pf_global_parameters.h File Reference

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Functions
std::vector< std::string >	FIELD_NAMES ({"velocity","pressure","temperature"})

Variables
const bool	ENERGY_ENABLED = true
const double	RAYLEIGH_NUMBER = 1.e6
const double	PRANDTL_NUMBER = 0.71
const double	REYNOLDS_NUMBER = 1.
const double	SOLID_CONDUCTIVITY = 1.
const double	LIQUID_CONDUCTIVITY = 2.
const unsigned int	SCALAR_DEGREE = 1
const double	EPSILON = 1.e-14
const bool	WRITE_LINEAR_SYSTEM = true
const double	TIME_GROWTH_RATE = 2.
const std::set < dealii::types::boundary_id >	ADIABATIC_WALLS = {2, 3}
const unsigned int	MAX_TIME_STEP = 1000000

Function Documentation

std::vector<std::string> FIELD_NAMES

(

{"velocity","pressure","temperature"}

)

Todo:

: Expose to ParameterHandler

Variable Documentation

const std::set<dealii::types::boundary_id> ADIABATIC_WALLS = {2, 3}

Todo:

: Expose to ParameterHandler

const bool ENERGY_ENABLED = true

Set global parameters.

Most of these aren't actually required at compile time, and should ideally be exposed to ParameterHandler. This is just a temporary solution.

const double EPSILON = 1.e-14

Todo:

: Expose to ParameterHandler

const double LIQUID_CONDUCTIVITY = 2.

Todo:

: Expose to ParameterHandler

const unsigned int MAX_TIME_STEP = 1000000

Todo:

: Generalize boundary conditions

const double PRANDTL_NUMBER = 0.71

Todo:

: Expose to ParameterHandler

const double RAYLEIGH_NUMBER = 1.e6

Todo:

: Expose to ParameterHandler

const double REYNOLDS_NUMBER = 1.

Todo:

: Expose to ParameterHandler

const unsigned int SCALAR_DEGREE = 1

Todo:

: Expose to ParameterHandler

const double SOLID_CONDUCTIVITY = 1.

const double TIME_GROWTH_RATE = 2.

Todo:

: Expose to ParameterHandler

const bool WRITE_LINEAR_SYSTEM = true

Todo:

: Expose to ParameterHandler