tardis.energy_input.GXPacket module

class tardis.energy_input.GXPacket.GXPacket(*args, **kwargs)

Bases: GXPacket

Indivisible gamma-ray packet

class_type = jitclass.GXPacket#7f4d933cefd0<location:array(float64, 1d, A),direction:array(float64, 1d, A),energy_rf:float64,energy_cmf:float64,nu_rf:float64,nu_cmf:float64,status:int64,shell:int64,time_start:float64,time_index:int64,tau:float64>

class tardis.energy_input.GXPacket.GXPacketCollection(location, direction, energy_rf, energy_cmf, nu_rf, nu_cmf, status, shell, time_start, time_index)

Bases: object

Gamma-ray packet collection

class tardis.energy_input.GXPacket.GXPacketStatus(*values)

Bases: IntEnum

BETA_DECAY = -1

COMPTON_SCATTER = 0

END = 4

ESCAPED = 5

IN_PROCESS = 3

PAIR_CREATION = 2

PHOTOABSORPTION = 1

tardis.energy_input.GXPacket.initialize_packet_properties(isotope_energy, isotope_intensity, positronium_energy, positronium_intensity, positronium_fraction, packet_energy, k, tau_start, tau_end, initial_radius, times, effective_times, average_power_per_mass, uniform_packet_energies=True)

Initialize the properties of an individual packet

Parameters:

isotope_energynumpy array

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isotope_intensitynumpy array

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positronium_energynumpy array

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positronium_intensitynumpy array

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positronium_fractionfloat

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packet_energyfloat

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kint

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tau_startfloat

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tau_endfloat

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initial_radiusfloat

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timesnumpy array

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effective_timesnumpy array

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Returns:

_type_

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