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interface.cpp File Reference

PSI User Interface. More...

#include "interface.h"

Functions
void	See_model ()
	Give HBF data in memory. More...
void	OpenModel (const string path_model)
	Opening protocol of input models (discrete and continuous). More...
void	See_simu ()
	Probability estimated results. More...
void	Bye ()
	PSI goodbye message. More...
void	Credits ()
	PSI credits message. More...
psi_options	Menu ()
	PSI interface menu. More...
void	Conversion ()
	Conversion from HBF 'column' format to HBF 'row' format. More...
void	Stat ()
	Statistics results of coalesce time. More...
void	Unif ()
	Uniformization of continuous time model. More...
void	Walk ()
	Aliasing representation for discrete distributions. More...
void	Sorry ()
	Temporary unvailable option. More...
bool	ExistsFile (const string file_name)
	Test if a file exists or not. More...
bool	Overwrite (string file_name)
	Permisson of overwrite an existing path. More...

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Detailed Description

PSI User Interface.

Author:

- Florent.Morata@imag.fr

• Corine.Marchand@imag.fr
• Jean-Marc.Vincent@imag.fr

Date:

November 27, 2002.

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Function Documentation

void Bye (    )

PSI goodbye message.

void Conversion (    )

Conversion from HBF 'column' format to HBF 'row' format. Returns: Corresponding file of new (classical) HBF format.

void Credits (    )

PSI credits message.

bool ExistsFile (  const string    file_name )

Test if a file exists or not. Returns: true if the file exists, false otherwise.

psi_options Menu (    )

PSI interface menu. Returns: an psi_options corresponding to the asked PSI action.

void OpenModel (  const string    path_model )

Opening protocol of input models (discrete and continuous).

bool Overwrite (  string    file_name )

Permisson of overwrite an existing path. Parameters: file_name  a string corresponding to the output test file. Returns: True if user want to overwrite an existing file, false otherwise.

void See_model (    )

Give HBF data in memory.

void See_simu (    )

Probability estimated results.

void Sorry (    )

Temporary unvailable option.

void Stat (    )

Statistics results of coalesce time. We give an input 'sample' file to obtain classical statistics results of CFTP algorithm iterations.

void Unif (    )

Uniformization of continuous time model. It returns a 'unif' file which contains discrete equivalent model (in terms of stationary distribution).

void Walk (    )

Aliasing representation for discrete distributions. User has choice to 'row' or 'column' storage of Walker arrays. But be careful !!! Only 'column' storage is adapted to PSI simulation.

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