threeML.config.plotting_structure module

class threeML.config.plotting_structure.BinnedSpectrumPlot(data_cmap: threeML.config.plotting_structure.MPLCmap = <MPLCmap.Set1: 'Set1'>, model_cmap: threeML.config.plotting_structure.MPLCmap = <MPLCmap.Set1: 'Set1'>, background_cmap: threeML.config.plotting_structure.MPLCmap = <MPLCmap.Set1: 'Set1'>, n_colors: int = 5, step: bool = False, show_legend: bool = True, show_residuals: bool = True, data_color: Union[str, NoneType] = None, model_color: Union[str, NoneType] = None, background_color: Union[str, NoneType] = None, show_background: bool = False, data_mpl_kwargs: Union[Dict[str, Any], NoneType] = None, model_mpl_kwargs: Union[Dict[str, Any], NoneType] = None, background_mpl_kwargs: Union[Dict[str, Any], NoneType] = None)

Bases: object

background_cmap: threeML.config.plotting_structure.MPLCmap = 'Set1'

background_color: Optional[str] = None

background_mpl_kwargs: Optional[Dict[str, Any]] = None

data_cmap: threeML.config.plotting_structure.MPLCmap = 'Set1'

data_color: Optional[str] = None

data_mpl_kwargs: Optional[Dict[str, Any]] = None

model_cmap: threeML.config.plotting_structure.MPLCmap = 'Set1'

model_color: Optional[str] = None

model_mpl_kwargs: Optional[Dict[str, Any]] = None

n_colors: int = 5

show_background: bool = False

show_legend: bool = True

show_residuals: bool = True

step: bool = False

class threeML.config.plotting_structure.ContourStyle(alpha: float = 0.4)

Bases: object

alpha: float = 0.4

class threeML.config.plotting_structure.DataHistPlot(counts_color: str = '#500472', background_color: str = '#79cbb8', warn_channels_color: str = '#C79BFE', bad_channels_color: str = '#FE3131', masked_channels_color: str = '#566573')

Bases: object

background_color: str = '#79cbb8'

bad_channels_color: str = '#FE3131'

counts_color: str = '#500472'

masked_channels_color: str = '#566573'

warn_channels_color: str = '#C79BFE'

class threeML.config.plotting_structure.GenericPlotting(mplstyle: str = 'threeml.mplstyle', residual_plot: threeML.config.plotting_structure.ResidualPlot = ResidualPlot(linewidth=1, marker='.', size=3))

Bases: object

mplstyle: str = 'threeml.mplstyle'

residual_plot: threeML.config.plotting_structure.ResidualPlot = ResidualPlot(linewidth=1, marker='.', size=3)

class threeML.config.plotting_structure.LegendStyle(loc: str = 'best', fancybox: bool = True, shadow: bool = True)

Bases: object

fancybox: bool = True

loc: str = 'best'

shadow: bool = True

class threeML.config.plotting_structure.MPLCmap(value)

Bases: enum.Enum

An enumeration.

Accent = 'Accent'

Accent_r = 'Accent_r'

Blues = 'Blues'

Blues_r = 'Blues_r'

BrBG = 'BrBG'

BrBG_r = 'BrBG_r'

BuGn = 'BuGn'

BuGn_r = 'BuGn_r'

BuPu = 'BuPu'

BuPu_r = 'BuPu_r'

CMRmap = 'CMRmap'

CMRmap_r = 'CMRmap_r'

Dark2 = 'Dark2'

Dark2_r = 'Dark2_r'

GnBu = 'GnBu'

GnBu_r = 'GnBu_r'

Greens = 'Greens'

Greens_r = 'Greens_r'

Greys = 'Greys'

Greys_r = 'Greys_r'

OrRd = 'OrRd'

OrRd_r = 'OrRd_r'

Oranges = 'Oranges'

Oranges_r = 'Oranges_r'

PRGn = 'PRGn'

PRGn_r = 'PRGn_r'

Paired = 'Paired'

Paired_r = 'Paired_r'

Pastel1 = 'Pastel1'

Pastel1_r = 'Pastel1_r'

Pastel2 = 'Pastel2'

Pastel2_r = 'Pastel2_r'

PiYG = 'PiYG'

