GameBox - The Arduino LCD Console

An Arduino portable console, equipped with LCD and fully reprogrammable.

Sep 27, 2016

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console

game console

games

Components and supplies

Arduino UNO

Pushbutton switch 12mm

Jumper wires (generic)

Rotary potentiometer (generic)

Standard LCD 20x4 White On Blue

USB-A to B Cable

Resistor 221 ohm

Breadboard (generic)

5660mAh Power Bank

Tools and machines

CardBoard Box

Scissors

Scotch

Apps and platforms

Arduino IDE

Project description

Code

Spikes Code

arduino

An example of programmed game for the gamebox.

1/*     ____   ____  _____  _____
2   /  _/  /  _/ / ___/ / ___/
3   / /    / /   \\__ \ \\__ \
4 _/ / _ _/ / _ ___/ / ___/ / 
5/___/(_)___/(_)____(_)____(_)
6                             
7   ______   ______                          _     
8  / ____/  / ____/__  ______________ ______(_)____
9 / / __   / /_  / _ \\/ ___/  ___/ __ `/ ___/ / ___/
10/ /_/ /_ / __/ /  __/ /  / /  / /_/ / /  / (__  ) 
11\\____/(_)_/    \\___/_/  /_/   \\__,_/_/  /_/____/  
12   ______                __              
13  / ____/_______  ____ _/ /_____  ______ 
14 / /   / ___/ _ \\/ __ `/ __/ __ \\/  ___(_)
15/ /___/ /  /  __/ /_/ / /_/ /_/ / /  _   
16\\____/_/   \\___/\\__,_/\\__/\\____/_/  (_)  
17
18    ____ _____ ____  _________ __  __
19   / __ \\__  // __ \\/  _/ ___// / / /
20  / /_/ //_ </ /_/ // / \\__ \\/ /_/ / 
21 / ____/__/ / _,  _// / ___/ / __  /  
22/_/   /____/_/ |_/___//____/_/ /_/   
23
24   _____ ____  _ 
25  |__  // __ )(_)
26   /_ </ __  / / 
27 ___/ / /_/ / /  
28/____/_____/_/   
29                                                               
30 */
31/*
32   _________      .__ __                  
33 /   _____/_____ |__|  | __ ____   ______
34  \\_____  \\\\____ \\|  |  |/ // __ \/  ___/
35 /        \ |_> >  |    <\ ___/  \\___ \
36/_______  /   __/|__|__|_ \\\\___  >____  >
37        \\/|__|           \\/    \\/     \\/ 
38 */
39#include <LiquidCrystal.h>
40LiquidCrystal board(12,  11, 5, 4, 3, 2);
41const int buttonUp = 7;
42const int buttonDown = 9;
43int  upState = 0;
44int downState = 0;
45int spyRight = 1;
46int spyLeft = 0;
47int  control;
48int fly = 0;
49int randomSpikes;
50int r;
51int l;
52int score =  0;
53int dead0,dead1,dead2;  
54bool dead = false;
55byte creeperR [8] = {
56  B01000,
57  B11110,
58  B11011,
59  B11110,
60  B11111,
61  B00100,
62  B00100,
63  B11011,
64};
65byte creeperL [8] = {
66  B00010,
67  B01111,
68  B11011,
69  B01111,
70  B11111,
71  B00100,
72  B00100,
73  B11011,
74};
75byte spikeR  [8] = {
76  B00001,
77  B00011,
78  B00111,
79  B01111,
80  B11111,
81  B00111,
82  B00011,
83  B00001,
84};
85byte spikeL [8] = {
86  B10000,
87  B11000,
88  B11100,
89  B11110,
90  B11111,
91  B11100,
92  B11000,
93  B10000,
94};
95void  setup (){
96   Serial.begin (9600);
97   board.begin (20,4);
98   board.createChar  (0,creeperR);
99   board.createChar (3,creeperL);
100   board.createChar (1,spikeR);
101   board.createChar (2,spikeL);
102   board.setCursor (0,0);
103   pinMode (buttonUp,INPUT);
104   pinMode (buttonDown,INPUT);
105}
106void loop (){
107  if (spyRight == 1){
108    for (int ran=0;ran<=2;ran++){
109    randomSpikes = random(0,3);
110    board.setCursor  (19,randomSpikes);
111    board.write (byte(1));
112    switch (ran){
113      case  0:
114      dead0 = randomSpikes;
115      continue;
116      case 1:
117      dead1  = randomSpikes;
