org.bytedeco.javacv

Class JavaCV

java.lang.Object

org.bytedeco.javacv.JavaCV

public class JavaCV
extends Object

Author:

Samuel Audet

Field Summary

Fields

Modifier and Type	Field and Description
static double	DBL_EPSILON
static double	FLT_EPSILON
static double	SQRT2

Constructor Summary

Constructors

Constructor and Description
JavaCV()

Method Summary

Methods

Modifier and Type	Method and Description
static void	adaptiveThreshold(opencv_core.IplImage srcImage, opencv_core.IplImage sumImage, opencv_core.IplImage sqSumImage, opencv_core.IplImage dstImage, boolean invert, int windowMax, int windowMin, double varMultiplier, double k)
static opencv_core.CvBox2D	boundedRect(opencv_core.CvMat contour, opencv_core.CvBox2D box)
static opencv_core.CvRect	boundingRect(double[] contour, opencv_core.CvRect rect, int padX, int padY, int alignX, int alignY)
static void	clamp(opencv_core.IplImage src, opencv_core.IplImage dst, double min, double max)
static double	cond(opencv_core.CvMat A)
static double	cond(opencv_core.CvMat A, double p)
static double	cond(opencv_core.CvMat A, double p, opencv_core.CvMat W)
static double	distanceToLine(double x1, double y1, double x2, double y2, double x3, double y3)
static void	fractalTriangleWave(double[] line, int i, int j, double a)
static void	fractalTriangleWave(double[] line, int i, int j, double a, int roughness)
static void	fractalTriangleWave(opencv_core.IplImage image, opencv_core.CvMat H)
static void	fractalTriangleWave(opencv_core.IplImage image, opencv_core.CvMat H, int roughness)
static opencv_core.CvMat	getPerspectiveTransform(double[] src, double[] dst, opencv_core.CvMat map_matrix)
static opencv_core.CvMat	getPerspectiveTransform(double[] src, double[] dst, opencv_core.CvMat invSrcK, opencv_core.CvMat dstK, opencv_core.CvMat R, opencv_core.CvMat t, opencv_core.CvMat H)
static opencv_core.CvMat	getPlaneParameters(double[] src, double[] dst, opencv_core.CvMat invSrcK, opencv_core.CvMat dstK, opencv_core.CvMat R, opencv_core.CvMat t, opencv_core.CvMat n)
static double	HnToRt(opencv_core.CvMat H, opencv_core.CvMat n, opencv_core.CvMat R, opencv_core.CvMat t)
static double	homogToRt(opencv_core.CvMat H, opencv_core.CvMat R1, opencv_core.CvMat t1, opencv_core.CvMat n1, opencv_core.CvMat R2, opencv_core.CvMat t2, opencv_core.CvMat n2)
static double	homogToRt(opencv_core.CvMat S, opencv_core.CvMat U, opencv_core.CvMat V, opencv_core.CvMat R1, opencv_core.CvMat t1, opencv_core.CvMat n1, opencv_core.CvMat R2, opencv_core.CvMat t2, opencv_core.CvMat n2)
static void	HtoRt(opencv_core.CvMat H, opencv_core.CvMat R, opencv_core.CvMat t)
static void	hysteresisThreshold(opencv_core.IplImage srcImage, opencv_core.IplImage dstImage, double highThresh, double lowThresh, double maxValue)
static void	main(String[] args)
static double	median(double[] doubles)
static <T> T	median(T[] objects)
static double	norm(double[] v)
static double	norm(double[] v, double p)
static double	norm(opencv_core.CvMat A)
static double	norm(opencv_core.CvMat A, double p)
static double	norm(opencv_core.CvMat A, double p, opencv_core.CvMat W)
static void	perspectiveTransform(double[] src, double[] dst, opencv_core.CvMat map_matrix)
static void	perspectiveTransform(double[] src, double[] dst, opencv_core.CvMat invSrcK, opencv_core.CvMat dstK, opencv_core.CvMat R, opencv_core.CvMat t, opencv_core.CvMat n, boolean invert)
static double[]	unitize(double a, double b)

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

SQRT2

public static final double SQRT2

See Also:

Constant Field Values

FLT_EPSILON

public static final double FLT_EPSILON

See Also:

Constant Field Values

DBL_EPSILON

public static final double DBL_EPSILON

See Also:

Constant Field Values

Constructor Detail

JavaCV

public JavaCV()

