to store the specification of a posture on the MoBAN mobility model. More...

#include <Posture.h>

Public Member Functions
	Posture (unsigned int, unsigned int)
	Construct a posture object with the given ID and number of nodes, respectively. More...

	~Posture ()

int	getNumNodes () const
	Return the number of nodes existing in the WBAN. More...

bool	setPostureName (char *)
	Set the given name for the posture. More...

bool	setPostureSpeed (double, double)
	Set the minimum and maximum value for the speed range of the whole WBAN (global movement) in this posture. More...

bool	setRadius (unsigned int, double)
	Set the radius of the sphere for movement of a singular node in this posture. More...

bool	setSpeed (unsigned int, double)
	Set the velocity for movement of a singular node in this posture. More...

bool	setPs (unsigned int, Coord)
	Set the relative position of a node in this posture. More...

bool	setAlphaMean (unsigned int, unsigned int, double)
	Set the mean value of a normal distribution for path lost coefficient of wave propagation between two nodes in this posture. More...

bool	setAlphaSD (unsigned int, unsigned int, double)
	Set the standard deviation of a normal distribution for path lost coefficient of wave propagation between two nodes in this posture. More...

bool	isMobile ()
	Check if this posture is mobile by checking the maximum possible speed. More...

int	getPostureID ()
	Returns the unique Id (index) of this posture. More...

char *	getPostureName ()
	Returns posture name. More...

double	getMaxSpeed ()
	Returns maximum value of the speed range of this posture. More...

double	getMinSpeed ()
	Returns minimum value of the speed range of this posture. More...

double	getRadius (unsigned int)
	Returns the singular movement radius of a node in this posture. More...

double	getSpeed (unsigned int)
	Returns the singular movement speed of a node in this posture. More...

Coord	getPs (unsigned int)
	Returns the relative position of a node in this posture. More...

double	getAlphaMean (unsigned int, unsigned int)
	Returns the mean value of a normal distribution for path lost coefficient of wave propagation between two nodes in this posture. More...

double	getAlphaSD (unsigned int, unsigned int)
	Returns the standard deviation of a normal distribution for path lost coefficient of wave propagation between two nodes in this posture. More...

Protected Attributes
unsigned int	numNodes = 0
	Number of nodes existing in the WBAN. More...

unsigned int	postureID = 0
	The unique ID of the posture. More...

Coord *	nodePs = nullptr
	The relative reference position of each node in this posture. More...

char *	posture_name = nullptr
	A given name to the posture like walking, sitting. More...

double **	alphaMean = nullptr
	Mean value of the normal distribution for the path lost coefficient (alpha) for any pair of nodes (numNodes by numNodes matrix) More...

double **	alphaSD = nullptr
	Mean value of the normal distribution for the path lost coefficient (alpha) for any pair of nodes (numNodes by numNodes matrix) More...

double *	nodeRadius = nullptr
	Radious of the sphere around each node for individual mobility. More...

double *	nodeSpeed = nullptr
	Movement speed of the node for individual mobility. More...

double	maxSpeed = NaN
	Maximum value of the speed range for the global movement in this posture. More...

double	minSpeed = NaN
	Minimum value of the speed range for the global movement in this posture. More...

Detailed Description

to store the specification of a posture on the MoBAN mobility model.

Author: Majid Nabi

Constructor & Destructor Documentation

◆ Posture()

inet::Posture::Posture	(	unsigned int	ID,
		unsigned int	num
	)

Construct a posture object with the given ID and number of nodes, respectively.

 {
     postureID = ID;
     numNodes = num;
  
     nodePs = new Coord[numNodes];
     nodeRadius = new double[numNodes];
     nodeSpeed = new double[numNodes];
  
     alphaMean = new double *[numNodes];
     for (unsigned int i = 0; i < numNodes; ++i)
         alphaMean[i] = new double[numNodes];
  
     alphaSD = new double *[numNodes];
     for (unsigned int i = 0; i < numNodes; ++i)
         alphaSD[i] = new double[numNodes];
 }

◆ ~Posture()

inet::Posture::~Posture ( )

 {
     delete[] nodePs;
     delete[] nodeRadius;
     delete[] nodeSpeed;
  
     for (unsigned int i = 0; i < numNodes; ++i)
         delete[] alphaMean[i];
     delete[] alphaMean;
  
     for (unsigned int i = 0; i < numNodes; ++i)
         delete[] alphaSD[i];
     delete[] alphaSD;
  
     delete[] posture_name;
 }

Member Function Documentation

◆ getAlphaMean()

double inet::Posture::getAlphaMean	(	unsigned int	i,
		unsigned int	j
	)

Returns the mean value of a normal distribution for path lost coefficient of wave propagation between two nodes in this posture.