118      continue;
119      case 2:
120      dead2 = randomSpikes;
121      continue;
122    }
123  }
124    flyRight ();
125    board.clear ();
126    score++;
127  }
128  if (spyLeft == 1) {
129    for (int ran=0;ran<=2;ran++){ 
130    randomSpikes  = random(0,3);
131    board.setCursor (0,randomSpikes);
132    board.write (byte(2));
133    switch (ran){
134      case 0:
135      dead0 = randomSpikes;
136      continue;
137      case 1:
138      dead1 = randomSpikes;
139      continue;
140      case 2:
141      dead2 = randomSpikes;
142      continue;
143    }
144  }
145    flyLeft ();
146    board.clear ();
147    score++;
148  }
149}
150int stateControl (){
151  upState  = digitalRead(buttonUp);
152  downState = digitalRead(buttonDown);
153  if (upState  == HIGH){
154    return 1;
155  }
156  if (downState == HIGH){
157    return 2;
158  }
159  else
160  return 0;
161}
162void flyRight (){
163  for (r=0;r<20;r++){
164    if (r==19){
165      if (fly==dead0){
166        Serial.print ("GAME OVER");
167        deadScreen ();
168        break;
169      }
170      if (fly==dead1){
171        Serial.print ("GAME OVER");
172        deadScreen ();
173        break;
174      }
175      if (fly==dead2){
176        Serial.print ("GAME OVER");
177        deadScreen  ();
178        break;
179      }
180    }
181    board.setCursor (r-1,fly);
182    board.print (" ");
183    control = stateControl ();
184    if (control ==  1){
185      if (fly == 0){
186        fly = 1;
187      }
188      fly --;
189    }
190    if (control == 2){
191      if (fly == 3){
192        fly = 2;
193      }
194      fly ++;
195    }
196    board.setCursor (r,fly);
197    board.write  (byte(0));
198    delay (150);
199    if (r>=19){
200      spyRight = 0;
201      spyLeft  = 1;
202    }
203  }
204}
205void flyLeft (){
206  for (l=19;l>=0;l--){
207    if  (l==0){
208      if (fly==dead0){
209        Serial.print ("GAME OVER");
210        deadScreen  ();
211        break;
212      }
213      if (fly==dead1){
214        Serial.print  ("GAME OVER");
215        deadScreen ();
216        break;
217      }
218      if  (fly==dead2){
219        Serial.print ("GAME OVER");
220        deadScreen ();
221        break;
222      }
223    }
224    board.setCursor ((l+1),fly);
225    board.print  (" ");
226    control = stateControl ();
227    if (control == 1){
228      if  (fly == 0){
229        fly = 1;
230      }
231      fly --;
232    }
233    if (control  == 2){
234      if (fly == 3){
235        fly = 2;
236      }
237      fly ++;
238    }
239    board.setCursor (l,fly);
240    board.write (byte(3));
241    delay  (150);
242    if (l==0){
243      spyRight = 1;
244      spyLeft = 0;
245    }
246  }
247}
248void deadScreen (void){
249  while (control == 0){
250    board.clear  ();
251    board.setCursor (5,1);
252    board.print ("GAME OVER!");
253    board.setCursor  (5,2);
254    board.print ("Punteggio:");
255    board.print (score);
256    board.setCursor  (0,0);
257    board.print ("Premere un tasto");
258    board.setCursor (0,3);
259    board.print ("per riprovare!");
260    control = stateControl ();
261    delay  (100);
262  }
263  spyRight = 1;
264  spyLeft = 0;
265  score = 0;
266  dead0,dead1,dead2  = 0;
267  dead = true;  
268}
269
270

/*     ____   ____  _____  _____
   /  _/  /  _/ / ___/ / ___/
   / /    / /   \\__ \ \\__ \
 _/ / _ _/ / _ ___/ / ___/ / 
/___/(_)___/(_)____(_)____(_)
                             
   ______   ______                          _     
  / ____/  / ____/__  ______________ ______(_)____
 / / __   / /_  / _ \\/ ___/  ___/ __ `/ ___/ / ___/
/ /_/ /_ / __/ /  __/ /  / /  / /_/ / /  / (__  ) 
\\____/(_)_/    \\___/_/  /_/   \\__,_/_/  /_/____/  
   ______                __              
  / ____/_______  ____ _/ /_____  ______ 
 / /   / ___/ _ \\/ __ `/ __/ __ \\/  ___(_)
/ /___/ /  /  __/ /_/ / /_/ /_/ / /  _   
\\____/_/   \\___/\\__,_/\\__/\\____/_/  (_)  

    ____ _____ ____  _________ __  __
   / __ \\__  // __ \\/  _/ ___// / / /
  / /_/ //_ </ /_/ // / \\__ \\/ /_/ / 
 / ____/__/ / _,  _// / ___/ / __  /  
/_/   /____/_/ |_/___//____/_/ /_/   

   _____ ____  _ 
  |__  // __ )(_)
   /_ </ __  / / 
 ___/ / /_/ / /  
/____/_____/_/   
                                                               
 */
/*
   _________      .__ __                  
 /   _____/_____ |__|  | __ ____   ______
  \\_____  \\\\____ \\|  |  |/ // __ \/  ___/
 /        \ |_> >  |    <\ ___/  \\___ \
/_______  /   __/|__|__|_ \\\\___  >____  >
        \\/|__|           \\/    \\/     \\/ 
 */
#include <LiquidCrystal.h>
LiquidCrystal board(12,  11, 5, 4, 3, 2);
const int buttonUp = 7;
const int buttonDown = 9;
int  upState = 0;
int downState = 0;
int spyRight = 1;
int spyLeft = 0;
int  control;
int fly = 0;
int randomSpikes;
int r;
int l;
int score =  0;
int dead0,dead1,dead2;  
bool dead = false;
byte creeperR [8] = {
  B01000,
  B11110,
  B11011,
  B11110,
  B11111,
  B00100,
  B00100,
  B11011,
};
byte creeperL [8] = {
  B00010,
  B01111,
  B11011,
  B01111,
  B11111,
  B00100,
  B00100,
  B11011,
};
byte spikeR  [8] = {
  B00001,
  B00011,
  B00111,
  B01111,
  B11111,
  B00111,
  B00011,
  B00001,
};
byte spikeL [8] = {
  B10000,
  B11000,
  B11100,
  B11110,
  B11111,
  B11100,
  B11000,
  B10000,
};
void  setup (){
   Serial.begin (9600);
   board.begin (20,4);
   board.createChar  (0,creeperR);
   board.createChar (3,creeperL);
   board.createChar (1,spikeR);
   board.createChar (2,spikeL);
   board.setCursor (0,0);
   pinMode (buttonUp,INPUT);
   pinMode (buttonDown,INPUT);
}
void loop (){
  if (spyRight == 1){
    for (int ran=0;ran<=2;ran++){
    randomSpikes = random(0,3);
    board.setCursor  (19,randomSpikes);
    board.write (byte(1));
    switch (ran){
      case  0:
      dead0 = randomSpikes;
      continue;
      case 1:
      dead1  = randomSpikes;
      continue;
      case 2:
      dead2 = randomSpikes;
      continue;
    }
  }
    flyRight ();
    board.clear ();
    score++;
  }
  if (spyLeft == 1) {
    for (int ran=0;ran<=2;ran++){ 
    randomSpikes  = random(0,3);
    board.setCursor (0,randomSpikes);
    board.write (byte(2));
    switch (ran){
      case 0:
      dead0 = randomSpikes;
      continue;
      case 1:
      dead1 = randomSpikes;
      continue;
      case 2:
      dead2 = randomSpikes;
      continue;
    }
  }
    flyLeft ();
    board.clear ();
    score++;
  }
}
int stateControl (){
  upState  = digitalRead(buttonUp);
  downState = digitalRead(buttonDown);
  if (upState  == HIGH){
    return 1;
  }
  if (downState == HIGH){
    return 2;
  }
  else
  return 0;
}
void flyRight (){
  for (r=0;r<20;r++){
    if (r==19){
      if (fly==dead0){
        Serial.print ("GAME OVER");
        deadScreen ();
        break;
      }
      if (fly==dead1){
        Serial.print ("GAME OVER");
        deadScreen ();
        break;
      }
      if (fly==dead2){
        Serial.print ("GAME OVER");
        deadScreen  ();
        break;
      }
    }
    board.setCursor (r-1,fly);
    board.print (" ");
    control = stateControl ();
    if (control ==  1){
      if (fly == 0){
        fly = 1;
      }
      fly --;
    }
    if (control == 2){
      if (fly == 3){
        fly = 2;
      }
      fly ++;
    }
    board.setCursor (r,fly);
    board.write  (byte(0));
    delay (150);
    if (r>=19){
      spyRight = 0;
      spyLeft  = 1;
    }
  }
}
void flyLeft (){
  for (l=19;l>=0;l--){
    if  (l==0){
      if (fly==dead0){
        Serial.print ("GAME OVER");
        deadScreen  ();
        break;
      }
      if (fly==dead1){
        Serial.print  ("GAME OVER");
        deadScreen ();
        break;
      }
      if  (fly==dead2){
        Serial.print ("GAME OVER");
        deadScreen ();
        break;
      }
    }
    board.setCursor ((l+1),fly);
    board.print  (" ");
    control = stateControl ();
    if (control == 1){
      if  (fly == 0){
        fly = 1;
      }
      fly --;
    }
    if (control  == 2){
      if (fly == 3){
        fly = 2;
      }
      fly ++;
    }
    board.setCursor (l,fly);
    board.write (byte(3));
    delay  (150);
    if (l==0){
      spyRight = 1;
      spyLeft = 0;
    }
  }
}
void deadScreen (void){
  while (control == 0){
    board.clear  ();
    board.setCursor (5,1);
    board.print ("GAME OVER!");
    board.setCursor  (5,2);
    board.print ("Punteggio:");
    board.print (score);
    board.setCursor  (0,0);
    board.print ("Premere un tasto");
    board.setCursor (0,3);
    board.print ("per riprovare!");
    control = stateControl ();
    delay  (100);
  }
  spyRight = 1;
  spyLeft = 0;
  score = 0;
  dead0,dead1,dead2  = 0;
  dead = true;  
}

