Package boofcv.alg.misc.impl

Class ImplPixelMath_MT

java.lang.Object

boofcv.alg.misc.impl.ImplPixelMath_MT

@Generated("boofcv.alg.misc.impl.ImplPixelMath")
public class ImplPixelMath_MT
extends Object

Implementation of algorithms in PixelMath

DO NOT MODIFY. Automatically generated code created by GenerateImplPixelMath

Constructor Summary

Constructors

Constructor	Description
ImplPixelMath_MT()

Method Summary

Modifier and Type	Method	Description
static void	abs(byte[] input, int inputStart, int inputStride, byte[] output, int outputStart, int outputStride, int rows, int cols)
static void	abs(double[] input, int inputStart, int inputStride, double[] output, int outputStart, int outputStride, int rows, int cols)
static void	abs(float[] input, int inputStart, int inputStride, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	abs(int[] input, int inputStart, int inputStride, int[] output, int outputStart, int outputStride, int rows, int cols)
static void	abs(long[] input, int inputStart, int inputStride, long[] output, int outputStart, int outputStride, int rows, int cols)
static void	abs(short[] input, int inputStart, int inputStride, short[] output, int outputStart, int outputStride, int rows, int cols)
static void	add(GrayF32 imgA, GrayF32 imgB, GrayF32 output)
static void	add(GrayF64 imgA, GrayF64 imgB, GrayF64 output)
static void	add(GrayS16 imgA, GrayS16 imgB, GrayS32 output)
static void	add(GrayS32 imgA, GrayS32 imgB, GrayS32 output)
static void	add(GrayS64 imgA, GrayS64 imgB, GrayS64 output)
static void	add(GrayS8 imgA, GrayS8 imgB, GrayS16 output)
static void	add(GrayU16 imgA, GrayU16 imgB, GrayS32 output)
static void	add(GrayU8 imgA, GrayU8 imgB, GrayU16 output)
static void	boundImage(GrayF32 img, float min, float max)
static void	boundImage(GrayF64 img, double min, double max)
static void	boundImage(GrayS16 img, int min, int max)
static void	boundImage(GrayS32 img, int min, int max)
static void	boundImage(GrayS64 img, long min, long max)
static void	boundImage(GrayS8 img, int min, int max)
static void	boundImage(GrayU16 img, int min, int max)
static void	boundImage(GrayU8 img, int min, int max)
static void	diffAbs(GrayF32 imgA, GrayF32 imgB, GrayF32 output)
static void	diffAbs(GrayF64 imgA, GrayF64 imgB, GrayF64 output)
static void	diffAbs(GrayS16 imgA, GrayS16 imgB, GrayS16 output)
static void	diffAbs(GrayS32 imgA, GrayS32 imgB, GrayS32 output)
static void	diffAbs(GrayS64 imgA, GrayS64 imgB, GrayS64 output)
static void	diffAbs(GrayS8 imgA, GrayS8 imgB, GrayS8 output)
static void	diffAbs(GrayU16 imgA, GrayU16 imgB, GrayU16 output)
static void	diffAbs(GrayU8 imgA, GrayU8 imgB, GrayU8 output)
static void	divide(GrayF32 imgA, GrayF32 imgB, GrayF32 output)
static void	divide(GrayF64 imgA, GrayF64 imgB, GrayF64 output)
static void	divide_A(byte[] input, int inputStart, int inputStride, double denominator, byte[] output, int outputStart, int outputStride, int rows, int cols)
static void	divide_A(byte[] input, int inputStart, int inputStride, double denominator, int lower, int upper, byte[] output, int outputStart, int outputStride, int rows, int cols)
static void	divide_A(byte[] input, int inputStart, int inputStride, float denominator, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	divide_A(double[] input, int inputStart, int inputStride, double denominator, double[] output, int outputStart, int outputStride, int rows, int cols)
static void	divide_A(double[] input, int inputStart, int inputStride, double denominator, double lower, double upper, double[] output, int outputStart, int outputStride, int rows, int cols)
static void	divide_A(float[] input, int inputStart, int inputStride, float denominator, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	divide_A(float[] input, int inputStart, int inputStride, float denominator, float lower, float upper, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	divide_A(int[] input, int inputStart, int inputStride, double denominator, int[] output, int outputStart, int outputStride, int rows, int cols)
static void	divide_A(int[] input, int inputStart, int inputStride, double denominator, int lower, int upper, int[] output, int outputStart, int outputStride, int rows, int cols)
static void	divide_A(int[] input, int inputStart, int inputStride, float denominator, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	divide_A(long[] input, int inputStart, int inputStride, double denominator, long[] output, int outputStart, int outputStride, int rows, int cols)
static void	divide_A(long[] input, int inputStart, int inputStride, double denominator, long lower, long upper, long[] output, int outputStart, int outputStride, int rows, int cols)
static void	divide_A(long[] input, int inputStart, int inputStride, float denominator, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	divide_A(short[] input, int inputStart, int inputStride, double denominator, int lower, int upper, short[] output, int outputStart, int outputStride, int rows, int cols)
static void	divide_A(short[] input, int inputStart, int inputStride, double denominator, short[] output, int outputStart, int outputStride, int rows, int cols)
static void	divide_A(short[] input, int inputStart, int inputStride, float denominator, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	divideU_A(byte[] input, int inputStart, int inputStride, double denominator, byte[] output, int outputStart, int outputStride, int rows, int cols)
static void	divideU_A(byte[] input, int inputStart, int inputStride, double denominator, int lower, int upper, byte[] output, int outputStart, int outputStride, int rows, int cols)
