Ghostbusters France

protongamer a écrit :Bon j'ai fait les modifications nécessaires, mais je n'ai pas testé, dis moi si ça fonctionne.

Alors sache que la librairie utilisé c'est celle-ci :
https://github.com/DFRobot/DFPlayer-Mini-mp3" target="_blank" target="_blank" target="_blank

Pour les sons, si tu as bien compris, il faut les mettre dans un dossier nommé mp3 qui est dans la microSD. Je t'ai préparé deux trois sons:
https://1drv.ms/u/s!Am3L_puKoAG8gQODunq ... Y?e=B02G1l" target="_blank" target="_blank

Pour le câblage, il faut relier le RX du mp3 au TX de l'arduino avec une résistance de 1k. A brancher une fois le code téléversé, si jamais tu veut retéléverser, débrancher la connectique entre le RX TX.

Code : Tout sélectionner

#include <SoftwareSerial.h>
#include <DFPlayer_Mini_Mp3.h>

//Programme kit lumière par ProtonGamer V1.1

//Nombre maximum de musiques
#define MAX_TRACKS  1

//Paramètres
static char animcyclotron=4;    //Vous pouvez modifier l'animation du cyclotron [1-2-3-4]
static char ledwanim=2;         //Vous pouvez mofifier l'animation de la led blanche(1-2) ou la désactiver(0), qui sera remplacé par les deux autres leds en mode (1)[0-1-2]
static char ledrbanim=3;        //Vous pouvez modifier l'animation des leds rouge et bleu(1-2-3) ou la désactiver(0), qui sera remplacé par la led blanche en mode(1)[0-1-2-3]
static char bargraphgunanim=1;  //Vous pouvez modifier l'animation du bargraph du wand[1-2-3]
boolean activeov=0;             //Ceci vous permet d'activer la surchauffe du proton pack[0-1]
unsigned char overheat=17;      //Ceci est le réglage de la surchauffe si elle est activé [1-17]
//fin des paramètres

//Sorties pour le Powercell
const char ledp1=A0, ledp2=A1, ledp3=A2, ledp4=A3, ledp5=A4, ledp6=A5, ledp7=A6, ledp8=A7,
ledp9=A8, ledp10=A9, ledp11=A10, ledp12=A11, ledp13=A12, ledp14=A13, ledp15=A14;
//Sorties pour le bargraphe
const char ledb1=28, ledb2=29, ledb3=30, ledb4=31, ledb5=32, ledb6=33, ledb7=34, ledb8=35,
ledb9=36, ledb10=37, ledb11=38, ledb12=39, ledb13=40, ledb14=41, ledb15=42;
//Sorties pour le cyclotron
const char l1=2, l2=3, l3=4, l4=5;
//Sortie du potentiomètre pour le réglage de la vitesse
const char potar_v=A15;
//Sortie de l'activation des lumières
const char sw1=14;
//Activation du SloBlo
const char sw2=15;
//Activation du tir
const char button1=16;
//Rafraichissement du Proton Pack
const char button2=17;
//Sortie des leds du gun
const char ledr=13, ledb=6, ledw=12;
//Voyant du wand
const char ledblinkl=22, ledblinkf=23, ledsloblo=24, ledact1=25, ledact2=26, ledact3=27;

//Ne pas modifier sauf pour les connaisseurs :)
char ledp=0;
char ledbs=0;
boolean decov=0;
char ledba=0;
int val=0;
boolean s1=0;
int brightness=0;
int brightness2=0;
int brightness3=0;
int brightness4=0;
int brightnessledw=0;
int brightnessledr=0;
int brightnessledb=0;
int overheatSequenceDelay = 0;
char blinkledw=0;
char blinkledr=0;
char blinkledb=0;
char lds=0;
int readov=0;
static char ls=1;
int etatcommand=0;
const char overPin = 2;
const char relaisPin = 3;
byte track = 0;
bool alreadyTrack = 0;
byte boot = 0;
byte fire_state = 0;



