main.cpp File Reference

#include <chrono>
#include <thread>
#include <atomic>
#include <serial_port.h>
#include <mui.h>

Include dependency graph for main.cpp:

Macros
#define	RX_SERIAL_BUFFER_SIZE   5 * LLCP_RX_TX_BUFFER_SIZE
#define	TX_SERIAL_BUFFER_SIZE   LLCP_RX_TX_BUFFER_SIZE

Functions
void	bin2hex (const uint8_t x, uint8_t *buffer)
void	saveFrameDataToFile (const LLCP_FrameData_t *data)
void	measureFrame (int acquisition_time_ms, int pixel_mode)
void	getTemperature ()
void	mui_linux_processFrameData (const LLCP_FrameData_t *data)
void	mui_linux_processFrameDataTerminator ([[maybe_unused]] const LLCP_FrameDataTerminator_t *data)
void	mui_linux_processStatus ([[maybe_unused]] const LLCP_Status_t *data)
void	mui_linux_processTemperature (const LLCP_Temperature_t *data)
void	mui_linux_processAck ([[maybe_unused]] const LLCP_Ack_t *data)
void	mui_linux_processMinipixError ([[maybe_unused]] const LLCP_MinipixError_t *data)
void	mui_linux_processMeasurementFinished ()
void	mui_linux_ledSetHW ([[maybe_unused]] bool state)
void	mui_linux_sleepHW (const uint16_t milliseconds)
void	mui_linux_sendChar (const uint8_t char_out)
void	mui_linux_sendString (const uint8_t *str_out, const uint16_t len)
void	measurementA1 (uint16_t desired_occupancy, int pixel_mode, uint16_t threshold_coarse, uint16_t threshold_fine, uint16_t default_acquisition_time, int configuration_id, bool use_temp_for_config, uint16_t temp_threshold, uint16_t save_max_pixels, uint16_t min_acq_time, uint16_t max_acq_time)
void	measurementA2 (int pixel_mode, uint16_t acquisition_time_ms, uint16_t threshold_coarse, uint16_t threshold_fine, int configuration_id, bool use_temp_for_config, uint16_t temp_threshold, uint16_t save_max_pixels)
void	threadSerial (void)
int	main (int argc, char *argv[])

Variables
SerialPort	serial_port_minipix_
uint8_t	tx_buffer [TX_SERIAL_BUFFER_SIZE]
MUI_Handler_t	mui_handler_
std::thread	thread_serial_
std::atomic< bool >	got_ack_ = false
std::atomic< bool >	measuring_frame_ = false
uint16_t	save_max_pixels_
uint16_t	number_of_pixels_saved_
uint16_t	number_of_pixels_not_saved_
std::atomic< bool >	counting_pixels_ = false
uint16_t	pixel_count_ = 0
int16_t	temperature_
std::atomic< bool >	measuring_temperature_ = false
FILE *	measured_data_file_

Macro Definition Documentation

RX_SERIAL_BUFFER_SIZE

#define RX_SERIAL_BUFFER_SIZE   5 * LLCP_RX_TX_BUFFER_SIZE

TX_SERIAL_BUFFER_SIZE

#define TX_SERIAL_BUFFER_SIZE   LLCP_RX_TX_BUFFER_SIZE

Function Documentation

bin2hex()

void bin2hex	(	const uint8_t	x,
		uint8_t *	buffer
	)

getTemperature()

void getTemperature

(

)

main()

int main	(	int	argc,
		char *	argv[]
	)

measureFrame()

void measureFrame	(	int	acquisition_time_ms,
		int	pixel_mode
	)

measurementA1()

void measurementA1	(	uint16_t	desired_occupancy,
		int	pixel_mode,
		uint16_t	threshold_coarse,
		uint16_t	threshold_fine,
		uint16_t	default_acquisition_time,
		int	configuration_id,
		bool	use_temp_for_config,
		uint16_t	temp_threshold,
		uint16_t	save_max_pixels,
		uint16_t	min_acq_time,
		uint16_t	max_acq_time
	)

measurementA2()

void measurementA2	(	int	pixel_mode,
		uint16_t	acquisition_time_ms,
		uint16_t	threshold_coarse,
		uint16_t	threshold_fine,
		int	configuration_id,
		bool	use_temp_for_config,
		uint16_t	temp_threshold,
		uint16_t	save_max_pixels
	)

mui_linux_ledSetHW()

void mui_linux_ledSetHW

(

[[maybe_unused] ] bool

state

)

mui_linux_processAck()

void mui_linux_processAck

(

[[maybe_unused] ] const LLCP_Ack_t *

data

)

mui_linux_processFrameData()

void mui_linux_processFrameData

(

const LLCP_FrameData_t *

data

)

mui_linux_processFrameDataTerminator()

void mui_linux_processFrameDataTerminator

(

[[maybe_unused] ] const LLCP_FrameDataTerminator_t *

data

)

mui_linux_processMeasurementFinished()

void mui_linux_processMeasurementFinished

(

)

mui_linux_processMinipixError()

void mui_linux_processMinipixError

(

[[maybe_unused] ] const LLCP_MinipixError_t *

data

)

mui_linux_processStatus()

void mui_linux_processStatus

(

[[maybe_unused] ] const LLCP_Status_t *

data

)

mui_linux_processTemperature()

void mui_linux_processTemperature

(

const LLCP_Temperature_t *

data

)

mui_linux_sendChar()

void mui_linux_sendChar

(

const uint8_t

char_out

)

mui_linux_sendString()

void mui_linux_sendString	(	const uint8_t *	str_out,
		const uint16_t	len
	)

mui_linux_sleepHW()

void mui_linux_sleepHW

(

const uint16_t

milliseconds

)

saveFrameDataToFile()

void saveFrameDataToFile

(

const LLCP_FrameData_t *

data

)

threadSerial()

void threadSerial

(

void

)

Variable Documentation

counting_pixels_

std::atomic<bool> counting_pixels_ = false

got_ack_

std::atomic<bool> got_ack_ = false

measured_data_file_

FILE* measured_data_file_

measuring_frame_

std::atomic<bool> measuring_frame_ = false

measuring_temperature_

std::atomic<bool> measuring_temperature_ = false

mui_handler_

MUI_Handler_t mui_handler_

number_of_pixels_not_saved_

uint16_t number_of_pixels_not_saved_

number_of_pixels_saved_

uint16_t number_of_pixels_saved_

pixel_count_

uint16_t pixel_count_ = 0

save_max_pixels_

uint16_t save_max_pixels_

serial_port_minipix_

SerialPort serial_port_minipix_

temperature_

int16_t temperature_

thread_serial_

std::thread thread_serial_

tx_buffer

uint8_t tx_buffer[TX_SERIAL_BUFFER_SIZE]