releases/0.1.2/cores_2arduino_2_ain_8h_source.html

#ifdef ARDUINO_XRCU_HWV10001


#ifndef AIN_H

#define AIN_H


#include <Arduino.h>


uint16_t analog_read_raw (const uint8_t channel);


uint16_t analog_read_threshold (const uint8_t channel);


uint16_t analog_read_mapped (const uint8_t channel);


bool analog_read_digital (const uint8_t channel);


bool get_analog_reverse_flag (const uint8_t channel);


void set_analog_reverse_flag (const uint8_t channel, const bool reverse_flag);


void analog_start_cal ();


bool analog_single_cal ();


void analog_end_cal ();


#endif // #ifndef AIN_H


#endif // #ifdef ARDUINO_XRCU_HWV10001

analog_read_digital
bool analog_read_digital(const uint8_t channel)
Reads the analog value in boolean.

analog_read_mapped
uint16_t analog_read_mapped(const uint8_t channel)
Reads the mapped analog value.

analog_start_cal
void analog_start_cal()
Starts a new calibration of all analog channels.

analog_single_cal
bool analog_single_cal()
Processes 1 cycle of calibration for all analog channels.

analog_read_threshold
uint16_t analog_read_threshold(const uint8_t channel)
Reads the white/black threshold.

analog_read_raw
uint16_t analog_read_raw(const uint8_t channel)
Reads the raw analog value.

analog_end_cal
void analog_end_cal()
Ends the calibration of all analog channels and store the data back into EEPROM.

set_analog_reverse_flag
void set_analog_reverse_flag(const uint8_t channel, const bool reverse_flag)
Sets the analog reverse direction flag.

get_analog_reverse_flag
bool get_analog_reverse_flag(const uint8_t channel)
Gets the analog reverse direction flag.