static void	divideU_A(byte[] input, int inputStart, int inputStride, float denominator, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	divideU_A(short[] input, int inputStart, int inputStride, double denominator, int lower, int upper, short[] output, int outputStart, int outputStride, int rows, int cols)
static void	divideU_A(short[] input, int inputStart, int inputStride, double denominator, short[] output, int outputStart, int outputStride, int rows, int cols)
static void	divideU_A(short[] input, int inputStart, int inputStride, float denominator, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	log(double[] input, int inputStart, int inputStride, double val, double[] output, int outputStart, int outputStride, int rows, int cols)
static void	log(float[] input, int inputStart, int inputStride, float val, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	logSign(double[] input, int inputStart, int inputStride, double val, double[] output, int outputStart, int outputStride, int rows, int cols)
static void	logSign(float[] input, int inputStart, int inputStride, float val, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_A(byte[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_A(byte[] input, int inputStart, int inputStride, int value, byte[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_A(byte[] input, int inputStart, int inputStride, int value, int lower, int upper, byte[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_A(double[] input, int inputStart, int inputStride, double value, double[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_A(double[] input, int inputStart, int inputStride, double value, double lower, double upper, double[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_A(float[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_A(float[] input, int inputStart, int inputStride, float value, float lower, float upper, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_A(int[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_A(int[] input, int inputStart, int inputStride, int value, int[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_A(int[] input, int inputStart, int inputStride, int value, int lower, int upper, int[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_A(long[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_A(long[] input, int inputStart, int inputStride, long value, long[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_A(long[] input, int inputStart, int inputStride, long value, long lower, long upper, long[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_A(short[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_A(short[] input, int inputStart, int inputStride, int value, int lower, int upper, short[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_A(short[] input, int inputStart, int inputStride, int value, short[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_B(byte[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_B(byte[] input, int inputStart, int inputStride, int value, byte[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_B(byte[] input, int inputStart, int inputStride, int value, int lower, int upper, byte[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_B(double[] input, int inputStart, int inputStride, double value, double[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_B(double[] input, int inputStart, int inputStride, double value, double lower, double upper, double[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_B(float[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_B(float[] input, int inputStart, int inputStride, float value, float lower, float upper, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_B(int[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_B(int[] input, int inputStart, int inputStride, int value, int[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_B(int[] input, int inputStart, int inputStride, int value, int lower, int upper, int[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_B(long[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_B(long[] input, int inputStart, int inputStride, long value, long[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_B(long[] input, int inputStart, int inputStride, long value, long lower, long upper, long[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_B(short[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_B(short[] input, int inputStart, int inputStride, int value, int lower, int upper, short[] output, int outputStart, int outputStride, int rows, int cols)
static void	minus_B(short[] input, int inputStart, int inputStride, int value, short[] output, int outputStart, int outputStride, int rows, int cols)
static void	minusU_A(byte[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	minusU_A(byte[] input, int inputStart, int inputStride, int value, byte[] output, int outputStart, int outputStride, int rows, int cols)
static void	minusU_A(byte[] input, int inputStart, int inputStride, int value, int lower, int upper, byte[] output, int outputStart, int outputStride, int rows, int cols)
static void	minusU_A(short[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	minusU_A(short[] input, int inputStart, int inputStride, int value, int lower, int upper, short[] output, int outputStart, int outputStride, int rows, int cols)
static void	minusU_A(short[] input, int inputStart, int inputStride, int value, short[] output, int outputStart, int outputStride, int rows, int cols)
static void	minusU_B(byte[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	minusU_B(byte[] input, int inputStart, int inputStride, int value, byte[] output, int outputStart, int outputStride, int rows, int cols)
