
getSupportedType() - Method in class science.aist.imaging.api.domain.wrapper.implementation.Image8ByteFactory
getSupportedType() - Method in class science.aist.imaging.api.domain.wrapper.SubImageWrapper
getSupportedType() - Method in class science.aist.imaging.imagej.imageprocessing.wrapper.ImageProcessorFactory
getSupportedType() - Method in class science.aist.imaging.imagej.imageprocessing.wrapper.ImageProcessorWrapper
getSupportedType() - Method in class science.aist.imaging.imagej.imageprocessing.wrapper.ImageStackFactory
getSupportedType() - Method in class science.aist.imaging.imagej.imageprocessing.wrapper.ImageStackWrapper
getSupportedType() - Method in class science.aist.imaging.javacv.imageprocessing.wrapper.JavaCVFactory
getSupportedType() - Method in class science.aist.imaging.javacv.imageprocessing.wrapper.JavaCVImageWrapper
getSupportedType() - Method in class science.aist.imaging.nd4j.imageprocessing.wrapper.INDArrayFactory
getSupportedType() - Method in class science.aist.imaging.nd4j.imageprocessing.wrapper.INDArrayWrapper
getSupportedType() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVFactory
getSupportedType() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVImageWrapper
getSupportedType() - Method in class science.aist.imaging.openimaj.imageprocessing.wrapper.FImageFactory
getSupportedType() - Method in class science.aist.imaging.openimaj.imageprocessing.wrapper.FImageWrapper
getSupportedType() - Method in class science.aist.imaging.openimaj.imageprocessing.wrapper.MBFImageFactory
getSupportedType() - Method in class science.aist.imaging.openimaj.imageprocessing.wrapper.MBFImageWrapper
getSupportedType() - Method in class science.aist.imaging.openjfx.imageprocessing.wrapper.WritableImageWrapper
getSupportedType() - Method in class science.aist.imaging.openjfx.imageprocessing.wrapper.WriteableImageFactory
getTileHeight() - Method in interface science.aist.imaging.api.positioning.GridbasedPositionEvaluator
getTileIndex(JavaPolygon2D) - Method in interface science.aist.imaging.api.positioning.GridbasedPositionEvaluator: Gets the x and y index of the given tile
getTileIndex(JavaPolygon2D) - Method in class science.aist.imaging.opencv.imageprocessing.positioning.OpenCVGridbasedPositionEvaluator: Gets the x and y index of the given tile
getTiles() - Method in interface science.aist.imaging.api.positioning.GridbasedPositionEvaluator
getTileWidth() - Method in interface science.aist.imaging.api.positioning.GridbasedPositionEvaluator
getTopLeft() - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D: Calculate the top left point of the rectangle
getTopLeftPoint() - Method in interface science.aist.imaging.api.domain.wrapper.RectangleWrapper
getTopLeftPoint() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVRectangleWrapper
getTopLeftPoint() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVRotatedRectangleWrapper
getTopLine() - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D
getTopRight() - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D: Calculate the top right point of the rectangle
getTopRightPoint() - Method in interface science.aist.imaging.api.domain.wrapper.RotatedRectangleWrapper
getTopRightPoint() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVRotatedRectangleWrapper
getTransformedFeatures(double, double, double, double, double) - Method in interface science.aist.imaging.api.domain.wrapper.FeatureWrapper: Method for transforming the contained feature points
getTransformedFeatures(double, double, double, double, double) - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVFeatureWrapper: Method for transforming the contained feature points
getTurn(JavaPoint2D, JavaPoint2D, JavaPoint2D) - Method in class science.aist.imaging.core.pointprocessing.convexhull.GrahamConvexHull: Returns the GrahamScan#Turn formed by traversing through the ordered points a, b and c.
getUChroma() - Method in class science.aist.imaging.api.domain.color.YUVColor
getValue() - Method in class science.aist.imaging.api.domain.color.HSVColor
getValue() - Method in class science.aist.imaging.api.domain.imagemetadata.valuecontainer.BooleanValueContainer: gets value of field BooleanValueContainer.value
getValue() - Method in class science.aist.imaging.api.domain.imagemetadata.valuecontainer.DoubleValueContainer: gets value of field DoubleValueContainer.value
getValue() - Method in interface science.aist.imaging.api.domain.imagemetadata.ValueContainer: Returns the value of the container
getValue() - Method in class science.aist.imaging.api.domain.imagemetadata.valuecontainer.IntegerValueContainer: gets value of field IntegerValueContainer.value
getValue(int, int, int) - Method in interface science.aist.imaging.api.domain.wrapper.ImageWrapper: Returns the value for a specific pixel and channel
getValue(int, int, int) - Method in class science.aist.imaging.api.domain.wrapper.implementation.BufferedImageWrapper: Generally see ImageWrapper.getValue(int, int, int)} Note: Getter is based on the ImageWrapper.getChannelType() NOT on the actual BufferedImage.getType()
getValue(int, int, int) - Method in class science.aist.imaging.api.domain.wrapper.implementation.Image2Byte
getValue(int, int, int) - Method in class science.aist.imaging.api.domain.wrapper.implementation.Image8Byte
getValue(int, int, int) - Method in class science.aist.imaging.api.domain.wrapper.SubImageWrapper
getValue(int, int, int) - Method in class science.aist.imaging.imagej.imageprocessing.wrapper.ImageProcessorWrapper
getValue(int, int, int) - Method in class science.aist.imaging.imagej.imageprocessing.wrapper.ImageStackWrapper
getValue(int, int, int) - Method in class science.aist.imaging.javacv.imageprocessing.wrapper.JavaCVImageWrapper
getValue(int, int, int) - Method in class science.aist.imaging.nd4j.imageprocessing.wrapper.INDArrayWrapper
getValue(int, int, int) - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVImageWrapper
getValue(int, int, int) - Method in class science.aist.imaging.openimaj.imageprocessing.wrapper.FImageWrapper
getValue(int, int, int) - Method in class science.aist.imaging.openimaj.imageprocessing.wrapper.MBFImageWrapper
getValue(int, int, int) - Method in class science.aist.imaging.openjfx.imageprocessing.wrapper.WritableImageWrapper
getValues(int, int) - Method in interface science.aist.imaging.api.domain.wrapper.ImageWrapper: Returns all value for a given coordinate
getValues(int, int) - Method in class science.aist.imaging.api.domain.wrapper.implementation.Image2Byte
getValues(int, int) - Method in class science.aist.imaging.api.domain.wrapper.implementation.Image8Byte
getValues(int, int) - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVImageWrapper
getValuesAsColor(int, int) - Method in interface science.aist.imaging.api.domain.wrapper.ImageWrapper: Returns a color value for the given coordinate
getVChroma() - Method in class science.aist.imaging.api.domain.color.YUVColor
getVerticalAngleOffset() - Method in class science.aist.imaging.api.domain.offset.OrientationOffset: Getter of orientational offset on y-axis (in degrees)
getVerticalTiles() - Method in interface science.aist.imaging.api.positioning.GridbasedPositionEvaluator
getWidth() - Method in class science.aist.imaging.api.domain.threedimensional.JavaModel3D: gets value of field JavaModel3D.width which represents the internal state.
getWidth() - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D
getWidth() - Method in interface science.aist.imaging.api.domain.wrapper.ImageWrapper
getWidth() - Method in class science.aist.imaging.api.domain.wrapper.implementation.BufferedImageWrapper
getWidth() - Method in interface science.aist.imaging.api.domain.wrapper.RectangleWrapper
getWidth() - Method in class science.aist.imaging.api.domain.wrapper.SubImageWrapper
getWidth() - Method in class science.aist.imaging.imagej.imageprocessing.wrapper.ImageProcessorWrapper
getWidth() - Method in class science.aist.imaging.imagej.imageprocessing.wrapper.ImageStackWrapper
getWidth() - Method in class science.aist.imaging.javacv.imageprocessing.wrapper.JavaCVImageWrapper
getWidth() - Method in class science.aist.imaging.nd4j.imageprocessing.wrapper.INDArrayWrapper
getWidth() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVImageWrapper
getWidth() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVRectangleWrapper
getWidth() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVRotatedRectangleWrapper
getWidth() - Method in class science.aist.imaging.openimaj.imageprocessing.wrapper.FImageWrapper
getWidth() - Method in class science.aist.imaging.openimaj.imageprocessing.wrapper.MBFImageWrapper
getWidth() - Method in class science.aist.imaging.openjfx.imageprocessing.wrapper.WritableImageWrapper
getX() - Method in interface science.aist.imaging.api.domain.wrapper.Point2Wrapper: Getter for the x-coordinate
getX() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVPoint2Wrapper: Getter for the x-coordinate
getX() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVPoint3Wrapper: Getter for the x-coordinate
getXBestXYradInSector(int, int, int, int, int) - Method in class science.aist.imaging.core.imageprocessing.houghspace.HoughSpaceLines: get the x best value in a specific sector
getXOffset() - Method in class science.aist.imaging.api.domain.offset.TranslationOffset: Getter pixel offset on x-axis
getxOffsetInMM() - Method in class science.aist.imaging.api.domain.offset.TranslationOffsetInMM: Getter for mm offset on x-axis
getY() - Method in interface science.aist.imaging.api.domain.wrapper.Point2Wrapper: Getter for the y-coordinate
getY() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVPoint2Wrapper: Getter for the y-coordinate
getY() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVPoint3Wrapper: Getter for the y-coordinate
getYLuma() - Method in class science.aist.imaging.api.domain.color.YUVColor
getYOffset() - Method in class science.aist.imaging.api.domain.offset.TranslationOffset: Getter pixel offset on y-axis
getyOffsetInMM() - Method in class science.aist.imaging.api.domain.offset.TranslationOffsetInMM: Getter for mm offset on y-axis
getZ() - Method in interface science.aist.imaging.api.domain.wrapper.Point3Wrapper: Getter for the z-coordinate
getZ() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVPoint3Wrapper: Getter for the z-coordinate
GFTT - science.aist.imaging.api.featureextraction.AbstractPointFeatureDetection.ExtractorType
GrahamConvexHull - Class in science.aist.imaging.core.pointprocessing.convexhull: Implementation of the GrahamScan Algorithms for finding a ConvexHull
GrahamConvexHull() - Constructor for class science.aist.imaging.core.pointprocessing.convexhull.GrahamConvexHull
GREEN - Static variable in class science.aist.imaging.api.domain.color.HSVColor: Green HSV Color
GREEN - Static variable in class science.aist.imaging.api.domain.color.RGBColor: Green RGB Color
GREEN - Static variable in class science.aist.imaging.api.domain.color.YUVColor: Green HSV Color
GREYSCALE - science.aist.imaging.api.domain.wrapper.ChannelType
GreyscaleAverageConverter - Class in science.aist.imaging.core.imageprocessing.conversion.greyscale: Converts a RGB Color into a greyscale color using average method
GreyscaleAverageConverter() - Constructor for class science.aist.imaging.core.imageprocessing.conversion.greyscale.GreyscaleAverageConverter
GreyscaleLightnessConverter - Class in science.aist.imaging.core.imageprocessing.conversion.greyscale: Converts a RGB Color into a greyscale color using lightness method
GreyscaleLightnessConverter() - Constructor for class science.aist.imaging.core.imageprocessing.conversion.greyscale.GreyscaleLightnessConverter
GreyscaleLuminosityConverter - Class in science.aist.imaging.core.imageprocessing.conversion.greyscale: Calculates Greycsale using Luminosity
GreyscaleLuminosityConverter() - Constructor for class science.aist.imaging.core.imageprocessing.conversion.greyscale.GreyscaleLuminosityConverter
GridbasedPositionEvaluator<I,P> - Interface in science.aist.imaging.api.positioning: Interface which provides functionality to evaluate e.g.
GUOHALL - science.aist.imaging.opencv.imageprocessing.domain.ThinningType

H

HARRIS - science.aist.imaging.api.featureextraction.AbstractPointFeatureDetection.ExtractorType
hashCode() - Method in class science.aist.imaging.api.domain.AbstractJavaPoint
hashCode() - Method in class science.aist.imaging.api.domain.AbstractJavaPointCloud
hashCode() - Method in class science.aist.imaging.api.domain.color.Color
hashCode() - Method in class science.aist.imaging.api.domain.offset.OrientationOffset
hashCode() - Method in class science.aist.imaging.api.domain.threedimensional.JavaTriangle3D
hashCode() - Method in class science.aist.imaging.api.domain.threedimensional.NormalJavaPoint3D
hashCode() - Method in class science.aist.imaging.api.domain.twodimensional.JavaLine2D
hashCode() - Method in class science.aist.imaging.api.domain.twodimensional.JavaPoint2D
hashCode() - Method in class science.aist.imaging.api.domain.twodimensional.JavaPolygon2D
hashCode() - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D: Generated Code
hashCode() - Method in class science.aist.imaging.api.domain.twodimensional.JavaTriangle2D
hashCode() - Method in class science.aist.imaging.api.domain.twodimensional.MetaJavaPoint2D
hashCode() - Method in class science.aist.imaging.api.domain.wrapper.AbstractImageWrapper: Generated Code
hashCode() - Method in class science.aist.imaging.api.domain.wrapper.AbstractPoint2Wrapper: Generated Code
hashCode() - Method in class science.aist.imaging.api.domain.wrapper.implementation.Image2Byte
hashCode() - Method in class science.aist.imaging.api.domain.wrapper.implementation.Image8Byte
hashCode() - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVImageWrapper: Generated Code
hasVertex(JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaTriangle2D: Returns true if the given vertex is one of the vertices describing this triangle.
HistogramEqualizationFunction<T,R> - Class in science.aist.imaging.core.imageprocessing.contrast: Implementation of a histogram equalization
HistogramEqualizationFunction(ImageFactory<R>) - Constructor for class science.aist.imaging.core.imageprocessing.contrast.HistogramEqualizationFunction
HistogramFunction<T> - Class in science.aist.imaging.core.imageprocessing.helper: Calculates the HistogramFunction of a given image
HistogramFunction() - Constructor for class science.aist.imaging.core.imageprocessing.helper.HistogramFunction
HoughSpaceLines - Class in science.aist.imaging.core.imageprocessing.houghspace: This class is used as a result for the houghspace
HoughSpaceLines(int, int, double, double, double) - Constructor for class science.aist.imaging.core.imageprocessing.houghspace.HoughSpaceLines
HSV - science.aist.imaging.api.domain.wrapper.ChannelType
HSVColor - Class in science.aist.imaging.api.domain.color: Class representing a HSVColor
HSVColor() - Constructor for class science.aist.imaging.api.domain.color.HSVColor
HSVColor(double, double, double) - Constructor for class science.aist.imaging.api.domain.color.HSVColor
HSVTransformer - Class in science.aist.imaging.core.imageprocessing.transformers.color: Transformer between HSV and RGB
HSVTransformer() - Constructor for class science.aist.imaging.core.imageprocessing.transformers.color.HSVTransformer

