Radiation fluid object: gas-EoS callbacks the FLD module needs, wired by the physics module at link time (mirrors tc_fluid / rc_fluid). The instance lives in mod_(m)hd_phys and is threaded in here as fl.
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| double precision | gamma |
| | adiabatic index (constant for FI; a snapshot of eosgamma)
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| procedure(fld_get_var), pointer, nopass | get_tgas => null() |
| | gas temperature from primitive pressure, T = p/(R*rho)
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| procedure(fld_get_var), pointer, nopass | get_rfactor => null() |
| | R factor (mean-molecular-weight gas constant) for the emission term.
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Radiation fluid object: gas-EoS callbacks the FLD module needs, wired by the physics module at link time (mirrors tc_fluid / rc_fluid). The instance lives in mod_(m)hd_phys and is threaded in here as fl.
Definition at line 60 of file mod_fld.t.
◆ gamma
| double precision mod_fld::fld_fluid::gamma |
adiabatic index (constant for FI; a snapshot of eosgamma)
Definition at line 62 of file mod_fld.t.
◆ get_rfactor
| procedure(fld_get_var), pointer, nopass mod_fld::fld_fluid::get_rfactor => null() |
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R factor (mean-molecular-weight gas constant) for the emission term.
Definition at line 66 of file mod_fld.t.
◆ get_tgas
| procedure(fld_get_var), pointer, nopass mod_fld::fld_fluid::get_tgas => null() |
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gas temperature from primitive pressure, T = p/(R*rho)
Definition at line 64 of file mod_fld.t.
The documentation for this type was generated from the following file:
