|
JIGL v1.6 |
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this and A in it.
this and x in it.
image.
image in a Region of Interest.
image.
image to an arbitrary min/max.
image to zero in a Region of Interest.
image.
image to an arbitrary min/max.
image to an arbitrary min/max.
image.
image following the gaussian distribution.
image.
image using the KdTree to find the nearest neighbor.
image following the poisson distribution.
image following the uniform distribution.
image through the PointMapper.
image to an arbitrary min/max in a Region of Interest.
image to zero in a Region of Interest.
image in a Region of Interest.
image to an arbitrary min/max in a Region of Interest.
image to an arbitrary min/max in a Region of Interest.
image with a Region of Interest.
image in the specified Region of Interest, following the gaussian distribution.
image.
image in the specified Region of Interest, following the poisson distribution.
image in the specified Region of Interest, following the uniform distribution.
FFT.forward(Signal)
jigl.signal.utils.FFT#inverse(signal)
signal to [0..255].
signal to zero.
signal.
signal from 255.
signal to an arbitrary min/max.
signal to {0, 255}.
signal to an arbitrary min/max.
signal.
signal.
jigl.signal.utils.FFT#inverse(signal)
signal.
signal.
signal to an arbitrary min/max in a region of interest.
signal to zero in a region of interest.
signal in a region of interest.
signal from 255 in a region of interest.
signal to an arbitrary min/max in a region of interest.
signal to {0, 255} in a region of interest.
signal to an arbitrary min/max in a region of interest.
signal in a Region of Interest.
signal in a Region of Interest.
signal in a Region of Interest.
image.
image to an arbitrary min/max.
image to zero.
image and return the equalized image.
image.
image to an arbitrary min/max.
image according to an arbitrary threshold value.
image to an arbitrary min/max.
image.
image following the gaussian distribution.
image.
image following the poisson distribution.
image following the uniform distribution.
image through the PointMapper.
image to an arbitrary min/max in a Region of Interest.
image to zero in a Region of Interest.
image in a specific Region of Interest.
image in a Region of Interest.
image to an arbitrary min/max in a Region of Interest.
image according to an arbitrary threshold value in a Region of Interest.
image to an arbitrary min/max in a Region of Interest.
image in a Region of
Interest.
image in the specified Region of Interest,
following the gaussian distribution.
image.
image in the specified Region of Interest, following the poisson distribution.
image in the specified Region of Interest, following the uniform distribution.
image.
image to zero in a Region of Interest.
image.
image.
image.
image to an arbitrary min/max.
image to an arbitrary min/max.
image following the gaussian distribution.
image.
image following the poisson distribution.
image following the uniform distribution.
image through the PointMapper.
image to zero in a Region of Interest.
image in a Region of Interest.
image in a Region of Interest.
image in a Region of Interest.
image to an arbitrary min/max in a Region of Interest.
image to an arbitrary min/max in a Region of Interest.
image in the specified Region of Interest, following the gaussian distribution.
image.
image in the specified Region of Interest, following the poisson distribution.
image in the specified Region of Interest, following the uniform distribution.
image.
image to an arbitrary min/max.
- apply(RealGrayImage) -
Method in class jigl.image.ops.levelOps.ClipNeg
- Clips the range of
image to zero.
- apply(RealGrayImage) -
Method in class jigl.image.ops.levelOps.Exp
- Performs the Exp function on
image.
- apply(RealGrayImage) -
Method in class jigl.image.ops.levelOps.Log
- Performs the Log function on
image.
- apply(RealGrayImage) -
Method in class jigl.image.ops.levelOps.LookupTable
- Applies lookup table to
image and return the equalized image.
- apply(RealGrayImage) -
Method in class jigl.image.ops.levelOps.Negate
- Negates the values of
image.
- apply(RealGrayImage) -
Method in class jigl.image.ops.levelOps.Negative
- Subtracts the value at each pixel from 255.
- apply(RealGrayImage) -
Method in class jigl.image.ops.levelOps.Scale
- Scales the range of
image to an arbitrary min/max.
- apply(RealGrayImage) -
Method in class jigl.image.ops.levelOps.Threshold
- Thresholds the range of
image according to an arbitrary threshold value.
- apply(RealGrayImage) -
Method in class jigl.image.ops.levelOps.Window
- Windows the range of
image to an arbitrary min/max.
- apply(RealGrayImage) -
Method in class jigl.image.ops.morph.GClose
- Closes a RealGrayImage.
- apply(RealGrayImage) -
Method in class jigl.image.ops.morph.GDilate
- Dilates a RealGrayImage.
- apply(RealGrayImage) -
Method in class jigl.image.ops.morph.GErode
- Erodes a RealGrayImage.
- apply(RealGrayImage) -
Method in class jigl.image.ops.morph.GOpen
- Performs an Open on a RealGrayImage.
- apply(RealGrayImage) -
Method in class jigl.image.ops.Convolve
- Applies the kernel to
image.
- apply(RealGrayImage) -
Method in class jigl.image.ops.ForwardFFT
- Performs the forward FFT on a RealGrayImage.
- apply(RealGrayImage) -
Method in class jigl.image.ops.GaussianNoise
- Adds noise to
image following the gaussian distribution.
- apply(RealGrayImage) -
Method in class jigl.image.ops.HistogramEqualizer
- Returns an equalized version of
image.
- apply(RealGrayImage) -
Method in class jigl.image.ops.PoissonNoise
- Adds noise to
image following the poisson distribution.
- apply(RealGrayImage) -
Method in class jigl.image.ops.ReverseFFT
- Performs the reverse FFT on a RealGrayImage.
- apply(RealGrayImage) -
Method in class jigl.image.ops.Shift
- Shifts a RealGrayImage.
- apply(RealGrayImage) -
Method in class jigl.image.ops.UniformNoise
- Adds noise to
image following the uniform distribution.
- apply(RealGrayImage) -
Method in class jigl.image.warp.Mapper
- Applies the transformation to
image through the PointMapper.
- apply(RealGrayImage) -
Method in class jigl.image.SimpleOperator
- Auxiliary method.
- apply(RealGrayImage, ROI) -
Method in class jigl.image.ops.levelOps.Clip
- Clips the range of
image to an arbitrary min/max in a Region of Interest.
- apply(RealGrayImage, ROI) -
Method in class jigl.image.ops.levelOps.ClipNeg
- Clips the range of
image to zero in a Region of Interest.
- apply(RealGrayImage, ROI) -
Method in class jigl.image.ops.levelOps.Exp
- Performs the Exp function on
image in a Region of Interest.
- apply(RealGrayImage, ROI) -
Method in class jigl.image.ops.levelOps.Log
- Performs the Log function on
image in a Region of Interest.
- apply(RealGrayImage, ROI) -
Method in class jigl.image.ops.levelOps.LookupTable
- Applies lookup table to
image in a specific Region of Interest.
- apply(RealGrayImage, ROI) -
Method in class jigl.image.ops.levelOps.Negate
- Negates the values of
image in a Region of Interest.
- apply(RealGrayImage, ROI) -
Method in class jigl.image.ops.levelOps.Negative
- Subtracts the value at each pixel from 255 in a Region of Interest and returns a new image.
- apply(RealGrayImage, ROI) -
Method in class jigl.image.ops.levelOps.Scale
- Scales the range of
image to an arbitrary min/max in a Region of Interest.
- apply(RealGrayImage, ROI) -
Method in class jigl.image.ops.levelOps.Threshold
- Thresholds the range of
image according to an arbitrary threshold value
in a Region of Interest.
- apply(RealGrayImage, ROI) -
Method in class jigl.image.ops.levelOps.Window
- Windows the range of
image to an arbitrary min/max in a Region of Interest.
- apply(RealGrayImage, ROI) -
Method in class jigl.image.ops.morph.GClose
- Closes a RealGrayImage in a Region of Interest.
- apply(RealGrayImage, ROI) -
Method in class jigl.image.ops.morph.GDilate
- Dilates a RealGrayImage in a Region of Interest.
- apply(RealGrayImage, ROI) -
Method in class jigl.image.ops.morph.GErode
- Erodes a RealGrayImage in a Region of Interest.
- apply(RealGrayImage, ROI) -
Method in class jigl.image.ops.morph.GOpen
- Performs an Open on a RealGrayImage in a Region of Interest.
