read_files_ns Namespace Reference

Define some types used to pass data to functions. More...

Typedefs
using	EquationNdop = std::array< int, 4 >
using	EquationOutputs = std::array< consts::OutputNameType, maxOutput >
using	EquationPhys = std::vector< consts::EquationType >
using	EquationProps = std::array< std::array< consts::PhysicalPropertyType, consts::maxNProp >, 20 >

Functions
void	face_match (ComMod &com_mod, faceType &lFa, faceType &gFa, Vector< int > &ptr)
	Match two faces?
void	read_bc (Simulation *simulation, EquationParameters *eq_params, eqType &lEq, BoundaryConditionParameters *bc_params, bcType &lBc)
void	read_bct (ComMod &com_mod, MBType &lMB, faceType &lFa, const std::string &fName)
void	read_bf (ComMod &com_mod, BodyForceParameters *bf_params, bfType &lBf)
void	read_cep_domain (Simulation *simulation, EquationParameters *eq_params, DomainParameters *domain_params, dmnType &lDmn)
void	read_cep_equation (CepMod *cep_mod, Simulation *simulation, EquationParameters *eq_params)
void	read_active_stress (dmnType &lDmn, DomainParameters *domain_params)
	Read parameters related to active stress.
void	read_domain (Simulation *simulation, EquationParameters *eq_params, eqType &lEq, EquationProps &propList, EquationPhys physI)
void	read_eq (Simulation *simulation, EquationParameters *eq_params, eqType &lEq)
void	read_files (Simulation *simulation, const std::string &file_name)
void	read_ls (Simulation *simulation, EquationParameters *eq_params, consts::SolverType ils_type, eqType &lEq)
void	read_mat_model (Simulation *simulation, EquationParameters *eq_params, DomainParameters *domain_params, dmnType &lDmn)
void	read_outputs (Simulation *simulation, EquationParameters *eq_params, eqType &lEq, EquationNdop &nDOP, EquationOutputs &outPuts)
void	read_spatial_values (const ComMod &com_mod, const mshType &msh, const faceType &lFa, const std::string &file_name, bcType &lBc)
void	read_temp_spat_values (const ComMod &com_mod, const mshType &msh, const faceType &lFa, const std::string &file_name, bcType &lBc)
void	read_temp_spat_values (const ComMod &com_mod, const mshType &msh, const std::string &file_name, bfType &lBf)
void	read_trac_bcff (ComMod &com_mod, MBType &lMB, faceType &lFa, const std::string &fName)
void	read_rmsh (Simulation *simulation, EquationParameters *eq_param)
void	read_fluid_visc_model (Simulation *simulation, EquationParameters *eq_params, DomainParameters *domain_params, dmnType &lDmn)
void	read_solid_visc_model (Simulation *simulation, EquationParameters *eq_params, DomainParameters *domain_params, dmnType &lDmn)
void	read_wall_props_ff (ComMod &com_mod, const std::string &file_name, const int iM, const int iFa)
void	set_cmm_bdry (mshType &lM, Vector< int > &bNds)
void	set_equation_properties (Simulation *simulation, EquationParameters *eq_params, eqType &lEq, EquationProps &propL, EquationOutputs &outPuts, EquationNdop &nDOP)

Variables
const int	maxOutput = 22

Detailed Description

Define some types used to pass data to functions.

Todo:

[TODO:DaveP] maxOutput=5 is is defined in consts but in the Fortran READEQ subroutine is defined as maxOutput=22.

Function Documentation

face_match()

void read_files_ns::face_match	(	ComMod &	com_mod,
		faceType &	lFa,
		faceType &	gFa,
		Vector< int > &	ptr
	)

Match two faces?

Todo:

[TODO:DaveP] this has not been tested.

read_active_stress()

void read_files_ns::read_active_stress	(	dmnType &	lDmn,
		DomainParameters *	domain_params
	)

Read parameters related to active stress.