Dance Pad with Arduino and Smartphone

1/*
2   written by raef atef
3   raef.madim@gmail.com
4   this code  for Dance pad with 1sheeld
5
6*/
7
8#define CUSTOM_SETTINGS
9#define INCLUDE_GLCD_SHIELD
10#define  INCLUDE_MUSIC_PLAYER_SHIELD
11
12/* Include 1Sheeld library. */
13#include <OneSheeld.h>
14int  c = 0; // counter of score
15int up = 3;
16int down = 4;
17int left = 5;
18int  right = 6;
19int x = 0;
20int y = 0;
21GLCDTextBox score(1, 1, "score:");
22GLCDTextBox  number(40, 1, "0");
23char charArray[5];
24void setup()
25{
26  /*pinmode  */
27  pinMode(up, INPUT);
28  digitalWrite(up, HIGH);       // turn on pullup  resistors
29  pinMode(down, INPUT);
30  digitalWrite(down, HIGH);       // turn  on pullup resistors
31  pinMode(left, INPUT);
32  digitalWrite(left, HIGH);       //  turn on pullup resistors
33  pinMode(right, INPUT);
34  digitalWrite(right, HIGH);       // turn on pullup resistors
35  /* Start communication. */
36  OneSheeld.begin();
37  /* Clear the GLCD. */
38  GLCD.clear();
39}
40void loop() {
41  MusicPlayer.play();
42  x = selectrandom(); //draw dance instruction random
43  delay(700);
44  y =  button(); //return the value of button fun
45  if (x == y)
46  {
47    MusicPlayer.play();
48    c++; //count score
49  }
50  else 
51  {
52    MusicPlayer.pause();
53  }
54  GLCD.clear();
55  String(c).toCharArray(charArray, 5);
56  number.setText(charArray);
57  GLCD.draw(score);
58  GLCD.draw(number);
59}
60
61int selectrandom()
62{
63  int x = 0;
64  x = random(1, 5);
65  if (x == 1) arrow(110, 70, 40, 40, "up");
66  if (x == 2) arrow(110, 60, 40, 40, "down");
67  if (x == 3) arrow(60, 43, 40,  40, "left");
68  if (x == 4) arrow(200, 43, 40, 40, "right");
69  return x;
70}
71int  button()
72{
73  int y = 0;
74  if (digitalRead(up) == LOW) return y = 1;
75  if (digitalRead(down) == LOW) return y = 2;
76  if (digitalRead(left) == LOW)  return y = 3;
77  if (digitalRead(right) == LOW) return y = 4;
78  else return  y = 0;
79}
80//don't edit any thing in arrow function
81void arrow(int x, int  y, int width, int lenght, char *t)
82{
83  if (t == "right")
84  {
85    GLCDLine  line(x, y, (x + lenght) - (0.4 * lenght), y);
86    GLCDLine line1(x, y + width,  (x + lenght) - (0.4 * lenght), y + width);
87    GLCDLine line2(x, y, x, y + width);
88    GLCDLine line3((x + lenght) - (0.4 * lenght), y + width , (x + lenght) - (0.4  * lenght), y + 1.3 * width);
89    GLCDLine line4((x + lenght) - (0.4 * lenght),  abs( y - .3 * width), (x + lenght) - (0.4 * lenght), y);
90    GLCDLine line5((x  + lenght) - (0.4 * lenght), y + 1.3 * width, x + lenght , y + .5 * width);
91    GLCDLine  line6((x + lenght) - (0.4 * lenght), abs( y - .3 * width), x + lenght, y + .5 *  width);
92
93    GLCD.draw(line);
94    GLCD.draw(line1);
95    GLCD.draw(line2);
96    GLCD.draw(line3);
97    GLCD.draw(line4);
98    GLCD.draw(line5);
99    GLCD.draw(line6);
100  }
101  if (t == "left")
102  {
103    GLCDLine line(x, y, abs( (x - lenght)  + (0.4 * lenght)), y);
104    GLCDLine line1(x, y + width, abs( (x - lenght) + (0.4  * lenght)), y + width);
105    GLCDLine line2(x, y, x, y + width);
106    GLCDLine  line3(abs( (x - lenght) + (0.4 * lenght)), y + width , abs( (x - lenght) + (0.4  * lenght)), y + 1.3 * width);
107    GLCDLine line4(abs( (x - lenght) + (0.4 * lenght)),  abs( y - .3 * width), abs( (x - lenght) + (0.4 * lenght)), y);
108    GLCDLine line5(abs(  (x - lenght) + (0.4 * lenght)), y + 1.3 * width, abs( x - lenght) , y + .5 * width);
109    GLCDLine line6(abs( (x - lenght) + (0.4 * lenght)), abs( y - .3 * width), abs(  x - lenght), y + .5 * width);
110
111    GLCD.draw(line);
112    GLCD.draw(line1);
113    GLCD.draw(line2);
114    GLCD.draw(line3);
115    GLCD.draw(line4);
116    GLCD.draw(line5);
117    GLCD.draw(line6);
118  }
119  if (t == "down")
120  {
121    GLCDLine line(x,  y, x, (y + lenght) - (0.4 * lenght));
122    GLCDLine line1(x + width, y, x + width,  (y + lenght) - (0.4 * lenght));
123    GLCDLine line2(x, y, x + width, y);
124    GLCDLine  line3(x + width, (y + lenght) - (0.4 * lenght), x + 1.3 * width, (y + lenght) -  (0.4 * lenght));
125    GLCDLine line4(abs( x - .3 * width), (y + lenght) - (0.4  * lenght), x, (y + lenght) - (0.4 * lenght) );
126    GLCDLine line5(x + 1.3 * width,  (y + lenght) - (0.4 * lenght), x + .5 * width, y + lenght);
127    GLCDLine line6(abs(  x - .3 * width), (y + lenght) - (0.4 * lenght), x + .5 * width, y + lenght);
128
129    GLCD.draw(line);
130    GLCD.draw(line1);
131    GLCD.draw(line2);
132    GLCD.draw(line3);
133    GLCD.draw(line4);
134    GLCD.draw(line5);
135    GLCD.draw(line6);
136  }
137  if (t == "up")
138  {
139    GLCDLine line(x, y, x, abs((y - lenght) + (0.4  * lenght)));
140    GLCDLine line1( x + width, y, x + width, abs((y - lenght) +  (0.4 * lenght)));
141    GLCDLine line2(x, y, x + width, y);
142    GLCDLine line3(x  + width , abs( (y - lenght) + (0.4 * lenght)), x + 1.3 * width,  abs((y - lenght)  + (0.4 * lenght)) );
143    GLCDLine line4(abs( x - .3 * width), abs( (y - lenght)  + (0.4 * lenght)), x, abs((y - lenght) + (0.4 * lenght)));
144    GLCDLine line5(x  + 1.3 * width, abs( (y - lenght) + (0.4 * lenght)), x + .5 * width, abs( y - lenght));
145    GLCDLine line6(abs( x - .3 * width), abs( (y - lenght) + (0.4 * lenght)), x  + .5 * width, abs( y - lenght));
146
147    GLCD.draw(line);
148    GLCD.draw(line1);
149    GLCD.draw(line2);
150    GLCD.draw(line3);
151    GLCD.draw(line4);
152    GLCD.draw(line5);
153    GLCD.draw(line6);
154  }
155}
156

1/*
2   written by raef atef
3   raef.madim@gmail.com
4   this code
5  for Dance pad with 1sheeld
6
7*/
8
9#define CUSTOM_SETTINGS
10#define INCLUDE_GLCD_SHIELD
11#define
12  INCLUDE_MUSIC_PLAYER_SHIELD
13
14/* Include 1Sheeld library. */
15#include <OneSheeld.h>
16int
17  c = 0; // counter of score
18int up = 3;
19int down = 4;
20int left = 5;
21int
22  right = 6;
23int x = 0;
24int y = 0;
25GLCDTextBox score(1, 1, "score:");
26GLCDTextBox
27  number(40, 1, "0");
28char charArray[5];
29void setup()
30{
31  /*pinmode
32  */
33  pinMode(up, INPUT);
34  digitalWrite(up, HIGH);       // turn on pullup
35  resistors
36  pinMode(down, INPUT);
37  digitalWrite(down, HIGH);       // turn
38  on pullup resistors
39  pinMode(left, INPUT);
40  digitalWrite(left, HIGH);       //
41  turn on pullup resistors
42  pinMode(right, INPUT);
43  digitalWrite(right, HIGH);
44       // turn on pullup resistors
45  /* Start communication. */
46  OneSheeld.begin();
47
48  /* Clear the GLCD. */
49  GLCD.clear();
50}
51void loop() {
52  MusicPlayer.play();
53
54  x = selectrandom(); //draw dance instruction random
55  delay(700);
56  y =
57  button(); //return the value of button fun
58  if (x == y)
59  {
60    MusicPlayer.play();
61
62    c++; //count score
63  }
64  else 
65  {
66    MusicPlayer.pause();
67
68  }
69  GLCD.clear();
70  String(c).toCharArray(charArray, 5);
71  number.setText(charArray);
72
73  GLCD.draw(score);
74  GLCD.draw(number);
75}
76
77int selectrandom()
78{
79
80  int x = 0;
81  x = random(1, 5);
82  if (x == 1) arrow(110, 70, 40, 40, "up");
83
84  if (x == 2) arrow(110, 60, 40, 40, "down");
85  if (x == 3) arrow(60, 43, 40,
86  40, "left");
87  if (x == 4) arrow(200, 43, 40, 40, "right");
88  return x;
89}
90int
91  button()
92{
93  int y = 0;
94  if (digitalRead(up) == LOW) return y = 1;
95
96  if (digitalRead(down) == LOW) return y = 2;
97  if (digitalRead(left) == LOW)
98  return y = 3;
99  if (digitalRead(right) == LOW) return y = 4;
100  else return
101  y = 0;
102}
103//don't edit any thing in arrow function
104void arrow(int x, int
105  y, int width, int lenght, char *t)
106{
107  if (t == "right")
108  {
109    GLCDLine
110  line(x, y, (x + lenght) - (0.4 * lenght), y);
111    GLCDLine line1(x, y + width,
112  (x + lenght) - (0.4 * lenght), y + width);
113    GLCDLine line2(x, y, x, y + width);
114
115    GLCDLine line3((x + lenght) - (0.4 * lenght), y + width , (x + lenght) - (0.4
116  * lenght), y + 1.3 * width);
117    GLCDLine line4((x + lenght) - (0.4 * lenght),
118  abs( y - .3 * width), (x + lenght) - (0.4 * lenght), y);
119    GLCDLine line5((x
120  + lenght) - (0.4 * lenght), y + 1.3 * width, x + lenght , y + .5 * width);
121    GLCDLine
122  line6((x + lenght) - (0.4 * lenght), abs( y - .3 * width), x + lenght, y + .5 *
123  width);
124
125    GLCD.draw(line);
126    GLCD.draw(line1);
127    GLCD.draw(line2);
128
129    GLCD.draw(line3);
130    GLCD.draw(line4);
131    GLCD.draw(line5);
132    GLCD.draw(line6);
133
134  }
135  if (t == "left")
136  {
137    GLCDLine line(x, y, abs( (x - lenght)
138  + (0.4 * lenght)), y);
139    GLCDLine line1(x, y + width, abs( (x - lenght) + (0.4
140  * lenght)), y + width);
141    GLCDLine line2(x, y, x, y + width);
142    GLCDLine
143  line3(abs( (x - lenght) + (0.4 * lenght)), y + width , abs( (x - lenght) + (0.4
144  * lenght)), y + 1.3 * width);
145    GLCDLine line4(abs( (x - lenght) + (0.4 * lenght)),
146  abs( y - .3 * width), abs( (x - lenght) + (0.4 * lenght)), y);
147    GLCDLine line5(abs(
148  (x - lenght) + (0.4 * lenght)), y + 1.3 * width, abs( x - lenght) , y + .5 * width);
149
150    GLCDLine line6(abs( (x - lenght) + (0.4 * lenght)), abs( y - .3 * width), abs(
151  x - lenght), y + .5 * width);
152
153    GLCD.draw(line);
154    GLCD.draw(line1);
155
156    GLCD.draw(line2);
157    GLCD.draw(line3);
158    GLCD.draw(line4);
159    GLCD.draw(line5);
160
161    GLCD.draw(line6);
162  }
163  if (t == "down")
164  {
165    GLCDLine line(x,
166  y, x, (y + lenght) - (0.4 * lenght));
167    GLCDLine line1(x + width, y, x + width,
168  (y + lenght) - (0.4 * lenght));
169    GLCDLine line2(x, y, x + width, y);
170    GLCDLine
171  line3(x + width, (y + lenght) - (0.4 * lenght), x + 1.3 * width, (y + lenght) -
172  (0.4 * lenght));
173    GLCDLine line4(abs( x - .3 * width), (y + lenght) - (0.4
174  * lenght), x, (y + lenght) - (0.4 * lenght) );
175    GLCDLine line5(x + 1.3 * width,
176  (y + lenght) - (0.4 * lenght), x + .5 * width, y + lenght);
177    GLCDLine line6(abs(
178  x - .3 * width), (y + lenght) - (0.4 * lenght), x + .5 * width, y + lenght);
179
180
181    GLCD.draw(line);
182    GLCD.draw(line1);
183    GLCD.draw(line2);
184    GLCD.draw(line3);
185
186    GLCD.draw(line4);
187    GLCD.draw(line5);
188    GLCD.draw(line6);
189  }
190
191  if (t == "up")
192  {
193    GLCDLine line(x, y, x, abs((y - lenght) + (0.4
194  * lenght)));
195    GLCDLine line1( x + width, y, x + width, abs((y - lenght) +
196  (0.4 * lenght)));
197    GLCDLine line2(x, y, x + width, y);
198    GLCDLine line3(x
199  + width , abs( (y - lenght) + (0.4 * lenght)), x + 1.3 * width,  abs((y - lenght)
200  + (0.4 * lenght)) );
201    GLCDLine line4(abs( x - .3 * width), abs( (y - lenght)
202  + (0.4 * lenght)), x, abs((y - lenght) + (0.4 * lenght)));
203    GLCDLine line5(x
204  + 1.3 * width, abs( (y - lenght) + (0.4 * lenght)), x + .5 * width, abs( y - lenght));
205
206    GLCDLine line6(abs( x - .3 * width), abs( (y - lenght) + (0.4 * lenght)), x
207  + .5 * width, abs( y - lenght));
208
209    GLCD.draw(line);
210    GLCD.draw(line1);
211
212    GLCD.draw(line2);
213    GLCD.draw(line3);
214    GLCD.draw(line4);
215    GLCD.draw(line5);
216
217    GLCD.draw(line6);
218  }
219}
220