Acelerómetro controlado del LED (4 / 5 paso)

Paso 4: Escribir sus códigos de

Esta parte requiere cierta reflexión. Para hacer la X, Y y Z brillo control del eje del LED, que se deben conectar a los pines analógicos de Arduino.

Los códigos pueden ser similares a esto-

const int RedPin = 3;

const int GreenPin = 5;

const int BluePin = 6;

const int sensorPinRed = A0;

const int sensorPinGreen = A2;

const int sensorPinBlue = A4;

int var = 1;

int minReadingRed = 750;

int maxReadingRed = 0;

int minReadingGreen = 750;

int maxReadingGreen = 0;

int minReadingBlue = 750;

int maxReadingBlue = 0;

int analogValue = 0;

int tiempo;

int analogOut;

flash int;

void setup() {}

Serial.Begin(9600);

Serial.println();

}

void loop() {}

al mismo tiempo (tiempo < 1000) {}

tiempo = millis();

analogWrite (RedPin, 255);

analogWrite (GreenPin, 255);

analogWrite (BluePin, 255);

retrasar (1000);

analogWrite (RedPin, 0);

analogWrite (GreenPin, 0);

analogWrite (BluePin, 0);

Delay (10);

}

mientras que (tiempo > 1000 & & tiempo < 16000) {}

tiempo = millis();

analogValue = analogRead(sensorPinRed);

maxReadingRed = max (analogValue, maxReadingRed);

minReadingRed = min (analogValue, minReadingRed);

Serial.Print ("Red analógica");

Serial.Print (analogValue, DEC);

Delay (20);

analogValue = analogRead(sensorPinGreen);

maxReadingGreen = max (analogValue, maxReadingGreen);

minReadingGreen = min (analogValue, minReadingGreen);

Serial.Print ("verde analógica");

Serial.Print (analogValue, DEC);

Delay (20);

analogValue = analogRead(sensorPinBlue);

maxReadingBlue = max (analogValue, maxReadingBlue);

minReadingBlue = min (analogValue, minReadingBlue);

Serial.Print ("analógico azul");

Serial.println (analogValue, DEC);

Delay (20);

}

mientras que (tiempo > 16000 & & tiempo < 17000) {}

tiempo = millis();

analogWrite (RedPin, 255);

analogWrite (GreenPin, 255);

analogWrite (BluePin, 255);

retrasar (1000);

analogWrite (RedPin, 0);

analogWrite (GreenPin, 0);

analogWrite (BluePin, 0);

}

mientras que (var == 1) {}

minReadingRed = minReadingRed + 0.5 * (maxReadingRed - minReadingRed);

minReadingGreen = minReadingGreen + 0.5 * (maxReadingGreen - minReadingGreen);

minReadingBlue = minReadingBlue + 0.5 * (maxReadingBlue - minReadingBlue);

Serial.println();

Serial.Print ("minReadingRed =");

Serial.Print (minReadingRed, DEC);

Serial.Print ("maxReadingRed =");

Serial.println (maxReadingRed, DEC);

Serial.Print ("minReadingGreen =");

Serial.Print (minReadingGreen, DEC);

Serial.Print ("maxReadingGreen =");

Serial.println (maxReadingGreen, DEC);

Serial.Print ("minReadingBlue =");

Serial.Print (minReadingBlue, DEC);

Serial.Print ("maxReadingBlue =");

Serial.println (maxReadingBlue, DEC);

var = 2;

}

analogValue = analogRead(sensorPinRed);

analogValue = restringir (analogValue, minReadingRed, maxReadingRed);

Serial.Print ("analogValue rojo =");

Serial.Print(analogValue);

analogOut = mapa (analogValue, minReadingRed, maxReadingRed, 0, 255);

analogOut = restringir (analogOut, 0, 255);

Serial.Print ("escala");

Serial.Print (analogOut, DEC);

analogWrite (RedPin, analogOut);

analogValue = analogRead(sensorPinGreen);

analogValue = restringir (analogValue, minReadingGreen, maxReadingGreen);

Serial.Print ("verde =");

Serial.Print(analogValue);

analogOut = mapa (analogValue, minReadingGreen, maxReadingGreen, 0, 255);

analogOut = restringir (analogOut, 0, 255); Serial.Print ("escala");

Serial.Print (analogOut, DEC);

analogWrite (GreenPin, analogOut);

analogValue = analogRead(sensorPinBlue);

analogValue = restringir (analogValue, minReadingBlue, maxReadingBlue);

Serial.Print ("azul =");

Serial.Print(analogValue);

analogOut = mapa (analogValue, minReadingBlue, maxReadingBlue, 0, 255);

analogOut = restringir (analogOut, 0, 255);

Serial.Print ("escala");

Serial.println (analogOut, DEC);

analogWrite (BluePin, analogOut);

retraso (25);

analogValue = analogRead(sensorPinRed);

analogOut = mapa (analogValue, minReadingRed, maxReadingRed, 0, 255);

Serial.Print ("rojo =");

Serial.Print (analogValue, DEC);

analogWrite (RedPin, analogOut);

analogValue = analogRead(sensorPinGreen); analogOut = mapa (analogValue, minReadingGreen, maxReadingGreen, 0, 255);

Serial.Print ("verde =");

Serial.Print (analogValue, DEC);

analogWrite (GreenPin, analogOut);

analogValue = analogRead(sensorPinBlue);

analogOut = mapa (analogValue, minReadingBlue, maxReadingBlue, 0, 255);

Serial.Print ("azul =");

Serial.println (analogValue, DEC);

analogWrite (BluePin, analogOut);

Delay(25);