Les Fabriques du Ponant - Contributions de l’utilisateur [fr]

ENIB 2022 : Snake Player

2022-01-17T14:03:01Z

Mehdi :

==photo de l'équipe==
[[Fichier:EnibSnake.png|600px]]

==Que fait ce projet ? ==

Le snakeGame est un genre de jeu vidéo dans lequel le joueur dirige un serpent qui grandit et constitue ainsi lui-même un obstacle.

==Liste des composants==

* Arduino UNO
* 8x32 Led Matrix
* Analog Joystick
* breadboard (generic)
* Jumpers
* potentiomètre

==Code==
<pre>
// Dahddammm Robotics//

#include <MD_KeySwitch.h>
#include <MD_MAX72xx.h>
#define MAX_DEVICES 5
#define CLK_PIN 13 // or SCK
#define DATA_PIN 11 // or MOSI
#define CS_PIN 10 // or SS
#define HARDWARE_TYPE MD_MAX72XX::PAROLA_HW
MD_MAX72XX mx = MD_MAX72XX(HARDWARE_TYPE,CS_PIN, MAX_DEVICES);

const int potmeter = 3;
int coord[200][2];
int leng = 1;
int prev;
int point[5][2] {{10,5},{3,1},{25,3},{15,7},{11,3}};

int ch1 = 5;
int ch2 = 8;
int ch3 = 9;
int ch4 = 4;
int aa = 6;
int bb = 19;
int cc = 2;
int dd = 1;
int ee = 0;
int ff = 7;
int gg = 3;
int dot = 25;
int delay1=3;

int blue = 12;
int green = 18;

int screens = 1;
int record;
int points;
int screenpick = 0;
int diff = 0;
int speedx;
int supermode;
int doublepoints;
long counter;

void slide()
{
for(int x = 99; x > 0; x--)
{
coord[x][0] = coord[x-1][0];
coord[x][1] = coord[x-1][1];
}
return;
}

int Joystick()
{
// 0 = up
// 1 = down
// 2 = right
// 3 = left
// 4 = nothing
// 5 = click
const int VRx = 0;
const int VRy = 1;
const int SW = 2;
if(analogRead(VRy) > 900)
{
prev = 0;
return 0;
}
if(analogRead(VRy) < 120)
{
prev = 1;
return 1;
}
if(analogRead(VRx) > 900)
{
prev = 2;
return 2;
}
if(analogRead(VRx) < 120)
{
prev = 3;
return 3;
}
if(analogRead(SW) == 0)
{
return 5;
}
return prev;
}

// Dahddammm Robotics//

void setup()
{
mx.begin();
coord[1][0] = coord[0][0] = 5;
coord[1][1] = coord[0][1] = 5;
pinMode(ch1, OUTPUT);
pinMode(ch2, OUTPUT);
pinMode(ch3, OUTPUT);
pinMode(ch4, OUTPUT);
pinMode(aa, OUTPUT);
pinMode(bb, OUTPUT);
pinMode(cc, OUTPUT);
pinMode(dd, OUTPUT);
pinMode(ee, OUTPUT);
pinMode(ff, OUTPUT);
pinMode(gg, OUTPUT);
pinMode(dot, OUTPUT);
pinMode(blue, OUTPUT);
pinMode(green, OUTPUT);
}

void led(int x, int y)
{
mx.setPoint(y-1, x-1, 1);
return;
}

void loop()
{
while(screens == 1)
{
supermode = 0;
doublepoints = 0;
digitalWrite(blue,0);
digitalWrite(green,0);
mx.clear();
if (points > record)
{
record = points;
}
coord[1][0] = coord[0][0] = 5;
coord[1][1] = coord[0][1] = 5;
while(screens == 1)
{
diff = analogRead(potmeter) / 100;
if (Joystick() == 5)
{
screens = 0;
speedx = (12-diff)*9;
screenpick = 0;
leng = 1;
points = 0;
}
if (analogRead(0) > 1000)
{
screenpick++;
if(screenpick > 2) screenpick = 0;
mx.clear();
delay(1000);
}
if (analogRead(0) < 150)
{
screenpick--;
if(screenpick < 0) screenpick = 2;
mx.clear();
delay(1000);
}
switch(screenpick)
{
case 0:
printNumber(points,0);
// E
led(30,7);
led(30,3);
led(30,4);
led(30,5);
led(30,6);
led(29,3);
led(28,3);
led(29,7);
led(28,7);
led(28,5);
led(29,5);

