midprogramproject

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Virtual Arduino Project

So I finally finished my Mid Program Virtual Arduino Project. Below are videos of the final presentation.

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Pt 2 of my presentation

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Part one of my presentation

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Virtual Arduino Project

My updated 3d design for the security alarm.

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Virtual Arduino Project

To represent the setting for the alarm I built a house with the security alarm on the 3d design

Tutorial I followed on Youtube:  https://www.youtube.com/watch?v=Zj92z7TlAok

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Virtual Arduino Project

In order for my project to meet all the requirements I added a moving part, the servo which represents a lock. Once a person is close to the sensor the alarm will sound and one will be given the opportunity to enter the 3-digit code and unlock the door.

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Virtual Arduino Project

Basic starter 3D model of the alarm to include the buzzer and lights

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Virtual Arduino Project

The circuit compiles and uses the sensor to read the distance from the object. When it is close all three LEDs beam but when it far all are off. Now I need to make the code that makes the buzzer go off when all the lights are on.

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Virtual Arduino Project

I’ve connected everything to the necessary pins and resistors. For the written code I created variables for each pin so it wouldn’t be confusing farther into the code.

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Virtual Arduino Project

Instead of using the ultrasonic distance sensor with 3 pins I’ve decided to use the ultrasonic distance sensor with 4 pins. This is because the sensor with four pins has two separate send and receive pins, while the previous had them combined. Separate pins are easier to navigate when making the code 

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Virtual Arduino Project

So for I’ve placed all of the materials needed to simulate the circuit for the alarm(other than all the wires). Furthermore, I have connected the breadboard to ground and VCC(5V) and the buzzer to pins 7 and 2. 

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Virtual Arduino Project

For the Virtual Arduino Project, I plan to create an alarm that buzzes and lights if an object is to close. On tinkercad, I will use several LEDs, a buzzer, breadboard, resistors, an Arduino Uno R3, and ultrasonic distance sensor and wires. To build it I will formulate a 3d design that looks like an alarm.

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3D Design

I haven’t created anything on tinker yet but I’ve watched a lesson on the topic of 3d modeling.

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Code for LED Circuit

int animationSpeed = 1;

void setup() {  pinMode(13, OUTPUT);  pinMode(12, OUTPUT);  pinMode(11, OUTPUT);  pinMode(10, OUTPUT);  pinMode(9, OUTPUT);  pinMode(8, OUTPUT);  pinMode(7, OUTPUT);  pinMode(6, OUTPUT);  pinMode(5, OUTPUT);  pinMode(4, OUTPUT);  pinMode(3, OUTPUT);  pinMode(2, OUTPUT);  pinMode(1, OUTPUT);

}

void loop() {  animationSpeed = 80;  digitalWrite(13, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(13, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  animationSpeed = 80;  digitalWrite(12, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(12, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  animationSpeed = 80;  digitalWrite(11, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(11, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  animationSpeed = 80;  digitalWrite(10, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(10, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  animationSpeed = 80;  digitalWrite(9, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(9, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  animationSpeed = 80;  digitalWrite(8, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(8, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  animationSpeed = 80;  digitalWrite(7, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(7, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  animationSpeed = 80;  digitalWrite(6, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(6, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(5, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(5, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  animationSpeed = 80;  digitalWrite(4, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(4, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  animationSpeed = 80;  digitalWrite(3, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(3, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  animationSpeed = 80;  digitalWrite(2, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(2, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  animationSpeed = 80;  digitalWrite(1, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(1, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  animationSpeed = 70;  digitalWrite(1, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(1, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  animationSpeed = 70;  digitalWrite(2, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(2, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  animationSpeed = 70;  digitalWrite(3, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(3, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  animationSpeed = 70;  digitalWrite(4, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(4, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  animationSpeed = 70;  digitalWrite(5, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(5, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  animationSpeed = 70;  digitalWrite(6, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(6, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  animationSpeed = 80;  digitalWrite(7, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(7, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  animationSpeed = 70;  digitalWrite(8, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(8, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(9, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(9, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  animationSpeed = 70;  digitalWrite(10, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(10, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  animationSpeed = 70;  digitalWrite(11, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(11, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  animationSpeed = 70;  digitalWrite(12, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(12, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  animationSpeed = 70;  digitalWrite(13, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(13, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  animationSpeed = 150;  digitalWrite(13, HIGH), digitalWrite(1, HIGH),digitalWrite(9, HIGH),digitalWrite(5, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(13, LOW), digitalWrite(1, LOW),digitalWrite(9, LOW),digitalWrite(5, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(2, HIGH), digitalWrite(4, HIGH),digitalWrite(7, HIGH),digitalWrite(10, HIGH),digitalWrite(12, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(2, LOW), digitalWrite(4, LOW),digitalWrite(7, LOW),digitalWrite(10, LOW),digitalWrite(12, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(8, HIGH), digitalWrite(6, HIGH),digitalWrite(11, HIGH),digitalWrite(3, HIGH);  delay(animationSpeed); // Wait for animation speed millisecond(s)  digitalWrite(8, LOW), digitalWrite(6, LOW),digitalWrite(11, LOW),digitalWrite(3, LOW);  delay(animationSpeed); // Wait for animation speed millisecond(s)

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LED Circuit

I created a LED circuit using 13 resistors, 13 LED’s, a breadboard, an arduino uno R3, and other wires. Furthermore, I also formulated the code so that the LED’s blink at a specific time

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Due to the coronavirus classes were moved online so the security alarm project that we were planning on doing probably won’t be happening. Instead we’re gonna be creating circuits online using tinkerCad.