I

image - Variable in class science.aist.imaging.api.domain.wrapper.AbstractImageWrapper: The wrapped image.
Image2Byte - Class in science.aist.imaging.api.domain.wrapper.implementation: Image wrapper for images with 2 byte precision
Image2ByteFactory - Class in science.aist.imaging.api.domain.wrapper.implementation: Implements the ImageFactory interface for 2 byte images
Image2ByteFactory() - Constructor for class science.aist.imaging.api.domain.wrapper.implementation.Image2ByteFactory: Do not instantiate this class directly.
Image2ByteInputStreamLoader - Class in science.aist.imaging.core.storage: Loads a 2 Byte Image by InputStream using the BufferedImageInputStreamLoader
Image2ByteInputStreamLoader() - Constructor for class science.aist.imaging.core.storage.Image2ByteInputStreamLoader
Image2ByteSaver - Class in science.aist.imaging.core.storage: Class for saving 2 byte images
Image2ByteSaver() - Constructor for class science.aist.imaging.core.storage.Image2ByteSaver
Image2ByteToImage8ByteTransformer - Class in science.aist.imaging.core.imageprocessing.transformers: Transformer for Image2Byte to Image8Byte
Image2ByteToImage8ByteTransformer() - Constructor for class science.aist.imaging.core.imageprocessing.transformers.Image2ByteToImage8ByteTransformer
Image8Byte - Class in science.aist.imaging.api.domain.wrapper.implementation: Image wrapper for images with 8 byte precision
Image8ByteFactory - Class in science.aist.imaging.api.domain.wrapper.implementation: Implements the ImageFactory interface for 8 byte images
Image8ByteFactory() - Constructor for class science.aist.imaging.api.domain.wrapper.implementation.Image8ByteFactory: Do not instantiate this class directly.
ImageFactory<X> - Interface in science.aist.imaging.api.domain.wrapper: Factory class for a given imagewrapper type
ImageFactoryFactory - Class in science.aist.imaging.api.domain.wrapper.implementation: Returns a image factory based on a given type
ImageFromJavaLinesCreatorFunction<T> - Class in science.aist.imaging.core.imageprocessing.creator: Creates an Image out of a Collection of JavaLines
ImageFromJavaLinesCreatorFunction() - Constructor for class science.aist.imaging.core.imageprocessing.creator.ImageFromJavaLinesCreatorFunction
ImageFunction<IN,OUT> - Interface in science.aist.imaging.api: Interface for every sort of image function
ImageMetaData - Class in science.aist.imaging.api.domain.imagemetadata: Base class that contains all image meta data
ImageMetaData() - Constructor for class science.aist.imaging.api.domain.imagemetadata.ImageMetaData
ImageMetadataExtractorFunction - Class in science.aist.imaging.core.imageprocessing.metadata: Class that extract the meta data from a given ImageInputStream
ImageMetadataExtractorFunction() - Constructor for class science.aist.imaging.core.imageprocessing.metadata.ImageMetadataExtractorFunction
ImageProcessorFactory - Class in science.aist.imaging.imagej.imageprocessing.wrapper: Implementation of a ImageFactory for ImageJ's ImageProcessor
ImageProcessorFactory() - Constructor for class science.aist.imaging.imagej.imageprocessing.wrapper.ImageProcessorFactory: Do not instantiate this class directly.
ImageProcessorWrapper - Class in science.aist.imaging.imagej.imageprocessing.wrapper: Implementation of a ImageWrapper for ImageJ's ImageProcessor
ImageProcessorWrapper(ImageProcessor, ChannelType) - Constructor for class science.aist.imaging.imagej.imageprocessing.wrapper.ImageProcessorWrapper
ImageStackFactory - Class in science.aist.imaging.imagej.imageprocessing.wrapper: Implementation of a ImageFactory for ImageJ's ImageStack
ImageStackFactory() - Constructor for class science.aist.imaging.imagej.imageprocessing.wrapper.ImageStackFactory: Do not instantiate this class directly.
ImageStackWrapper - Class in science.aist.imaging.imagej.imageprocessing.wrapper: Implementation of a ImageWrapper for ImageJ's ImageStack
ImageStackWrapper(ImageStack, ChannelType) - Constructor for class science.aist.imaging.imagej.imageprocessing.wrapper.ImageStackWrapper
ImageWrapper - Interface in science.aist.imaging.api.domain.wrapper: Wrapper interface containing the implemented image-container class
INDArrayFactory - Class in science.aist.imaging.nd4j.imageprocessing.wrapper: Implementation of a ImageFactory for Deeplearning4j's INDArray
INDArrayFactory() - Constructor for class science.aist.imaging.nd4j.imageprocessing.wrapper.INDArrayFactory: Do not instantiate this class directly.
INDArrayWrapper - Class in science.aist.imaging.nd4j.imageprocessing.wrapper: Implementation of a ImageWrapper for Deeplearning4j's INDArray
INDArrayWrapper(INDArray, ChannelType) - Constructor for class science.aist.imaging.nd4j.imageprocessing.wrapper.INDArrayWrapper
IntegerValueContainer - Class in science.aist.imaging.api.domain.imagemetadata.valuecontainer: Implementation of ValueContainer for Integer
IntegerValueContainer() - Constructor for class science.aist.imaging.api.domain.imagemetadata.valuecontainer.IntegerValueContainer
INTER_LINEAR - science.aist.imaging.opencv.imageprocessing.domain.OpenCVInterpolationType
INTER_NEAREST - science.aist.imaging.opencv.imageprocessing.domain.OpenCVInterpolationType
InvertFunction<T,R> - Class in science.aist.imaging.core.imageprocessing.transformation: Inverts a given image.
InvertFunction() - Constructor for class science.aist.imaging.core.imageprocessing.transformation.InvertFunction
isCompatibleWithType(ChannelType) - Method in class science.aist.imaging.api.domain.color.Color: Checks if color is compatible with channel type
isCompatibleWithType(ChannelType) - Method in class science.aist.imaging.api.domain.color.HSVColor
isCompatibleWithType(ChannelType) - Method in class science.aist.imaging.api.domain.color.RGBColor
isCompatibleWithType(ChannelType) - Method in class science.aist.imaging.api.domain.color.YUVColor
isEmpty() - Method in class science.aist.imaging.api.domain.AbstractJavaPolygon
isInConvexHull(JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaPolygon2D: Method which checks if point is within the convex hull
isInConvexHull(JavaPoint2D, boolean) - Method in class science.aist.imaging.api.domain.twodimensional.JavaPolygon2D: Method which checks if point is part of the convex hull if considerPointsOnHull flag is false only points within the hull are allowed else points can also be on the hull lines
isLowerErrorValueBetter - Variable in class science.aist.imaging.api.fitnessfunction.AbstractFitnessFunction
isNeighbour(JavaLine2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaTriangle2D: Returns true if this triangle contains the given edge.
isOrientedCCW() - Method in class science.aist.imaging.api.domain.twodimensional.JavaTriangle2D: Test if this triangle is oriented counterclockwise (CCW).
isPointInCircumcircle(JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaTriangle2D: Tests if a given point lies in the circumcircle of this triangle.
isPointOnLine(JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaLine2D: Method which checks if a point is on a line or not
isPointOnLine(JavaPoint2D, double) - Method in class science.aist.imaging.api.domain.twodimensional.JavaLine2D: Method which checks if a point is on a line or not
isValidValue(double, int) - Method in enum science.aist.imaging.api.domain.wrapper.ChannelType: Checks if the given value is valid for the given channel in this ChannelType

J

JavaCVFactory - Class in science.aist.imaging.javacv.imageprocessing.wrapper: Implements the ImageFactory interface for Mat
JavaCVFactory() - Constructor for class science.aist.imaging.javacv.imageprocessing.wrapper.JavaCVFactory: Do not instantiate this class directly.
JavaCVImageWrapper - Class in science.aist.imaging.javacv.imageprocessing.wrapper: Implementation of the ImageWrapper Interface for JavaCV
JavaImageColorCallback<Input> - Interface in science.aist.imaging.core.imageprocessing.creator: Returns a java image color representation
JavaLine2D - Class in science.aist.imaging.api.domain.twodimensional: Representation of a Line
JavaLine2D(double, double, double, double) - Constructor for class science.aist.imaging.api.domain.twodimensional.JavaLine2D
JavaLine2D(int, int, int, int) - Constructor for class science.aist.imaging.api.domain.twodimensional.JavaLine2D: set line by coordinates of the start and end point
JavaLine2D(JavaPoint2D, JavaPoint2D) - Constructor for class science.aist.imaging.api.domain.twodimensional.JavaLine2D
JavaLine3D - Class in science.aist.imaging.api.domain.threedimensional: Threedimensional line between two 3D points
JavaLine3D(double, double, double, double, double, double) - Constructor for class science.aist.imaging.api.domain.threedimensional.JavaLine3D
JavaLine3D(JavaPoint3D, JavaPoint3D) - Constructor for class science.aist.imaging.api.domain.threedimensional.JavaLine3D: set line by start and end point
JavaLineLengthComparator - Class in science.aist.imaging.api.compare: Comparator for JavaLine2D based on the lines´ length
JavaLineLengthComparator() - Constructor for class science.aist.imaging.api.compare.JavaLineLengthComparator
JavaModel3D - Class in science.aist.imaging.api.domain.threedimensional: Class which represents any 3D model given by a mesh of 3D polygons
JavaModel3D() - Constructor for class science.aist.imaging.api.domain.threedimensional.JavaModel3D
JavaPoint2D - Class in science.aist.imaging.api.domain.twodimensional: Java Representation of a point.
JavaPoint2D(double, double) - Constructor for class science.aist.imaging.api.domain.twodimensional.JavaPoint2D
JavaPoint3D - Class in science.aist.imaging.api.domain.threedimensional: Java Representation of a 3D - point.
JavaPoint3D(double, double) - Constructor for class science.aist.imaging.api.domain.threedimensional.JavaPoint3D
JavaPoint3D(double, double, double) - Constructor for class science.aist.imaging.api.domain.threedimensional.JavaPoint3D
JavaPointCloud2D - Class in science.aist.imaging.api.domain.twodimensional: 2D Point cloud
JavaPointCloud2D(List<JavaPoint2D>) - Constructor for class science.aist.imaging.api.domain.twodimensional.JavaPointCloud2D
JavaPointCloud3D - Class in science.aist.imaging.api.domain.threedimensional: 3D point cloud
JavaPointCloud3D(List<JavaPoint3D>) - Constructor for class science.aist.imaging.api.domain.threedimensional.JavaPointCloud3D
JavaPointCoordinateComparator - Class in science.aist.imaging.api.compare: Compares two JavaPoint2Ds based on their x-coordinate respectively the y-coordinate if the x-coordinate is equal
JavaPointCoordinateComparator() - Constructor for class science.aist.imaging.api.compare.JavaPointCoordinateComparator
JavaPointOriginComparator - Class in science.aist.imaging.api.compare: Compares two JavaPoint2Ds based on their distance to the given origin
JavaPointOriginComparator() - Constructor for class science.aist.imaging.api.compare.JavaPointOriginComparator
JavaPointPathPositionComparator - Class in science.aist.imaging.api.compare: Compares two JavaPoint2Ds based on their position on a path represented by a JavaPolygon2D
JavaPointPathPositionComparator() - Constructor for class science.aist.imaging.api.compare.JavaPointPathPositionComparator
JavaPolygon2D - Class in science.aist.imaging.api.domain.twodimensional: This class represents a Polygon using JavaPoint
JavaPolygon2D() - Constructor for class science.aist.imaging.api.domain.twodimensional.JavaPolygon2D
JavaPolygon2D(Collection<JavaPoint2D>) - Constructor for class science.aist.imaging.api.domain.twodimensional.JavaPolygon2D
JavaPolygon2D(JavaPoint2D...) - Constructor for class science.aist.imaging.api.domain.twodimensional.JavaPolygon2D
JavaPolygon3D - Class in science.aist.imaging.api.domain.threedimensional: 3D polygon
JavaPolygon3D(Collection<JavaPoint3D>) - Constructor for class science.aist.imaging.api.domain.threedimensional.JavaPolygon3D
JavaPolygon3D(JavaPoint3D...) - Constructor for class science.aist.imaging.api.domain.threedimensional.JavaPolygon3D
JavaPolygonMergeFunction - Class in science.aist.imaging.core.pointprocessing: Merges two Java Polygons
JavaPolygonMergeFunction() - Constructor for class science.aist.imaging.core.pointprocessing.JavaPolygonMergeFunction
JavaRectangle2D - Class in science.aist.imaging.api.domain.twodimensional: This class represents a Rectangle using JavaPoint
JavaRectangle2D() - Constructor for class science.aist.imaging.api.domain.twodimensional.JavaRectangle2D: Empty constructor for deriving classes
JavaRectangle2D(double, double, double, double) - Constructor for class science.aist.imaging.api.domain.twodimensional.JavaRectangle2D
JavaRectangle2D(int, int, int, int) - Constructor for class science.aist.imaging.api.domain.twodimensional.JavaRectangle2D
JavaRectangle2D(JavaPoint2D, double, double) - Constructor for class science.aist.imaging.api.domain.twodimensional.JavaRectangle2D: this(topLeft, new JavaPoint(topLeft.getX() + width, topLeft.getY() + height))
JavaRectangle2D(JavaPoint2D, JavaPoint2D) - Constructor for class science.aist.imaging.api.domain.twodimensional.JavaRectangle2D
JavaRectangleRotated2D - Class in science.aist.imaging.api.domain.twodimensional: Java representation for a Rotated Rectangle.
JavaRectangleRotated2D() - Constructor for class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D: Empty constructor for deriving classes
JavaRectangleRotated2D(JavaPoint2D, double, double, double) - Constructor for class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D: Constructs a rotated rectangle by it's centerPoint, width, height and getRotation.
JavaTriangle2D - Class in science.aist.imaging.api.domain.twodimensional: 2D triangle class implementation based on https://github.com/jdiemke/delaunay-triangulator/blob/master/library/src/main/java/io/github/jdiemke/triangulation/Triangle2D.java
JavaTriangle2D(JavaPoint2D, JavaPoint2D, JavaPoint2D) - Constructor for class science.aist.imaging.api.domain.twodimensional.JavaTriangle2D
JavaTriangle3D - Class in science.aist.imaging.api.domain.threedimensional: Java representation of a 3D triangle
JavaTriangle3D(JavaPoint3D, JavaPoint3D, JavaPoint3D) - Constructor for class science.aist.imaging.api.domain.threedimensional.JavaTriangle3D

L

L1 - science.aist.imaging.opencv.imageprocessing.domain.OpenCVDistanceType: CV_DIST_L1
L2 - science.aist.imaging.opencv.imageprocessing.domain.OpenCVDistanceType: CV_DIST_L2
LEFT - science.aist.imaging.api.domain.Side
length() - Method in class science.aist.imaging.api.domain.AbstractJavaLine: Returns the length of the line.
lighten(RGBColor, float) - Static method in class science.aist.imaging.api.domain.color.RGBColor: Lightens a color by a given amount
LINE_4 - science.aist.imaging.opencv.imageprocessing.domain.OpenCVLineType: LINE_4 - 4-connected line.
LINE_8 - science.aist.imaging.opencv.imageprocessing.domain.OpenCVLineType: LINE_8 (or omitted) - 8-connected line.
LINE_AA - science.aist.imaging.opencv.imageprocessing.domain.OpenCVLineType: LINE_AA - antialiased line.
LineWrapper - Interface in science.aist.imaging.api.domain.wrapper: Interface which is used, to represent a line.
logger - Static variable in class science.aist.imaging.core.imageprocessing.helper.NormalizeFunction
logger - Static variable in class science.aist.imaging.core.pointprocessing.JavaPolygonMergeFunction
lowerBound - Variable in class science.aist.imaging.api.objectdetection.AbstractColorbasedObjectDetector: Field containing Low color value of the object which should be detected
LUV - science.aist.imaging.api.domain.wrapper.ChannelType

M

makeChannelType(int) - Static method in enum science.aist.imaging.api.domain.wrapper.ChannelType: Creates a ChannelType out of the numbers of channels
ManhattanDistanceMetric - Class in science.aist.imaging.core.imageprocessing.distance: Manhattan Distance implementation of the AbstractDistanceMetric
ManhattanDistanceMetric() - Constructor for class science.aist.imaging.core.imageprocessing.distance.ManhattanDistanceMetric
MASK - science.aist.imaging.opencv.imageprocessing.domain.OpenCVThresholdType
MASK_3 - science.aist.imaging.opencv.imageprocessing.domain.OpenCVDistanceMask: CV_DIST_MASK_3
MASK_5 - science.aist.imaging.opencv.imageprocessing.domain.OpenCVDistanceMask: CV_DIST_MASK_5
MASK_PRECISE - science.aist.imaging.opencv.imageprocessing.domain.OpenCVDistanceMask: CV_DIST_MASK_PRECISE
MaskBasedEdgeDetection<T,R> - Class in science.aist.imaging.core.imageprocessing.filter.highpass: Generic implementation of edge detection for mask based edge detection operators
MaskBasedEdgeDetection(ImageFactory<R>) - Constructor for class science.aist.imaging.core.imageprocessing.filter.highpass.MaskBasedEdgeDetection
MaxPoolingFunction<T,R> - Class in science.aist.imaging.core.imageprocessing.filter.pooling: Implementation of a max pooling filter
MaxPoolingFunction(ImageFactory<R>) - Constructor for class science.aist.imaging.core.imageprocessing.filter.pooling.MaxPoolingFunction
MBFImageFactory - Class in science.aist.imaging.openimaj.imageprocessing.wrapper: Implementation of a ImageFactory for OpenIMAJ's MBFImage
MBFImageFactory() - Constructor for class science.aist.imaging.openimaj.imageprocessing.wrapper.MBFImageFactory: Do not instantiate this class directly.
MBFImageWrapper - Class in science.aist.imaging.openimaj.imageprocessing.wrapper: Implementation of a ImageWrapper for OpenIMAJ's MBFImage
MBFImageWrapper(MBFImage, ChannelType) - Constructor for class science.aist.imaging.openimaj.imageprocessing.wrapper.MBFImageWrapper
MEAN - science.aist.imaging.api.domain.AverageType
MeanFilter - Class in science.aist.imaging.opencv.imageprocessing.averaging: Filter implementation for mean averaging
MeanFilter() - Constructor for class science.aist.imaging.opencv.imageprocessing.averaging.MeanFilter
MeanFilterFunction<T,R> - Class in science.aist.imaging.core.imageprocessing.filter.lowpass: Implementation of a mean filter
MeanFilterFunction(BiFunction<ImageWrapper<T>, double[][], ImageWrapper<R>>) - Constructor for class science.aist.imaging.core.imageprocessing.filter.lowpass.MeanFilterFunction
MEDIAN - science.aist.imaging.api.domain.AverageType
MedianFilter - Class in science.aist.imaging.opencv.imageprocessing.averaging: Filter implementation for median averaging
MedianFilter() - Constructor for class science.aist.imaging.opencv.imageprocessing.averaging.MedianFilter
merge(RecognizedObject<T, V>, RecognizedObject<T, V>, double) - Method in class science.aist.imaging.core.objectprocessing.merge.impl.PositionObjectMerge
merge(RecognizedObject<T, V>, RecognizedObject<T, V>, double) - Method in class science.aist.imaging.core.objectprocessing.merge.impl.RawObjectMerge
merge(RecognizedObject<T, V>, RecognizedObject<T, V>, double) - Method in class science.aist.imaging.core.objectprocessing.merge.impl.ValueObjectMerge
merge(RecognizedObject<T, V>, RecognizedObject<T, V>, double) - Method in interface science.aist.imaging.core.objectprocessing.merge.ObjectMerge: Merges two different objects.
MeshReader - Interface in science.aist.imaging.mesh.storage: Interface for reading a mesh from a file
MeshWriter - Interface in science.aist.imaging.mesh.storage: Interface for writing a mesh to a file
MetaJavaPoint2D - Class in science.aist.imaging.api.domain.twodimensional: JavaPoint which is extended by Meta Information
MetaJavaPoint2D(double, double) - Constructor for class science.aist.imaging.api.domain.twodimensional.MetaJavaPoint2D
MicrosoftCognitiveServiceFaceDetection - Class in science.aist.imaging.microsoftcognitiveservices: This class provides face detection functionality using microsoft cognitive service face api
MicrosoftCognitiveServiceFaceDetection() - Constructor for class science.aist.imaging.microsoftcognitiveservices.MicrosoftCognitiveServiceFaceDetection
MIFitnessFunction - Class in science.aist.imaging.core.imageprocessing.fitnessfunction: Mutual information implementation of a fitness function for a greyscale image
MIFitnessFunction() - Constructor for class science.aist.imaging.core.imageprocessing.fitnessfunction.MIFitnessFunction
MinMaxFunction - Class in science.aist.imaging.core.imageprocessing.helper: Function for getting all minimum and maximum values per channel in the image
MinMaxFunction() - Constructor for class science.aist.imaging.core.imageprocessing.helper.MinMaxFunction
minNumberMatchingFeatures - Variable in class science.aist.imaging.api.objectdetection.AbstractFeaturebasedObjectDetector
MooreNeighborInnerBoundaryTracing<T extends JavaPoint2D> - Class in science.aist.imaging.core.pointprocessing: Uses Moore Neighbor Tracing Algorithm to extract the inner boundary
MooreNeighborInnerBoundaryTracing() - Constructor for class science.aist.imaging.core.pointprocessing.MooreNeighborInnerBoundaryTracing
move(double) - Method in class science.aist.imaging.api.domain.twodimensional.JavaLine2D: Moves a line perpendicular
move(JavaPoint3D) - Method in class science.aist.imaging.api.domain.threedimensional.JavaModel3D: Moves the model3D by the given vector
move(JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D: Moves the rectangle by a given distance
moveTo(JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D: Moves the rectangle to a given position
MSER - science.aist.imaging.api.featureextraction.AbstractPointFeatureDetection.ExtractorType
MulFunction - Class in science.aist.imaging.core.imageprocessing.operator: Functions that multiplies to images with an optional weight
MulFunction() - Constructor for class science.aist.imaging.core.imageprocessing.operator.MulFunction
mult(double) - Method in class science.aist.imaging.api.domain.AbstractJavaPoint: Multiplies this by the given scalar.
mult(double) - Method in class science.aist.imaging.api.domain.threedimensional.JavaPoint3D: Multiplies this by the given scalar.
mult(double) - Method in class science.aist.imaging.api.domain.twodimensional.JavaPoint2D: Multiplies this by the given scalar.
mult(JavaPoint3D) - Method in class science.aist.imaging.api.domain.threedimensional.JavaPoint3D: Multiplies this by the given vector.
mult(JavaPoint3D) - Method in class science.aist.imaging.api.domain.threedimensional.JavaPointCloud3D: Multiplies the point cloud with the given scalar.
mult(JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaPoint2D: Multiplies this by the given vector.
mult(JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaPointCloud2D: Multiplies the point cloud with the given scalar.
mult(T) - Method in class science.aist.imaging.api.domain.AbstractJavaPoint: Multiplies this by the given vector.
mult(T) - Method in class science.aist.imaging.api.domain.AbstractJavaPointCloud: Multiplies the point cloud with the given scalar.

N

N4 - science.aist.imaging.api.domain.NeighborType
N8 - science.aist.imaging.api.domain.NeighborType
NameContainer - Class in science.aist.imaging.api.domain.imagemetadata: Container for XML elements that have a attribute with type name
NameContainer() - Constructor for class science.aist.imaging.api.domain.imagemetadata.NameContainer
NearestNeighborInterpolationFunction - Class in science.aist.imaging.core.imageprocessing.interpolation: Nearest Neighbor Interpolation for a single pixel on an image
NearestNeighborInterpolationFunction(double) - Constructor for class science.aist.imaging.core.imageprocessing.interpolation.NearestNeighborInterpolationFunction
NeighborType - Enum in science.aist.imaging.api.domain: Neighborhood definitions
normalize() - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D: Normalizes the rotated rectangles
NormalizeFunction<T,R> - Class in science.aist.imaging.core.imageprocessing.helper: Normalizes a Greyscale image
NormalizeFunction() - Constructor for class science.aist.imaging.core.imageprocessing.helper.NormalizeFunction
NormalJavaPoint3D - Class in science.aist.imaging.api.domain.threedimensional: Extension of the JavaPoint3D class containing normal vector information
NormalJavaPoint3D(double, double, double, double, double, double) - Constructor for class science.aist.imaging.api.domain.threedimensional.NormalJavaPoint3D
NormalJavaPoint3D(JavaPoint3D, double, double, double) - Constructor for class science.aist.imaging.api.domain.threedimensional.NormalJavaPoint3D
NOT_DRAW_SINGLE_POINTS - science.aist.imaging.opencv.imageprocessing.domain.OpenCVFeatures2d: Single keypoints will not be drawn.
numOfPoints - Variable in class science.aist.imaging.core.pointprocessing.PolygonFunction: Number of points of the polygon
nx - Variable in class science.aist.imaging.api.domain.threedimensional.NormalJavaPoint3D
ny - Variable in class science.aist.imaging.api.domain.threedimensional.NormalJavaPoint3D
nz - Variable in class science.aist.imaging.api.domain.threedimensional.NormalJavaPoint3D

