Posterior LaTeX Labels

RABIT features a set of predefined LaTeX labels for certain parameters. The following is a table showing the Bilby outputted parameter, and its corresponding LaTeX label in RABIT:

Key:

Posterior Name: The name of the posterior parameter in a Bilby-outputted JSON file
Posterior Label: Unrendered LaTeX of the posterior's label
Unit Label: Unrendered LaTeX of the posterior's units (if available)
Full LaTeX Label: Rendered LaTeX combining the posterior's label and unit label. This is the label that is used in RABIT

Posterior name	Posterior label	Unit label	Full LaTeX label
`chirp_mass`	`\mathcal{M}`	`M_{\odot}`	$\mathcal{M} \ [M_{\odot}]$
`mass_ratio`	`q`		$q$
`mass_1`	`m_1^{\rm Lab}`	`M_{\odot}`	$m_1^{\rm Lab} \ [M_{\odot}]$
`mass_2`	`m_2^{\rm Lab}`	`M_{\odot}`	$m_2^{\rm Lab} \ [M_{\odot}]$
`total_mass`	`M^{\rm Lab}`	`M_{\odot}`	$M^{\rm Lab} \ [M_{\odot}]$
`mass_1_source`	`m_1^{\rm Source}`	`M_{\odot}`	$m_1^{\rm Source} \ [M_{\odot}]$
`mass_2_source`	`m_2^{\rm Source}`	`M_{\odot}`	$m_2^{\rm Source} \ [M_{\odot}]$
`total_mass_source`	`M^{\rm Source}`	`M_{\odot}`	$M^{\rm Source} \ [M_{\odot}]$
`a_1`	`a_1`		$a_1$
`a_2`	`a_2`		$a_2$
`tilt_1`	`\theta_1`	`{\rm rad}`	$\theta_1 \ [{\rm rad}]$
`tilt_2`	`\theta_2`	`{\rm rad}`	$\theta_2 \ [{\rm rad}]$
`cos_tilt_1`	`\cos{\theta_1}`		$\cos{\theta_1}$
`cos_tilt_2`	`\cos{\theta_2}`		$\cos{\theta_2}$
`phi_12`	`\phi_{12}`	`{\rm rad}`	$\phi_{12} \ [{\rm rad}]$
`phi_jl`	`\phi_{\rm JL}`	`{\rm rad}`	$\phi_{\rm JL} \ [{\rm rad}]$
`luminosity_distance`	`d_{\rm L}`	`{\rm Mpc}`	$d_{\rm L} \ [{\rm Mpc}]$
`ra`	`{\rm RA}`	`{\rm rad}`	${\rm RA} \ [{\rm rad}]$
`theta_jn`	`\theta_{JN}`	`{\rm rad}`	$\theta_{JN} \ [{\rm rad}]$
`cos_theta_jn`	`\cos{\theta_{JN}}`		$\cos{\theta_{JN}}$
`psi`	`\psi`	`{\rm rad}`	$\psi \ [{\rm rad}]$
`phase`	`\phi`	`{\rm rad}`	$\phi \ [{\rm rad}]$
`phi_1`	`\phi_1`		$\phi_1$
`phi_2`	`\phi_1`		$\phi_1$
`geocent_time`	`t_c`	`{\rm s}`	$t_c \ [{\rm s}]$
`azimuth`	`\epsilon`	`{\rm rad}`	$\epsilon \ [{\rm rad}]$
`zenith`	`\kappa`	`{\rm rad}`	$\kappa \ [{\rm rad}]$
`iota`	`\iota`	`{\rm rad}`	$\iota \ [{\rm rad}]$
`cos_iota`	`\cos{\iota}`		$\cos{\iota}$
`redshift`	`z`		$z$