Spikes Code

arduino

An example of programmed game for the gamebox.

1/*     ____   ____  _____  _____
2   /  _/  /  _/ / ___/ / ___/
3
4   / /    / /   \\__ \ \\__ \
5 _/ / _ _/ / _ ___/ / ___/ / 
6/___/(_)___/(_)____(_)____(_)
7
8                             
9   ______   ______                          _     
10
11  / ____/  / ____/__  ______________ ______(_)____
12 / / __   / /_  / _ \\/ ___/
13  ___/ __ `/ ___/ / ___/
14/ /_/ /_ / __/ /  __/ /  / /  / /_/ / /  / (__  ) 
15\\____/(_)_/
16    \\___/_/  /_/   \\__,_/_/  /_/____/  
17   ______                __              
18
19  / ____/_______  ____ _/ /_____  ______ 
20 / /   / ___/ _ \\/ __ `/ __/ __ \\/
21  ___(_)
22/ /___/ /  /  __/ /_/ / /_/ /_/ / /  _   
23\\____/_/   \\___/\\__,_/\\__/\\____/_/
24  (_)  
25
26    ____ _____ ____  _________ __  __
27   / __ \\__  // __ \\/
28  _/ ___// / / /
29  / /_/ //_ </ /_/ // / \\__ \\/ /_/ / 
30 / ____/__/ / _,
31  _// / ___/ / __  /  
32/_/   /____/_/ |_/___//____/_/ /_/   
33
34   _____ ____
35  _ 
36  |__  // __ )(_)
37   /_ </ __  / / 
38 ___/ / /_/ / /  
39/____/_____/_/
40   
41                                                               
42 */
43/*
44
45   _________      .__ __                  
46 /   _____/_____ |__|  | __ ____   ______
47
48  \\_____  \\\\____ \\|  |  |/ // __ \/  ___/
49 /        \ |_> >  |    <\ ___/
50  \\___ \
51/_______  /   __/|__|__|_ \\\\___  >____  >
52        \\/|__|           \\/
53    \\/     \\/ 
54 */
55#include <LiquidCrystal.h>
56LiquidCrystal board(12,
57  11, 5, 4, 3, 2);
58const int buttonUp = 7;
59const int buttonDown = 9;
60int
61  upState = 0;
62int downState = 0;
63int spyRight = 1;
64int spyLeft = 0;
65int
66  control;
67int fly = 0;
68int randomSpikes;
69int r;
70int l;
71int score =
72  0;
73int dead0,dead1,dead2;  
74bool dead = false;
75byte creeperR [8] = {
76
77  B01000,
78  B11110,
79  B11011,
80  B11110,
81  B11111,
82  B00100,
83  B00100,
84
85  B11011,
86};
87byte creeperL [8] = {
88  B00010,
89  B01111,
90  B11011,
91
92  B01111,
93  B11111,
94  B00100,
95  B00100,
96  B11011,
97};
98byte spikeR
99  [8] = {
100  B00001,
101  B00011,
102  B00111,
103  B01111,
104  B11111,
105  B00111,
106
107  B00011,
108  B00001,
109};
110byte spikeL [8] = {
111  B10000,
112  B11000,
113
114  B11100,
115  B11110,
116  B11111,
117  B11100,
118  B11000,
119  B10000,
120};
121void
122  setup (){
123   Serial.begin (9600);
124   board.begin (20,4);
125   board.createChar
126  (0,creeperR);
127   board.createChar (3,creeperL);
128   board.createChar (1,spikeR);
129
130   board.createChar (2,spikeL);
131   board.setCursor (0,0);
132   pinMode (buttonUp,INPUT);
133
134   pinMode (buttonDown,INPUT);
135}
136void loop (){
137  if (spyRight == 1){
138
139    for (int ran=0;ran<=2;ran++){
140    randomSpikes = random(0,3);
141    board.setCursor
142  (19,randomSpikes);
143    board.write (byte(1));
144    switch (ran){
145      case
146  0:
147      dead0 = randomSpikes;
148      continue;
149      case 1:
150      dead1
151  = randomSpikes;
152      continue;
153      case 2:
154      dead2 = randomSpikes;
155
156      continue;
157    }
158  }
159    flyRight ();
160    board.clear ();
161    score++;
162
163  }
164  if (spyLeft == 1) {
