#include <sfDevCY8CMBR3.h>

Inheritance diagram for sfDevCY8CMBR3:

Public Member Functions
	sfDevCY8CMBR3 ()

bool	begin (sfTkIBus *theBus=nullptr)
	This method is called to set the communication bus directly and initialize the sensor. More...

uint8_t	getFamilyID (void)
	Requests the family ID from the sensor. More...

uint16_t	getDeviceID (void)
	Requests the device ID from the sensor. More...

void	setCommunicationBus (sfTkIBus *theBus)
	Sets the communication bus to the specified bus. More...

bool	isCtrlCommandComplete (void)
	Checks if the last sent control command is complete. More...

bool	sendCtrlCommand (sfe_cy8cmbr3_ctrl_cmd_t command, bool waitForCompletion=true)
	Sends a control command to the sensor. More...

bool	saveConfig (void)
	Save the current configuration to non-volatile memory. More...

bool	reset (bool waitForCompletion=true)
	Perform a software reset of the sensor. More...

bool	readWithSyncCounter (uint8_t reg, uint8_t &data, uint8_t retries=10)
	Reads target register while waiting for the sync counter on either end of the target register to be equal indicating data is valid. More...

bool	readWithSyncCounter (uint8_t reg, uint16_t &data, uint8_t retries=10)

bool	setSensorId (sfe_cy8cmbr3_sensor_id_t sensorId=SID_0)
	Set the sensor Id. More...

sfe_cy8cmbr3_sensor_id_t	getDebugSensorId (void)
	Get the current debug sensor Id. More...

bool	setSensitivity (sfe_cy8cmbr3_sensitivity_t sensitivity=CS_SENSITIVITY_500_COUNTS_PER_PF, sfe_cy8cmbr3_sensor_id_t sensorId=SID_0)
	Set sensitivity for the specified sensor Id. More...

sfe_cy8cmbr3_sensitivity_t	getSensitivity (sfe_cy8cmbr3_sensor_id_t sensorId=SID_0)
	Get sensitivity for the specified sensor Id. More...

bool	setAutoThresholdEnable (bool enable=true)
	Enable or disable the auto-threshold feature. More...

bool	setAutoResetEnable (bool enable=true, sfe_cy8cmbr3_auto_reset_timeout_t timeout=AUTO_RESET_TIMEOUT_5_SECONDS)
	Enable or disable the auto-reset feature. More...

bool	setSystemDiagnosticsEnable (bool enable=true)
	Enable or disable system diagnostics. More...

bool	setRefreshInterval (sfe_cy8cmbr3_refresh_interval_t interval=REFRESH_INTERVAL_100MS)
	Set the refresh interval for the sensor. More...

bool	setSPO0Config (sfe_cy8cmbr3_spo_config_t config=SPO_GPO)
	Set the SPO0 configuration. More...

bool	setProxEnable (bool enable=false, sfe_cy8cmbr3_sensor_id_t sensorId=SID_0)
	Enable or disable proximity sensing for the specified sensor Id. More...

bool	setBaseThreshold (uint8_t threshold=128, sfe_cy8cmbr3_sensor_id_t sensorId=SID_0)
	Set the base threshold for the specified sensor Id. More...

uint8_t	getBaseThreshold (sfe_cy8cmbr3_sensor_id_t sensorId=SID_0)
	Get the base threshold for the specified sensor Id. More...

bool	setHysteresisOverride (bool override=false)
	Set the hysteresis override. This allows manual control of the hysteresis value. More...

bool	setHysteresis (uint8_t hysteresis=0)
	Set the hysteresis value. More...

uint8_t	getHysteresis (void)
	Get the hysteresis value. More...

bool	setLowBaselineResetOverride (bool override=false)
	Set the low baseline reset override. This allows manual control of the low baseline reset. More...

bool	setLowBaselineReset (uint8_t baseline=0)
	Set the low baseline reset value. More...

uint8_t	getLowBaselineReset (void)
	Get the low baseline reset value. More...

bool	setNegativeNoiseThresholdOverride (bool override=false)
	Set the negative noise threshold override. This allows manual control of the negative noise threshold. More...

bool	setNegativeNoiseThreshold (uint8_t threshold=0)
	Set the negative noise threshold value. More...

uint8_t	getNegativeNoiseThreshold (void)
	Get the negative noise threshold value. More...

bool	setNoiseThresholdOverride (bool override=false)
	Set the noise threshold override. This allows manual control of the noise threshold. More...

bool	setNoiseThreshold (uint8_t threshold=0)
	Set the noise threshold value. More...

uint8_t	getNoiseThreshold (void)
	Get the noise threshold value. More...

bool	saveDefaultConfig (void)
	Load the default configuration and save it to non-volatile memory. More...

bool	setGPOConfig (bool controlByHost=true, bool pwmOutput=false, bool strongDrive=true, bool activeHigh=false)
	Set the GPO configuration. More...

sfe_cy8cmbr3_reg_gpo_cfg_t	getGPOConfig (void)
	Get the GPO configuration. More...

bool	setGPOToggleEnable (bool enable=false, sfe_cy8cmbr3_gpo_t gpo=GPO_0)
	Enable or disable GPO toggle. More...

uint8_t	getGPOOutputState (void)
	Get the current GPO output state. More...

uint8_t	getGPOData (void)
	Get the current GPO data. More...

bool	enable (sfe_cy8cmbr3_sensor_id_t sensorId=SID_0, bool enable=true)
	Enable or disable sensor by sensor Id. More...

uint8_t	readCapacitancePF (sfe_cy8cmbr3_sensor_id_t sensorId=SID_0)
	Reads the capacitance value in pF from the sensor. More...

uint16_t	readDebugDifferenceCount (sfe_cy8cmbr3_sensor_id_t sensorId=SID_0)
	Reads the difference count value from the sensor. More...

uint16_t	readDifferenceCount (sfe_cy8cmbr3_sensor_id_t sensorId=SID_0)
	Reads the difference count value from the sensor. More...

uint16_t	readBaselineCount (sfe_cy8cmbr3_sensor_id_t sensorId=SID_0)
	Reads the baseline count value from the sensor. More...

uint16_t	readRawCount (sfe_cy8cmbr3_sensor_id_t sensorId=SID_0)
	Reads the raw count value from the sensor. More...

bool	ledOn (bool ledOn=true, sfe_cy8cmbr3_gpo_t gpo=GPO_0)
	Turn on or off the LED. More...

bool	ledOff (sfe_cy8cmbr3_gpo_t gpo=GPO_0)
	Turn off the LED. More...

bool	defaultMoistureSensorInit (void)
	Initialize the moisture sensor with default settings. More...

Protected Member Functions
bool	_setI2CAddress (uint8_t i2cAddress)
	Set the I2C address of the sensor. More...

bool	_readI2CAddress (uint8_t &i2cAddress)
	Read the I2C address of the sensor. More...

Constructor & Destructor Documentation

◆ sfDevCY8CMBR3()

sfDevCY8CMBR3::sfDevCY8CMBR3 ( )

inline

Member Function Documentation

◆ _readI2CAddress()

bool sfDevCY8CMBR3::_readI2CAddress ( uint8_t & i2cAddress )

protected

Read the I2C address of the sensor.

This method reads the current I2C address from the sensor.

Parameters

i2cAddress Reference to store the read I2C address (7-bit).

Returns: True if successful, false if it fails.

◆ _setI2CAddress()

bool sfDevCY8CMBR3::_setI2CAddress ( uint8_t i2cAddress )

protected

Set the I2C address of the sensor.

This method is responsible for sending the command to change the I2C slave address of the sensor. It won't change the address of the communication bus, that is the caller's responsibility.

Parameters

i2cAddress The I2C address to set (7-bit).

Returns: True if successful, false if it fails.

◆ begin()

bool sfDevCY8CMBR3::begin ( sfTkIBus * theBus = nullptr )

This method is called to set the communication bus directly and initialize the sensor.

Parameters

theBus Pointer to the bus object.

Returns: True if successful, false if it fails.

◆ defaultMoistureSensorInit()

bool sfDevCY8CMBR3::defaultMoistureSensorInit ( void )

Initialize the moisture sensor with default settings.

This method initializes the moisture sensor with default settings

Returns: True if successful, false if it fails.

◆ enable()

bool sfDevCY8CMBR3::enable	(	sfe_cy8cmbr3_sensor_id_t	sensorId = `SID_0`,
		bool	enable = `true`
	)

Enable or disable sensor by sensor Id.

This method enables the specified sensor by setting the appropriate bits in the SENSOR_EN register.

Parameters

sensorId	The sensor Id to enable or disable.
enable	True to enable the sensor, false to disable.

Returns: True if successful, false if it fails.

◆ getBaseThreshold()

uint8_t sfDevCY8CMBR3::getBaseThreshold ( sfe_cy8cmbr3_sensor_id_t sensorId = SID_0 )

Get the base threshold for the specified sensor Id.

This method gets the base threshold for the specified sensor by reading from the BASE_THRESHOLDx register.

Parameters

sensorId The sensor Id to get the base threshold for.

Returns: The base threshold value for the specified sensor (0-255).

◆ getDebugSensorId()

sfe_cy8cmbr3_sensor_id_t sfDevCY8CMBR3::getDebugSensorId ( void )

Get the current debug sensor Id.

This method gets the current debug sensor Id by reading from the DEBUG_SENSOR_ID register.

Returns: The current debug sensor Id.

◆ getDeviceID()

uint16_t sfDevCY8CMBR3::getDeviceID ( void )

Requests the device ID from the sensor.

Returns: The device ID of the sensor or 0 on error.

◆ getFamilyID()

uint8_t sfDevCY8CMBR3::getFamilyID ( void )

Requests the family ID from the sensor.

Returns: The family ID of the sensor.

◆ getGPOConfig()

sfe_cy8cmbr3_reg_gpo_cfg_t sfDevCY8CMBR3::getGPOConfig ( void )

Get the GPO configuration.

This method gets the GPO configuration by reading from the GPO_CFG register.

Parameters

None

Returns: The GPO configuration.

◆ getGPOData()

uint8_t sfDevCY8CMBR3::getGPOData ( void )

Get the current GPO data.

This method gets the current GPO data by reading from the GPO_DATA register.

Parameters

None

Returns: The current GPO data.

◆ getGPOOutputState()

uint8_t sfDevCY8CMBR3::getGPOOutputState ( void )

Get the current GPO output state.

This method gets the current GPO output state by reading from the GPO_OUTPUT_STATE register.

Parameters

None

Returns: The current GPO output state.

◆ getHysteresis()

uint8_t sfDevCY8CMBR3::getHysteresis ( void )

Get the hysteresis value.

This method gets the hysteresis value by reading from the BUTTON_HYS register.

Returns: The current hysteresis value (0-31)

◆ getLowBaselineReset()

uint8_t sfDevCY8CMBR3::getLowBaselineReset ( void )

Get the low baseline reset value.

This method gets the low baseline reset value by reading from the BUTTON_LBR register.

Returns: The current low baseline reset value (0-127).

◆ getNegativeNoiseThreshold()

uint8_t sfDevCY8CMBR3::getNegativeNoiseThreshold ( void )

Get the negative noise threshold value.

This method gets the negative noise threshold value by reading from the BUTTON_NNT register.

Returns: The current negative noise threshold value (0-127).

◆ getNoiseThreshold()

uint8_t sfDevCY8CMBR3::getNoiseThreshold ( void )

Get the noise threshold value.

This method gets the noise threshold value by reading from the BUTTON_NT register.

Returns: The current noise threshold value (0-127).

◆ getSensitivity()

sfe_cy8cmbr3_sensitivity_t sfDevCY8CMBR3::getSensitivity ( sfe_cy8cmbr3_sensor_id_t sensorId = SID_0 )

Get sensitivity for the specified sensor Id.

This method gets the sensitivity for the specified sensor by reading from the SENSITIVITY0 register.

Parameters

sensorId The sensor Id to get the sensitivity for.

◆ isCtrlCommandComplete()

bool sfDevCY8CMBR3::isCtrlCommandComplete ( void )

Checks if the last sent control command is complete.

Returns: True if the command is complete, false if it is still in progress.

◆ ledOff()

bool sfDevCY8CMBR3::ledOff ( sfe_cy8cmbr3_gpo_t gpo = GPO_0 )

Turn off the LED.

This method turns off the LED by calling the ledOn method with false.

Returns: True if successful, false if it fails.

◆ ledOn()

bool sfDevCY8CMBR3::ledOn	(	bool	ledOn = `true`,
		sfe_cy8cmbr3_gpo_t	gpo = `GPO_0`
	)

Turn on or off the LED.

This method turns on or off the LED by setting or clearing the GPO output state.

Parameters

ledOn True to turn on the LED, false to turn off.

Returns: True if successful, false if it fails.

◆ readBaselineCount()

uint16_t sfDevCY8CMBR3::readBaselineCount ( sfe_cy8cmbr3_sensor_id_t sensorId = SID_0 )

Reads the baseline count value from the sensor.

This method reads the baseline count from the DEBUG_BASELINE_COUNT resister.

Parameters

sensorId The sensor Id to read the baseline count from.

