Robot Art Show

For my Robot Art Show I created a game called Simon says but added and adjusted the frequency of the sound. My partner was Jack and we worked well together. We communicated and got work done. Our project was done by certain codes and circuit boards. Putting wires into certain pins and connecting them helped make connections to other things.

Potentiometer- It controls the sounds volume.

Sound Buzzer- Where the sound comes out.

Lights- Connected by each pin.

Wires- create connections between things.

Motherboard- Where everything get connected to.

Content

Code:

/*

SparkFun Inventor’s Kit

Circuit 2C-Simon Says

The Simon Says game flashes a pattern using LED lights, then the player must repeat the pattern.

This sketch was written by SparkFun Electronics, with lots of help from the Arduino community.

This code is completely free for any use.

 View circuit diagram and instructions at: https://learn.sparkfun.com/tutorials/sparkfun-inventors-kit-experiment-guide---v41

 Download drawings and code at: https://github.com/sparkfun/SIK-Guide-Code

*/

//set the pins where the buttons, LEDs and buzzer connect

int button[] = {2, 4, 6, 8};  //red is button[0], yellow is button[1], green is button[2], blue is button[3]

int led[] = {3, 5, 7, 9};     //red is led[0], yellow is led[1], green is led[2], blue is led[3]

int tones[] = {262, 330, 392, 494};   //tones to play with each button (c, e, g, b)

int roundsToWin = 10;         //number of rounds the player has to play before they win the game (the array can only hold up to 16 rounds)

int buttonSequence[16];       //make an array of numbers that will be the sequence that the player needs to remember

int buzzerPin = 10;           //pin that the buzzer is connected to

int pressedButton = 4;        //a variable to remember which button is being pressed. 4 is the value if no button is being pressed.

int roundCounter = 1;         //keeps track of what round the player is on

long startTime = 0;           //timer variable for time limit on button press

long timeLimit = 2000;        //time limit to hit a button

boolean gameStarted = false;      //variable to tell the game whether or not to play the start sequence

void setup() {

//set all of the button pins to input_pullup (use the built-in pull-up resistors)

pinMode(button[0], INPUT_PULLUP);

pinMode(button[1], INPUT_PULLUP);

pinMode(button[2], INPUT_PULLUP);

pinMode(button[3], INPUT_PULLUP);

//set all of the LED pins to output

pinMode(led[0], OUTPUT);

pinMode(led[1], OUTPUT);

pinMode(led[2], OUTPUT);

pinMode(led[3], OUTPUT);

pinMode(buzzerPin, OUTPUT);   //set the buzzer pin to output

}

void loop() {

if (gameStarted == false) {   //if the game hasn't started yet

startSequence();            //flash the start sequence

roundCounter = 0;           //reset the round counter

delay(1500);                //wait a second and a half

gameStarted = true;         //set gameStarted to true so that this sequence doesn't start again

}

//each round, start by flashing out the sequence to be repeated

for (int i = 0; i <= roundCounter; i++) { //go through the array up to the current round number

flashLED(buttonSequence[i]);          //turn on the LED for that array position and play the sound

delay(200);                           //wait

allLEDoff();                          //turn all of the LEDs off

delay(200);

}

//then start going through the sequence one at a time and see if the user presses the correct button

for (int i = 0; i <= roundCounter; i++) { //for each button to be pressed in the sequence

startTime = millis();                 //record the start time

while (gameStarted == true) { //loop until the player presses a button or the time limit is up (the time limit check is in an if statement)

pressedButton = buttonCheck();      //every loop check to see which button is pressed

if (pressedButton < 4) {            //if a button is pressed... (4 means that no button is pressed)

flashLED(pressedButton);          //flash the LED for the button that was pressed

if (pressedButton == buttonSequence[i]) { //if the button matches the button in the sequence

delay(250);                   //leave the LED light on for a moment

allLEDoff();                  //then turn off all of the lights and

break;                        //end the while loop (this will go to the next number in the for loop)

} else {                          //if the button doesn't match the button in the sequence

loseSequence();               //play the lose sequence (the loose sequence stops the program)

break;                        //when the program gets back from the lose sequence, break the while loop so that the game can start over

 }

} else {                            //if no button is pressed

 allLEDoff();                      //turn all the LEDs off

}

//check to see if the time limit is up

if (millis() - startTime > timeLimit) { //if the time limit is up

loseSequence();                       //play the lose sequence

break;                                //when the program gets back from the lose sequence, break the while loop so that the game can start over