// N
led(21,3);
led(21,4);
led(21,5);
led(21,6);
led(21,7);
led(22,4);
led(23,5);
led(24,6);
led(25,3);
led(25,4);
led(25,5);
led(25,6);
led(25,7);

//I
led(19,3);
led(19,4);
led(19,5);
led(19,6);
led(19,7);

//B

led(14,4);

led(14,6);

led(15,3);
led(15,5);
led(15,7);

led(16,3);
led(16,5);
led(16,7);

led(17,3);
led(17,4);
led(17,5);
led(17,6);
led(17,7);

// FACE
led(1,3);
led(1,4);
led(1,5);
led(1,6);

led(2,2);
led(2,7);

led(3,1);
led(3,4);
led(3,6);
led(3,8);

led(4,1);
led(4,3);
led(4,8);

led(5,1);
led(5,3);
led(5,8);

led(6,1);
led(6,4);
led(6,6);
led(6,8);

led(7,2);
led(7,7);

led(8,3);
led(8,4);
led(8,5);
led(8,6);

break;

case 1:
printNumber(record,0);
// E
led(30,7);
led(30,3);
led(30,4);
led(30,5);
led(30,6);
led(29,3);
led(28,3);
led(29,7);
led(28,7);
led(28,5);
led(29,5);

// N
led(21,3);
led(21,4);
led(21,5);
led(21,6);
led(21,7);
led(22,4);
led(23,5);
led(24,6);
led(25,3);
led(25,4);
led(25,5);
led(25,6);
led(25,7);

//I
led(19,3);
led(19,4);
led(19,5);
led(19,6);
led(19,7);

//B

led(14,4);

led(14,6);

led(15,3);
led(15,5);
led(15,7);

led(16,3);
led(16,5);
led(16,7);

led(17,3);
led(17,4);
led(17,5);
led(17,6);
led(17,7);

// FACE
led(1,3);
led(1,4);
led(1,5);
led(1,6);

led(2,2);
led(2,7);

led(3,1);
led(3,4);
led(3,6);
led(3,8);

led(4,1);
led(4,3);
led(4,8);

led(5,1);
led(5,3);
led(5,8);

led(6,1);
led(6,4);
led(6,6);
led(6,8);

led(7,2);
led(7,7);

led(8,3);
led(8,4);
led(8,5);
led(8,6);

break;

case 2:
printNumber(diff,0);
// E
led(30,7);
led(30,3);
led(30,4);
led(30,5);
led(30,6);
led(29,3);
led(28,3);
led(29,7);
led(28,7);
led(28,5);
led(29,5);

// N
led(21,3);
led(21,4);
led(21,5);
led(21,6);
led(21,7);
led(22,4);
led(23,5);
led(24,6);
led(25,3);
led(25,4);
led(25,5);
led(25,6);
led(25,7);

//I
led(19,3);
led(19,4);
led(19,5);
led(19,6);
led(19,7);

//B

led(14,4);

led(14,6);

led(15,3);
led(15,5);
led(15,7);

led(16,3);
led(16,5);
led(16,7);

led(17,3);
led(17,4);
led(17,5);
led(17,6);
led(17,7);

// FACE
led(1,3);
led(1,4);
led(1,5);
led(1,6);

led(2,2);
led(2,7);

led(3,1);
led(3,4);
led(3,6);
led(3,8);

led(4,1);
led(4,3);
led(4,8);

led(5,1);
led(5,3);
led(5,8);

led(6,1);
led(6,4);
led(6,6);
led(6,8);

led(7,2);
led(7,7);

led(8,3);
led(8,4);
led(8,5);
led(8,6);

break;

}
}

}
for (int x = 0; x < speedx; x++)
{
printNumber(points,0);
}
slide();
counter++;
if(counter == 40)
{
supermode = 0;
doublepoints = 0;
digitalWrite(blue,0);
digitalWrite(green,0);
}
switch(Joystick())
{
case 0:
coord[0][1] = coord[1][1]+1; //y+1
break;
case 1:
coord[0][1] = coord[1][1]-1; //y-1
break;
case 2:
coord[0][0] = coord[1][0]+1; //x+1
break;
case 3:
coord[0][0] = coord[1][0]-1; //x-1
break;
}
for (int x = 0; x < 5; x++)
{
if (coord[0][0] == point[x][0] && coord[0][1] == point[x][1])
{
if (random(0,diff+1) == 0)
{
supermode = 1;
counter = 0;
digitalWrite(blue,1);
}
if (random(0,9) == 0)
{
doublepoints = 1;
counter = 0;
digitalWrite(green,1);
}
leng++;
points += 5;
if(doublepoints == 1) points += 5;
if (speedx > (10-diff)*3 + 10)
{
speedx--;
}
point[x][0] = random(1,32);
point[x][1] = random(1,8);
}
}
if (supermode == 1)
{
if(coord[0][0] == 0)
{
coord[0][0] = 32;
}
if(coord[0][0] == 33)
{
coord[0][0] = 1;
}
if(coord[0][1] == 0)
{
coord[0][1] = 8;
}
if(coord[0][1] == 9)
{
coord[0][1] = 1;
}
}
mx.clear();
for (int x = 0; x < leng; x++)
{
led(coord[x][0],coord[x][1]);
}
for (int x = 0; x < 5; x++)
{
led(point[x][0],point[x][1]);
}
if (supermode == 0)
{
if (coord[0][0] == 0 || coord[0][0] == 33 || coord[0][1] == 0 || coord[0][1] == 9)
{
screens = 1;
}
}