O

ObjectComparison<T,V> - Interface in science.aist.imaging.core.objectprocessing.compare: Compares form of two different objects and returns information how close these objects are.
ObjectDetector<I,P,R> - Interface in science.aist.imaging.api.objectdetection: Interface for a color based Object Detector
ObjectDifference<T,V,R> - Interface in science.aist.imaging.core.objectprocessing.compare: Interface for creating classes, which calculate the differences of objects.
ObjectMerge<T,V> - Interface in science.aist.imaging.core.objectprocessing.merge: Merges two different objects according to some threshold.
objectReferenceImage - Variable in class science.aist.imaging.api.objectdetection.AbstractFeaturebasedObjectDetector
ObjReader - Class in science.aist.imaging.mesh.storage.obj: MeshReader implementation for OBJ files
ObjReader() - Constructor for class science.aist.imaging.mesh.storage.obj.ObjReader
ObjWriter - Class in science.aist.imaging.mesh.storage.obj: MeshWriter implementation for OBJ files
ObjWriter() - Constructor for class science.aist.imaging.mesh.storage.obj.ObjWriter
OCRCharInfo - Class in science.aist.imaging.api.domain.ocr: This class is used to provide information about a single character after recognizing it with ocr.
OCRCharInfo() - Constructor for class science.aist.imaging.api.domain.ocr.OCRCharInfo
OCRMode - Enum in science.aist.imaging.tesseract.domain: Defining the mode for OCR.
OCRResult - Class in science.aist.imaging.api.domain.ocr: Class that contains the result of an OCR analysis
OCRResult(String) - Constructor for class science.aist.imaging.api.domain.ocr.OCRResult: Initialize the OCRResult
OffReader - Class in science.aist.imaging.mesh.storage.off: MeshReader implementation for OFF files
OffReader() - Constructor for class science.aist.imaging.mesh.storage.off.OffReader
offset - Variable in class science.aist.imaging.core.pointprocessing.PolygonFunction: Rotational offset of the points along the radius
OffWriter - Class in science.aist.imaging.mesh.storage.off: MeshWriter implementation for OFF files
OffWriter() - Constructor for class science.aist.imaging.mesh.storage.off.OffWriter
OpenCVBackgroundSubtraction - Class in science.aist.imaging.opencv.imageprocessing.objectdetection: Function for removing the background for the given image based on the background model created with e.g.
OpenCVBackgroundSubtraction() - Constructor for class science.aist.imaging.opencv.imageprocessing.objectdetection.OpenCVBackgroundSubtraction
OpenCVBackgroundSubtraction(ImageWrapper<Mat>) - Constructor for class science.aist.imaging.opencv.imageprocessing.objectdetection.OpenCVBackgroundSubtraction
OpenCVBGR2GrayscaleFunction - Class in science.aist.imaging.opencv.imageprocessing.conversion: Imagefunction for greyscaling an opencv BGR image
OpenCVBGR2GrayscaleFunction() - Constructor for class science.aist.imaging.opencv.imageprocessing.conversion.OpenCVBGR2GrayscaleFunction
OpenCVBGR2HSVFunction - Class in science.aist.imaging.opencv.imageprocessing.conversion: Function for converting an opencv bgr image to a hsv image
OpenCVBGR2HSVFunction() - Constructor for class science.aist.imaging.opencv.imageprocessing.conversion.OpenCVBGR2HSVFunction
OpenCVBiggestContourFinder - Class in science.aist.imaging.opencv.imageprocessing.contour: Method which finds the position of the biggest connected (white!) contour in the given image
OpenCVBiggestContourFinder() - Constructor for class science.aist.imaging.opencv.imageprocessing.contour.OpenCVBiggestContourFinder
OpenCVBorderMode - Enum in science.aist.imaging.opencv.imageprocessing.domain: opencv border mode types
OpenCVCalculateRotatedRect - Class in science.aist.imaging.opencv.imageprocessing.contour: This class calculates the minimal rotated rectangle.
OpenCVCalculateRotatedRect() - Constructor for class science.aist.imaging.opencv.imageprocessing.contour.OpenCVCalculateRotatedRect
OpenCVCannyEdgeDetection - Class in science.aist.imaging.opencv.imageprocessing.edgedetection: Canny Edge Detector
OpenCVCannyEdgeDetection() - Constructor for class science.aist.imaging.opencv.imageprocessing.edgedetection.OpenCVCannyEdgeDetection
OpenCVContourDetector - Class in science.aist.imaging.opencv.imageprocessing.contour: Use OpenCV Contour detection to detect contours in a image
OpenCVContourDetector() - Constructor for class science.aist.imaging.opencv.imageprocessing.contour.OpenCVContourDetector
OpenCVContrastFunction - Class in science.aist.imaging.opencv.imageprocessing.contrast: increase/decrease the contrast of an image factor > 1 increase the contrast.
OpenCVContrastFunction() - Constructor for class science.aist.imaging.opencv.imageprocessing.contrast.OpenCVContrastFunction
OpenCVCropFunction - Class in science.aist.imaging.opencv.imageprocessing.transformation: Function for cropping an image
OpenCVCropFunction() - Constructor for class science.aist.imaging.opencv.imageprocessing.transformation.OpenCVCropFunction
OpenCVDifferencebasedObjectDetector - Class in science.aist.imaging.opencv.imageprocessing.objectdetection: opencv implementation of a difference based Object Detector.
OpenCVDifferencebasedObjectDetector() - Constructor for class science.aist.imaging.opencv.imageprocessing.objectdetection.OpenCVDifferencebasedObjectDetector
OpenCVDistanceLabel - Enum in science.aist.imaging.opencv.imageprocessing.domain: Label Type for OpenCVDistanceMap
OpenCVDistanceMap - Class in science.aist.imaging.opencv.imageprocessing.distance: Calculate the distance map using Imgproc.distanceTransform(Mat, Mat, int, int, int)
OpenCVDistanceMap() - Constructor for class science.aist.imaging.opencv.imageprocessing.distance.OpenCVDistanceMap
OpenCVDistanceMask - Enum in science.aist.imaging.opencv.imageprocessing.domain: The mask Size of the OpenCV OpenCVDistanceMap
OpenCVDistanceType - Enum in science.aist.imaging.opencv.imageprocessing.domain: Distance Types for OpenCVDistanceMap
OpenCVDrawCircle - Class in science.aist.imaging.opencv.imageprocessing.draw.circle: Mat Consumer for drawing circles
OpenCVDrawCircle() - Constructor for class science.aist.imaging.opencv.imageprocessing.draw.circle.OpenCVDrawCircle
OpenCVDrawFeatures - Class in science.aist.imaging.opencv.imageprocessing.draw.features: Mat Consumer for drawing features
OpenCVDrawFeatures() - Constructor for class science.aist.imaging.opencv.imageprocessing.draw.features.OpenCVDrawFeatures
OpenCVDrawFilledPolygon - Class in science.aist.imaging.opencv.imageprocessing.draw.polygon: Draws a JavaPoly using Imgproc.fillPoly(Mat, List, Scalar, int, int, Point)
OpenCVDrawFilledPolygon() - Constructor for class science.aist.imaging.opencv.imageprocessing.draw.polygon.OpenCVDrawFilledPolygon
OpenCVDrawLine - Class in science.aist.imaging.opencv.imageprocessing.draw.line: Mat Consumer for drawing a line
OpenCVDrawLine() - Constructor for class science.aist.imaging.opencv.imageprocessing.draw.line.OpenCVDrawLine
OpenCVDrawPolygon - Class in science.aist.imaging.opencv.imageprocessing.draw.polygon: Mat Consumer for drawing a polygon
OpenCVDrawPolygon() - Constructor for class science.aist.imaging.opencv.imageprocessing.draw.polygon.OpenCVDrawPolygon
OpenCVDrawRectangle - Class in science.aist.imaging.opencv.imageprocessing.draw.rectangle: Mat Consumer for drawing rectangles
OpenCVDrawRectangle() - Constructor for class science.aist.imaging.opencv.imageprocessing.draw.rectangle.OpenCVDrawRectangle
OpenCVEdgeFeatureDetection - Class in science.aist.imaging.opencv.imageprocessing.featureextraction: OpenCV Edge Feature Detector
OpenCVEdgeFeatureDetection() - Constructor for class science.aist.imaging.opencv.imageprocessing.featureextraction.OpenCVEdgeFeatureDetection
OpenCVFactory - Class in science.aist.imaging.opencv.imageprocessing.wrapper: Implements the ImageFactory interface for Mat
OpenCVFactory() - Constructor for class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVFactory: Do not instantiate this class directly.
OpenCVFeaturebasedObjectDetector - Class in science.aist.imaging.opencv.imageprocessing.objectdetection: opencv implementation for a feature based Object Detector.
OpenCVFeaturebasedObjectDetector() - Constructor for class science.aist.imaging.opencv.imageprocessing.objectdetection.OpenCVFeaturebasedObjectDetector
OpenCVFeatures2d - Enum in science.aist.imaging.opencv.imageprocessing.domain: Enum which specifies the opencv output image creation
OpenCVFeatureWrapper - Class in science.aist.imaging.opencv.imageprocessing.wrapper: Implementation of the FeatureWrapper Interface for opencv
OpenCVFeatureWrapper(Collection<KeyPoint>) - Constructor for class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVFeatureWrapper: Constructor for construction a FeatureWrapper of given Collection
OpenCVFitnessFunction - Class in science.aist.imaging.opencv.imageprocessing.fitnessfunction: Implementation of the Fitnessfunction interface which provides metrics for example `SumOfSquareDifferences` to compute the similarity of two images.
OpenCVFitnessFunction() - Constructor for class science.aist.imaging.opencv.imageprocessing.fitnessfunction.OpenCVFitnessFunction
OpenCVGaussFilterFunction - Class in science.aist.imaging.opencv.imageprocessing.lowpassfilter: apply Gaussian-filter to image
OpenCVGaussFilterFunction() - Constructor for class science.aist.imaging.opencv.imageprocessing.lowpassfilter.OpenCVGaussFilterFunction
OpenCVGridbasedPositionEvaluator - Class in science.aist.imaging.opencv.imageprocessing.positioning: OpenCV Implementation of the GridbasedPositionEvaluator Interface which provides functionality to evaluate e.g.
OpenCVGridbasedPositionEvaluator() - Constructor for class science.aist.imaging.opencv.imageprocessing.positioning.OpenCVGridbasedPositionEvaluator
OpenCVHoughLinesFunction - Class in science.aist.imaging.opencv.imageprocessing.houghspace: Finds line segments in a binary image (8-bit, single-channel binary source image.) using the probabilistic Hough transform.
OpenCVHoughLinesFunction() - Constructor for class science.aist.imaging.opencv.imageprocessing.houghspace.OpenCVHoughLinesFunction
OpenCVHSVColorbasedObjectDetector - Class in science.aist.imaging.opencv.imageprocessing.objectdetection: Color-based Object Detector on HSV colored images.
OpenCVHSVColorbasedObjectDetector() - Constructor for class science.aist.imaging.opencv.imageprocessing.objectdetection.OpenCVHSVColorbasedObjectDetector
OpenCVImageCompareFunction - Class in science.aist.imaging.opencv.imageprocessing.compare: Compare function to check if two images are equal or not
OpenCVImageCompareFunction() - Constructor for class science.aist.imaging.opencv.imageprocessing.compare.OpenCVImageCompareFunction
OpenCVImageWrapper - Class in science.aist.imaging.opencv.imageprocessing.wrapper: Implementation of the ImageWrapper Interface for opencv
OpenCVImageWrapperImage2ByteTransformer - Class in science.aist.imaging.opencv.imageprocessing.transformers: Transformer from OpenCV Image Wrapper to 2 Byte image wrapper
OpenCVImageWrapperImage2ByteTransformer() - Constructor for class science.aist.imaging.opencv.imageprocessing.transformers.OpenCVImageWrapperImage2ByteTransformer
OpenCVImageWrapperImage8ByteTransformer - Class in science.aist.imaging.opencv.imageprocessing.transformers: Transformer from OpenCV Image Wrapper to 8 Byte image wrapper
OpenCVImageWrapperImage8ByteTransformer() - Constructor for class science.aist.imaging.opencv.imageprocessing.transformers.OpenCVImageWrapperImage8ByteTransformer
OpenCVInterpolationType - Enum in science.aist.imaging.opencv.imageprocessing.domain: interpolation method types
OpenCVInvertFunction - Class in science.aist.imaging.opencv.imageprocessing.conversion: Inverts a given Image
OpenCVInvertFunction() - Constructor for class science.aist.imaging.opencv.imageprocessing.conversion.OpenCVInvertFunction
OpenCVLineType - Enum in science.aist.imaging.opencv.imageprocessing.domain: Type of a line
OpenCVLineWrapper - Class in science.aist.imaging.opencv.imageprocessing.wrapper: Specific Implementation for opencv line, which explicitly uses Point.
OpenCVLineWrapper(double, double, double, double) - Constructor for class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVLineWrapper: Constructor to set a line with the coordinate of its points in double
OpenCVLineWrapper(int, int, int, int) - Constructor for class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVLineWrapper: Constructor to set a line with the coordinate of its points in integer
OpenCVLineWrapper(Point, Point) - Constructor for class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVLineWrapper: Constructor to set a line with opencv Points
OpenCVLineWrapper(Point2Wrapper<Point>, Point2Wrapper<Point>) - Constructor for class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVLineWrapper: Constructor to set a line with Point2Wrappers
OpenCVLineWrapperJavaLineTransformer - Class in science.aist.imaging.opencv.imageprocessing.transformers: This class implements a Transformer between LineWrapper of Point (OpenCV) and JavaLine
OpenCVLineWrapperJavaLineTransformer() - Constructor for class science.aist.imaging.opencv.imageprocessing.transformers.OpenCVLineWrapperJavaLineTransformer
OpenCVLoader - Class in science.aist.imaging.opencv.imageprocessing.storage: Loads a Open CV Image by InputStream using the
OpenCVLoader() - Constructor for class science.aist.imaging.opencv.imageprocessing.storage.OpenCVLoader
OpenCVMatOfPointToListOfPointWrapperTransformer - Class in science.aist.imaging.opencv.imageprocessing.transformers: Transforms between a List of Point2Wrapper of Point into a MatOfPoint and vice versa
OpenCVMatOfPointToListOfPointWrapperTransformer() - Constructor for class science.aist.imaging.opencv.imageprocessing.transformers.OpenCVMatOfPointToListOfPointWrapperTransformer
OpenCVMorphologicalSkeletonFunction - Class in science.aist.imaging.opencv.imageprocessing.contour: Calculates the morphological skeleton of an given image.
OpenCVMorphologicalSkeletonFunction() - Constructor for class science.aist.imaging.opencv.imageprocessing.contour.OpenCVMorphologicalSkeletonFunction
OpenCVOptimizer - Class in science.aist.imaging.opencv.imageprocessing.optimization: Implementation of the Optimizer Interface which is used to improve the quality and/or speed of image processing algorithms.
OpenCVOptimizer() - Constructor for class science.aist.imaging.opencv.imageprocessing.optimization.OpenCVOptimizer
OpenCVOrientationOffsetFunction - Class in science.aist.imaging.opencv.imageprocessing.compare: Function for calculating the orientation offset with the positional offset (by using the OpenCVPositionalOffsetFunction method)
OpenCVOrientationOffsetFunction() - Constructor for class science.aist.imaging.opencv.imageprocessing.compare.OpenCVOrientationOffsetFunction
OpenCVPaddingFunction - Class in science.aist.imaging.opencv.imageprocessing.transformation: Function for apply a padding around the image.
OpenCVPaddingFunction() - Constructor for class science.aist.imaging.opencv.imageprocessing.transformation.OpenCVPaddingFunction
OpenCVPerspectiveTransformation - Class in science.aist.imaging.opencv.imageprocessing.transformation: This function transforms a image in perspective.
OpenCVPerspectiveTransformation() - Constructor for class science.aist.imaging.opencv.imageprocessing.transformation.OpenCVPerspectiveTransformation
OpenCVPoint2Wrapper - Class in science.aist.imaging.opencv.imageprocessing.wrapper: Class for wrapping a two-dimensional point of the opencv framework.
OpenCVPoint2Wrapper(double, double) - Constructor for class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVPoint2Wrapper
OpenCVPoint2Wrapper(int, int) - Constructor for class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVPoint2Wrapper
OpenCVPoint2Wrapper(Point) - Constructor for class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVPoint2Wrapper: Constructor for a new AbstractPoint2Wrapper
OpenCVPoint2WrapperJavaPointTransformer - Class in science.aist.imaging.opencv.imageprocessing.transformers: This class implements a Transformer between Point2Wrapper of Point (OpenCV) and JavaPoint
OpenCVPoint2WrapperJavaPointTransformer() - Constructor for class science.aist.imaging.opencv.imageprocessing.transformers.OpenCVPoint2WrapperJavaPointTransformer
OpenCVPoint3Wrapper - Class in science.aist.imaging.opencv.imageprocessing.wrapper: Class for wrapping a three-dimensional point of the opencv framework.
OpenCVPoint3Wrapper(double, double, double) - Constructor for class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVPoint3Wrapper
OpenCVPoint3Wrapper(Point3) - Constructor for class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVPoint3Wrapper: Constructor for a new AbstractPoint2Wrapper
OpenCVPointFeatureDetection - Class in science.aist.imaging.opencv.imageprocessing.featureextraction: OpenCV Point Feature Detection
OpenCVPointFeatureDetection() - Constructor for class science.aist.imaging.opencv.imageprocessing.featureextraction.OpenCVPointFeatureDetection
OpenCVPositionalAndRotationalOffsetFunction - Class in science.aist.imaging.opencv.imageprocessing.compare: Method for calculating the positional and rotational offset of two images.
OpenCVPositionalAndRotationalOffsetFunction() - Constructor for class science.aist.imaging.opencv.imageprocessing.compare.OpenCVPositionalAndRotationalOffsetFunction
OpenCVPositionalOffsetFunction - Class in science.aist.imaging.opencv.imageprocessing.compare: Function for calculating the offset of two images using an optimizer.
OpenCVPositionalOffsetFunction() - Constructor for class science.aist.imaging.opencv.imageprocessing.compare.OpenCVPositionalOffsetFunction
OpenCVRectangleWrapper - Class in science.aist.imaging.opencv.imageprocessing.wrapper: OpenCV Implementation of the RectangleWrapper
OpenCVRectangleWrapper(double, double, double, double) - Constructor for class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVRectangleWrapper
OpenCVRectangleWrapper(Point, Point) - Constructor for class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVRectangleWrapper
OpenCVRectangleWrapper(Rect) - Constructor for class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVRectangleWrapper
OpenCVRectangleWrapperJavaRectangleTransformer - Class in science.aist.imaging.opencv.imageprocessing.transformers: This class implements a Transformer between OpenCV RectangleWrapper and JavaRectangle
OpenCVRectangleWrapperJavaRectangleTransformer() - Constructor for class science.aist.imaging.opencv.imageprocessing.transformers.OpenCVRectangleWrapperJavaRectangleTransformer
OpenCVRegistrationPositional - Class in science.aist.imaging.opencv.imageprocessing.registration: This class performs registration for positional offset with openCV support.
OpenCVRegistrationPositional() - Constructor for class science.aist.imaging.opencv.imageprocessing.registration.OpenCVRegistrationPositional
OpenCVRegistrationPositionalRotational - Class in science.aist.imaging.opencv.imageprocessing.registration: This class implements Registration for positional and rotational offset
OpenCVRegistrationPositionalRotational() - Constructor for class science.aist.imaging.opencv.imageprocessing.registration.OpenCVRegistrationPositionalRotational
OpenCVResizeFunction - Class in science.aist.imaging.opencv.imageprocessing.transformation: Function for resizing a image
OpenCVResizeFunction() - Constructor for class science.aist.imaging.opencv.imageprocessing.transformation.OpenCVResizeFunction
OpenCVRGBColorbasedObjectDetector - Class in science.aist.imaging.opencv.imageprocessing.objectdetection: opencv implementation for a color based Object Detector.
OpenCVRGBColorbasedObjectDetector() - Constructor for class science.aist.imaging.opencv.imageprocessing.objectdetection.OpenCVRGBColorbasedObjectDetector
OpenCVRotatedRectangleWrapper - Class in science.aist.imaging.opencv.imageprocessing.wrapper: Wraps RotatedRect
OpenCVRotatedRectangleWrapper(RotatedRect) - Constructor for class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVRotatedRectangleWrapper
OpenCVRotatedRectangleWrapperToJavaRectangleRotatedTransformer - Class in science.aist.imaging.opencv.imageprocessing.transformers: Transformer between a RotatedRectangleWrapper of RotatedRect and Point into a JavaRectangleRotated2D
OpenCVRotatedRectangleWrapperToJavaRectangleRotatedTransformer() - Constructor for class science.aist.imaging.opencv.imageprocessing.transformers.OpenCVRotatedRectangleWrapperToJavaRectangleRotatedTransformer
OpenCVRotateFunction - Class in science.aist.imaging.opencv.imageprocessing.transformation: Function for rotating an image Source: http://stackoverflow.com/questions/26692648/rotate-image-using-opencv
OpenCVRotateFunction() - Constructor for class science.aist.imaging.opencv.imageprocessing.transformation.OpenCVRotateFunction
OpenCVSaver - Class in science.aist.imaging.opencv.imageprocessing.storage: Class for saving open cv images
OpenCVSaver() - Constructor for class science.aist.imaging.opencv.imageprocessing.storage.OpenCVSaver
OpenCVScalarRGBColorTransformer - Class in science.aist.imaging.opencv.imageprocessing.transformers: Transformer for Scalar (in BGR style; Transparency will be ignored) and RGB Color
OpenCVScalarRGBColorTransformer() - Constructor for class science.aist.imaging.opencv.imageprocessing.transformers.OpenCVScalarRGBColorTransformer
OpenCVSharpenFunction - Class in science.aist.imaging.opencv.imageprocessing.lowpassfilter: sharpens a image by using gaussian blur and subtract it
OpenCVSharpenFunction() - Constructor for class science.aist.imaging.opencv.imageprocessing.lowpassfilter.OpenCVSharpenFunction
OpenCVSizebasedPositionEvaluator - Class in science.aist.imaging.opencv.imageprocessing.positioning: PositionEvaluator Implementation (based on a AbstractColorbasedObjectDetector<Mat, Point>) which provides functionality to evaluate e.g.
OpenCVSizebasedPositionEvaluator() - Constructor for class science.aist.imaging.opencv.imageprocessing.positioning.OpenCVSizebasedPositionEvaluator
OpenCVSobelEdgeDetection - Class in science.aist.imaging.opencv.imageprocessing.edgedetection: Sobel Edge Detector
OpenCVSobelEdgeDetection() - Constructor for class science.aist.imaging.opencv.imageprocessing.edgedetection.OpenCVSobelEdgeDetection
OpenCVThresholdFunction - Class in science.aist.imaging.opencv.imageprocessing.threshold: Function for applying an threshold
OpenCVThresholdFunction() - Constructor for class science.aist.imaging.opencv.imageprocessing.threshold.OpenCVThresholdFunction
OpenCVThresholdType - Enum in science.aist.imaging.opencv.imageprocessing.domain: OpenCV Threshold type
OpenCVTranslateFunction - Class in science.aist.imaging.opencv.imageprocessing.transformation: Function for translating an image Source: http://stackoverflow.com/questions/19068085/shift-image-content-with-opencv/26766505#26766505
OpenCVTranslateFunction() - Constructor for class science.aist.imaging.opencv.imageprocessing.transformation.OpenCVTranslateFunction
OpenCVWatershedRegionDetection - Class in science.aist.imaging.opencv.imageprocessing.featureextraction: Use watershed algorithm to isolate objects from each other.
OpenCVWatershedRegionDetection() - Constructor for class science.aist.imaging.opencv.imageprocessing.featureextraction.OpenCVWatershedRegionDetection
optimize(ImageWrapper, ImageWrapper) - Method in interface science.aist.imaging.api.optimization.Optimizer: Method for calculating the positional and rotational offset of two images in an optimized way.
optimize(ImageWrapper, ImageWrapper, int, int, int, int, double, RGBColor) - Method in interface science.aist.imaging.api.optimization.Optimizer: Method for calculating the positional and rotational offset of two images in an optimized way.
optimize(ImageWrapper<Mat>, ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.optimization.OpenCVOptimizer: This method optimizes the quality and/or the speed of image processing algorithms.
optimize(ImageWrapper<Mat>, ImageWrapper<Mat>, int, int, int, int, double, RGBColor) - Method in class science.aist.imaging.opencv.imageprocessing.optimization.OpenCVOptimizer: Method for calculating the offset of two images in an optimized way.
optimizePositionalOffset(ImageWrapper, ImageWrapper) - Method in interface science.aist.imaging.api.optimization.Optimizer: Method for calculating the offset of two images.
optimizePositionalOffset(ImageWrapper<Mat>, ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.optimization.OpenCVOptimizer: Method for calculating the offset of two images.
Optimizer - Interface in science.aist.imaging.api.optimization: Objects of this interface are used to improve the quality and/or speed of image processing algorithms.
ORB - science.aist.imaging.api.featureextraction.AbstractPointFeatureDetection.ExtractorType
OrientationOffset - Class in science.aist.imaging.api.domain.offset: Class for representing different offset types (e.g.
OrientationOffset() - Constructor for class science.aist.imaging.api.domain.offset.OrientationOffset
OrientationOffset(double, double) - Constructor for class science.aist.imaging.api.domain.offset.OrientationOffset
OrientationOffset(double, double, double) - Constructor for class science.aist.imaging.api.domain.offset.OrientationOffset
OrientationOffset(double, double, double, double) - Constructor for class science.aist.imaging.api.domain.offset.OrientationOffset
OrientationOffset(RotationOffset, double, double) - Constructor for class science.aist.imaging.api.domain.offset.OrientationOffset
OrientationOffset(TranslationOffset, double, double, double) - Constructor for class science.aist.imaging.api.domain.offset.OrientationOffset
OTSU - science.aist.imaging.opencv.imageprocessing.domain.OpenCVThresholdType

