All Classes Interface Summary Class Summary Enum Summary Exception Summary
| Class |
Description |
| AbsSubFunction<I> |
Function that subtracts two images and returns the absolute values
|
| AbstractAveragingFilter |
Abstract class for an filter for averaging multiple images to one
|
| AbstractColorbasedObjectDetector<I,P,R,C extends ThreeChannelColor> |
Abstract class for detecting object based on a given color range
|
| AbstractConstrainedDelaunayTriangulation<P extends AbstractJavaPoint<P>,L extends AbstractJavaLine<P>,G extends AbstractJavaPolygon<P,L>> |
Abstract implementation of a constrained delaunay triangulation process
|
| AbstractDifferencebasedObjectDetector<I,P,R> |
Abstract class for detecting objects based on differences in image.
|
| AbstractDistanceMapFunction<T> |
Abstract implementation of an distance map function containing the required contour color value
|
| AbstractDistanceMetric |
Abstract implementation of a distance metric
|
| AbstractDrawCircle<I> |
Abstract drawer for drawing a circle
|
| AbstractDrawer<I,T> |
Abstract class for drawing on a given image
|
| AbstractEdgeFeatureDetection<E,I> |
|
| AbstractFeaturebasedObjectDetector<I,P,R> |
Abstract class for detecting object based on a features
|
| AbstractFeatureWrapper<E> |
Class for holding a features of unique and prominent information (for example of points).
|
| AbstractFitnessFunction |
Abstract implementation of a fitness function
|
| AbstractImageWrapper<I> |
Abstract generic implementation of the ImageWrapper Interface
|
| AbstractInterpolationFunction |
Interface for interpolations
|
| AbstractJavaLine<T extends AbstractJavaPoint<T>> |
Abstract line representation
|
| AbstractJavaPoint<T extends AbstractJavaPoint<T>> |
Base class of JavaPoint
|
| AbstractJavaPointCloud<T extends AbstractJavaPoint<T>> |
Wrapping class for an unordered amount of points
|
| AbstractJavaPolygon<T extends AbstractJavaPoint<T>,L extends AbstractJavaLine<T>> |
Abstract implementation of a polygon
|
| AbstractLineWrapper<P> |
Generic interface which implements getter and setter for a line wrapper
|
| AbstractObjectDetector<I,P,R> |
Abstract Object detector
|
| AbstractOperator<I> |
Abstract operator implementation for combining two images
|
| AbstractPoint2Wrapper<P> |
Abstract generic implementation of the Point2Wrapper interface.
|
| AbstractPoint3Wrapper<P> |
Abstract generic implementation of the Point3Wrapper interface.
|
| AbstractPointFeatureDetection<E,I> |
|
| AbstractPointFeatureDetection.ExtractorType |
Enum with Feature Extration Types
|
| AbstractPoolingFunction<T,R> |
Abstract Implementation of a pooling filter
|
| AbstractRectangleWrapper<R,P> |
Abstract Implementation of the RectangleWrapper Interface
|
| AbstractSurface<P extends AbstractJavaPoint<P>,L extends AbstractJavaLine<P>> |
Abstract class representing any surface
|
| AdaptiveOptimalThresholdFunction<T,R> |
Adaptive Optimal ThresholdFunction implementation
|
| AddFunction<I> |
Function that adds to images in an optional weighted way
|
| AnisotropicDiffusionFilterFunction<T,R> |
Implementation of anisotropic diffusion
|
| AverageType |
Different averaging types.
|
| BilinearInterpolationFunction |
Bilinear Interpolation for a single pixel on a image
|
| BooleanValueContainer |
|
| BoundaryTracing |
Generic boundary tracer.
|
| BrightnessFilter |
Imagefunction for changing the brightness of an image.
