Image Processing Files

Files declaring and defining the image processing tools.

Modules
	FITS Files Files

Files
file	ADIobservation.hpp
	Defines the ADI high contrast imaging data type.
file	aperturePhotometer.hpp
	Class for conducting aperture photometry on an image.
file	circleOuterpix.hpp
	Declares and defines a class for finding the edge of a circle mask.
file	eigenCube.hpp
	An image cube with an Eigen API.
file	eigenImage.hpp
	Tools for using the eigen library for image processing.
file	HCIobservation.hpp
	Defines the basic high contrast imaging data type.
file	imageFilters.hpp
	Image filters (smoothing, radial profiles, etc.)
file	imageMasks.hpp
	Declares and defines functions to work with image masks.
file	imagePads.hpp
	Image padding.
file	imagePeakInterp.hpp
	A class to find the location of a peak using interpolation.
file	imageTransforms.hpp
	Image interpolation and transformation.
file	imageUtils.hpp
	Header for the image processing utilities.
file	imageXCorr.hpp
	CRTP base class to register images.
file	imageXCorrDiscrete.hpp
	A class to register images using the discrete cross correlation.
file	imageXCorrFFT.hpp
	A class to register images using the Fourier cross correlation with a peak fit.
file	imCenterCircleSym.hpp
	A class to find PSF centers using circular symmetry.
file	imCenterRadon.hpp
	A class to find PSF centers using circular symmetry.
file	improc.hpp
	Library nclude for the improc module.
file	KLIPreduction.hpp
	Declarations and definitions for an implementation of the Karhunen-Loeve Image Processing (KLIP) algorithm.
file	milkImage.hpp
	Interface to MILK::ImageStreamIO shared memory streams.
file	sourceFinder.hpp
	Declares and defines a class for finding sources in images.
file	ioutils.hpp
	Library nclude for the ioutils module.
file	ADIobservation.cpp
	Instantiates the ADI high contrast imaging data type.
file	HCIobservation.cpp
	Instantiation of the basic high contrast imaging data type.
file	imageUtils.cpp
	Implementation of image processing utilities.
file	KLIPreduction.cpp
	Instantiations of an implementation of the Karhunen-Loeve Image Processing (KLIP) algorithm.