Base class of the UnitMLX90614 series. More...

#include <unit_MLX90614.hpp>

Inheritance diagram for m5::unit::UnitMLX90614:

Classes
struct	config_t
	Settings for begin. More...

Public Member Functions
	UnitMLX90614 (const uint8_t addr=DEFAULT_ADDRESS)

virtual bool	begin () override

virtual void	update (const bool force=false) override

const mlx90614::EEPROM &	eeprom () const
	Gets the EEPROM structure.

bool	sleep ()
	Sleep.

bool	wakeup ()
	Wakeup.

bool	applySettings ()
	Apply EEPROM settings.

Settings for begin
config_t	config ()
	Gets the configration.

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

Measurement data by periodic
float	ambientKelvin () const
	Oldest ambient kelvin.

float	ambientTemperature () const
	Oldest ambient temperature (Celsius)

float	ambientCelsius () const
	Oldest ambient temperature (Celsius)

float	ambientFahrenheit () const
	Oldest ambient temperature (Fahrenheit)

float	objectKelvin1 () const
	Oldest object 1 kelvin.

float	objectTemperature1 () const
	Oldest object 1 temperature (Celsius)

float	objectCelsius1 () const
	Oldest object 1 temperature (Celsius)

float	objectFahrenheit1 () const
	Oldest object 1 temperature (Fahrenheit)

float	objectKelvin2 () const
	Oldest object 2 kelvin.

float	objectTemperature2 () const
	Oldest object 2 temperature (Celsius)

float	objectCelsius2 () const
	Oldest object 2 temperature (Celsius)

float	objectFahrenheit2 () const
	Oldest object 2 temperature (Fahrenheit)

Periodic measurement
bool	startPeriodicMeasurement (const mlx90614::IIR iir, const mlx90614::FIR fir, const mlx90614::Gain gain, const mlx90614::IRSensor irs)
	Start periodic measurement.

bool	startPeriodicMeasurement ()
	Start periodic measurement in the current settings.

bool	stopPeriodicMeasurement ()
	Stop periodic measurement.

Settings(Config)
Note If apply is false, a POR or call applySetting() is required to enable the setting Warning Some settings are writable in SMBus mode, but not reflected in operation
bool	readConfig (uint16_t &v)
	Read the configuration.

bool	writeConfig (const uint16_t v, const bool apply=true)
	Write the configuration.

bool	readOutput (mlx90614::Output &o)
	Read the Output.

bool	writeOutput (const mlx90614::Output o, const bool apply=true)
	Write the Output.

bool	readIIR (mlx90614::IIR &iir)
	Read the IIR.

bool	writeIIR (const mlx90614::IIR iir, const bool apply=true)
	Write the IIR.

bool	readFIR (mlx90614::FIR &fir)
	Read the FIR.

bool	writeFIR (const mlx90614::FIR fir, const bool apply=true)
	Write the FIR.

bool	readGain (mlx90614::Gain &gain)
	Read the Gain.

bool	writeGain (const mlx90614::Gain gain, const bool apply=true)
	Write the Gain.

bool	readIRSensor (mlx90614::IRSensor &irs)
	Read the IRSensor mode.

bool	writeIRSensor (const mlx90614::IRSensor irs, const bool apply=true)
	Write the IRSensor mode.

bool	readPositiveKs (bool &pos)
	Read the positiveKs.

bool	writePositiveKs (const bool pos, const bool apply=true)
	Write the positiveKs.

bool	readPositiveKf2 (bool &pos)
	Read the positiveKf2.

bool	writePositiveKf2 (const bool pos, const bool apply=true)
	Write the positiveKf2.

Settings(Temperature range)
Note If apply is false, a POR or call applySetting() is required to enable the setting Warning Some settings are writable in SMBus mode, but not reflected in operation
bool	readObjectMinMax (uint16_t &toMin, uint16_t &toMax)
	Read the minimum and maximum temperatures of the measurement for the object.

bool	readObjectMinMax (float &toMin, float &toMax)
	Read the minimum and maximum temperatures of the measurement for the object.

template<typename T , typename std::enable_if< std::is_integral< T >::value, std::nullptr_t >::type = nullptr>
bool	writeObjectMinMax (const T toMin, const T toMax, const bool apply=true)
	Write the minimum and maximum temperatures of the measurement for the object.

bool	writeObjectMinMax (const float toMin, const float toMax, const bool apply=true)
	Write the minimum and maximum temperatures of the measurement for the object.

bool	readAmbientMinMax (uint8_t &taMin, uint8_t &taMax)
	Read the minimum and maximum temperatures of the measurement for the ambient.

bool	readAmbientMinMax (float &taMin, float &taMax)
	Read the minimum and maximum temperatures of the measurement for the ambient.

template<typename T , typename std::enable_if< std::is_integral< T >::value, std::nullptr_t >::type = nullptr>
bool	writeAmbientMinMax (const T taMin, const T taMax, const bool apply=true)
	Write the minimum and maximum temperatures of the measurement for the ambient.

bool	writeAmbientMinMax (const float taMin, const float taMax, const bool apply=true)
	Write the minimum and maximum temperatures of the measurement for the ambient.