|
| BufferedImageFactory |
|
| BufferedImageFileLoader |
Loads a Buffered Image from a given File Path
|
| BufferedImageInputStreamLoader |
Loads a Buffered Image from a given Input Stream
|
| BufferedImageSaver |
|
| BufferedImageType |
Types of an buffered image
|
| BufferedImageWrapper |
Wrapper of an buffered image
|
| ByteArrayImage2ByteTransformer |
This class transforms a javaImage into an application/octet-stream compatible byte array with bmp encoding.
|
| ByteArrayJavaImageTransformer |
|
| CalculateForegroundColorRatioFunction<T> |
Calculates the ratio of a specific foreground color.
|
| ChamferDistanceMapFunction<T> |
Implementation of the chamfer distance map algorithm
|
| ChannelMerger<I,T> |
Class for merging multiple images to one image
|
| ChannelSplitter<I,T> |
Class for splitting an image into its channels
|
| ChannelType |
Enum with pixel channel types
|
| ChessboardDistanceMetric |
|
| Chroma |
Image Metadata class that contains information about Chroma
|
| Color |
Class representing a color value
|
| ColorConverter |
Converts an ImageJ int color representation to a RGBColor object
|
| ColoredToGreyscaleFunction<I,T> |
Converts a Colored Image into a Greyscale one
|
| ColorPartsSegmentationFunction<T,R> |
This function segments color parts in a given image.
|
| ColorToGreyScaleConverter |
Interface to convert a color pixel into a greyscale one
|
| ColorTransformFunction<T,R> |
Function that allows to change the color of the given image
|
| ColourSpace2ChannelTypeTransformer |
Transformer implementation for transforming between Imaging's ChannelType to OpenIMAJ's ColourSpace
|
| ColumnFunction |
Function which is applied for a given column in the given image
|
| Compression |
Image Metadata class that contains information about Compression
|
| ConstrainedDelaunayTriangulation2D |
Implementation of a constrained delaunay triangulation process for 2D points
|
| ConstrainedDelaunayTriangulation3D |
Implementation of a constrained delaunay triangulation process for 3D points
|
| ContentAwareCrop<I> |
Function for applying a content aware cropping based on a given background color
|
| ContourDetector<T> |
Generic contour detector which creates a contour image with 255 for contour pixels and 0 for background pixels
|
| ConvolveFunction<T,R> |
Applies a given kernel to the given image wrapper.
|
| DilateFunction<T,R> |
Implementation of Dilation
|
| Dimension |
Image Metadata class that contains information about Dimension
|
| Direction |
Different direction types.
|
| DistanceMapFitnessFunction |
Distance map based compare value fitness function
|
| DivFunction<I> |
Function that divides two images or a scalar value and an image
|
| DoubleValueContainer |
|
| DrawCircle<I> |
Draw implementation for drawing a circle outline
|
| DrawCircleFilled<I> |
Draw implementation for drawing a circle filled
|
| DrawDashedLine<I> |
Drawer for drawing a dashed line
|
| DrawDottedLine<I> |
Drawer for drawing a dotted line
|
| DrawLine<I> |
Draw implementation for drawing a line
|
| DrawPointAsPolygon<I> |
Class for drawing a symmetrical polygon for a given center point
|
| DrawPolygon<I> |
Draw implementation for drawing any polygon's outline
|
| DrawPolygonFilled<I> |
Draw implementation for drawing any polygon filled
|
| DrawX<I> |
Method for drawing an X for a given position
|
| ErodeFunction<T,R> |
Implementation of Erosion
|
| EuclidianDistanceMetric |
|
| ExtractImagesFromPDF |
Extracts all Images from the pdf and returns them as a list of buffered images
|
| FaceDetection<T> |
|
| FaceInformation<T> |
|
| FeatureDetection<E,I> |
This interface is used to compute a `FeatureWrapper` of an image.
|
| FeatureMatch |
Object containing information for a feature match between two images.
|
| FeatureWrapper<E> |
Interface for providing/saving unique and prominent information.
|
| FilterObjects<T,V> |
Filters list of recognized objects, depending on the implementation.
|
| FilterSmallRecognizedObjects<T,V> |
Removes recognized objects, which are too small.
|
| FImageFactory |
|
| FImageWrapper |
|
| FindMaxFunction |
Finds the maximum value in a single channel ImageWrapper of short[][][]
|
| FitnessFunction<E,I> |
This interface provides metrics for example `SumOfSquareDifferences` to compute the similarity of two images.
|
| GammaCorrectionFunction<P,T> |
Gamma correction implementation
|
| GaussFilterFunction<T,R> |
Implementation of a gauss filter
|
| GenericImageCompareFunction |
Generic image compare function, to compare any image wrappers, and check if they are equals.
|
| GenericImageConsumer<I,I2,T> |
Generic image consumer that applies a wrapped consumer to a given image
|
| GenericImageFunction<I,O,I2,O2> |
Generic image function that enables the interoperability between different ImageWrapper implementations
|
| GenericImageWrapperTransformer<T,P> |
Generic transformer which allows to transform between given ImageWrapper types
|
| GenericMorphFunction<T,P> |
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.
|
| GrahamConvexHull |
Implementation of the GrahamScan Algorithms for finding a ConvexHull
|
| GreyscaleAverageConverter |
Converts a RGB Color into a greyscale color using average method
|
| GreyscaleLightnessConverter |
Converts a RGB Color into a greyscale color using lightness method
|
| GreyscaleLuminosityConverter |
Calculates Greycsale using Luminosity
|
| GridbasedPositionEvaluator<I,P> |
Interface which provides functionality to evaluate e.g.
|
| HistogramEqualizationFunction<T,R> |
Implementation of a histogram equalization
|
| HistogramFunction<T> |
Calculates the HistogramFunction of a given image
|
| HoughSpaceLines |
This class is used as a result for the houghspace
|
| HSVColor |
Class representing a HSVColor
|
| HSVTransformer |
Transformer between HSV and RGB
|
| Image2Byte |
Image wrapper for images with 2 byte precision
|
| Image2ByteFactory |
|
| Image2ByteInputStreamLoader |
|
| Image2ByteSaver |
Class for saving 2 byte images
|
| Image2ByteToImage8ByteTransformer |
Transformer for Image2Byte to Image8Byte
|
| Image8Byte |
Image wrapper for images with 8 byte precision
|
| Image8ByteFactory |
|
| ImageFactory<X> |
Factory class for a given imagewrapper type
|
| ImageFactoryFactory |
Returns a image factory based on a given type
|
| ImageFromJavaLinesCreatorFunction<T> |
Creates an Image out of a Collection of JavaLines
|
| ImageFunction<IN,OUT> |
Interface for every sort of image function
|
| ImageMetaData |
Base class that contains all image meta data
|
| ImageMetadataExtractorFunction |
|
| ImageProcessorFactory |
Implementation of a ImageFactory for ImageJ's ImageProcessor
|
| ImageProcessorWrapper |
Implementation of a ImageWrapper for ImageJ's ImageProcessor
|
| ImageStackFactory |
|
| ImageStackWrapper |
|
| ImageWrapper<I> |
Wrapper interface containing the implemented image-container class
|
| INDArrayFactory |
Implementation of a ImageFactory for Deeplearning4j's INDArray
|
| INDArrayWrapper |
Implementation of a ImageWrapper for Deeplearning4j's INDArray
|
| IntegerValueContainer |
|
| InvertFunction<T,R> |
Inverts a given image.
|
| JavaCVFactory |
|
| JavaCVImageWrapper |
Implementation of the ImageWrapper Interface for JavaCV
|
| JavaImageColorCallback<Input> |
Returns a java image color representation
|
| JavaLine2D |
Representation of a Line
|
| JavaLine3D |
Threedimensional line between two 3D points
|
| JavaLineLengthComparator |
Comparator for JavaLine2D based on the lines´ length
|
| JavaModel3D |
Class which represents any 3D model given by a mesh of 3D polygons
|
| JavaPoint2D |
Java Representation of a point.
|
| JavaPoint3D |
Java Representation of a 3D - point.