 {
     if (i < numNodes && j < numNodes)
         return alphaMean[i][j];
  
     return -1;
 }

◆ getAlphaSD()

double inet::Posture::getAlphaSD	(	unsigned int	i,
		unsigned int	j
	)

Returns the standard deviation of a normal distribution for path lost coefficient of wave propagation between two nodes in this posture.

 {
     if (i < numNodes && j < numNodes)
         return alphaSD[i][j];
  
     return -1;
 }

◆ getMaxSpeed()

double inet::Posture::getMaxSpeed ( )

Returns maximum value of the speed range of this posture.

 {
     return maxSpeed;
 }

Referenced by inet::MoBanCoordinator::selectSpeed().

◆ getMinSpeed()

double inet::Posture::getMinSpeed ( )

Returns minimum value of the speed range of this posture.

 {
     return minSpeed;
 }

Referenced by inet::MoBanCoordinator::selectSpeed().

◆ getNumNodes()

int inet::Posture::getNumNodes ( ) const

inline

Return the number of nodes existing in the WBAN.

101 { return numNodes; }

◆ getPostureID()

int inet::Posture::getPostureID ( )

Returns the unique Id (index) of this posture.

 {
     return postureID;
 }

Referenced by inet::MoBanCoordinator::selectPosture(), and inet::MoBanCoordinator::setTargetPosition().

◆ getPostureName()

char * inet::Posture::getPostureName ( )

Returns posture name.

 {
     return posture_name;
 }

Referenced by inet::MoBanCoordinator::readConfigurationFile(), inet::MoBanCoordinator::refreshDisplay(), and inet::MoBanCoordinator::setTargetPosition().

◆ getPs()

Coord inet::Posture::getPs ( unsigned int i )

Returns the relative position of a node in this posture.

 {
     if (i < numNodes)
         return nodePs[i];
  
     return Coord(-1, -1, -1);
 }

Referenced by inet::MoBanCoordinator::isInsideWorld(), and inet::MoBanCoordinator::publishToNodes().

◆ getRadius()

double inet::Posture::getRadius ( unsigned int i )

Returns the singular movement radius of a node in this posture.

 {
     if (i < numNodes)
         return nodeRadius[i];
  
     return -1;
 }

Referenced by inet::MoBanCoordinator::publishToNodes().

◆ getSpeed()

double inet::Posture::getSpeed ( unsigned int i )

Returns the singular movement speed of a node in this posture.

 {
     if (i < numNodes)
         return nodeSpeed[i];
  
     return -1;
 }

Referenced by inet::MoBanCoordinator::publishToNodes().

◆ isMobile()

bool inet::Posture::isMobile ( )

Check if this posture is mobile by checking the maximum possible speed.

 {
     return maxSpeed > 0;
 }

Referenced by inet::MoBanCoordinator::setTargetPosition().

◆ setAlphaMean()

bool inet::Posture::setAlphaMean	(	unsigned int	i,
		unsigned int	j,
		double	alpha_mean
	)

Set the mean value of a normal distribution for path lost coefficient of wave propagation between two nodes in this posture.

 {
     if (i < numNodes && j < numNodes) {
         alphaMean[i][j] = alpha_mean;
         return true;
     }
     return false;
 }

◆ setAlphaSD()

bool inet::Posture::setAlphaSD	(	unsigned int	i,
		unsigned int	j,
		double	alpha_sd
	)

Set the standard deviation of a normal distribution for path lost coefficient of wave propagation between two nodes in this posture.

 {
     if (i < numNodes && j < numNodes) {
         alphaSD[i][j] = alpha_sd;
         return true;
     }
     return false;
 }

◆ setPostureName()

bool inet::Posture::setPostureName ( char * str )

Set the given name for the posture.