static void	minusU_B(byte[] input, int inputStart, int inputStride, int value, int lower, int upper, byte[] output, int outputStart, int outputStride, int rows, int cols)
static void	minusU_B(short[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	minusU_B(short[] input, int inputStart, int inputStride, int value, int lower, int upper, short[] output, int outputStart, int outputStride, int rows, int cols)
static void	minusU_B(short[] input, int inputStart, int inputStride, int value, short[] output, int outputStart, int outputStride, int rows, int cols)
static void	multiply(GrayF32 imgA, GrayF32 imgB, GrayF32 output)
static void	multiply(GrayF64 imgA, GrayF64 imgB, GrayF64 output)
static void	multiply_A(byte[] input, int inputStart, int inputStride, double value, byte[] output, int outputStart, int outputStride, int rows, int cols)
static void	multiply_A(byte[] input, int inputStart, int inputStride, double value, int lower, int upper, byte[] output, int outputStart, int outputStride, int rows, int cols)
static void	multiply_A(byte[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	multiply_A(double[] input, int inputStart, int inputStride, double value, double[] output, int outputStart, int outputStride, int rows, int cols)
static void	multiply_A(double[] input, int inputStart, int inputStride, double value, double lower, double upper, double[] output, int outputStart, int outputStride, int rows, int cols)
static void	multiply_A(float[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	multiply_A(float[] input, int inputStart, int inputStride, float value, float lower, float upper, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	multiply_A(int[] input, int inputStart, int inputStride, double value, int[] output, int outputStart, int outputStride, int rows, int cols)
static void	multiply_A(int[] input, int inputStart, int inputStride, double value, int lower, int upper, int[] output, int outputStart, int outputStride, int rows, int cols)
static void	multiply_A(int[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	multiply_A(long[] input, int inputStart, int inputStride, double value, long[] output, int outputStart, int outputStride, int rows, int cols)
static void	multiply_A(long[] input, int inputStart, int inputStride, double value, long lower, long upper, long[] output, int outputStart, int outputStride, int rows, int cols)
static void	multiply_A(long[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	multiply_A(short[] input, int inputStart, int inputStride, double value, int lower, int upper, short[] output, int outputStart, int outputStride, int rows, int cols)
static void	multiply_A(short[] input, int inputStart, int inputStride, double value, short[] output, int outputStart, int outputStride, int rows, int cols)
static void	multiply_A(short[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	multiplyU_A(byte[] input, int inputStart, int inputStride, double value, byte[] output, int outputStart, int outputStride, int rows, int cols)
static void	multiplyU_A(byte[] input, int inputStart, int inputStride, double value, int lower, int upper, byte[] output, int outputStart, int outputStride, int rows, int cols)
static void	multiplyU_A(byte[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	multiplyU_A(short[] input, int inputStart, int inputStride, double value, int lower, int upper, short[] output, int outputStart, int outputStride, int rows, int cols)
static void	multiplyU_A(short[] input, int inputStart, int inputStride, double value, short[] output, int outputStart, int outputStride, int rows, int cols)
static void	multiplyU_A(short[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	negative(byte[] input, int inputStart, int inputStride, byte[] output, int outputStart, int outputStride, int rows, int cols)
static void	negative(double[] input, int inputStart, int inputStride, double[] output, int outputStart, int outputStride, int rows, int cols)
static void	negative(float[] input, int inputStart, int inputStride, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	negative(int[] input, int inputStart, int inputStride, int[] output, int outputStart, int outputStride, int rows, int cols)
static void	negative(long[] input, int inputStart, int inputStride, long[] output, int outputStart, int outputStride, int rows, int cols)
static void	negative(short[] input, int inputStart, int inputStride, short[] output, int outputStart, int outputStride, int rows, int cols)
static void	operator1(byte[] input, int inputStart, int inputStride, byte[] output, int outputStart, int outputStride, int rows, int cols, PixelMathLambdas.Function1_I8 function)
static void	operator1(double[] input, int inputStart, int inputStride, double[] output, int outputStart, int outputStride, int rows, int cols, PixelMathLambdas.Function1_F64 function)
static void	operator1(float[] input, int inputStart, int inputStride, float[] output, int outputStart, int outputStride, int rows, int cols, PixelMathLambdas.Function1_F32 function)
static void	operator1(int[] input, int inputStart, int inputStride, int[] output, int outputStart, int outputStride, int rows, int cols, PixelMathLambdas.Function1_S32 function)
static void	operator1(long[] input, int inputStart, int inputStride, long[] output, int outputStart, int outputStride, int rows, int cols, PixelMathLambdas.Function1_S64 function)
static void	operator1(short[] input, int inputStart, int inputStride, short[] output, int outputStart, int outputStride, int rows, int cols, PixelMathLambdas.Function1_I16 function)
static void	operator2(byte[] inputA, int inputStartA, int inputStrideA, byte[] inputB, int inputStartB, int inputStrideB, byte[] output, int outputStart, int outputStride, int rows, int cols, PixelMathLambdas.Function2_I8 function)