PiYG_r = 'PiYG_r'

PuBu = 'PuBu'

PuBuGn = 'PuBuGn'

PuBuGn_r = 'PuBuGn_r'

PuBu_r = 'PuBu_r'

PuOr = 'PuOr'

PuOr_r = 'PuOr_r'

PuRd = 'PuRd'

PuRd_r = 'PuRd_r'

Purples = 'Purples'

Purples_r = 'Purples_r'

RdBu = 'RdBu'

RdBu_r = 'RdBu_r'

RdGy = 'RdGy'

RdGy_r = 'RdGy_r'

RdPu = 'RdPu'

RdPu_r = 'RdPu_r'

RdYlBu = 'RdYlBu'

RdYlBu_r = 'RdYlBu_r'

RdYlGn = 'RdYlGn'

RdYlGn_r = 'RdYlGn_r'

Reds = 'Reds'

Reds_r = 'Reds_r'

Set1 = 'Set1'

Set1_r = 'Set1_r'

Set2 = 'Set2'

Set2_r = 'Set2_r'

Set3 = 'Set3'

Set3_r = 'Set3_r'

Spectral = 'Spectral'

Spectral_r = 'Spectral_r'

Wistia = 'Wistia'

Wistia_r = 'Wistia_r'

YlGn = 'YlGn'

YlGnBu = 'YlGnBu'

YlGnBu_r = 'YlGnBu_r'

YlGn_r = 'YlGn_r'

YlOrBr = 'YlOrBr'

YlOrBr_r = 'YlOrBr_r'

YlOrRd = 'YlOrRd'

YlOrRd_r = 'YlOrRd_r'

afmhot = 'afmhot'

afmhot_r = 'afmhot_r'

autumn = 'autumn'

autumn_r = 'autumn_r'

binary = 'binary'

binary_r = 'binary_r'

bone = 'bone'

bone_r = 'bone_r'

brg = 'brg'

brg_r = 'brg_r'

bwr = 'bwr'

bwr_r = 'bwr_r'

cividis = 'cividis'

cividis_r = 'cividis_r'

cool = 'cool'

cool_r = 'cool_r'

coolwarm = 'coolwarm'

coolwarm_r = 'coolwarm_r'

copper = 'copper'

copper_r = 'copper_r'

cubehelix = 'cubehelix'

cubehelix_r = 'cubehelix_r'

flag = 'flag'

flag_r = 'flag_r'

gist_earth = 'gist_earth'

gist_earth_r = 'gist_earth_r'

gist_gray = 'gist_gray'

gist_gray_r = 'gist_gray_r'

gist_heat = 'gist_heat'

gist_heat_r = 'gist_heat_r'

gist_ncar = 'gist_ncar'

gist_ncar_r = 'gist_ncar_r'

gist_rainbow = 'gist_rainbow'

gist_rainbow_r = 'gist_rainbow_r'

gist_stern = 'gist_stern'

gist_stern_r = 'gist_stern_r'

gist_yarg = 'gist_yarg'

gist_yarg_r = 'gist_yarg_r'

gnuplot = 'gnuplot'

gnuplot2 = 'gnuplot2'

gnuplot2_r = 'gnuplot2_r'

gnuplot_r = 'gnuplot_r'

gray = 'gray'

gray_r = 'gray_r'

hot = 'hot'

hot_r = 'hot_r'

hsv = 'hsv'

hsv_r = 'hsv_r'

inferno = 'inferno'

inferno_r = 'inferno_r'

jet = 'jet'

jet_r = 'jet_r'

magma = 'magma'

magma_r = 'magma_r'

nipy_spectral = 'nipy_spectral'

nipy_spectral_r = 'nipy_spectral_r'

ocean = 'ocean'

ocean_r = 'ocean_r'

pink = 'pink'

pink_r = 'pink_r'

plasma = 'plasma'

plasma_r = 'plasma_r'

prism = 'prism'

prism_r = 'prism_r'

rainbow = 'rainbow'

rainbow_r = 'rainbow_r'

seismic = 'seismic'

seismic_r = 'seismic_r'

spring = 'spring'

spring_r = 'spring_r'

summer = 'summer'

summer_r = 'summer_r'

tab10 = 'tab10'

tab10_r = 'tab10_r'

