Dance Pad with Arduino and Smartphone

Dance Dance Revolution pad play with a smartphone via Arduino and 1Sheeld.

Dec 27, 2016

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1 respects

dance

entertainment

games

Components and supplies

9V to Barrel Jack Connector

foam sheet 4mm thickness

Wire Cable - By the Foot

9V battery (generic)

1Sheeld

DMF wood sheet 4mm thickness

Arduino UNO

cellophane roll

DMF wood sheet 8mm thickness

Jumper wires (generic)

1Sheeld

Tools and machines

spray black

Laser cutter (generic)

Hot glue gun (generic)

Project description

Code

ddr_01.ino

arduino

follow steps: 1- download oneSheeld library from manager library or 1sheeld.com 2- make sure that shield on upload mode. 3- upload code to arduino. 4- install 1sheeld app on your mobile. it's available for android and oss 5-open the app. 6-make scan for discover the shield. after scan may required password 1111 or 0000 7- choose from list of shields GLCD shield and Music player shield. 8-open shields. 9- enjoy

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

/*
   written by raef atef
   raef.madim@gmail.com
   this code  for Dance pad with 1sheeld

*/

#define CUSTOM_SETTINGS
#define INCLUDE_GLCD_SHIELD
#define  INCLUDE_MUSIC_PLAYER_SHIELD

/* Include 1Sheeld library. */
#include <OneSheeld.h>
int  c = 0; // counter of score
int up = 3;
int down = 4;
int left = 5;
int  right = 6;
int x = 0;
int y = 0;
GLCDTextBox score(1, 1, "score:");
GLCDTextBox  number(40, 1, "0");
char charArray[5];
void setup()
{
  /*pinmode  */
  pinMode(up, INPUT);
  digitalWrite(up, HIGH);       // turn on pullup  resistors
  pinMode(down, INPUT);
  digitalWrite(down, HIGH);       // turn  on pullup resistors
  pinMode(left, INPUT);
  digitalWrite(left, HIGH);       //  turn on pullup resistors
  pinMode(right, INPUT);
  digitalWrite(right, HIGH);       // turn on pullup resistors
  /* Start communication. */
  OneSheeld.begin();
  /* Clear the GLCD. */
  GLCD.clear();
}
void loop() {
  MusicPlayer.play();
  x = selectrandom(); //draw dance instruction random
  delay(700);
  y =  button(); //return the value of button fun
  if (x == y)
  {
    MusicPlayer.play();
    c++; //count score
  }
  else 
  {
    MusicPlayer.pause();
  }
  GLCD.clear();
  String(c).toCharArray(charArray, 5);
  number.setText(charArray);
  GLCD.draw(score);
  GLCD.draw(number);
}

int selectrandom()
{
  int x = 0;
  x = random(1, 5);
  if (x == 1) arrow(110, 70, 40, 40, "up");
  if (x == 2) arrow(110, 60, 40, 40, "down");
  if (x == 3) arrow(60, 43, 40,  40, "left");
  if (x == 4) arrow(200, 43, 40, 40, "right");
  return x;
}
int  button()
{
  int y = 0;
  if (digitalRead(up) == LOW) return y = 1;
  if (digitalRead(down) == LOW) return y = 2;
  if (digitalRead(left) == LOW)  return y = 3;
  if (digitalRead(right) == LOW) return y = 4;
  else return  y = 0;
}
//don't edit any thing in arrow function
void arrow(int x, int  y, int width, int lenght, char *t)
{
  if (t == "right")
  {
    GLCDLine  line(x, y, (x + lenght) - (0.4 * lenght), y);
    GLCDLine line1(x, y + width,  (x + lenght) - (0.4 * lenght), y + width);
    GLCDLine line2(x, y, x, y + width);
    GLCDLine line3((x + lenght) - (0.4 * lenght), y + width , (x + lenght) - (0.4  * lenght), y + 1.3 * width);
    GLCDLine line4((x + lenght) - (0.4 * lenght),  abs( y - .3 * width), (x + lenght) - (0.4 * lenght), y);
    GLCDLine line5((x  + lenght) - (0.4 * lenght), y + 1.3 * width, x + lenght , y + .5 * width);
    GLCDLine  line6((x + lenght) - (0.4 * lenght), abs( y - .3 * width), x + lenght, y + .5 *  width);

    GLCD.draw(line);
    GLCD.draw(line1);
    GLCD.draw(line2);
    GLCD.draw(line3);
    GLCD.draw(line4);
    GLCD.draw(line5);
    GLCD.draw(line6);
  }
  if (t == "left")
  {
    GLCDLine line(x, y, abs( (x - lenght)  + (0.4 * lenght)), y);
    GLCDLine line1(x, y + width, abs( (x - lenght) + (0.4  * lenght)), y + width);
    GLCDLine line2(x, y, x, y + width);
    GLCDLine  line3(abs( (x - lenght) + (0.4 * lenght)), y + width , abs( (x - lenght) + (0.4  * lenght)), y + 1.3 * width);
    GLCDLine line4(abs( (x - lenght) + (0.4 * lenght)),  abs( y - .3 * width), abs( (x - lenght) + (0.4 * lenght)), y);
    GLCDLine line5(abs(  (x - lenght) + (0.4 * lenght)), y + 1.3 * width, abs( x - lenght) , y + .5 * width);
    GLCDLine line6(abs( (x - lenght) + (0.4 * lenght)), abs( y - .3 * width), abs(  x - lenght), y + .5 * width);

    GLCD.draw(line);
    GLCD.draw(line1);
    GLCD.draw(line2);
    GLCD.draw(line3);
    GLCD.draw(line4);
    GLCD.draw(line5);
    GLCD.draw(line6);
  }
  if (t == "down")
  {
    GLCDLine line(x,  y, x, (y + lenght) - (0.4 * lenght));
    GLCDLine line1(x + width, y, x + width,  (y + lenght) - (0.4 * lenght));
    GLCDLine line2(x, y, x + width, y);
    GLCDLine  line3(x + width, (y + lenght) - (0.4 * lenght), x + 1.3 * width, (y + lenght) -  (0.4 * lenght));
    GLCDLine line4(abs( x - .3 * width), (y + lenght) - (0.4  * lenght), x, (y + lenght) - (0.4 * lenght) );
    GLCDLine line5(x + 1.3 * width,  (y + lenght) - (0.4 * lenght), x + .5 * width, y + lenght);
    GLCDLine line6(abs(  x - .3 * width), (y + lenght) - (0.4 * lenght), x + .5 * width, y + lenght);

    GLCD.draw(line);
    GLCD.draw(line1);
    GLCD.draw(line2);
    GLCD.draw(line3);
    GLCD.draw(line4);
    GLCD.draw(line5);
    GLCD.draw(line6);
  }
  if (t == "up")
  {
    GLCDLine line(x, y, x, abs((y - lenght) + (0.4  * lenght)));
    GLCDLine line1( x + width, y, x + width, abs((y - lenght) +  (0.4 * lenght)));
    GLCDLine line2(x, y, x + width, y);
    GLCDLine line3(x  + width , abs( (y - lenght) + (0.4 * lenght)), x + 1.3 * width,  abs((y - lenght)  + (0.4 * lenght)) );
    GLCDLine line4(abs( x - .3 * width), abs( (y - lenght)  + (0.4 * lenght)), x, abs((y - lenght) + (0.4 * lenght)));
    GLCDLine line5(x  + 1.3 * width, abs( (y - lenght) + (0.4 * lenght)), x + .5 * width, abs( y - lenght));
    GLCDLine line6(abs( x - .3 * width), abs( (y - lenght) + (0.4 * lenght)), x  + .5 * width, abs( y - lenght));

    GLCD.draw(line);
    GLCD.draw(line1);
    GLCD.draw(line2);
    GLCD.draw(line3);
    GLCD.draw(line4);
    GLCD.draw(line5);
    GLCD.draw(line6);
  }
}

ddr_01.ino

arduino

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

/*
   written by raef atef
   raef.madim@gmail.com
   this code
  for Dance pad with 1sheeld

*/

#define CUSTOM_SETTINGS
#define INCLUDE_GLCD_SHIELD
#define
  INCLUDE_MUSIC_PLAYER_SHIELD

/* Include 1Sheeld library. */
#include <OneSheeld.h>
int
  c = 0; // counter of score
int up = 3;
int down = 4;
int left = 5;
int
  right = 6;
int x = 0;
int y = 0;
GLCDTextBox score(1, 1, "score:");
GLCDTextBox
  number(40, 1, "0");
char charArray[5];
void setup()
{
  /*pinmode
  */
  pinMode(up, INPUT);
  digitalWrite(up, HIGH);       // turn on pullup
  resistors
  pinMode(down, INPUT);
  digitalWrite(down, HIGH);       // turn
  on pullup resistors
  pinMode(left, INPUT);
  digitalWrite(left, HIGH);       //
  turn on pullup resistors
  pinMode(right, INPUT);
  digitalWrite(right, HIGH);
       // turn on pullup resistors
  /* Start communication. */
  OneSheeld.begin();

  /* Clear the GLCD. */
  GLCD.clear();
}
void loop() {
  MusicPlayer.play();

  x = selectrandom(); //draw dance instruction random
  delay(700);
  y =
  button(); //return the value of button fun
  if (x == y)
  {
    MusicPlayer.play();

    c++; //count score
  }
  else 
  {
    MusicPlayer.pause();

  }
  GLCD.clear();
  String(c).toCharArray(charArray, 5);
  number.setText(charArray);

  GLCD.draw(score);
  GLCD.draw(number);
}

int selectrandom()
{

  int x = 0;
  x = random(1, 5);
  if (x == 1) arrow(110, 70, 40, 40, "up");

  if (x == 2) arrow(110, 60, 40, 40, "down");
  if (x == 3) arrow(60, 43, 40,
  40, "left");
  if (x == 4) arrow(200, 43, 40, 40, "right");
  return x;
}
int
  button()
{
  int y = 0;
  if (digitalRead(up) == LOW) return y = 1;

  if (digitalRead(down) == LOW) return y = 2;
  if (digitalRead(left) == LOW)
  return y = 3;
  if (digitalRead(right) == LOW) return y = 4;
  else return
  y = 0;
}
//don't edit any thing in arrow function
void arrow(int x, int
  y, int width, int lenght, char *t)
{
  if (t == "right")
  {
    GLCDLine
  line(x, y, (x + lenght) - (0.4 * lenght), y);
    GLCDLine line1(x, y + width,
  (x + lenght) - (0.4 * lenght), y + width);
    GLCDLine line2(x, y, x, y + width);

    GLCDLine line3((x + lenght) - (0.4 * lenght), y + width , (x + lenght) - (0.4
  * lenght), y + 1.3 * width);
    GLCDLine line4((x + lenght) - (0.4 * lenght),
  abs( y - .3 * width), (x + lenght) - (0.4 * lenght), y);
    GLCDLine line5((x
  + lenght) - (0.4 * lenght), y + 1.3 * width, x + lenght , y + .5 * width);
    GLCDLine
  line6((x + lenght) - (0.4 * lenght), abs( y - .3 * width), x + lenght, y + .5 *
  width);

    GLCD.draw(line);
    GLCD.draw(line1);
    GLCD.draw(line2);

    GLCD.draw(line3);
    GLCD.draw(line4);
    GLCD.draw(line5);
    GLCD.draw(line6);

  }
  if (t == "left")
  {
    GLCDLine line(x, y, abs( (x - lenght)
  + (0.4 * lenght)), y);
    GLCDLine line1(x, y + width, abs( (x - lenght) + (0.4
  * lenght)), y + width);
    GLCDLine line2(x, y, x, y + width);
    GLCDLine
  line3(abs( (x - lenght) + (0.4 * lenght)), y + width , abs( (x - lenght) + (0.4
  * lenght)), y + 1.3 * width);
    GLCDLine line4(abs( (x - lenght) + (0.4 * lenght)),
  abs( y - .3 * width), abs( (x - lenght) + (0.4 * lenght)), y);
    GLCDLine line5(abs(
  (x - lenght) + (0.4 * lenght)), y + 1.3 * width, abs( x - lenght) , y + .5 * width);

    GLCDLine line6(abs( (x - lenght) + (0.4 * lenght)), abs( y - .3 * width), abs(
  x - lenght), y + .5 * width);

    GLCD.draw(line);
    GLCD.draw(line1);

    GLCD.draw(line2);
    GLCD.draw(line3);
    GLCD.draw(line4);
    GLCD.draw(line5);

    GLCD.draw(line6);
  }
  if (t == "down")
  {
    GLCDLine line(x,
  y, x, (y + lenght) - (0.4 * lenght));
    GLCDLine line1(x + width, y, x + width,
  (y + lenght) - (0.4 * lenght));
    GLCDLine line2(x, y, x + width, y);
    GLCDLine
  line3(x + width, (y + lenght) - (0.4 * lenght), x + 1.3 * width, (y + lenght) -
  (0.4 * lenght));
    GLCDLine line4(abs( x - .3 * width), (y + lenght) - (0.4
  * lenght), x, (y + lenght) - (0.4 * lenght) );
    GLCDLine line5(x + 1.3 * width,
  (y + lenght) - (0.4 * lenght), x + .5 * width, y + lenght);
    GLCDLine line6(abs(
  x - .3 * width), (y + lenght) - (0.4 * lenght), x + .5 * width, y + lenght);


    GLCD.draw(line);
    GLCD.draw(line1);
    GLCD.draw(line2);
    GLCD.draw(line3);

    GLCD.draw(line4);
    GLCD.draw(line5);
    GLCD.draw(line6);
  }

  if (t == "up")
  {
    GLCDLine line(x, y, x, abs((y - lenght) + (0.4
  * lenght)));
    GLCDLine line1( x + width, y, x + width, abs((y - lenght) +
  (0.4 * lenght)));
    GLCDLine line2(x, y, x + width, y);
    GLCDLine line3(x
  + width , abs( (y - lenght) + (0.4 * lenght)), x + 1.3 * width,  abs((y - lenght)
  + (0.4 * lenght)) );
    GLCDLine line4(abs( x - .3 * width), abs( (y - lenght)
  + (0.4 * lenght)), x, abs((y - lenght) + (0.4 * lenght)));
    GLCDLine line5(x
  + 1.3 * width, abs( (y - lenght) + (0.4 * lenght)), x + .5 * width, abs( y - lenght));

    GLCDLine line6(abs( x - .3 * width), abs( (y - lenght) + (0.4 * lenght)), x
  + .5 * width, abs( y - lenght));

    GLCD.draw(line);
    GLCD.draw(line1);

    GLCD.draw(line2);
    GLCD.draw(line3);
    GLCD.draw(line4);
    GLCD.draw(line5);

    GLCD.draw(line6);
  }
}

Downloadable files

ZFm7fmYFymfVKF0r2Dew.jpg

Documentation

design of board ,box and steps of assambly

after cutting wood with cutter laser (Dxf files uploaded) fixed the edges of board and fixed the five piece of 8mm thickness on board as shown in step 2. (i used drill and screws to fixed them) than fixed

design of board ,box and steps of assambly

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