void setup() {

  Serial.begin (9600);
  mp3_set_serial (Serial);  //set Serial for DFPlayer-mini mp3 module 
  mp3_set_volume (15);
  
  brightness4=255;
pinMode(ledp1,OUTPUT);
pinMode(ledp2,OUTPUT);
pinMode(ledp3,OUTPUT);
pinMode(ledp4,OUTPUT);
pinMode(ledp5,OUTPUT);
pinMode(ledp6,OUTPUT);
pinMode(ledp7,OUTPUT);
pinMode(ledp8,OUTPUT);
pinMode(ledp9,OUTPUT);
pinMode(ledp10,OUTPUT);
pinMode(ledp11,OUTPUT);
pinMode(ledp12,OUTPUT);
pinMode(ledp13,OUTPUT);
pinMode(ledp14,OUTPUT);
pinMode(ledp15,OUTPUT);
pinMode(l1,OUTPUT);
pinMode(l2,OUTPUT);
pinMode(l3,OUTPUT);
pinMode(l4,OUTPUT);
pinMode(ledr,OUTPUT);
pinMode(ledb,OUTPUT);
pinMode(ledw,OUTPUT);
pinMode(sw1,INPUT);
pinMode(sw2,INPUT);
pinMode(ledblinkl,OUTPUT);
pinMode(ledblinkf,OUTPUT);
pinMode(ledsloblo,OUTPUT);
pinMode(ledact1,OUTPUT);
pinMode(ledact2,OUTPUT);
pinMode(ledact3,OUTPUT);
pinMode(ledb1,OUTPUT);
pinMode(ledb2,OUTPUT);
pinMode(ledb3,OUTPUT);
pinMode(ledb4,OUTPUT);
pinMode(ledb5,OUTPUT);
pinMode(ledb6,OUTPUT);
pinMode(ledb7,OUTPUT);
pinMode(ledb8,OUTPUT);
pinMode(ledb9,OUTPUT);
pinMode(ledb10,OUTPUT);
pinMode(ledb11,OUTPUT);
pinMode(ledb12,OUTPUT);
pinMode(ledb13,OUTPUT);
pinMode(ledb14,OUTPUT);
pinMode(ledb15,OUTPUT);
pinMode(button2,INPUT);
pinMode(overPin,OUTPUT);
pinMode(relaisPin,OUTPUT);
if(ledrbanim==3){
  brightnessledb=250;}
  
}

void loop() {


if(boot == 0 && digitalRead(button2) == 0 && alreadyTrack == 1){

mp3_play(8+track);//play soundtrack

track++;

if(track >= MAX_TRACKS){
  track = 0;
}
alreadyTrack = 0;

}

if(boot == 0 && digitalRead(button2) == 1){
  alreadyTrack = 1;
}
  
  if(digitalRead(sw1)==HIGH){
alreadyTrack = 0;
    if(boot == 0){
      mp3_play(1); //play boot sound
      boot = 1;
    }
    
    val = analogRead(potar_v);
    digitalWrite(ledact1,HIGH);
    digitalWrite(ledact2,HIGH);
    digitalWrite(ledact3,HIGH);
    if(digitalRead(sw2)==LOW){
      digitalWrite(ledsloblo,1);}else{
        digitalWrite(ledsloblo,0);}
powercell(etatcommand);
if(digitalRead(button1)==HIGH){
  if(fire_state == 0){
    mp3_play(3); //play fire sound
    fire_state = 1;
  }
  if(s1==0){
  ledbs=0;
    digitalWrite(ledb1,LOW);
  digitalWrite(ledb2,LOW);
  digitalWrite(ledb3,LOW);
  digitalWrite(ledb4,LOW);
  digitalWrite(ledb5,LOW);
  digitalWrite(ledb6,LOW);
  digitalWrite(ledb7,LOW);
  digitalWrite(ledb8,LOW);
  digitalWrite(ledb9,LOW);
  digitalWrite(ledb10,LOW);
  digitalWrite(ledb11,LOW);
  digitalWrite(ledb12,LOW);
  digitalWrite(ledb13,LOW);
  digitalWrite(ledb14,LOW);
  digitalWrite(ledb15,LOW);}
if(digitalRead(sw2)==LOW){
  if(bargraphgunanim==1){
  bargraphgunanim2(etatcommand);}
  if(bargraphgunanim==2){
  bargraphgunanim3(etatcommand);}
  if(bargraphgunanim==3){
  bargraphgunanim4(etatcommand);}}
}
if(digitalRead(button2)==HIGH && decov == 0){
  mp3_play(7); //play lite cooling
  decov=1;}
  if(decov==1){
    readov-=4;}   

