Problem Control
[Problem Definition]

Collaboration diagram for Problem Control:

Functions
void *	pdr_get_problem_structure (int Problem_id)
int	pdr_problem_name (int Problem_id, char *Problem_name)
int	pdr_ctrl_i_params (int Problem_id, int Num)
double	pdr_ctrl_d_params (int Problem_id, int Num)
int	pdr_adapt_i_params (int Problem_id, int Num)
double	pdr_adapt_d_params (int Problem_id, int Num)
int	pdr_time_i_params (int Problem_id, int Num)
double	pdr_time_d_params (int Problem_id, int Num)
void	pdr_set_time_i_params (int Problem_id, int Num, int Value)
void	pdr_set_time_d_params (int Problem_id, int Num, double Value)
int	pdr_lins_i_params (int Problem_id, int Num)
double	pdr_lins_d_params (int Problem_id, int Num)
void	pdr_change_data (int Problem_id)

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Function Documentation

double pdr_adapt_d_params	(	int	Problem_id,
		int	Num
	)

-------------------------------------------------------- pdr_adapt_d_params - to return parameters of adaptation if(Num==5) return(problem->adpt.eps); else if(Num==6) return(problem->adpt.ratio); ---------------------------------------------------------

Parameters:

	Problem_id	returns: real adaptation parameter
	Num	in: data structure to be used in: parameter number in control structure

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int pdr_adapt_i_params	(	int	Problem_id,
		int	Num
	)

-------------------------------------------------------- pdr_adapt_i_params - to return parameters of adaptation if(Num==1) return(problem->adpt.type); else if(Num==2) return(problem->adpt.interval); else if(Num==3) return(problem->adpt.maxgen); else if(Num==4) return(problem->adpt.maxgendiff); else if(Num==7) return(problem->adpt.monitor); ---------------------------------------------------------

Parameters:

	Problem_id	returns: integer adaptation parameter
	Num	in: data structure to be used in: parameter number in control structure

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void pdr_change_data

(

int

Problem_id

)

-------------------------------------------------------- pdr_change_data - to change some of control data ---------------------------------------------------------

Parameters:

Problem_id

in: data structure to be used

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double pdr_ctrl_d_params	(	int	Problem_id,
		int	Num
	)

-------------------------------------------------------- pdr_ctrl_d_params - to return one of control parameters if(Num==8) return(problem->ctrl.coeff1); else if(Num==9) return(problem->ctrl.coeff2); else if(Num==10) return(problem->ctrl.coeff3); ---------------------------------------------------------

Parameters:

	Problem_id	returns: integer problem parameter
	Num	in: problem ID in: parameter number in control structure

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int pdr_ctrl_i_params	(	int	Problem_id,
		int	Num
	)

-------------------------------------------------------- pdr_ctrl_i_params - to return one of control parameters if(Num==1) return(problem->ctrl.name); - changed for string else if(Num==2) return(problem->ctrl.mesh_id); else if(Num==3) return(problem->ctrl.field_id); else if(Num==4) return(problem->ctrl.init_bvp); else if(Num==5) return(problem->ctrl.nreq); else if(Num==9) return(problem->ctrl.nr_sol); else if(Num==6) return(problem->ctrl.nr_mat); else if(Num==7) return(problem->ctrl.slope); else if(Num==8) return(problem->ctrl.base); ---------------------------------------------------------

Parameters:

	Problem_id	returns: integer problem parameter
	Num	in: problem ID in: parameter number in control structure

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void* pdr_get_problem_structure

(

int

Problem_id

)

----------------------------------------------------------- pdr_get_problem_structure - to return pointer to problem structure ------------------------------------------------------------

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double pdr_lins_d_params	(	int	Problem_id,
		int	Num
	)

-------------------------------------------------------- pdr_lins_d_params - to return parameters of linear equations solver ---------------------------------------------------------

Parameters:

	Problem_id	returns: real linear solver parameter
	Num	in: data structure to be used in: parameter number in control structure

int pdr_lins_i_params	(	int	Problem_id,
		int	Num
	)

-------------------------------------------------------- pdr_lins_i_params - to return parameters of linear equations solver ---------------------------------------------------------

Parameters:

	Problem_id	returns: integer linear solver parameter
	Num	in: data structure to be used in: parameter number in control structure

int pdr_problem_name	(	int	Problem_id,
		char *	Problem_name
	)

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void pdr_set_time_d_params	(	int	Problem_id,
		int	Num,
		double	Value
	)

-------------------------------------------------------- pdr_set_time_d_params - to change parameters of time discretization ---------------------------------------------------------

Parameters:

	Num	in: data structure to be used
	Value	in: parameter number in control structure in: parameter value

void pdr_set_time_i_params	(	int	Problem_id,
		int	Num,
		int	Value
	)

-------------------------------------------------------- pdr_set_time_i_params - to change parameters of time discretization ---------------------------------------------------------

Parameters:

	Num	in: data structure to be used
	Value	in: parameter number in control structure in: parameter value

double pdr_time_d_params	(	int	Problem_id,
		int	Num
	)

----------------------------------------------------------- pdr_time_d_params - to return parameters of timeation ------------------------------------------------------------

int pdr_time_i_params	(	int	Problem_id,
		int	Num
	)

----------------------------------------------------------- pdr_time_i_params - to return parameters of timeation ------------------------------------------------------------