TimeEvolvingRegion

class jetset.jet_timedep.TimeEvolvingRegion(temp_ev, jet, region_type, build_cached=True)

Bases: object

Region-level view of a time-dependent JetSeT evolution run.

Notes

Manages cached SED slices, time-indexed particle distributions, and region state updates (acc or rad) for plotting and analysis workflows.

Attributes Summary

mult_factor	Mult factor.
num_seds	Num seds.
region_type	Region type.

Methods Summary

build_cached_SEDs()	Build cached se ds.
eval_R_cross_time(t_blob, lc[, R, n_slices])	Evaluate r cross time.
eval_R_cross_time_no(lc, R[, n_slices])	Evaluate r cross time no.
get_SED(comp, frame[, time_slice, ...])	Return sed.
make_lc(nu1[, nu2, comp, t1, t2, ...])	Make lc.
set_time([time_slice, time, frame])	Set time.

Attributes Documentation

mult_factor

Mult factor.

Returns:

Requested value.

Return type:

object

num_seds

Num seds.

Returns:

Requested value.

Return type:

object

region_type

Region type.

Returns:

Requested value.

Return type:

object

Methods Documentation

build_cached_SEDs()

Build cached se ds.

static eval_R_cross_time(t_blob, lc, R=None, n_slices=1000)

Evaluate r cross time.

Parameters:

• t_blob (object) – Time-related value for t blob.

• lc (object) – Parameter controlling lc.

• R (object, optional) – Parameter controlling r.

• n_slices (int, optional) – Parameter controlling n slices.

Returns:

Computed result.

Return type:

object

eval_R_cross_time_no(lc, R, n_slices=1000)

Evaluate r cross time no.

Parameters:

• t_blob (object) – Time-related value for t blob.

• lc (object) – Parameter controlling lc.

• R (object) – Parameter controlling r.

• n_slices (int, optional) – Parameter controlling n slices.

Returns:

Computed result.

Return type:

object

get_SED(comp, frame, time_slice=None, time_slice_bin=None, time=None, time_bin=None, use_cached=False, average=False)

Return sed.

Parameters:

• comp (object) – Parameter controlling comp.

• frame (object) – Reference frame for data/model values.

• time_slice (object, optional) – Time-related value for time slice.

• time_slice_bin (object, optional) – Time-related value for time slice bin.

• time (object, optional) – Time-related value for time.

• time_bin (object, optional) – Time-related value for time bin.

• use_cached (bool, optional) – If True, enable cached.

• average (bool, optional) – Parameter controlling average.

Returns:

Requested value.

Return type:

object

make_lc(nu1, nu2=None, comp='Sum', t1=None, t2=None, delta_t_out=None, cross_time_slices=1000, frame='obs', eval_cross_time=True, use_cached=False, R=None, name=None, density_mono_chromatic=False)

Make lc.

Parameters:

• nu1 (object) – Frequency/energy control value for nu1.

• nu2 (object, optional) – Frequency/energy control value for nu2.

• comp (str, optional) – Parameter controlling comp.

• t1 (object, optional) – Parameter controlling t1.

• t2 (object, optional) – Parameter controlling t2.

• delta_t_out (object, optional) – Parameter controlling delta t out.

• cross_time_slices (int, optional) – Time-related value for cross time slices.

• frame (str, optional) – Reference frame for data/model values.

• eval_cross_time (bool, optional) – Time-related value for eval cross time.

• use_cached (bool, optional) – If True, enable cached.

• R (object, optional) – Parameter controlling r.

• name (object, optional) – Name identifier.

• density_mono_chromatic (bool, optional) – Parameter controlling density mono chromatic.

Returns:

Computed result.

Return type:

object

set_time(time_slice=None, time=None, frame='blob')

Set time.

Parameters:

• time_slice (object, optional) – Time-related value for time slice.

• time (object, optional) – Time-related value for time.

• frame (str, optional) – Reference frame for data/model values.