Modifier and Type | Method and Description |
---|---|
void |
BoxSmoother.process(Image[] inputs,
Image output,
int[] selector,
Sampler samp,
DepthSampler dsamp)
Use as a postprocessor
|
void |
BoxSmoother.process(Image[] inputs,
Image output,
int[] selector,
Sampler samp,
DepthSampler dsamp)
Use as a postprocessor
|
void |
PolarData.process(Image[] inputs,
Image output,
int[] source,
Sampler samp,
DepthSampler dsamp) |
void |
PolarData.process(Image[] inputs,
Image output,
int[] source,
Sampler samp,
DepthSampler dsamp) |
void |
ThresholdMedianSmoother.process(Image[] inputs,
Image output,
int[] source,
Sampler samp,
DepthSampler dsamp)
Do the median smoothing -- possibly with thresholding.
|
void |
ThresholdMedianSmoother.process(Image[] inputs,
Image output,
int[] source,
Sampler samp,
DepthSampler dsamp)
Do the median smoothing -- possibly with thresholding.
|
void |
WeightedSmoother.process(Image[] inputs,
Image output,
int[] selector,
Sampler samp,
DepthSampler dsamp)
Use as a postprocessor
|
void |
WeightedSmoother.process(Image[] inputs,
Image output,
int[] selector,
Sampler samp,
DepthSampler dsamp)
Use as a postprocessor
|
void |
Contourer.putImage(Image img) |
void |
Gridder.setImage(Image image)
Change the image
|
static void |
BoxSmoother.smooth(Image img,
int boxWidth,
int boxHeight)
Smooth an image directly
|
Constructor and Description |
---|
Gridder(Image image,
boolean sexagesimal)
Create a new Gridder object.
|
Gridder(Image image,
java.lang.String system)
Create a new Gridder object.
|
Modifier and Type | Field and Description |
---|---|
protected Image[] |
Imager.cand
The candidate images for use in resampling
|
protected Image |
Imager.output
The current output image
|
Modifier and Type | Method and Description |
---|---|
Image |
Imager.doProcessSurvey(java.lang.String surveyID,
Survey surv) |
Image[] |
Imager.getCandidates()
Get the candidate images that may be used for resampling
|
protected Image[] |
Imager.loadCandidates(Position pos,
Survey surv) |
protected Image |
Imager.loadImage() |
Modifier and Type | Field and Description |
---|---|
protected Image |
Sampler.inImage
The input image.
|
protected Image |
Sampler.outImage
The output image.
|
Modifier and Type | Method and Description |
---|---|
Image |
DepthSampler.sample(Image in)
Sample an image according the the input specification
|
Modifier and Type | Method and Description |
---|---|
Image |
DepthSampler.sample(Image in)
Sample an image according the the input specification
|
void |
Sampler.setInput(Image inImage)
Set the input image for the sampling
|
void |
Sampler.setOutput(Image outImage)
Set the output image for the sampling
|
Modifier and Type | Method and Description |
---|---|
void |
Clip.setInput(Image in) |
void |
Combo.setInput(Image inImage)
Set the input image for the sampling
|
void |
Spline.setInput(Image inImage)
Construct a sample of a given degree.
|
void |
Clip.setOutput(Image outImage) |
void |
Combo.setOutput(Image outImage)
Set the output image for the sampling
|
Modifier and Type | Method and Description |
---|---|
void |
IJProcessor.process(Image[] inputs,
Image output,
int[] source,
Sampler samp,
DepthSampler dsamp) |
void |
IJProcessor.process(Image[] inputs,
Image output,
int[] source,
Sampler samp,
DepthSampler dsamp) |
Modifier and Type | Method and Description |
---|---|
abstract int[] |
ImageFinder.findImages(Image[] input,
Image output)
This is the basic method in the image finder.
|
abstract int[] |
ImageFinder.findImages(Image[] input,
Image output)
This is the basic method in the image finder.