P

PaddingFunction<I,R> - Class in science.aist.imaging.core.imageprocessing.transformation: Function for adding padding to a given image
PaddingFunction() - Constructor for class science.aist.imaging.core.imageprocessing.transformation.PaddingFunction
PDFPagesToImage - Class in science.aist.imaging.pdfbox: Converts each page of a pdf into a buffered image
PDFPagesToImage() - Constructor for class science.aist.imaging.pdfbox.PDFPagesToImage
PIXEL - science.aist.imaging.opencv.imageprocessing.domain.OpenCVDistanceLabel: CV_DIST_LABEL_PIXEL
PixelDifferenceImpl<T,V> - Class in science.aist.imaging.core.objectprocessing.compare.impl: Calculates difference of two objects using their pixel coordinate information.
PixelDifferenceImpl() - Constructor for class science.aist.imaging.core.objectprocessing.compare.impl.PixelDifferenceImpl
PixelFunction - Interface in science.aist.imaging.api.domain.wrapper: Function which is applied for a given pixel in the given image
PlyReader - Class in science.aist.imaging.mesh.storage.ply: MeshReader implementation for PLY files
PlyReader() - Constructor for class science.aist.imaging.mesh.storage.ply.PlyReader
PlyWriter - Class in science.aist.imaging.mesh.storage.ply: MeshWriter implementation for PLY files
PlyWriter() - Constructor for class science.aist.imaging.mesh.storage.ply.PlyWriter
point - Variable in class science.aist.imaging.api.domain.wrapper.AbstractPoint2Wrapper
Point2Wrapper - Interface in science.aist.imaging.api.domain.wrapper: Interface which wraps a two dimensional point.
Point3Wrapper - Interface in science.aist.imaging.api.domain.wrapper: Interface which wraps a three dimensional point.
PointCSVProcessor - Class in science.aist.imaging.core.storage: Simple implementation of CSVProcessor for JavaPoint3D with a csv files with the columns (1) x, (2) y and (z)
PointCSVProcessor(char) - Constructor for class science.aist.imaging.core.storage.PointCSVProcessor
pointDistance(AbstractJavaPoint<?>, AbstractJavaPoint<?>) - Static method in class science.aist.imaging.api.domain.AbstractJavaPoint: returns the 3D distance between two given points sqrt((point1.x - point2.x)^2 + (point1.y - point2.y)^2 + (point1.z - point2.z)^2)
PointMinMaxFunction<T extends AbstractJavaPoint<T>> - Class in science.aist.imaging.api.util: Function which calculates the min and the max coordinates
PointMinMaxFunction() - Constructor for class science.aist.imaging.api.util.PointMinMaxFunction
points - Variable in class science.aist.imaging.api.domain.AbstractJavaPolygon: internal points representing the polygon
pointTransformer - Variable in class science.aist.imaging.api.objectdetection.AbstractObjectDetector: Reference to Point Transformer
PolygonFunction - Class in science.aist.imaging.core.pointprocessing: Class for creating a symmetrical polygon
PolygonFunction() - Constructor for class science.aist.imaging.core.pointprocessing.PolygonFunction
pooling(List<Double>) - Method in class science.aist.imaging.core.imageprocessing.filter.AbstractPoolingFunction: Inner Function that is applied for all values in neighborhood
pooling(List<Double>) - Method in class science.aist.imaging.core.imageprocessing.filter.pooling.MaxPoolingFunction
positionalEqual(T) - Method in class science.aist.imaging.api.domain.AbstractJavaPoint: Checks if this and that are positional equal (not type equal)
positionalEqual(T, double) - Method in class science.aist.imaging.api.domain.AbstractJavaPoint: Checks if this and that are positional equal (not type equal)
PositionComparisonImpl<T,V> - Class in science.aist.imaging.core.objectprocessing.compare.impl: Simple comparison class, which allows to compare objects by their current coordinate data.
PositionComparisonImpl() - Constructor for class science.aist.imaging.core.objectprocessing.compare.impl.PositionComparisonImpl
PositionEvaluator<I,P> - Interface in science.aist.imaging.api.positioning: Interface which provides functionality to evaluate e.g.
PositionObjectMerge<T,V> - Class in science.aist.imaging.core.objectprocessing.merge.impl: Merges two objects depending on if a certain number of coordinates overlap.
PositionObjectMerge() - Constructor for class science.aist.imaging.core.objectprocessing.merge.impl.PositionObjectMerge
prepareResult(ImageWrapper) - Method in class science.aist.imaging.core.imageprocessing.operator.AbstractOperator: Prepare the result image using the image provider or the given image
provider - Variable in class science.aist.imaging.core.imageprocessing.filter.AbstractPoolingFunction
provider - Variable in class science.aist.imaging.core.imageprocessing.operator.AbstractOperator: ImageProvider used to create a new result-image

R

radius - Variable in class science.aist.imaging.core.imageprocessing.draw.circle.AbstractDrawCircle
radius - Variable in class science.aist.imaging.core.pointprocessing.PolygonFunction: Radius of the polygon
RawObjectMerge<T,V> - Class in science.aist.imaging.core.objectprocessing.merge.impl: Flat out merges the two objects, without using any threshold or other safety checks.
RawObjectMerge() - Constructor for class science.aist.imaging.core.objectprocessing.merge.impl.RawObjectMerge
read(BufferedReader) - Method in interface science.aist.imaging.mesh.storage.MeshReader: Reads a given mesh from a given reader
read(BufferedReader) - Method in class science.aist.imaging.mesh.storage.obj.ObjReader
read(BufferedReader) - Method in class science.aist.imaging.mesh.storage.off.OffReader
read(BufferedReader) - Method in class science.aist.imaging.mesh.storage.ply.PlyReader
read(BufferedReader) - Method in class science.aist.imaging.mesh.storage.stl.StlReader
read(File) - Method in interface science.aist.imaging.mesh.storage.MeshReader: Reads a given mesh from a given file
read(InputStream) - Method in interface science.aist.imaging.mesh.storage.MeshReader: Reads a given mesh from a given inputstream
read(String) - Method in interface science.aist.imaging.mesh.storage.MeshReader: Reads a given mesh from a given file defined by its path
RecognizedObject<T,V> - Class in science.aist.imaging.api.domain: Class giving data regarding a recognized object in an image.
RecognizedObject(T, List<JavaPoint2D>, double) - Constructor for class science.aist.imaging.api.domain.RecognizedObject
recognizeRegion(Mat, double) - Method in class science.aist.imaging.opencv.imageprocessing.featureextraction.OpenCVWatershedRegionDetection
recognizeRegion(T, double) - Method in interface science.aist.imaging.api.featureextraction.RegionDetection: Recognize regions using a specific threshold and information of an image-object.
rectangle - Variable in class science.aist.imaging.api.domain.wrapper.AbstractRectangleWrapper: Wrapped rectangle
RectangleWrapper<R,P> - Interface in science.aist.imaging.api.domain.wrapper: Interface which wraps a rectangle.
RED - Static variable in class science.aist.imaging.api.domain.color.HSVColor: Red HSV Color
RED - Static variable in class science.aist.imaging.api.domain.color.RGBColor: Red RGB Color
RED - Static variable in class science.aist.imaging.api.domain.color.YUVColor: Red HSV Color
referenceImage - Variable in class science.aist.imaging.api.objectdetection.AbstractDifferencebasedObjectDetector
RegionDetection<T,V> - Interface in science.aist.imaging.api.featureextraction: Detections regions in images using information, depending on the image.
RegionGrowingFunction<T,R> - Class in science.aist.imaging.core.imageprocessing.segmentation: Implementation of Region Growing
RegionGrowingFunction() - Constructor for class science.aist.imaging.core.imageprocessing.segmentation.RegionGrowingFunction
register(ImageWrapper, Collection<ImageWrapper>) - Method in interface science.aist.imaging.api.registration.Registration: This function applies image registration on given elements.
register(ImageWrapper<Mat>, Collection<ImageWrapper<Mat>>) - Method in class science.aist.imaging.opencv.imageprocessing.registration.OpenCVRegistrationPositional: This function applies image registration on given elements.
register(ImageWrapper<Mat>, Collection<ImageWrapper<Mat>>) - Method in class science.aist.imaging.opencv.imageprocessing.registration.OpenCVRegistrationPositionalRotational: This function applies image registration on given elements.
Registration - Interface in science.aist.imaging.api.registration: Interface for different Registration Methods
RegistrationImageFunction<T,R> - Class in science.aist.imaging.core.imageprocessing.registration: Registers two images
RegistrationImageFunction() - Constructor for class science.aist.imaging.core.imageprocessing.registration.RegistrationImageFunction
removeFeature(E) - Method in class science.aist.imaging.api.domain.wrapper.AbstractFeatureWrapper: Method for removing a feature.
removeFeature(E) - Method in interface science.aist.imaging.api.domain.wrapper.FeatureWrapper: Method for removing a feature.
RGB - science.aist.imaging.api.domain.wrapper.ChannelType
RGB2BGRTransformer<P,T> - Class in science.aist.imaging.core.imageprocessing.transformers: Converts a BGR image into a RGB image and vice versa
RGB2BGRTransformer() - Constructor for class science.aist.imaging.core.imageprocessing.transformers.RGB2BGRTransformer
RGB2RGBATransformer<P,T> - Class in science.aist.imaging.core.imageprocessing.transformers: Transforms a RGB image into a RGBA image and vice versa.
RGB2RGBATransformer() - Constructor for class science.aist.imaging.core.imageprocessing.transformers.RGB2RGBATransformer
RGBA - science.aist.imaging.api.domain.wrapper.ChannelType
RGBColor - Class in science.aist.imaging.api.domain.color: Class the represents an RGB color
RGBColor() - Constructor for class science.aist.imaging.api.domain.color.RGBColor
RGBColor(double, double, double) - Constructor for class science.aist.imaging.api.domain.color.RGBColor
RGBColor(int) - Constructor for class science.aist.imaging.api.domain.color.RGBColor
RGBColor(int, int, int) - Constructor for class science.aist.imaging.api.domain.color.RGBColor
RIGHT - science.aist.imaging.api.domain.Side
roi - Variable in class science.aist.imaging.api.fitnessfunction.AbstractFitnessFunction
rotate(double) - Method in class science.aist.imaging.api.domain.twodimensional.JavaLine2D: Rotates this line around its mid point
rotate(double) - Method in class science.aist.imaging.api.domain.twodimensional.JavaPoint2D: Rotates a Java Point around the origin (0, 0)
rotate(double) - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D: adds the given getRotation to the current rectangle and returns
rotate(double, double, double) - Method in class science.aist.imaging.api.domain.threedimensional.JavaModel3D: Rotates the model 3D around the origin (0,0,0)
rotate(double, double, double) - Method in class science.aist.imaging.api.domain.threedimensional.JavaPoint3D: Rotates the point around the origin (0,0,0)
rotate(double, JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaLine2D: Rotates this line around the given rotationCenter
rotate(double, JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaPoint2D: Rotates a Java Point around a given origin
rotate(double, JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaPointCloud2D: Rotates the point cloud around the given origin
rotate(JavaPoint3D, double, double, double) - Method in class science.aist.imaging.api.domain.threedimensional.JavaModel3D: Rotates the model 3D around the given origin
rotate(JavaPoint3D, double, double, double) - Method in class science.aist.imaging.api.domain.threedimensional.JavaPoint3D: Rotates the point around the given origin
rotate(JavaPoint3D, double, double, double) - Method in class science.aist.imaging.api.domain.threedimensional.JavaPointCloud3D: Rotates the point cloud around the given origin
rotateAroundCenter(double) - Method in class science.aist.imaging.api.domain.twodimensional.JavaPointCloud2D: Rotates the point cloud around the center point.
rotateAroundCenter(double, double, double) - Method in class science.aist.imaging.api.domain.threedimensional.JavaModel3D: Rotates the Model3D around it's center JavaModel3D.centerPoint
rotateAroundCenter(double, double, double) - Method in class science.aist.imaging.api.domain.threedimensional.JavaPointCloud3D: Rotates the point cloud around the center point.
RotatedRectangleWrapper<R,P> - Interface in science.aist.imaging.api.domain.wrapper: Extension of the RectangleWrapper to also support Rotated Rectangles
rotationalOffset - Variable in class science.aist.imaging.api.domain.offset.RotationOffset
RotationOffset - Class in science.aist.imaging.api.domain.offset: Class for representing translation and rotational offset of two images.
RotationOffset() - Constructor for class science.aist.imaging.api.domain.offset.RotationOffset
RotationOffset(double) - Constructor for class science.aist.imaging.api.domain.offset.RotationOffset
RotationOffset(double, double, double) - Constructor for class science.aist.imaging.api.domain.offset.RotationOffset
RotationOffset(double, double, double, double) - Constructor for class science.aist.imaging.api.domain.offset.RotationOffset
RotationOffset(TranslationOffset, double) - Constructor for class science.aist.imaging.api.domain.offset.RotationOffset

