Ufo nightlight shell and stand

prusaprinters

<pre><code class="language-plaintext"> int dit=250; int longW=500; int redLED=11; int blueLED=10; int greenLED=9; long readUltrasonicDistance(int triggerPin=13, int echoPin=12) { pinMode(triggerPin, OUTPUT); // Clear the trigger digitalWrite(triggerPin, LOW); delayMicroseconds(2); // Sets the trigger pin to HIGH state for 10 microseconds digitalWrite(triggerPin, HIGH); delayMicroseconds(10); digitalWrite(triggerPin, LOW); pinMode(echoPin, INPUT); // Reads the echo pin, and returns the sound wave travel time in microseconds return pulseIn(echoPin, HIGH); } void setup() { pinMode(12, INPUT); pinMode(LED_BUILTIN, OUTPUT); pinMode(13, OUTPUT); pinMode (11,OUTPUT); pinMode (10,OUTPUT); pinMode (9,OUTPUT); } void loop() { // put your main code here, to run repeatedly: digitalRead(12); 0.01723 * readUltrasonicDistance(12, 12); digitalWrite(LED_BUILTIN, HIGH); delay(10); // Wait for 10 millisecond(s) digitalWrite (greenLED, HIGH); delay(dit); digitalWrite (redLED, HIGH); delay(longW); digitalWrite (blueLED, HIGH); delay(dit); digitalWrite(greenLED, LOW); delay(dit); digitalWrite (redLED, LOW); delay(longW); digitalWrite (blueLED, LOW); delay(dit); digitalWrite(greenLED, HIGH); delay(dit); digitalWrite (redLED, HIGH); delay(longW); digitalWrite (blueLED, HIGH); delay(dit); digitalWrite(greenLED, LOW); delay(longW); digitalWrite (redLED, LOW); delay(dit); digitalWrite (blueLED, LOW); delay(longW);digitalWrite (greenLED, HIGH); delay(dit); digitalWrite (redLED, HIGH); delay(longW); digitalWrite (blueLED, HIGH); delay(dit); digitalWrite(greenLED, LOW); delay(dit); digitalWrite (redLED, LOW); delay(longW); digitalWrite (blueLED, LOW); delay(dit); digitalWrite(greenLED, HIGH); delay(dit); digitalWrite (redLED, HIGH); delay(longW); digitalWrite (blueLED, HIGH); delay(dit); digitalWrite(greenLED, LOW); delay(longW); digitalWrite (redLED, LOW); delay(dit); digitalWrite (blueLED, LOW); delay(longW); digitalWrite(LED_BUILTIN, LOW); digitalWrite (greenLED, HIGH); delay(dit); digitalWrite (redLED, HIGH); delay(longW); digitalWrite (blueLED, HIGH); delay(dit); digitalWrite(greenLED, LOW); delay(dit); digitalWrite (redLED, LOW); delay(longW); digitalWrite (blueLED, LOW); delay(dit); digitalWrite(greenLED, HIGH); delay(dit); digitalWrite (redLED, HIGH); delay(longW); digitalWrite (blueLED, HIGH); delay(dit); digitalWrite(greenLED, LOW); delay(longW); digitalWrite (redLED, LOW); delay(dit); digitalWrite (blueLED, LOW); delay(longW);digitalWrite (greenLED, HIGH); delay(dit); digitalWrite (redLED, HIGH); delay(longW); digitalWrite (blueLED, HIGH); delay(dit); digitalWrite(greenLED, LOW); delay(dit); digitalWrite (redLED, LOW); delay(longW); digitalWrite (blueLED, LOW); delay(dit); digitalWrite(greenLED, HIGH); delay(dit); digitalWrite (redLED, HIGH); delay(longW); digitalWrite (blueLED, HIGH); delay(dit); digitalWrite(greenLED, LOW); delay(longW); digitalWrite (redLED, LOW); delay(dit); digitalWrite (blueLED, LOW); delay(longW); digitalWrite(LED_BUILTIN, LOW); digitalWrite (greenLED, HIGH); delay(dit); digitalWrite (redLED, HIGH); delay(longW); digitalWrite (blueLED, HIGH); delay(dit); digitalWrite(greenLED, LOW); delay(dit); digitalWrite (redLED, LOW); delay(longW); digitalWrite (blueLED, LOW); delay(dit); digitalWrite(greenLED, HIGH); delay(dit); digitalWrite (redLED, HIGH); delay(longW); digitalWrite (blueLED, HIGH); delay(dit); digitalWrite(greenLED, LOW); delay(longW); digitalWrite (redLED, LOW); delay(dit); digitalWrite (blueLED, LOW); delay(longW);digitalWrite (greenLED, HIGH); delay(dit); digitalWrite (redLED, HIGH); delay(longW); digitalWrite (blueLED, HIGH); delay(dit); digitalWrite(greenLED, LOW); delay(dit); digitalWrite (redLED, LOW); delay(longW); digitalWrite (blueLED, LOW); delay(dit); digitalWrite(greenLED, HIGH); delay(dit); digitalWrite (redLED, HIGH); delay(longW); digitalWrite (blueLED, HIGH); delay(dit); digitalWrite(greenLED, LOW); delay(longW); digitalWrite (redLED, LOW); delay(dit); digitalWrite (blueLED, LOW); delay(longW); digitalWrite(LED_BUILTIN, LOW); digitalWrite (greenLED, HIGH); delay(dit); digitalWrite (redLED, HIGH); delay(longW); digitalWrite (blueLED, HIGH); delay(dit); digitalWrite(greenLED, LOW); delay(dit); digitalWrite (redLED, LOW); delay(longW); digitalWrite (blueLED, LOW); delay(dit); digitalWrite(greenLED, HIGH); delay(dit); digitalWrite (redLED, HIGH); delay(longW); digitalWrite (blueLED, HIGH); delay(dit); digitalWrite(greenLED, LOW); delay(longW); digitalWrite (redLED, LOW); delay(dit); digitalWrite (blueLED, LOW); delay(longW);digitalWrite (greenLED, HIGH); delay(dit); digitalWrite (redLED, HIGH); delay(longW); digitalWrite (blueLED, HIGH); delay(dit); digitalWrite(greenLED, LOW); delay(dit); digitalWrite (redLED, LOW); delay(longW); digitalWrite (blueLED, LOW); delay(dit); digitalWrite(greenLED, HIGH); delay(dit); digitalWrite (redLED, HIGH); delay(longW); digitalWrite (blueLED, HIGH); delay(dit); digitalWrite(greenLED, LOW); delay(longW); digitalWrite (redLED, LOW); delay(dit); digitalWrite (blueLED, LOW); delay(longW); digitalWrite(LED_BUILTIN, LOW); delay(100); // Wait for 1000 millisecond(s) } arduino code for light and motion sensor(do not coppy this with the code)</code></pre><p>&nbsp;</p>