 {
     delete[] posture_name;
     posture_name = opp_strdup(str);
     return true;
 }

◆ setPostureSpeed()

bool inet::Posture::setPostureSpeed	(	double	min,
		double	max
	)

Set the minimum and maximum value for the speed range of the whole WBAN (global movement) in this posture.

 {
     if (max < min)
         return false;
  
     maxSpeed = max;
     minSpeed = min;
     return true;
 }

◆ setPs()

bool inet::Posture::setPs	(	unsigned int	i,
		Coord	ps
	)

Set the relative position of a node in this posture.

 {
     if (i < numNodes) {
         nodePs[i] = ps;
         return true;
     }
     return false;
 }

◆ setRadius()

bool inet::Posture::setRadius	(	unsigned int	i,
		double	radius
	)

Set the radius of the sphere for movement of a singular node in this posture.

 {
     if (i < numNodes) {
         nodeRadius[i] = radius;
         return true;
     }
     return false;
 }

◆ setSpeed()

bool inet::Posture::setSpeed	(	unsigned int	i,
		double	speed
	)

Set the velocity for movement of a singular node in this posture.

 {
     if (i < numNodes) {
         nodeSpeed[i] = speed;
         return true;
     }
     return false;
 }

Member Data Documentation

◆ alphaMean

double** inet::Posture::alphaMean = nullptr

protected

Mean value of the normal distribution for the path lost coefficient (alpha) for any pair of nodes (numNodes by numNodes matrix)

Referenced by getAlphaMean(), Posture(), setAlphaMean(), and ~Posture().

◆ alphaSD

double** inet::Posture::alphaSD = nullptr

protected

Mean value of the normal distribution for the path lost coefficient (alpha) for any pair of nodes (numNodes by numNodes matrix)

Referenced by getAlphaSD(), Posture(), setAlphaSD(), and ~Posture().

◆ maxSpeed

double inet::Posture::maxSpeed = NaN

protected

Maximum value of the speed range for the global movement in this posture.

Referenced by getMaxSpeed(), isMobile(), and setPostureSpeed().

◆ minSpeed

double inet::Posture::minSpeed = NaN

protected

Minimum value of the speed range for the global movement in this posture.

Referenced by getMinSpeed(), and setPostureSpeed().

◆ nodePs

Coord* inet::Posture::nodePs = nullptr

protected

The relative reference position of each node in this posture.

Referenced by getPs(), Posture(), setPs(), and ~Posture().

◆ nodeRadius

double* inet::Posture::nodeRadius = nullptr

protected

Radious of the sphere around each node for individual mobility.

Referenced by getRadius(), Posture(), setRadius(), and ~Posture().

◆ nodeSpeed

double* inet::Posture::nodeSpeed = nullptr

protected

Movement speed of the node for individual mobility.

Referenced by getSpeed(), Posture(), setSpeed(), and ~Posture().

◆ numNodes

unsigned int inet::Posture::numNodes = 0

protected

Number of nodes existing in the WBAN.

Referenced by getAlphaMean(), getAlphaSD(), getPs(), getRadius(), getSpeed(), Posture(), setAlphaMean(), setAlphaSD(), setPs(), setRadius(), setSpeed(), and ~Posture().

◆ posture_name

char* inet::Posture::posture_name = nullptr

protected

A given name to the posture like walking, sitting.

It might be used for showing the current posture in the graphical interface during the simulation run

Referenced by getPostureName(), setPostureName(), and ~Posture().

◆ postureID

unsigned int inet::Posture::postureID = 0

protected

The unique ID of the posture.

Referenced by getPostureID(), and Posture().

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

Public Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

◆ Posture()

◆ ~Posture()

Member Function Documentation

◆ getAlphaMean()

◆ getAlphaSD()

◆ getMaxSpeed()

◆ getMinSpeed()

◆ getNumNodes()

◆ getPostureID()

◆ getPostureName()

◆ getPs()

◆ getRadius()

◆ getSpeed()

◆ isMobile()

◆ setAlphaMean()

◆ setAlphaSD()

◆ setPostureName()

◆ setPostureSpeed()

◆ setPs()

◆ setRadius()

◆ setSpeed()

Member Data Documentation

◆ alphaMean

◆ alphaSD

◆ maxSpeed

◆ minSpeed

◆ nodePs

◆ nodeRadius

◆ nodeSpeed

◆ numNodes

◆ posture_name

◆ postureID