Computes the integral of DDn reactivity over domain volume, given two-temperature MHD variables.
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#include <int_DDn_dv_mhd2T.h>
Computes the integral of DDn reactivity over domain volume, given two-temperature MHD variables.
Works for Cartesian and Cylindrical geometries.
- Parameters
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For Warpy class see warpy.apps.integrate.integrate.int_DDn_dv_mhd2T and warpy.apps.integrate.integrate.int_DDn_dv_cylindrical_mhd2T
- See also
- Latex Documentation: Two-Temperature MHD for details on the model.
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std::vector< int > | stages |
| what stages this app expects as inputs, or empty to give the default stages (default is often the current stage)
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static std::vector< int > | empty |
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virtual | ~app_base ()=default |
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◆ getInputVariableIndexes()
const std::vector< int > & wxm::int_DDn_dv_mhd2T::getInputVariableIndexes |
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int |
flag = 0 | ) |
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inlineoverridevirtual |
◆ integrate()
◆ setup()
void wxm::int_DDn_dv_mhd2T::setup |
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const WxCryptSet & |
wxc | ) |
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◆ A_
real wxm::int_DDn_dv_mhd2T::A_ |
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◆ cylindrical_geometry_
bool wxm::int_DDn_dv_mhd2T::cylindrical_geometry_ |
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◆ gamma_
real wxm::int_DDn_dv_mhd2T::gamma_ |
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◆ in_vars_
std::vector<int> wxm::int_DDn_dv_mhd2T::in_vars_ |
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◆ L_
real wxm::int_DDn_dv_mhd2T::L_ |
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◆ min_density_floor_
real wxm::int_DDn_dv_mhd2T::min_density_floor_ |
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◆ min_pressure_floor_
real wxm::int_DDn_dv_mhd2T::min_pressure_floor_ |
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◆ radial_index_
int wxm::int_DDn_dv_mhd2T::radial_index_ |
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◆ setup_helper_
Helper object that automates common setup routines.
◆ T0_eV_
real wxm::int_DDn_dv_mhd2T::T0_eV_ |
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◆ tau_
real wxm::int_DDn_dv_mhd2T::tau_ |
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◆ Z_
real wxm::int_DDn_dv_mhd2T::Z_ |
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The documentation for this class was generated from the following file: