Public Attributes | |
| character(len=std_len), dimension(set at init) | eos_type |
| character(len=20), dimension(set at init) | method = 'state' |
| character(len=20), dimension(accurate) | or |
| integer | method_id = EOS_STATE |
| integer | integer |
| integer | form |
| integer | of |
| integer, dimension(set at init) | method |
| integer | type_id = EOS_TYPE_FI |
| integer, dimension(set at init) | eos_type |
| character(len=20) | gamma1_method = 'exact' |
| character(len=20), dimension(fast) | p2eint_method = 'table' |
| character(len=20) | pi_table = 'chromosphere' |
| character(len=20) | pi |
| character(len=20) | backend |
| character(len=20) | table |
| logical | ione |
| character(len=std_len) | table_location |
| double precision | he_abundance |
| double precision | gamma |
| double precision | gamma_minus_1 |
| double precision | inv_gamma |
| double precision | inv_gamma_minus_1 |
| double precision | inv_squared_c0 |
| double precision | inv_squared_c |
| double precision | nh2rhofactor |
| double precision | eion_per_nh |
| Fully-ionised regime bypass constants (precomputed in eos_finalise) | |
| double precision | total |
| double precision | ionisation |
| double precision | energy |
| double precision | per |
| double precision, dimension(nh, t) | nh |
| double precision | code |
| double precision | units |
| double precision | eint_rho_fi_threshold |
| double precision | eint |
| double precision | rho |
| double precision | above |
| double precision | which |
| double precision | gas |
| double precision | is |
| double precision | fully |
| double precision | ionised = 1 + 2*A_He |
| double precision | p_rho_fi_threshold |
| double precision | p |
| double precision | n_per_nh_fi |
| double precision | particles |
| double precision | when |
| double precision | fi = 2 + 3*A_He |
| double precision | neonh_fi |
| double precision | ne |
| type(eos_table_container) | neonh |
| Leaving a comment here to remind me that it's a bad idea to have anything outside of the w() array if one wants to /ensure/ the fields are consistent given OMP directives and load balancing. | |
| type(eos_table_container) | t |
| type(eos_table_container) | p2eint |
| type(eos_table_container) | gamma1 |
| type(eos_table_container) | first |
| type(eos_table_container) | adiabatic |
| type(eos_table_container) | index |
| type(eos_table_container), dimension(rho, p) | gamma_1 |
| type(eos_table_container) | gamma1_p |
| type(eos_table_container) | for |
| type(eos_table_container) | fast |
| type(eos_table_container) | csound2 |
| type(eos_table_container) | eint_from_t |
| type(eos_table_container) | inverse |
| type(eos_table_container) | table |
| type(eos_table_container) | eint |
| type(eos_table_container), dimension(nh, t) | nh |
| type(eos_table_container) | log_p |
| type(eos_table_container) | merged |
| type(eos_table_container), dimension(eint/nh) | log10 |
| type(eos_table_container) | wb |
| type(eos_table_container) | bisection |
| type(eos_table_container), dimension(1+he+y) | p_over_nh |
| type(eos_table_container) | direct |
| type(eos_table_container) | p |
| type(eos_table_container) | lookup |
| type(eos_table_container) | in |
| type(eos_table_container) | neonh_x |
| Entropy-method tables (eosmethod == 'entropy'). Each quantity Q is stored as four containers – Q, Q_x, Q_y, Q_xy (value plus the two first derivatives and the cross derivative) – fully determining the bicubic Hermite polynomial in each cell (mod_eos_LTE_entropy). Five quantities: Forward (log_nH, log_eint/nH): Tfwd, pfwd, neOnH. Inverse (log_nH, log_p/nH): eintP, g1p (= Gamma_1). Inverse (log_nH, log_T): eintT. The inverse tables are bisected against the analytic Saha solver at build time and frozen to disk, so every runtime query is one lookup. | |
| type(eos_table_container), dimension(eintt) | d |
| type(eos_table_container) | dx |
| type(eos_table_container) | neonh_y |
| type(eos_table_container) | dy |
| type(eos_table_container) | neonh_xy |
| type(eos_table_container), dimension(dx dy) | d2 |
| type(eos_table_container) | tfwd |
| Forward (lr, le): direct T and p tables. We do NOT derive T from ds/dy of the s polynomial at runtime; the bicubic Hermite gives O(h^3) error in derivatives vs O(h^4) in values. Storing T and p as their own bicubic Hermite tables (built from the same Saha call as s) keeps O(h^4) accuracy and preserves Maxwell consistency at every node (T, p, s, gamma1 all from one Saha state). | |
| type(eos_table_container), dimension(cgs-stored) | k |
| type(eos_table_container), dimension(lr, le) | at |
| type(eos_table_container) | tfwd_x |
| type(eos_table_container) | dt |
| type(eos_table_container) | tfwd_y |
| type(eos_table_container) | tfwd_xy |
| type(eos_table_container), dimension(dx dy) | d2t |
| type(eos_table_container) | pfwd |
| type(eos_table_container) | erg |
| type(eos_table_container), dimension(cgs-stored) | cm |
| type(eos_table_container) | pfwd_x |
| type(eos_table_container) | dp |
| type(eos_table_container) | pfwd_y |
| type(eos_table_container) | pfwd_xy |
| type(eos_table_container), dimension(dx dy) | d2p |
| type(eos_table_container) | eintp |
| Inverse (lr, lp): eint from (rho, p), replaces p2eint bisection at runtime. Stored as log10(eint/nH), CGS axis units before shift. | |
| type(eos_table_container) | cgs |
| type(eos_table_container) | eintp_x |
| type(eos_table_container) | x = log10(nH) |
| type(eos_table_container) | eintp_y |
| type(eos_table_container) | y = log10(p/nH) |
| type(eos_table_container) | eintp_xy |
| type(eos_table_container) | g1p |
| Inverse (lr, lp): gamma_1 at (rho, p) for csound2-from-pressure paths. | |
| type(eos_table_container) | dimensionless |
| type(eos_table_container) | g1p_x |
| type(eos_table_container) | dgamma_1 |
| type(eos_table_container) | g1p_y |
| type(eos_table_container) | g1p_xy |
| type(eos_table_container), dimension(dx dy) | d2gamma_1 |
| type(eos_table_container) | eintt |
| Inverse (lr, lT): eint from (rho, T). Used by IC, HSE BC, cooling. | |
| type(eos_table_container) | eintt_x |
| type(eos_table_container) | eintt_y |
| type(eos_table_container) | eintt_xy |
| double precision, dimension(3, dim1, dim2), allocatable | table_eint_il |
| Interleaved Group A table: T, neOnH, p_over_nH at same (nH, eint/nH) grid. | |
| integer | il_nq = 3 |
| integer | number |
| integer | interleaved |
| integer | quantities |
Static Public Attributes | |
| type(eos_table_container), pointer, nopass | to_primitive |
| procedure(convert_condition), pointer, nopass | to_conserved => null() |
| procedure(convert_condition), pointer, nopass | to_primitive => null() |
| procedure(convert_condition), pointer, nopass | p_to_e => null() |
| procedure(update_eos_spaces), pointer, nopass | update_eos => null() |
| procedure(get_eos_variable_alt), pointer, nopass | get_thermal_pressure => null() |
| procedure(get_eos_variable_alt), pointer, nopass | get_temperature_from_eint => null() |
| procedure(get_eos_variable_alt), pointer, nopass | get_temperature_from_etot => null() |
| procedure(get_eos_variable_alt), pointer, nopass | get_temperature_from_pressure => null() |
| procedure(get_eos_variable_alt), pointer, nopass | get_rfactor => null() |
| procedure(get_eos_variable_alt), pointer, nopass | get_rho => null() |
| procedure(get_eos_variable_alt), pointer, nopass | get_nh => null() |
| procedure(get_ne_nh_iface), pointer, nopass | get_ne_nh => null() |
| procedure(get_eos_variable_alt), pointer, nopass | get_te => null() |
| procedure(get_eos_variable_alt), pointer, nopass | get_csound2 => null() |
Detailed Description
Definition at line 111 of file mod_eos_container.t.
