ishockpy.distribution module¶

class ishockpy.distribution.Distribution(values: numpy.ndarray)[source]¶

Bases: object

property values: numpy.ndarray¶

class ishockpy.distribution.GammaDistribution[source]¶

Bases: ishockpy.distribution.Distribution

set_initial_times(initial_times: numpy.ndarray) → None[source]¶

Parameters: initial_times (np.ndarray) –
Returns

property velocity: numpy.ndarray¶

the velocity for a given gamma

Returns

class ishockpy.distribution.InitialConditions(total_time: float, delta_time: float, total_energy: float, gamma_distribtuion: ishockpy.distribution.GammaDistribution, r_min, r_max=None)[source]¶

Bases: object

property gamma_distribution: ishockpy.distribution.GammaDistribution¶

property mass_distribution: ishockpy.distribution.MassDistribution¶

property n_shells: int¶

The number of shells

Returns

plot_gamma() → matplotlib.figure.Figure[source]¶

plot_mass() → matplotlib.figure.Figure[source]¶

property r_max: Optional[float]¶

minimum jet launching radius

Returns

property r_min: float¶

minimum jet launching radius

Returns

property radial_distribution: ishockpy.distribution.RadialDistribution¶

property variability_time: float¶

class ishockpy.distribution.MassDistribution(gamma_distribution: ishockpy.distribution.GammaDistribution, differential_energy: float)[source]¶: Bases: ishockpy.distribution.Distribution

class ishockpy.distribution.RadialDistribution(gamma_distribution: ishockpy.distribution.GammaDistribution, r_min: float, times: numpy.ndarray)[source]¶: Bases: ishockpy.distribution.Distribution

class ishockpy.distribution.SingleGammaCosine[source]¶: Bases: ishockpy.distribution.GammaDistribution

class ishockpy.distribution.SingleGammaStep[source]¶: Bases: ishockpy.distribution.GammaDistribution