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mapaulac/Heartfelt Connections

Last active February 6, 2017 04:49
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Heartfelt Connections
int buttonPin1 = 3;
int buttonPin2 = 2;
int buttonPin3 = 4;
int yellowPin1 = 9;
int bluePin1 = 8;
int redPin1 = 7;
int yellowPin2 = 6;
int bluePin3 = 10;
int redPin2 = 11;
int bluePin2 = 12;
int redPin3 = 13;
int yellowPin3 = 5;
void setup() {
// put your setup code here, to run once:
//or pinMode(2,OUTPUT);
//or ledPin = 2
pinMode(bluePin1,OUTPUT);
pinMode(yellowPin2,OUTPUT);
pinMode(yellowPin1,OUTPUT);
pinMode(yellowPin3,OUTPUT);
pinMode(redPin1,OUTPUT);
pinMode(bluePin3,OUTPUT);
pinMode(bluePin2,OUTPUT);
pinMode(redPin2,OUTPUT);
pinMode(redPin3,OUTPUT);
pinMode(buttonPin1,INPUT);
pinMode(buttonPin2,INPUT);
pinMode(buttonPin3,INPUT);
Serial.begin(9600);
}
void loop() {
// put your main code here, to run repeatedly:
int buttonState1 = digitalRead(buttonPin1);
int buttonState2 = digitalRead(buttonPin2);
int buttonState3 = digitalRead(buttonPin3);
// Serial.println(buttonState1);
Serial.println(buttonState2);
//setting up stage for ptterns that would be used, ensuring no patterns are turned on at first
bool pattern1 = false;
bool pattern2 = false;
bool pattern3 = false;
bool pattern4 = false;
bool pattern5 = false;
bool pattern6 = false;
bool pattern7 = false;
bool nothing = false;
bool pattern8 = false;
//first if condition: establishing patterns that would turn on according to switches
if (buttonState1 == HIGH && buttonState2 == LOW && buttonState3 == LOW){
pattern1 = true;
pattern2 = false;
pattern3 = false;
pattern4 = false;
pattern5 = false;
pattern6 = false;
pattern7 = false;
pattern8 = false;
}
else if (buttonState2 == HIGH && buttonState1 == LOW && buttonState3 == LOW){
pattern1 = false;
pattern2 = true;
pattern3 = false;
pattern4 = false;
pattern5 = false;
pattern6 = false;
pattern7 = false;
}
else if (buttonState1 == HIGH && buttonState2 == HIGH && buttonState3 == LOW){
pattern1 = false;
pattern2 = false;
pattern3 = true;
pattern4 = false;
pattern5 = false;
pattern6 = false;
pattern7 = false;
}
else if (buttonState3 == HIGH && buttonState1 == LOW && buttonState2 == LOW){
pattern1 = false;
pattern2 = false;
pattern3 = false;
pattern4 = true;
pattern5 = false;
pattern6 = false;
pattern7 = false;
}
else if (buttonState3 == HIGH && buttonState1 == HIGH && buttonState2 == LOW){
pattern1 = false;
pattern2 = false;
pattern3 = false;
pattern4 = false;
pattern5 = true;
pattern6 = false;
pattern7 = false;
}
else if (buttonState3 == HIGH && buttonState1 == LOW && buttonState2 == HIGH){
pattern1 = false;
pattern2 = false;
pattern3 = false;
pattern4 = false;
pattern5 = false;
pattern6 = true;
pattern7 = false;
}
else if (buttonState3 == HIGH && buttonState1 == HIGH && buttonState2 == HIGH){
pattern1 = false;
pattern2 = false;
pattern3 = false;
pattern4 = false;
pattern5 = false;
pattern6 = false;
pattern7 = true;
}
else if (buttonState1 == LOW && buttonState2 == LOW && buttonState3 == LOW){
pattern1 = false;
pattern2 = false;
pattern3 = false;
pattern4 = false;
pattern5 = false;
pattern6 = false;
pattern7 = false;
nothing = true;
}
//second if condition: establishing the way the lights would flicker in response to the previous if conditions
if (nothing == true){
digitalWrite(yellowPin1,LOW);
digitalWrite(bluePin1,LOW);
digitalWrite(redPin1,LOW);
digitalWrite(yellowPin2,LOW);
}
else if (pattern1 == true){
digitalWrite(yellowPin1,HIGH);
digitalWrite(yellowPin2,HIGH);
digitalWrite(yellowPin3,HIGH);
delay(200);
digitalWrite(yellowPin1,LOW);
digitalWrite(yellowPin2,LOW);
digitalWrite(yellowPin3,LOW);
delay(200);
digitalWrite(yellowPin1,HIGH);
digitalWrite(yellowPin2,HIGH);
digitalWrite(yellowPin3,HIGH);
delay(130);
digitalWrite(yellowPin1,LOW);
digitalWrite(yellowPin2,LOW);
digitalWrite(yellowPin3,LOW);
delay(570);
}
else if (pattern2 == true){
digitalWrite(redPin1,HIGH);
digitalWrite(redPin2,HIGH);
digitalWrite(redPin3,HIGH);
delay(200);
digitalWrite(redPin1,LOW);
digitalWrite(redPin2,LOW);
digitalWrite(redPin3,LOW);
delay(200);
digitalWrite(redPin1,HIGH);
digitalWrite(redPin2,HIGH);
digitalWrite(redPin3,HIGH);
delay(130);
digitalWrite(redPin1,LOW);
digitalWrite(redPin2,LOW);
digitalWrite(redPin3,LOW);
delay(570);
}
else if (pattern3 == true){
digitalWrite(redPin1,HIGH);
digitalWrite(redPin2,HIGH);
digitalWrite(redPin3,HIGH);
digitalWrite(yellowPin1,HIGH);
digitalWrite(yellowPin2,HIGH);
digitalWrite(yellowPin3,HIGH);
delay(150);
digitalWrite(redPin1,LOW);
digitalWrite(redPin2,LOW);
digitalWrite(redPin3,LOW);
digitalWrite(yellowPin1,LOW);
digitalWrite(yellowPin2,LOW);
digitalWrite(yellowPin3,LOW);
delay(150);
digitalWrite(redPin1,HIGH);
digitalWrite(redPin2,HIGH);
digitalWrite(redPin3,HIGH);
digitalWrite(yellowPin1,HIGH);
digitalWrite(yellowPin2,HIGH);
digitalWrite(yellowPin3,HIGH);
delay(80);
digitalWrite(redPin1,LOW);
digitalWrite(redPin2,LOW);
digitalWrite(redPin3,LOW);
digitalWrite(yellowPin1,LOW);
digitalWrite(yellowPin2,LOW);
digitalWrite(yellowPin3,LOW);
delay(520);
}
else if (pattern4 == true){
digitalWrite(bluePin1,HIGH);
digitalWrite(bluePin2,HIGH);
digitalWrite(bluePin3,HIGH);
delay(200);
digitalWrite(bluePin1,LOW);
digitalWrite(bluePin2,LOW);
digitalWrite(bluePin3,LOW);
delay(200);
digitalWrite(bluePin1,HIGH);
digitalWrite(bluePin2,HIGH);
digitalWrite(bluePin3,HIGH);
delay(130);
digitalWrite(bluePin1,LOW);
digitalWrite(bluePin2,LOW);
digitalWrite(bluePin3,LOW);
delay(570);
}
else if (pattern5 == true){
digitalWrite(bluePin1,HIGH);
digitalWrite(bluePin2,HIGH);
digitalWrite(bluePin3,HIGH);
digitalWrite(yellowPin1,HIGH);
digitalWrite(yellowPin2,HIGH);
digitalWrite(yellowPin3,HIGH);
delay(150);
digitalWrite(bluePin1,LOW);
digitalWrite(bluePin2,LOW);
digitalWrite(bluePin3,LOW);
digitalWrite(yellowPin1,LOW);
digitalWrite(yellowPin2,LOW);
digitalWrite(yellowPin3,LOW);
delay(150);
digitalWrite(bluePin1,HIGH);
digitalWrite(bluePin2,HIGH);
digitalWrite(bluePin3,HIGH);
digitalWrite(yellowPin1,HIGH);
digitalWrite(yellowPin2,HIGH);
digitalWrite(yellowPin3,HIGH);
delay(80);
digitalWrite(bluePin1,LOW);
digitalWrite(bluePin2,LOW);
digitalWrite(bluePin3,LOW);
digitalWrite(yellowPin1,LOW);
digitalWrite(yellowPin2,LOW);
digitalWrite(yellowPin3,LOW);
delay(520);
}
else if (pattern6 == true){
digitalWrite(bluePin1,HIGH);
digitalWrite(bluePin2,HIGH);
digitalWrite(bluePin3,HIGH);
digitalWrite(redPin1,HIGH);
digitalWrite(redPin2,HIGH);
digitalWrite(redPin3,HIGH);
delay(150);
digitalWrite(bluePin1,LOW);
digitalWrite(bluePin2,LOW);
digitalWrite(bluePin3,LOW);
digitalWrite(redPin1,LOW);
digitalWrite(redPin2,LOW);
digitalWrite(redPin3,LOW);
delay(150);
digitalWrite(bluePin1,HIGH);
digitalWrite(bluePin2,HIGH);
digitalWrite(bluePin3,HIGH);
digitalWrite(redPin1,HIGH);
digitalWrite(redPin2,HIGH);
digitalWrite(redPin3,HIGH);
delay(80);
digitalWrite(bluePin1,LOW);
digitalWrite(bluePin2,LOW);
digitalWrite(bluePin3,LOW);
digitalWrite(redPin1,LOW);
digitalWrite(redPin2,LOW);
digitalWrite(redPin3,LOW);
delay(520);
}
else if (pattern7 == true){
digitalWrite(bluePin1,HIGH);
digitalWrite(bluePin2,HIGH);
digitalWrite(bluePin3,HIGH);
digitalWrite(redPin1,HIGH);
digitalWrite(redPin2,HIGH);
digitalWrite(redPin3,HIGH);
digitalWrite(yellowPin1,HIGH);
digitalWrite(yellowPin2,HIGH);
digitalWrite(yellowPin3,HIGH);
delay(120);
digitalWrite(bluePin1,LOW);
digitalWrite(bluePin2,LOW);
digitalWrite(bluePin3,LOW);
digitalWrite(redPin1,LOW);
digitalWrite(redPin2,LOW);
digitalWrite(redPin3,LOW);
digitalWrite(yellowPin1,LOW);
digitalWrite(yellowPin2,LOW);
digitalWrite(yellowPin3,LOW);
delay(120);
digitalWrite(bluePin1,HIGH);
digitalWrite(bluePin2,HIGH);
digitalWrite(bluePin3,HIGH);
digitalWrite(redPin1,HIGH);
digitalWrite(redPin2,HIGH);
digitalWrite(redPin3,HIGH);
digitalWrite(yellowPin1,HIGH);
digitalWrite(yellowPin2,HIGH);
digitalWrite(yellowPin3,HIGH);
delay(50);
digitalWrite(bluePin1,LOW);
digitalWrite(bluePin2,LOW);
digitalWrite(bluePin3,LOW);
digitalWrite(redPin1,LOW);
digitalWrite(redPin2,LOW);
digitalWrite(redPin3,LOW);
digitalWrite(yellowPin1,LOW);
digitalWrite(yellowPin2,LOW);
digitalWrite(yellowPin3,LOW);
delay(490);
}
else if (pattern8 == true){
digitalWrite(yellowPin1,HIGH);
digitalWrite(yellowPin2,HIGH);
digitalWrite(yellowPin3,HIGH);
delay(200);
digitalWrite(yellowPin1,LOW);
digitalWrite(yellowPin2,LOW);
digitalWrite(yellowPin3,LOW);
delay(200);
digitalWrite(yellowPin1,HIGH);
digitalWrite(yellowPin2,HIGH);
digitalWrite(yellowPin3,HIGH);
delay(130);
digitalWrite(yellowPin1,LOW);
digitalWrite(yellowPin2,LOW);
digitalWrite(yellowPin3,LOW);
delay(570);
}
else{
digitalWrite(yellowPin1,LOW);
digitalWrite(bluePin1,LOW);
digitalWrite(redPin1,LOW);
digitalWrite(yellowPin2,LOW);
}
}
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