Method Detail

distanceToLine

public static double distanceToLine(double x1,
                    double y1,
                    double x2,
                    double y2,
                    double x3,
                    double y3)

boundedRect

public static opencv_core.CvBox2D boundedRect(opencv_core.CvMat contour,
                              opencv_core.CvBox2D box)

boundingRect

public static opencv_core.CvRect boundingRect(double[] contour,
                              opencv_core.CvRect rect,
                              int padX,
                              int padY,
                              int alignX,
                              int alignY)

getPerspectiveTransform

public static opencv_core.CvMat getPerspectiveTransform(double[] src,
                                        double[] dst,
                                        opencv_core.CvMat map_matrix)

perspectiveTransform

public static void perspectiveTransform(double[] src,
                        double[] dst,
                        opencv_core.CvMat map_matrix)

getPlaneParameters

public static opencv_core.CvMat getPlaneParameters(double[] src,
                                   double[] dst,
                                   opencv_core.CvMat invSrcK,
                                   opencv_core.CvMat dstK,
                                   opencv_core.CvMat R,
                                   opencv_core.CvMat t,
                                   opencv_core.CvMat n)

getPerspectiveTransform

public static opencv_core.CvMat getPerspectiveTransform(double[] src,
                                        double[] dst,
                                        opencv_core.CvMat invSrcK,
                                        opencv_core.CvMat dstK,
                                        opencv_core.CvMat R,
                                        opencv_core.CvMat t,
                                        opencv_core.CvMat H)

perspectiveTransform

public static void perspectiveTransform(double[] src,
                        double[] dst,
                        opencv_core.CvMat invSrcK,
                        opencv_core.CvMat dstK,
                        opencv_core.CvMat R,
                        opencv_core.CvMat t,
                        opencv_core.CvMat n,
                        boolean invert)

HtoRt

public static void HtoRt(opencv_core.CvMat H,
         opencv_core.CvMat R,
         opencv_core.CvMat t)

HnToRt

public static double HnToRt(opencv_core.CvMat H,
            opencv_core.CvMat n,
            opencv_core.CvMat R,
            opencv_core.CvMat t)

homogToRt

public static double homogToRt(opencv_core.CvMat H,
               opencv_core.CvMat R1,
               opencv_core.CvMat t1,
               opencv_core.CvMat n1,
               opencv_core.CvMat R2,
               opencv_core.CvMat t2,
               opencv_core.CvMat n2)

homogToRt

public static double homogToRt(opencv_core.CvMat S,
               opencv_core.CvMat U,
               opencv_core.CvMat V,
               opencv_core.CvMat R1,
               opencv_core.CvMat t1,
               opencv_core.CvMat n1,
               opencv_core.CvMat R2,
               opencv_core.CvMat t2,
               opencv_core.CvMat n2)

unitize

public static double[] unitize(double a,
               double b)

adaptiveThreshold

public static void adaptiveThreshold(opencv_core.IplImage srcImage,
                     opencv_core.IplImage sumImage,
                     opencv_core.IplImage sqSumImage,
                     opencv_core.IplImage dstImage,
                     boolean invert,
                     int windowMax,
                     int windowMin,
                     double varMultiplier,
                     double k)

hysteresisThreshold

public static void hysteresisThreshold(opencv_core.IplImage srcImage,
                       opencv_core.IplImage dstImage,
                       double highThresh,
                       double lowThresh,
                       double maxValue)

clamp

public static void clamp(opencv_core.IplImage src,
         opencv_core.IplImage dst,
         double min,
         double max)

norm

public static double norm(double[] v)

norm

public static double norm(double[] v,
          double p)

norm

public static double norm(opencv_core.CvMat A)

norm

public static double norm(opencv_core.CvMat A,
          double p)

norm

public static double norm(opencv_core.CvMat A,
          double p,
          opencv_core.CvMat W)

cond

public static double cond(opencv_core.CvMat A)

cond

public static double cond(opencv_core.CvMat A,
          double p)

cond

public static double cond(opencv_core.CvMat A,
          double p,
          opencv_core.CvMat W)

median

public static double median(double[] doubles)

median

public static <T> T median(T[] objects)

fractalTriangleWave

public static void fractalTriangleWave(double[] line,
                       int i,
                       int j,
                       double a)

fractalTriangleWave

public static void fractalTriangleWave(double[] line,
                       int i,
                       int j,
                       double a,
                       int roughness)

fractalTriangleWave

public static void fractalTriangleWave(opencv_core.IplImage image,
                       opencv_core.CvMat H)

fractalTriangleWave

public static void fractalTriangleWave(opencv_core.IplImage image,
                       opencv_core.CvMat H,
                       int roughness)

main

public static void main(String[] args)