Color recognition unit. More...

#include <unit_TCS3472x.hpp>

Inheritance diagram for m5::unit::UnitTCS3472x:

Classes
struct	config_t
	Settings for begin. More...

Public Member Functions
	UnitTCS3472x (const uint8_t addr=DEFAULT_ADDRESS)

virtual bool	begin () override

virtual void	update (const bool force=false) override

bool	readStatus (uint8_t &status)

Settings for begin
config_t	config ()
	Gets the configration.

void	config (const config_t &cfg)
	Set the configration.

Measurement data by periodic
uint8_t	R8 () const
	Oldest measured Red.

uint8_t	G8 () const
	Oldest measured Green.

uint8_t	B8 () const
	Oldest measured Blue.

uint16_t	RGB565 () const
	Oldest measured RGB565.

Settings
bool	readPersistence (tcs3472x::Persistence &pers)
	Read the persistence.

bool	writePersistence (const tcs3472x::Persistence pers)
	Write the persistence.

bool	readGain (tcs3472x::Gain &gc)
	Read the gain control.

bool	writeGain (const tcs3472x::Gain gc)
	Write the gain control.

bool	readAtime (uint8_t &raw)
	Read the The RGBC integration time (ATIME)

bool	readAtime (float &ms)
	Read the The RGBC integration time (ATIME)

template<typename T , typename std::enable_if< std::is_integral< T >::value, std::nullptr_t >::type = nullptr>
bool	writeAtime (const T raw)
	Write the The RGBC integration time (ATIME)

bool	writeAtime (const float ms)
	Write the The RGBC integration time (ATIME)

bool	readWtime (uint8_t &raw, bool &wlong)
	Read the wait time (WTIME)

bool	readWtime (float &ms)
	Read the wait time (WTIME)

bool	writeWtime (const uint8_t raw, const bool wlong)
	Write the wait time (WTIME)

bool	writeWtime (const float ms)
	Write the wait time (WTIME)

Periodic measurement
bool	startPeriodicMeasurement (const tcs3472x::Gain gc, const float atime, const float wtime)
	Start periodic measurement.

bool	startPeriodicMeasurement ()
	Start periodic measurement using current settings.

bool	stopPeriodicMeasurement (const bool power_off=true)
	Stop periodic measurement.

Single shot measurement
bool	measureSingleshot (tcs3472x::Data &d, const tcs3472x::Gain gc, const float atime)
	Measurement single shot.

bool	measureSingleshot (tcs3472x::Data &d)
	Measurement single shot using current settings.

Interrupt
bool	readInterrupt (bool &enable)
	Read the interrupt status.

bool	writeInterrupt (const bool enable)
	Write the interrupt status.

bool	readInterruptThreshold (uint16_t &low, uint16_t &high)
	Read the interrupt thresholds for clear channel.

bool	writeInterruptThreshold (const uint16_t low, const uint16_t high)
	Write the interrupt thresholds for clear channel.

bool	clearInterrupt ()
	Clear interrupt.

Protected Member Functions
virtual bool	is_valid_id (const uint8_t id)

bool	read_register8 (const uint8_t reg, uint8_t &val)

bool	write_register8 (const uint8_t reg, const uint8_t val)

bool	read_register (const uint8_t reg, uint8_t *buf, const uint32_t len)

bool	write_register (const uint8_t reg, const uint8_t *buf, const uint32_t len)

bool	start_periodic_measurement (const tcs3472x::Gain gc, const float atime, const float wtime)

bool	start_periodic_measurement ()

bool	stop_periodic_measurement (const bool power_off)

bool	is_data_ready ()

bool	read_measurement (tcs3472x::Data &d)

bool	write_atime (const uint8_t raw)

	M5_UNIT_COMPONENT_PERIODIC_MEASUREMENT_ADAPTER_HPP_BUILDER (UnitTCS3472x, tcs3472x::Data)

Detailed Description

Color recognition unit.

Base class for TCS34725/7

Member Function Documentation

◆ measureSingleshot()

bool m5::unit::UnitTCS3472x::measureSingleshot	(	tcs3472x::Data &	d,
		const tcs3472x::Gain	gc,
		const float	atime )

Measurement single shot.

Parameters

[out]	data	Measuerd data
	gc	Gain
	atime	Integration time(ms)

Returns: True if successful

Warning: During periodic detection runs, an error is returned; Each setting is overwritten

◆ readAtime() [1/2]

bool m5::unit::UnitTCS3472x::readAtime ( float & ms )

Read the The RGBC integration time (ATIME)

Parameters

[out] ms ATIME in ms

Returns: True if successful

◆ readAtime() [2/2]

bool m5::unit::UnitTCS3472x::readAtime ( uint8_t & raw )

Read the The RGBC integration time (ATIME)

Parameters

[out] raw Raw ATIME value

Returns: True if successful

◆ readGain()

bool m5::unit::UnitTCS3472x::readGain ( tcs3472x::Gain & gc )

Read the gain control.

Parameters

[out] gc Gain control

Returns: True if successful

◆ readInterrupt()

bool m5::unit::UnitTCS3472x::readInterrupt ( bool & enable )

Read the interrupt status.

Parameters

[out] enable true if interrupt is enabled

Returns: True if successful

◆ readInterruptThreshold()

bool m5::unit::UnitTCS3472x::readInterruptThreshold	(	uint16_t &	low,
		uint16_t &	high )

Read the interrupt thresholds for clear channel.

Parameters

[out]	low	Low threshold value
[out]	high	High threshold value

Returns: True if successful

◆ readPersistence()

bool m5::unit::UnitTCS3472x::readPersistence ( tcs3472x::Persistence & pers )

Read the persistence.

Parameters

[out] pers Persistence

Returns: True if successful

◆ readWtime() [1/2]

bool m5::unit::UnitTCS3472x::readWtime ( float & ms )

Read the wait time (WTIME)

Parameters

[out] WTIME in ms

Returns: True if successful

◆ readWtime() [2/2]

bool m5::unit::UnitTCS3472x::readWtime	(	uint8_t &	raw,
		bool &	wlong )

Read the wait time (WTIME)

Parameters

[out]	raw	Raw WTIME value
[out]	wlong	x12 longer?

Returns: True if successful

◆ startPeriodicMeasurement()

bool m5::unit::UnitTCS3472x::startPeriodicMeasurement	(	const tcs3472x::Gain	gc,
		const float	atime,
		const float	wtime )

inline

Start periodic measurement.

Parameters

gc	Gain
atime	Integration time(ms)
wtime	Wait time(ms)

Returns: True if successful

◆ stopPeriodicMeasurement()

bool m5::unit::UnitTCS3472x::stopPeriodicMeasurement ( const bool power_off = true )

inline

Stop periodic measurement.

Parameters

power_off To power off if true

Returns: True if successful

◆ writeAtime() [1/2]

bool m5::unit::UnitTCS3472x::writeAtime ( const float ms )

Write the The RGBC integration time (ATIME)

Parameters

raw	ATIME in ms

Returns: True if successful

Note: Converted to approximate raw values and set

Warning: Valid range 2.4 - 614.4

◆ writeAtime() [2/2]

template<typename T , typename std::enable_if< std::is_integral< T >::value, std::nullptr_t >::type = nullptr>

bool m5::unit::UnitTCS3472x::writeAtime ( const T raw )

inline

Write the The RGBC integration time (ATIME)

Parameters

raw	Raw ATIME value

Returns: True if successful

◆ writeGain()

bool m5::unit::UnitTCS3472x::writeGain ( const tcs3472x::Gain gc )

Write the gain control.

Parameters

gc	Gain control

Returns: True if successful

◆ writeInterrupt()

bool m5::unit::UnitTCS3472x::writeInterrupt ( const bool enable )

Write the interrupt status.

Parameters

enable true if interrupt is to be enabled

Returns: True if successful

◆ writeInterruptThreshold()

bool m5::unit::UnitTCS3472x::writeInterruptThreshold	(	const uint16_t	low,
		const uint16_t	high )

Write the interrupt thresholds for clear channel.

Parameters

low	Low threshold value
high	High threshold value

Returns: True if successful

◆ writePersistence()

bool m5::unit::UnitTCS3472x::writePersistence ( const tcs3472x::Persistence pers )

Write the persistence.

Parameters

pers	Persistence

Returns: True if successful

◆ writeWtime() [1/2]

bool m5::unit::UnitTCS3472x::writeWtime ( const float ms )

Write the wait time (WTIME)

Parameters

ms	WTIME in ms

Returns: True if successful

Note: Converted to approximate raw values and set

Warning: Valid range 2.4 - 7372.8

◆ writeWtime() [2/2]

bool m5::unit::UnitTCS3472x::writeWtime	(	const uint8_t	raw,
		const bool	wlong )

Write the wait time (WTIME)

Parameters

raw	Raw WTIME value
wlong	x12 longer?

Returns: True if successful

Classes

Public Member Functions

Protected Member Functions

Detailed Description

Member Function Documentation

◆ measureSingleshot()

◆ readAtime() [1/2]

◆ readAtime() [2/2]

◆ readGain()

◆ readInterrupt()

◆ readInterruptThreshold()

◆ readPersistence()

◆ readWtime() [1/2]

◆ readWtime() [2/2]

◆ startPeriodicMeasurement()

◆ stopPeriodicMeasurement()

◆ writeAtime() [1/2]

◆ writeAtime() [2/2]

◆ writeGain()

◆ writeInterrupt()

◆ writeInterruptThreshold()

◆ writePersistence()

◆ writeWtime() [1/2]

◆ writeWtime() [2/2]