for(int x = 1; x < leng; x++)
{
if (coord[0][0] == coord[x][0] && coord[0][1] == coord[x][1])
{
screens = 1;
}
}
}

void printNumber(long number,int place)
{
int num1 = number / 1000;
int num2 = number / 100 - num1 * 10;
int num3 = number / 10 - num1 * 100 - num2 * 10;
int num4 = number - num1 * 1000- num2 * 100 - num3 * 10;

//charachter 1
digitalWrite(aa,0);
digitalWrite(bb,0);
digitalWrite(cc,0);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
digitalWrite(dot,0);

digitalWrite(ch1,0);
digitalWrite(ch2,1);
digitalWrite(ch3,1);
digitalWrite(ch4,1);

if(place==1)
{
digitalWrite(dot,1);
}

switch(num1)
{
case 0:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,1);
digitalWrite(gg,0);
break;

case 1:
digitalWrite(aa,0);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
break;

case 2:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,0);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,0);
digitalWrite(gg,1);
break;

case 3:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,1);
break;

case 4:
digitalWrite(aa,0);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 5:
digitalWrite(aa,1);
digitalWrite(bb,0);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,0);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 6:
digitalWrite(aa,1);
digitalWrite(bb,0);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 7:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
break;

case 8:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 9:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,0);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

default:
digitalWrite(aa,0);
digitalWrite(bb,0);
digitalWrite(cc,0);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
break;
}

delay(delay1);

//charachter 2
digitalWrite(aa,0);
digitalWrite(bb,0);
digitalWrite(cc,0);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
digitalWrite(dot,0);

digitalWrite(ch1,1);
digitalWrite(ch2,0);
digitalWrite(ch3,1);
digitalWrite(ch4,1);

if(place==2)
{
digitalWrite(dot,1);
}

switch(num2)
{
case 0:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,1);
digitalWrite(gg,0);
break;

case 1:
digitalWrite(aa,0);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
break;

case 2:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,0);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,0);
digitalWrite(gg,1);
break;

case 3:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,1);
break;

case 4:
digitalWrite(aa,0);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 5:
digitalWrite(aa,1);
digitalWrite(bb,0);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,0);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 6:
digitalWrite(aa,1);
digitalWrite(bb,0);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 7:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
break;

case 8:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 9:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,0);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

default:
digitalWrite(aa,0);
digitalWrite(bb,0);
digitalWrite(cc,0);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
break;
}

delay(delay1);

//charachter 3
digitalWrite(aa,0);
digitalWrite(bb,0);
digitalWrite(cc,0);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
digitalWrite(dot,0);

digitalWrite(ch1,1);
digitalWrite(ch2,1);
digitalWrite(ch3,0);
digitalWrite(ch4,1);

if(place==3)
{
digitalWrite(dot,1);
}

switch(num3)
{
case 0:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,1);
digitalWrite(gg,0);
break;

// Dahddammm Robotics//

case 1:
digitalWrite(aa,0);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
break;

case 2:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,0);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,0);
digitalWrite(gg,1);
break;

case 3:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,1);
break;

case 4:
digitalWrite(aa,0);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 5:
digitalWrite(aa,1);
digitalWrite(bb,0);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,0);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 6:
digitalWrite(aa,1);
digitalWrite(bb,0);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 7:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
break;

case 8:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 9:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,0);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

default:
digitalWrite(aa,0);
digitalWrite(bb,0);
digitalWrite(cc,0);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
break;
}

delay(delay1);

