com.visagetechnologies.bsc.LightConditionsResult Class Reference

Object representing the result retrieved from the light conditions analyzer. More...

Public Member Functions
void	setHasNoBacklight (boolean value)
boolean	getHasNoBacklight ()
void	setHasNoBacklightProbability (float value)
float	getHasNoBacklightProbability ()
void	setIsFaceUniformlyLit (boolean value)
boolean	getIsFaceUniformlyLit ()
void	setIsFaceUniformlyLitProbability (float value)
float	getIsFaceUniformlyLitProbability ()
void	setFrameIndex (int value)
int	getFrameIndex ()
void	setStatus (com.visagetechnologies.bsc.LightConditionsAnalysisStatus value)
com.visagetechnologies.bsc.LightConditionsAnalysisStatus	getStatus ()

Detailed Description

Object representing the result retrieved from the light conditions analyzer.

Member Function Documentation

getFrameIndex()

int com.visagetechnologies.bsc.LightConditionsResult.getFrameIndex ( )

inline

Frame index of last frame processed by light conditions analyzer.

getHasNoBacklight()

boolean com.visagetechnologies.bsc.LightConditionsResult.getHasNoBacklight ( )

inline

Boolean value that indicates whether there is a backlight in the frame or not. True means there is no backlight in the frame.

getHasNoBacklightProbability()

float com.visagetechnologies.bsc.LightConditionsResult.getHasNoBacklightProbability ( )

inline

Probability of analyzed frame not containing a backlight. Float value in range [0,1]. Larger value means a higher chance of frame not containing a backlight.

getIsFaceUniformlyLit()

boolean com.visagetechnologies.bsc.LightConditionsResult.getIsFaceUniformlyLit ( )

inline

Boolean value that indicates whether the user's face in uniformly lit (true) or not (false).

getIsFaceUniformlyLitProbability()

float com.visagetechnologies.bsc.LightConditionsResult.getIsFaceUniformlyLitProbability ( )

inline

Probability of face in the analyzed frame being uniformly lit. Float value in range [0,1]. Larger value means a higher chance of face being uniformly lit.

getStatus()

com.visagetechnologies.bsc.LightConditionsAnalysisStatus com.visagetechnologies.bsc.LightConditionsResult.getStatus ( )

inline

Analysis status for last frame processed by light conditions analyzer. Value meaning: 1 - ok, 2 - face tracker failed, 3 - one of the cheeks not visible.

setFrameIndex()

void com.visagetechnologies.bsc.LightConditionsResult.setFrameIndex ( int  value )

inline

Frame index of last frame processed by light conditions analyzer.

setHasNoBacklight()

void com.visagetechnologies.bsc.LightConditionsResult.setHasNoBacklight ( boolean  value )

inline

Boolean value that indicates whether there is a backlight in the frame or not. True means there is no backlight in the frame.

setHasNoBacklightProbability()

void com.visagetechnologies.bsc.LightConditionsResult.setHasNoBacklightProbability ( float  value )

inline

Probability of analyzed frame not containing a backlight. Float value in range [0,1]. Larger value means a higher chance of frame not containing a backlight.

setIsFaceUniformlyLit()

void com.visagetechnologies.bsc.LightConditionsResult.setIsFaceUniformlyLit ( boolean  value )

inline

Boolean value that indicates whether the user's face in uniformly lit (true) or not (false).

setIsFaceUniformlyLitProbability()

void com.visagetechnologies.bsc.LightConditionsResult.setIsFaceUniformlyLitProbability ( float  value )

inline

Probability of face in the analyzed frame being uniformly lit. Float value in range [0,1]. Larger value means a higher chance of face being uniformly lit.

setStatus()

void com.visagetechnologies.bsc.LightConditionsResult.setStatus ( com.visagetechnologies.bsc.LightConditionsAnalysisStatus  value )

inline

Analysis status for last frame processed by light conditions analyzer. Value meaning: 1 - ok, 2 - face tracker failed, 3 - one of the cheeks not visible.