165    for (int ran=0;ran<=2;ran++){ 
166    randomSpikes
167  = random(0,3);
168    board.setCursor (0,randomSpikes);
169    board.write (byte(2));
170
171    switch (ran){
172      case 0:
173      dead0 = randomSpikes;
174      continue;
175
176      case 1:
177      dead1 = randomSpikes;
178      continue;
179      case 2:
180
181      dead2 = randomSpikes;
182      continue;
183    }
184  }
185    flyLeft ();
186
187    board.clear ();
188    score++;
189  }
190}
191int stateControl (){
192  upState
193  = digitalRead(buttonUp);
194  downState = digitalRead(buttonDown);
195  if (upState
196  == HIGH){
197    return 1;
198  }
199  if (downState == HIGH){
200    return 2;
201
202  }
203  else
204  return 0;
205}
206void flyRight (){
207  for (r=0;r<20;r++){
208
209    if (r==19){
210      if (fly==dead0){
211        Serial.print ("GAME OVER");
212
213        deadScreen ();
214        break;
215      }
216      if (fly==dead1){
217
218        Serial.print ("GAME OVER");
219        deadScreen ();
220        break;
221
222      }
223      if (fly==dead2){
224        Serial.print ("GAME OVER");
225        deadScreen
226  ();
227        break;
228      }
229    }
230    board.setCursor (r-1,fly);
231
232    board.print (" ");
233    control = stateControl ();
234    if (control ==
235  1){
236      if (fly == 0){
237        fly = 1;
238      }
239      fly --;
240
241    }
242    if (control == 2){
243      if (fly == 3){
244        fly = 2;
245
246      }
247      fly ++;
248    }
249    board.setCursor (r,fly);
250    board.write
251  (byte(0));
252    delay (150);
253    if (r>=19){
254      spyRight = 0;
255      spyLeft
256  = 1;
257    }
258  }
259}
260void flyLeft (){
261  for (l=19;l>=0;l--){
262    if
263  (l==0){
264      if (fly==dead0){
265        Serial.print ("GAME OVER");
266        deadScreen
267  ();
268        break;
269      }
270      if (fly==dead1){
271        Serial.print
272  ("GAME OVER");
273        deadScreen ();
274        break;
275      }
276      if
277  (fly==dead2){
278        Serial.print ("GAME OVER");
279        deadScreen ();
280
281        break;
282      }
283    }
284    board.setCursor ((l+1),fly);
285    board.print
286  (" ");
287    control = stateControl ();
288    if (control == 1){
289      if
290  (fly == 0){
291        fly = 1;
292      }
293      fly --;
294    }
295    if (control
296  == 2){
297      if (fly == 3){
298        fly = 2;
299      }
300      fly ++;
301
302    }
303    board.setCursor (l,fly);
304    board.write (byte(3));
305    delay
306  (150);
307    if (l==0){
308      spyRight = 1;
309      spyLeft = 0;
310    }
311
312  }
313}
314void deadScreen (void){
315  while (control == 0){
316    board.clear
317  ();
318    board.setCursor (5,1);
319    board.print ("GAME OVER!");
320    board.setCursor
321  (5,2);
322    board.print ("Punteggio:");
323    board.print (score);
324    board.setCursor
325  (0,0);
326    board.print ("Premere un tasto");
327    board.setCursor (0,3);
328
329    board.print ("per riprovare!");
330    control = stateControl ();
331    delay
332  (100);
333  }
334  spyRight = 1;
335  spyLeft = 0;
336  score = 0;
337  dead0,dead1,dead2
338  = 0;
339  dead = true;  
340}
341
342

