Add FL16Y

docs/config/common.csv

@@ -6,6 +6,7 @@
 ``model``	None	Dictionary defining the spatial/spectral properties of the test source. If model is None the test source will be a PointSource with an Index 2 power-law spectrum.
 ``multithread``	False	Split the calculation across number of processes set by nthread option.
 ``nthread``	None	Number of processes to create when multithread is True.  If None then one process will be created for each available core.
+``ra_format``	hour	Format for RA axis labels in plots. Options are "hour" (hh:mm:ss) or "deg" (degrees).
 ``use_weights``	False	Used weighted version of maps in making plots.
 ``write_fits``	True	Write the output to a FITS file.
 ``write_npy``	True	Write the output dictionary to a numpy file.

docs/config/extension.csv

@@ -6,6 +6,7 @@
 ``make_plots``	False	Generate diagnostic plots.
 ``make_tsmap``	True	Make a TS map for the source of interest.
 ``psf_scale_fn``	None	Tuple of two vectors (logE,f) defining an energy-dependent PSF scaling function that will be applied when building spatial models for the source of interest.  The tuple (logE,f) defines the fractional corrections f at the sequence of energies logE = log10(E/MeV) where f=0 corresponds to no correction.  The correction function f(E) is evaluated by linearly interpolating the fractional correction factors f in log(E).  The corrected PSF is given by P'(x;E) = P(x/(1+f(E));E) where x is the angular separation.
+``ra_format``	hour	Format for RA axis labels in plots. Options are "hour" (hh:mm:ss) or "deg" (degrees).
 ``reoptimize``	False	Re-fit ROI in each energy bin. No effect if fit_ebin=False or there are no free parameters
 ``save_model_map``	False	Save model counts cubes for the best-fit model of extension.
 ``spatial_model``	RadialGaussian	Spatial model that will be used to test the sourceextension.  The spatial scale parameter of the model will be set such that the 68% containment radius of the model is equal to the width parameter.

docs/config/localize.csv

@@ -4,6 +4,7 @@
 ``free_radius``	None	Free normalizations of background sources within this angular distance in degrees from the source of interest.  If None then no sources will be freed.
 ``make_plots``	False	Generate diagnostic plots.
 ``nstep``	5	Number of steps in longitude/latitude that will be taken when refining the source position.  The bounds of the scan range are set to the 99% positional uncertainty as determined from the TS map peak fit.  The total number of sampling points will be nstep**2.
+``ra_format``	hour	Format for RA axis labels in plots. Options are "hour" (hh:mm:ss) or "deg" (degrees).
 ``tsmap_fitter``	tsmap	Set the method for generating the TS map.  Valid options are tsmap or tscube.
 ``update``	True	Update the source model with the best-fit position.
 ``write_fits``	True	Write the output to a FITS file.

docs/config/plotting.csv

@@ -5,7 +5,7 @@
 ``format``	png	
 ``graticule_radii``	None	Define a list of radii at which circular graticules will be drawn.
 ``interactive``	False	Enable interactive mode.  If True then plots will be drawn after each plotting command.
-``label_ts_threshold``	0.0	TS threshold for labeling sources in sky maps.  If None then no sources will be labeled.
 ``label_source``	None	Name(s) of source(s) to label on plots. If specified, only these sources will be labeled, overriding label_ts_threshold. Can be a single source name (string) or a list of source names.
+``label_ts_threshold``	0.0	TS threshold for labeling sources in sky maps.  If None then no sources will be labeled.
 ``loge_bounds``	None	
-``ra_format``	hour	Display RA coordinates on sky maps as hour angle (hh:mm:ss) or decimal degrees.  Options: ``'hour'`` (default) or ``'deg'``.  Applies to all 2D sky maps (psmap, tsmap, residmap, tscube, localization, extension, ROI plots).  Can be overridden per method (e.g. in *psmap* config or by passing ``ra_format`` to map methods).
+``ra_format``	hour	Format for RA axis labels in plots. Options are "hour" (hh:mm:ss) or "deg" (degrees).

docs/config/psmap.csv

@@ -18,6 +18,7 @@
 ``psfpar1``	100	Spatial integration: PSF-like parameter 1 (MeV) of the parameterization sqrt(p0^2*pow(E/p1,-2*p2) + p3^2).
 ``psfpar2``	0.9	Spatial integration: PSF-like parameter 2 of the parameterization sqrt(p0^2*pow(E/p1,-2*p2) + p3^2).
 ``psfpar3``	0.1	Spatial integration: PSF-like parameter 3 (deg) of the parameterization sqrt(p0^2*pow(E/p1,-2*p2) + p3^2).
+``ra_format``	hour	Format for RA axis labels in plots. Options are "hour" (hh:mm:ss) or "deg" (degrees).
 ``scaleaxis``	20	LL computation: scale axis.
 ``wmap``		Weight 3d map file or list of files (separated by colons).
 ``write_fits``	True	Write the output to a FITS file.

docs/config/residmap.csv

@@ -2,6 +2,7 @@
 ``loge_bounds``	None	Restrict the analysis to an energy range (emin,emax) in log10(E/MeV) that is a subset of the analysis energy range. By default the full analysis energy range will be used.  If either emin/emax are None then only an upper/lower bound on the energy range wil be applied.
 ``make_plots``	False	Generate diagnostic plots.
 ``model``	None	Dictionary defining the spatial/spectral properties of the test source. If model is None the test source will be a PointSource with an Index 2 power-law spectrum.
+``ra_format``	hour	Format for RA axis labels in plots. Options are "hour" (hh:mm:ss) or "deg" (degrees).
 ``use_weights``	False	Used weighted version of maps in making plots.
 ``write_fits``	True	Write the output to a FITS file.
 ``write_npy``	True	Write the output dictionary to a numpy file.

docs/config/tscube.csv

@@ -7,6 +7,7 @@
 ``model``	None	Dictionary defining the spatial/spectral properties of the test source. If model is None the test source will be a PointSource with an Index 2 power-law spectrum.
 ``nnorm``	10	Number of points in the likelihood v. normalization scan
 ``norm_sigma``	5.0	Number of sigma to use for the scan range 
+``ra_format``	hour	Format for RA axis labels in plots. Options are "hour" (hh:mm:ss) or "deg" (degrees).
 ``remake_test_source``	False	If true, recomputes the test source image (otherwise just shifts it)
 ``st_scan_level``	0	Level to which to do ST-based fitting (for testing)
 ``tol``	0.001	Critetia for fit convergence (estimated vertical distance to min < tol )

docs/config/tsmap.csv

@@ -5,5 +5,6 @@
 ``model``	None	Dictionary defining the spatial/spectral properties of the test source. If model is None the test source will be a PointSource with an Index 2 power-law spectrum.
 ``multithread``	False	Split the calculation across number of processes set by nthread option.
 ``nthread``	None	Number of processes to create when multithread is True.  If None then one process will be created for each available core.
+``ra_format``	hour	Format for RA axis labels in plots. Options are "hour" (hh:mm:ss) or "deg" (degrees).
 ``write_fits``	True	Write the output to a FITS file.
 ``write_npy``	True	Write the output dictionary to a numpy file.