static void	operator2(double[] inputA, int inputStartA, int inputStrideA, double[] inputB, int inputStartB, int inputStrideB, double[] output, int outputStart, int outputStride, int rows, int cols, PixelMathLambdas.Function2_F64 function)
static void	operator2(float[] inputA, int inputStartA, int inputStrideA, float[] inputB, int inputStartB, int inputStrideB, float[] output, int outputStart, int outputStride, int rows, int cols, PixelMathLambdas.Function2_F32 function)
static void	operator2(int[] inputA, int inputStartA, int inputStrideA, int[] inputB, int inputStartB, int inputStrideB, int[] output, int outputStart, int outputStride, int rows, int cols, PixelMathLambdas.Function2_S32 function)
static void	operator2(long[] inputA, int inputStartA, int inputStrideA, long[] inputB, int inputStartB, int inputStrideB, long[] output, int outputStart, int outputStride, int rows, int cols, PixelMathLambdas.Function2_S64 function)
static void	operator2(short[] inputA, int inputStartA, int inputStrideA, short[] inputB, int inputStartB, int inputStrideB, short[] output, int outputStart, int outputStride, int rows, int cols, PixelMathLambdas.Function2_I16 function)
static void	plus_A(byte[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	plus_A(byte[] input, int inputStart, int inputStride, int value, byte[] output, int outputStart, int outputStride, int rows, int cols)
static void	plus_A(byte[] input, int inputStart, int inputStride, int value, int lower, int upper, byte[] output, int outputStart, int outputStride, int rows, int cols)
static void	plus_A(double[] input, int inputStart, int inputStride, double value, double[] output, int outputStart, int outputStride, int rows, int cols)
static void	plus_A(double[] input, int inputStart, int inputStride, double value, double lower, double upper, double[] output, int outputStart, int outputStride, int rows, int cols)
static void	plus_A(float[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	plus_A(float[] input, int inputStart, int inputStride, float value, float lower, float upper, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	plus_A(int[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	plus_A(int[] input, int inputStart, int inputStride, int value, int[] output, int outputStart, int outputStride, int rows, int cols)
static void	plus_A(int[] input, int inputStart, int inputStride, int value, int lower, int upper, int[] output, int outputStart, int outputStride, int rows, int cols)
static void	plus_A(long[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	plus_A(long[] input, int inputStart, int inputStride, long value, long[] output, int outputStart, int outputStride, int rows, int cols)
static void	plus_A(long[] input, int inputStart, int inputStride, long value, long lower, long upper, long[] output, int outputStart, int outputStride, int rows, int cols)
static void	plus_A(short[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	plus_A(short[] input, int inputStart, int inputStride, int value, int lower, int upper, short[] output, int outputStart, int outputStride, int rows, int cols)
static void	plus_A(short[] input, int inputStart, int inputStride, int value, short[] output, int outputStart, int outputStride, int rows, int cols)
static void	plusU_A(byte[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	plusU_A(byte[] input, int inputStart, int inputStride, int value, byte[] output, int outputStart, int outputStride, int rows, int cols)
static void	plusU_A(byte[] input, int inputStart, int inputStride, int value, int lower, int upper, byte[] output, int outputStart, int outputStride, int rows, int cols)
static void	plusU_A(short[] input, int inputStart, int inputStride, float value, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	plusU_A(short[] input, int inputStart, int inputStride, int value, int lower, int upper, short[] output, int outputStart, int outputStride, int rows, int cols)
static void	plusU_A(short[] input, int inputStart, int inputStride, int value, short[] output, int outputStart, int outputStride, int rows, int cols)
static void	pow2(byte[] input, int inputStart, int inputStride, short[] output, int outputStart, int outputStride, int rows, int cols)
static void	pow2(double[] input, int inputStart, int inputStride, double[] output, int outputStart, int outputStride, int rows, int cols)
static void	pow2(float[] input, int inputStart, int inputStride, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	pow2(short[] input, int inputStart, int inputStride, int[] output, int outputStart, int outputStride, int rows, int cols)
static void	sqrt(double[] input, int inputStart, int inputStride, double[] output, int outputStart, int outputStride, int rows, int cols)
static void	sqrt(float[] input, int inputStart, int inputStride, float[] output, int outputStart, int outputStride, int rows, int cols)
static void	stdev(GrayF32 mean, GrayF32 pow2, GrayF32 stdev)
static void	stdev(GrayF64 mean, GrayF64 pow2, GrayF64 stdev)
static void	stdev(GrayU16 mean, GrayS32 pow2, GrayU16 stdev)
static void	stdev(GrayU8 mean, GrayU16 pow2, GrayU8 stdev)
static void	subtract(GrayF32 imgA, GrayF32 imgB, GrayF32 output)
static void	subtract(GrayF64 imgA, GrayF64 imgB, GrayF64 output)
static void	subtract(GrayS16 imgA, GrayS16 imgB, GrayS32 output)
static void	subtract(GrayS32 imgA, GrayS32 imgB, GrayS32 output)
static void	subtract(GrayS64 imgA, GrayS64 imgB, GrayS64 output)
static void	subtract(GrayS8 imgA, GrayS8 imgB, GrayS16 output)
static void	subtract(GrayU16 imgA, GrayU16 imgB, GrayS32 output)
static void	subtract(GrayU8 imgA, GrayU8 imgB, GrayI16 output)