if(animcyclotron == 1){
cyclotron1(etatcommand);}
if(animcyclotron == 2){
cyclotron2(etatcommand);}
if(animcyclotron == 3){
cyclotron3(etatcommand);}
if(animcyclotron == 4){
cyclotron4(etatcommand);}
if(digitalRead(button1)==HIGH){
  if(activeov==1 && digitalRead(sw2)==HIGH){
    bargraphgunov(etatcommand);
  if(readov>overheat*15){
(overheat*15)+1;}else{
readov++;}}
if(activeov==0 && digitalRead(sw2)==HIGH){
  bargraphgunanim2(etatcommand);
  }
if(readov<overheat*15){
ledsgun(etatcommand);}
if(readov>overheat*15){
  digitalWrite(ledw,0);
  digitalWrite(ledb,0);
  digitalWrite(ledr,0);
  mp3_play(5);//play overheat sound
  while(overheatSequenceDelay < 4900){//overheat sequence
    for(int i = A0; i <= A14; i++){
      static int j;
      j = random(0,1000);
      if(j < 500){
         digitalWrite(i,0);
      }

      if(j >= 500){
         digitalWrite(i,1);
      }
    }

    for(int i = ledb1; i <= ledb15; i++){
      static int j;
      j = random(0,1000);
      if(j < 500){
         digitalWrite(i,0);
      }

      if(j >= 500){
         digitalWrite(i,1);
      }
    }

    for(int i = ledblinkl; i <= ledact3; i++){
      static int j;
      j = random(0,1000);
      if(j < 500){
         digitalWrite(i,0);
      }

      if(j >= 500){
         digitalWrite(i,1);
      }
    }
    
    for(int i = l1; i <= l4; i++){
      static int j;
      j = random(0,1000);
      if(j < 500){
         digitalWrite(i,0);
      }

      if(j >= 500){
         digitalWrite(i,1);
      }
    }
    
    overheatSequenceDelay++;
    delay(1); //1ms base
  }
    coolingSequence(); //cooling sequence ---> Relay activated, sound, all leds off
  }