|
void |
AddingMosaicker.process(Image[] input,
Image output,
int[] osource,
Sampler samp,
DepthSampler dSampler)
Populate the pixel values of the output mosaic.
|
void |
AddingMosaicker.process(Image[] input,
Image output,
int[] osource,
Sampler samp,
DepthSampler dSampler)
Populate the pixel values of the output mosaic.
|
void |
BackupMosaicker.process(Image[] input,
Image output,
int[] osource,
Sampler samp,
DepthSampler dSampler) |
void |
BackupMosaicker.process(Image[] input,
Image output,
int[] osource,
Sampler samp,
DepthSampler dSampler) |
void |
Deedger.process(Image[] inputs,
Image output,
int[] source,
Sampler samp,
DepthSampler dsamp) |
void |
Deedger.process(Image[] inputs,
Image output,
int[] source,
Sampler samp,
DepthSampler dsamp) |
void |
IDMosaic.process(Image[] input,
Image output,
int[] osource,
Sampler samp,
DepthSampler dSampler)
Return the tiles that would be used as the mosaicked image.
|
void |
IDMosaic.process(Image[] input,
Image output,
int[] osource,
Sampler samp,
DepthSampler dSampler)
Return the tiles that would be used as the mosaicked image.
|
void |
InfoPrint.process(Image[] input,
Image output,
int[] osource,
Sampler samp,
DepthSampler dSampler) |
void |
InfoPrint.process(Image[] input,
Image output,
int[] osource,
Sampler samp,
DepthSampler dSampler) |
void |
Mosaicker.process(Image[] input,
Image output,
int[] osource,
Sampler samp,
DepthSampler dSampler)
Populate the pixel values of the output mosaic.
|
void |
Mosaicker.process(Image[] input,
Image output,
int[] osource,
Sampler samp,
DepthSampler dSampler)
Populate the pixel values of the output mosaic.
|
abstract void |
Processor.process(Image[] inputs,
Image output,
int[] source,
Sampler samp,
DepthSampler dsamp)
Perform the processing task associated with this object.
|
abstract void |
Processor.process(Image[] inputs,
Image output,
int[] source,
Sampler samp,
DepthSampler dsamp)
Perform the processing task associated with this object.
|
void |
SubsetMosaicker.process(Image[] input,
Image output,
int[] osource,
Sampler samp,
DepthSampler dSampler)
Populate the pixel values of the output mosaic.
|
void |
SubsetMosaicker.process(Image[] input,
Image output,
int[] osource,
Sampler samp,
DepthSampler dSampler)
Populate the pixel values of the output mosaic.
|
void |
BackupMosaicker.reprocess(Image output,
int[] source,
Sampler samp,
DepthSampler dSampler,
java.lang.String survey) |
void |
ExposureFinder.setImage(Image input,
Image output,
Sampler samp)
Specify the input image for which we are
going to get the exposure.
|
Modifier and Type | Method and Description |
---|---|
void |
BoundaryAverage.process(Image[] inputs,
Image output,
int[] source,
Sampler samp,
DepthSampler dsamp)
Initialized the de-edger.
|
void |
BoundaryAverage.process(Image[] inputs,
Image output,
int[] source,
Sampler samp,
DepthSampler dsamp)
Initialized the de-edger.
|
void |
BoundaryMedian.process(Image[] inputs,
Image output,
int[] source,
Sampler samp,
DepthSampler dsamp)
Initialize the de-edger.
|
void |
BoundaryMedian.process(Image[] inputs,
Image output,
int[] source,
Sampler samp,
DepthSampler dsamp)
Initialize the de-edger.
|
void |
ImageMedian.process(Image[] inputs,
Image output,
int[] source,
Sampler samp,
DepthSampler dsamp)
Initialized the de-edger.
|
void |
ImageMedian.process(Image[] inputs,
Image output,
int[] source,
Sampler samp,
DepthSampler dsamp)
Initialized the de-edger.