Methods inherited from class java.lang.Object

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

Constructor Details

ImplPixelMath_MT

public ImplPixelMath_MT()

Method Details

operator1

public static void operator1(byte[] input,
 int inputStart,
 int inputStride,
 byte[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols,
 PixelMathLambdas.Function1_I8 function)

operator1

public static void operator1(short[] input,
 int inputStart,
 int inputStride,
 short[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols,
 PixelMathLambdas.Function1_I16 function)

operator1

public static void operator1(int[] input,
 int inputStart,
 int inputStride,
 int[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols,
 PixelMathLambdas.Function1_S32 function)

operator1

public static void operator1(long[] input,
 int inputStart,
 int inputStride,
 long[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols,
 PixelMathLambdas.Function1_S64 function)

operator1

public static void operator1(float[] input,
 int inputStart,
 int inputStride,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols,
 PixelMathLambdas.Function1_F32 function)

operator1

public static void operator1(double[] input,
 int inputStart,
 int inputStride,
 double[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols,
 PixelMathLambdas.Function1_F64 function)

operator2

public static void operator2(byte[] inputA,
 int inputStartA,
 int inputStrideA,
 byte[] inputB,
 int inputStartB,
 int inputStrideB,
 byte[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols,
 PixelMathLambdas.Function2_I8 function)

operator2

public static void operator2(short[] inputA,
 int inputStartA,
 int inputStrideA,
 short[] inputB,
 int inputStartB,
 int inputStrideB,
 short[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols,
 PixelMathLambdas.Function2_I16 function)

operator2

public static void operator2(int[] inputA,
 int inputStartA,
 int inputStrideA,
 int[] inputB,
 int inputStartB,
 int inputStrideB,
 int[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols,
 PixelMathLambdas.Function2_S32 function)

operator2

public static void operator2(long[] inputA,
 int inputStartA,
 int inputStrideA,
 long[] inputB,
 int inputStartB,
 int inputStrideB,
 long[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols,
 PixelMathLambdas.Function2_S64 function)

operator2

public static void operator2(float[] inputA,
 int inputStartA,
 int inputStrideA,
 float[] inputB,
 int inputStartB,
 int inputStrideB,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols,
 PixelMathLambdas.Function2_F32 function)

operator2

public static void operator2(double[] inputA,
 int inputStartA,
 int inputStrideA,
 double[] inputB,
 int inputStartB,
 int inputStrideB,
 double[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols,
 PixelMathLambdas.Function2_F64 function)

abs

public static void abs(byte[] input,
 int inputStart,
 int inputStride,
 byte[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

abs

public static void abs(short[] input,
 int inputStart,
 int inputStride,
 short[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

abs

public static void abs(int[] input,
 int inputStart,
 int inputStride,
 int[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

abs

public static void abs(long[] input,
 int inputStart,
 int inputStride,
 long[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

abs

public static void abs(float[] input,
 int inputStart,
 int inputStride,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

abs

public static void abs(double[] input,
 int inputStart,
 int inputStride,
 double[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

negative

public static void negative(byte[] input,
 int inputStart,
 int inputStride,
 byte[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

negative

public static void negative(short[] input,
 int inputStart,
 int inputStride,
 short[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

negative

public static void negative(int[] input,
 int inputStart,
 int inputStride,
 int[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

negative

public static void negative(long[] input,
 int inputStart,
 int inputStride,
 long[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

negative

public static void negative(float[] input,
 int inputStart,
 int inputStride,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

negative

public static void negative(double[] input,
 int inputStart,
 int inputStride,
 double[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

multiplyU_A

public static void multiplyU_A(byte[] input,
 int inputStart,
 int inputStride,
 double value,
 byte[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

multiply_A

public static void multiply_A(byte[] input,
 int inputStart,
 int inputStride,
 double value,
 byte[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

multiplyU_A

public static void multiplyU_A(short[] input,
 int inputStart,
 int inputStride,
 double value,
 short[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

multiply_A

public static void multiply_A(short[] input,
 int inputStart,
 int inputStride,
 double value,
 short[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

multiply_A

public static void multiply_A(int[] input,
 int inputStart,
 int inputStride,
 double value,
 int[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

multiply_A

public static void multiply_A(long[] input,
 int inputStart,
 int inputStride,
 double value,
 long[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

multiply_A

public static void multiply_A(float[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

multiply_A

public static void multiply_A(double[] input,
 int inputStart,
 int inputStride,
 double value,
 double[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

multiplyU_A

public static void multiplyU_A(byte[] input,
 int inputStart,
 int inputStride,
 double value,
 int lower,
 int upper,
 byte[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

multiply_A

public static void multiply_A(byte[] input,
 int inputStart,
 int inputStride,
 double value,
 int lower,
 int upper,
 byte[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

multiplyU_A

public static void multiplyU_A(short[] input,
 int inputStart,
 int inputStride,
 double value,
 int lower,
 int upper,
 short[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

multiply_A

public static void multiply_A(short[] input,
 int inputStart,
 int inputStride,
 double value,
 int lower,
 int upper,
 short[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

multiply_A

public static void multiply_A(int[] input,
 int inputStart,
 int inputStride,
 double value,
 int lower,
 int upper,
 int[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

multiply_A

public static void multiply_A(long[] input,
 int inputStart,
 int inputStride,
 double value,
 long lower,
 long upper,
 long[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

multiply_A

public static void multiply_A(float[] input,
 int inputStart,
 int inputStride,
 float value,
 float lower,
 float upper,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

