astro.plot package

Submodules

astro.plot.AstrometryPlot module

astro.plot.AstrometryStatistics module

astro.plot.ColdPixelsPlot module

astro.plot.CrossTalkPlot module

astro.plot.CrossTalkPlotSingle module

astro.plot.DarkCurrentPlot module

astro.plot.FramePlot module

astro.plot.GainPlot module

astro.plot.HotPixelsPlot module

astro.plot.KidsCatAbmagsat module

astro.plot.KidsCatCompl module

astro.plot.KidsCatFwhmsn module

astro.plot.KidsCatMlim module

astro.plot.KidsCatSg module

astro.plot.KidsCatSourceDistribution module

astro.plot.LinearityPlot module

astro.plot.OCAMMosaicPlot module

astro.plot.PSFAnisotropyPlot module

astro.plot.ParticleEventRatePlot module

astro.plot.PhotometryPlot module

class astro.plot.PhotometryPlot.ColorPlot

Bases: astro.plot.PhotometryPlot.PhotometryPlot

check_validity_of_bands(refcat, band1, band2)
get_inverted_dict_of_origins(photcat)
show(photcat, refcat, band1, band2)

This plot is used to plot the measured zeropoints contained in a PhotSrcCatalog object versus one particular color.

The “photcat” parameter is a PhotSrcCatalog object, and the “refcat” parameter is a PhotRefCatalog object (a standard star catalog). The “band1” and “band2” parameters describe the color against which the measured zeropoints must be plotted. These are strings and can have any value that is known to the input standard star catalog. Examples of these are eg. ‘JohnsonV’ or ‘SloanG’.

exception astro.plot.PhotometryPlot.ColorPlotError

Bases: Exception

class astro.plot.PhotometryPlot.IlluminationVariationPlot

Bases: astro.plot.PhotometryPlot.PhotometryPlot

illumination_variation(X, Y, illum)
show(illum)
class astro.plot.PhotometryPlot.IlluminationVariationPointsPlot

Bases: astro.plot.PhotometryPlot.PhotometryPlot

show(illum)
class astro.plot.PhotometryPlot.IlluminationVerifyPlot

Bases: astro.plot.PhotometryPlot.PhotometryPlot

collect_data_from(photcats)
show(illum)
class astro.plot.PhotometryPlot.IlluminationVerifyPlotParameters

Bases: astro.plot.PhotometryPlot.PlotParameters

class astro.plot.PhotometryPlot.MonitoringPlot

Bases: astro.plot.PhotometryPlot.PhotometryPlot

collect_data(report)
derive_boundaries(x, y)
get_plotsymbols(mag_id_dict)
show(report)
class astro.plot.PhotometryPlot.NullPlot

Bases: object

show(*args, **kw)
class astro.plot.PhotometryPlot.PhotcatPlot

Bases: astro.plot.PhotometryPlot.PhotometryPlot

This plot is dedicated to displaying the contents of a PhotSrcCatalog object.

get_inverted_dict_of_origins(photcat)
show(photcat)
class astro.plot.PhotometryPlot.PhotcatPlotParameters

Bases: astro.plot.PhotometryPlot.PlotParameters

XAXIS_TYPE = 'MAGS'
get_xaxis()
xaxis_map = {'MAGS': <class 'astro.plot.PhotometryPlot.XaxisPhotcatMags'>, 'YPOS': <class 'astro.plot.PhotometryPlot.XaxisPhotcatYpos'>, 'RADIAL': <class 'astro.plot.PhotometryPlot.XaxisPhotcatRadial'>, 'INDEX': <class 'astro.plot.PhotometryPlot.XaxisPhotcatIndex'>, 'XPOS': <class 'astro.plot.PhotometryPlot.XaxisPhotcatXpos'>}
class astro.plot.PhotometryPlot.PhotomPlot

Bases: astro.plot.PhotometryPlot.PhotometryPlot

This plot is dedicated to displaying the contents of a PhotometricParameters object. The plot shows the stars that are contained within the PhotSrcCatalog object from which the PhotometricParameters object was made, ‘overlaid’ with the results from the “make” of PhotometricParameters (eg. zeropoint, sigclip_levels, stars corrected for extinction).

get_inverted_dict_of_origins(photcat)
show(photom)
class astro.plot.PhotometryPlot.PhotomPlotParameters

Bases: astro.plot.PhotometryPlot.PlotParameters

class astro.plot.PhotometryPlot.PhotometryPlot

Bases: object

This abstract base class defines some of the basic functionalities of all plots.

derive_boundaries(x, y)
get_frame_name(photcat)
get_plotsymbols(inverted_dict)
show(*args, **kw)
class astro.plot.PhotometryPlot.PlotParameters

Bases: object

FILE_NAME = 'plot.eps'
FILE_OUTPUT = 0
MAX_FRAME_FILENAME_WIDTH = 50
PLOTHEADER = ''
XRANGE_FRACTION = 0.25
YRANGE_FRACTION = 1.0
info()
class astro.plot.PhotometryPlot.XaxisPhotcat

Bases: object

This abstract base class represents the x-axis in a plot involving a PhotSrcCatalog object.

add_label(figure, photcat)
get_data(photcat)
class astro.plot.PhotometryPlot.XaxisPhotcatIndex

Bases: astro.plot.PhotometryPlot.XaxisPhotcat

This x-axis provides the index of the sources as according to the standard star catalog.

add_label(figure, photcat)
get_data(photcat)
class astro.plot.PhotometryPlot.XaxisPhotcatMags

Bases: astro.plot.PhotometryPlot.XaxisPhotcat

This x-axis provides the magnitude of the sources as according to the standard star catalog.

add_label(figure, photcat)
get_data(photcat)
class astro.plot.PhotometryPlot.XaxisPhotcatRadial

Bases: astro.plot.PhotometryPlot.XaxisPhotcat

This x-axis provides the radial position of the sources on the detector in pixels.

add_label(figure, photcat)
get_data(photcat)
class astro.plot.PhotometryPlot.XaxisPhotcatXpos

Bases: astro.plot.PhotometryPlot.XaxisPhotcat

This x-axis provides the x-position of the sources on the detector in pixels.

add_label(figure, photcat)
get_data(photcat)
class astro.plot.PhotometryPlot.XaxisPhotcatYpos

Bases: astro.plot.PhotometryPlot.XaxisPhotcat

This x-axis provides the y-position of the sources on the detector in pixels.

add_label(figure, photcat)
get_data(photcat)
astro.plot.PhotometryPlot.capture_key_press(figure)
astro.plot.PhotometryPlot.create_plot(name)

An instance of the appropriate Plot object should be retrieved through this factory.

astro.plot.QuickCheckPlot module

astro.plot.RawBiasFramePlot module

astro.plot.RawDomeFlatFramePlot module

astro.plot.ReadNoisePlot module

astro.plot.ShutterCheckPlot module

astro.plot.ThumbnailPlot module

astro.plot.TilePhotometryPlot module

astro.plot.ZeropointPlot module

astro.plot.aweimports module

Module contents

Plot packages

AstrometryPlot: plot residuals from an astrometric solution
AstrometryStatistics: plot statistics from AstrometricParameters
PhotometryPlot: plot results from photometric routines