et le code (il vous faut la lib arduino ps2) testé sur la version 10.5 arduino (désolé ca ne passe pas non plus en fichier joint)
*************code***************
#include <ps2.h>
/*
* Pin 5 data pin PS2, pin 6 clock pin PS2
*/
PS2 mouse(6, 5);
const int AmHPin = 13;
const int AmHQPin = 12;
const int AmVPin = 11;
const int AmVQPin = 10;
const int AmB1 = 9;
const int AmB2 = 8;
const int AmB3 = 7;
void HGau() {
digitalWrite(AmHPin, HIGH);
digitalWrite(AmHQPin, HIGH);
digitalWrite(AmHPin, LOW);
digitalWrite(AmHQPin, LOW);
}
void HDrt() {
digitalWrite(AmHQPin, HIGH);
digitalWrite(AmHPin, HIGH);
digitalWrite(AmHQPin, LOW);
digitalWrite(AmHPin, LOW);
}
void Vhaut() {
digitalWrite(AmVPin, HIGH);
digitalWrite(AmVQPin, HIGH);
digitalWrite(AmVPin, LOW);
digitalWrite(AmVQPin, LOW);
}
void Vbas() {
digitalWrite(AmVQPin, HIGH);
digitalWrite(AmVPin, HIGH);
digitalWrite(AmVQPin, LOW);
digitalWrite(AmVPin, LOW);
}
void mouse_init()
{
mouse.write(0xff);
mouse.read();
mouse.read();
mouse.read();
mouse.write(0xf0);
mouse.read();
}
void setup()
{
pinMode(AmHPin, OUTPUT);
pinMode(AmHQPin, OUTPUT);
pinMode(AmVPin, OUTPUT);
pinMode(AmVQPin, OUTPUT);
pinMode(AmB1, OUTPUT);
pinMode(AmB2, OUTPUT);
pinMode(AmB3, OUTPUT);
// Serial.begin(9600);
// Serial.print(« mikeeeeee »);
mouse_init();
}
void loop()
{
char mstat;
char mx;
char my;
mouse.write(0xeb);
mouse.read();
mstat = mouse.read();
mx = mouse.read();
my = mouse.read();
// Serial.print(mstat);
// Serial.print(« \tX= »);
// Serial.print(mx, DEC);
// Serial.print(« \tY= »);
// Serial.print(my, DEC);
// Serial.println();
// delay(20); /* twiddle */
if (mx < 0) {
HDrt();
//Serial.print(« mike horiz droit »);
}
if (mx > 0) {
HGau();
//Serial.print(« mike horiz gauche »);
}
if (my < 0) {
Vhaut();
//Serial.print(« mike vert haut »);
}
if (my > 0) {
Vbas();
//Serial.print(« mike vertical bas »);
}
if(mstat == 8) {
digitalWrite (AmB1, HIGH);
digitalWrite (AmB2, HIGH);
digitalWrite (AmB3, HIGH);
// Serial.print(« MIKEEEE 000 »);
}
if(mstat == 9) {
digitalWrite (AmB1, LOW);
digitalWrite (AmB2, HIGH);
digitalWrite (AmB3, HIGH);
// Serial.print(« MIKEEEE 100 »);
}
if(mstat == 12) {
digitalWrite (AmB1, HIGH);
digitalWrite (AmB2, HIGH);
digitalWrite (AmB3, LOW);
// Serial.print(« MIKEEEE 010 »);
}
if(mstat == 10) {
digitalWrite (AmB1, HIGH);
digitalWrite (AmB2, LOW);
digitalWrite (AmB3, HIGH);
// Serial.print(« MIKEEEE 001 »);
}
if(mstat == 13) {
digitalWrite (AmB1, LOW);
digitalWrite (AmB2, HIGH);
digitalWrite (AmB3, LOW);
// Serial.print(« MIKEEEE 110 »);
}
if(mstat == 11) {
digitalWrite (AmB1, LOW);
digitalWrite (AmB2, LOW);
digitalWrite (AmB3, HIGH);
// Serial.print(« MIKEEEE 101 »);
}
if(mstat == 14) {
digitalWrite (AmB1, HIGH);
digitalWrite (AmB2, LOW);
digitalWrite (AmB3, LOW);
// Serial.print(« MIKEEEE 011 »);
}
if(mstat == 15) {
digitalWrite (AmB1, LOW);
digitalWrite (AmB2, LOW);
digitalWrite (AmB3, LOW);
// Serial.print(« MIKEEEE 111 »);
}
//Serial.println();
}