s1=1;}
if(digitalRead(button1)==LOW){
  if(fire_state == 1){
    mp3_play(4); //play fire ended
    fire_state = 0;
  }
  digitalWrite(ledw,LOW);
  digitalWrite(ledr,LOW);
  digitalWrite(ledb,LOW);
  if(ledbs>0){
    if(s1==1){    
  ledbs=0;
  s1=0;}}
  if(readov>0){
readov--;}
if(readov<=0){
  readov=0;
  decov=0;}
if(activeov==0){
bargraphgunanim1(etatcommand);}
if(activeov==1){
if(readov>0){
bargraphgunov(etatcommand);}
if(readov<=0){
bargraphgunanim1(etatcommand);}
}
}
ledp++;
ledbs++;
delay(val);
}else{
  ledp=16;
  ls=0;
  lds=1;
  ledbs=1;
  readov=0;
  brightnessledr=0;
  brightnessledw=0;
  brightnessledb=0;
  brightness=0;
  brightness2=0;
  brightness3=0;
  brightness4=255;
  blinkledr=0;
  blinkledw=0;
  blinkledb=0;
  digitalWrite(l1,LOW);
  digitalWrite(l2,LOW);
  digitalWrite(l3,LOW);
  digitalWrite(l4,LOW);
  digitalWrite(ledp1,LOW);
  digitalWrite(ledp2,LOW);
  digitalWrite(ledp3,LOW);
  digitalWrite(ledp4,LOW);
  digitalWrite(ledp5,LOW);
  digitalWrite(ledp6,LOW);
  digitalWrite(ledp7,LOW);
  digitalWrite(ledp8,LOW);
  digitalWrite(ledp9,LOW);
  digitalWrite(ledp10,LOW);
  digitalWrite(ledp11,LOW);
  digitalWrite(ledp12,LOW);
  digitalWrite(ledp13,LOW);
  digitalWrite(ledp14,LOW);
  digitalWrite(ledp15,LOW);
  digitalWrite(ledb1,LOW);
  digitalWrite(ledb2,LOW);
  digitalWrite(ledb3,LOW);
  digitalWrite(ledb4,LOW);
  digitalWrite(ledb5,LOW);
  digitalWrite(ledb6,LOW);
  digitalWrite(ledb7,LOW);
  digitalWrite(ledb8,LOW);
  digitalWrite(ledb9,LOW);
  digitalWrite(ledb10,LOW);
  digitalWrite(ledb11,LOW);
  digitalWrite(ledb12,LOW);
  digitalWrite(ledb13,LOW);
  digitalWrite(ledb14,LOW);
  digitalWrite(ledb15,LOW);
  digitalWrite(ledb,LOW);
  digitalWrite(ledw,LOW);
  digitalWrite(ledr,LOW);
  digitalWrite(ledblinkl,LOW);
  digitalWrite(ledblinkf,LOW);
  digitalWrite(ledsloblo,LOW);
  digitalWrite(ledact1,LOW);
  digitalWrite(ledact2,LOW);
  digitalWrite(ledact3,LOW);
if(boot == 1){
      mp3_play(2); //play off sequence
      boot = 0;
    }
}
}


void powercell(unsigned long animavar){
    if(ledp==1){
    digitalWrite(ledp1,HIGH);}
    if(ledp==2){
    digitalWrite(ledp2,HIGH);}
    if(ledp==3){
    digitalWrite(ledp3,HIGH);}
    if(ledp==4){
    digitalWrite(ledblinkf,LOW);
    digitalWrite(ledp4,HIGH);}
    if(ledp==5){
    digitalWrite(ledp5,HIGH);}
    if(ledp==6){
    digitalWrite(ledp6,HIGH);}
    if(ledp==7){
    digitalWrite(ledp7,HIGH);}
    if(ledp==8){
    digitalWrite(ledp8,HIGH);
    digitalWrite(ledblinkf,HIGH);
    digitalWrite(ledblinkl,HIGH);}
    if(ledp==9){
    digitalWrite(ledp9,HIGH);}
    if(ledp==10){
    digitalWrite(ledp10,HIGH);}
    if(ledp==11){
    digitalWrite(ledp11,HIGH);}
    if(ledp==12){
    digitalWrite(ledp12,HIGH);
    digitalWrite(ledblinkf,LOW);}
    if(ledp==13){
    digitalWrite(ledp13,HIGH);}
    if(ledp==14){
    digitalWrite(ledp14,HIGH);}
    if(ledp==15){
    digitalWrite(ledp15,HIGH);
    digitalWrite(ledblinkf,HIGH);
    digitalWrite(ledblinkl,LOW);}
    if(ledp>15){
      digitalWrite(ledp1,LOW);
      digitalWrite(ledp2,LOW);
      digitalWrite(ledp3,LOW);
      digitalWrite(ledp4,LOW);
      digitalWrite(ledp5,LOW);
      digitalWrite(ledp6,LOW);
      digitalWrite(ledp7,LOW);
      digitalWrite(ledp8,LOW);
      digitalWrite(ledp9,LOW);
      digitalWrite(ledp10,LOW);
      digitalWrite(ledp11,LOW);
      digitalWrite(ledp12,LOW);
      digitalWrite(ledp13,LOW);
      digitalWrite(ledp14,LOW);
      digitalWrite(ledp15,LOW);
      ledp=0;}
  }
  void cyclotron1(unsigned long animavar){
    if(ls==0){
      ls++;}
    if(ls==1){
  brightness4-=5;
  brightness+=5;
  analogWrite(l1,brightness);
  analogWrite(l4,brightness4);
  if(brightness>=255){
    ls++;
    brightness4=0;}}
if(ls==2){
  brightness-=5;
  brightness2+=5;
  analogWrite(l1,brightness);
  analogWrite(l2,brightness2);
  if(brightness2>=255){
    ls++;
   brightness=0;}}
if(ls==3){
  brightness3+=5;
  brightness2-=5;
  analogWrite(l2,brightness2);
  analogWrite(l3,brightness3);
  if(brightness3>=255){
    ls++;
    brightness2=0;}}
if(ls==4){
  brightness3-=5;
  brightness4+=5;
  analogWrite(l3,brightness3);
  analogWrite(l4,brightness4);
  if(brightness4>=255){
    ls++;
    brightness3=0;}}
    if(ls>4){
      ls=1;}}
      