}

}

}

if (gameStarted == true) {

roundCounter = roundCounter + 1;      //increase the round number by 1

if (roundCounter >= roundsToWin) {              //if the player has gotten to the 16th round

winSequence();                      //play the winning song

}

delay(500);                           //wait for half a second between rounds

}

}

//----------FUNCTIONS------------

//FLASH LED

void flashLED (int ledNumber) {

digitalWrite(led[ledNumber], HIGH);

tone(buzzerPin, tones[ledNumber]);

}

//TURN ALL LEDS OFF

void allLEDoff () {

//turn all the LEDs off

digitalWrite(led[0], LOW);

digitalWrite(led[1], LOW);

digitalWrite(led[2], LOW);

digitalWrite(led[3], LOW);

//turn the buzzer off

noTone(buzzerPin);

}

//CHECK WHICH BUTTON IS PRESSED

int buttonCheck() {

//check if any buttons are being pressed

if (digitalRead(button[0]) == LOW) {

return 0;

} else if (digitalRead(button[1]) == LOW) {

return 1;

} else if (digitalRead(button[2]) == LOW) {

return 2;

} else if (digitalRead(button[3]) == LOW) {

return 3;

} else {

return 4; //this will be the value for no button being pressed

}

}

//START SEQUENCE

void startSequence() {

randomSeed(analogRead(A0));   //make sure the random numbers are really random

//populate the buttonSequence array with random numbers from 0 to 3

for (int i = 0; i <= roundsToWin; i++) {

buttonSequence[i] = round(random(0, 4));

}

//flash all of the LEDs when the game starts

for (int i = 0; i <= 3; i++) {

tone(buzzerPin, tones[i], 200); //play one of the 4 tones

//turn all of the leds on

digitalWrite(led[0], HIGH);

digitalWrite(led[1], HIGH)

digitalWrite(led[2], HIGH);

digitalWrite(led[3], HIGH);

delay(100);         //wait for a moment

//turn all of the leds off

digitalWrite(led[0], LOW);

digitalWrite(led[1], LOW);

digitalWrite(led[2], LOW);

digitalWrite(led[3], LOW);

delay(100);   //wait for a moment

} //this will repeat 4 times

}

//WIN SEQUENCE

void winSequence() {

//turn all the LEDs on

for (int j = 0; j <= 3; j++) {

digitalWrite(led[j], HIGH);

}

//play the 1Up noise

tone(buzzerPin, 1318, 150);   //E6

delay(175);

tone(buzzerPin, 1567, 150);   //G6

delay(175);

tone(buzzerPin, 2637, 150);   //E7

delay(175);

tone(buzzerPin, 2093, 150);   //C7

delay(175);

tone(buzzerPin, 2349, 150);   //D7

delay(175);

tone(buzzerPin, 3135, 500);   //G7

delay(500);

//wait until a button is pressed

do {

pressedButton = buttonCheck();

} while (pressedButton > 3);

delay(100);

gameStarted = false;   //reset the game so that the start sequence will play again.

}

//LOSE SEQUENCE

void loseSequence() {

//turn all the LEDs on

for (int j = 0; j <= 3; j++) {

digitalWrite(led[j], HIGH);

}

//play the 1Up noise

tone(buzzerPin, 130, 250);   //E6

delay(275);

tone(buzzerPin, 73, 250);   //G6

delay(275);

tone(buzzerPin, 65, 150);   //E7

delay(175);

tone(buzzerPin, 98, 500);   //C7

delay(500);

//wait until a button is pressed

do {

pressedButton = buttonCheck();

} while (pressedButton > 3);

delay(200);

gameStarted = false;   //reset the game so that the start sequence will play again.

}

F=kq1q2r^2

Ohms- The mesurment of resistance.

Voltage- The energy or electronic force in the batter. Equation is V=IR

Circuit Diagram-

up at top

Circuit working- 

up at top

Reflection

I feel like overall I did well. I could have done better I feel like. I think my creative thinking wasn't very good because i could have thought of something more creative that sounded cooler. I also feel like I didn't communicate what I was doing well with my partner and while I was presenting.  I feel like I did well with collaborative thinking and learning because I did put a lot of thought into it. I also feel like my conscientiousness was good because I was making good decisions and I was trying my best.