CAPT_Manager

High level sensor management module for init, calibration, and updating. More...

Macros
#define	CAPT_MANAGER_CALIBRATE_SENSOR(sensor)   CAPT_calibrateSensor(sensor)
#define	CAPT_MANAGER_UPDATE_SENSOR(sensor, lpm)   CAPT_updateSensor(sensor, lpm)

Functions
void	CAPT_initUI (tCaptivateApplication *pApp)
	Initialize a CapTIvate™ application (UI). More...
void	CAPT_calibrateUI (tCaptivateApplication *pApp)
	Calibrate a CapTIvate™ application (UI). More...
void	CAPT_updateUI (tCaptivateApplication *pApp)
	Update a CapTIvate™ application (UI). More...
bool	CAPT_getGlobalUIProximityStatus (tCaptivateApplication *pApp)

Detailed Description

High level sensor management module for init, calibration, and updating.

The Captivate Manager provides a feature set for running a Captivate application. Functions are provided for initializing an application, calibrating an application, or updating (measuring, processing, and communicating) and application.

The manager layer requires a CAPT_UserConfig file to be included in the build.

Version

VERSION Released on RELEASE_DATE

Macro Definition Documentation

CAPT_MANAGER_CALIBRATE_SENSOR

#define CAPT_MANAGER_CALIBRATE_SENSOR

(

sensor

)

CAPT_calibrateSensor(sensor)

Referenced by CAPT_calibrateUI(), and CAPT_updateUI().

CAPT_MANAGER_UPDATE_SENSOR

#define CAPT_MANAGER_UPDATE_SENSOR	(		sensor,
			lpm
	)		CAPT_updateSensor(sensor, lpm)

Referenced by CAPT_updateUI().

Function Documentation

CAPT_initUI()

void CAPT_initUI

(

tCaptivateApplication *

pApp

)

Initialize a CapTIvate™ application (UI).

This function powers on the CapTIvate™ peripheral, initializes it, and sets up the CapTIvate™ IO for each sensor. If a communications interface is enabled, it is initialized here as well.

Parameters

pApp	is a pointer to the CapTIvate™ application to init.

Returns

none

References CAPT_init(), CAPT_initCommInterface(), CAPT_initSensor(), CAPT_processTrackPadGesture(), CAPT_processTrackPadSensor(), CAPT_registerTrackPadGestureProcessing(), CAPT_registerTrackPadSensorProcessing(), CAPT_selectElectrodeChargeVoltageSource(), CAPT_selectInputImpedanceBiasCurrent(), eDVCCSupply, eTrackpad, eVRegSupply, MAP_CAPT_enableSensorIO, MAP_CAPT_initSensorIO, MAP_CAPT_powerOn, MAP_CAPT_reset, tCaptivateApplication::pSensorList, tSensor::TypeOfSensor, and tCaptivateApplication::ui8NrOfSensors.

CAPT_calibrateUI()

void CAPT_calibrateUI

(

tCaptivateApplication *

pApp

)

Calibrate a CapTIvate™ application (UI).

This function calls the touch library calibration function on every sensor in the application.

Parameters

pApp	is a pointer to the CapTIvate™ application to calibrate.

Returns

none

References CAPT_MANAGER_CALIBRATE_SENSOR, tCaptivateApplication::pSensorList, and tCaptivateApplication::ui8NrOfSensors.

CAPT_updateUI()

void CAPT_updateUI

(

tCaptivateApplication *

pApp

)

Update a CapTIvate™ application (UI).

This function updates every sensor in the application. This involves measuring the sensor, processing it, and if communications are enabled, transmitting the output data.

Parameters

pApp	is a pointer to the CapTIvate™ application to update.

Returns

none

References CAPT_MANAGER_CALIBRATE_SENSOR, CAPT_MANAGER_UPDATE_SENSOR, CAPT_writeElementData(), CAPT_writeSensorData(), CAPT_writeTrackPadData(), eTrackpad, MAP_CAPT_testForMaxCountRecalibration, MAP_CAPT_testForNegativeTouchRecalibration, MAP_CAPT_testForRecalibration, tCaptivateApplication::pSensorList, tSensor::TypeOfSensor, tCaptivateApplication::ui8AppLPM, and tCaptivateApplication::ui8NrOfSensors.

CAPT_getGlobalUIProximityStatus()

bool CAPT_getGlobalUIProximityStatus

(

tCaptivateApplication *

pApp

)

Return true if any sensor in the UI configuration has a proximity detection.

Parameters

pApp	is a pointer to the CapTIvate™ application to test.

Returns

true of prox on any sensor is found, else false.

References tSensor::bSensorProx, tCaptivateApplication::pSensorList, and tCaptivateApplication::ui8NrOfSensors.