S

scale(double) - Method in class science.aist.imaging.api.domain.threedimensional.JavaModel3D: Scales the given Model3D
scale(JavaPoint3D) - Method in class science.aist.imaging.api.domain.threedimensional.JavaModel3D: Scales the given Model3D
scale(JavaPoint3D) - Method in class science.aist.imaging.api.domain.threedimensional.JavaPointCloud3D: Scales the given JavaPointCloud around the center point
scale(JavaPoint3D, JavaPoint3D) - Method in class science.aist.imaging.api.domain.threedimensional.JavaPointCloud3D: Scales the given JavaPointCloud around the given scale center point
scale(JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaPointCloud2D: Scales the given JavaPointCloud around the center point
scale(JavaPoint2D, JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaPointCloud2D: Scales the given JavaPointCloud around the given scale center point
scale(T) - Method in class science.aist.imaging.api.domain.AbstractJavaPointCloud: Scales the given JavaPointCloud around the center point
scale(T, T) - Method in class science.aist.imaging.api.domain.AbstractJavaPointCloud: Scales the given JavaPointCloud around the given scale center point
scaleFromChannel(double, int, double, double) - Method in enum science.aist.imaging.api.domain.wrapper.ChannelType: Scales the given pixel value of this Channeltype to a new range defined
scaleToChannel(double, double, double, double, double) - Static method in enum science.aist.imaging.api.domain.wrapper.ChannelType: Scales the given pixel value to a new range defined
scaleToChannel(double, int, double, double) - Method in enum science.aist.imaging.api.domain.wrapper.ChannelType: Scales the given pixel value to a new range defined
science.aist.imaging.api - package science.aist.imaging.api
science.aist.imaging.api.compare - package science.aist.imaging.api.compare
science.aist.imaging.api.domain - package science.aist.imaging.api.domain
science.aist.imaging.api.domain.color - package science.aist.imaging.api.domain.color
science.aist.imaging.api.domain.imagemetadata - package science.aist.imaging.api.domain.imagemetadata
science.aist.imaging.api.domain.imagemetadata.valuecontainer - package science.aist.imaging.api.domain.imagemetadata.valuecontainer: This package implements the ValueContainer interface for different types
science.aist.imaging.api.domain.ocr - package science.aist.imaging.api.domain.ocr
science.aist.imaging.api.domain.offset - package science.aist.imaging.api.domain.offset
science.aist.imaging.api.domain.threedimensional - package science.aist.imaging.api.domain.threedimensional
science.aist.imaging.api.domain.twodimensional - package science.aist.imaging.api.domain.twodimensional
science.aist.imaging.api.domain.wrapper - package science.aist.imaging.api.domain.wrapper
science.aist.imaging.api.domain.wrapper.implementation - package science.aist.imaging.api.domain.wrapper.implementation
science.aist.imaging.api.facedetection - package science.aist.imaging.api.facedetection
science.aist.imaging.api.featureextraction - package science.aist.imaging.api.featureextraction
science.aist.imaging.api.fitnessfunction - package science.aist.imaging.api.fitnessfunction
science.aist.imaging.api.objectdetection - package science.aist.imaging.api.objectdetection
science.aist.imaging.api.optimization - package science.aist.imaging.api.optimization
science.aist.imaging.api.positioning - package science.aist.imaging.api.positioning
science.aist.imaging.api.registration - package science.aist.imaging.api.registration
science.aist.imaging.api.typecheck - package science.aist.imaging.api.typecheck
science.aist.imaging.api.util - package science.aist.imaging.api.util
science.aist.imaging.core.imageprocessing.analysis - package science.aist.imaging.core.imageprocessing.analysis
science.aist.imaging.core.imageprocessing.contour - package science.aist.imaging.core.imageprocessing.contour
science.aist.imaging.core.imageprocessing.contrast - package science.aist.imaging.core.imageprocessing.contrast
science.aist.imaging.core.imageprocessing.conversion - package science.aist.imaging.core.imageprocessing.conversion
science.aist.imaging.core.imageprocessing.conversion.greyscale - package science.aist.imaging.core.imageprocessing.conversion.greyscale
science.aist.imaging.core.imageprocessing.creator - package science.aist.imaging.core.imageprocessing.creator
science.aist.imaging.core.imageprocessing.distance - package science.aist.imaging.core.imageprocessing.distance
science.aist.imaging.core.imageprocessing.draw - package science.aist.imaging.core.imageprocessing.draw
science.aist.imaging.core.imageprocessing.draw.circle - package science.aist.imaging.core.imageprocessing.draw.circle
science.aist.imaging.core.imageprocessing.draw.line - package science.aist.imaging.core.imageprocessing.draw.line
science.aist.imaging.core.imageprocessing.draw.polygon - package science.aist.imaging.core.imageprocessing.draw.polygon
science.aist.imaging.core.imageprocessing.filter - package science.aist.imaging.core.imageprocessing.filter
science.aist.imaging.core.imageprocessing.filter.highpass - package science.aist.imaging.core.imageprocessing.filter.highpass
science.aist.imaging.core.imageprocessing.filter.impl - package science.aist.imaging.core.imageprocessing.filter.impl
science.aist.imaging.core.imageprocessing.filter.lowpass - package science.aist.imaging.core.imageprocessing.filter.lowpass
science.aist.imaging.core.imageprocessing.filter.pooling - package science.aist.imaging.core.imageprocessing.filter.pooling
science.aist.imaging.core.imageprocessing.fitnessfunction - package science.aist.imaging.core.imageprocessing.fitnessfunction
science.aist.imaging.core.imageprocessing.helper - package science.aist.imaging.core.imageprocessing.helper
science.aist.imaging.core.imageprocessing.houghspace - package science.aist.imaging.core.imageprocessing.houghspace
science.aist.imaging.core.imageprocessing.interpolation - package science.aist.imaging.core.imageprocessing.interpolation
science.aist.imaging.core.imageprocessing.metadata - package science.aist.imaging.core.imageprocessing.metadata
science.aist.imaging.core.imageprocessing.operator - package science.aist.imaging.core.imageprocessing.operator
science.aist.imaging.core.imageprocessing.registration - package science.aist.imaging.core.imageprocessing.registration
science.aist.imaging.core.imageprocessing.segmentation - package science.aist.imaging.core.imageprocessing.segmentation
science.aist.imaging.core.imageprocessing.segmentation.morph - package science.aist.imaging.core.imageprocessing.segmentation.morph
science.aist.imaging.core.imageprocessing.transformation - package science.aist.imaging.core.imageprocessing.transformation
science.aist.imaging.core.imageprocessing.transformers - package science.aist.imaging.core.imageprocessing.transformers
science.aist.imaging.core.imageprocessing.transformers.color - package science.aist.imaging.core.imageprocessing.transformers.color
science.aist.imaging.core.objectprocessing.compare - package science.aist.imaging.core.objectprocessing.compare
science.aist.imaging.core.objectprocessing.compare.impl - package science.aist.imaging.core.objectprocessing.compare.impl
science.aist.imaging.core.objectprocessing.merge - package science.aist.imaging.core.objectprocessing.merge
science.aist.imaging.core.objectprocessing.merge.impl - package science.aist.imaging.core.objectprocessing.merge.impl
science.aist.imaging.core.pointprocessing - package science.aist.imaging.core.pointprocessing
science.aist.imaging.core.pointprocessing.convexhull - package science.aist.imaging.core.pointprocessing.convexhull
science.aist.imaging.core.storage - package science.aist.imaging.core.storage
science.aist.imaging.imagej.imageprocessing.converter - package science.aist.imaging.imagej.imageprocessing.converter
science.aist.imaging.imagej.imageprocessing.wrapper - package science.aist.imaging.imagej.imageprocessing.wrapper
science.aist.imaging.javacv.imageprocessing.wrapper - package science.aist.imaging.javacv.imageprocessing.wrapper
science.aist.imaging.mesh.storage - package science.aist.imaging.mesh.storage
science.aist.imaging.mesh.storage.obj - package science.aist.imaging.mesh.storage.obj
science.aist.imaging.mesh.storage.off - package science.aist.imaging.mesh.storage.off
science.aist.imaging.mesh.storage.ply - package science.aist.imaging.mesh.storage.ply
science.aist.imaging.mesh.storage.stl - package science.aist.imaging.mesh.storage.stl
science.aist.imaging.mesh.triangulation - package science.aist.imaging.mesh.triangulation
science.aist.imaging.mesh.triangulation.delaunay - package science.aist.imaging.mesh.triangulation.delaunay
science.aist.imaging.mesh.triangulation.delaunay.impl - package science.aist.imaging.mesh.triangulation.delaunay.impl
science.aist.imaging.microsoftcognitiveservices - package science.aist.imaging.microsoftcognitiveservices
science.aist.imaging.microsoftcognitiveservices.transformers - package science.aist.imaging.microsoftcognitiveservices.transformers
science.aist.imaging.nd4j.imageprocessing.wrapper - package science.aist.imaging.nd4j.imageprocessing.wrapper
science.aist.imaging.opencv.imageprocessing.averaging - package science.aist.imaging.opencv.imageprocessing.averaging
science.aist.imaging.opencv.imageprocessing.compare - package science.aist.imaging.opencv.imageprocessing.compare
science.aist.imaging.opencv.imageprocessing.contour - package science.aist.imaging.opencv.imageprocessing.contour
science.aist.imaging.opencv.imageprocessing.contrast - package science.aist.imaging.opencv.imageprocessing.contrast
science.aist.imaging.opencv.imageprocessing.conversion - package science.aist.imaging.opencv.imageprocessing.conversion
science.aist.imaging.opencv.imageprocessing.distance - package science.aist.imaging.opencv.imageprocessing.distance
science.aist.imaging.opencv.imageprocessing.domain - package science.aist.imaging.opencv.imageprocessing.domain
science.aist.imaging.opencv.imageprocessing.draw.circle - package science.aist.imaging.opencv.imageprocessing.draw.circle
science.aist.imaging.opencv.imageprocessing.draw.features - package science.aist.imaging.opencv.imageprocessing.draw.features
science.aist.imaging.opencv.imageprocessing.draw.line - package science.aist.imaging.opencv.imageprocessing.draw.line
science.aist.imaging.opencv.imageprocessing.draw.polygon - package science.aist.imaging.opencv.imageprocessing.draw.polygon
science.aist.imaging.opencv.imageprocessing.draw.rectangle - package science.aist.imaging.opencv.imageprocessing.draw.rectangle
science.aist.imaging.opencv.imageprocessing.edgedetection - package science.aist.imaging.opencv.imageprocessing.edgedetection
science.aist.imaging.opencv.imageprocessing.featureextraction - package science.aist.imaging.opencv.imageprocessing.featureextraction
science.aist.imaging.opencv.imageprocessing.filter - package science.aist.imaging.opencv.imageprocessing.filter
science.aist.imaging.opencv.imageprocessing.fitnessfunction - package science.aist.imaging.opencv.imageprocessing.fitnessfunction
science.aist.imaging.opencv.imageprocessing.houghspace - package science.aist.imaging.opencv.imageprocessing.houghspace
science.aist.imaging.opencv.imageprocessing.lowpassfilter - package science.aist.imaging.opencv.imageprocessing.lowpassfilter
science.aist.imaging.opencv.imageprocessing.morphology - package science.aist.imaging.opencv.imageprocessing.morphology
science.aist.imaging.opencv.imageprocessing.objectdetection - package science.aist.imaging.opencv.imageprocessing.objectdetection
science.aist.imaging.opencv.imageprocessing.optimization - package science.aist.imaging.opencv.imageprocessing.optimization
science.aist.imaging.opencv.imageprocessing.positioning - package science.aist.imaging.opencv.imageprocessing.positioning
science.aist.imaging.opencv.imageprocessing.registration - package science.aist.imaging.opencv.imageprocessing.registration
science.aist.imaging.opencv.imageprocessing.storage - package science.aist.imaging.opencv.imageprocessing.storage
science.aist.imaging.opencv.imageprocessing.threshold - package science.aist.imaging.opencv.imageprocessing.threshold
science.aist.imaging.opencv.imageprocessing.transformation - package science.aist.imaging.opencv.imageprocessing.transformation
science.aist.imaging.opencv.imageprocessing.transformers - package science.aist.imaging.opencv.imageprocessing.transformers
science.aist.imaging.opencv.imageprocessing.wrapper - package science.aist.imaging.opencv.imageprocessing.wrapper
science.aist.imaging.openimaj.imageprocessing.transformer - package science.aist.imaging.openimaj.imageprocessing.transformer
science.aist.imaging.openimaj.imageprocessing.wrapper - package science.aist.imaging.openimaj.imageprocessing.wrapper
science.aist.imaging.openjfx.imageprocessing.wrapper - package science.aist.imaging.openjfx.imageprocessing.wrapper
science.aist.imaging.pdfbox - package science.aist.imaging.pdfbox
science.aist.imaging.tesseract.domain - package science.aist.imaging.tesseract.domain
science.aist.imaging.tesseract.imageprocessing.opticalcharacterrecognition.tesseract - package science.aist.imaging.tesseract.imageprocessing.opticalcharacterrecognition.tesseract
science.aist.imaging.tesseract.imageprocessing.transformers - package science.aist.imaging.tesseract.imageprocessing.transformers
setBlue(double) - Method in class science.aist.imaging.api.domain.color.RGBColor
setBorderMode(OpenCVBorderMode) - Method in class science.aist.imaging.opencv.imageprocessing.transformation.OpenCVPaddingFunction
setBorderMode(OpenCVBorderMode) - Method in class science.aist.imaging.opencv.imageprocessing.transformation.OpenCVPerspectiveTransformation
setBottomRight(JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangle2D: Sets the bottom right point of the rectangle.
setChannel1(double) - Method in class science.aist.imaging.api.domain.color.HSVColor
setChannel1(double) - Method in class science.aist.imaging.api.domain.color.RGBColor
setChannel1(double) - Method in interface science.aist.imaging.api.domain.color.ThreeChannelColor
setChannel1(double) - Method in class science.aist.imaging.api.domain.color.YUVColor
setChannel2(double) - Method in class science.aist.imaging.api.domain.color.HSVColor
setChannel2(double) - Method in class science.aist.imaging.api.domain.color.RGBColor
setChannel2(double) - Method in interface science.aist.imaging.api.domain.color.ThreeChannelColor
setChannel2(double) - Method in class science.aist.imaging.api.domain.color.YUVColor
setChannel3(double) - Method in class science.aist.imaging.api.domain.color.HSVColor
setChannel3(double) - Method in class science.aist.imaging.api.domain.color.RGBColor
setChannel3(double) - Method in interface science.aist.imaging.api.domain.color.ThreeChannelColor
setChannel3(double) - Method in class science.aist.imaging.api.domain.color.YUVColor
setDashLength(int) - Method in class science.aist.imaging.core.imageprocessing.draw.line.DrawDashedLine: sets value of field DrawDashedLine.dashLength
setDotDistance(int) - Method in class science.aist.imaging.core.imageprocessing.draw.line.DrawDottedLine: sets value of field DrawDottedLine.dotDistance
setEndPoint(Point2Wrapper) - Method in class science.aist.imaging.api.domain.wrapper.AbstractLineWrapper
setEndPoint(Point2Wrapper) - Method in interface science.aist.imaging.api.domain.wrapper.LineWrapper
setFailure(double) - Method in class science.aist.imaging.api.domain.offset.TranslationOffset: Setter for failure-value which represents the correctness of the offset result
setFeatures(Collection<E>) - Method in class science.aist.imaging.api.domain.wrapper.AbstractFeatureWrapper: Setter for the contained features which represents the features.
setFeatures(Collection<E>) - Method in interface science.aist.imaging.api.domain.wrapper.FeatureWrapper: Setter for the contained features which represents the features.
setFrom(double, double) - Method in class science.aist.imaging.core.imageprocessing.transformation.TwoByteCropFunction