/*     ____   ____  _____  _____
   /  _/  /  _/ / ___/ / ___/

   / /    / /   \\__ \ \\__ \
 _/ / _ _/ / _ ___/ / ___/ / 
/___/(_)___/(_)____(_)____(_)

                             
   ______   ______                          _     

  / ____/  / ____/__  ______________ ______(_)____
 / / __   / /_  / _ \\/ ___/
  ___/ __ `/ ___/ / ___/
/ /_/ /_ / __/ /  __/ /  / /  / /_/ / /  / (__  ) 
\\____/(_)_/
    \\___/_/  /_/   \\__,_/_/  /_/____/  
   ______                __              

  / ____/_______  ____ _/ /_____  ______ 
 / /   / ___/ _ \\/ __ `/ __/ __ \\/
  ___(_)
/ /___/ /  /  __/ /_/ / /_/ /_/ / /  _   
\\____/_/   \\___/\\__,_/\\__/\\____/_/
  (_)  

    ____ _____ ____  _________ __  __
   / __ \\__  // __ \\/
  _/ ___// / / /
  / /_/ //_ </ /_/ // / \\__ \\/ /_/ / 
 / ____/__/ / _,
  _// / ___/ / __  /  
/_/   /____/_/ |_/___//____/_/ /_/   

   _____ ____
  _ 
  |__  // __ )(_)
   /_ </ __  / / 
 ___/ / /_/ / /  
/____/_____/_/
   
                                                               
 */
/*

   _________      .__ __                  
 /   _____/_____ |__|  | __ ____   ______

  \\_____  \\\\____ \\|  |  |/ // __ \/  ___/
 /        \ |_> >  |    <\ ___/
  \\___ \
/_______  /   __/|__|__|_ \\\\___  >____  >
        \\/|__|           \\/
    \\/     \\/ 
 */
#include <LiquidCrystal.h>
LiquidCrystal board(12,
  11, 5, 4, 3, 2);
const int buttonUp = 7;
const int buttonDown = 9;
int
  upState = 0;
int downState = 0;
int spyRight = 1;
int spyLeft = 0;
int
  control;
int fly = 0;
int randomSpikes;
int r;
int l;
int score =
  0;
int dead0,dead1,dead2;  
bool dead = false;
byte creeperR [8] = {

  B01000,
  B11110,
  B11011,
  B11110,
  B11111,
  B00100,
  B00100,

  B11011,
};
byte creeperL [8] = {
  B00010,
  B01111,
  B11011,

  B01111,
  B11111,
  B00100,
  B00100,
  B11011,
};
byte spikeR
  [8] = {
  B00001,
  B00011,
  B00111,
  B01111,
  B11111,
  B00111,