|
| JavaPointCloud2D |
2D Point cloud
|
| JavaPointCloud3D |
3D point cloud
|
| JavaPointCoordinateComparator |
Compares two JavaPoint2Ds based on their x-coordinate respectively the y-coordinate if the x-coordinate is equal
|
| JavaPointOriginComparator |
Compares two JavaPoint2Ds based on their distance to the given origin
|
| JavaPointPathPositionComparator |
|
| JavaPolygon2D |
This class represents a Polygon using JavaPoint
|
| JavaPolygon3D |
3D polygon
|
| JavaPolygonMergeFunction |
Merges two Java Polygons
|
| JavaRectangle2D |
This class represents a Rectangle using JavaPoint
|
| JavaRectangleRotated2D |
Java representation for a Rotated Rectangle.
|
| JavaTriangle2D |
2D triangle class implementation based on https://github.com/jdiemke/delaunay-triangulator/blob/master/library/src/main/java/io/github/jdiemke/triangulation/Triangle2D.java
|
| JavaTriangle3D |
Java representation of a 3D triangle
|
| LineWrapper<P> |
Interface which is used, to represent a line.
|
| ManhattanDistanceMetric |
|
| MaskBasedEdgeDetection<T,R> |
Generic implementation of edge detection for mask based edge detection operators
|
| MaxPoolingFunction<T,R> |
Implementation of a max pooling filter
|
| MBFImageFactory |
|
| MBFImageWrapper |
|
| MeanFilter |
Filter implementation for mean averaging
|
| MeanFilterFunction<T,R> |
Implementation of a mean filter
|
| MedianFilter |
Filter implementation for median averaging
|
| MeshReader |
Interface for reading a mesh from a file
|
| MeshWriter |
Interface for writing a mesh to a file
|
| MetaJavaPoint2D |
JavaPoint which is extended by Meta Information
|
| MicrosoftCognitiveServiceFaceDetection |
This class provides face detection functionality using microsoft cognitive service face api
|
| MIFitnessFunction |
Mutual information implementation of a fitness function for a greyscale image
|
| MinMaxFunction |
Function for getting all minimum and maximum values per channel in the image
|
| MooreNeighborInnerBoundaryTracing<T extends JavaPoint2D> |
Uses Moore Neighbor Tracing Algorithm to extract the inner boundary
|
| MulFunction<I> |
Functions that multiplies to images with an optional weight
|
| NameContainer |
Container for XML elements that have a attribute with type name
|
| NearestNeighborInterpolationFunction |
Nearest Neighbor Interpolation for a single pixel on an image
|
| NeighborType |
Neighborhood definitions
|
| NormalizeFunction<T,R> |
Normalizes a Greyscale image
|
| NormalJavaPoint3D |
Extension of the JavaPoint3D class containing normal vector information
|
| ObjectComparison<T,V> |
Compares form of two different objects and returns information how close these objects are.
|
| ObjectDetector<I,P,R> |
Interface for a color based Object Detector
|
| ObjectDifference<T,V,R> |
Interface for creating classes, which calculate the differences of objects.
|
| ObjectMerge<T,V> |
Merges two different objects according to some threshold.
|
| ObjReader |
MeshReader implementation for OBJ files
|
| ObjWriter |
MeshWriter implementation for OBJ files
|
| OCRCharInfo |
This class is used to provide information about a single character after recognizing it with ocr.
|
| OCRMode |
Defining the mode for OCR.
|
| OCRResult |
Class that contains the result of an OCR analysis
|
| OffReader |
MeshReader implementation for OFF files
|
| OffWriter |
MeshWriter implementation for OFF files
|
| OpenCVBackgroundSubtraction |
Function for removing the background for the given image based on the background model created with e.g.