tab20 = 'tab20'

tab20_r = 'tab20_r'

tab20b = 'tab20b'

tab20b_r = 'tab20b_r'

tab20c = 'tab20c'

tab20c_r = 'tab20c_r'

terrain = 'terrain'

terrain_r = 'terrain_r'

turbo = 'turbo'

turbo_r = 'turbo_r'

twilight = 'twilight'

twilight_r = 'twilight_r'

twilight_shifted = 'twilight_shifted'

twilight_shifted_r = 'twilight_shifted_r'

viridis = 'viridis'

viridis_r = 'viridis_r'

winter = 'winter'

winter_r = 'winter_r'

class threeML.config.plotting_structure.ModelPlotting(point_source_plot: threeML.config.plotting_structure.PointSourcePlot = PointSourcePlot(fit_cmap=<MPLCmap.Set1: 'Set1'>, contour_cmap=<MPLCmap.Set1: 'Set1'>, bayes_cmap=<MPLCmap.Set1: 'Set1'>, plot_style=PlotStyle(linestyle='-', linewidth=1.7), contour_style=ContourStyle(alpha=0.4), show_legend=True, legend_style=LegendStyle(loc='best', fancybox=True, shadow=True), flux_unit='1/(keV s cm2)', emin=10.0, emax=10000.0, num_ene=100, ene_unit='keV'))

Bases: object

point_source_plot: threeML.config.plotting_structure.PointSourcePlot = PointSourcePlot(fit_cmap=<MPLCmap.Set1: 'Set1'>, contour_cmap=<MPLCmap.Set1: 'Set1'>, bayes_cmap=<MPLCmap.Set1: 'Set1'>, plot_style=PlotStyle(linestyle='-', linewidth=1.7), contour_style=ContourStyle(alpha=0.4), show_legend=True, legend_style=LegendStyle(loc='best', fancybox=True, shadow=True), flux_unit='1/(keV s cm2)', emin=10.0, emax=10000.0, num_ene=100, ene_unit='keV')

class threeML.config.plotting_structure.PlotStyle(linestyle: Union[str, NoneType] = '-', linewidth: Union[float, NoneType] = 1.7)

Bases: object

linestyle: Optional[str] = '-'

linewidth: Optional[float] = 1.7

class threeML.config.plotting_structure.PointSourcePlot(fit_cmap: threeML.config.plotting_structure.MPLCmap = <MPLCmap.Set1: 'Set1'>, contour_cmap: threeML.config.plotting_structure.MPLCmap = <MPLCmap.Set1: 'Set1'>, bayes_cmap: threeML.config.plotting_structure.MPLCmap = <MPLCmap.Set1: 'Set1'>, plot_style: threeML.config.plotting_structure.PlotStyle = PlotStyle(linestyle='-', linewidth=1.7), contour_style: threeML.config.plotting_structure.ContourStyle = ContourStyle(alpha=0.4), show_legend: bool = True, legend_style: threeML.config.plotting_structure.LegendStyle = LegendStyle(loc='best', fancybox=True, shadow=True), flux_unit: str = '1/(keV s cm2)', emin: float = 10.0, emax: float = 10000.0, num_ene: int = 100, ene_unit: str = 'keV')

Bases: object

bayes_cmap: threeML.config.plotting_structure.MPLCmap = 'Set1'

contour_cmap: threeML.config.plotting_structure.MPLCmap = 'Set1'

contour_style: threeML.config.plotting_structure.ContourStyle = ContourStyle(alpha=0.4)

emax: float = 10000.0

emin: float = 10.0

ene_unit: str = 'keV'

fit_cmap: threeML.config.plotting_structure.MPLCmap = 'Set1'

flux_unit: str = '1/(keV s cm2)'

legend_style: threeML.config.plotting_structure.LegendStyle = LegendStyle(loc='best', fancybox=True, shadow=True)

num_ene: int = 100

plot_style: threeML.config.plotting_structure.PlotStyle = PlotStyle(linestyle='-', linewidth=1.7)

show_legend: bool = True

class threeML.config.plotting_structure.ResidualPlot(linewidth: float = 1, marker: str = '.', size: float = 3)

Bases: object

linewidth: float = 1

marker: str = '.'

size: float = 3