|
| subroutine, public | mod_eos_lte::eos_init_lte () |
| | update_eos_LTE, get_Te_LTE, get_temperature_from_eint_LTE and Rfactor_from_LTE are PRIVATE: all bound to eos% pointers inside eos_finalise_LTE, so no external module names them. get_temperature_from_eint_fast_LTE stays public – the seam binds it to tc_flget_temperature_from_eint (fast TC path).
|
| |
| subroutine, public | mod_eos_lte::eos_finalise_lte () |
| | LTE arm of eos_finalise: wire the LTE runtime pointer targets, then dispatch on eos_method to the per-method finaliser, each owned by its method module (analytic->mod_eos_LTE_saha, entropy->mod_eos_LTE_entropy, tables->mod_eos_LTE_tables).
|
| |
| subroutine, public | mod_eos_lte::get_temperature_from_eint_fast_lte (w, x, ixil, ixol, res) |
| |
| double precision function, public | mod_eos_lte::y_from_nh_eint (nh, eint_nh) |
| | Ionization fraction from (log10 nH, log10 eint/nH) in code units. Dispatches: analytic -> Saha quadratic, tables -> PCHIP interpolation.
|
| |
| double precision function, public | mod_eos_lte::t_from_nh_eint (nh, eint_nh) |
| | Temperature from (log10 nH, log10 eint/nH) in code units. Dispatches: analytic -> Saha bisection/Newton, tables -> PCHIP interpolation.
|
| |
| double precision function, public | mod_eos_lte::p2eint_from_nh_p (nh, ponh) |
| | Pressure-to-eint ratio from (log10 nH, log10 p/nH) in code units. Dispatches: analytic -> Saha solve for eint/p, tables -> PCHIP interpolation.
|
| |
| double precision function, public | mod_eos_lte::gamma1_from_nh_p (log_nh, log_p_nh) |
| | Gamma_1 from pressure-indexed table: (log10 nH, log10 p/nH) -> Gamma_1. For 'entropy' the conversion p -> eint -> Gamma_1 via formula is intended to keep Maxwell consistency with the forward at runtime. The p->eint inverse is one bisection per cell – non-trivial cost; this function is in the hot path via hd_get_csound2_LTE.
|
| |
| double precision function, public | mod_eos_lte::p_nh_from_eint (log_nh, log_eint_nh) |
| | p/nH from (log10 nH, log10 eint/nH) in code units. Returns (1+He+y)*T directly – single lookup replaces T + y lookups.
|
| |
| double precision function, public | mod_eos_lte::eint_nh_from_t (log_nh, log_t) |
| | Internal energy per nH from (log10 nH, log10 T) in code units. Uses the bisection-built inverse table (H+He, machine precision). Fallback: H-only Saha if table not built.
|
| |
| pure double precision function | pchip_1d (p0, p1, p2, p3, t) |
| |
| subroutine, public | mod_eos_lte::eint_from_p_bisect (log_nh_val, log_p_val, log_eint_nh_out) |
| | Given log10(nH) and log10(p), find log10(eint/nH) by table-guessed bisection on the forward pressure table. Wraps the bracketing logic and log_p_bisect_cached into a single call for use by both HD and MHD from_conserved routines.
|
| |
| subroutine, public | mod_eos_lte::eos_get_eintt_grid (n_nh, lg_nh_min, lg_nh_max) |
| | log_nH grid metadata of the (log_nH, log_T) inverse table (eint from T), choosing the container by method ('tables'->eint_from_T, 'entropy'->eintT). n_nH=0 if no such table (analytic/FI). Lets cooling's build_Y_mod_table get its grid without reaching into EoS table internals.
|
| |