|
| OpenCVBGR2GrayscaleFunction |
Imagefunction for greyscaling an opencv BGR image
|
| OpenCVBGR2HSVFunction |
Function for converting an opencv bgr image to a hsv image
|
| OpenCVBiggestContourFinder |
Method which finds the position of the biggest connected (white!) contour in the given image
|
| OpenCVBorderMode |
opencv border mode types
|
| OpenCVCalculateRotatedRect |
This class calculates the minimal rotated rectangle.
|
| OpenCVCannyEdgeDetection |
Canny Edge Detector
|
| OpenCVContourDetector |
Use OpenCV Contour detection to detect contours in a image
|
| OpenCVContrastFunction |
increase/decrease the contrast of an image
factor > 1 increase the contrast.
|
| OpenCVCropFunction |
Function for cropping an image
|
| OpenCVDifferencebasedObjectDetector |
opencv implementation of a difference based Object Detector.
|
| OpenCVDistanceLabel |
|
| OpenCVDistanceMap |
Calculate the distance map using Imgproc.distanceTransform(Mat, Mat, int, int, int)
|
| OpenCVDistanceMask |
The mask Size of the OpenCV OpenCVDistanceMap
|
| OpenCVDistanceType |
|
| OpenCVDrawCircle |
Mat Consumer for drawing circles
|
| OpenCVDrawFeatures |
Mat Consumer for drawing features
|
| OpenCVDrawFilledPolygon |
Draws a JavaPoly using Imgproc.fillPoly(Mat, List, Scalar, int, int, Point)
|
| OpenCVDrawLine |
Mat Consumer for drawing a line
|
| OpenCVDrawPolygon |
Mat Consumer for drawing a polygon
|
| OpenCVDrawRectangle |
Mat Consumer for drawing rectangles
|
| OpenCVEdgeFeatureDetection |
OpenCV Edge Feature Detector
|
| OpenCVFactory |
|
| OpenCVFeaturebasedObjectDetector |
opencv implementation for a feature based Object Detector.
|
| OpenCVFeatures2d |
Enum which specifies the opencv output image creation
|
| OpenCVFeatureWrapper |
Implementation of the FeatureWrapper Interface for opencv
|
| OpenCVFitnessFunction |
Implementation of the Fitnessfunction interface which provides metrics for example `SumOfSquareDifferences` to compute the similarity of two images.
|
| OpenCVGaussFilterFunction |
apply Gaussian-filter to image
|
| OpenCVGridbasedPositionEvaluator |
OpenCV Implementation of the GridbasedPositionEvaluator Interface which provides
functionality to evaluate e.g.
|
| OpenCVHoughLinesFunction |
Finds line segments in a binary image (8-bit, single-channel binary source image.) using the probabilistic Hough transform.
|
| OpenCVHSVColorbasedObjectDetector |
Color-based Object Detector on HSV colored images.
|
| OpenCVImageCompareFunction |
Compare function to check if two images are equal or not
|
| OpenCVImageWrapper |
Implementation of the ImageWrapper Interface for opencv
|
| OpenCVImageWrapperImage2ByteTransformer |
Transformer from OpenCV Image Wrapper to 2 Byte image wrapper
|
| OpenCVImageWrapperImage8ByteTransformer |
Transformer from OpenCV Image Wrapper to 8 Byte image wrapper
|
| OpenCVInterpolationType |
interpolation method types
|
| OpenCVInvertFunction |
Inverts a given Image
|
| OpenCVLineType |
Type of a line
|
| OpenCVLineWrapper |
Specific Implementation for opencv line, which explicitly uses Point.
|
| OpenCVLineWrapperJavaLineTransformer |
This class implements a Transformer between LineWrapper of Point (OpenCV) and JavaLine
|
| OpenCVLoader |
Loads a Open CV Image by InputStream using the
|
| OpenCVMatOfPointToListOfPointWrapperTransformer |
|
| OpenCVMorphologicalSkeletonFunction |
Calculates the morphological skeleton of an given image.
|
| OpenCVOptimizer |
Implementation of the Optimizer Interface which is used to improve the quality and/or speed of image processing algorithms.
