Function which sets IC for MHD Bennett Equilibrium in Cylindrical and Cartesian Coordinates.
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Function which sets IC for MHD Bennett Equilibrium in Cylindrical and Cartesian Coordinates.
- See also
- wxm::apps::functions::mhd::BennettEquilibrium
- Parameters
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| fluid | Fluid variable |
| fluid_components | Components of fluid |
| gamma | Gas gamma |
| temperature | Uniform temperature |
| pinch_radius | Pinch Radius |
| pinch_current | Pinch Current |
| omega_c_tau | omega_c_tau nondimensional parameter |
| mass | mass of species (the ions) |
| charge | charge of species (the ions) |
| perturbation_fraction | fraction of perturbation in prressure |
| perturbation_wavelength | wavelength of perturbation in z-direction |
| radial_index | index of radial component in cylindrical geometry |
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| def | __init__ (self, name, fluid, gamma, temperature, pinch_radius, pinch_current, omega_c_tau, radial_index, coordinate_system=None, mass=None, charge=None, perturbation_fraction=None, perturbation_wavelength=None, fluid_components=None, on_boundaries=None, vz_sub_app=None, vr_sub_app=None, vth_sub_app=None) |
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| def | __init__ (self, name, req_attrs, opt_attrs=None, variables=None, const_variables=None, sub_applications=None) |
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| def | map_components (self, comp_map) |
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| def | variables (self) |
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| def | const_variables (self) |
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| def | components (self) |
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| def | const_components (self) |
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| def | attrs (self, stage=None) |
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| def | __init__ (self, name, applications, req_attrs, opt_attrs=None, extra_components=None, extra_const_components=None) |
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| def | convert_variable_to_components_list (self, variable, variable_components=None) |
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| def | convert_variables_to_components_list (self, variables, variables_components=None) |
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| def | convert_components_to_indexes (self, comps_list) |
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| def | internal_components (self) |
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| def | internal_const_components (self) |
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| def | map_components (self, comp_map) |
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| def | generate (self, start=None, stop=None, stride=1, explode_name=True, explode_args=True) |
| | generates a list of blocks representing this pywarp object
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