|
||||||||||
PREV NEXT | FRAMES NO FRAMES |
Packages that use Image | |
---|---|
jjil.algorithm | |
jjil.algorithm.j2se | |
jjil.core |
Uses of Image in jjil.algorithm |
---|
Methods in jjil.algorithm that return Image | |
---|---|
Image |
GraySub.doJoin(Image imageFirst,
Image imageSecond)
Subtracts one gray image from another. |
Image |
GrayLinComb.doJoin(Image imageFirst,
Image imageSecond)
Computes the linear combination of the two images, forming a*the first image + b *the second image, all divided by c. |
Image |
GrayAdd.doJoin(Image imageFirst,
Image imageSecond)
Adds two Gray8Image's. |
Image |
Gray16LinComb.doJoin(Image imageFirst,
Image imageSecond)
Form the linear combination of two Gray16Images. |
Image |
MaskedGray8SubImgGen.getFront()
Returns the next subimage generated. |
Image |
MaskedGray32SubImgGen.getFront()
Returns the next subimage generated. |
Image |
Gray8SubImageGenerator.getFront()
Returns the next subimage. |
Methods in jjil.algorithm with parameters of type Image | |
---|---|
Image |
GraySub.doJoin(Image imageFirst,
Image imageSecond)
Subtracts one gray image from another. |
Image |
GrayLinComb.doJoin(Image imageFirst,
Image imageSecond)
Computes the linear combination of the two images, forming a*the first image + b *the second image, all divided by c. |
Image |
GrayAdd.doJoin(Image imageFirst,
Image imageSecond)
Adds two Gray8Image's. |
Image |
Gray16LinComb.doJoin(Image imageFirst,
Image imageSecond)
Form the linear combination of two Gray16Images. |
abstract boolean |
HaarClassifierCascade.eval(Image i)
Returns true iff the input image passes all the tests in the Haar cascade, i.e., is a member of the positive sample image set, so far as it can tell. |
void |
WienerDeconv.push(Image im)
Compute the deconvolution of the input Gray8Image, producing a Complex32Image. |
void |
SumG82G32.push(Image image)
Form the cumulative sum |
void |
RgbSubSample.push(Image image)
Reduces an RgbImage by a factor horizontally and vertically through averaging. |
void |
RgbStretch.push(Image image)
Process an image. |
void |
RgbShrink.push(Image image)
Process an image. |
void |
RgbSelect2Gray.push(Image image)
Convert a color image to gray by selecting one of the color bands: red, green, or blue. |
void |
RgbMaxContrast2Gray.push(Image image)
Implementation of push operation from PipelineStage. |
void |
RgbCrop.push(Image image)
Crops the input RGB image to the cropping window that was specified in the constructor. |
void |
RgbClip.push(Image image)
Clips the RGB image and sets all pixels that fail/pass the test (according to bDir) to 0. |
void |
RgbAvg2Gray.push(Image image)
Implementation of push operation from PipelineStage. |
void |
Rgb3x3Average.push(Image imageInput)
Do a color 3x3 average of the input image. |
void |
MaskedGray8SubImgGen.push(Image image)
Accepts a new MaskedGray8Image and initializes all the generator indices. |
void |
MaskedGray32SubImgGen.push(Image image)
Accepts a new MaskedGray8Image and initializes all the generator indices. |
void |
InverseFilter.push(Image im)
Compute the inverse filter of the given image. |
void |
IFftComplex32.push(Image im)
Perform the inverse FFT on the input Complex32Image, producing a Gray8Image. |
void |
GrayVertVar.push(Image image)
Compute the vertical variance of pixels within nWindow of the current pixel. |
void |
GrayTrapWarp.push(Image image)
Warps a trapezoidal region in the input gray image into a rectangular output image. |
void |
GrayThreshold.push(Image image)
Threshold gray image. |
void |
GrayShrink.push(Image image)
Process an input Gray8Image, producing a new shrunk output image. |
void |
GrayReduce.push(Image image)
Reduces a gray image by a factor horizontally and vertically through averaging. |
void |
GrayRectStretch.push(Image image)
Bilinear interpolation to stretch image to (cWidth, cHeight). |
void |
GrayLookup.push(Image image)
Maps input Gray8Image through the lookup table, replacing values in the image. |
void |
GrayHorizVertContrast.push(Image image)
Apply the contrast measure to the input input image. |
void |
GrayHorizVar.push(Image image)
Compute the horizontal variance of pixels within nWindow of the current pixel. |
void |
GrayHorizSimpleEdge.push(Image image)
Compute a simple horizontal edge measure. |
void |
GrayHistMatch.push(Image image)
push transforms an input gray image to have the target histogram, as near as possible while assigning each input grayvalue a unique output grayvalue. |
void |
GrayHistEq.push(Image image)
Equalize the histogram of an input gray image. |
void |
GrayCrop.push(Image image)
Crops the input gray image to the cropping window that was specified in the constructor. |
void |
GrayConnComp.push(Image image)
Compute connected components of input gray image using a union-find algorithm. |
void |
GrayAbs.push(Image image)
Compute absolute value of the image. |
void |
Gray8SubImageGenerator.push(Image image)
Reinitializes the subimage generator and prepares it to generate the first Gray8SubImage for the new input. |
void |
Gray8Statistics.push(Image image)
Estimate the mean and variance of an input gray image. |
void |
Gray8Rect.push(Image image)
