Easy Arduino Digital Dice

1int a = 7;
2int b = 6;
3int c = 5;
4int d = 11;
5int e = 10;
6int  f = 8;
7int g = 9;
8int dp = 4;
9int a = 7;
10int b =    6;
11int c = 5;
12int  d = 11;
13int e = 10;
14int f = 8;
15int g = 9;
16int start = 400;
17
18void  setup() {
19  Serial.begin(9600);
20  digitalWrite(a, OUTPUT);
21  digitalWrite(b,  OUTPUT);
22  digitalWrite(c, OUTPUT);
23  digitalWrite(d, OUTPUT);
24  digitalWrite(e,  OUTPUT);
25  digitalWrite(f, OUTPUT);
26  digitalWrite(g, OUTPUT);
27  digitalWrite(a,  LOW);
28  digitalWrite(b, LOW);
29  digitalWrite(c, LOW);
30  digitalWrite(d,  LOW);
31  digitalWrite(e, LOW);
32  digitalWrite(f, LOW);
33  digitalWrite(g,  LOW);
34}
35
36
37void loop() {
38  int ran = random(1, 6);
39  Serial.print(ran);
40  int value = analogRead(A0);
41  if (start < start && ran == 1)
42  {
43    digitalWrite(c,  HIGH);
44    digitalWrite(b, HIGH);
45    delay(9000);
46    digitalWrite(c,  LOW);
47    digitalWrite(b, LOW);
48  }
49  else if (value < start && ran ==  2)
50  {
51    digitalWrite(a, HIGH);
52    digitalWrite(b, HIGH);
53    digitalWrite(g,  HIGH);
54    digitalWrite(e, HIGH);
55    digitalWrite(d, HIGH);
56    delay(9000);
57    digitalWrite(a, LOW);
58    digitalWrite(b, LOW);
59    digitalWrite(g, LOW);
60    digitalWrite(e, LOW);
61    digitalWrite(d, LOW);
62  }
63  else if (value  < start && ran == 3)
64  {
65    digitalWrite(a, HIGH);
66    digitalWrite(b,  HIGH);
67    digitalWrite(d, HIGH);
68    digitalWrite(g, HIGH);
69    digitalWrite(c,  HIGH);
70    delay(9000);
71    digitalWrite(a, LOW);
72    digitalWrite(b, LOW);
73    digitalWrite(c, LOW);
74    digitalWrite(d, LOW);
75    digitalWrite(g, LOW);
76  }
77  else if (value < start && ran == 4)
78  {
79    digitalWrite(f, HIGH);
80    digitalWrite(g, HIGH);
81    digitalWrite(b, HIGH);
82    digitalWrite(c,  HIGH);
83    delay(9000);
84    digitalWrite(f, LOW);
85    digitalWrite(g, LOW);
86    digitalWrite(b, LOW);
87    digitalWrite(c, LOW); 
88  }
89  else if (value  < start && ran == 5)
90  {
91    digitalWrite(a, HIGH);
92    digitalWrite(f,  HIGH);
93    digitalWrite(g, HIGH);
94    digitalWrite(c, HIGH);
95    digitalWrite(d,  HIGH);
96    delay(9000);
97    digitalWrite(a, LOW);
98    digitalWrite(f, LOW);         
99    digitalWrite(g, LOW);
100    digitalWrite(c, LOW);
101    digitalWrite(d,  LOW);
102  }
103  else if (value < start && ran == 6)
104  {
105    digitalWrite(a,  HIGH);
106    digitalWrite(f, HIGH);
107    digitalWrite(g, HIGH);
108    digitalWrite(c,  HIGH);
109    digitalWrite(d, HIGH);
110    digitalWrite(e, HIGH);
111    delay(9000);
112    digitalWrite(a, LOW);
113    digitalWrite(f, LOW);
114    digitalWrite(g, LOW);
115    digitalWrite(c, LOW);
116    digitalWrite(d, LOW);
117    digitalWrite(e, LOW);
118  }
119  delay(500);
120}

1int a = 7;
2int b = 6;
3int c = 5;
4int d = 11;
5int e = 10;
6int
7  f = 8;
8int g = 9;
9int dp = 4;
10int a = 7;
11int b =    6;
12int c = 5;
13int
14  d = 11;
15int e = 10;
16int f = 8;
17int g = 9;
18int start = 400;
19
20void
21  setup() {
22  Serial.begin(9600);
23  digitalWrite(a, OUTPUT);
24  digitalWrite(b,
25  OUTPUT);
26  digitalWrite(c, OUTPUT);
27  digitalWrite(d, OUTPUT);
28  digitalWrite(e,
29  OUTPUT);
30  digitalWrite(f, OUTPUT);
31  digitalWrite(g, OUTPUT);
32  digitalWrite(a,
33  LOW);
34  digitalWrite(b, LOW);
35  digitalWrite(c, LOW);
36  digitalWrite(d,
37  LOW);
38  digitalWrite(e, LOW);
39  digitalWrite(f, LOW);
40  digitalWrite(g,
41  LOW);
42}
43
44
45void loop() {
46  int ran = random(1, 6);
47  Serial.print(ran);
48
49  int value = analogRead(A0);
50  if (start < start && ran == 1)
51  {
52    digitalWrite(c,
53  HIGH);
54    digitalWrite(b, HIGH);
55    delay(9000);
56    digitalWrite(c,
57  LOW);
58    digitalWrite(b, LOW);
59  }
60  else if (value < start && ran ==
61  2)
62  {
63    digitalWrite(a, HIGH);
64    digitalWrite(b, HIGH);
65    digitalWrite(g,
66  HIGH);
67    digitalWrite(e, HIGH);
68    digitalWrite(d, HIGH);
69    delay(9000);
70
71    digitalWrite(a, LOW);
72    digitalWrite(b, LOW);
73    digitalWrite(g, LOW);
74
75    digitalWrite(e, LOW);
76    digitalWrite(d, LOW);
77  }
78  else if (value
79  < start && ran == 3)
80  {
81    digitalWrite(a, HIGH);
82    digitalWrite(b,
83  HIGH);
84    digitalWrite(d, HIGH);
85    digitalWrite(g, HIGH);
86    digitalWrite(c,
87  HIGH);
88    delay(9000);
89    digitalWrite(a, LOW);
90    digitalWrite(b, LOW);
91
92    digitalWrite(c, LOW);
93    digitalWrite(d, LOW);
94    digitalWrite(g, LOW);
95
96  }
97  else if (value < start && ran == 4)
98  {
99    digitalWrite(f, HIGH);
100
101    digitalWrite(g, HIGH);
102    digitalWrite(b, HIGH);
103    digitalWrite(c,
104  HIGH);
105    delay(9000);
106    digitalWrite(f, LOW);
107    digitalWrite(g, LOW);
108
109    digitalWrite(b, LOW);
110    digitalWrite(c, LOW); 
111  }
112  else if (value
113  < start && ran == 5)
114  {
115    digitalWrite(a, HIGH);
116    digitalWrite(f,
117  HIGH);
118    digitalWrite(g, HIGH);
119    digitalWrite(c, HIGH);
120    digitalWrite(d,
121  HIGH);
122    delay(9000);
123    digitalWrite(a, LOW);
124    digitalWrite(f, LOW);
125         
126    digitalWrite(g, LOW);
127    digitalWrite(c, LOW);
128    digitalWrite(d,
129  LOW);
130  }
131  else if (value < start && ran == 6)
132  {
133    digitalWrite(a,
134  HIGH);
135    digitalWrite(f, HIGH);
136    digitalWrite(g, HIGH);
137    digitalWrite(c,
138  HIGH);
139    digitalWrite(d, HIGH);
140    digitalWrite(e, HIGH);
141    delay(9000);
142
143    digitalWrite(a, LOW);
144    digitalWrite(f, LOW);
145    digitalWrite(g, LOW);
146
147    digitalWrite(c, LOW);
148    digitalWrite(d, LOW);
149    digitalWrite(e, LOW);
150
151  }
152  delay(500);
153}