Stores all information held in the input file that is used to configure the solver. More...

Collaboration diagram for smith::HeatTransferInputOptions:

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Static Public Member Functions
static void	defineInputFileSchema (axom::inlet::Container &container)
	Input file parameters specific to this class. More...

Public Attributes
int	order
	The order of the discretized field.

LinearSolverOptions	lin_solver_options
	The linear solver options.

NonlinearSolverOptions	nonlin_solver_options
	The linear solver options.

TimesteppingOptions	timestepping_options
	The timestepping options.

std::vector< var_thermal_material_t >	materials
	The material options.

std::optional< input::CoefficientInputOptions >	source_coef
	Source function coefficient.

std::unordered_map< std::string, input::BoundaryConditionInputOptions >	boundary_conditions
	The boundary condition information.

std::optional< input::CoefficientInputOptions >	initial_temperature
	The initial temperature field. More...

Detailed Description

Stores all information held in the input file that is used to configure the solver.

Definition at line 32 of file heat_transfer_input.hpp.

Member Function Documentation

void smith::HeatTransferInputOptions::defineInputFileSchema ( axom::inlet::Container & container )

static

Input file parameters specific to this class.

Parameters

[in] container Inlet's Container that input files will be added to

Definition at line 15 of file heat_transfer_input.cpp.

std::optional<input::CoefficientInputOptions> smith::HeatTransferInputOptions::initial_temperature

The initial temperature field.

Note: This can be used as either an intialization for dynamic simulations or an initial guess for quasi-static ones

Definition at line 87 of file heat_transfer_input.hpp.

The documentation for this struct was generated from the following files: