Inheritance diagram for qwiic_cap1203.QwiicCAP1203:

Public Member Functions
def	__init__ (self, address=None, i2c_driver=None)
	Constructor. More...

def	is_connected (self)
	Determines if this device is connected. More...

def	begin (self)
	Initializes this device with default parameters. More...

def	check_main_control (self)
	Control the primary power state of the device. More...

def	check_status (self)
	Checks inputs in the general status register to ensure program is set up correctly. More...

def	clear_interrupt (self)
	Clears the interrupt (INT) bit by writing a logic 0 to it. More...

def	set_interrupt_disabled (self)
	This disables all the interrupts, so the alert LED will not turn on when a sensor is touched. More...

def	set_interrupt_enabled (self)
	This turns on all the interrupts, so the alert LED turns on when any sensor is touched. More...

def	is_interrupt_enabled (self)
	Returns state of intterupt pin. More...

def	set_sensitivity (self, sensitivity)
	Sensitivity calibrated for SparkFun Capacitive Touch Slider. More...

def	get_sensitivity (self)
	Returns the sensitivity multiplier for current sensitivity settings (pg. More...

def	is_left_touched (self)
	Checks if touch input detected on left sensor (pad 1). More...

def	is_middle_touched (self)
	Checks if touch input detected on left sensor (pad 2). More...

def	is_right_touched (self)
	Checks if touch input detected on left sensor (pad 3). More...

def	is_touched (self)
	Checks if touch input detected on any sensor. More...

def	is_right_swipe_pulled (self)
	Checks if a right swipe occured on the board. More...

def	is_left_swipe_pulled (self)
	Checks if a left swipe occured on the board. More...

def	set_power_button_pad (self, pad)
	Sets a specific pad to act as a power button. More...

def	get_power_button_pad (self)
	Returns which capacitive touch pad is currently set to act as a power button. More...

def	set_power_button_time (self, input_time)
	Configure the length of time that the designated power button must indicate a touch before an interrupt is generated and the power status indicator is set. More...

def	get_power_button_time (self)
	Returns the length of the time designated time power button must indicate a touch before an interrupt is generated. More...

def	set_power_button_enabled (self)
	Enables power button in active state. More...

def	set_power_button_disabled (self)
	Disables power button in active state. More...

def	is_power_button_enabled (self)
	Returns state of power button. More...

def	is_power_button_touched (self)
	Once the power button has been held for designated time, an interrupt is generated and PWR bit is set in the General Status Register. More...

def	millis (self)
	Get the current time in milliseconds. More...

Public Attributes
	address

Static Public Attributes
	device_name = _DEFAULT_NAME

	available_addresses = _AVAILABLE_I2C_ADDRESS

int	MAIN_CONTROL = 0x00

int	GENERAL_STATUS = 0x02

int	SENSOR_INPUT_STATUS = 0x03

int	NOISE_FLAG_STATUS = 0x0A

int	SENSOR_INPUT_1_DELTA_COUNT = 0x10

int	SENSOR_INPUT_2_DELTA_COUNT = 0X11

int	SENSOR_INPUT_3_DELTA_COUNT = 0X12

int	SENSITIVITY_CONTROL = 0x1F

int	CONFIG = 0x20

int	SENSOR_INPUT_ENABLE = 0x21

int	SENSOR_INPUT_CONFIG = 0x22

int	SENSOR_INPUT_CONFIG_2 = 0x23

int	AVERAGING_AND_SAMPLE_CONFIG = 0x24

int	CALIBRATION_ACTIVATE_AND_STATUS = 0x26

int	INTERRUPT_ENABLE = 0x27

int	REPEAT_RATE_ENABLE = 0x28

int	MULTIPLE_TOUCH_CONFIG = 0x2A

int	MULTIPLE_TOUCH_PATTERN_CONFIG = 0x2B

int	MULTIPLE_TOUCH_PATTERN = 0x2D

int	BASE_COUNT_OUT = 0x2E

int	RECALIBRATION_CONFIG = 0x2F

int	SENSOR_1_INPUT_THRESH = 0x30

int	SENSOR_2_INPUT_THRESH = 0x31

int	SENSOR_3_INPUT_THRESH = 0x32

int	SENSOR_INPUT_NOISE_THRESH = 0x38

int	STANDBY_CHANNEL = 0x40

int	STANDBY_CONFIG = 0x41

int	STANDBY_SENSITIVITY = 0x42

int	STANDBY_THRESH = 0x43

int	CONFIG_2 = 0x44

int	SENSOR_INPUT_1_BASE_COUNT = 0x50

int	SENSOR_INPUT_2_BASE_COUNT = 0x51

int	SENSOR_INPUT_3_BASE_COUNT = 0x52

int	POWER_BUTTON = 0x60

int	POWER_BUTTON_CONFIG = 0x61

int	SENSOR_INPUT_1_CALIBRATION = 0xB1

int	SENSOR_INPUT_2_CALIBRATION = 0xB2

int	SENSOR_INPUT_3_CALIBRATION = 0xB3

int	SENSOR_INPUT_CALIBRATION_LSB_1 = 0xB9

int	PROD_ID = 0xFD

int	MANUFACTURE_ID = 0xFE

int	REVISION = 0xFF

int	PROD_ID_VALUE = 0x6D

int	OFF = 0x00

int	ON = 0x01

int	PWR_CS1 = 0x00

int	PWR_CS2 = 0x01

int	PWR_CS3 = 0x02

int	PAD_LEFT = PWR_CS1

int	PAD_MIDDLE = PWR_CS2

int	PAD_RIGHT = PWR_CS3

int	PWR_TIME_280_MS = 0x00

int	PWR_TIME_560_MS = 0x01

int	PWR_TIME_1120_MS = 0x02

int	PWR_TIME_2240_MS = 0x03

int	SENSITIVITY_128X = 0x00

int	SENSITIVITY_64X = 0x01

int	SENSITIVITY_32X = 0x02

int	SENSITIVITY_16X = 0x03

int	SENSITIVITY_8X = 0x04

int	SENSITIVITY_4X = 0x05

int	SENSITIVITY_2X = 0x06

int	SENSITIVITY_1X = 0x07

Properties
	connected = property(is_connected)

Constructor & Destructor Documentation

◆ init()

def qwiic_cap1203.QwiicCAP1203.__init__	(	self,
		address = `None`,
		i2c_driver = `None`
	)

Constructor.

Parameters

int,optional	address: The I2C address to use for the device If not provided, the default address is used
I2CDriver,optional	i2c_driver: An existing i2c driver object If not provided, a driver object is created

Member Function Documentation

◆ begin()

def qwiic_cap1203.QwiicCAP1203.begin ( self )

Initializes this device with default parameters.

Returns: bool Returns True if successful, otherwise False

◆ check_main_control()

def qwiic_cap1203.QwiicCAP1203.check_main_control ( self )

Control the primary power state of the device.

See data sheet on Main Control Register (pg. 22).

Returns: int Main Control Register value

◆ check_status()

def qwiic_cap1203.QwiicCAP1203.check_status ( self )

Checks inputs in the general status register to ensure program is set up correctly.

See data sheet on Status Registers (pg. 23).

Returns: int General Status Register value

◆ clear_interrupt()

def qwiic_cap1203.QwiicCAP1203.clear_interrupt ( self )

Clears the interrupt (INT) bit by writing a logic 0 to it.

This bit must be cleared in order to detec a new capacitive touch input. See datasheet on Main Control Register (pg. 22).

◆ get_power_button_pad()

def qwiic_cap1203.QwiicCAP1203.get_power_button_pad ( self )

Returns which capacitive touch pad is currently set to act as a power button.

Add 1 to return value so value matches pad number. See data sheet on Power Button (pg. 44) REG VALUE PAD 0x00 1 0x01 2 0x02 3

Returns: int Pad number set as power button

◆ get_power_button_time()

def qwiic_cap1203.QwiicCAP1203.get_power_button_time ( self )

Returns the length of the time designated time power button must indicate a touch before an interrupt is generated.

See data sheet on Power Button Time (pg. 44) REG VALUE TIME 0x00 280 MS 0x01 560 MS 0x02 1120 MS 0x03 2240 MS

Returns: int Time in milliseconds

◆ get_sensitivity()

def qwiic_cap1203.QwiicCAP1203.get_sensitivity ( self )

Returns the sensitivity multiplier for current sensitivity settings (pg.

25).

Returns: int Sensitivity multiplier

◆ is_connected()

def qwiic_cap1203.QwiicCAP1203.is_connected ( self )

Determines if this device is connected.

Returns: bool True if connected, otherwise False

◆ is_interrupt_enabled()

def qwiic_cap1203.QwiicCAP1203.is_interrupt_enabled ( self )

Returns state of intterupt pin.

Returns true if all interrupts enabled (0x07), otherwise returns false. When the interrupts are enabled, the LED on the CAP1203 Touch Slider Board turns on when it detects a touch (pg. 33).

Returns: bool True if enabled, otherwise False

◆ is_left_swipe_pulled()

def qwiic_cap1203.QwiicCAP1203.is_left_swipe_pulled ( self )

Checks if a left swipe occured on the board.

This method takes up all functionality due to implementation of while loop with millis().

Returns: bool True if left swipe occured, otherwise False

◆ is_left_touched()

def qwiic_cap1203.QwiicCAP1203.is_left_touched ( self )

Checks if touch input detected on left sensor (pad 1).

Need to clear interrupt pin after touch occurs. See datasheet on Sensor Interrupt Status Reg (pg.23).

Returns: bool True if left sensor is touched, otherwise False

◆ is_middle_touched()

def qwiic_cap1203.QwiicCAP1203.is_middle_touched ( self )

Checks if touch input detected on left sensor (pad 2).

Need to clear interrupt pin after touch occurs. See datasheet on Sensor Interrupt Status Reg (pg.23).

Returns: bool True if middle sensor is touched, otherwise False

◆ is_power_button_enabled()

def qwiic_cap1203.QwiicCAP1203.is_power_button_enabled ( self )

Returns state of power button.

Returns true if enabled (reg. value is 0x01), otherwise returns false. Power button must be ENABLED to use. See data sheet on Power Button Configuration Register (pg. 43-44).

Returns: bool True if enabled, otherwise False

◆ is_power_button_touched()

def qwiic_cap1203.QwiicCAP1203.is_power_button_touched ( self )

Once the power button has been held for designated time, an interrupt is generated and PWR bit is set in the General Status Register.

See data sheet on Power Button (pg. 16), Power Button Register (pg. 43), and Power Button Configuration Register (pg. 43).

Returns: bool True if power button is touched, otherwise False

◆ is_right_swipe_pulled()

def qwiic_cap1203.QwiicCAP1203.is_right_swipe_pulled ( self )

Checks if a right swipe occured on the board.

This method takes up all functionality due to implementation of while loop with millis().

Returns: bool True if right swipe occured, otherwise False

◆ is_right_touched()

def qwiic_cap1203.QwiicCAP1203.is_right_touched ( self )

Checks if touch input detected on left sensor (pad 3).

Need to clear interrupt pin after touch occurs. See datasheet on Sensor Interrupt Status Reg (pg.23).

Returns: bool True if right sensor is touched, otherwise False

◆ is_touched()

def qwiic_cap1203.QwiicCAP1203.is_touched ( self )

Checks if touch input detected on any sensor.

Need to clear interrupt pin after touch occurs. See datasheet on Sensor Interrupt Status (pg.23).

Returns: bool True if any sensor is touched, otherwise False

◆ millis()

def qwiic_cap1203.QwiicCAP1203.millis ( self )

Get the current time in milliseconds.

Returns: int Current time in milliseconds

◆ set_interrupt_disabled()

def qwiic_cap1203.QwiicCAP1203.set_interrupt_disabled ( self )

This disables all the interrupts, so the alert LED will not turn on when a sensor is touched.

Set on default in begin function See data sheet on Interrupt Enable Register (pg. 33).

◆ set_interrupt_enabled()

def qwiic_cap1203.QwiicCAP1203.set_interrupt_enabled ( self )

This turns on all the interrupts, so the alert LED turns on when any sensor is touched.

See data sheet on Interrupt Enable Register (pg. 33).

◆ set_power_button_disabled()

def qwiic_cap1203.QwiicCAP1203.set_power_button_disabled ( self )

Disables power button in active state.

See data sheet on Power Button Configuration Register (pg. 43-44)

◆ set_power_button_enabled()

def qwiic_cap1203.QwiicCAP1203.set_power_button_enabled ( self )

Enables power button in active state.

See data sheet on Power Button Configuration Register (pg. 43-44)

◆ set_power_button_pad()

def qwiic_cap1203.QwiicCAP1203.set_power_button_pad	(	self,
		pad
	)

Sets a specific pad to act as a power button.

Function takes in which pad to set as power button. See datasheet on Power Button (pg. 16).

Parameters

int	pad: Pad to be set as power button

Returns: bool True if successful, otherwise False

◆ set_power_button_time()

def qwiic_cap1203.QwiicCAP1203.set_power_button_time	(	self,
		input_time
	)

Configure the length of time that the designated power button must indicate a touch before an interrupt is generated and the power status indicator is set.

See data sheet on Power Button Configuration Register (pg. 43).

