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Merge pull request #4 from noshluk2/noshluk2/issue2
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// #include <Arduino.h> | ||
// #include "BluetoothSerial.h" | ||
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// #if !defined(CONFIG_BT_ENABLED) || !defined(CONFIG_BLUEDROID_ENABLED) | ||
// #error Bluetooth is not enabled! Please run `make menuconfig` to and enable it | ||
// #endif | ||
// // motor pins | ||
// #define motorRa 14 | ||
// #define motorRb 27 | ||
// #define motorLa 26 | ||
// #define motorLb 25 | ||
// #define Rpwm 12 | ||
// #define Lpwm 33 | ||
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// //PWM setup | ||
// const int channel_R = 0; //PWM setup | ||
// const int channel_L = 1; | ||
// void setup_motors(); | ||
// void process_input(String input); | ||
// void go_backward(int pwm); | ||
// void turn_right(int pwm); | ||
// void turn_left(int pwm); | ||
// void stop(); | ||
// void forward(int pwm); | ||
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// BluetoothSerial SerialBT; | ||
// void setup() | ||
// { | ||
// Serial.begin(115200); | ||
// SerialBT.begin("ESP32_BT"); | ||
// setup_motors(); | ||
// } | ||
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// void loop() | ||
// { | ||
// if (SerialBT.available()) { | ||
// String input = SerialBT.readStringUntil('\n'); | ||
// Serial.println(input); | ||
// process_input(input); | ||
// } | ||
// } | ||
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// void setup_motors(){ | ||
// // pwm setup variables | ||
// const int freq = 5000; | ||
// const int res = 8; | ||
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// // direction for motor pinout defination | ||
// pinMode(motorLa, OUTPUT); | ||
// pinMode(motorLb, OUTPUT); | ||
// pinMode(motorRa, OUTPUT); | ||
// pinMode(motorRb, OUTPUT); | ||
// // Pwm functionality setup | ||
// ledcSetup(channel_R ,freq , res); | ||
// ledcSetup(channel_L ,freq , res); | ||
// ledcAttachPin(Rpwm,channel_R); | ||
// ledcAttachPin(Lpwm,channel_L); | ||
// } | ||
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// void process_input(String input) { | ||
// char command = input.charAt(0); | ||
// int fixed_pwm = 150; | ||
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// if (command == 'r') { | ||
// turn_right(fixed_pwm); | ||
// } else if (command == 'f') { | ||
// forward(fixed_pwm); | ||
// }else if (command == 'l') { | ||
// turn_left(fixed_pwm); | ||
// } else if (command == 'b') { | ||
// go_backward(fixed_pwm); | ||
// }else if (command == 's') { | ||
// stop(); | ||
// } else { | ||
// Serial.println("Invalid input"); | ||
// } | ||
// } | ||
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// void turn_right(int pwm) { | ||
// // Left motor forward | ||
// ledcWrite(channel_L, pwm); | ||
// digitalWrite(motorLa, HIGH); | ||
// digitalWrite(motorLb, LOW); | ||
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// // Right motor backward | ||
// ledcWrite(channel_R, pwm); | ||
// digitalWrite(motorRa, LOW); | ||
// digitalWrite(motorRb, HIGH); | ||
// } | ||
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// void turn_left(int pwm) { | ||
// // Left motor backward | ||
// ledcWrite(channel_L, pwm); | ||
// digitalWrite(motorLa, LOW); | ||
// digitalWrite(motorLb, HIGH); | ||
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// // Right motor forward | ||
// ledcWrite(channel_R, pwm); | ||
// digitalWrite(motorRa, HIGH); | ||
// digitalWrite(motorRb, LOW); | ||
// } | ||
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// void go_backward(int pwm) { | ||
// // Left motor backward | ||
// ledcWrite(channel_L, pwm); | ||
// digitalWrite(motorLa, LOW); | ||
// digitalWrite(motorLb, HIGH); | ||
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// // Right motor backward | ||
// ledcWrite(channel_R, pwm); | ||
// digitalWrite(motorRa, LOW); | ||
// digitalWrite(motorRb, HIGH); | ||
// } | ||
// void stop(){ | ||
// // Left motor stop | ||
// ledcWrite(channel_L, 0); | ||
// digitalWrite(motorLa, LOW); | ||
// digitalWrite(motorLb, LOW); | ||
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// // Right motor stop | ||
// ledcWrite(channel_R, 0); | ||
// digitalWrite(motorRa, LOW); | ||
// digitalWrite(motorRb, LOW); | ||
// } | ||
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// void forward(int pwm){ | ||
// // Left motor forward | ||
// ledcWrite(channel_L, pwm); | ||
// digitalWrite(motorLa, HIGH); | ||
// digitalWrite(motorLb, LOW); | ||
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// // Right motor forward | ||
// ledcWrite(channel_R, pwm); | ||
// digitalWrite(motorRa, HIGH); | ||
// digitalWrite(motorRb, LOW); | ||
// } |
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#include <Arduino.h> | ||
#define LED_BUILTIN 2 | ||
void setup() { | ||
// put your setup code here, to run once: | ||
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// motor pins | ||
