Thermal Detonator

prusaprinters

<p>This is a Thermal Detonator, consisting of four parts. The top and bottom halves of the sphere, a sliding button that goes on top and a small cap that will cover an LED in the top half of the sphere.<br/> The files has four holes that can accommodate three 5mm LEDs and one 3mm LED.<br/> The sliding button clips into place in the slot in the top half of the sphere and can be used to attach and activate a button for electronics that can be housed inside.</p> <p> <figure class="media"> <oembed url="https://www.youtube.com/watch?v=GELZkQZjxAA"></oembed> </figure> </p> <h3>Print instructions</h3><p>Category: Props</p> <h3>Arduino Code for the blinking LEDs</h3> <p>int led1 = 5; //Specify to which pin you are connecting the Left Oragne LED<br/> int led2 = 7; //Specify to which pin you are connecting the Middle Oragne LED<br/> int led3 = 9; //Specify to which pin you are connecting the Right Oragne LED<br/> int led4 = 11; //Specify to which pin you are connecting the Red LED</p> <p>// the setup routine runs once when you press reset:<br/> void setup() {<br/> // initialize the digital pin as an output.<br/> pinMode(led1, OUTPUT);<br/> pinMode(led2, OUTPUT);<br/> pinMode(led3, OUTPUT);<br/> pinMode(led4, OUTPUT);<br/> }</p> <p>// the loop routine runs over and over again forever:<br/> void loop() {</p> <p>//Light Status 1<br/> digitalWrite(led4, HIGH); //turn the red LED on</p> <p>digitalWrite(led1, HIGH); // turn the Left Orange LED on<br/> delay(600); // wait for 600 milliseconds</p> <p>digitalWrite(led1, LOW); // turn the Left Orange LED on off<br/> delay(600); // wait for 600 milliseconds</p> <p>//Light Status 2<br/> {digitalWrite(led2, HIGH);<br/> delay(600);</p> <p>digitalWrite(led2, LOW);<br/> delay(600);}</p> <p>//Light Status 3<br/> {digitalWrite(led3, HIGH);<br/> delay(600);</p> <p>digitalWrite(led3, LOW);<br/> delay(600);}</p> <p>//Light Status 4<br/> {digitalWrite(led1, HIGH);<br/> digitalWrite(led2, HIGH);<br/> delay(600);</p> <p>digitalWrite(led1, LOW);<br/> digitalWrite(led2, LOW);<br/> delay(600);}</p> <p>//Light Status 5<br/> {digitalWrite(led1, HIGH);<br/> digitalWrite(led3, HIGH);<br/> delay(600);</p> <p>digitalWrite(led1, LOW);<br/> digitalWrite(led3, LOW);<br/> delay(600);}</p> <p>//Light Status 6<br/> {digitalWrite(led3, HIGH);<br/> delay(600);</p> <p>digitalWrite(led3, LOW);<br/> delay(600);}</p> <p>//Light Status 7<br/> {digitalWrite(led1, HIGH);<br/> delay(600);</p> <p>digitalWrite(led1, LOW);<br/> delay(600);}</p> <p>//Light Status 8<br/> {digitalWrite(led2, HIGH);<br/> digitalWrite(led3, HIGH);<br/> delay(600);</p> <p>digitalWrite(led2, LOW);<br/> digitalWrite(led3, LOW);<br/> delay(600);}</p> <p>//Light Status 9<br/> {digitalWrite(led1, HIGH);<br/> digitalWrite(led3, HIGH);<br/> delay(600);</p> <p>digitalWrite(led1, LOW);<br/> digitalWrite(led3, LOW);<br/> delay(600);}</p> <p>}</p>