Possible inputs (represent time in ms): 280, 560, 1120, 2240

Parameters

int	input_time: Power button input time

Returns: bool True if successful, otherwise False

◆ set_sensitivity()

def qwiic_cap1203.QwiicCAP1203.set_sensitivity	(	self,
		sensitivity
	)

Sensitivity calibrated for SparkFun Capacitive Touch Slider.

You may want to change sensitivity settings if creating your own capacitive touch pads. See datasheet on Sensitivity Control Register (pg. 25).

Parameters

int	sensitivity: Sensitivity multiplier

Member Data Documentation

◆ address

qwiic_cap1203.QwiicCAP1203.address

◆ available_addresses

qwiic_cap1203.QwiicCAP1203.available_addresses = _AVAILABLE_I2C_ADDRESS

static

◆ AVERAGING_AND_SAMPLE_CONFIG

int qwiic_cap1203.QwiicCAP1203.AVERAGING_AND_SAMPLE_CONFIG = 0x24

static

◆ BASE_COUNT_OUT

int qwiic_cap1203.QwiicCAP1203.BASE_COUNT_OUT = 0x2E

static

◆ CALIBRATION_ACTIVATE_AND_STATUS

int qwiic_cap1203.QwiicCAP1203.CALIBRATION_ACTIVATE_AND_STATUS = 0x26

static

◆ CONFIG

int qwiic_cap1203.QwiicCAP1203.CONFIG = 0x20

static

◆ CONFIG_2

int qwiic_cap1203.QwiicCAP1203.CONFIG_2 = 0x44

static

◆ device_name

qwiic_cap1203.QwiicCAP1203.device_name = _DEFAULT_NAME

static

◆ GENERAL_STATUS

int qwiic_cap1203.QwiicCAP1203.GENERAL_STATUS = 0x02

static

◆ INTERRUPT_ENABLE

int qwiic_cap1203.QwiicCAP1203.INTERRUPT_ENABLE = 0x27

static

◆ MAIN_CONTROL

int qwiic_cap1203.QwiicCAP1203.MAIN_CONTROL = 0x00

static

◆ MANUFACTURE_ID

int qwiic_cap1203.QwiicCAP1203.MANUFACTURE_ID = 0xFE

static

◆ MULTIPLE_TOUCH_CONFIG

int qwiic_cap1203.QwiicCAP1203.MULTIPLE_TOUCH_CONFIG = 0x2A

static

◆ MULTIPLE_TOUCH_PATTERN

int qwiic_cap1203.QwiicCAP1203.MULTIPLE_TOUCH_PATTERN = 0x2D

static

◆ MULTIPLE_TOUCH_PATTERN_CONFIG

int qwiic_cap1203.QwiicCAP1203.MULTIPLE_TOUCH_PATTERN_CONFIG = 0x2B

static

◆ NOISE_FLAG_STATUS

int qwiic_cap1203.QwiicCAP1203.NOISE_FLAG_STATUS = 0x0A

static

◆ OFF

int qwiic_cap1203.QwiicCAP1203.OFF = 0x00

static

◆ ON

int qwiic_cap1203.QwiicCAP1203.ON = 0x01

static

◆ PAD_LEFT

int qwiic_cap1203.QwiicCAP1203.PAD_LEFT = PWR_CS1

static

◆ PAD_MIDDLE

int qwiic_cap1203.QwiicCAP1203.PAD_MIDDLE = PWR_CS2

static

◆ PAD_RIGHT

int qwiic_cap1203.QwiicCAP1203.PAD_RIGHT = PWR_CS3

static

◆ POWER_BUTTON

int qwiic_cap1203.QwiicCAP1203.POWER_BUTTON = 0x60

static

◆ POWER_BUTTON_CONFIG

int qwiic_cap1203.QwiicCAP1203.POWER_BUTTON_CONFIG = 0x61

static

◆ PROD_ID

int qwiic_cap1203.QwiicCAP1203.PROD_ID = 0xFD

static

◆ PROD_ID_VALUE

int qwiic_cap1203.QwiicCAP1203.PROD_ID_VALUE = 0x6D

static

◆ PWR_CS1

int qwiic_cap1203.QwiicCAP1203.PWR_CS1 = 0x00

static

◆ PWR_CS2

int qwiic_cap1203.QwiicCAP1203.PWR_CS2 = 0x01