Settings (Emissivity)
Note If apply is false, a POR or call applySetting() is required to enable the setting
bool	readEmissivity (uint16_t &emiss)
	Read the emissivity.

bool	readEmissivity (float &emiss)
	Read the emissivity.

template<typename T , typename std::enable_if< std::is_integral< T >::value, std::nullptr_t >::type = nullptr>
bool	writeEmissivity (const T emiss, const bool apply=true)
	Write the emissivity.

bool	writeEmissivity (const float emiss, const bool apply=true)
	Write the emissivity.

I2C Address
Warning Handling warning
bool	changeI2CAddress (const uint8_t i2c_address)
	Change device I2C address.

bool	readI2CAddress (uint8_t &i2c_address)
	Read device I2C address.

Protected Member Functions
bool	read_eeprom (mlx90614::EEPROM &e)

bool	read_register16 (const uint8_t reg, uint16_t &v, const bool stopbit=false)

bool	write_register16 (const uint8_t reg, const uint16_t val)

bool	write_eeprom (const uint8_t reg, const uint16_t val, const bool apply=true)

bool	write_object_minmax (const uint16_t toMin, const uint16_t toMax, const bool apply=true)

bool	write_ambient_minmax (const uint8_t taMin, const uint8_t taMax, const bool apply=true)

bool	write_emissivity (const uint16_t emiss, const bool apply=true)

bool	read_measurement (mlx90614::Data &d, const uint16_t config)

bool	start_periodic_measurement (const mlx90614::IIR iir, const mlx90614::FIR fir, const mlx90614::Gain gain, const mlx90614::IRSensor irs)

bool	start_periodic_measurement ()

bool	stop_periodic_measurement ()

	M5_UNIT_COMPONENT_PERIODIC_MEASUREMENT_ADAPTER_HPP_BUILDER (UnitMLX90614, mlx90614::Data)

virtual uint32_t	get_interval (const mlx90614::IIR iir, const mlx90614::FIR fir)

virtual bool	has_dual_sensors () const

Detailed Description

Base class of the UnitMLX90614 series.

It can be used to measure the surface temperature of a human body or other object

Currently only SMBus mode is supported. This has limited functionality and some settings are ignored

Todo: In the future, PMW mode will be supported to allow various configurations

Member Function Documentation

◆ applySettings()

bool m5::unit::UnitMLX90614::applySettings ( )

inline

Apply EEPROM settings.

Returns: True if successful

Note: After writing to EEPROM , a reset or sleep.wakeup is required for the settings to take effect

◆ changeI2CAddress()

bool m5::unit::UnitMLX90614::changeI2CAddress ( const uint8_t i2c_address )

Change device I2C address.

Parameters

i2c_address I2C address

Returns: True if successful

◆ readAmbientMinMax() [1/2]

bool m5::unit::UnitMLX90614::readAmbientMinMax	(	float &	taMin,
		float &	taMax )

Read the minimum and maximum temperatures of the measurement for the ambient.

Parameters

[out]	taMin	Minimum celsius
[out]	taMax	Maximum celsius

Returns: True if successful

◆ readAmbientMinMax() [2/2]

bool m5::unit::UnitMLX90614::readAmbientMinMax	(	uint8_t &	taMin,
		uint8_t &	taMax )

Read the minimum and maximum temperatures of the measurement for the ambient.

Parameters

[out]	taMin	Minimum raw value
[out]	taMax	Maximum raw value

Returns: True if successful

◆ readConfig()

bool m5::unit::UnitMLX90614::readConfig ( uint16_t & v )

Read the configuration.

Parameters

[out] v Configuration value

Returns: True if successful

◆ readEmissivity() [1/2]

bool m5::unit::UnitMLX90614::readEmissivity ( float & emiss )

Read the emissivity.

Parameters

[out] emiss emissivity (0.1f - 1.0f)

Returns: True if successful

◆ readEmissivity() [2/2]

bool m5::unit::UnitMLX90614::readEmissivity ( uint16_t & emiss )

Read the emissivity.

Parameters

[out] emiss Raw emissivity value

Returns: True if successful

◆ readFIR()

bool m5::unit::UnitMLX90614::readFIR ( mlx90614::FIR & fir )

Read the FIR.

