Simon Says With Joystick

1// Simon Says with joystick
2// By: Kenny Golding
3
4const int buzzPin  = 6;
5const int redPin = 8;
6const int greenPin = 9;
7const int yelwPin =  10;
8const int bluePin = 11;
9const int buttonPin = 7;
10const int xPin = A4;
11const  int yPin = A5;
12
13int xPos = 0;
14int yPos = 0;
15int rounds = 0;
16int buttonState  = 0;
17int sequence[100];
18
19boolean playGame = true;
20
21void setup() {
22  pinMode(buzzPin, OUTPUT),(redPin, OUTPUT), (greenPin, OUTPUT), (yelwPin, OUTPUT),  (bluePin, OUTPUT);
23  pinMode(buttonPin, INPUT);
24  randomSeed(analogRead(0));
25}
26
27void  loop() {
28  buttonState = digitalRead(buttonPin);
29  
30  if((playGame == false)&&(buttonState  == HIGH)){
31    playGame = true;
32    rounds = 0;
33  }
34  
35  while(playGame){
36    delay(1000);
37    sequence[rounds] = random(0, 4);
38    
39    for(int  i=0; i<=rounds; i++){
40      lightColor(sequence[i]);
41    }
42    
43    for(int  i=0; i<=rounds; i++){
44      int input = readInput();
45    
46      while(input  == 5){
47        input = readInput();
48      }
49    
50      if (input ==  sequence[i]){
51        lightColor(input);
52      }else{
53        lightColor(input);
54        delay(200);
55        for(int i=0; i<=rounds; i++){
56          lightUpAll();
57        }
58      
59        playGame = false;
60        break;
61      }
62    }
63    
64    
65    rounds++;
66    
67    if(rounds == 25){ //Change  this number to determine how many rounds to win.
68    
69      for(int i=0; i<5;  i++){
70        for(int j=0; j<4; j++){
71          digitalWrite(buzzPin, HIGH);
72          digitalWrite(j+8, HIGH);
73          delay(100);
74          
75          if(j  >= 2){
76            digitalWrite(buzzPin, LOW);
77          }
78        }
79        for(int j=0; j<4; j++){
80          digitalWrite(buzzPin, HIGH);
81          digitalWrite(j+8,  LOW);
82          delay(100);
83          
84          if(j >= 2){
85            digitalWrite(buzzPin,  LOW);
86          }
87        }
88      }
89      playGame = false;
90      break;
91    }
92  }
93}
94
95int readInput(){
96  xPos = analogRead(xPin);
97  yPos  = analogRead(yPin);
98  
99  if(yPos <= 123){
100    return 0;
101  }else if(yPos  >= 900){
102    return 2;
103  }else if(xPos <= 123){
104    return 3;
105  }else  if(xPos >= 900){
106    return 1;
107  }else{
108    return  5;
109  }
110    
111}
112
113void  lightColor(int color) {
114    if(color == 0){
115      lightUp(8);
116    }else  if(color == 1){
117      lightUp(9);
118    }else if(color == 2){
119      lightUp(10);
120    }else {
121      lightUp(11);
122    }
123}
124
125void lightUp(int pin){
126  digitalWrite(pin, HIGH);
127  digitalWrite(buzzPin, HIGH);
128  delay(200);
129  digitalWrite(pin, LOW);
130  digitalWrite(buzzPin, LOW);
131  delay(500);
132}
133
134void  lightUpAll(){
135  digitalWrite(redPin, HIGH);
136  digitalWrite(greenPin, HIGH);
137  digitalWrite(yelwPin, HIGH);
138  digitalWrite(bluePin, HIGH);
139  digitalWrite(buzzPin,  HIGH);
140  delay(200);
141  digitalWrite(redPin, LOW);
142  digitalWrite(greenPin,  LOW);
143  digitalWrite(yelwPin, LOW);
144  digitalWrite(bluePin, LOW);
145  digitalWrite(buzzPin,  LOW);
146  delay(500);
147}
148