Connecting The BT And Motor With Arduino And Python

Introduction

In my previous article, I have explained about connecting Python and Arduino. This article is the next level for connecting Arduino and Python with Bluetooth and the Motor. It can be based on the set of the delay time and is based on ON/OFF.

Parts Of List

Hardware side

Arduino Uno
Bluetooth HC-05
Servo Motor
Bread board
Hook Up wires

Software Side

Arduino IDE
Python software

Connection
Part 1: Connect From Bluetooth To Board

BT	Board
TX	RX
RX	TX
Gnd	Gnd
Vcc	5v

Part 2: Connect From Servo Motor To Board

Motor	Board
Vin	09
Gnd	Gnd
Vcc	5v

Programming

Program For Arduino Part

#include " Softwareserial.h"
softwareSerial serial.connection(10, 11);#
define BUFFER_SIZE 64
char inData[BUFFER_SIZE];
char inchar = -1;
int count = 0;
int i = 0;
void setup()
{
serial.begin(9600);
serial_connection.begin(9600);
serial_connection.println("Ready!!!");
serial_println("Started");
}
Void loop()
{
byte byte = Count = serial_connection.available();
if (byte_ Count) {
Serial println("Incoming Data");
Int first_bytes = bytes - Count;
int remaining_bytes = 0;
if (first_bytes > +BUFFER_SIZE - 1)
{
remaining_bytes = bytes_count = (BUFFER_SIZE - 1);
}
for (i = 0; i < first_byte; i++)
{
intchar = Serial_connection.read();
int Data[i] = inchar;
}
intData[i] = '\0';
if (string(inData) == "BOOP 2")
{
Serial.println("************* start Motor ********************");
}
elseif(string(inData) == "BOOP 4")
{
Serial.println("************* stop Motor ********************");
}
for (i = 0; i < remaining_bytes; i++)
{
inchar = Serial_connection.read();
}
Serial_ConnectionPrintln("Hello From Blue" + string(count));
Count++;
}
delay(100)
}

Programming For Python Part

import serial
import time
Print ("Start")
port="/dev/tty.HC-06-DevB"
bluetooth=serial.serial(port,9600)
print("Connected"
bluetooth.flushInput()
for i in range(5)
print("ping")
bluetooth.Write(b"Boop"+str.encode(str(i)))
input-date = bluetooth readline()
print(input_data.decode())
time.sleep(0.1)
bluetooth.close()
print("Done")

Explanation

In the Arduino Side, a usual process is followed. Upload the file and see in the serial monitor and the output will be displayed. In the Python side, we will have to write the code, click the Run module, and see the output which will be displayed. In the Run Window, it will continue the process. When the stop Boop has come, it will stop, until then it will run and give the output.

bluetooth.Write(b"Boop"+str.encode(str(i)))
input-date = bluetooth readline()
print(input_data.decode())
time.sleep(0.1)
bluetooth.close()
print("Done")

In the case, they will have the Bluetooth.Write(b"Boop"+str.encode(str((i))), which needs to have byte and not Unicode plus a number. In this, it will have the process to run the range, when the process is required to close, we have declared it as the bluetooth.close(). Otherwise, the connection will remain open until a timeout, which ties up the/dev/tyy.

Output

Figure 1: Output