EmittersDistribution

class jetset.jet_emitters.EmittersDistribution(name, spectral_type, jet=None, gamma_grid_size=200, log_values=False, emitters_type='electrons', normalize=False, skip_build=False)

Bases: BaseEmittersDistribution

Jet-coupled emitter distribution for electrons or protons.

Notes

Extends BaseEmittersDistribution with synchronization to the jet backend blob, including equilibrium readback paths and jet-kernel parameter dictionary integration.

Methods Summary

add_par(name, par_type, val, vmax, vmin[, ...])	Add par.
set_grid()	Build gamma grid either analytically or from jet backend arrays.
set_grid_size(gamma_grid_size)	Set grid size.
set_jet(jet)	Set jet.
set_parameters_dict()	Build default parameter dictionary and mirrored parameter array.
update()	Refresh distribution values and sync with jet backend state.

Methods Documentation

add_par(name, par_type, val, vmax, vmin, unit='', log=False, frozen=False)

Add par.

Parameters:

• name (object) – Name identifier.

• par_type (object) – Parameter type/category label.

• val (object) – Value to assign.

• vmax (object) – Maximum allowed value.

• vmin (object) – Minimum allowed value.

• unit (str, optional) – Physical unit string.

• log (bool, optional) – If True, treat the value in log10 units.

• frozen (bool, optional) – If True, keep parameter fixed during fitting.

set_grid()

Build gamma grid either analytically or from jet backend arrays.

Notes

When attached to a jet, the grid is read from jetkernel memory.

set_grid_size(gamma_grid_size)

Set grid size.

Parameters:

gamma_grid_size (object) – Number of points in the gamma grid.

set_jet(jet)

Set jet.

Parameters:

jet (object) – Jet model instance.

set_parameters_dict()

Build default parameter dictionary and mirrored parameter array.

Notes

Values are initialized according to emitter type and distribution class.

update()

Refresh distribution values and sync with jet backend state.

Notes

In equilibrium mode this triggers backend readback instead of direct analytical filling.