//charachter 4
digitalWrite(dot,0);

digitalWrite(aa,0);
digitalWrite(bb,0);
digitalWrite(cc,0);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);

digitalWrite(ch1,1);
digitalWrite(ch2,1);
digitalWrite(ch3,1);
digitalWrite(ch4,0);
if(place==4)
{
digitalWrite(dot,1);
}

switch(num4)
{
case 0:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,1);
digitalWrite(gg,0);
break;

case 1:
digitalWrite(aa,0);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
break;

case 2:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,0);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,0);
digitalWrite(gg,1);
break;

case 3:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,1);
break;

case 4:
digitalWrite(aa,0);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 5:
digitalWrite(aa,1);
digitalWrite(bb,0);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,0);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 6:
digitalWrite(aa,1);
digitalWrite(bb,0);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 7:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
break;

case 8:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 9:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,0);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

default:
digitalWrite(aa,0);
digitalWrite(bb,0);
digitalWrite(cc,0);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
break;
}

// Dahddammm Robotics//

delay(delay1);
}</pre>

==sources ==
* https://create.arduino.cc/projecthub/rishab8551/arduino-snake-game-using-arduino-and-martix-6c230c
* https://www.instructables.com/8x8-Matrix-Snake-Game/

==Catégories==
Jeu
[[Catégorie:Enib2022]]

ENIB 2022 : Snake Player

2022-01-17T13:57:16Z

Mehdi : /* Code */

==photo de l'équipe==
[[Fichier:EnibSnake.png|600px]]

==Que fait ce projet ? ==

Le snakeGame est un genre de jeu vidéo dans lequel le joueur dirige un serpent qui grandit et constitue ainsi lui-même un obstacle.

==Liste des composants==

* Arduino UNO
* 8x32 Led Matrix
* Analog Joystick
* breadboard (generic)
* Jumpers
* potentiomètre

==Code==
<pre>
// Dahddammm Robotics//

#include <MD_KeySwitch.h>
#include <MD_MAX72xx.h>
#define MAX_DEVICES 5
#define CLK_PIN 13 // or SCK
#define DATA_PIN 11 // or MOSI
#define CS_PIN 10 // or SS
#define HARDWARE_TYPE MD_MAX72XX::PAROLA_HW
MD_MAX72XX mx = MD_MAX72XX(HARDWARE_TYPE,CS_PIN, MAX_DEVICES);

const int potmeter = 3;
int coord[200][2];
int leng = 1;
int prev;
int point[5][2] {{10,5},{3,1},{25,3},{15,7},{11,3}};

int ch1 = 5;
int ch2 = 8;
int ch3 = 9;
int ch4 = 4;
int aa = 6;
int bb = 19;
int cc = 2;
int dd = 1;
int ee = 0;
int ff = 7;
int gg = 3;
int dot = 25;
int delay1=3;

int blue = 12;
int green = 18;

int screens = 1;
int record;
int points;
int screenpick = 0;
int diff = 0;
int speedx;
int supermode;
int doublepoints;
long counter;

void slide()
{
for(int x = 99; x > 0; x--)
{
coord[x][0] = coord[x-1][0];
coord[x][1] = coord[x-1][1];
}
return;
}

int Joystick()
{
// 0 = up
// 1 = down
// 2 = right
// 3 = left
// 4 = nothing
// 5 = click
const int VRx = 0;
const int VRy = 1;
const int SW = 2;
if(analogRead(VRy) > 900)
{
prev = 0;
return 0;
}
if(analogRead(VRy) < 120)
{
prev = 1;
return 1;
}
if(analogRead(VRx) > 900)
{
prev = 2;
return 2;
}
if(analogRead(VRx) < 120)
{
prev = 3;
return 3;
}
if(analogRead(SW) == 0)
{
return 5;
}
return prev;
}

// Dahddammm Robotics//

void setup()
{
mx.begin();
coord[1][0] = coord[0][0] = 5;
coord[1][1] = coord[0][1] = 5;
pinMode(ch1, OUTPUT);
pinMode(ch2, OUTPUT);
pinMode(ch3, OUTPUT);
pinMode(ch4, OUTPUT);
pinMode(aa, OUTPUT);
pinMode(bb, OUTPUT);
pinMode(cc, OUTPUT);
pinMode(dd, OUTPUT);
pinMode(ee, OUTPUT);
pinMode(ff, OUTPUT);
pinMode(gg, OUTPUT);
pinMode(dot, OUTPUT);
pinMode(blue, OUTPUT);
pinMode(green, OUTPUT);
}

