PlotTempEvEmitters#

class jetset.plot_sedfit.PlotTempEvEmitters(figsize=(8, 6), dpi=100, loglog=True)[source]#

Emitter-distribution plotter specialized for time-evolution outputs.

Methods Summary

`plot_distr`(temp_ev[, region, energy_unit, ...])	Plot distr.
`plot_distr2p`(temp_ev[, region, energy_unit, ...])	Plot distr2p.
`plot_distr3p`(temp_ev[, region, energy_unit, ...])	Plot distr3p.

Methods Documentation

plot_distr(temp_ev, region='acc', energy_unit='gamma', plot_Q_inj=True, pow=None)[source]#

Plot distr.

Parameters:

temp_ev (object) – Parameter controlling temp ev.
region (str, optional) – Parameter controlling region.
energy_unit (str, optional) – Frequency/energy control value for energy unit.
plot_Q_inj (bool, optional) – If True, plot q inj.
pow (object, optional) – Parameter controlling pow.

plot_distr2p(temp_ev, region='acc', energy_unit='gamma', plot_Q_inj=True)[source]#

Plot distr2p.

Parameters:

temp_ev (object) – Parameter controlling temp ev.
region (str, optional) – Parameter controlling region.
energy_unit (str, optional) – Frequency/energy control value for energy unit.
plot_Q_inj (bool, optional) – If True, plot q inj.

plot_distr3p(temp_ev, region='acc', energy_unit='gamma', plot_Q_inj=True)[source]#

Plot distr3p.

Parameters:

temp_ev (object) – Parameter controlling temp ev.
region (str, optional) – Parameter controlling region.
energy_unit (str, optional) – Frequency/energy control value for energy unit.
plot_Q_inj (bool, optional) – If True, plot q inj.

PlotTempEvEmitters