Parameters

[out] dir FIR

Returns: True if successful

◆ readGain()

bool m5::unit::UnitMLX90614::readGain ( mlx90614::Gain & gain )

Read the Gain.

Parameters

[out] gain Gain

Returns: True if successful

◆ readI2CAddress()

bool m5::unit::UnitMLX90614::readI2CAddress ( uint8_t & i2c_address )

Read device I2C address.

Parameters

[out] i2c_address I2C address

Returns: True if successful

◆ readIIR()

bool m5::unit::UnitMLX90614::readIIR ( mlx90614::IIR & iir )

Read the IIR.

Parameters

[out] iir IIR

Returns: True if successful

◆ readIRSensor()

bool m5::unit::UnitMLX90614::readIRSensor ( mlx90614::IRSensor & irs )

Read the IRSensor mode.

Parameters

[out] irs IRSensor

Returns: True if successful

◆ readObjectMinMax() [1/2]

bool m5::unit::UnitMLX90614::readObjectMinMax	(	float &	toMin,
		float &	toMax )

Read the minimum and maximum temperatures of the measurement for the object.

Parameters

[out]	toMin	Minimum celsius
[out]	toMax	Maximum celsius

Returns: True if successful

◆ readObjectMinMax() [2/2]

bool m5::unit::UnitMLX90614::readObjectMinMax	(	uint16_t &	toMin,
		uint16_t &	toMax )

Read the minimum and maximum temperatures of the measurement for the object.

Parameters

[out]	toMin	Minimum raw value
[out]	toMax	Maximum raw value

Returns: True if successful

◆ readOutput()

bool m5::unit::UnitMLX90614::readOutput ( mlx90614::Output & o )

Read the Output.

Parameters

[out] o Output

Returns: True if successful

◆ readPositiveKf2()

bool m5::unit::UnitMLX90614::readPositiveKf2 ( bool & pos )

Read the positiveKf2.

Parameters

[out] pos Positive if true

Returns: True if successful

◆ readPositiveKs()

bool m5::unit::UnitMLX90614::readPositiveKs ( bool & pos )

Read the positiveKs.

Parameters

[out] pos Positive if true

Returns: True if successful

◆ sleep()

bool m5::unit::UnitMLX90614::sleep ( )

Sleep.

Returns: True if successful

◆ startPeriodicMeasurement()

bool m5::unit::UnitMLX90614::startPeriodicMeasurement	(	const mlx90614::IIR	iir,
		const mlx90614::FIR	fir,
		const mlx90614::Gain	gain,
		const mlx90614::IRSensor	irs )

inline

Start periodic measurement.

Parameters

iir	Infinite Impulse Response
fir	Finite Impulse Response
gain	Amplifier gain
irs	Infra-Red Sensor mode

Returns: True if successful

◆ stopPeriodicMeasurement()

bool m5::unit::UnitMLX90614::stopPeriodicMeasurement ( )

inline

Stop periodic measurement.

Returns: True if successful

◆ wakeup()

bool m5::unit::UnitMLX90614::wakeup ( )

Wakeup.

Returns: True if successful

◆ writeAmbientMinMax() [1/2]

bool m5::unit::UnitMLX90614::writeAmbientMinMax	(	const float	taMin,
		const float	taMax,
		const bool	apply = true )

Write the minimum and maximum temperatures of the measurement for the ambient.

Parameters

taMin	Minimum celsius
taMax	Maximum celsius
apply	Settings take effect immediately if true

Returns: True if successful

Note: Valid range between -38.2f and 124.8f

◆ writeAmbientMinMax() [2/2]

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

bool m5::unit::UnitMLX90614::writeAmbientMinMax	(	const T	taMin,
		const T	taMax,
		const bool	apply = true )

inline

Write the minimum and maximum temperatures of the measurement for the ambient.

Parameters

taMin	Minimum raw value
taMax	Maximum raw value
apply	Settings take effect immediately if true

Returns: True if successful

◆ writeConfig()

bool m5::unit::UnitMLX90614::writeConfig	(	const uint16_t	v,
		const bool	apply = true )

Write the configuration.

Parameters

v	Configuration value
apply	Settings take effect immediately if true

Returns: True if successful

Warning: During periodic detection runs, an error is returned

◆ writeEmissivity() [1/2]

bool m5::unit::UnitMLX90614::writeEmissivity	(	const float	emiss,
		const bool	apply = true )

Write the emissivity.

Parameters

emiss	emissivity (0.1f - 1.0f)
apply	Settings take effect immediately if true

Returns: True if successful

Warning: During periodic detection runs, an error is returned

◆ writeEmissivity() [2/2]

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

bool m5::unit::UnitMLX90614::writeEmissivity	(	const T	emiss,
		const bool	apply = true )

inline

Write the emissivity.

