- “MATLAB Support Package for Arduino Hardware” should be installed in the system.
- To setup a connection between MATLAB and Arduino hardware board, “arduino” object should be used in the code.
- Replace some Arduino IDE functions with MATLAB in-built functions in the code.
- Use “configurePin” to define input and output pin configuration.
- Use readDigitalPin and writeDigitalPin instead of digitalRead and digitalWrite respectively.
Can Any body help me out to convert this code ??
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Can Any body help me out to convert this code to Matlab ??
This is Flame sensor code from arduino i want to switch it to matlab .
int Buzzer = 4 ;// initializing the pin 4 as the led pin
int flamepin = 8 ;// initializing pin 8 as the sensor output pin
void setup ( ) {
pinMode ( Buzzer , OUTPUT ); // declaring Buzzer pin as output pin
pinMode ( flamepin , INPUT ); // declaring sensor pin as input pin for Arduino
Serial.begin ( 9600 );// setting baud rate at 9600
}
void loop ( ) {
int Read = digitalRead ( flamepin ) ; // reading from the sensor
if (Read == LOW ) // applying condition
{
Serial.println ( " FLAME , FLAME , FLAME " ) ;
digitalWrite ( Buzzer , HIGH ) ;// if state is high, then turn high the Buzzer
}
else
{
Serial.println ( " no flame " ) ;
digitalWrite ( Buzzer , LOW ) ; // otherwise turn it low
}
}
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回答(1 个)
Yukthi S
2024-7-23
Hi Mohamed,
To convert Arduino C/C++ code to MATLAB code,
Here is the rough conversion of the given code to MATLAB code:
% initializing the "arduino" object
a = arduino();
% Define pin numbers
buzzerPin = 'D4'; % buzzer connected to digital pin 4
flamePin = 'D8'; % flame sensor connected to digital pi 8
% Configure the pins
configurePin(a, buzzerPin, 'DigitalOutput');
configurePin(a, flamePin, 'DigitalInput');
fprintf('Starting flame detection...\n');
while true
% reading from the flame sensor
readValue = readDigitalPin(a, flamePin);
if readValue == 0 % Flame detected
fprintf('FLAME, FLAME, FLAME\n');
writeDigitalPin(a, buzzerPin, 1); % Turn on the buzzer(if read is low,the turn on the buzzer as per the code in question)
else
fprintf('no flame\n');
writeDigitalPin(a, buzzerPin, 0); % Turn off the buzzer
end
pause(0.1); % Small delay to avoid overwhelming the serial output(can be optional)
end
Hope this is helpful!
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