Welcome to pyEQUIB’s documentation!

• User Documentation

• API Reference

User Documentation

• Introduction
  • Collisional Excitation Unit
  • Recombination Unit
  • Reddening Unit
• Installation
• Usage
  • Collisional Excitation Unit
  • Recombination Unit
  • Reddening Unit
• References

API Reference

• pyequib.main package
  • pyequib main module
    • calc_abund_c_ii_rl()
    • calc_abund_c_iii_rl()
    • calc_abund_he_i_rl()
    • calc_abund_he_ii_rl()
    • calc_abund_n_ii_rl()
    • calc_abund_n_iii_rl()
    • calc_abund_ne_ii_rl()
    • calc_abund_o_ii_rl()
    • calc_abundance()
    • calc_crit_density()
    • calc_density()
    • calc_emiss_c_ii_rl()
    • calc_emiss_c_iii_rl()
    • calc_emiss_h_alpha()
    • calc_emiss_h_beta()
    • calc_emiss_h_i()
    • calc_emiss_he_i_rl()
    • calc_emiss_he_ii_rl()
    • calc_emiss_n_ii_rl()
    • calc_emiss_n_iii_rl()
    • calc_emiss_ne_ii_rl()
    • calc_emiss_o_ii_rl()
    • calc_emissivity()
    • calc_populations()
    • calc_temperature()
    • deredden_flux()
    • deredden_relflux()
    • get_omij_temp()
    • print_ionic()
    • redlaw()
    • redlaw_ccm()
    • redlaw_fm()
    • redlaw_gal()
    • redlaw_gal2()
    • redlaw_jbk()
    • redlaw_lmc()
    • redlaw_smc()

Indices and tables

• Index

• Module Index

• Search Page