Assigns a constant rectangle to the input Gray8Image, replacing values in the image. |
void |
Gray8QmSum.push(Image image)
Forms the cumulative sum of an image. |
void |
Gray82Gray32.push(Image image)
Converts an 8-bit gray image into a 32-bit image by replicating changing the data range of the bytes from -128->127 to 0->255. |
void |
Gray32Scale2Gray8.push(Image image)
Converts a 32-bit gray image into an 8-bit gray image. |
void |
Gray32Div.push(Image image)
Divides a Gray32Image by a constant. |
void |
Gray322Gray8.push(Image image)
Converts a 32-bit gray image into an 8-bit gray image. |
void |
Gray2Rgb.push(Image image)
Converts an 8-bit gray image into an RGB image by replicating R, G, and B values. |
void |
Gray16Threshold.push(Image image)
Threshold gray image. |
void |
Gray162Gray8.push(Image image)
Converts an 16-bit gray image into an 8-bit image by and'ing off the top 8 bits of every pixel. |
void |
GaussHoriz.push(Image image)
Apply the Gaussian horizontally to the input input image. |
void |
GaussDeblurHoriz.push(Image im)
Deblurs an input Gray8Image which has been blurred by a horizontal Gaussian of the given standard deviation and which has a background noise level less than the given level. |
void |
FftGray8.push(Image im)
Performs the fast Fourier transform on an image. |
void |
DetectHaarMultiScale.push(Image image)
Apply multi-scale Haar cascade and prepare a mask image showing where features were detected. |
void |
DeblurHorizHalftone.push(Image im)
Deblurs an input Gray8Image which has been blurred by a horizontal Gaussian of the given standard deviation and which has a background noise level less than the given level. |
void |
Copy.push(Image im)
Copy an input image to the output without creating a deep copy of the contents. |
void |
Complex2Gray32.push(Image im)
Convert an input Complex32Image to an output Gray32Image by taking the complex magnitude of each pixel. |
void |
CannyHoriz.push(Image image)
Apply the Canny operator horizontally to the input input image. |
Uses of Image in jjil.algorithm.j2se |
---|
Methods in jjil.algorithm.j2se with parameters of type Image | |
---|---|
abstract boolean |
HaarClassifierCascade.eval(Image i)
Returns true iff the input image passes all the tests in the Haar cascade, i.e., is a member of the positive sample image set, so far as it can tell. |
void |
Gray8Statistics.push(Image image)
Estimate the mean and variance of an input gray image. |
void |
DetectHaarMultiScale.push(Image image)
Apply multi-scale Haar cascade and prepare a mask image showing where features were detected. |
Uses of Image in jjil.core |
---|
Subclasses of Image in jjil.core | |
---|---|
class |
Complex32Image
Complex32Image is the image type used to store a complex 32-bit image. |
class |
Gray16Image
Gray16Image is the image type used to store a 16-bit signed gray image. |
class |
Gray32Image
Gray32Image is the image type used to store a 32-bit integer image. |
class |
Gray32MaskedImage
Gray32MaskedImage is the image type used to store a 32-bit integer image and its associated 8-bit mask. |
class |
Gray32SubImage
Gray32SubImage is used to represent a rectangular region extracted from a larger Gray32Image, retaining the x and y position where the image was extracted. |
class |
Gray8Image
Gray8Image is the image type used to store a signed 8-bit image. |
class |
Gray8MaskedImage
Gray8MaskedImage is the image type used to store a signed 8-bit image and its associated mask. |
class |
Gray8SubImage
Gray8SubImage is used to represent a rectangular region extracted from a larger Gray8Image, retaining the x and y position where the subimage was extracted. |
class |
RgbImage
RgbImage is the type used to hold an RGB image, which is stored as an ARGB image type (32-bits) with the A byte always 0. |
Methods in jjil.core that return Image | |
---|---|
Image |
RgbImage.clone()
Creates a shallow copy of this image |
abstract Image |
Image.clone()
Makes a copy of the image |
Image |
Gray8SubImage.clone()
Copy this image |
Image |
Gray8MaskedImage.clone()
Copy this image |
Image |
Gray8Image.clone()
Copy this image |
Image |
Gray32SubImage.clone()
Copy this image |
Image |
Gray32MaskedImage.clone()
Copy this image |
Image |
Gray32Image.clone()
Copy this image |
Image |
Gray16Image.clone()
Copy this image |
Image |
Complex32Image.clone()
Copy this image |
Image |
Ladder.Join.doJoin(Image imageFirst,
Image imageSecond)
Combine the two images and produce an image as output |
Image |
Sequence.getFront()
Returns the Image produced by the last stage in the pipeline. |
Image |
PipelineStage.getFront()
Returns the current output, and pops it off the stack. |
Methods in jjil.core with parameters of type Image | |
---|---|
Image |
Ladder.Join.doJoin(Image imageFirst,
Image imageSecond)
Combine the two images and produce an image as output |
void |
Sequence.push(Image i)
Process an image by the pipeline. |
abstract void |
PipelineStage.push(Image imageInput)
Actual processing is done in the derived class here. |
void |
Ladder.push(Image image)
Pass the input image to both pipeines, then combine the two outputs into one using the join operation |
|
||||||||||
PREV NEXT | FRAMES NO FRAMES |