multiply_A

public static void multiply_A(double[] input,
 int inputStart,
 int inputStride,
 double value,
 double lower,
 double upper,
 double[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

multiplyU_A

public static void multiplyU_A(byte[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

multiply_A

public static void multiply_A(byte[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

multiplyU_A

public static void multiplyU_A(short[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

multiply_A

public static void multiply_A(short[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

multiply_A

public static void multiply_A(int[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

multiply_A

public static void multiply_A(long[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

divideU_A

public static void divideU_A(byte[] input,
 int inputStart,
 int inputStride,
 double denominator,
 byte[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

divide_A

public static void divide_A(byte[] input,
 int inputStart,
 int inputStride,
 double denominator,
 byte[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

divideU_A

public static void divideU_A(short[] input,
 int inputStart,
 int inputStride,
 double denominator,
 short[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

divide_A

public static void divide_A(short[] input,
 int inputStart,
 int inputStride,
 double denominator,
 short[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

divide_A

public static void divide_A(int[] input,
 int inputStart,
 int inputStride,
 double denominator,
 int[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

divide_A

public static void divide_A(long[] input,
 int inputStart,
 int inputStride,
 double denominator,
 long[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

divide_A

public static void divide_A(float[] input,
 int inputStart,
 int inputStride,
 float denominator,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

divide_A

public static void divide_A(double[] input,
 int inputStart,
 int inputStride,
 double denominator,
 double[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

divideU_A

public static void divideU_A(byte[] input,
 int inputStart,
 int inputStride,
 double denominator,
 int lower,
 int upper,
 byte[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

divide_A

public static void divide_A(byte[] input,
 int inputStart,
 int inputStride,
 double denominator,
 int lower,
 int upper,
 byte[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

divideU_A

public static void divideU_A(short[] input,
 int inputStart,
 int inputStride,
 double denominator,
 int lower,
 int upper,
 short[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

divide_A

public static void divide_A(short[] input,
 int inputStart,
 int inputStride,
 double denominator,
 int lower,
 int upper,
 short[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

divide_A

public static void divide_A(int[] input,
 int inputStart,
 int inputStride,
 double denominator,
 int lower,
 int upper,
 int[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

divide_A

public static void divide_A(long[] input,
 int inputStart,
 int inputStride,
 double denominator,
 long lower,
 long upper,
 long[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

divide_A

public static void divide_A(float[] input,
 int inputStart,
 int inputStride,
 float denominator,
 float lower,
 float upper,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

divide_A

public static void divide_A(double[] input,
 int inputStart,
 int inputStride,
 double denominator,
 double lower,
 double upper,
 double[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

divideU_A

public static void divideU_A(byte[] input,
 int inputStart,
 int inputStride,
 float denominator,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

divide_A

public static void divide_A(byte[] input,
 int inputStart,
 int inputStride,
 float denominator,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

divideU_A

public static void divideU_A(short[] input,
 int inputStart,
 int inputStride,
 float denominator,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

divide_A

public static void divide_A(short[] input,
 int inputStart,
 int inputStride,
 float denominator,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

divide_A

public static void divide_A(int[] input,
 int inputStart,
 int inputStride,
 float denominator,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

divide_A

public static void divide_A(long[] input,
 int inputStart,
 int inputStride,
 float denominator,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

plusU_A

public static void plusU_A(byte[] input,
 int inputStart,
 int inputStride,
 int value,
 byte[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

plus_A

public static void plus_A(byte[] input,
 int inputStart,
 int inputStride,
 int value,
 byte[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

plusU_A

public static void plusU_A(short[] input,
 int inputStart,
 int inputStride,
 int value,
 short[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

plus_A

public static void plus_A(short[] input,
 int inputStart,
 int inputStride,
 int value,
 short[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

plus_A

public static void plus_A(int[] input,
 int inputStart,
 int inputStride,
 int value,
 int[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

plus_A

public static void plus_A(long[] input,
 int inputStart,
 int inputStride,
 long value,
 long[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

plus_A

public static void plus_A(float[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

plus_A

public static void plus_A(double[] input,
 int inputStart,
 int inputStride,
 double value,
 double[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

plusU_A

public static void plusU_A(byte[] input,
 int inputStart,
 int inputStride,
 int value,
 int lower,
 int upper,
 byte[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

plus_A

public static void plus_A(byte[] input,
 int inputStart,
 int inputStride,
 int value,
 int lower,
 int upper,
 byte[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

plusU_A

public static void plusU_A(short[] input,
 int inputStart,
 int inputStride,
 int value,
 int lower,
 int upper,
 short[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

plus_A

public static void plus_A(short[] input,
 int inputStart,
 int inputStride,
 int value,
 int lower,
 int upper,
 short[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

plus_A

public static void plus_A(int[] input,
 int inputStart,
 int inputStride,
 int value,
 int lower,
 int upper,
 int[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

plus_A

public static void plus_A(long[] input,
 int inputStart,
 int inputStride,
 long value,
 long lower,
 long upper,
 long[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