Returns: The baseline count value (or 0 on error).

◆ readCapacitancePF()

uint8_t sfDevCY8CMBR3::readCapacitancePF ( sfe_cy8cmbr3_sensor_id_t sensorId = SID_0 )

Reads the capacitance value in pF from the sensor.

This method reads the capacitance in pF from the DEBUG_CP register.

Parameters

sensorId The sensor Id to read the capacitance from.

Returns: The capacitance value in pF (or 0 on error).

◆ readDebugDifferenceCount()

uint16_t sfDevCY8CMBR3::readDebugDifferenceCount ( sfe_cy8cmbr3_sensor_id_t sensorId = SID_0 )

Reads the difference count value from the sensor.

This method reads the difference count from the DEBUG_DIFFERENCE_COUNTx register.

Parameters

sensorId The sensor Id to read the difference count from.

Returns: The difference count value (or 0 on error).

◆ readDifferenceCount()

uint16_t sfDevCY8CMBR3::readDifferenceCount ( sfe_cy8cmbr3_sensor_id_t sensorId = SID_0 )

Reads the difference count value from the sensor.

This method reads the difference count from the DIFFERENCE_COUNTx register.

Parameters

sensorId The sensor Id to read the difference count from.

Returns: The difference count value (or 0 on error).

◆ readRawCount()

uint16_t sfDevCY8CMBR3::readRawCount ( sfe_cy8cmbr3_sensor_id_t sensorId = SID_0 )

Reads the raw count value from the sensor.

This method reads the raw count from the DEBUG_RAW_COUNT0 register.

Parameters

sensorId The sensor Id to read the raw count from.

Returns: The raw count value (or 0 on error).

◆ readWithSyncCounter() [1/2]

bool sfDevCY8CMBR3::readWithSyncCounter	(	uint8_t	reg,
		uint16_t &	data,
		uint8_t	retries = `10`
	)

◆ readWithSyncCounter() [2/2]

bool sfDevCY8CMBR3::readWithSyncCounter	(	uint8_t	reg,
		uint8_t &	data,
		uint8_t	retries = `10`
	)

Reads target register while waiting for the sync counter on either end of the target register to be equal indicating data is valid.

Parameters

register	The data register we are reading from
data	Reference to store the read data.
retries	The number of times to retry checking the sync counters before giving up.

Returns: True if successful, false if it fails.

◆ reset()

bool sfDevCY8CMBR3::reset ( bool waitForCompletion = true )

Perform a software reset of the sensor.

This method performs a software reset of the sensor by sending the SW_RESET command.

Parameters

waitForCompletion If true, the function will wait until the reset is complete before returning.

Returns: True if successful, false if it fails.

◆ saveConfig()

bool sfDevCY8CMBR3::saveConfig ( void )

Save the current configuration to non-volatile memory.

This method saves the current configuration to non-volatile memory by sending the SAVE_CONFIG command. the device will require a reset or power cycle to load the saved configuration and leave CONFIG state.

Returns: True if successful, false if it fails.

◆ saveDefaultConfig()

bool sfDevCY8CMBR3::saveDefaultConfig ( void )

Load the default configuration and save it to non-volatile memory.

Returns: True if successful, false if it fails.

◆ sendCtrlCommand()

bool sfDevCY8CMBR3::sendCtrlCommand	(	sfe_cy8cmbr3_ctrl_cmd_t	command,
		bool	waitForCompletion = `true`
	)

Sends a control command to the sensor.

Parameters

command	The control command to send.
waitForCompletion	If true, the function will wait until the command is complete before returning.

Returns: True if successful, false if it fails.

◆ setAutoResetEnable()

bool sfDevCY8CMBR3::setAutoResetEnable	(	bool	enable = `true`,
		sfe_cy8cmbr3_auto_reset_timeout_t	timeout = `AUTO_RESET_TIMEOUT_5_SECONDS`
	)

Enable or disable the auto-reset feature.

This method enables or disables the auto-reset feature by setting the BUTTON_SLD_ARST bits in the DEVICE_CFG2 register.

Parameters

enable True to enable auto-reset, false to disable.

Returns: True if successful, false if it fails.

◆ setAutoThresholdEnable()

bool sfDevCY8CMBR3::setAutoThresholdEnable ( bool enable = true )

Enable or disable the auto-threshold feature.

This method enables or disables the auto-threshold feature by setting the ATH_EN bit in the DEVICE_CFG2 register.

Parameters

enable True to enable auto-threshold, false to disable.