      void cyclotron2(unsigned long animavar){
          if(ls==0){
      ls++;}
        if(ls==1){
          brightness4-=5;
          analogWrite(l4,brightness4);
          if(brightness4<=0){
            ls++;
            brightness4=0;}}
            if(ls==2){
              brightness+=5;
              analogWrite(l1,brightness);
              if(brightness>255){
                ls++;}}
                if(ls==3){
              brightness-=5;
              analogWrite(l1,brightness);
              if(brightness<0){
                ls++;
                digitalWrite(l1,LOW);}}
                if(ls==4){
              brightness2+=5;
              analogWrite(l2,brightness2);
              if(brightness2>255){
                ls++;}}
                if(ls==5){
              brightness2-=5;
              analogWrite(l2,brightness2);
              if(brightness2<0){
                ls++;
                digitalWrite(l2,LOW);}}
                if(ls==6){
              brightness3+=5;
              analogWrite(l3,brightness3);
              if(brightness3>255){
                ls++;
                }}
                if(ls==7){
              brightness3-=5;
              analogWrite(l3,brightness3);
              if(brightness3<0){
                ls++;
                digitalWrite(l3,LOW);}}
                if(ls==8){
              brightness4+=5;
              analogWrite(l4,brightness4);
              if(brightness4>254){
                ls++;}}
                if(ls>8){
                  ls=1;}
              }
        void cyclotron3(unsigned long animavar){
            if(ls==0){
      ls++;}
          if(ls==1){
            brightness4-=15;
            brightness=255;
            analogWrite(l4,brightness4);
            analogWrite(l1,brightness);
            if(brightness4<=0){
              ls++;}}
              if(ls==2){
                brightness-=15;
                brightness2=255;
                analogWrite(l1,brightness);
                analogWrite(l2,brightness2);
                if(brightness<=0){
                  ls++;}}
                  if(ls==3){
                    brightness2-=15;
                    brightness3=255;
                    analogWrite(l2,brightness2);
                    analogWrite(l3,brightness3);
                    if(brightness2<=0){
                      ls++;}}
                      if(ls==4){
                        brightness3-=15;
                        brightness4=255;
                        analogWrite(l3,brightness3);
                        analogWrite(l4,brightness4);
                        if(brightness3<=0){
                          ls++;}
                          }
                          if(ls>4){
                            ls=1;}}
                  
                  void cyclotron4(unsigned long animavar){
                      if(ls==0){
      ls++;}
                    if(digitalRead(ledp1)==LOW){
                      ls++;}
                    if(ls==1){
                      digitalWrite(l3,LOW);
                      digitalWrite(l4,HIGH);
                    }
                    
                    if(ls==2){
                      digitalWrite(l4,LOW);
                      digitalWrite(l1,HIGH);
                      }                        
                     if(ls==3){
                       digitalWrite(l1,LOW);
                       digitalWrite(l2,HIGH);
                     }                      
                       if(ls==4){
                         digitalWrite(l2,LOW);
                         digitalWrite(l3,HIGH);
                         }
                         if(ls>4){
                           ls=1;}
                             }
                     
