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Class lyon.ipl.ProcessPlane 

java.lang.Object
   |
   +----lyon.ipl.PixelPlane
           |
           +----lyon.ipl.ProcessPlane
public class ProcessPlane
extends lyon.ipl.PixelPlane

Variable Index

o ConvCMY
o ConvHLS
o ConvHSV
o ConvIYQ
o fftp
o iutils

Constructor Index

o ProcessPlane(double, double)
o ProcessPlane(int, int)

Method Index

o autoScale()
o blur2()
o brighten(double)
o chirp(Rectangle, int, double)
o cmy2rgb()
o convolve(double[][])
o cornergray()
o diagGray()
o dot(int, int, int)
o edge()
o edgetoxy()
o equalize()
o equalizedep()
o fft()
o gauss7()
o getGray(int)
o getMaxIntensity()
o getMinIntensity()
o grabPels(Image)
o hat13()
o hls2rgb()
o horizontalSegment()
o hsv2rgb()
o ifft()
o image2ProcessPlane(Image)
o ImpulseFilter()
o iyq2rgb()
o laplacian()
o linearComb(double, double)
o lines(Rectangle, int)
o makeGray()
o multFFT(ProcessPlane)
o multimage(ProcessPlane)
o negate()
o noiseFFT(double)
o normalize(double[][])
o openGIF(String)
o openPPM(String)
o prewitt()
o randResample()
o rgb2cmy()
o rgb2hls()
o rgb2hsv()
o rgb2iyq()
o roberts()
o saveGIF()
o saveGIF(String)
o scale(int)
o shadow()
o Sharpen3()
o Sharpen5()
o shearx(double)
o shearxfb(double)
o sheary(double)
o shearyfb(double)
o sobel()
o Subimage(ProcessPlane)
o threshold(int)
o turn(double)
o turnfb(double)
o verticalSegment()
o waitForImage(Component, Image)
o writePPM()
o writePPM(String)
o xfer(double)
o xform(Mat3)
o xformfeedback(Mat3)
o zoom(double)
o zoomfeedback(double)

Variables

o fftp 
 private lyon.ipl.FFTPlane fftp
o ConvHLS 
 private VS.HLS ConvHLS
o ConvHSV 
 private VS.HSV ConvHSV
o ConvCMY 
 private VS.CMY ConvCMY
o ConvIYQ 
 private lyon.ipl.IYQ ConvIYQ
o iutils 
 private VS.ImageUtils iutils

Constructors

o ProcessPlane 
 public ProcessPlane(double x_,
                     double y_)
o ProcessPlane 
 public ProcessPlane(int x_,
                     int y_)

Methods

o getGray 
 public int getGray(int i)
o getMinIntensity 
 public int getMinIntensity()
o getMaxIntensity 
 public int getMaxIntensity()
o xfer 
 private int xfer(double f)
o cornergray 
 public void cornergray()
o diagGray 
 public void diagGray()
o lines 
 public void lines(java.awt.Rectangle r,
                   int increment)
o multimage 
 public void multimage(lyon.ipl.ProcessPlane pp)
o chirp 
 public void chirp(java.awt.Rectangle r,
                   int increment,
                   double rate)
o dot 
 public void dot(int xc,
                 int yc,
                 int r)
o scale 
 public lyon.ipl.ProcessPlane scale(int scale)
o threshold 
 public void threshold(int konst)
o edgetoxy 
 public void edgetoxy()
o edge 
 public lyon.ipl.ProcessPlane edge()
o linearComb 
 public void linearComb(double konst,
                        double ak)
o Subimage 
 public void Subimage(lyon.ipl.ProcessPlane pp)
o makeGray 
 public void makeGray()
o randResample 
 public void randResample()
o shadow 
 public void shadow()
o fft 
 public void fft()
o multFFT 
 public void multFFT(lyon.ipl.ProcessPlane pp_)
o noiseFFT 
 public void noiseFFT(double t)
o ifft 
 public void ifft()
o brighten 
 public void brighten(double sf)
o equalize 
 public void equalize()
o equalizedep 
 public void equalizedep()
o autoScale 
 public void autoScale()
o xform 
 public void xform(lyon.ipl.Mat3 transform)
o xformfeedback 
 public void xformfeedback(lyon.ipl.Mat3 transform)
o turn 
 public void turn(double degrees)
o turnfb 
 public void turnfb(double degrees)
o zoom 
 public void zoom(double percentage)
o zoomfeedback 
 public void zoomfeedback(double percentage)
o shearx 
 public void shearx(double shx)
o sheary 
 public void sheary(double shy)
o shearxfb 
 public void shearxfb(double shx)
o shearyfb 
 public void shearyfb(double s)
o rgb2iyq 
 public void rgb2iyq()
o iyq2rgb 
 public void iyq2rgb()
o rgb2cmy 
 public void rgb2cmy()
o cmy2rgb 
 public void cmy2rgb()
o rgb2hls 
 public void rgb2hls()
o hls2rgb 
 public void hls2rgb()
o rgb2hsv 
 public void rgb2hsv()
o hsv2rgb 
 public void hsv2rgb()
o negate 
 public void negate()
o openPPM 
 public static lyon.ipl.ProcessPlane openPPM(java.lang.String fileName)
o grabPels 
 public void grabPels(java.awt.Image image)
o openGIF 
 public static lyon.ipl.ProcessPlane openGIF(java.lang.String fileName)
o image2ProcessPlane 
 public static lyon.ipl.ProcessPlane image2ProcessPlane(java.awt.Image image)
o writePPM 
 public void writePPM()
o writePPM 
 public void writePPM(java.lang.String fn)
o saveGIF 
 public void saveGIF()
o saveGIF 
 public void saveGIF(java.lang.String fn)
o waitForImage 
 private static void waitForImage(java.awt.Component component,
                                  java.awt.Image image)
o roberts 
 public lyon.ipl.ProcessPlane roberts()
o sobel 
 public lyon.ipl.ProcessPlane sobel()
o laplacian 
 public lyon.ipl.ProcessPlane laplacian()
o prewitt 
 public lyon.ipl.ProcessPlane prewitt()
o convolve 
 public void convolve(double mask[][])
o normalize 
 public void normalize(double mask[][])
o blur2 
 public void blur2()
o ImpulseFilter 
 public void ImpulseFilter()
o Sharpen3 
 public void Sharpen3()
o horizontalSegment 
 public void horizontalSegment()
o verticalSegment 
 public void verticalSegment()
o Sharpen5 
 public void Sharpen5()
o gauss7 
 public void gauss7()
o hat13 
 public void hat13()

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