void led(int x, int y)
{
mx.setPoint(y-1, x-1, 1);
return;
}

void loop()
{
while(screens == 1)
{
supermode = 0;
doublepoints = 0;
digitalWrite(blue,0);
digitalWrite(green,0);
mx.clear();
if (points > record)
{
record = points;
}
coord[1][0] = coord[0][0] = 5;
coord[1][1] = coord[0][1] = 5;
while(screens == 1)
{
diff = analogRead(potmeter) / 100;
if (Joystick() == 5)
{
screens = 0;
speedx = (12-diff)*9;
screenpick = 0;
leng = 1;
points = 0;
}
if (analogRead(0) > 1000)
{
screenpick++;
if(screenpick > 2) screenpick = 0;
mx.clear();
delay(1000);
}
if (analogRead(0) < 150)
{
screenpick--;
if(screenpick < 0) screenpick = 2;
mx.clear();
delay(1000);
}
switch(screenpick)
{
case 0:
printNumber(points,0);
// E
led(30,7);
led(30,3);
led(30,4);
led(30,5);
led(30,6);
led(29,3);
led(28,3);
led(29,7);
led(28,7);
led(28,5);
led(29,5);

// N
led(21,3);
led(21,4);
led(21,5);
led(21,6);
led(21,7);
led(22,4);
led(23,5);
led(24,6);
led(25,3);
led(25,4);
led(25,5);
led(25,6);
led(25,7);

//I
led(19,3);
led(19,4);
led(19,5);
led(19,6);
led(19,7);

//B

led(14,4);

led(14,6);

led(15,3);
led(15,5);
led(15,7);

led(16,3);
led(16,5);
led(16,7);

led(17,3);
led(17,4);
led(17,5);
led(17,6);
led(17,7);

// FACE
led(1,3);
led(1,4);
led(1,5);
led(1,6);

led(2,2);
led(2,7);

led(3,1);
led(3,4);
led(3,6);
led(3,8);

led(4,1);
led(4,3);
led(4,8);

led(5,1);
led(5,3);
led(5,8);

led(6,1);
led(6,4);
led(6,6);
led(6,8);

led(7,2);
led(7,7);

led(8,3);
led(8,4);
led(8,5);
led(8,6);

break;

case 1:
printNumber(record,0);
// E
led(30,7);
led(30,3);
led(30,4);
led(30,5);
led(30,6);
led(29,3);
led(28,3);
led(29,7);
led(28,7);
led(28,5);
led(29,5);

// N
led(21,3);
led(21,4);
led(21,5);
led(21,6);
led(21,7);
led(22,4);
led(23,5);
led(24,6);
led(25,3);
led(25,4);
led(25,5);
led(25,6);
led(25,7);

//I
led(19,3);
led(19,4);
led(19,5);
led(19,6);
led(19,7);

//B

led(14,4);

led(14,6);

led(15,3);
led(15,5);
led(15,7);

led(16,3);
led(16,5);
led(16,7);

led(17,3);
led(17,4);
led(17,5);
led(17,6);
led(17,7);

// FACE
led(1,3);
led(1,4);
led(1,5);
led(1,6);

led(2,2);
led(2,7);

led(3,1);
led(3,4);
led(3,6);
led(3,8);

led(4,1);
led(4,3);
led(4,8);

led(5,1);
led(5,3);
led(5,8);

led(6,1);
led(6,4);
led(6,6);
led(6,8);

led(7,2);
led(7,7);

led(8,3);
led(8,4);
led(8,5);
led(8,6);

break;

case 2:
printNumber(diff,0);
// E
led(30,7);
led(30,3);
led(30,4);
led(30,5);
led(30,6);
led(29,3);
led(28,3);
led(29,7);
led(28,7);
led(28,5);
led(29,5);

// N
led(21,3);
led(21,4);
led(21,5);
led(21,6);
led(21,7);
led(22,4);
led(23,5);
led(24,6);
led(25,3);
led(25,4);
led(25,5);
led(25,6);
led(25,7);

//I
led(19,3);
led(19,4);
led(19,5);
led(19,6);
led(19,7);

//B

led(14,4);

led(14,6);

led(15,3);
led(15,5);
led(15,7);

led(16,3);
led(16,5);
led(16,7);

led(17,3);
led(17,4);
led(17,5);
led(17,6);
led(17,7);

// FACE
led(1,3);
led(1,4);
led(1,5);
led(1,6);

led(2,2);
led(2,7);

led(3,1);
led(3,4);
led(3,6);
led(3,8);

led(4,1);
led(4,3);
led(4,8);

led(5,1);
led(5,3);
led(5,8);

led(6,1);
led(6,4);
led(6,6);
led(6,8);

led(7,2);
led(7,7);

led(8,3);
led(8,4);
led(8,5);
led(8,6);

break;