`eccentricity`	`e`		$e$
`dec`	`{\rm DEC}`	`{\rm rad}`	${\rm DEC} \ [{\rm rad}]$
`chi_1`	`\chi_1`		$\chi_1$
`chi_2`	`\chi_2`		$\chi_2$
`chi_1_in_plane`	`\chi_1^{\perp}`		$\chi_1^{\perp}$
`chi_2_in_plane`	`\chi_2^{\perp}`		$\chi_2^{\perp}$
`chi_eff`	`\chi_{\rm eff}`		$\chi_{\rm eff}$
`chi_p`	`\chi_{\rm p}`		$\chi_{\rm p}$
`spin_1x`	`S_{1,x}`		$S_{1,x}$
`spin_1y`	`S_{1,y}`		$S_{1,y}$
`spin_1z`	`S_{1,z}`		$S_{1,z}$
`spin_2x`	`S_{2,x}`		$S_{2,x}$
`spin_2y`	`S_{2,y}`		$S_{2,y}$
`spin_2z`	`S_{2,z}`		$S_{2,z}$
`comoving_distance`	`d_{\rm C}`	`{\rm Mpc}`	$d_{\rm C} \ [{\rm Mpc}]$
`symmetric_mass_ratio`	`\eta`		$\eta$
`lambda_1`	`\Lambda_1`		$\Lambda_1$
`lambda_2`	`\Lambda_2`		$\Lambda_2$
`lambda_tilde`	`\tilde{\Lambda}`		$\tilde{\Lambda}$
`delta_lambda_tilde`	`\delta \tilde{\Lambda}`		$\delta \tilde{\Lambda}$
`H1_time`	`t_H`	`{\rm s}`	$t_H \ [{\rm s}]$
`time_jitter`	`\delta t`	`{\rm s}`	$\delta t \ [{\rm s}]$
`recalib_H1_amplitude_0`	`A^{H1}_0`		$A^{H1}_0$
`recalib_H1_amplitude_1`	`A^{H1}_1`		$A^{H1}_1$
`recalib_H1_amplitude_2`	`A^{H1}_2`		$A^{H1}_2$
`recalib_H1_amplitude_3`	`A^{H1}_3`		$A^{H1}_3$
`recalib_H1_amplitude_4`	`A^{H1}_4`		$A^{H1}_4$
`recalib_H1_amplitude_5`	`A^{H1}_5`		$A^{H1}_5$
`recalib_H1_amplitude_6`	`A^{H1}_6`		$A^{H1}_6$
`recalib_H1_amplitude_7`	`A^{H1}_7`		$A^{H1}_7$
`recalib_H1_amplitude_8`	`A^{H1}_8`		$A^{H1}_8$
`recalib_H1_amplitude_9`	`A^{H1}_9`		$A^{H1}_9$
`recalib_H1_phase_0`	`\phi^{H1}_0`		$\phi^{H1}_0$
`recalib_H1_phase_1`	`\phi^{H1}_1`		$\phi^{H1}_1$
`recalib_H1_phase_2`	`\phi^{H1}_2`		$\phi^{H1}_2$
`recalib_H1_phase_3`	`\phi^{H1}_3`		$\phi^{H1}_3$
`recalib_H1_phase_4`	`\phi^{H1}_4`		$\phi^{H1}_4$
`recalib_H1_phase_5`	`\phi^{H1}_5`		$\phi^{H1}_5$
`recalib_H1_phase_6`	`\phi^{H1}_6`		$\phi^{H1}_6$
`recalib_H1_phase_7`	`\phi^{H1}_7`		$\phi^{H1}_7$
`recalib_H1_phase_8`	`\phi^{H1}_8`		$\phi^{H1}_8$
`recalib_H1_phase_9`	`\phi^{H1}_9`		$\phi^{H1}_9$
`recalib_H1_frequency_0`	`f^{H1}_0`	`{\rm Hz}`	$f^{H1}_0 \ [{\rm Hz}]$
`recalib_H1_frequency_1`	`f^{H1}_1`	`{\rm Hz}`	$f^{H1}_1 \ [{\rm Hz}]$
`recalib_H1_frequency_2`	`f^{H1}_2`	`{\rm Hz}`	$f^{H1}_2 \ [{\rm Hz}]$
`recalib_H1_frequency_3`	`f^{H1}_3`	`{\rm Hz}`	$f^{H1}_3 \ [{\rm Hz}]$