|
Modifier and Type | Method and Description |
---|---|
void |
ExposureFile.setImage(Image input,
Image output,
Sampler samp) |
void |
FitsKeyword.setImage(Image input,
Image output,
Sampler samp) |
void |
Null.setImage(Image input,
Image output,
Sampler samp) |
Modifier and Type | Field and Description |
---|---|
protected Image[] |
Checker.input
The input images.
|
protected Image |
Checker.output
The output image
|
Modifier and Type | Method and Description |
---|---|
protected Image |
RectRecurse.getCandidate(int i)
Return a particular candidate.
|
Modifier and Type | Method and Description |
---|---|
int[] |
Bypass.findImages(Image[] input,
Image output) |
int[] |
Bypass.findImages(Image[] input,
Image output) |
int[] |
Checker.findImages(Image[] input,
Image output)
Find the best image for each output pixel.
|
int[] |
Checker.findImages(Image[] input,
Image output)
Find the best image for each output pixel.
|
int[] |
LocalBorder.findImages(Image[] input,
Image output)
Find the best image for each output pixel.
|
int[] |
LocalBorder.findImages(Image[] input,
Image output)
Find the best image for each output pixel.
|
int[] |
MaxExposure.findImages(Image[] input,
Image output)
Find the appropriate images.
|
int[] |
MaxExposure.findImages(Image[] input,
Image output)
Find the appropriate images.
|
int[] |
Overlap.findImages(Image[] input,
Image output)
Find the images that it makes sense to sample.
|
int[] |
Overlap.findImages(Image[] input,
Image output)
Find the images that it makes sense to sample.
|
int[] |
RectRecurse.findImages(Image[] input,
Image output)
Find the best image for each output pixel.
|
int[] |
RectRecurse.findImages(Image[] input,
Image output)
Find the best image for each output pixel.
|
protected double[] |
Checker.getImage(Image img,
double[] inp)
Convert an input unit vector to a position in an image.
|
protected double[] |
RectRecurse.getImage(Image img,
double[] inp)
Convert an input unit vector to a position in an image.
|
double[] |
RotatedRectangle.getImage(Image in,
double[] vector) |
protected int[] |
RectRecurse.getInputLimits(Image in) |
int[] |
RotatedRectangle.getInputLimits(Image in) |
void |
Prefetcher.process(Image[] inputs,
Image output,
int[] source,
Sampler samp,
DepthSampler dsamp) |
void |
Prefetcher.process(Image[] inputs,
Image output,
int[] source,
Sampler samp,
DepthSampler dsamp) |
protected double |
GalexExposure.radiusSquared(double tx,
double ty,
double nx,
double ny,
int index,
Image input)
Find the square of the offset from the center of the field of view.
|
protected double |
RectRecurse.radiusSquared(double tx,
double ty,
double nx,
double ny,
int index,
Image input)
The default for this is to use the radius from the center of the image.
|
Modifier and Type | Method and Description |
---|---|
void |
HTMLWriter.process(Image[] inputs,
Image output,
int[] sources,
Sampler samp,
DepthSampler dpSamp)
Process the image.
|
void |
HTMLWriter.process(Image[] inputs,
Image output,
int[] sources,
Sampler samp,
DepthSampler dpSamp)
Process the image.
|
void |
RGBWriter.process(Image[] inputs,
Image output,
int[] sources,
Sampler samp,
DepthSampler dpSamp) |
void |
RGBWriter.process(Image[] inputs,
Image output,
int[] sources,
Sampler samp,
DepthSampler dpSamp) |
protected void |
HTMLWriter.updateSettings(Image output,
Sampler samp)
Update the settings before creating the appropriate HTML.
|
protected void |
RGBWriter.updateSettings(Image output,
Sampler samp)
Update the settings before creating the appropriate HTML
|
Modifier and Type | Field and Description |
---|---|
protected Image[] |
Checker.input
The input images.