}
}

}
for (int x = 0; x < speedx; x++)
{
printNumber(points,0);
}
slide();
counter++;
if(counter == 40)
{
supermode = 0;
doublepoints = 0;
digitalWrite(blue,0);
digitalWrite(green,0);
}
switch(Joystick())
{
case 0:
coord[0][1] = coord[1][1]+1; //y+1
break;
case 1:
coord[0][1] = coord[1][1]-1; //y-1
break;
case 2:
coord[0][0] = coord[1][0]+1; //x+1
break;
case 3:
coord[0][0] = coord[1][0]-1; //x-1
break;
}
for (int x = 0; x < 5; x++)
{
if (coord[0][0] == point[x][0] && coord[0][1] == point[x][1])
{
if (random(0,diff+1) == 0)
{
supermode = 1;
counter = 0;
digitalWrite(blue,1);
}
if (random(0,9) == 0)
{
doublepoints = 1;
counter = 0;
digitalWrite(green,1);
}
leng++;
points += 5;
if(doublepoints == 1) points += 5;
if (speedx > (10-diff)*3 + 10)
{
speedx--;
}
point[x][0] = random(1,32);
point[x][1] = random(1,8);
}
}
if (supermode == 1)
{
if(coord[0][0] == 0)
{
coord[0][0] = 32;
}
if(coord[0][0] == 33)
{
coord[0][0] = 1;
}
if(coord[0][1] == 0)
{
coord[0][1] = 8;
}
if(coord[0][1] == 9)
{
coord[0][1] = 1;
}
}
mx.clear();
for (int x = 0; x < leng; x++)
{
led(coord[x][0],coord[x][1]);
}
for (int x = 0; x < 5; x++)
{
led(point[x][0],point[x][1]);
}
if (supermode == 0)
{
if (coord[0][0] == 0 || coord[0][0] == 33 || coord[0][1] == 0 || coord[0][1] == 9)
{
screens = 1;
}
}

for(int x = 1; x < leng; x++)
{
if (coord[0][0] == coord[x][0] && coord[0][1] == coord[x][1])
{
screens = 1;
}
}
}

void printNumber(long number,int place)
{
int num1 = number / 1000;
int num2 = number / 100 - num1 * 10;
int num3 = number / 10 - num1 * 100 - num2 * 10;
int num4 = number - num1 * 1000- num2 * 100 - num3 * 10;

//charachter 1
digitalWrite(aa,0);
digitalWrite(bb,0);
digitalWrite(cc,0);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
digitalWrite(dot,0);

digitalWrite(ch1,0);
digitalWrite(ch2,1);
digitalWrite(ch3,1);
digitalWrite(ch4,1);

if(place==1)
{
digitalWrite(dot,1);
}

switch(num1)
{
case 0:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,1);
digitalWrite(gg,0);
break;

case 1:
digitalWrite(aa,0);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
break;

case 2:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,0);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,0);
digitalWrite(gg,1);
break;

case 3:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,1);
break;

case 4:
digitalWrite(aa,0);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 5:
digitalWrite(aa,1);
digitalWrite(bb,0);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,0);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 6:
digitalWrite(aa,1);
digitalWrite(bb,0);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 7:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
break;

case 8:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 9:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,0);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

default:
digitalWrite(aa,0);
digitalWrite(bb,0);
digitalWrite(cc,0);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
break;
}

delay(delay1);

//charachter 2
digitalWrite(aa,0);
digitalWrite(bb,0);
digitalWrite(cc,0);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
digitalWrite(dot,0);

digitalWrite(ch1,1);
digitalWrite(ch2,0);
digitalWrite(ch3,1);
digitalWrite(ch4,1);

if(place==2)
{
digitalWrite(dot,1);
}

switch(num2)
{
case 0:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,1);
digitalWrite(gg,0);
break;

case 1:
digitalWrite(aa,0);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
break;

case 2:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,0);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,0);
digitalWrite(gg,1);
break;

case 3:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,1);
break;

case 4:
digitalWrite(aa,0);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 5:
digitalWrite(aa,1);
digitalWrite(bb,0);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,0);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 6:
digitalWrite(aa,1);
digitalWrite(bb,0);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 7:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
break;

case 8:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 9:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,0);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

default:
digitalWrite(aa,0);
digitalWrite(bb,0);
digitalWrite(cc,0);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
break;
}

delay(delay1);

//charachter 3
digitalWrite(aa,0);
digitalWrite(bb,0);
digitalWrite(cc,0);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
digitalWrite(dot,0);

digitalWrite(ch1,1);
digitalWrite(ch2,1);
digitalWrite(ch3,0);
digitalWrite(ch4,1);

if(place==3)
{
digitalWrite(dot,1);
}

switch(num3)
{
case 0:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,1);
digitalWrite(gg,0);
break;