setFrom(double, double) - Method in class science.aist.imaging.opencv.imageprocessing.transformation.OpenCVCropFunction
setGreen(double) - Method in class science.aist.imaging.api.domain.color.RGBColor
setHorizontalAngleOffset(double) - Method in class science.aist.imaging.api.domain.offset.OrientationOffset: Setter for orientational offset on x-axis (in degrees)
setHorizontalTiles(int) - Method in interface science.aist.imaging.api.positioning.GridbasedPositionEvaluator
setHoughSpaceValue(int, int, int, double) - Method in class science.aist.imaging.core.imageprocessing.houghspace.HoughSpaceLines: set a value into the hough space
setHue(double) - Method in class science.aist.imaging.api.domain.color.HSVColor
setKernelHeight(int) - Method in class science.aist.imaging.opencv.imageprocessing.lowpassfilter.OpenCVGaussFilterFunction
setKernelWidth(int) - Method in class science.aist.imaging.opencv.imageprocessing.lowpassfilter.OpenCVGaussFilterFunction
setMarginUnify(int) - Method in class science.aist.imaging.core.imageprocessing.transformation.ContentAwareCrop: Sets the same value to all margins
setMetaInfo(String, T) - Method in class science.aist.imaging.api.domain.twodimensional.MetaJavaPoint2D: Sets a meta information element
setMode(OCRMode) - Method in class science.aist.imaging.tesseract.imageprocessing.opticalcharacterrecognition.tesseract.TesseractOCR: Set the Mode type (how to perform the image)
setNeighborhoodHeight(int) - Method in class science.aist.imaging.core.imageprocessing.filter.AbstractPoolingFunction: sets value of field AbstractPoolingFunction.neighborhoodHeight
setNeighborhoodWidth(int) - Method in class science.aist.imaging.core.imageprocessing.filter.AbstractPoolingFunction: sets value of field AbstractPoolingFunction.neighborhoodWidth
setNeighborMask(ImageWrapper<short[][][]>) - Method in class science.aist.imaging.core.imageprocessing.segmentation.morph.GenericMorphFunction: sets value of field GenericMorphFunction.neighborMask
setObjectReferenceImage(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.objectdetection.OpenCVFeaturebasedObjectDetector
setObjectWidthInMM(double) - Method in interface science.aist.imaging.api.positioning.SizebasedPositionEvaluator
setOffset(TranslationOffset) - Method in class science.aist.imaging.opencv.imageprocessing.transformation.OpenCVTranslateFunction
setPaddingHorizontal(int) - Method in class science.aist.imaging.core.imageprocessing.transformation.PaddingFunction: Sets PaddingFunction.paddingLeft and PaddingFunction.paddingRight
setPaddings(int) - Method in class science.aist.imaging.opencv.imageprocessing.transformation.OpenCVPaddingFunction: Parameter specifying how many pixels in each direction from the source image rectangle to extrapolate.
setPaddings(int, int, int, int) - Method in class science.aist.imaging.opencv.imageprocessing.transformation.OpenCVPaddingFunction: Parameter specifying how many pixels in each direction from the source image rectangle to extrapolate.
setPaddingUnify(int) - Method in class science.aist.imaging.core.imageprocessing.transformation.PaddingFunction: Sets all paddings equally
setPaddingVertical(int) - Method in class science.aist.imaging.core.imageprocessing.transformation.PaddingFunction: Sets PaddingFunction.paddingTop and PaddingFunction.paddingBottom
setPoint(P) - Method in class science.aist.imaging.api.domain.wrapper.AbstractPoint2Wrapper: Setter for the wrapped point object
setPoint(P) - Method in interface science.aist.imaging.api.domain.wrapper.Point2Wrapper: Setter for the wrapped point object
setRectangle(RotatedRect) - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVRotatedRectangleWrapper
setRectangle(R) - Method in class science.aist.imaging.api.domain.wrapper.AbstractRectangleWrapper
setRectangle(R) - Method in interface science.aist.imaging.api.domain.wrapper.RectangleWrapper
setRed(double) - Method in class science.aist.imaging.api.domain.color.RGBColor
setReferenceImage(ImageWrapper) - Method in interface science.aist.imaging.api.positioning.GridbasedPositionEvaluator
setReferenceImage(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.positioning.OpenCVGridbasedPositionEvaluator
setRotationalOffset(double) - Method in class science.aist.imaging.api.domain.offset.RotationOffset: Setter for of rotational offset (in degrees)
setSaturation(double) - Method in class science.aist.imaging.api.domain.color.HSVColor
setStartPoint(Point2Wrapper) - Method in class science.aist.imaging.api.domain.wrapper.AbstractLineWrapper
setStartPoint(Point2Wrapper) - Method in interface science.aist.imaging.api.domain.wrapper.LineWrapper
setStepsOfInterestingPoints(int) - Method in class science.aist.imaging.api.featureextraction.AbstractEdgeFeatureDetection
setTileHeight(double) - Method in interface science.aist.imaging.api.positioning.GridbasedPositionEvaluator
setTiles(List<JavaPolygon2D>) - Method in interface science.aist.imaging.api.positioning.GridbasedPositionEvaluator
setTileWidth(double) - Method in interface science.aist.imaging.api.positioning.GridbasedPositionEvaluator
setTo(double, double) - Method in class science.aist.imaging.core.imageprocessing.transformation.TwoByteCropFunction
setTo(double, double) - Method in class science.aist.imaging.opencv.imageprocessing.transformation.OpenCVCropFunction
setTopLeft(JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangle2D: Sets the top left point of the rectangle.
setType(AbstractPointFeatureDetection.ExtractorType) - Method in class science.aist.imaging.api.featureextraction.AbstractPointFeatureDetection
setuChroma(double) - Method in class science.aist.imaging.api.domain.color.YUVColor
setValue(double) - Method in class science.aist.imaging.api.domain.color.HSVColor
setValue(int, int, int, double) - Method in interface science.aist.imaging.api.domain.wrapper.ImageWrapper: Sets a value for a specific pixel and channel
setValue(int, int, int, double) - Method in class science.aist.imaging.api.domain.wrapper.implementation.BufferedImageWrapper: Generally see ImageWrapper.setValue(int, int, int, double) Note: Setter is based on the ImageWrapper.getChannelType() NOT on the actual BufferedImage.getType()
setValue(int, int, int, double) - Method in class science.aist.imaging.api.domain.wrapper.implementation.Image2Byte
setValue(int, int, int, double) - Method in class science.aist.imaging.api.domain.wrapper.implementation.Image8Byte
setValue(int, int, int, double) - Method in class science.aist.imaging.api.domain.wrapper.SubImageWrapper
setValue(int, int, int, double) - Method in class science.aist.imaging.imagej.imageprocessing.wrapper.ImageProcessorWrapper
setValue(int, int, int, double) - Method in class science.aist.imaging.imagej.imageprocessing.wrapper.ImageStackWrapper
setValue(int, int, int, double) - Method in class science.aist.imaging.javacv.imageprocessing.wrapper.JavaCVImageWrapper
setValue(int, int, int, double) - Method in class science.aist.imaging.nd4j.imageprocessing.wrapper.INDArrayWrapper
setValue(int, int, int, double) - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVImageWrapper
setValue(int, int, int, double) - Method in class science.aist.imaging.openimaj.imageprocessing.wrapper.FImageWrapper
setValue(int, int, int, double) - Method in class science.aist.imaging.openimaj.imageprocessing.wrapper.MBFImageWrapper
setValue(int, int, int, double) - Method in class science.aist.imaging.openjfx.imageprocessing.wrapper.WritableImageWrapper
setValues(int, int, double[]) - Method in interface science.aist.imaging.api.domain.wrapper.ImageWrapper: Sets values for the given coordinate
setValues(int, int, double[]) - Method in class science.aist.imaging.api.domain.wrapper.implementation.Image2Byte
setValues(int, int, double[]) - Method in class science.aist.imaging.api.domain.wrapper.implementation.Image8Byte
setValues(int, int, double[]) - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVImageWrapper
setValues(int, int, Color) - Method in interface science.aist.imaging.api.domain.wrapper.ImageWrapper: Sets values for the given coordinate
setvChroma(double) - Method in class science.aist.imaging.api.domain.color.YUVColor
setVerticalAngleOffset(double) - Method in class science.aist.imaging.api.domain.offset.OrientationOffset: Setter for orientational offset on y-axis (in degrees)
setVerticalTiles(int) - Method in interface science.aist.imaging.api.positioning.GridbasedPositionEvaluator
setWhitespaceCharacters(String) - Method in class science.aist.imaging.tesseract.imageprocessing.opticalcharacterrecognition.tesseract.TesseractOCR: Set whitelist characters, this help the ocr to know which letters are expected
setWidthAndRelativeHeight(int, int, int) - Method in class science.aist.imaging.opencv.imageprocessing.transformation.OpenCVResizeFunction: Setter for setting width and the height relative to the new width and the original image dimensions
setX(double) - Method in interface science.aist.imaging.api.domain.wrapper.Point2Wrapper: Setter for the x-coordinate
setX(double) - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVPoint2Wrapper: Setter for the x-coordinate
setX(double) - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVPoint3Wrapper: Setter for the x-coordinate
setXOffset(double) - Method in class science.aist.imaging.api.domain.offset.TranslationOffset: Setter for of x-axis offset
setXOffset(double) - Method in class science.aist.imaging.api.domain.offset.TranslationOffsetInMM: Setter for of x-axis offset (Also updates xOffsetInMM!)
setxOffsetInMM(double) - Method in class science.aist.imaging.api.domain.offset.TranslationOffsetInMM: Setter for of x-axis offset (Also updates xOffset!)
setXStride(int) - Method in class science.aist.imaging.core.imageprocessing.filter.AbstractPoolingFunction: sets value of field AbstractPoolingFunction.xStride
setY(double) - Method in interface science.aist.imaging.api.domain.wrapper.Point2Wrapper: Setter for the y-coordinate
setY(double) - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVPoint2Wrapper: Setter for the y-coordinate
setY(double) - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVPoint3Wrapper: Setter for the y-coordinate
setyLuma(double) - Method in class science.aist.imaging.api.domain.color.YUVColor
setYOffset(double) - Method in class science.aist.imaging.api.domain.offset.TranslationOffset: Setter for of y-axis offset
setYOffset(double) - Method in class science.aist.imaging.api.domain.offset.TranslationOffsetInMM: Setter for of y-axis offset (Also updates yOffsetInMM!)
setyOffsetInMM(double) - Method in class science.aist.imaging.api.domain.offset.TranslationOffsetInMM: Setter for of y-axis offset (Also updates yOffset!)
setYStride(int) - Method in class science.aist.imaging.core.imageprocessing.filter.AbstractPoolingFunction: sets value of field AbstractPoolingFunction.yStride
setZ(double) - Method in interface science.aist.imaging.api.domain.wrapper.Point3Wrapper: Setter for the z-coordinate
setZ(double) - Method in class science.aist.imaging.opencv.imageprocessing.wrapper.OpenCVPoint3Wrapper: Setter for the z-coordinate
SHIFT_DOWN - science.aist.imaging.api.domain.Direction
SHIFT_LEFT - science.aist.imaging.api.domain.Direction
SHIFT_RIGHT - science.aist.imaging.api.domain.Direction
SHIFT_UP - science.aist.imaging.api.domain.Direction
Side - Enum in science.aist.imaging.api.domain: Enum that can be used to determine a side.
SIFT - science.aist.imaging.api.featureextraction.AbstractPointFeatureDetection.ExtractorType
SIMPLEBLOB - science.aist.imaging.api.featureextraction.AbstractPointFeatureDetection.ExtractorType
SINGLE - science.aist.imaging.tesseract.domain.OCRMode
SizebasedPositionEvaluator<I,P> - Interface in science.aist.imaging.api.positioning: Interface which provides functionality to evaluate e.g.
SobelEdgeDetectionFilterFunction<T,R> - Class in science.aist.imaging.core.imageprocessing.filter.highpass: Implementation of sobel edge detection
SobelEdgeDetectionFilterFunction(ImageFactory<R>) - Constructor for class science.aist.imaging.core.imageprocessing.filter.highpass.SobelEdgeDetectionFilterFunction
sort() - Method in class science.aist.imaging.api.domain.twodimensional.JavaPolygon2D: Sorts the points in the java polygon and returns a new sorted java polygon
split(JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaLine2D: Method which splits the single JavaLine2D into two parts at the given split point
split(JavaPoint2D...) - Method in class science.aist.imaging.api.domain.twodimensional.JavaLine2D: Splits the single JavaLine2D into multiple parts at the given split points
SSEFitnessFunction - Class in science.aist.imaging.core.imageprocessing.fitnessfunction: Sum of Squared errors implementation of a fitness function
SSEFitnessFunction() - Constructor for class science.aist.imaging.core.imageprocessing.fitnessfunction.SSEFitnessFunction
STAR - science.aist.imaging.api.featureextraction.AbstractPointFeatureDetection.ExtractorType
StarPolygonFunction - Class in science.aist.imaging.core.pointprocessing: Class for creating a star-shaped polygon
StarPolygonFunction(int, int, int, double) - Constructor for class science.aist.imaging.core.pointprocessing.StarPolygonFunction: Constructor for creating a polygon function for star shaped polygons
startPoint - Variable in class science.aist.imaging.api.domain.AbstractJavaLine: start point of the line
StlReader - Class in science.aist.imaging.mesh.storage.stl: MeshReader implementation for Stl files
StlReader() - Constructor for class science.aist.imaging.mesh.storage.stl.StlReader
StlWriter - Class in science.aist.imaging.mesh.storage.stl: MeshWriter implementation for Stl files
StlWriter() - Constructor for class science.aist.imaging.mesh.storage.stl.StlWriter
stretch(double, double) - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D: Stretches the rectangle by given factors
stretchTo(double, double) - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D: Stretches the rectangle to given width and heights
StringValueContainer - Class in science.aist.imaging.api.domain.imagemetadata.valuecontainer: Implementation of ValueContainer for String
StringValueContainer() - Constructor for class science.aist.imaging.api.domain.imagemetadata.valuecontainer.StringValueContainer
sub(JavaPoint3D) - Method in class science.aist.imaging.api.domain.threedimensional.JavaPoint3D: Subtracts the given JavaPoint from this.
sub(JavaPoint3D) - Method in class science.aist.imaging.api.domain.threedimensional.JavaPointCloud3D: Subtracts the given JavaPoint from the point cloud.
sub(JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaPoint2D: Subtracts the given JavaPoint from this.
sub(JavaPoint2D) - Method in class science.aist.imaging.api.domain.twodimensional.JavaPointCloud2D: Subtracts the given JavaPoint from the point cloud.
sub(T) - Method in class science.aist.imaging.api.domain.AbstractJavaPoint: Subtracts the given JavaPoint from this.
sub(T) - Method in class science.aist.imaging.api.domain.AbstractJavaPointCloud: Subtracts the given JavaPoint from the point cloud.
SubFunction - Class in science.aist.imaging.core.imageprocessing.operator: Function that subtracts two images
SubFunction() - Constructor for class science.aist.imaging.core.imageprocessing.operator.SubFunction
SubImageWrapper - Class in science.aist.imaging.api.domain.wrapper: Class that represents a sub ROI of a referenced image
SubImageWrapper(ImageWrapper, int, int, int, int) - Constructor for class science.aist.imaging.api.domain.wrapper.SubImageWrapper
SubImageWrapper(ImageWrapper, JavaRectangle2D) - Constructor for class science.aist.imaging.api.domain.wrapper.SubImageWrapper
supportsParallelAccess() - Method in interface science.aist.imaging.api.domain.wrapper.ImageWrapper
supportsParallelAccess() - Method in class science.aist.imaging.api.domain.wrapper.implementation.Image2Byte
supportsParallelAccess() - Method in class science.aist.imaging.api.domain.wrapper.implementation.Image8Byte
supportsParallelAccess() - Method in class science.aist.imaging.api.domain.wrapper.SubImageWrapper
SURF - science.aist.imaging.api.featureextraction.AbstractPointFeatureDetection.ExtractorType