static

◆ PWR_CS3

int qwiic_cap1203.QwiicCAP1203.PWR_CS3 = 0x02

static

◆ PWR_TIME_1120_MS

int qwiic_cap1203.QwiicCAP1203.PWR_TIME_1120_MS = 0x02

static

◆ PWR_TIME_2240_MS

int qwiic_cap1203.QwiicCAP1203.PWR_TIME_2240_MS = 0x03

static

◆ PWR_TIME_280_MS

int qwiic_cap1203.QwiicCAP1203.PWR_TIME_280_MS = 0x00

static

◆ PWR_TIME_560_MS

int qwiic_cap1203.QwiicCAP1203.PWR_TIME_560_MS = 0x01

static

◆ RECALIBRATION_CONFIG

int qwiic_cap1203.QwiicCAP1203.RECALIBRATION_CONFIG = 0x2F

static

◆ REPEAT_RATE_ENABLE

int qwiic_cap1203.QwiicCAP1203.REPEAT_RATE_ENABLE = 0x28

static

◆ REVISION

int qwiic_cap1203.QwiicCAP1203.REVISION = 0xFF

static

◆ SENSITIVITY_128X

int qwiic_cap1203.QwiicCAP1203.SENSITIVITY_128X = 0x00

static

◆ SENSITIVITY_16X

int qwiic_cap1203.QwiicCAP1203.SENSITIVITY_16X = 0x03

static

◆ SENSITIVITY_1X

int qwiic_cap1203.QwiicCAP1203.SENSITIVITY_1X = 0x07

static

◆ SENSITIVITY_2X

int qwiic_cap1203.QwiicCAP1203.SENSITIVITY_2X = 0x06

static

◆ SENSITIVITY_32X

int qwiic_cap1203.QwiicCAP1203.SENSITIVITY_32X = 0x02

static

◆ SENSITIVITY_4X

int qwiic_cap1203.QwiicCAP1203.SENSITIVITY_4X = 0x05

static

◆ SENSITIVITY_64X

int qwiic_cap1203.QwiicCAP1203.SENSITIVITY_64X = 0x01

static

◆ SENSITIVITY_8X

int qwiic_cap1203.QwiicCAP1203.SENSITIVITY_8X = 0x04

static

◆ SENSITIVITY_CONTROL

int qwiic_cap1203.QwiicCAP1203.SENSITIVITY_CONTROL = 0x1F

static

◆ SENSOR_1_INPUT_THRESH

int qwiic_cap1203.QwiicCAP1203.SENSOR_1_INPUT_THRESH = 0x30

static

◆ SENSOR_2_INPUT_THRESH

int qwiic_cap1203.QwiicCAP1203.SENSOR_2_INPUT_THRESH = 0x31

static

◆ SENSOR_3_INPUT_THRESH

int qwiic_cap1203.QwiicCAP1203.SENSOR_3_INPUT_THRESH = 0x32

static

◆ SENSOR_INPUT_1_BASE_COUNT

int qwiic_cap1203.QwiicCAP1203.SENSOR_INPUT_1_BASE_COUNT = 0x50

static

◆ SENSOR_INPUT_1_CALIBRATION

int qwiic_cap1203.QwiicCAP1203.SENSOR_INPUT_1_CALIBRATION = 0xB1

static

◆ SENSOR_INPUT_1_DELTA_COUNT

int qwiic_cap1203.QwiicCAP1203.SENSOR_INPUT_1_DELTA_COUNT = 0x10

static

◆ SENSOR_INPUT_2_BASE_COUNT

int qwiic_cap1203.QwiicCAP1203.SENSOR_INPUT_2_BASE_COUNT = 0x51

static

◆ SENSOR_INPUT_2_CALIBRATION

int qwiic_cap1203.QwiicCAP1203.SENSOR_INPUT_2_CALIBRATION = 0xB2

static

◆ SENSOR_INPUT_2_DELTA_COUNT

int qwiic_cap1203.QwiicCAP1203.SENSOR_INPUT_2_DELTA_COUNT = 0X11

static

◆ SENSOR_INPUT_3_BASE_COUNT

int qwiic_cap1203.QwiicCAP1203.SENSOR_INPUT_3_BASE_COUNT = 0x52

static

◆ SENSOR_INPUT_3_CALIBRATION

int qwiic_cap1203.QwiicCAP1203.SENSOR_INPUT_3_CALIBRATION = 0xB3

static

◆ SENSOR_INPUT_3_DELTA_COUNT

int qwiic_cap1203.QwiicCAP1203.SENSOR_INPUT_3_DELTA_COUNT = 0X12

static

◆ SENSOR_INPUT_CALIBRATION_LSB_1