plus_A

public static void plus_A(float[] input,
 int inputStart,
 int inputStride,
 float value,
 float lower,
 float upper,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

plus_A

public static void plus_A(double[] input,
 int inputStart,
 int inputStride,
 double value,
 double lower,
 double upper,
 double[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

plusU_A

public static void plusU_A(byte[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

plus_A

public static void plus_A(byte[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

plusU_A

public static void plusU_A(short[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

plus_A

public static void plus_A(short[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

plus_A

public static void plus_A(int[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

plus_A

public static void plus_A(long[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minusU_A

public static void minusU_A(byte[] input,
 int inputStart,
 int inputStride,
 int value,
 byte[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_A

public static void minus_A(byte[] input,
 int inputStart,
 int inputStride,
 int value,
 byte[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minusU_A

public static void minusU_A(short[] input,
 int inputStart,
 int inputStride,
 int value,
 short[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_A

public static void minus_A(short[] input,
 int inputStart,
 int inputStride,
 int value,
 short[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_A

public static void minus_A(int[] input,
 int inputStart,
 int inputStride,
 int value,
 int[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_A

public static void minus_A(long[] input,
 int inputStart,
 int inputStride,
 long value,
 long[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_A

public static void minus_A(float[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_A

public static void minus_A(double[] input,
 int inputStart,
 int inputStride,
 double value,
 double[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minusU_A

public static void minusU_A(byte[] input,
 int inputStart,
 int inputStride,
 int value,
 int lower,
 int upper,
 byte[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_A

public static void minus_A(byte[] input,
 int inputStart,
 int inputStride,
 int value,
 int lower,
 int upper,
 byte[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minusU_A

public static void minusU_A(short[] input,
 int inputStart,
 int inputStride,
 int value,
 int lower,
 int upper,
 short[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_A

public static void minus_A(short[] input,
 int inputStart,
 int inputStride,
 int value,
 int lower,
 int upper,
 short[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_A

public static void minus_A(int[] input,
 int inputStart,
 int inputStride,
 int value,
 int lower,
 int upper,
 int[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_A

public static void minus_A(long[] input,
 int inputStart,
 int inputStride,
 long value,
 long lower,
 long upper,
 long[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_A

public static void minus_A(float[] input,
 int inputStart,
 int inputStride,
 float value,
 float lower,
 float upper,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_A

public static void minus_A(double[] input,
 int inputStart,
 int inputStride,
 double value,
 double lower,
 double upper,
 double[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minusU_A

public static void minusU_A(byte[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_A

public static void minus_A(byte[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minusU_A

public static void minusU_A(short[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_A

public static void minus_A(short[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_A

public static void minus_A(int[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_A

public static void minus_A(long[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minusU_B

public static void minusU_B(byte[] input,
 int inputStart,
 int inputStride,
 int value,
 byte[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_B

public static void minus_B(byte[] input,
 int inputStart,
 int inputStride,
 int value,
 byte[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minusU_B

public static void minusU_B(short[] input,
 int inputStart,
 int inputStride,
 int value,
 short[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_B

public static void minus_B(short[] input,
 int inputStart,
 int inputStride,
 int value,
 short[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_B

public static void minus_B(int[] input,
 int inputStart,
 int inputStride,
 int value,
 int[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_B

public static void minus_B(long[] input,
 int inputStart,
 int inputStride,
 long value,
 long[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_B

public static void minus_B(float[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_B

public static void minus_B(double[] input,
 int inputStart,
 int inputStride,
 double value,
 double[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minusU_B

public static void minusU_B(byte[] input,
 int inputStart,
 int inputStride,
 int value,
 int lower,
 int upper,
 byte[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_B

public static void minus_B(byte[] input,
 int inputStart,
 int inputStride,
 int value,
 int lower,
 int upper,
 byte[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minusU_B

public static void minusU_B(short[] input,
 int inputStart,
 int inputStride,
 int value,
 int lower,
 int upper,
 short[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_B

public static void minus_B(short[] input,
 int inputStart,
 int inputStride,
 int value,
 int lower,
 int upper,
 short[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_B

public static void minus_B(int[] input,
 int inputStart,
 int inputStride,
 int value,
 int lower,
 int upper,
 int[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_B

public static void minus_B(long[] input,
 int inputStart,
 int inputStride,
 long value,
 long lower,
 long upper,
 long[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_B

public static void minus_B(float[] input,
 int inputStart,
 int inputStride,
 float value,
 float lower,
 float upper,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_B

public static void minus_B(double[] input,
 int inputStart,
 int inputStride,
 double value,
 double lower,
 double upper,
 double[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minusU_B

public static void minusU_B(byte[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_B

public static void minus_B(byte[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minusU_B

public static void minusU_B(short[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_B

public static void minus_B(short[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_B

public static void minus_B(int[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

minus_B

public static void minus_B(long[] input,
 int inputStart,
 int inputStride,
 float value,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

boundImage

public static void boundImage(GrayU8 img,
 int min,
 int max)

diffAbs

public static void diffAbs(GrayU8 imgA,
 GrayU8 imgB,
 GrayU8 output)

