mod_eos_lte_entropy.t File Reference

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Modules
module	mod_eos_lte_entropy
	Entropy-method LTE EoS: every query is ONE bicubic Hermite evaluation.

Functions/Subroutines
subroutine, public	mod_eos_lte_entropy::load_entropy_lte ()
	Forward (log nH, log eint/nH) -> thermodynamic state.
subroutine, public	mod_eos_lte_entropy::finalise_entropy_lte ()
	Entropy-method finalise: shift each loaded table's axes from CGS to code units and run the standard prepare. No aux builds – every runtime quantity is a single Hermite lookup. neOnH/Tfwd/pfwd/eintP/g1p are on (log nH, log eint/nH) (axis2_is_T=.false.); eintT is on (log nH, log T) (axis2_is_T=.true.). Each quantity ships value + three derivative tables.
double precision function, public	mod_eos_lte_entropy::entropy_t_from_nh_eint (log_nh_code, log_e_nh_code)
	Public lookups, code units in and out. Forward tables are on (log nH, log eint/nH), eintP and g1p on (log nH, log p/nH), eintT on (log nH, log T).
pure double precision function, public	mod_eos_lte_entropy::entropy_p_nh_from_eint (log_nh_code, log_e_nh_code)
pure double precision function, public	mod_eos_lte_entropy::entropy_p_from_eint (log_nh_code, log_e_nh_code)
	Pressure in code units from (log nH, log eint/nH); the pfwd table holds p itself.
double precision function, public	mod_eos_lte_entropy::entropy_y_from_nh_eint (log_nh_code, log_e_nh_code)
subroutine, public	mod_eos_lte_entropy::entropy_t_and_y_from_nh_eint (log_nh_code, log_e_nh_code, t_code, y_out)
	T and ne/nH at one point: Tfwd and neOnH share the forward grid, so the cell location and the basis are computed once.
double precision function, public	mod_eos_lte_entropy::entropy_eint_from_nh_p (log_nh_code, log_p_nh_code)
	eint/p in code units from (log nH, log p/nH). The table holds log10(eint/nH) in CGS
subroutine, public	mod_eos_lte_entropy::entropy_eint_from_p_bisect (log_nh_code, log_p_nh_code, log_eint_nh_code)
	Bisection inverse: log10(eint/nH) [code] such that the forward pressure matches p exactly; the eintP table only supplies the initial guess.
double precision function, public	mod_eos_lte_entropy::entropy_gamma1_from_nh_p (log_nh_code, log_p_nh_code)
double precision function, public	mod_eos_lte_entropy::entropy_eint_from_nh_t (log_nh_code, log_t_code)
	log10(eint/nH) in code units from (log nH, log T); the table holds it in CGS