                     void ledsgun(unsigned long animavar){
                       if(digitalRead(sw2)==HIGH){
                         if(brightnessledr!=0 && ledwanim!=0 || ledwanim!=0 || ledwanim!=0 && brightnessledr!=0 && ledrbanim==3){
                           brightnessledr=0;
                           brightnessledb=0;
                        digitalWrite(ledr,LOW);
                        digitalWrite(ledb,LOW);}
 
                       if(ledwanim==0 && digitalRead(button1)==HIGH){
                         if(lds==0){
                           if(val<4){
                         brightnessledr+=5;
                         blinkledb++;}
                     else{    
                         brightnessledr+=10;
                         blinkledb++;}
                         analogWrite(ledr, brightnessledr);
                         if(blinkledb==1){
                           digitalWrite(ledb,HIGH);
                           }else{
                             digitalWrite(ledb,LOW);
                             if(blinkledb==2){
                               blinkledb=0;}
                               if(brightnessledr>=250){
                                 lds=1;}}}
                                 
                                 if(lds==1){
                                   if(val<4){
                         brightnessledr-=5;
                         blinkledb++;}else{
                         brightnessledr-=10;
                         blinkledb++;}
                         analogWrite(ledr, brightnessledr);
                         if(blinkledb==1){
                           digitalWrite(ledb,HIGH);
                           }else{
                             digitalWrite(ledb,LOW);
                             if(blinkledb==2){
                               blinkledb=0;}
                               if(brightnessledr<=0){
                                 lds=0;}}}
                                 }
                                 
                                 if(ledwanim==1 && digitalRead(button1)==HIGH){
                                   if(blinkledw==0){
                                     digitalWrite(ledw,HIGH);
                                     blinkledw++;
                                    }
                                     else{
                                       digitalWrite(ledw,LOW);
                                       blinkledw++;
                                       }
                                       if(blinkledw==2){
                                         blinkledw=0;}
                                       
                                 }
                                 
                                 if(ledwanim==2 && digitalRead(button1)==HIGH){
                                   if(lds==0){
                                     brightnessledw+=20;
                                     analogWrite(ledw, brightnessledw);
                                     if(brightnessledw>250){
                                       lds=1;}}
                                       if(lds==1){
                                     brightnessledw-=20;
                                     analogWrite(ledw, brightnessledw);
                                     if(brightnessledw<=0){
                                       lds=0;}}
                                       }
                                       
                                       }
                                       
                                       else{
                                         if(brightnessledw!=0 && ledrbanim!=0 || ledrbanim!=0){
                                           brightnessledw=0;
                                         analogWrite(ledw, brightnessledw);
                                         digitalWrite(ledw,LOW);}
                                         if(ledrbanim==0){
                                               if(blinkledw==0){
                                     digitalWrite(ledw,HIGH);
                                     blinkledw++;
                                    }
                                     else{
                                       digitalWrite(ledw,LOW);
                                       blinkledw++;
                                       }
                                       if(blinkledw==2){
                                         blinkledw=0;}
                                       }
                                       
                                       if(ledrbanim==1 && digitalRead(button1)==HIGH){
                                     if(blinkledr==0){
                                       digitalWrite(ledr,LOW);
                                     blinkledr++;}
                                     
                                     else{
                                       digitalWrite(ledr,HIGH);
                                     blinkledr++;}
                                     
                                     if(blinkledr>1 && digitalRead(button1)==HIGH){
                                    blinkledr=0;}
                                    if(blinkledb==0){
                                      digitalWrite(ledb,LOW);
                                    blinkledb++;}else{
                                        digitalWrite(ledb,HIGH);
                                      blinkledb++;}
                                      if(blinkledb==3){
                                        blinkledb=0;}
                                        
