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| Neutrals (Grid grid, Inputs input, Report report) |
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species_chars | create_species (Grid grid) |
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int | read_planet_file (Inputs input, Report report) |
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int | initial_conditions (Grid grid, Inputs input, Report report) |
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void | fill_with_hydrostatic (Grid grid, Report report) |
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void | calc_mass_density (Report &report) |
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void | calc_specific_heat (Report &report) |
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void | calc_chapman (Grid grid, Report &report) |
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void | calc_conduction (Grid grid, Times time, Report &report) |
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void | add_sources (Times time, Report &report) |
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void | set_bcs (Report &report) |
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int | get_species_id (std::string name, Report &report) |
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arma_cube | density_scgc |
| | bulk number density (/m3)
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std::vector< arma_cube > | velocity_vcgc |
| | bulk velocity (m/s)
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arma_cube | temperature_scgc |
| | bunk temperature (K)
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arma_cube | rho_scgc |
| | bulk mass density (kg/m3)
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arma_cube | mean_major_mass_scgc |
| | mean major mass (kg)
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arma_cube | pressure_scgc |
| | mean pressure (Pa)
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arma_cube | sound_scgc |
| | speed of sound (m/s)
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arma_cube | Cv_scgc |
| | Specific heat (constant volume):
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arma_cube | gamma_scgc |
| | Bulk Gamma:
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arma_cube | kappa_scgc |
| | Bulk thermal heat conduction:
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std::vector< species_chars > | species |
| | Vector of all species-specific items:
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precision_t | max_chapman = 1.0e26 |
| | Maximum Chapman integral (will give nearly infinite tau in EUV)
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arma_cube | conduction_scgc |
| | Bulk neutral thermal conduction temperature change rate (K/s)
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arma_cube | heating_euv_scgc |
| | Bulk neutral EUV heating temperatuare change (K/s)
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precision_t | heating_efficiency |
| | Nuetral gas direct absorption heating efficiency (~5%)
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float * | initial_temperatures |
| | Initial temperature profile, read in through the planet.in file:
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float * | initial_altitudes |
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int | nInitial_temps = 0 |
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std::string | density_name = "Neutral Bulk Density" |
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std::string | density_unit = "(/m3)" |
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std::vector< std::string > | velocity_name |
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std::string | velocity_unit = "(m/s)" |
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std::string | temperature_name = "Temperature" |
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std::string | temperature_unit = "(K)" |
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The documentation for this class was generated from the following files:
- include/neutrals.h
- src/add_sources.cpp
- src/calc_neutral_derived.cpp
- src/neutrals.cpp