boundImage

public static void boundImage(GrayS8 img,
 int min,
 int max)

diffAbs

public static void diffAbs(GrayS8 imgA,
 GrayS8 imgB,
 GrayS8 output)

boundImage

public static void boundImage(GrayU16 img,
 int min,
 int max)

diffAbs

public static void diffAbs(GrayU16 imgA,
 GrayU16 imgB,
 GrayU16 output)

boundImage

public static void boundImage(GrayS16 img,
 int min,
 int max)

diffAbs

public static void diffAbs(GrayS16 imgA,
 GrayS16 imgB,
 GrayS16 output)

boundImage

public static void boundImage(GrayS32 img,
 int min,
 int max)

diffAbs

public static void diffAbs(GrayS32 imgA,
 GrayS32 imgB,
 GrayS32 output)

boundImage

public static void boundImage(GrayS64 img,
 long min,
 long max)

diffAbs

public static void diffAbs(GrayS64 imgA,
 GrayS64 imgB,
 GrayS64 output)

boundImage

public static void boundImage(GrayF32 img,
 float min,
 float max)

diffAbs

public static void diffAbs(GrayF32 imgA,
 GrayF32 imgB,
 GrayF32 output)

boundImage

public static void boundImage(GrayF64 img,
 double min,
 double max)

diffAbs

public static void diffAbs(GrayF64 imgA,
 GrayF64 imgB,
 GrayF64 output)

add

public static void add(GrayU8 imgA,
 GrayU8 imgB,
 GrayU16 output)

subtract

public static void subtract(GrayU8 imgA,
 GrayU8 imgB,
 GrayI16 output)

add

public static void add(GrayS8 imgA,
 GrayS8 imgB,
 GrayS16 output)

subtract

public static void subtract(GrayS8 imgA,
 GrayS8 imgB,
 GrayS16 output)

add

public static void add(GrayU16 imgA,
 GrayU16 imgB,
 GrayS32 output)

subtract

public static void subtract(GrayU16 imgA,
 GrayU16 imgB,
 GrayS32 output)

add

public static void add(GrayS16 imgA,
 GrayS16 imgB,
 GrayS32 output)

subtract

public static void subtract(GrayS16 imgA,
 GrayS16 imgB,
 GrayS32 output)

add

public static void add(GrayS32 imgA,
 GrayS32 imgB,
 GrayS32 output)

subtract

public static void subtract(GrayS32 imgA,
 GrayS32 imgB,
 GrayS32 output)

add

public static void add(GrayS64 imgA,
 GrayS64 imgB,
 GrayS64 output)

subtract

public static void subtract(GrayS64 imgA,
 GrayS64 imgB,
 GrayS64 output)

add

public static void add(GrayF32 imgA,
 GrayF32 imgB,
 GrayF32 output)

subtract

public static void subtract(GrayF32 imgA,
 GrayF32 imgB,
 GrayF32 output)

multiply

public static void multiply(GrayF32 imgA,
 GrayF32 imgB,
 GrayF32 output)

divide

public static void divide(GrayF32 imgA,
 GrayF32 imgB,
 GrayF32 output)

add

public static void add(GrayF64 imgA,
 GrayF64 imgB,
 GrayF64 output)

subtract

public static void subtract(GrayF64 imgA,
 GrayF64 imgB,
 GrayF64 output)

multiply

public static void multiply(GrayF64 imgA,
 GrayF64 imgB,
 GrayF64 output)

divide

public static void divide(GrayF64 imgA,
 GrayF64 imgB,
 GrayF64 output)

log

public static void log(float[] input,
 int inputStart,
 int inputStride,
 float val,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

log

public static void log(double[] input,
 int inputStart,
 int inputStride,
 double val,
 double[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

logSign

public static void logSign(float[] input,
 int inputStart,
 int inputStride,
 float val,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

logSign

public static void logSign(double[] input,
 int inputStart,
 int inputStride,
 double val,
 double[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

sqrt

public static void sqrt(float[] input,
 int inputStart,
 int inputStride,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

sqrt

public static void sqrt(double[] input,
 int inputStart,
 int inputStride,
 double[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

pow2

public static void pow2(byte[] input,
 int inputStart,
 int inputStride,
 short[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

pow2

public static void pow2(short[] input,
 int inputStart,
 int inputStride,
 int[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

pow2

public static void pow2(float[] input,
 int inputStart,
 int inputStride,
 float[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

pow2

public static void pow2(double[] input,
 int inputStart,
 int inputStride,
 double[] output,
 int outputStart,
 int outputStride,
 int rows,
 int cols)

stdev

public static void stdev(GrayU8 mean,
 GrayU16 pow2,
 GrayU8 stdev)

stdev

public static void stdev(GrayU16 mean,
 GrayS32 pow2,
 GrayU16 stdev)

stdev

public static void stdev(GrayF32 mean,
 GrayF32 pow2,
 GrayF32 stdev)

stdev

public static void stdev(GrayF64 mean,
 GrayF64 pow2,
 GrayF64 stdev)