Member Data Documentation
◆ above
| double precision mod_eos_container::eos_container::above |
Definition at line 133 of file mod_eos_container.t.
◆ adiabatic
| type(eos_table_container) mod_eos_container::eos_container::adiabatic |
Definition at line 146 of file mod_eos_container.t.
◆ at
| type(eos_table_container), dimension (lr, le) mod_eos_container::eos_container::at |
Definition at line 175 of file mod_eos_container.t.
◆ backend
| character(len=20) mod_eos_container::eos_container::backend |
Definition at line 119 of file mod_eos_container.t.
◆ bisection
| type(eos_table_container) mod_eos_container::eos_container::bisection |
Definition at line 149 of file mod_eos_container.t.
◆ cgs
| type(eos_table_container) mod_eos_container::eos_container::cgs |
Definition at line 186 of file mod_eos_container.t.
◆ cm
| type(eos_table_container), dimension (cgs-stored) mod_eos_container::eos_container::cm |
Definition at line 179 of file mod_eos_container.t.
◆ code
| double precision mod_eos_container::eos_container::code |
Definition at line 132 of file mod_eos_container.t.
◆ csound2
| type(eos_table_container) mod_eos_container::eos_container::csound2 |
Definition at line 147 of file mod_eos_container.t.
◆ d
| type(eos_table_container), dimension(eintt) mod_eos_container::eos_container::d |
Definition at line 165 of file mod_eos_container.t.
◆ d2
| type(eos_table_container), dimension(dx dy) mod_eos_container::eos_container::d2 |
Definition at line 167 of file mod_eos_container.t.
◆ d2gamma_1
| type(eos_table_container), dimension(dx dy) mod_eos_container::eos_container::d2gamma_1 |
Definition at line 195 of file mod_eos_container.t.
◆ d2p
| type(eos_table_container), dimension(dx dy) mod_eos_container::eos_container::d2p |
Definition at line 182 of file mod_eos_container.t.
◆ d2t
| type(eos_table_container), dimension(dx dy) mod_eos_container::eos_container::d2t |
Definition at line 178 of file mod_eos_container.t.
◆ dgamma_1
| type(eos_table_container) mod_eos_container::eos_container::dgamma_1 |
Definition at line 193 of file mod_eos_container.t.
◆ dimensionless
| type(eos_table_container) mod_eos_container::eos_container::dimensionless |
Definition at line 192 of file mod_eos_container.t.
◆ direct
| type(eos_table_container) mod_eos_container::eos_container::direct |
Definition at line 150 of file mod_eos_container.t.
◆ dp
| type(eos_table_container) mod_eos_container::eos_container::dp |
Definition at line 180 of file mod_eos_container.t.
◆ dt
| type(eos_table_container) mod_eos_container::eos_container::dt |
Definition at line 176 of file mod_eos_container.t.
◆ dx
| type(eos_table_container) mod_eos_container::eos_container::dx |
Definition at line 165 of file mod_eos_container.t.
◆ dy
| type(eos_table_container) mod_eos_container::eos_container::dy |
Definition at line 166 of file mod_eos_container.t.
◆ eint [1/2]
| double precision mod_eos_container::eos_container::eint |
Definition at line 133 of file mod_eos_container.t.
◆ eint [2/2]
| type(eos_table_container) mod_eos_container::eos_container::eint |
Definition at line 148 of file mod_eos_container.t.
◆ eint_from_t
| type(eos_table_container) mod_eos_container::eos_container::eint_from_t |
Definition at line 148 of file mod_eos_container.t.
◆ eint_rho_fi_threshold
| double precision mod_eos_container::eos_container::eint_rho_fi_threshold |
Definition at line 133 of file mod_eos_container.t.
◆ eintp
| type(eos_table_container) mod_eos_container::eos_container::eintp |
Inverse (lr, lp): eint from (rho, p), replaces p2eint bisection at runtime. Stored as log10(eint/nH), CGS axis units before shift.
Definition at line 186 of file mod_eos_container.t.
◆ eintp_x
| type(eos_table_container) mod_eos_container::eos_container::eintp_x |
Definition at line 187 of file mod_eos_container.t.