Returns: True if successful, false if it fails.

◆ setBaseThreshold()

bool sfDevCY8CMBR3::setBaseThreshold	(	uint8_t	threshold = `128`,
		sfe_cy8cmbr3_sensor_id_t	sensorId = `SID_0`
	)

Set the base threshold for the specified sensor Id.

This method sets the base threshold for the specified sensor by writing to the BASE_THRESHOLDx register.

Parameters

threshold	The base threshold value to set (0-255).
sensorId	The sensor Id to set the base threshold for.

Returns: True if successful, false if it fails.

◆ setCommunicationBus()

void sfDevCY8CMBR3::setCommunicationBus ( sfTkIBus * theBus )

Sets the communication bus to the specified bus.

Parameters

theBus Bus to set as the communication device.

◆ setGPOConfig()

bool sfDevCY8CMBR3::setGPOConfig	(	bool	controlByHost = `true`,
		bool	pwmOutput = `false`,
		bool	strongDrive = `true`,
		bool	activeHigh = `false`
	)

Set the GPO configuration.

This method sets the GPO configuration by writing to the GPO_CFG register.

Parameters

controlByHost	True to control GPO by host, false to control by sensor.
pwmOutput	True to set GPO as PWM output, false for DC output
strongDrive	True for strong drive mode, false for high-Z mode.
activeHigh	True for active high, false for active low. (note we use active low since our LED is tied to GPO0 on it's low side)

◆ setGPOToggleEnable()

bool sfDevCY8CMBR3::setGPOToggleEnable	(	bool	enable = `false`,
		sfe_cy8cmbr3_gpo_t	gpo = `GPO_0`
	)

Enable or disable GPO toggle.

Parameters

enable	True to enable GPO toggle, false to disable.
gpo	The GPO to set the toggle enable for.

Returns: True if successful, false if it fails.

◆ setHysteresis()

bool sfDevCY8CMBR3::setHysteresis ( uint8_t hysteresis = 0 )

Set the hysteresis value.

This method sets the hysteresis value by writing to the BUTTON_HYS register.

Parameters

hysteresis The hysteresis value to set (0-31).

Returns: True if successful, false if it fails.

◆ setHysteresisOverride()

bool sfDevCY8CMBR3::setHysteresisOverride ( bool override = false )

Set the hysteresis override. This allows manual control of the hysteresis value.

Parameters

override True to enable hysteresis override, false to disable.

Returns: True if successful, false if it fails.

◆ setLowBaselineReset()

bool sfDevCY8CMBR3::setLowBaselineReset ( uint8_t baseline = 0 )

Set the low baseline reset value.

This method sets the low baseline reset value by writing to the BUTTON_LBR register.

Parameters

baseline The low baseline reset value to set (0-127).

Returns: True if successful, false if it fails.

◆ setLowBaselineResetOverride()

bool sfDevCY8CMBR3::setLowBaselineResetOverride ( bool override = false )

Set the low baseline reset override. This allows manual control of the low baseline reset.

Parameters

override True to enable low baseline reset override, false to disable.

Returns: True if successful, false if it fails.

◆ setNegativeNoiseThreshold()

bool sfDevCY8CMBR3::setNegativeNoiseThreshold ( uint8_t threshold = 0 )

Set the negative noise threshold value.

This method sets the negative noise threshold value by writing to the BUTTON_NNT register.

Parameters

threshold The negative noise threshold value to set (0-127).

Returns: True if successful, false if it fails.

◆ setNegativeNoiseThresholdOverride()

bool sfDevCY8CMBR3::setNegativeNoiseThresholdOverride ( bool override = false )

Set the negative noise threshold override. This allows manual control of the negative noise threshold.

Parameters

override True to enable negative noise threshold override, false to disable.

Returns: True if successful, false if it fails.

◆ setNoiseThreshold()

bool sfDevCY8CMBR3::setNoiseThreshold ( uint8_t threshold = 0 )

Set the noise threshold value.

This method sets the noise threshold value by writing to the BUTTON_NT register.

Parameters

threshold The noise threshold value to set (0-127).

Returns: True if successful, false if it fails.

◆ setNoiseThresholdOverride()

bool sfDevCY8CMBR3::setNoiseThresholdOverride ( bool override = false )

Set the noise threshold override. This allows manual control of the noise threshold.

Parameters

override True to enable noise threshold override, false to disable.

Returns: True if successful, false if it fails.