int qwiic_cap1203.QwiicCAP1203.SENSOR_INPUT_CALIBRATION_LSB_1 = 0xB9

static

◆ SENSOR_INPUT_CONFIG

int qwiic_cap1203.QwiicCAP1203.SENSOR_INPUT_CONFIG = 0x22

static

◆ SENSOR_INPUT_CONFIG_2

int qwiic_cap1203.QwiicCAP1203.SENSOR_INPUT_CONFIG_2 = 0x23

static

◆ SENSOR_INPUT_ENABLE

int qwiic_cap1203.QwiicCAP1203.SENSOR_INPUT_ENABLE = 0x21

static

◆ SENSOR_INPUT_NOISE_THRESH

int qwiic_cap1203.QwiicCAP1203.SENSOR_INPUT_NOISE_THRESH = 0x38

static

◆ SENSOR_INPUT_STATUS

int qwiic_cap1203.QwiicCAP1203.SENSOR_INPUT_STATUS = 0x03

static

◆ STANDBY_CHANNEL

int qwiic_cap1203.QwiicCAP1203.STANDBY_CHANNEL = 0x40

static

◆ STANDBY_CONFIG

int qwiic_cap1203.QwiicCAP1203.STANDBY_CONFIG = 0x41

static

◆ STANDBY_SENSITIVITY

int qwiic_cap1203.QwiicCAP1203.STANDBY_SENSITIVITY = 0x42

static

◆ STANDBY_THRESH

int qwiic_cap1203.QwiicCAP1203.STANDBY_THRESH = 0x43

static

Property Documentation

◆ connected

qwiic_cap1203.QwiicCAP1203.connected = property(is_connected)

static

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

qwiic_cap1203.py

Public Member Functions

Public Attributes

Static Public Attributes

Properties

Constructor & Destructor Documentation

◆ __init__()

Member Function Documentation

◆ begin()

◆ check_main_control()

◆ check_status()

◆ clear_interrupt()

◆ get_power_button_pad()

◆ get_power_button_time()

◆ get_sensitivity()

◆ is_connected()

◆ is_interrupt_enabled()

◆ is_left_swipe_pulled()

◆ is_left_touched()

◆ is_middle_touched()

◆ is_power_button_enabled()

◆ is_power_button_touched()

◆ is_right_swipe_pulled()

◆ is_right_touched()

◆ is_touched()

◆ millis()

◆ set_interrupt_disabled()

◆ set_interrupt_enabled()

◆ set_power_button_disabled()

◆ set_power_button_enabled()

◆ set_power_button_pad()

◆ set_power_button_time()

◆ set_sensitivity()

Member Data Documentation

◆ address

◆ available_addresses

◆ AVERAGING_AND_SAMPLE_CONFIG

◆ BASE_COUNT_OUT

◆ CALIBRATION_ACTIVATE_AND_STATUS

◆ CONFIG

◆ CONFIG_2

◆ device_name

◆ GENERAL_STATUS

◆ INTERRUPT_ENABLE

◆ MAIN_CONTROL

◆ MANUFACTURE_ID

◆ MULTIPLE_TOUCH_CONFIG

◆ MULTIPLE_TOUCH_PATTERN

◆ MULTIPLE_TOUCH_PATTERN_CONFIG

◆ NOISE_FLAG_STATUS

◆ OFF

◆ ON

◆ PAD_LEFT

◆ PAD_MIDDLE

◆ PAD_RIGHT

◆ POWER_BUTTON

◆ POWER_BUTTON_CONFIG

◆ PROD_ID

◆ PROD_ID_VALUE

◆ PWR_CS1

◆ PWR_CS2

◆ PWR_CS3

◆ PWR_TIME_1120_MS

◆ PWR_TIME_2240_MS

◆ PWR_TIME_280_MS

◆ PWR_TIME_560_MS

◆ RECALIBRATION_CONFIG

◆ REPEAT_RATE_ENABLE

◆ REVISION

◆ SENSITIVITY_128X

◆ SENSITIVITY_16X

◆ SENSITIVITY_1X

◆ SENSITIVITY_2X

◆ SENSITIVITY_32X

◆ SENSITIVITY_4X

◆ SENSITIVITY_64X

◆ SENSITIVITY_8X

◆ SENSITIVITY_CONTROL

◆ SENSOR_1_INPUT_THRESH

◆ SENSOR_2_INPUT_THRESH

◆ SENSOR_3_INPUT_THRESH

◆ init()