Wire Loop Game

1
2int pinA = 2;                    //this is used for displaying the   numbers
3int pinB = 3;
4int pinC = 4;
5int pinD = 5;
6int pinE = 6;
7int   pinF = 7;
8int pinG = 8;
9int counterpin = 9;               //pullup resistor   wire sensor
10int redled = 10;
11int buzzer = 11;
12int winpin = 12;                  //pullup   resistor win sensor
13int greenled = 13;
14int count;                        //declaring   the variables
15int buttonstate;
16int dt = 300;                     //these are   the delay variables
17int cd = 300;
18int ed = 400;
19int wind = 300;
20int   counttone = 800;              //these are the buzzer tones
21int endtone = 1500;
22int   wintone = 300;
23
24
25void setup() {
26  // put your setup code here, to run   once:
27 pinMode(pinA, OUTPUT);           //sets the initial number and count to   0
28  pinMode(pinB, OUTPUT);     
29  pinMode(pinC, OUTPUT);     
30  pinMode(pinD,   OUTPUT);     
31  pinMode(pinE, OUTPUT);     
32  pinMode(pinF, OUTPUT);     
33   pinMode(pinG, OUTPUT); 
34  pinMode (counterpin, INPUT);
35  pinMode(redled,OUTPUT);
36   pinMode (buzzer, OUTPUT);
37  pinMode (winpin, INPUT);
38  pinMode (greenled,OUTPUT);
39   count = 0;
40 Serial.begin(9600); 
41
42}
43
44void loop() {
45  // put   your main code here, to run repeatedly:
46  buttonstate = digitalRead(counterpin);
47   if (buttonstate == 0) {                         //when the pullup resistor sees   a drop in voltage the wires are touching
48    count ++;
49    tone(buzzer, counttone);
50   delay (cd);
51noTone (buzzer);
52  }
53  
54  Serial.print ( " the button   state is ");        //this displays some of the variables inside the serial moitor
55   Serial.print (buttonstate);
56  Serial.print (" the count is ");
57  Serial.println   (count);
58
59if (digitalRead(winpin) == 0){                    //sets the loop   for winning the game
60  
61  digitalWrite (greenled,HIGH);
62  tone(buzzer,   wintone);
63  delay (wind);
64  noTone(buzzer);
65  tone(buzzer, wintone);
66   delay(wind);
67  noTone(buzzer);
68  delay (wind);
69  tone(buzzer, wintone);
70   delay(wind);
71  noTone(buzzer);
72  digitalWrite (greenled, LOW);
73  count   = 0;                            //resets the number and count to 0
74   digitalWrite(pinA,   LOW);   
75  digitalWrite(pinB, LOW);   
76  digitalWrite(pinC, LOW);   
77  digitalWrite(pinD,   LOW);   
78  digitalWrite(pinE, LOW);   
79  digitalWrite(pinF, LOW);   
80  digitalWrite(pinG,   LOW); 
81}
82  
83  if (count ==1){                   //uses the variables to   display numbers to the 7-digit display
84    
85  
86  digitalWrite(pinA, LOW);    
87  digitalWrite(pinB, HIGH);   
88  digitalWrite(pinC, HIGH);   
89  digitalWrite(pinD,   LOW);   
90  digitalWrite(pinE, LOW);   
91  digitalWrite(pinF, LOW);   
92  digitalWrite(pinG,   LOW); 
93
94  delay(dt);     
95  }
96  if (count ==2){
97    digitalWrite(pinA,   HIGH);   
98  digitalWrite(pinB, HIGH);   
99  digitalWrite(pinC, LOW);   
100   digitalWrite(pinD, HIGH);   
101  digitalWrite(pinE, HIGH);   
102  digitalWrite(pinF,   LOW);   
103  digitalWrite(pinG, HIGH); 
104
105  delay(dt);      
106  }
107  if   (count == 3){
108     digitalWrite(pinA, HIGH);   
109  digitalWrite(pinB, HIGH);    
110  digitalWrite(pinC, HIGH);   
111  digitalWrite(pinD, HIGH);   
112  digitalWrite(pinE,   LOW);   
113  digitalWrite(pinF, LOW);   
114  digitalWrite(pinG, HIGH);
115   
116   delay (dt);
117  }
118  if (count == 4){
119   digitalWrite(pinA, LOW);   
120   digitalWrite(pinB, HIGH);   
121  digitalWrite(pinC, HIGH);   
122  digitalWrite(pinD,   LOW);   
123  digitalWrite(pinE, LOW);   
124  digitalWrite(pinF, HIGH);   
125   digitalWrite(pinG, HIGH);
126  
127  delay(dt); 
128  }
129  if (count == 5){
130       digitalWrite(pinA, HIGH);   
131  digitalWrite(pinB, LOW);   
132  digitalWrite(pinC,   HIGH);   
133  digitalWrite(pinD, HIGH);   
134  digitalWrite(pinE, LOW);   
135   digitalWrite(pinF, HIGH);   
136  digitalWrite(pinG, HIGH);  
137  
138  delay(dt);   
139  }
140  if (count == 6){
141     digitalWrite(pinA, HIGH);   
142  digitalWrite(pinB,   LOW);   
143  digitalWrite(pinC, HIGH);   
144  digitalWrite(pinD, HIGH);   
145   digitalWrite(pinE, HIGH);   
146  digitalWrite(pinF, HIGH);   
147  digitalWrite(pinG,   HIGH);  
148   
149  delay(dt); 
150  }
151  if (count == 7 ){
152    digitalWrite(pinA,   HIGH);   
153  digitalWrite(pinB, HIGH);   
154  digitalWrite(pinC, HIGH);   
155   digitalWrite(pinD, LOW);   
156  digitalWrite(pinE, LOW);   
157  digitalWrite(pinF,   LOW);   
158  digitalWrite(pinG, LOW);  
159    
160  delay(dt);
161  }
162  if   (count == 8 ){
163     digitalWrite(pinA, HIGH);   
164  digitalWrite(pinB, HIGH);    
165  digitalWrite(pinC, HIGH);   
166  digitalWrite(pinD, HIGH);   
167  digitalWrite(pinE,   HIGH);   
168  digitalWrite(pinF, HIGH);   
169  digitalWrite(pinG, HIGH); 
170      
171  delay(dt);
172  }
173  if (count == 9){
174    digitalWrite(pinA, HIGH);    
175  digitalWrite(pinB, HIGH);   
176  digitalWrite(pinC, HIGH);   
177  digitalWrite(pinD,   LOW);   
178  digitalWrite(pinE, LOW);   
179  digitalWrite(pinF, HIGH);   
180   digitalWrite(pinG, HIGH); 
181     
182  delay(dt);
183
184  }
185  if(count ==   10){                        //the loop for losing
186    count = 0;
187    digitalWrite   (redled, HIGH);
188    tone (buzzer, endtone);
189    delay(ed);
190    noTone (buzzer);
191     tone (buzzer, endtone);
192    delay(ed);
193    noTone (buzzer);
194    tone   (buzzer, endtone);
195    delay(ed);
196    noTone (buzzer);
197    
198     digitalWrite(pinA,   LOW);   
199  digitalWrite(pinB, LOW);   
200  digitalWrite(pinC, LOW);   
201  digitalWrite(pinD,   LOW);   
202  digitalWrite(pinE, LOW);   
203  digitalWrite(pinF, LOW);   
204  digitalWrite(pinG,   LOW);
205
206  digitalWrite(redled,LOW);
207 
208  }
209  delay (100);
210}
211

1
2int pinA = 2;                    //this is used for displaying the  numbers
3int pinB = 3;
4int pinC = 4;
5int pinD = 5;
6int pinE = 6;
7int  pinF = 7;
8int pinG = 8;
9int counterpin = 9;               //pullup resistor  wire sensor
10int redled = 10;
11int buzzer = 11;
12int winpin = 12;                  //pullup  resistor win sensor
13int greenled = 13;
14int count;                        //declaring  the variables
15int buttonstate;
16int dt = 300;                     //these are  the delay variables
17int cd = 300;
18int ed = 400;
19int wind = 300;
20int  counttone = 800;              //these are the buzzer tones
21int endtone = 1500;
22int  wintone = 300;
23
24
25void setup() {
26  // put your setup code here, to run  once:
27 pinMode(pinA, OUTPUT);           //sets the initial number and count to  0
28  pinMode(pinB, OUTPUT);     
29  pinMode(pinC, OUTPUT);     
30  pinMode(pinD,  OUTPUT);     
31  pinMode(pinE, OUTPUT);     
32  pinMode(pinF, OUTPUT);     
33  pinMode(pinG, OUTPUT); 
34  pinMode (counterpin, INPUT);
35  pinMode(redled,OUTPUT);
36  pinMode (buzzer, OUTPUT);
37  pinMode (winpin, INPUT);
38  pinMode (greenled,OUTPUT);
39  count = 0;
40 Serial.begin(9600); 
41
42}
43
44void loop() {
45  // put  your main code here, to run repeatedly:
46  buttonstate = digitalRead(counterpin);
47  if (buttonstate == 0) {                         //when the pullup resistor sees  a drop in voltage the wires are touching
48    count ++;
49    tone(buzzer, counttone);
50  delay (cd);
51noTone (buzzer);
52  }
53  
54  Serial.print ( " the button  state is ");        //this displays some of the variables inside the serial moitor
55  Serial.print (buttonstate);
56  Serial.print (" the count is ");
57  Serial.println  (count);
58
59if (digitalRead(winpin) == 0){                    //sets the loop  for winning the game
60  
61  digitalWrite (greenled,HIGH);
62  tone(buzzer,  wintone);
63  delay (wind);
64  noTone(buzzer);
65  tone(buzzer, wintone);
66  delay(wind);
67  noTone(buzzer);
68  delay (wind);
69  tone(buzzer, wintone);
70  delay(wind);
71  noTone(buzzer);
72  digitalWrite (greenled, LOW);
73  count  = 0;                            //resets the number and count to 0
74   digitalWrite(pinA,  LOW);   
75  digitalWrite(pinB, LOW);   
76  digitalWrite(pinC, LOW);   
77  digitalWrite(pinD,  LOW);   
78  digitalWrite(pinE, LOW);   
79  digitalWrite(pinF, LOW);   
80  digitalWrite(pinG,  LOW); 
81}
82  
83  if (count ==1){                   //uses the variables to  display numbers to the 7-digit display
84    
85  
86  digitalWrite(pinA, LOW);   
87  digitalWrite(pinB, HIGH);   
88  digitalWrite(pinC, HIGH);   
89  digitalWrite(pinD,  LOW);   
90  digitalWrite(pinE, LOW);   
91  digitalWrite(pinF, LOW);   
92  digitalWrite(pinG,  LOW); 
93
94  delay(dt);     
95  }
96  if (count ==2){
97    digitalWrite(pinA,  HIGH);   
98  digitalWrite(pinB, HIGH);   
99  digitalWrite(pinC, LOW);   
100  digitalWrite(pinD, HIGH);   
101  digitalWrite(pinE, HIGH);   
102  digitalWrite(pinF,  LOW);   
103  digitalWrite(pinG, HIGH); 
104
105  delay(dt);      
106  }
107  if  (count == 3){
108     digitalWrite(pinA, HIGH);   
109  digitalWrite(pinB, HIGH);   
110  digitalWrite(pinC, HIGH);   
111  digitalWrite(pinD, HIGH);   
112  digitalWrite(pinE,  LOW);   
113  digitalWrite(pinF, LOW);   
114  digitalWrite(pinG, HIGH);
115   
116  delay (dt);
117  }
118  if (count == 4){
119   digitalWrite(pinA, LOW);   
120  digitalWrite(pinB, HIGH);   
121  digitalWrite(pinC, HIGH);   
122  digitalWrite(pinD,  LOW);   
123  digitalWrite(pinE, LOW);   
124  digitalWrite(pinF, HIGH);   
125  digitalWrite(pinG, HIGH);
126  
127  delay(dt); 
128  }
129  if (count == 5){
130      digitalWrite(pinA, HIGH);   
131  digitalWrite(pinB, LOW);   
132  digitalWrite(pinC,  HIGH);   
133  digitalWrite(pinD, HIGH);   
134  digitalWrite(pinE, LOW);   
135  digitalWrite(pinF, HIGH);   
136  digitalWrite(pinG, HIGH);  
137  
138  delay(dt);  
139  }
140  if (count == 6){
141     digitalWrite(pinA, HIGH);   
142  digitalWrite(pinB,  LOW);   
143  digitalWrite(pinC, HIGH);   
144  digitalWrite(pinD, HIGH);   
145  digitalWrite(pinE, HIGH);   
146  digitalWrite(pinF, HIGH);   
147  digitalWrite(pinG,  HIGH);  
148   
149  delay(dt); 
150  }
151  if (count == 7 ){
152    digitalWrite(pinA,  HIGH);   
153  digitalWrite(pinB, HIGH);   
154  digitalWrite(pinC, HIGH);   
155  digitalWrite(pinD, LOW);   
156  digitalWrite(pinE, LOW);   
157  digitalWrite(pinF,  LOW);   
158  digitalWrite(pinG, LOW);  
159    
160  delay(dt);
161  }
162  if  (count == 8 ){
163     digitalWrite(pinA, HIGH);   
164  digitalWrite(pinB, HIGH);   
165  digitalWrite(pinC, HIGH);   
166  digitalWrite(pinD, HIGH);   
167  digitalWrite(pinE,  HIGH);   
168  digitalWrite(pinF, HIGH);   
169  digitalWrite(pinG, HIGH); 
170     
171  delay(dt);
172  }
173  if (count == 9){
174    digitalWrite(pinA, HIGH);   
175  digitalWrite(pinB, HIGH);   
176  digitalWrite(pinC, HIGH);   
177  digitalWrite(pinD,  LOW);   
178  digitalWrite(pinE, LOW);   
179  digitalWrite(pinF, HIGH);   
180  digitalWrite(pinG, HIGH); 
181     
182  delay(dt);
183
184  }
185  if(count ==  10){                        //the loop for losing
186    count = 0;
187    digitalWrite  (redled, HIGH);
188    tone (buzzer, endtone);
189    delay(ed);
190    noTone (buzzer);
191    tone (buzzer, endtone);
192    delay(ed);
193    noTone (buzzer);
194    tone  (buzzer, endtone);
195    delay(ed);
196    noTone (buzzer);
197    
198     digitalWrite(pinA,  LOW);   
199  digitalWrite(pinB, LOW);   
200  digitalWrite(pinC, LOW);   
201  digitalWrite(pinD,  LOW);   
202  digitalWrite(pinE, LOW);   
203  digitalWrite(pinF, LOW);   
204  digitalWrite(pinG,  LOW);
205
206  digitalWrite(redled,LOW);
207 
208  }
209  delay (100);
210}
211