|
| OpenCVOrientationOffsetFunction |
|
| OpenCVPaddingFunction |
Function for apply a padding around the image.
|
| OpenCVPerspectiveTransformation |
This function transforms a image in perspective.
|
| OpenCVPoint2Wrapper |
Class for wrapping a two-dimensional point of the opencv framework.
|
| OpenCVPoint2WrapperJavaPointTransformer |
This class implements a Transformer between Point2Wrapper of Point (OpenCV) and JavaPoint
|
| OpenCVPoint3Wrapper |
Class for wrapping a three-dimensional point of the opencv framework.
|
| OpenCVPointFeatureDetection |
OpenCV Point Feature Detection
|
| OpenCVPositionalAndRotationalOffsetFunction |
Method for calculating the positional and rotational offset of two images.
|
| OpenCVPositionalOffsetFunction |
Function for calculating the offset of two images using an optimizer.
|
| OpenCVRectangleWrapper |
OpenCV Implementation of the RectangleWrapper
|
| OpenCVRectangleWrapperJavaRectangleTransformer |
This class implements a Transformer between OpenCV RectangleWrapper and JavaRectangle
|
| OpenCVRegistrationPositional |
This class performs registration for positional offset with openCV support.
|
| OpenCVRegistrationPositionalRotational |
This class implements Registration for positional and rotational offset
|
| OpenCVResizeFunction |
Function for resizing a image
|
| OpenCVRGBColorbasedObjectDetector |
opencv implementation for a color based Object Detector.
|
| OpenCVRotatedRectangleWrapper |
Wraps RotatedRect
|
| OpenCVRotatedRectangleWrapperToJavaRectangleRotatedTransformer |
|
| OpenCVRotateFunction |
Function for rotating an image
Source: http://stackoverflow.com/questions/26692648/rotate-image-using-opencv
|
| OpenCVSaver |
Class for saving open cv images
|
| OpenCVScalarRGBColorTransformer |
Transformer for Scalar (in BGR style; Transparency will be ignored) and RGB Color
|
| OpenCVSharpenFunction |
sharpens a image by using gaussian blur and subtract it
|
| OpenCVSizebasedPositionEvaluator |
PositionEvaluator Implementation (based on a AbstractColorbasedObjectDetector<Mat, Point>)
which provides functionality to evaluate e.g.
|
| OpenCVSobelEdgeDetection |
Sobel Edge Detector
|
| OpenCVThresholdFunction |
Function for applying an threshold
|
| OpenCVThresholdType |
OpenCV Threshold type
|
| OpenCVTranslateFunction |
Function for translating an image
Source: http://stackoverflow.com/questions/19068085/shift-image-content-with-opencv/26766505#26766505
|
| OpenCVWatershedRegionDetection |
Use watershed algorithm to isolate objects from each other.
|
| Optimizer<I> |
Objects of this interface are used to improve the quality and/or speed of image processing algorithms.
|
| OrientationOffset |
Class for representing different offset types (e.g.
|
| PaddingFunction<I,R> |
Function for adding padding to a given image
|
| PDFPagesToImage |
Converts each page of a pdf into a buffered image
|
| PixelDifferenceImpl<T,V> |
Calculates difference of two objects using their pixel coordinate information.
|
| PixelFunction |
Function which is applied for a given pixel in the given image
|
| PlyReader |
MeshReader implementation for PLY files
|
| PlyWriter |
MeshWriter implementation for PLY files
|
| Point2Wrapper<P> |
Interface which wraps a two dimensional point.
|
| Point3Wrapper<P> |
Interface which wraps a three dimensional point.
|
| PointCSVProcessor |
Simple implementation of CSVProcessor for JavaPoint3D with a csv files with the columns (1) x, (2) y and (z)
|
| PointMinMaxFunction<T extends AbstractJavaPoint<T>> |
Function which calculates the min and the max coordinates
|
| PolygonFunction |
Class for creating a symmetrical polygon
|
| PositionComparisonImpl<T,V> |
Simple comparison class, which allows to compare objects by their current coordinate data.
