Related Pages

Here is a list of all related documentation pages:

How to use algorithms to manipulate Images	All of these algorithms require the inclusion of lsst/afw/image/ImageAlgorithm.h, and are in namespace lsst::afw::image
How to display images
How to manipulate images from python
Image Iterators	(Return to Images)
MaskedImage Iterators	(Return to Images)
Image Locators	(Return to Images)
MaskedImage Locators	(Return to Images)
How Mask Planes are handled in @c afw	There is no universally-adopted standard on how the bits in a mask are to be interpreted, and accordingly the LSST code tries to be flexible
imageStatistics
splineInterpolate
imageBackground
Tables
Table-Based Persistence
Channel Attributes
FitsChan Attributes
Frame Attributes
FrameSet Attributes
LutMap Attributes
Mapping Attributes
MathMap Attributes
Object Attributes
PolyMap Attributes
SkyFrame Attributes
SpecFrame Attributes
SphMap Attributes
TimeFrame Attributes
WcsMap Attributes
XmlChan Attributes
README
README
Operators on Point and Extent	The Point and Extent classes support many mathematical operators, but the set of available operators (and their expected behavior) isn't quite as obvious as one might think
Truncated Gaussian Math	The implementation of the TruncatedGaussian class is a bit opaque due to the complex mathematics involved
CModel Magnitudes	The CModel approach to model-fit galaxy photometry - also known as the "Sloan Swindle" - is an approximation to bulge+disk or Sersic model fitting that follows the following sequence:
The Dictionary Schema	A Dictionary is intended to provide a definitions for a set of policy parameters
The Policy Authoring Format (PAF)	PAF is an LSST-specific format for Policy data that is optimized for human editing
README
HTM Indexing
Q3C Indexing
SynPipe: Synthetic Object Pipeline for Hyper Suprime-Cam Data
fakePipe Test Using `hscPipe 4.0.1`
Fake Object Pipeline Test usng S15B and hscPipe 4.0.3
Summary of On-going SynPipe Tests
Basic SynPipe Photometric Tests
Images
Image/Mask/MaskedImage I/O
Detection	Detected pixels are manipulated using the following classes:
Using lsstDebug to control debugging output	The class lsstDebug can be used to turn on debugging output in a non-intrusive way
pexPolicyMain
Todo List
Deprecated List
Bug List