Lsl

* Worked on adding better polarization support to correlator.fx and correlator.uvUtils
* Updated the correlateTBN script to make full polarization support possible
* Added a crude deconvolution routine that should work with the AIPY ImgW images
* Worked on adding in support for binary packed SSMIF files in lsl.common.stations
* Worked on adding in support for binary packed SDM files via a new lsl.common.sdm module
* Worked on adding in support for the various MCS meta-data tarball file formats
* Moved the SDF module out of SessionSchedules and into lsl.common
* Added functions to generate the TBN and DRX filter magnitude response
* Added versions of the spectra plotters, the correlations, and the stand plotters that use MCS meta-data bundles
* Added a basic SSMIF file for the north arm site (LWA-2)
* Added a preliminary module for incoherent dedispersion lsl.misc.dedispersion
* Added support for spectral kurtosis via lsl.statistics.kurtosis
* Updated the dependency list
* Cleaned up the TBN ring buffer using deques and OrderedDicts
* Added support for reading the TBN tuning word/frequency and gain from a TBN frame
* Added support for reading the DRX tuning word/frequency from a DRX frame
* Added support for stepped SDF files that specify the delays and gains to use
* Added support for ARX board/channel responses via a new common.stations.ARX class
* Removed the misc.beamformer.fftDelayAndSum functions in favor of phase-and-sum beamforming
* Fixed a problem on some platforms with Numpy/LSL version determination in gatherDebugging.py
* Cleared the post-interpreter multiprocessing/logging errors during 'test'
* Added support for the DR spectrometer output data format
* Added support for computing Stokes parameters from timeseries data
* Removed deprecated and unused functions from lsl.correlator.fx
* Added support for computing Stokes parameters in the FX correlator and fixed the FITS IDI writer to save the data
* Removed S60 reader/simulator
* Reworked the SDFITS writer to make it more like the FITS IDI writer

* Tweaked how the averaging in drxSpectra and tbnSpectra is performed
* Upgraded the lsl.reader.drsu module to work with larger file count LWAFS
* Added a ls-style script, lsDRSU.py, to list the contents of a DRSU
* Added a glob-style function to the DRSU module
* Added an array-geometry correction to the correlator to phase up on zenith
* Updated the dependency list
* Added ARX channel mapping information to lsl.common.stations.Antenna instances
* Added a new versioning system to make it easier to access the LSL version in python
* Fixed a mapping problem in plotStands.py that mapped by digitizer, not stand
* Added a gatherDebugging.py script alongside setup.py to help with debugging and installation problems
* Moved gatherDebugging.py to the script directory to have it installed with LSL
* Added 'documentation support' for accessing the central frequency of a DRX frame
* Fixed a RPD_DD mapping problem in lsl.common.stations.parseSSMIF()
* Fixed a DP1_SLOT parsing problem in lsl.common.stations.parseSSMIF()
* Updated LWA-1 SSMIF to 12/26/2011 to include calibration information
* Added the June 30, 2012 leap second into the TAI-UTC file
* Fixed a problem in cpDRSU.py with the verbose output
* Cleaned up the 'sfdisk' calls with the DRSU direct-access module
* Added a BeamAlm class to lsl.sim.vis to help with polarization difference between LWA1 and what is implemented in AIPY

* Fixed the missing cable attenuation parameters in the SSMIF

* Added an id number attribute to lsl.common.stations.FEE objects
* Updated LWA-1 SSMIF to 2011-08-10 version
* Added 'keep' option to tbnSpectra.py to only display a certain collection of stands
* Possibly cleared up a install problem on some systems that prevents testing
* Fixed various memory leaks in the readers and the direct DRSU access module
* Added 'documentation support' for accessing the central frequency of a TBN frame
* Added support for variable noise level in the various lsl.sim.dp functions
* Worked on improving ATLAS library detection on Redhat-based distributions
* Improved detection of potential build problems with the DRSU direct-access extension
* Updated the coordinates of stand 148 to be consistent with the revised LWA-1 survey
* Fixed the digitizer to board mapping to account for DP2 boards
* Fixed a bug simulating visibilities that could include sources below the horizon
* Fixed the '-i' option in gsmnpz2map.py

* Cleaned up the various __init__.py scripts
* Fixed a few typos in lsl.correlator.uvUtils
* Fixed a typo in the progress bar caused some decrements to increment
* Fixed a few typos in lsl.correlator.uvUtils.computeUVTrack
* Fixed a typo in the _spec.PPSDC2() function that caused it to die
* Fixed several heinous problems in sim.dp.pointSource()
* Fixed a bug with indexing in the 4-bit TBW reader
* Fixed a few sign errors in correlator _core and uvUtils modules
* Fixed a bug in the correlateTBW script related to antenna indexing
* Fixed a bug in the FITS IDI writer that caused EOP problems to be fatal

* Fixed tbwSpectra.py to skip over non-TBW frames at the beginning of a TBW file
* Fixed the common.stations.geo2ecef() conversion function (Ticket 16)
* Fixed the correlator.fx.FXMaster() function (Ticket 18)
* Fixed a few type conversion problems in correlator._core (core.c) introduced with the new data types
* Fixed a frequency units conversion in tbnSpectra.py
* Improved polarization support in the FITS IDI writer
* Fixed a sign error in the fractional delay correction of the correlator F engine
* Improved the speed of the X Engine
* Fixed a azimuth definition problem in astro_array.c
* Updated the included SSMIF to the 5/18/2011 version
* Updated the correlateTBN script to make computing XX and YY products easier
* Added support for different cable attenuation models supported in MCS0031, v5
* Added support for the old 20-stand prototype system through lsl.common.stations.prototypeSystem
* Updated the correlateTBW script to make computing XX and YY products easier
* Updated SSMIF with new stretch and cable gain coefficients
* Added support for time-domain blanking via the 'ClipLevel' keyword to various _spec and _core routines