◆ eintp_xy
| type(eos_table_container) mod_eos_container::eos_container::eintp_xy |
Definition at line 189 of file mod_eos_container.t.
◆ eintp_y
| type(eos_table_container) mod_eos_container::eos_container::eintp_y |
Definition at line 188 of file mod_eos_container.t.
◆ eintt
| type(eos_table_container) mod_eos_container::eos_container::eintt |
Inverse (lr, lT): eint from (rho, T). Used by IC, HSE BC, cooling.
Definition at line 198 of file mod_eos_container.t.
◆ eintt_x
| type(eos_table_container) mod_eos_container::eos_container::eintt_x |
Definition at line 199 of file mod_eos_container.t.
◆ eintt_xy
| type(eos_table_container) mod_eos_container::eos_container::eintt_xy |
Definition at line 201 of file mod_eos_container.t.
◆ eintt_y
| type(eos_table_container) mod_eos_container::eos_container::eintt_y |
Definition at line 200 of file mod_eos_container.t.
◆ eion_per_nh
| double precision mod_eos_container::eos_container::eion_per_nh |
Fully-ionised regime bypass constants (precomputed in eos_finalise)
Definition at line 132 of file mod_eos_container.t.
◆ energy
| double precision mod_eos_container::eos_container::energy |
Definition at line 132 of file mod_eos_container.t.
◆ eos_type [1/2]
Definition at line 113 of file mod_eos_container.t.
◆ eos_type [2/2]
Definition at line 116 of file mod_eos_container.t.
◆ erg
| type(eos_table_container) mod_eos_container::eos_container::erg |
Definition at line 179 of file mod_eos_container.t.
◆ fast
| type(eos_table_container) mod_eos_container::eos_container::fast |
Definition at line 147 of file mod_eos_container.t.
◆ fi
| double precision mod_eos_container::eos_container::fi = 2 + 3*A_He |
Definition at line 135 of file mod_eos_container.t.
◆ first
| type(eos_table_container) mod_eos_container::eos_container::first |
Definition at line 146 of file mod_eos_container.t.
◆ for
| type(eos_table_container) mod_eos_container::eos_container::for |
Definition at line 147 of file mod_eos_container.t.
◆ form
| integer mod_eos_container::eos_container::form |
Definition at line 115 of file mod_eos_container.t.
◆ fully
| double precision mod_eos_container::eos_container::fully |
Definition at line 133 of file mod_eos_container.t.
◆ g1p
| type(eos_table_container) mod_eos_container::eos_container::g1p |
Inverse (lr, lp): gamma_1 at (rho, p) for csound2-from-pressure paths.
Definition at line 192 of file mod_eos_container.t.
◆ g1p_x
| type(eos_table_container) mod_eos_container::eos_container::g1p_x |
Definition at line 193 of file mod_eos_container.t.
◆ g1p_xy
| type(eos_table_container) mod_eos_container::eos_container::g1p_xy |
Definition at line 195 of file mod_eos_container.t.
◆ g1p_y
| type(eos_table_container) mod_eos_container::eos_container::g1p_y |
Definition at line 194 of file mod_eos_container.t.
◆ gamma
| double precision mod_eos_container::eos_container::gamma |
Definition at line 123 of file mod_eos_container.t.
◆ gamma1
| type(eos_table_container) mod_eos_container::eos_container::gamma1 |
Definition at line 146 of file mod_eos_container.t.
◆ gamma1_method
| character(len=20) mod_eos_container::eos_container::gamma1_method = 'exact' |
Definition at line 117 of file mod_eos_container.t.
◆ gamma1_p
| type(eos_table_container) mod_eos_container::eos_container::gamma1_p |
Definition at line 147 of file mod_eos_container.t.
◆ gamma_1
| type(eos_table_container), dimension(rho, p) mod_eos_container::eos_container::gamma_1 |
Definition at line 146 of file mod_eos_container.t.
◆ gamma_minus_1
| double precision mod_eos_container::eos_container::gamma_minus_1 |
Definition at line 124 of file mod_eos_container.t.
◆ gas
| double precision mod_eos_container::eos_container::gas |
Definition at line 133 of file mod_eos_container.t.