// Dahddammm Robotics//

case 1:
digitalWrite(aa,0);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
break;

case 2:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,0);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,0);
digitalWrite(gg,1);
break;

case 3:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,1);
break;

case 4:
digitalWrite(aa,0);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 5:
digitalWrite(aa,1);
digitalWrite(bb,0);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,0);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 6:
digitalWrite(aa,1);
digitalWrite(bb,0);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 7:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
break;

case 8:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 9:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,0);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

default:
digitalWrite(aa,0);
digitalWrite(bb,0);
digitalWrite(cc,0);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
break;
}

delay(delay1);

//charachter 4
digitalWrite(dot,0);

digitalWrite(aa,0);
digitalWrite(bb,0);
digitalWrite(cc,0);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);

digitalWrite(ch1,1);
digitalWrite(ch2,1);
digitalWrite(ch3,1);
digitalWrite(ch4,0);
if(place==4)
{
digitalWrite(dot,1);
}

switch(num4)
{
case 0:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,1);
digitalWrite(gg,0);
break;

case 1:
digitalWrite(aa,0);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
break;

case 2:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,0);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,0);
digitalWrite(gg,1);
break;

case 3:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,1);
break;

case 4:
digitalWrite(aa,0);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 5:
digitalWrite(aa,1);
digitalWrite(bb,0);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,0);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 6:
digitalWrite(aa,1);
digitalWrite(bb,0);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 7:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
break;

case 8:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,1);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

case 9:
digitalWrite(aa,1);
digitalWrite(bb,1);
digitalWrite(cc,1);
digitalWrite(dd,1);
digitalWrite(ee,0);
digitalWrite(ff,1);
digitalWrite(gg,1);
break;

default:
digitalWrite(aa,0);
digitalWrite(bb,0);
digitalWrite(cc,0);
digitalWrite(dd,0);
digitalWrite(ee,0);
digitalWrite(ff,0);
digitalWrite(gg,0);
break;
}

// Dahddammm Robotics//

delay(delay1);
}</pre>

==sources ==
* https://create.arduino.cc/projecthub/khanhhs/arduino-web-based-two-player-game-584daa?ref=platform&ref_id=424_trending__beginner_&offset=7
* html dans le wemos D1 mini : https://projetsdiy.fr/littlefs-spiffs-projet-esp8266-pio-platformio-televerser-data/
* utiliser le D1 mini avec arduino : https://www.wikidebrouillard.org/wiki/Utiliser_le_D1_mini_avec_Arduino
* gestion de plusieurs matrices de led : https://forum.arduino.cc/t/adding-multiple-max7219-dot-matrixes-to-snake-game/629949

===Des Jeux en HTML qui pourraient fonctionner sur lke D1 mini===
* https://www.w3schools.com/graphics/game_intro.asp
* https://developer.mozilla.org/en-US/docs/Games/Tutorials/2D_breakout_game_Phaser/Buttons
* https://www.instructables.com/8x8-Matrix-Snake-Game/

==Catégories==
Jeu
[[Catégorie:Enib2022]]

ENIB 2022 : Snake Player

2022-01-17T13:57:01Z

Mehdi : /* Liste des composants */

ENIB 2022 : Snake Player

2022-01-17T13:55:15Z

Mehdi : /* Que fait ce projet ? */

ENIB 2022 : Snake Player

2022-01-17T13:53:52Z

Mehdi : /* photo de l'équipe */

==photo de l'équipe==
[[Fichier:EnibSnake.png|600px]]

==Que fait ce projet ? ==

Il y a deux personnes qui jouent au jeu. chaque personne utilise deux boutons pour contrôler la direction des gardiens de but. Par conséquent, nous avons besoin de quatre boutons.
Arduino lit les états de quatre boutons. Si l'un d'entre eux est modifié, Arduino recalculera la direction de déplacement du gardien de but et enverra les valeurs de direction à PHPoC WiFi Shield. Lors de la réception des valeurs, PHPoC WiFi Shield les envoie au navigateur Web via une prise Web. La fonction JavaScript mettra à jour la direction de déplacement des gardiens de but.
Le programme JavaScript mettra continuellement à jour la position du ballon, des gardiens de but et des obstacles en fonction de leur direction et vérifiera également la collision.
La direction des gardiens est modifiée en fonction de l'état des boutons.
Notez que : PHPoC shield dispose d'un programme intégré pour transmettre les données d'Arduino au navigateur Web. Par conséquent, nous n'avons pas besoin de nous en soucier.