`recalib_H1_frequency_4`	`f^{H1}_4`	`{\rm Hz}`	$f^{H1}_4 \ [{\rm Hz}]$
`recalib_H1_frequency_5`	`f^{H1}_5`	`{\rm Hz}`	$f^{H1}_5 \ [{\rm Hz}]$
`recalib_H1_frequency_6`	`f^{H1}_6`	`{\rm Hz}`	$f^{H1}_6 \ [{\rm Hz}]$
`recalib_H1_frequency_7`	`f^{H1}_7`	`{\rm Hz}`	$f^{H1}_7 \ [{\rm Hz}]$
`recalib_H1_frequency_8`	`f^{H1}_8`	`{\rm Hz}`	$f^{H1}_8 \ [{\rm Hz}]$
`recalib_H1_frequency_9`	`f^{H1}_9`	`{\rm Hz}`	$f^{H1}_9 \ [{\rm Hz}]$
`recalib_L1_amplitude_0`	`A^{L1}_0`		$A^{L1}_0$
`recalib_L1_amplitude_1`	`A^{L1}_1`		$A^{L1}_1$
`recalib_L1_amplitude_2`	`A^{L1}_2`		$A^{L1}_2$
`recalib_L1_amplitude_3`	`A^{L1}_3`		$A^{L1}_3$
`recalib_L1_amplitude_4`	`A^{L1}_4`		$A^{L1}_4$
`recalib_L1_amplitude_5`	`A^{L1}_5`		$A^{L1}_5$
`recalib_L1_amplitude_6`	`A^{L1}_6`		$A^{L1}_6$
`recalib_L1_amplitude_7`	`A^{L1}_7`		$A^{L1}_7$
`recalib_L1_amplitude_8`	`A^{L1}_8`		$A^{L1}_8$
`recalib_L1_amplitude_9`	`A^{L1}_9`		$A^{L1}_9$
`recalib_L1_phase_0`	`\phi^{L1}_0`		$\phi^{L1}_0$
`recalib_L1_phase_1`	`\phi^{L1}_1`		$\phi^{L1}_1$
`recalib_L1_phase_2`	`\phi^{L1}_2`		$\phi^{L1}_2$
`recalib_L1_phase_3`	`\phi^{L1}_3`		$\phi^{L1}_3$
`recalib_L1_phase_4`	`\phi^{L1}_4`		$\phi^{L1}_4$
`recalib_L1_phase_5`	`\phi^{L1}_5`		$\phi^{L1}_5$
`recalib_L1_phase_6`	`\phi^{L1}_6`		$\phi^{L1}_6$
`recalib_L1_phase_7`	`\phi^{L1}_7`		$\phi^{L1}_7$
`recalib_L1_phase_8`	`\phi^{L1}_8`		$\phi^{L1}_8$
`recalib_L1_phase_9`	`\phi^{L1}_9`		$\phi^{L1}_9$
`recalib_L1_frequency_0`	`f^{L1}_0`	`{\rm Hz}`	$f^{L1}_0 \ [{\rm Hz}]$
`recalib_L1_frequency_1`	`f^{L1}_1`	`{\rm Hz}`	$f^{L1}_1 \ [{\rm Hz}]$
`recalib_L1_frequency_2`	`f^{L1}_2`	`{\rm Hz}`	$f^{L1}_2 \ [{\rm Hz}]$
`recalib_L1_frequency_3`	`f^{L1}_3`	`{\rm Hz}`	$f^{L1}_3 \ [{\rm Hz}]$
`recalib_L1_frequency_4`	`f^{L1}_4`	`{\rm Hz}`	$f^{L1}_4 \ [{\rm Hz}]$
`recalib_L1_frequency_5`	`f^{L1}_5`	`{\rm Hz}`	$f^{L1}_5 \ [{\rm Hz}]$
`recalib_L1_frequency_6`	`f^{L1}_6`	`{\rm Hz}`	$f^{L1}_6 \ [{\rm Hz}]$
`recalib_L1_frequency_7`	`f^{L1}_7`	`{\rm Hz}`	$f^{L1}_7 \ [{\rm Hz}]$
`recalib_L1_frequency_8`	`f^{L1}_8`	`{\rm Hz}`	$f^{L1}_8 \ [{\rm Hz}]$
`recalib_L1_frequency_9`	`f^{L1}_9`	`{\rm Hz}`	$f^{L1}_9 \ [{\rm Hz}]$

RABIT Documentation

Posterior LaTeX Labels