◆ get_csound2
|
static |
Definition at line 219 of file mod_eos_container.t.
◆ get_ne_nh
|
static |
Definition at line 217 of file mod_eos_container.t.
◆ get_nh
|
static |
Definition at line 216 of file mod_eos_container.t.
◆ get_rfactor
|
static |
Definition at line 214 of file mod_eos_container.t.
◆ get_rho
|
static |
Definition at line 215 of file mod_eos_container.t.
◆ get_te
|
static |
Definition at line 218 of file mod_eos_container.t.
◆ get_temperature_from_eint
|
static |
Definition at line 211 of file mod_eos_container.t.
◆ get_temperature_from_etot
|
static |
Definition at line 212 of file mod_eos_container.t.
◆ get_temperature_from_pressure
|
static |
Definition at line 213 of file mod_eos_container.t.
◆ get_thermal_pressure
|
static |
Definition at line 210 of file mod_eos_container.t.
◆ he_abundance
| double precision mod_eos_container::eos_container::he_abundance |
Definition at line 122 of file mod_eos_container.t.
◆ il_nq
| integer mod_eos_container::eos_container::il_nq = 3 |
Definition at line 204 of file mod_eos_container.t.
◆ in
| type(eos_table_container) mod_eos_container::eos_container::in |
Definition at line 150 of file mod_eos_container.t.
◆ index
| type(eos_table_container) mod_eos_container::eos_container::index |
Definition at line 146 of file mod_eos_container.t.
◆ integer
| integer mod_eos_container::eos_container::integer |
Definition at line 115 of file mod_eos_container.t.
◆ interleaved
| integer mod_eos_container::eos_container::interleaved |
Definition at line 204 of file mod_eos_container.t.
◆ inv_gamma
| double precision mod_eos_container::eos_container::inv_gamma |
Definition at line 125 of file mod_eos_container.t.
◆ inv_gamma_minus_1
| double precision mod_eos_container::eos_container::inv_gamma_minus_1 |
Definition at line 126 of file mod_eos_container.t.
◆ inv_squared_c
| double precision mod_eos_container::eos_container::inv_squared_c |
Definition at line 128 of file mod_eos_container.t.
◆ inv_squared_c0
| double precision mod_eos_container::eos_container::inv_squared_c0 |
Definition at line 127 of file mod_eos_container.t.
◆ inverse
| type(eos_table_container) mod_eos_container::eos_container::inverse |
Definition at line 148 of file mod_eos_container.t.
◆ ione
| logical mod_eos_container::eos_container::ione |
Definition at line 120 of file mod_eos_container.t.
◆ ionisation
| double precision mod_eos_container::eos_container::ionisation |
Definition at line 132 of file mod_eos_container.t.
◆ ionised
| double precision mod_eos_container::eos_container::ionised = 1 + 2*A_He |
Definition at line 133 of file mod_eos_container.t.
◆ is
| double precision mod_eos_container::eos_container::is |
Definition at line 133 of file mod_eos_container.t.
◆ k
| type(eos_table_container), dimension (cgs-stored) mod_eos_container::eos_container::k |
Definition at line 175 of file mod_eos_container.t.
◆ log10
| type(eos_table_container), dimension(eint/nh) mod_eos_container::eos_container::log10 |
Definition at line 149 of file mod_eos_container.t.
◆ log_p
| type(eos_table_container) mod_eos_container::eos_container::log_p |
Definition at line 149 of file mod_eos_container.t.
◆ lookup
| type(eos_table_container) mod_eos_container::eos_container::lookup |
Definition at line 150 of file mod_eos_container.t.
◆ merged
| type(eos_table_container) mod_eos_container::eos_container::merged |
Definition at line 149 of file mod_eos_container.t.
◆ method [1/2]
Definition at line 114 of file mod_eos_container.t.
◆ method [2/2]
Definition at line 115 of file mod_eos_container.t.
◆ method_id
| integer mod_eos_container::eos_container::method_id = EOS_STATE |
Definition at line 115 of file mod_eos_container.t.
◆ n_per_nh_fi
| double precision mod_eos_container::eos_container::n_per_nh_fi |
Definition at line 135 of file mod_eos_container.t.
