redback.transient_models.afterglow_models.vegas_models.vegas_powerlaw_wing

redback.transient_models.afterglow_models.vegas_models.vegas_powerlaw_wing(time, redshift, thv, loge0_w, thc, lognism, loga, p, logepse, logepsb, g0_w, ke, kg, **kwargs)[source]

VegasAfterglow power-law wing jet with unified medium (ISM/Wind/Hybrid)

Power-law wings only (no core component). Energy and Lorentz factor follow power-law profiles: E(theta) ~ E_iso_w * (theta/theta_c)^(-ke)

Gamma(theta) ~ Gamma0_w * (theta/theta_c)^(-kg)

Parameters:

  • time – time in days in observer frame

  • redshift – source redshift

  • thv – viewing angle in radians

  • loge0_w – log10 isotropic energy for wings [erg]

  • thc – reference angle for power-law normalization [rad]

  • lognism – log10 ISM number density [cm^-3] (use small number e.g., -20) for pure wind)

  • loga – log10 wind parameter A_* [g/cm] (use small number e.g., -20 for pure ISM)

  • p – electron power-law index

  • logepse – log10 electron energy fraction

  • logepsb – log10 magnetic field energy fraction

  • g0_w – initial Lorentz factor for wings

  • ke – energy power-law index (typically 2-8)

  • kg – Lorentz factor power-law index (typically 2-8)

  • kwargs – Same optional parameters as vegas_tophat (see vegas_tophat docstring)

Returns:

flux density [mJy] or AB magnitude

Examples:

Pure ISM: lognism=0.0, loga=-20 Pure Wind: lognism=-20, loga=11.0 Hybrid: lognism=0.0, loga=11.0 (wind with ISM floor)