#define motorRa 27 | ||
#define motorRb 14 | ||
#define motorLa 25 | ||
#define motorLb 26 | ||
#define Rpwm 12 | ||
#define Lpwm 33 | ||
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//PWM setup | ||
const int channel_R = 0; //PWM setup | ||
const int channel_L = 1; | ||
void setup_motors(); | ||
void process_input(String input); | ||
void run_motor_R(int pwm); | ||
void run_motor_L(int pwm); | ||
void setup() | ||
{ | ||
Serial.begin(115200); | ||
pinMode(LED_BUILTIN, OUTPUT); | ||
setup_motors(); | ||
} | ||
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void loop() | ||
{ | ||
if (Serial.available() > 0) { | ||
String input = Serial.readStringUntil('\n'); | ||
process_input(input); | ||
} | ||
} | ||
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void setup_motors(){ | ||
// pwm setup variables | ||
const int freq = 5000; | ||
const int res = 8; | ||
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// direction for motor pinout defination | ||
pinMode(motorLa, OUTPUT); | ||
pinMode(motorLb, OUTPUT); | ||
pinMode(motorRa, OUTPUT); | ||
pinMode(motorRb, OUTPUT); | ||
// Pwm functionality setup | ||
ledcSetup(channel_R ,freq , res); | ||
ledcSetup(channel_L ,freq , res); | ||
ledcAttachPin(Rpwm,channel_R); | ||
ledcAttachPin(Lpwm,channel_L); | ||
} | ||
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void loop() { | ||
digitalWrite(LED_BUILTIN, HIGH); // turn the LED on (HIGH is the voltage level) | ||
delay(1000); // wait for a second | ||
digitalWrite(LED_BUILTIN, LOW); // turn the LED off by making the voltage LOW | ||
delay(1000); | ||
Serial.println("Hello World"); | ||
// put your main code here, to run repeatedly: | ||
void process_input(String input) { | ||
char motor = input.charAt(0); | ||
int pwm = input.substring(1).toInt(); | ||
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} | ||
if (motor == 'r') { | ||
run_motor_R(pwm); | ||
} else if (motor == 'l') { | ||
run_motor_L(pwm); | ||
} else { | ||
Serial.println("Invalid input"); | ||
} | ||
} | ||
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void run_motor_R(int pwm) { | ||
ledcWrite(channel_R, pwm); | ||
digitalWrite(motorRa, HIGH); | ||
digitalWrite(motorRb, LOW); | ||
} | ||
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void run_motor_L(int pwm) { | ||
ledcWrite(channel_L, pwm); | ||
digitalWrite(motorLa, HIGH); | ||
digitalWrite(motorLb, LOW); | ||
} |
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Original file line number | Diff line number | Diff line change |
---|---|---|
@@ -0,0 +1,72 @@ | ||
// #include <Arduino.h> | ||
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// // motor pins | ||
// #define motorRa 27 | ||
// #define motorRb 14 | ||
// #define motorLa 25 | ||
// #define motorLb 26 | ||
// #define Rpwm 12 | ||
// #define Lpwm 33 | ||
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// //PWM setup | ||
// const int channel_R = 0; //PWM setup | ||
// const int channel_L = 1; | ||
// void setup_motors(); | ||
// void process_input(String input); | ||
// void run_motor_R(int pwm); | ||
// void run_motor_L(int pwm); | ||
// void setup() | ||
// { | ||
// Serial.begin(115200); | ||
// setup_motors(); | ||
// } | ||
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// void loop() | ||
// { | ||
// if (Serial.available() > 0) { | ||
// String input = Serial.readStringUntil('\n'); | ||
// process_input(input); | ||
// } | ||
// } | ||
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// void setup_motors(){ | ||
// // pwm setup variables | ||
// const int freq = 5000; | ||
// const int res = 8; | ||
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// // direction for motor pinout defination | ||
// pinMode(motorLa, OUTPUT); | ||
// pinMode(motorLb, OUTPUT); | ||
// pinMode(motorRa, OUTPUT); | ||
// pinMode(motorRb, OUTPUT); | ||
// // Pwm functionality setup | ||
// ledcSetup(channel_R ,freq , res); | ||
// ledcSetup(channel_L ,freq , res); | ||
// ledcAttachPin(Rpwm,channel_R); | ||
// ledcAttachPin(Lpwm,channel_L); | ||
// } | ||
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// void process_input(String input) { | ||
// char motor = input.charAt(0); | ||
// int pwm = input.substring(1).toInt(); | ||
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// if (motor == 'r') { | ||
// run_motor_R(pwm); | ||
// } else if (motor == 'l') { | ||
// run_motor_L(pwm); | ||
// } else { | ||
// Serial.println("Invalid input"); | ||
// } | ||
// } | ||
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// void run_motor_R(int pwm) { | ||
// ledcWrite(channel_R, pwm); | ||
// digitalWrite(motorRa, HIGH); | ||
// digitalWrite(motorRb, LOW); | ||
// } | ||
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// void run_motor_L(int pwm) { | ||
// ledcWrite(channel_L, pwm); | ||
// digitalWrite(motorLa, HIGH); | ||
// digitalWrite(motorLb, LOW); | ||
// } |
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