Parameters

emiss	Raw emissivity value
apply	Settings take effect immediately if true

Returns: True if successful

Warning: During periodic detection runs, an error is returned

◆ writeFIR()

bool m5::unit::UnitMLX90614::writeFIR	(	const mlx90614::FIR	fir,
		const bool	apply = true )

Write the FIR.

Parameters

fir	FIR
apply	Settings take effect immediately if true

Returns: True if successful

Warning: During periodic detection runs, an error is returned

◆ writeGain()

bool m5::unit::UnitMLX90614::writeGain	(	const mlx90614::Gain	gain,
		const bool	apply = true )

Write the Gain.

Parameters

gain	Gain
apply	Settings take effect immediately if true

Returns: True if successful

Warning: During periodic detection runs, an error is returned

◆ writeIIR()

bool m5::unit::UnitMLX90614::writeIIR	(	const mlx90614::IIR	iir,
		const bool	apply = true )

Write the IIR.

Parameters

iir	IIR
apply	Settings take effect immediately if true

Returns: True if successful

Warning: During periodic detection runs, an error is returned

◆ writeIRSensor()

bool m5::unit::UnitMLX90614::writeIRSensor	(	const mlx90614::IRSensor	irs,
		const bool	apply = true )

Write the IRSensor mode.

Parameters

irs	IRSensor
apply	Settings take effect immediately if true

Returns: True if successful

Warning: If only one sensor is installed, the IRSensor setting to Dual is ignored; During periodic detection runs, an error is returned

◆ writeObjectMinMax() [1/2]

bool m5::unit::UnitMLX90614::writeObjectMinMax	(	const float	toMin,
		const float	toMax,
		const bool	apply = true )

Write the minimum and maximum temperatures of the measurement for the object.

Parameters

toMin	Minimum celsius
toMax	Maximum celsius
apply	Settings take effect immediately if true

Returns: True if successful

Note: Valid range between -273.15f and 382.2f

◆ writeObjectMinMax() [2/2]

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

bool m5::unit::UnitMLX90614::writeObjectMinMax	(	const T	toMin,
		const T	toMax,
		const bool	apply = true )

inline

Write the minimum and maximum temperatures of the measurement for the object.

Parameters

toMin	Minimum raw value
toMax	Maximum raw value
apply	Settings take effect immediately if true

Returns: True if successful

◆ writeOutput()

bool m5::unit::UnitMLX90614::writeOutput	(	const mlx90614::Output	o,
		const bool	apply = true )

Write the Output.

Parameters

o	Output
apply	Settings take effect immediately if true

Returns: True if successful

Warning: IRSensor must be set to Dual mode to obtain TO2 output; If only one sensor is installed, the output setting to TO2 is ignored; During periodic detection runs, an error is returned

◆ writePositiveKf2()

bool m5::unit::UnitMLX90614::writePositiveKf2	(	const bool	pos,
		const bool	apply = true )

Write the positiveKf2.

Parameters

pos	Positive if true
apply	Settings take effect immediately if true

Returns: True if successful

Warning: During periodic detection runs, an error is returned

◆ writePositiveKs()

bool m5::unit::UnitMLX90614::writePositiveKs	(	const bool	pos,
		const bool	apply = true )

Write the positiveKs.

Parameters

pos	Positive if true
apply	Settings take effect immediately if true

Returns: True if successful

Warning: During periodic detection runs, an error is returned

Classes

Public Member Functions

Protected Member Functions

Detailed Description

Member Function Documentation

◆ applySettings()

◆ changeI2CAddress()

◆ readAmbientMinMax() [1/2]

◆ readAmbientMinMax() [2/2]

◆ readConfig()

◆ readEmissivity() [1/2]

◆ readEmissivity() [2/2]

◆ readFIR()

◆ readGain()

◆ readI2CAddress()

◆ readIIR()

◆ readIRSensor()

◆ readObjectMinMax() [1/2]

◆ readObjectMinMax() [2/2]

◆ readOutput()

◆ readPositiveKf2()

◆ readPositiveKs()

◆ sleep()

◆ startPeriodicMeasurement()

◆ stopPeriodicMeasurement()

◆ wakeup()

◆ writeAmbientMinMax() [1/2]

◆ writeAmbientMinMax() [2/2]

◆ writeConfig()

◆ writeEmissivity() [1/2]

◆ writeEmissivity() [2/2]

◆ writeFIR()

◆ writeGain()

◆ writeIIR()

◆ writeIRSensor()

◆ writeObjectMinMax() [1/2]

◆ writeObjectMinMax() [2/2]

◆ writeOutput()

◆ writePositiveKf2()

◆ writePositiveKs()