- apply(RealGrayImage, ROI) -
Method in class jigl.image.ops.Convolve
- Applies the kernel to
image in a Region of Interest.
- apply(RealGrayImage, ROI) -
Method in class jigl.image.ops.GaussianNoise
- Adds noise to
image in the specified Region of Interest, following the gaussian distribution.
- apply(RealGrayImage, ROI) -
Method in class jigl.image.ops.HistogramEqualizer
- Returns an equalized region in an image
image.
- apply(RealGrayImage, ROI) -
Method in class jigl.image.ops.PoissonNoise
- Adds noise to
image in the specified Region of Interest, following the poisson distribution.
- apply(RealGrayImage, ROI) -
Method in class jigl.image.ops.UniformNoise
- Adds noise to
image in the specified Region of Interest, following the uniform distribution.
- apply(RealGrayImage, ROI) -
Method in class jigl.image.SimpleOperator
- Auxiliary method.
- apply(RealSignal) -
Method in class jigl.signal.ops.levelOps.ByteSize
- ByteSizes the range of
signal to [0.0 ..
- apply(RealSignal) -
Method in class jigl.signal.ops.levelOps.Clip
- Clips the range of
signal to an arbitrary min/max.
- apply(RealSignal) -
Method in class jigl.signal.ops.levelOps.ClipNeg
- Clips the range of
signal to zero.
- apply(RealSignal) -
Method in class jigl.signal.ops.levelOps.Exp
- Performs the Exp function on a RealSignal.
- apply(RealSignal) -
Method in class jigl.signal.ops.levelOps.Log
- Performs the Log function on a RealSignal.
- apply(RealSignal) -
Method in class jigl.signal.ops.levelOps.Negate
- Negates the values of
signal.
- apply(RealSignal) -
Method in class jigl.signal.ops.levelOps.Negative
- Subtracts the value at each pixel in
signal from 255.
- apply(RealSignal) -
Method in class jigl.signal.ops.levelOps.Scale
- Scales the range of
signal to an arbitrary min/max.
- apply(RealSignal) -
Method in class jigl.signal.ops.levelOps.Threshold
- Thresholds the range of
signal to {0.0, 255.0}.
- apply(RealSignal) -
Method in class jigl.signal.ops.levelOps.Window
- Windows the range of
signal to an arbitrary min/max.
- apply(RealSignal) -
Method in class jigl.signal.ops.morph.GClose
- Closes a RealSignal.
- apply(RealSignal) -
Method in class jigl.signal.ops.morph.GDilate
- Dilates a RealSignal.
- apply(RealSignal) -
Method in class jigl.signal.ops.morph.GErode
- Erodes a RealSignal.
- apply(RealSignal) -
Method in class jigl.signal.ops.morph.GOpen
- Performs an Open on a RealSignal.
- apply(RealSignal) -
Method in class jigl.signal.ops.Convolve
- Performs a convolution on a RealSignal.
- apply(RealSignal) -
Method in class jigl.signal.ops.ForwardFFT
- Calls
FFT.forward(Signal)
- apply(RealSignal) -
Method in class jigl.signal.ops.GaussianNoise
- Adds gaussian noise to
signal.
- apply(RealSignal) -
Method in class jigl.signal.ops.PoissonNoise
- Adds noise to
signal.
- apply(RealSignal) -
Method in class jigl.signal.ops.ReverseFFT
- Calls
jigl.signal.utils.FFT#inverse(signal)
- apply(RealSignal) -
Method in class jigl.signal.ops.Shift
- Returns a shifted copy of RealSignal object
signal.
- apply(RealSignal) -
Method in class jigl.signal.ops.UniformNoise
- Adds uniform noise to
signal.
- apply(RealSignal) -
Method in class jigl.signal.SimpleOperator
- Utility method
- apply(RealSignal, ROI) -
Method in class jigl.signal.ops.levelOps.Clip
- Clips the range of
signal to an arbitrary min/max in a region of interest.
- apply(RealSignal, ROI) -
Method in class jigl.signal.ops.levelOps.ClipNeg
- Clips the range of
signal to zero in a region of interest.
- apply(RealSignal, ROI) -
Method in class jigl.signal.ops.levelOps.Exp
- Performs the Exp function on a RealSignal in a region of interest.