◆ ne
| double precision mod_eos_container::eos_container::ne |
Definition at line 136 of file mod_eos_container.t.
◆ neonh
| type(eos_table_container) mod_eos_container::eos_container::neonh |
Leaving a comment here to remind me that it's a bad idea to have anything outside of the w() array if one wants to /ensure/ the fields are consistent given OMP directives and load balancing.
Definition at line 143 of file mod_eos_container.t.
◆ neonh_fi
| double precision mod_eos_container::eos_container::neonh_fi |
Definition at line 136 of file mod_eos_container.t.
◆ neonh_x
| type(eos_table_container) mod_eos_container::eos_container::neonh_x |
Entropy-method tables (eosmethod == 'entropy'). Each quantity Q is stored as four containers – Q, Q_x, Q_y, Q_xy (value plus the two first derivatives and the cross derivative) – fully determining the bicubic Hermite polynomial in each cell (mod_eos_LTE_entropy). Five quantities: Forward (log_nH, log_eint/nH): Tfwd, pfwd, neOnH. Inverse (log_nH, log_p/nH): eintP, g1p (= Gamma_1). Inverse (log_nH, log_T): eintT. The inverse tables are bisected against the analytic Saha solver at build time and frozen to disk, so every runtime query is one lookup.
Forward (lr, le): ionisation fraction. The neOnH value container is the existing neOnH field above; add three derivative tables.
Definition at line 165 of file mod_eos_container.t.
◆ neonh_xy
| type(eos_table_container) mod_eos_container::eos_container::neonh_xy |
Definition at line 167 of file mod_eos_container.t.
◆ neonh_y
| type(eos_table_container) mod_eos_container::eos_container::neonh_y |
Definition at line 166 of file mod_eos_container.t.
◆ nh [1/2]
| double precision, dimension(nh, t) mod_eos_container::eos_container::nh |
Definition at line 132 of file mod_eos_container.t.
◆ nh [2/2]
| type(eos_table_container), dimension(nh, t) mod_eos_container::eos_container::nh |
Definition at line 148 of file mod_eos_container.t.
◆ nh2rhofactor
| double precision mod_eos_container::eos_container::nh2rhofactor |
Definition at line 129 of file mod_eos_container.t.
◆ number
| integer mod_eos_container::eos_container::number |
Definition at line 204 of file mod_eos_container.t.
◆ of
| integer mod_eos_container::eos_container::of |
Definition at line 115 of file mod_eos_container.t.
◆ or
| character(len=20), dimension (accurate) mod_eos_container::eos_container::or |
Definition at line 114 of file mod_eos_container.t.
◆ p [1/2]
| double precision mod_eos_container::eos_container::p |
Definition at line 134 of file mod_eos_container.t.
◆ p [2/2]
| type(eos_table_container) mod_eos_container::eos_container::p |
Definition at line 150 of file mod_eos_container.t.
◆ p2eint
| type(eos_table_container) mod_eos_container::eos_container::p2eint |
Definition at line 145 of file mod_eos_container.t.
◆ p2eint_method
Definition at line 118 of file mod_eos_container.t.
◆ p_over_nh
| type(eos_table_container), dimension (1+he+y) mod_eos_container::eos_container::p_over_nh |
Definition at line 150 of file mod_eos_container.t.
◆ p_rho_fi_threshold
| double precision mod_eos_container::eos_container::p_rho_fi_threshold |
Definition at line 134 of file mod_eos_container.t.
◆ p_to_e
|
static |
Definition at line 208 of file mod_eos_container.t.
◆ particles
| double precision mod_eos_container::eos_container::particles |
Definition at line 135 of file mod_eos_container.t.
◆ per
| double precision mod_eos_container::eos_container::per |
Definition at line 132 of file mod_eos_container.t.
◆ pfwd
| type(eos_table_container) mod_eos_container::eos_container::pfwd |
Definition at line 179 of file mod_eos_container.t.
◆ pfwd_x
| type(eos_table_container) mod_eos_container::eos_container::pfwd_x |
Definition at line 180 of file mod_eos_container.t.