|
| PositionEvaluator<I,P> |
Interface which provides functionality to evaluate e.g.
|
| PositionObjectMerge<T,V> |
Merges two objects depending on if a certain number of coordinates overlap.
|
| RawObjectMerge<T,V> |
Flat out merges the two objects, without using any threshold or other safety checks.
|
| RecognizedObject<T,V> |
Class giving data regarding a recognized object in an image.
|
| RectangleWrapper<R,P> |
Interface which wraps a rectangle.
|
| RegionDetection<T,V> |
Detections regions in images using information, depending on the image.
|
| RegionGrowingFunction<T,R> |
Implementation of Region Growing
|
| Registration<I> |
Interface for different Registration Methods
|
| RegistrationImageFunction<T,R> |
Registers two images
|
| RGB2BGRTransformer<P,T> |
Converts a BGR image into a RGB image and vice versa
|
| RGB2RGBATransformer<P,T> |
Transforms a RGB image into a RGBA image and vice versa.
|
| RGBColor |
Class the represents an RGB color
|
| RotatedRectangleWrapper<R,P> |
|
| RotationOffset |
Class for representing translation and rotational offset of two images.
|
| Side |
Enum that can be used to determine a side.
|
| SizebasedPositionEvaluator<I,P> |
Interface which provides functionality to evaluate e.g.
|
| SobelEdgeDetectionFilterFunction<T,R> |
Implementation of sobel edge detection
|
| SSEFitnessFunction |
Sum of Squared errors implementation of a fitness function
|
| StarPolygonFunction |
Class for creating a star-shaped polygon
|
| StlReader |
MeshReader implementation for Stl files
|
| StlWriter |
MeshWriter implementation for Stl files
|
| StringValueContainer |
|
| SubFunction<I> |
Function that subtracts two images
|
| SubImageWrapper<I> |
Class that represents a sub ROI of a referenced image
|
| TesseractOCR |
OCR Implementation using Tesseract
|
| ThinningFunction |
Functional implementation for Skeleton Calculation
|
| ThinningType |
|
| ThreeChannelColor |
Interface representing a three channels color (e.g.
|
| ThresholdFunction<T,R> |
Applies a threshold on a given greyscale image and creates a binary one
|
| ToBooleanBiFunction<T,U> |
Represents a function that accepts two arguments and produces an boolean-valued
result.
|
| ToRGBFunction<P,T> |
This class tries to convert any 2ByteImage to a RGB Image.
|
| TransformFunction<T> |
Transforms the object
|
| TranslationOffset |
Class for representing translation offset of two images in pixels.
|
| TranslationOffsetInMM |
Description: Class for representing translation offset of two images in pixels and millimeters.
|
| Triangle<T extends AbstractJavaPoint<T>> |
Interface of a Triangle
|
| Triangulation<P extends AbstractJavaPoint<P>,L extends AbstractJavaLine<P>,G extends AbstractJavaPolygon<P,L>> |
Interface for writing a mesh to a file
|
| Turn |
An enum denoting a directional-turn between 3 points (vectors)./
|
| TwoByteCropFunction<T,R> |
|
| TwoByteScaleFunction<T,R> |
|
| TypeChecker |
Checks if the image wrapper matches to one of the supported types
|
| TypeException |
Exception if a ImageWrapper does not matches a specific channel type
|
| ValueContainer<T> |
Interface for containers that contain a value and want to provide a public getter
|
| ValueObjectMerge<T,V extends Number> |
Merges objects, if their value is close enough (depends on threshold as well).
|
| ValueTransformationFunction<P,T> |
Allows to apply a transformation function to a given image.
|
| WritableImageWrapper |
ImageWrapper implementation for JavaFX's WritableImage
|
| WriteableImageFactory |
Imagefactory implementation for JavaFX's WritableImage
|
| YUVColor |
Class representing a YUV-color.
|
| YUVTransformer |
Transforms RGB colors into YUV colors and back.
|