- apply(RealSignal, ROI) -
Method in class jigl.signal.ops.levelOps.Log
- Performs the Log function on a RealSignal in a region of interest.
- apply(RealSignal, ROI) -
Method in class jigl.signal.ops.levelOps.Negate
- Negates the values of
signal in a region of interest.
- apply(RealSignal, ROI) -
Method in class jigl.signal.ops.levelOps.Negative
- Subtracts the value at each pixel in
signal from 255 in a region of interest.
- apply(RealSignal, ROI) -
Method in class jigl.signal.ops.levelOps.Scale
- Scales the range of
signal to an arbitrary min/max in a region of interest.
- apply(RealSignal, ROI) -
Method in class jigl.signal.ops.levelOps.Threshold
- Thresholds the range of
signal to {0.0, 255.0} in a region of interest.
- apply(RealSignal, ROI) -
Method in class jigl.signal.ops.levelOps.Window
- Windows the range of
signal to an arbitrary min/max in a region of interest.
- apply(RealSignal, ROI) -
Method in class jigl.signal.ops.morph.GClose
- Closes a RealSignal in a region of interest.
- apply(RealSignal, ROI) -
Method in class jigl.signal.ops.morph.GDilate
- Dilates a RealSignal in a region of interest.
- apply(RealSignal, ROI) -
Method in class jigl.signal.ops.morph.GErode
- Erodes a RealSignal.
- apply(RealSignal, ROI) -
Method in class jigl.signal.ops.morph.GOpen
- Performs an Open on a RealSignal in a region of interest.
- apply(RealSignal, ROI) -
Method in class jigl.signal.ops.Convolve
- Performs a convolve on a RealSignal in a region of interest.
- apply(RealSignal, ROI) -
Method in class jigl.signal.ops.GaussianNoise
- Adds gaussian noise to
signal in a Region of Interest.
- apply(RealSignal, ROI) -
Method in class jigl.signal.ops.PoissonNoise
- Adds noise to
signal in a Region of Interest.
- apply(RealSignal, ROI) -
Method in class jigl.signal.ops.UniformNoise
- Adds uniform noise to
signal in a Region of Interest.
- apply(RealSignal, ROI) -
Method in class jigl.signal.SimpleOperator
- Utility method
- apply(Signal) -
Method in interface jigl.signal.Operator
- Applies an operation on a signal.
- apply(Signal) -
Method in class jigl.signal.SimpleOperator
- apply an operator to the signal.
- apply(Signal, ROI) -
Method in interface jigl.signal.Operator
- Applies an operation on a signal in a specified area.
- apply(Signal, ROI) -
Method in class jigl.signal.SimpleOperator
- apply an operator to the signal within a region of interest.
- applyThreaded(ColorImage) -
Method in class jigl.image.ops.Convolve
- Applys a threaded version for faster execution on machine supporting multi-threads.
- ApproximateGradientMagnitude() -
Method in class jigl.image.utils.DifferentialGeometry
- An approximate way to calculate the magnitude part of gradient.
- arg() -
Method in class jigl.math.Complex
- Returns the phase of the complex number.Converts rectangular coordinates (x, y) to polar (r, theta).
- ASCENDING -
Static variable in class jigl.image.utils.ImageGenerator
- Ascending Direction
- ASCENDING -
Static variable in class jigl.signal.utils.SignalGenerator
- Ascending Direction
- assign(double[]) -
Method in class jigl.math.Vector
- This method copies the elements of
x to mem.
- assign(double[][]) -
Method in class jigl.math.Matrix
- This method replaces the contents of the
mem array with the data contained in b.
- assign(Matrix) -
Method in class jigl.math.Matrix
- This method replaces the members of
this with those of A.
- assign(Vector) -
Method in class jigl.math.Vector
- This method assigns the member values of
x to the member values of this.
- avgAbsKappa -
Variable in class jigl.image.utils.LocalDifferentialGeometry
- The average absolute Kappa value for current image.
- avgKappaSquare -
Variable in class jigl.image.utils.LocalDifferentialGeometry
- The average squared Kappa value for current image.
|
JIGL v1.6 |
||||||||||
| PREV LETTER NEXT LETTER | FRAMES NO FRAMES | ||||||||||