==Liste des composants==

* Arduino UNO
* PHPoC WIFI Shield for Arduino
* 4 boutons
*resistor 10k ohm
*breadboard (generic)
*heat shrink tube
==Code==
<pre>
ici je pose mon code documenté !
</pre>

==sources ==
* https://create.arduino.cc/projecthub/khanhhs/arduino-web-based-two-player-game-584daa?ref=platform&ref_id=424_trending__beginner_&offset=7
* html dans le wemos D1 mini : https://projetsdiy.fr/littlefs-spiffs-projet-esp8266-pio-platformio-televerser-data/
* utiliser le D1 mini avec arduino : https://www.wikidebrouillard.org/wiki/Utiliser_le_D1_mini_avec_Arduino
* gestion de plusieurs matrices de led : https://forum.arduino.cc/t/adding-multiple-max7219-dot-matrixes-to-snake-game/629949

===Des Jeux en HTML qui pourraient fonctionner sur lke D1 mini===
* https://www.w3schools.com/graphics/game_intro.asp
* https://developer.mozilla.org/en-US/docs/Games/Tutorials/2D_breakout_game_Phaser/Buttons
* https://www.instructables.com/8x8-Matrix-Snake-Game/

==Catégories==
Jeu
[[Catégorie:Enib2022]]

Fichier:EnibSnake.png

2022-01-17T13:53:24Z

Mehdi :

ENIB 2022 : Snake Player

2022-01-17T13:50:23Z

Mehdi : Mehdi a déplacé la page ENIB 2022 : Pong Player vers ENIB 2022 : Snake Player

==photo de l'équipe==
[[Fichier:Photoenib2018.jpg|600px]]

==Que fait ce projet ? ==

Il y a deux personnes qui jouent au jeu. chaque personne utilise deux boutons pour contrôler la direction des gardiens de but. Par conséquent, nous avons besoin de quatre boutons.
Arduino lit les états de quatre boutons. Si l'un d'entre eux est modifié, Arduino recalculera la direction de déplacement du gardien de but et enverra les valeurs de direction à PHPoC WiFi Shield. Lors de la réception des valeurs, PHPoC WiFi Shield les envoie au navigateur Web via une prise Web. La fonction JavaScript mettra à jour la direction de déplacement des gardiens de but.
Le programme JavaScript mettra continuellement à jour la position du ballon, des gardiens de but et des obstacles en fonction de leur direction et vérifiera également la collision.
La direction des gardiens est modifiée en fonction de l'état des boutons.
Notez que : PHPoC shield dispose d'un programme intégré pour transmettre les données d'Arduino au navigateur Web. Par conséquent, nous n'avons pas besoin de nous en soucier.

==Liste des composants==

* Arduino UNO
* PHPoC WIFI Shield for Arduino
* 4 boutons
*resistor 10k ohm
*breadboard (generic)
*heat shrink tube
==Code==
<pre>
ici je pose mon code documenté !
</pre>

==sources ==
* https://create.arduino.cc/projecthub/khanhhs/arduino-web-based-two-player-game-584daa?ref=platform&ref_id=424_trending__beginner_&offset=7
* html dans le wemos D1 mini : https://projetsdiy.fr/littlefs-spiffs-projet-esp8266-pio-platformio-televerser-data/
* utiliser le D1 mini avec arduino : https://www.wikidebrouillard.org/wiki/Utiliser_le_D1_mini_avec_Arduino
* gestion de plusieurs matrices de led : https://forum.arduino.cc/t/adding-multiple-max7219-dot-matrixes-to-snake-game/629949

===Des Jeux en HTML qui pourraient fonctionner sur lke D1 mini===
* https://www.w3schools.com/graphics/game_intro.asp
* https://developer.mozilla.org/en-US/docs/Games/Tutorials/2D_breakout_game_Phaser/Buttons
* https://www.instructables.com/8x8-Matrix-Snake-Game/

==Catégories==
Jeu
[[Catégorie:Enib2022]]

ENIB 2022 : Pong Player

2022-01-17T13:50:23Z

Mehdi : Mehdi a déplacé la page ENIB 2022 : Pong Player vers ENIB 2022 : Snake Player

#REDIRECTION [[ENIB 2022 : Snake Player]]

ENIB 2022 : Snake Player

2022-01-06T15:08:43Z

Mehdi : Page créée avec « ==photo de l'équipe== 600px ==Que fait ce projet ? == Il y a deux personnes qui jouent au jeu. chaque personne utilise deux boutons pour c... »