◆ setProxEnable()

bool sfDevCY8CMBR3::setProxEnable	(	bool	enable = `false`,
		sfe_cy8cmbr3_sensor_id_t	sensorId = `SID_0`
	)

Enable or disable proximity sensing for the specified sensor Id.

Parameters

enable	True to enable proximity sensing, false to disable.
sensorId	The sensor Id to enable or disable proximity sensing for (Only SID_0 and SID_1 are valid).

Returns: True if successful, false if it fails.

◆ setRefreshInterval()

bool sfDevCY8CMBR3::setRefreshInterval ( sfe_cy8cmbr3_refresh_interval_t interval = REFRESH_INTERVAL_100MS )

Set the refresh interval for the sensor.

This method sets the refresh interval by writing to the REFRESH_CTRL register.

Parameters

interval The refresh interval to set (default is 100ms).

Returns: True if successful, false if it fails.

◆ setSensitivity()

bool sfDevCY8CMBR3::setSensitivity	(	sfe_cy8cmbr3_sensitivity_t	sensitivity = `CS_SENSITIVITY_500_COUNTS_PER_PF`,
		sfe_cy8cmbr3_sensor_id_t	sensorId = `SID_0`
	)

Set sensitivity for the specified sensor Id.

This method sets the sensitivity for the specified sensor by writing to the SENSITIVITY0 register.

Parameters

sensorId	The sensor Id to set the sensitivity for.
sensitivity	The sensitivity value to set (0-3).

Returns: True if successful, false if it fails.

◆ setSensorId()

bool sfDevCY8CMBR3::setSensorId ( sfe_cy8cmbr3_sensor_id_t sensorId = SID_0 )

Set the sensor Id.

Parameters

sensorId The sensor Id to set.

This will set the sensor Id (and by extension the debug sensor Id) for debug operations.

Returns: True if successful, false if it fails.

◆ setSPO0Config()

bool sfDevCY8CMBR3::setSPO0Config ( sfe_cy8cmbr3_spo_config_t config = SPO_GPO )

Set the SPO0 configuration.

This method sets the SPO0 configuration by writing to the SPO_CFG register.

Parameters

config The configuration for SPO0 (default is GPO).

◆ setSystemDiagnosticsEnable()

bool sfDevCY8CMBR3::setSystemDiagnosticsEnable ( bool enable = true )

Enable or disable system diagnostics.

This method enables or disables system diagnostics by setting the SYSD_EN bit in the DEVICE_CFG1 register.

Parameters

enable True to enable system diagnostics, false to disable.

Returns: True if successful, false if it fails.

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

src/sfTk/sfDevCY8CMBR3.h
src/sfTk/sfDevCY8CMBR3.cpp

Public Member Functions

Protected Member Functions

Constructor & Destructor Documentation

◆ sfDevCY8CMBR3()

Member Function Documentation

◆ _readI2CAddress()

◆ _setI2CAddress()

◆ begin()

◆ defaultMoistureSensorInit()

◆ enable()

◆ getBaseThreshold()

◆ getDebugSensorId()

◆ getDeviceID()

◆ getFamilyID()

◆ getGPOConfig()

◆ getGPOData()

◆ getGPOOutputState()

◆ getHysteresis()

◆ getLowBaselineReset()

◆ getNegativeNoiseThreshold()

◆ getNoiseThreshold()

◆ getSensitivity()

◆ isCtrlCommandComplete()

◆ ledOff()

◆ ledOn()

◆ readBaselineCount()

◆ readCapacitancePF()

◆ readDebugDifferenceCount()

◆ readDifferenceCount()

◆ readRawCount()

◆ readWithSyncCounter() [1/2]

◆ readWithSyncCounter() [2/2]

◆ reset()

◆ saveConfig()

◆ saveDefaultConfig()

◆ sendCtrlCommand()

◆ setAutoResetEnable()

◆ setAutoThresholdEnable()

◆ setBaseThreshold()

◆ setCommunicationBus()

◆ setGPOConfig()

◆ setGPOToggleEnable()

◆ setHysteresis()

◆ setHysteresisOverride()

◆ setLowBaselineReset()

◆ setLowBaselineResetOverride()

◆ setNegativeNoiseThreshold()

◆ setNegativeNoiseThresholdOverride()

◆ setNoiseThreshold()

◆ setNoiseThresholdOverride()

◆ setProxEnable()

◆ setRefreshInterval()

◆ setSensitivity()

◆ setSensorId()

◆ setSPO0Config()

◆ setSystemDiagnosticsEnable()