|
protected Image |
Checker.output
The output image
|
Modifier and Type | Method and Description |
---|---|
int[] |
Checker.findImages(Image[] input,
Image output)
Find the best image for each output pixel.
|
int[] |
Checker.findImages(Image[] input,
Image output)
Find the best image for each output pixel.
|
protected double[] |
Checker.getImage(Image img,
double[] inp)
Convert an input unit vector to a position in an image.
|
void |
SIAWriter.process(Image[] input,
Image output,
int[] osource,
Sampler samp,
DepthSampler dSampler) |
void |
SIAWriter.process(Image[] input,
Image output,
int[] osource,
Sampler samp,
DepthSampler dSampler) |
Modifier and Type | Class and Description |
---|---|
class |
DSSImage
This class defines an image as the combination
of a set of pixel values and a WCS describing the
pixel coordinates.
|
class |
FitsImage
This class defines an image gotten by reading a file
|
class |
HealPixImage
This class defines an image gotten by reading a HEALPix image where the
pixels are in the nested pixel order.
|
class |
HipsImage
This class defines an image gotten by reading a HEALPix image
where the pixels are in the nested pixel order.
|
class |
ProxyImage |
class |
Subset
A image that is a subset of an existing image.
|
Modifier and Type | Method and Description |
---|---|
Image |
CachingImageFactory.factory(java.lang.String spell) |
Image |
ImageFactory.factory(java.lang.String spell)
Create an image given the appropriate spell
|
Image |
Image.getBaseImage()
Get the base image if this is not the working image.
|
Image |
ProxyImage.getBaseImage()
Get the current 'real' image.
|
Image[] |
Survey.getImages(Position pos,
double size,
double scale)
Find a list of images that are within size of the given position.
|
Image[] |
UserSurvey.getImages(Position pos,
double size,
double scale) |
Image[] |
XMLSurvey.getImages(Position pos,
double size,
double scale)
Find candidate images from this survey.
|
static Image[] |
Subset.split(Image parent,
int nx,
int ny)
Split an image into subsets.
|
Modifier and Type | Method and Description |
---|---|
static int[][] |
Subset.split(Image parent,
int[] index,
int nx,
int ny)
Split an index array into subarrays for each subset.
|
static Image[] |
Subset.split(Image parent,
int nx,
int ny)
Split an image into subsets.
|
Constructor and Description |
---|
Subset(Image parent,
int x,
int y,
int nx,
int ny)
Create a two-d subset of a (presumed) 2-d parent.
|
Subset(Image parent,
int x,
int y,
int z,
int nx,
int ny,
int nz)
Create a subset of a parent image.
|
Modifier and Type | Method and Description |
---|---|
Image |
TanTiler.getImage(int i) |
Image |
Tiler.getImage(int i) |
Modifier and Type | Method and Description |
---|---|
void |
CatalogProcessor.postProcess(Image[] inputs,
Image output,
int[] source,
Sampler samp,
DepthSampler dsamp) |
void |
CatalogProcessor.postProcess(Image[] inputs,
Image output,
int[] source,
Sampler samp,
DepthSampler dsamp) |
void |
CatalogPostProcessor.process(Image[] inputs,
Image output,
int[] source,
Sampler samp,
DepthSampler dsamp)
Perform the processing task associated with this object.
|
void |
CatalogPostProcessor.process(Image[] inputs,
Image output,
int[] source,
Sampler samp,
DepthSampler dsamp)
Perform the processing task associated with this object.
|
void |
CatalogProcessor.process(Image[] inputs,
Image output,
int[] source,
Sampler samp,
DepthSampler dsamp)
Start up the processing.
|
void |
CatalogProcessor.process(Image[] inputs,
Image output,
int[] source,
Sampler samp,
DepthSampler dsamp)
Start up the processing.
|