  B00011,
  B00001,
};
byte spikeL [8] = {
  B10000,
  B11000,

  B11100,
  B11110,
  B11111,
  B11100,
  B11000,
  B10000,
};
void
  setup (){
   Serial.begin (9600);
   board.begin (20,4);
   board.createChar
  (0,creeperR);
   board.createChar (3,creeperL);
   board.createChar (1,spikeR);

   board.createChar (2,spikeL);
   board.setCursor (0,0);
   pinMode (buttonUp,INPUT);

   pinMode (buttonDown,INPUT);
}
void loop (){
  if (spyRight == 1){

    for (int ran=0;ran<=2;ran++){
    randomSpikes = random(0,3);
    board.setCursor
  (19,randomSpikes);
    board.write (byte(1));
    switch (ran){
      case
  0:
      dead0 = randomSpikes;
      continue;
      case 1:
      dead1
  = randomSpikes;
      continue;
      case 2:
      dead2 = randomSpikes;

      continue;
    }
  }
    flyRight ();
    board.clear ();
    score++;

  }
  if (spyLeft == 1) {
    for (int ran=0;ran<=2;ran++){ 
    randomSpikes
  = random(0,3);
    board.setCursor (0,randomSpikes);
    board.write (byte(2));

    switch (ran){
      case 0:
      dead0 = randomSpikes;
      continue;

      case 1:
      dead1 = randomSpikes;
      continue;
      case 2:

      dead2 = randomSpikes;
      continue;
    }
  }
    flyLeft ();

    board.clear ();
    score++;
  }
}
int stateControl (){
  upState
  = digitalRead(buttonUp);
  downState = digitalRead(buttonDown);
  if (upState
  == HIGH){
    return 1;
  }
  if (downState == HIGH){
    return 2;

  }
  else
  return 0;
}
void flyRight (){
  for (r=0;r<20;r++){

    if (r==19){
      if (fly==dead0){
        Serial.print ("GAME OVER");

        deadScreen ();
        break;
      }
      if (fly==dead1){

        Serial.print ("GAME OVER");
        deadScreen ();
        break;

      }
      if (fly==dead2){
        Serial.print ("GAME OVER");
        deadScreen
  ();
        break;
      }
    }
    board.setCursor (r-1,fly);

    board.print (" ");
    control = stateControl ();
    if (control ==
  1){
      if (fly == 0){
        fly = 1;
      }
      fly --;

    }
    if (control == 2){
      if (fly == 3){
        fly = 2;

      }
      fly ++;
    }
    board.setCursor (r,fly);
    board.write
  (byte(0));
    delay (150);
    if (r>=19){
      spyRight = 0;
      spyLeft
  = 1;
    }
  }
}
void flyLeft (){
  for (l=19;l>=0;l--){
    if
  (l==0){
      if (fly==dead0){
        Serial.print ("GAME OVER");
        deadScreen
  ();
        break;
      }
      if (fly==dead1){
        Serial.print
  ("GAME OVER");
        deadScreen ();
        break;
      }
      if
  (fly==dead2){
        Serial.print ("GAME OVER");
        deadScreen ();

        break;
      }
    }
    board.setCursor ((l+1),fly);
    board.print
  (" ");
    control = stateControl ();
    if (control == 1){
      if
  (fly == 0){
        fly = 1;
      }
      fly --;
    }
    if (control
  == 2){
      if (fly == 3){
        fly = 2;
      }
      fly ++;

    }
    board.setCursor (l,fly);
    board.write (byte(3));
    delay
  (150);
    if (l==0){
      spyRight = 1;
      spyLeft = 0;
    }

  }
}
void deadScreen (void){
  while (control == 0){
    board.clear
  ();
    board.setCursor (5,1);
    board.print ("GAME OVER!");
    board.setCursor
  (5,2);
    board.print ("Punteggio:");
    board.print (score);
    board.setCursor
  (0,0);
    board.print ("Premere un tasto");
    board.setCursor (0,3);

    board.print ("per riprovare!");
    control = stateControl ();
    delay
  (100);
  }
  spyRight = 1;
  spyLeft = 0;
  score = 0;
  dead0,dead1,dead2
  = 0;
  dead = true;  
}

Downloadable files

GameBox_Schematics

The schematic of the console, is used to build it.

GameBox_Schematics

The schematic of the console, is used to build it.

GameBox_Schematics

GameBox_Schematics Image

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