◆ pfwd_xy
| type(eos_table_container) mod_eos_container::eos_container::pfwd_xy |
Definition at line 182 of file mod_eos_container.t.
◆ pfwd_y
| type(eos_table_container) mod_eos_container::eos_container::pfwd_y |
Definition at line 181 of file mod_eos_container.t.
◆ pi
| character(len=20) mod_eos_container::eos_container::pi |
Definition at line 119 of file mod_eos_container.t.
◆ pi_table
| character(len=20) mod_eos_container::eos_container::pi_table = 'chromosphere' |
Definition at line 119 of file mod_eos_container.t.
◆ quantities
| integer mod_eos_container::eos_container::quantities |
Definition at line 204 of file mod_eos_container.t.
◆ rho
| double precision mod_eos_container::eos_container::rho |
Definition at line 133 of file mod_eos_container.t.
◆ t
| type(eos_table_container) mod_eos_container::eos_container::t |
Definition at line 144 of file mod_eos_container.t.
◆ table [1/2]
| character(len=20) mod_eos_container::eos_container::table |
Definition at line 119 of file mod_eos_container.t.
◆ table [2/2]
| type(eos_table_container) mod_eos_container::eos_container::table |
Definition at line 148 of file mod_eos_container.t.
◆ table_eint_il
| double precision, dimension (3, dim1, dim2), allocatable mod_eos_container::eos_container::table_eint_il |
Interleaved Group A table: T, neOnH, p_over_nH at same (nH, eint/nH) grid.
Definition at line 203 of file mod_eos_container.t.
◆ table_location
| character(len=std_len) mod_eos_container::eos_container::table_location |
Definition at line 121 of file mod_eos_container.t.
◆ tfwd
| type(eos_table_container) mod_eos_container::eos_container::tfwd |
Forward (lr, le): direct T and p tables. We do NOT derive T from ds/dy of the s polynomial at runtime; the bicubic Hermite gives O(h^3) error in derivatives vs O(h^4) in values. Storing T and p as their own bicubic Hermite tables (built from the same Saha call as s) keeps O(h^4) accuracy and preserves Maxwell consistency at every node (T, p, s, gamma1 all from one Saha state).
Definition at line 175 of file mod_eos_container.t.
◆ tfwd_x
| type(eos_table_container) mod_eos_container::eos_container::tfwd_x |
Definition at line 176 of file mod_eos_container.t.
◆ tfwd_xy
| type(eos_table_container) mod_eos_container::eos_container::tfwd_xy |
Definition at line 178 of file mod_eos_container.t.
◆ tfwd_y
| type(eos_table_container) mod_eos_container::eos_container::tfwd_y |
Definition at line 177 of file mod_eos_container.t.
◆ to_conserved
|
static |
Definition at line 206 of file mod_eos_container.t.
◆ to_primitive [1/2]
|
static |
Definition at line 150 of file mod_eos_container.t.
◆ to_primitive [2/2]
|
static |
Definition at line 207 of file mod_eos_container.t.
◆ total
| double precision mod_eos_container::eos_container::total |
Definition at line 132 of file mod_eos_container.t.
◆ type_id
| integer mod_eos_container::eos_container::type_id = EOS_TYPE_FI |
Definition at line 116 of file mod_eos_container.t.
◆ units
| double precision mod_eos_container::eos_container::units |
Definition at line 132 of file mod_eos_container.t.
◆ update_eos
|
static |
Definition at line 209 of file mod_eos_container.t.
◆ wb
| type(eos_table_container) mod_eos_container::eos_container::wb |
Definition at line 149 of file mod_eos_container.t.
◆ when
| double precision mod_eos_container::eos_container::when |
Definition at line 135 of file mod_eos_container.t.
◆ which
| double precision mod_eos_container::eos_container::which |
Definition at line 133 of file mod_eos_container.t.
◆ x
| type(eos_table_container) mod_eos_container::eos_container::x = log10(nH) |
Definition at line 187 of file mod_eos_container.t.
◆ y
| type(eos_table_container) mod_eos_container::eos_container::y = log10(p/nH) |
Definition at line 188 of file mod_eos_container.t.
The documentation for this type was generated from the following file:
- src/eos/mod_eos_container.t