T

TesseractOCR - Class in science.aist.imaging.tesseract.imageprocessing.opticalcharacterrecognition.tesseract: OCR Implementation using Tesseract
TesseractOCR(String) - Constructor for class science.aist.imaging.tesseract.imageprocessing.opticalcharacterrecognition.tesseract.TesseractOCR: Constructor to initialize api.
TesseractOCR(String, String) - Constructor for class science.aist.imaging.tesseract.imageprocessing.opticalcharacterrecognition.tesseract.TesseractOCR: Constructor to initialize api.
test(ImageWrapper<Mat>, ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.compare.OpenCVImageCompareFunction
thickness - Variable in class science.aist.imaging.core.imageprocessing.draw.AbstractDrawer
ThinningFunction - Class in science.aist.imaging.opencv.imageprocessing.morphology: Functional implementation for Skeleton Calculation
ThinningFunction() - Constructor for class science.aist.imaging.opencv.imageprocessing.morphology.ThinningFunction
ThinningType - Enum in science.aist.imaging.opencv.imageprocessing.domain: Thinning type used in ThinningFunction
ThreeChannelColor - Interface in science.aist.imaging.api.domain.color: Interface representing a three channels color (e.g.
threshold - Variable in class science.aist.imaging.api.objectdetection.AbstractFeaturebasedObjectDetector
ThresholdFunction<T,R> - Class in science.aist.imaging.core.imageprocessing.transformation: Applies a threshold on a given greyscale image and creates a binary one
ThresholdFunction() - Constructor for class science.aist.imaging.core.imageprocessing.transformation.ThresholdFunction
ToBooleanBiFunction<T,U> - Interface in science.aist.imaging.api.util: Represents a function that accepts two arguments and produces an boolean-valued result.
toBufferedImageType(ChannelType) - Static method in enum science.aist.imaging.api.domain.wrapper.implementation.BufferedImageType: Returns a compatible buffered image type for the given type
toGreyscale(double, double, double) - Method in interface science.aist.imaging.core.imageprocessing.conversion.ColorToGreyScaleConverter: Converts a color pixel into a greyscale pixel
toGreyscale(double, double, double) - Method in class science.aist.imaging.core.imageprocessing.conversion.greyscale.GreyscaleAverageConverter
toGreyscale(double, double, double) - Method in class science.aist.imaging.core.imageprocessing.conversion.greyscale.GreyscaleLightnessConverter
toGreyscale(double, double, double) - Method in class science.aist.imaging.core.imageprocessing.conversion.greyscale.GreyscaleLuminosityConverter
toImage(int, ImageFactory<T>) - Method in class science.aist.imaging.core.imageprocessing.houghspace.HoughSpaceLines: extracts the best value for each point and adds it to the java image
toImage(ImageFactory<T>) - Method in class science.aist.imaging.core.imageprocessing.houghspace.HoughSpaceLines: extracts the best value for each point and adds it to the java image
TOP - science.aist.imaging.api.domain.Side
ToRGBFunction<P,T> - Class in science.aist.imaging.core.imageprocessing.conversion: This class tries to convert any 2ByteImage to a RGB Image.
ToRGBFunction(ImageFactory<T>, ImageFactory) - Constructor for class science.aist.imaging.core.imageprocessing.conversion.ToRGBFunction
toString() - Method in class science.aist.imaging.api.domain.AbstractJavaPointCloud
toString() - Method in class science.aist.imaging.api.domain.offset.OrientationOffset: toString Overload for OrientationOffset class Printing the OrientationOffset with rounded values (6 digits after decimal point) Displays ? for not set values.
toString() - Method in class science.aist.imaging.api.domain.offset.RotationOffset: toString Overload for TranslationOffset class Printing the TranslationOffset with rounded values (6 digits after decimal point) Displays ? for not set values.
toString() - Method in class science.aist.imaging.api.domain.offset.TranslationOffset: toString Overload for TranslationOffset class Printing the TranslationOffset with rounded values (6 digits after decimal point) Displays ? for not set values.
toString() - Method in class science.aist.imaging.api.domain.offset.TranslationOffsetInMM: toString Overload for TranslationOffset class Printing the TranslationOffset with rounded values (6 digits after decimal point) Displays ? for not set values.
toString() - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangle2D
toString() - Method in class science.aist.imaging.api.domain.twodimensional.JavaRectangleRotated2D: Generated Code
toString() - Method in class science.aist.imaging.api.domain.twodimensional.JavaTriangle2D
toString() - Method in class science.aist.imaging.api.domain.wrapper.AbstractPoint2Wrapper
touchingSide(JavaRectangle2D, JavaRectangle2D) - Static method in class science.aist.imaging.api.domain.twodimensional.JavaRectangle2D: Method which checks if two rectangles which are not equal or overlapping are touching each other
TOZERO - science.aist.imaging.opencv.imageprocessing.domain.OpenCVThresholdType
TOZERO_INV - science.aist.imaging.opencv.imageprocessing.domain.OpenCVThresholdType
transferData(ImageWrapper<?>, ImageWrapper<?>) - Method in class science.aist.imaging.core.imageprocessing.transformers.GenericImageWrapperTransformer: Moves the pixel information from wrapper1 to wrapper2
transferData(ImageWrapper<?>, ImageWrapper<?>, int) - Method in class science.aist.imaging.core.imageprocessing.transformers.GenericImageWrapperTransformer: Moves the pixel information from wrapper1 to wrapper2 for a given row
transformFrom(byte[]) - Method in class science.aist.imaging.microsoftcognitiveservices.transformers.ByteArrayImage2ByteTransformer: This function is not needed, so currently not implemented
transformFrom(ImageWrapper<T>) - Method in class science.aist.imaging.core.imageprocessing.transformers.GenericImageWrapperTransformer
transformFrom(List<Point2Wrapper<Point>>) - Method in class science.aist.imaging.opencv.imageprocessing.transformers.OpenCVMatOfPointToListOfPointWrapperTransformer
transformFrom(Scalar) - Method in class science.aist.imaging.opencv.imageprocessing.transformers.OpenCVScalarRGBColorTransformer
transformFrom(RGBColor) - Method in class science.aist.imaging.core.imageprocessing.transformers.color.HSVTransformer
transformFrom(RGBColor) - Method in class science.aist.imaging.core.imageprocessing.transformers.color.YUVTransformer
transformFrom(ChannelType) - Method in class science.aist.imaging.openimaj.imageprocessing.transformer.ColourSpace2ChannelTypeTransformer
transformFrom(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.transformers.OpenCVImageWrapperImage2ByteTransformer
transformFrom(ImageWrapper<Mat>) - Method in class science.aist.imaging.opencv.imageprocessing.transformers.OpenCVImageWrapperImage8ByteTransformer
transformFrom(ImageWrapper) - Method in class science.aist.imaging.core.imageprocessing.transformers.RGB2BGRTransformer
transformFrom(ImageWrapper) - Method in class science.aist.imaging.core.imageprocessing.transformers.RGB2RGBATransformer
transformFrom(ImageWrapper<short[][][]>) - Method in class science.aist.imaging.core.imageprocessing.transformers.Image2ByteToImage8ByteTransformer
transformFrom(LineWrapper<Point>) - Method in class science.aist.imaging.opencv.imageprocessing.transformers.OpenCVLineWrapperJavaLineTransformer
transformFrom(Point2Wrapper<Point>) - Method in class science.aist.imaging.opencv.imageprocessing.transformers.OpenCVPoint2WrapperJavaPointTransformer
transformFrom(RectangleWrapper<Rect, Point>) - Method in class science.aist.imaging.opencv.imageprocessing.transformers.OpenCVRectangleWrapperJavaRectangleTransformer
transformFrom(RotatedRectangleWrapper<RotatedRect, Point>) - Method in class science.aist.imaging.opencv.imageprocessing.transformers.OpenCVRotatedRectangleWrapperToJavaRectangleRotatedTransformer
TransformFunction<T> - Class in science.aist.imaging.core.imageprocessing.transformation: Transforms the object
TransformFunction() - Constructor for class science.aist.imaging.core.imageprocessing.transformation.TransformFunction
transformParallel(UnaryOperator<JavaPolygon3D>) - Method in class science.aist.imaging.api.domain.threedimensional.JavaModel3D: Method for applying a unary operator to polygons of the mesh
transformParallel(UnaryOperator<T>) - Method in class science.aist.imaging.api.domain.AbstractJavaPointCloud: Help method for applying a unary operator to all points of the point cloud
transformTo(ImageWrapper) - Method in class science.aist.imaging.core.imageprocessing.transformers.GenericImageWrapperTransformer
transformTo(MatOfPoint) - Method in class science.aist.imaging.opencv.imageprocessing.transformers.OpenCVMatOfPointToListOfPointWrapperTransformer
transformTo(ColourSpace) - Method in class science.aist.imaging.openimaj.imageprocessing.transformer.ColourSpace2ChannelTypeTransformer
transformTo(HSVColor) - Method in class science.aist.imaging.core.imageprocessing.transformers.color.HSVTransformer
transformTo(RGBColor) - Method in class science.aist.imaging.opencv.imageprocessing.transformers.OpenCVScalarRGBColorTransformer
transformTo(YUVColor) - Method in class science.aist.imaging.core.imageprocessing.transformers.color.YUVTransformer
transformTo(JavaLine2D) - Method in class science.aist.imaging.opencv.imageprocessing.transformers.OpenCVLineWrapperJavaLineTransformer
transformTo(JavaPoint2D) - Method in class science.aist.imaging.opencv.imageprocessing.transformers.OpenCVPoint2WrapperJavaPointTransformer
transformTo(JavaRectangle2D) - Method in class science.aist.imaging.opencv.imageprocessing.transformers.OpenCVRectangleWrapperJavaRectangleTransformer
transformTo(JavaRectangleRotated2D) - Method in class science.aist.imaging.opencv.imageprocessing.transformers.OpenCVRotatedRectangleWrapperToJavaRectangleRotatedTransformer
transformTo(ImageWrapper<double[][][]>) - Method in class science.aist.imaging.core.imageprocessing.transformers.Image2ByteToImage8ByteTransformer: Note that double to short cast can result in unpredictable results if image was not normalized before
transformTo(ImageWrapper<double[][][]>) - Method in class science.aist.imaging.opencv.imageprocessing.transformers.OpenCVImageWrapperImage8ByteTransformer
transformTo(ImageWrapper<short[][][]>) - Method in class science.aist.imaging.microsoftcognitiveservices.transformers.ByteArrayImage2ByteTransformer: Transforms a java image into an bmp encoded octet-stream which can be sent to an rest api
transformTo(ImageWrapper<short[][][]>) - Method in class science.aist.imaging.opencv.imageprocessing.transformers.OpenCVImageWrapperImage2ByteTransformer
transformTo(ImageWrapper<short[][][]>) - Method in class science.aist.imaging.tesseract.imageprocessing.transformers.ByteArrayJavaImageTransformer
transformTo(ImageWrapper<T>) - Method in class science.aist.imaging.core.imageprocessing.transformers.RGB2BGRTransformer
transformTo(ImageWrapper<T>) - Method in class science.aist.imaging.core.imageprocessing.transformers.RGB2RGBATransformer
TranslationOffset - Class in science.aist.imaging.api.domain.offset: Class for representing translation offset of two images in pixels.
TranslationOffset() - Constructor for class science.aist.imaging.api.domain.offset.TranslationOffset
TranslationOffset(double, double) - Constructor for class science.aist.imaging.api.domain.offset.TranslationOffset
TranslationOffset(double, double, double) - Constructor for class science.aist.imaging.api.domain.offset.TranslationOffset
TranslationOffsetInMM - Class in science.aist.imaging.api.domain.offset: Description: Class for representing translation offset of two images in pixels and millimeters.
TranslationOffsetInMM() - Constructor for class science.aist.imaging.api.domain.offset.TranslationOffsetInMM
TranslationOffsetInMM(double, double, double, double) - Constructor for class science.aist.imaging.api.domain.offset.TranslationOffsetInMM
Triangle<T extends AbstractJavaPoint<T>> - Interface in science.aist.imaging.api.domain: Interface of a Triangle
triangulate(List) - Method in class science.aist.imaging.mesh.triangulation.delaunay.AbstractConstrainedDelaunayTriangulation
triangulate(List) - Method in interface science.aist.imaging.mesh.triangulation.Triangulation: Triangulates a given list of points
triangulate(List, List<L>) - Method in class science.aist.imaging.mesh.triangulation.delaunay.AbstractConstrainedDelaunayTriangulation: Triangulates the given points using the given constraints
Triangulation,L extends AbstractJavaLine,G extends AbstractJavaPolygon<P,L>> - Interface in science.aist.imaging.mesh.triangulation: Interface for writing a mesh to a file
TRIANLGE - science.aist.imaging.opencv.imageprocessing.domain.OpenCVThresholdType
TRUNC - science.aist.imaging.opencv.imageprocessing.domain.OpenCVThresholdType
Turn - Enum in science.aist.imaging.core.pointprocessing.convexhull: An enum denoting a directional-turn between 3 points (vectors)./
TwoByteCropFunction<T,R> - Class in science.aist.imaging.core.imageprocessing.transformation: Crops a given image where TwoByteCropFunction.from is the topLeft point and TwoByteCropFunction.to is the bottom right point to crop.
TwoByteCropFunction() - Constructor for class science.aist.imaging.core.imageprocessing.transformation.TwoByteCropFunction
TwoByteScaleFunction<T,R> - Class in science.aist.imaging.core.imageprocessing.transformation: Allows to scale a Image2Byte
TwoByteScaleFunction() - Constructor for class science.aist.imaging.core.imageprocessing.transformation.TwoByteScaleFunction
TYPE_3BYTE_BGR - science.aist.imaging.api.domain.wrapper.implementation.BufferedImageType
TYPE_4BYTE_ABGR - science.aist.imaging.api.domain.wrapper.implementation.BufferedImageType
TYPE_4BYTE_ABGR_PRE - science.aist.imaging.api.domain.wrapper.implementation.BufferedImageType
TYPE_BYTE_BINARY - science.aist.imaging.api.domain.wrapper.implementation.BufferedImageType
TYPE_BYTE_GRAY - science.aist.imaging.api.domain.wrapper.implementation.BufferedImageType
TYPE_BYTE_INDEXED - science.aist.imaging.api.domain.wrapper.implementation.BufferedImageType
TYPE_CUSTOM - science.aist.imaging.api.domain.wrapper.implementation.BufferedImageType
TYPE_INT_ARGB - science.aist.imaging.api.domain.wrapper.implementation.BufferedImageType
TYPE_INT_ARGB_PRE - science.aist.imaging.api.domain.wrapper.implementation.BufferedImageType
TYPE_INT_BGR - science.aist.imaging.api.domain.wrapper.implementation.BufferedImageType
TYPE_INT_RGB - science.aist.imaging.api.domain.wrapper.implementation.BufferedImageType
TYPE_USHORT_555_RGB - science.aist.imaging.api.domain.wrapper.implementation.BufferedImageType
TYPE_USHORT_565_RGB - science.aist.imaging.api.domain.wrapper.implementation.BufferedImageType
TYPE_USHORT_GRAY - science.aist.imaging.api.domain.wrapper.implementation.BufferedImageType
TypeChecker - Class in science.aist.imaging.api.typecheck: Checks if the image wrapper matches to one of the supported types
TypeChecker(Collection<ChannelType>) - Constructor for class science.aist.imaging.api.typecheck.TypeChecker
TypeChecker(ChannelType...) - Constructor for class science.aist.imaging.api.typecheck.TypeChecker
TypeException - Exception in science.aist.imaging.api.typecheck: Exception if a ImageWrapper does not matches a specific channel type
TypeException(Collection<ChannelType>, ChannelType) - Constructor for exception science.aist.imaging.api.typecheck.TypeException

U

UNKNOWN - science.aist.imaging.api.domain.wrapper.ChannelType
UNKNOWN_2_CHANNEL - science.aist.imaging.api.domain.wrapper.ChannelType
UNKNOWN_3_CHANNEL - science.aist.imaging.api.domain.wrapper.ChannelType
UNKNOWN_4_CHANNEL - science.aist.imaging.api.domain.wrapper.ChannelType
upperBound - Variable in class science.aist.imaging.api.objectdetection.AbstractColorbasedObjectDetector: Field containing High color value of the object which should be detected

V

ValueContainer<T> - Interface in science.aist.imaging.api.domain.imagemetadata: Interface for containers that contain a value and want to provide a public getter
ValueObjectMerge<T,V extends Number> - Class in science.aist.imaging.core.objectprocessing.merge.impl: Merges objects, if their value is close enough (depends on threshold as well).
ValueObjectMerge() - Constructor for class science.aist.imaging.core.objectprocessing.merge.impl.ValueObjectMerge
valueOf(String) - Static method in enum science.aist.imaging.api.domain.AverageType: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum science.aist.imaging.api.domain.Direction: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum science.aist.imaging.api.domain.NeighborType: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum science.aist.imaging.api.domain.Side: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum science.aist.imaging.api.domain.wrapper.ChannelType: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum science.aist.imaging.api.domain.wrapper.implementation.BufferedImageType: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum science.aist.imaging.api.featureextraction.AbstractPointFeatureDetection.ExtractorType: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum science.aist.imaging.core.pointprocessing.convexhull.Turn: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum science.aist.imaging.opencv.imageprocessing.domain.OpenCVBorderMode: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum science.aist.imaging.opencv.imageprocessing.domain.OpenCVDistanceLabel: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum science.aist.imaging.opencv.imageprocessing.domain.OpenCVDistanceMask: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum science.aist.imaging.opencv.imageprocessing.domain.OpenCVDistanceType: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum science.aist.imaging.opencv.imageprocessing.domain.OpenCVFeatures2d: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum science.aist.imaging.opencv.imageprocessing.domain.OpenCVInterpolationType: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum science.aist.imaging.opencv.imageprocessing.domain.OpenCVLineType: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum science.aist.imaging.opencv.imageprocessing.domain.OpenCVThresholdType: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum science.aist.imaging.opencv.imageprocessing.domain.ThinningType: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum science.aist.imaging.tesseract.domain.OCRMode: Returns the enum constant of this type with the specified name.
values() - Static method in enum science.aist.imaging.api.domain.AverageType: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum science.aist.imaging.api.domain.Direction: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum science.aist.imaging.api.domain.NeighborType: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum science.aist.imaging.api.domain.Side: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum science.aist.imaging.api.domain.wrapper.ChannelType: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum science.aist.imaging.api.domain.wrapper.implementation.BufferedImageType: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum science.aist.imaging.api.featureextraction.AbstractPointFeatureDetection.ExtractorType: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum science.aist.imaging.core.pointprocessing.convexhull.Turn: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum science.aist.imaging.opencv.imageprocessing.domain.OpenCVBorderMode: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum science.aist.imaging.opencv.imageprocessing.domain.OpenCVDistanceLabel: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum science.aist.imaging.opencv.imageprocessing.domain.OpenCVDistanceMask: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum science.aist.imaging.opencv.imageprocessing.domain.OpenCVDistanceType: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum science.aist.imaging.opencv.imageprocessing.domain.OpenCVFeatures2d: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum science.aist.imaging.opencv.imageprocessing.domain.OpenCVInterpolationType: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum science.aist.imaging.opencv.imageprocessing.domain.OpenCVLineType: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum science.aist.imaging.opencv.imageprocessing.domain.OpenCVThresholdType: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum science.aist.imaging.opencv.imageprocessing.domain.ThinningType: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum science.aist.imaging.tesseract.domain.OCRMode: Returns an array containing the constants of this enum type, in the order they are declared.
ValueTransformationFunction<P,T> - Class in science.aist.imaging.core.imageprocessing.transformation: Allows to apply a transformation function to a given image.
ValueTransformationFunction() - Constructor for class science.aist.imaging.core.imageprocessing.transformation.ValueTransformationFunction
verifyFace(FaceInformation<short[][][]>, FaceInformation<short[][][]>) - Method in class science.aist.imaging.microsoftcognitiveservices.MicrosoftCognitiveServiceFaceDetection: Calculates a confidence value, if there is the same person on img1 and on img2 https://westus.dev.cognitive.microsoft.com/docs/services/563879b61984550e40cbbe8d/operations/563879b61984550f3039523a
verifyFace(FaceInformation<T>, FaceInformation<T>) - Method in interface science.aist.imaging.api.facedetection.FaceDetection: Calculates a confidence value, if there is the same person on img1 and on img2

W

WHITE - Static variable in class science.aist.imaging.api.domain.color.HSVColor: White HSV Color
WHITE - Static variable in class science.aist.imaging.api.domain.color.RGBColor: White RGB Color
WHITE - Static variable in class science.aist.imaging.api.domain.color.YUVColor: White HSV Color
WritableImageWrapper - Class in science.aist.imaging.openjfx.imageprocessing.wrapper: ImageWrapper implementation for JavaFX's WritableImage
WritableImageWrapper(WritableImage, ChannelType) - Constructor for class science.aist.imaging.openjfx.imageprocessing.wrapper.WritableImageWrapper
write(JavaModel3D, File) - Method in interface science.aist.imaging.mesh.storage.MeshWriter: Write a given mesh to a file
write(JavaModel3D, OutputStream) - Method in interface science.aist.imaging.mesh.storage.MeshWriter: Write a given mesh to a given outputstream
write(JavaModel3D, Writer) - Method in interface science.aist.imaging.mesh.storage.MeshWriter: Write a given mesh using the given writer
write(JavaModel3D, Writer) - Method in class science.aist.imaging.mesh.storage.obj.ObjWriter
write(JavaModel3D, Writer) - Method in class science.aist.imaging.mesh.storage.off.OffWriter
write(JavaModel3D, Writer) - Method in class science.aist.imaging.mesh.storage.ply.PlyWriter
write(JavaModel3D, Writer) - Method in class science.aist.imaging.mesh.storage.stl.StlWriter
write(JavaModel3D, String) - Method in interface science.aist.imaging.mesh.storage.MeshWriter: Write a given mesh to a file defined by its path
WriteableImageFactory - Class in science.aist.imaging.openjfx.imageprocessing.wrapper: Imagefactory implementation for JavaFX's WritableImage
WriteableImageFactory() - Constructor for class science.aist.imaging.openjfx.imageprocessing.wrapper.WriteableImageFactory: Do not instantiate this class directly.

X

x - Variable in class science.aist.imaging.api.domain.AbstractJavaPoint: x-coordinate
xDistance(AbstractJavaPoint<?>, AbstractJavaPoint<?>) - Static method in class science.aist.imaging.api.domain.AbstractJavaPoint: returns the absolute distance in x direction between two points.
xOffset - Variable in class science.aist.imaging.api.domain.offset.TranslationOffset
xOffsetInMM - Variable in class science.aist.imaging.api.domain.offset.TranslationOffsetInMM

Y

y - Variable in class science.aist.imaging.api.domain.AbstractJavaPoint: y-coordinate
yDistance(AbstractJavaPoint<?>, AbstractJavaPoint<?>) - Static method in class science.aist.imaging.api.domain.AbstractJavaPoint: returns the absolute distance in y direction between two points.
yOffset - Variable in class science.aist.imaging.api.domain.offset.TranslationOffset
yOffsetInMM - Variable in class science.aist.imaging.api.domain.offset.TranslationOffsetInMM
YUV - science.aist.imaging.api.domain.wrapper.ChannelType
YUVColor - Class in science.aist.imaging.api.domain.color: Class representing a YUV-color.
YUVColor() - Constructor for class science.aist.imaging.api.domain.color.YUVColor
YUVColor(double, double, double) - Constructor for class science.aist.imaging.api.domain.color.YUVColor
YUVTransformer - Class in science.aist.imaging.core.imageprocessing.transformers.color: Transforms RGB colors into YUV colors and back.
YUVTransformer() - Constructor for class science.aist.imaging.core.imageprocessing.transformers.color.YUVTransformer

Z

z - Variable in class science.aist.imaging.api.domain.AbstractJavaPoint: z-coordinate
zDistance(AbstractJavaPoint<?>, AbstractJavaPoint<?>) - Static method in class science.aist.imaging.api.domain.AbstractJavaPoint: returns the absolute distance in x direction between two points.
ZHANGSUEN - science.aist.imaging.opencv.imageprocessing.domain.ThinningType

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