                                      
                                 }
                                 
                                 if(ledrbanim==2 && digitalRead(button1)==HIGH){
                                    if(lds==0){
                         brightnessledr+=10;
                         blinkledb++;}
                        analogWrite(ledr, brightnessledr);
                         if(blinkledb==1){
                           digitalWrite(ledb,HIGH);
                           }else{
                             digitalWrite(ledb,LOW);
                             if(blinkledb==2){
                               blinkledb=0;}
                               if(brightnessledr>=250){
                                 lds=1;}}
                                 
                                 if(lds==1){
                         brightnessledr-=10;
                         blinkledb++;
                         analogWrite(ledr, brightnessledr);
                         if(blinkledb==1){
                           digitalWrite(ledb,HIGH);
                           }else{
                             digitalWrite(ledb,LOW);
                             if(blinkledb==2){
                               blinkledb=0;}
                               if(brightnessledr<=0){
                                 lds=0;}}}
                                 }
                                 }
                                 if(ledrbanim==3 && digitalRead(sw2)==LOW){
                                   if(lds==0){
                                     brightnessledb-=20;
                                     brightnessledr+=20;
                                     analogWrite(ledr, brightnessledr);
                                     analogWrite(ledb, brightnessledb);
                                     if(brightnessledr>250){
                                       lds=1;}}
                                       if(lds==1){
                                     brightnessledr-=20;
                                     brightnessledb+=20;
                                     analogWrite(ledr, brightnessledr);
                                     analogWrite(ledb, brightnessledb);
                                     if(brightnessledr<=0){
                                       lds=0;}}
                                       
                                     }
                                }     
     
     void bargraphgunanim1(unsigned long anivar){
       
       if(ledbs==1){
digitalWrite(ledb1,1);
      digitalWrite(ledb2,LOW);
      digitalWrite(ledb3,LOW);
      digitalWrite(ledb4,LOW);
      digitalWrite(ledb5,LOW);
      digitalWrite(ledb6,LOW);
      digitalWrite(ledb7,LOW);
      digitalWrite(ledb8,LOW);
      digitalWrite(ledb9,LOW);
      digitalWrite(ledb10,LOW);
      digitalWrite(ledb11,LOW);
      digitalWrite(ledb12,LOW);
      digitalWrite(ledb13,LOW);
      digitalWrite(ledb14,LOW);
      digitalWrite(ledb15,LOW);}
if(ledbs==2){
digitalWrite(ledb2,1);}
if(ledbs==3){
digitalWrite(ledb3,1);}
if(ledbs==4){
digitalWrite(ledb4,1);}
if(ledbs==5){
digitalWrite(ledb5,1);}
if(ledbs==6){
digitalWrite(ledb6,1);}
if(ledbs==7){
digitalWrite(ledb7,1);}
if(ledbs==8){
digitalWrite(ledb8,1);}
if(ledbs==9){
digitalWrite(ledb9,1);}
if(ledbs==10){
digitalWrite(ledb10,1);}
if(ledbs==11){
digitalWrite(ledb11,1);}
if(ledbs==12){
digitalWrite(ledb12,1);}
if(ledbs==13){
digitalWrite(ledb13,1);}
if(ledbs==14){
digitalWrite(ledb14,1);}
if(ledbs==15){
digitalWrite(ledb15,1);}
if(ledbs==16){
digitalWrite(ledb15,0);}
if(ledbs==17){
digitalWrite(ledb14,0);}
if(ledbs==18){
digitalWrite(ledb13,0);}
if(ledbs==19){
digitalWrite(ledb12,0);}
if(ledbs==20){
digitalWrite(ledb11,0);}
if(ledbs==21){
digitalWrite(ledb10,0);}
if(ledbs==22){
digitalWrite(ledb9,0);}
if(ledbs==23){
digitalWrite(ledb8,0);}
if(ledbs==24){
digitalWrite(ledb7,0);}
if(ledbs==25){
digitalWrite(ledb6,0);}
if(ledbs==26){
digitalWrite(ledb5,0);}
if(ledbs==27){
digitalWrite(ledb4,0);}
if(ledbs==28){
digitalWrite(ledb3,0);}
if(ledbs==29){
digitalWrite(ledb2,0);}
if(ledbs==30){
digitalWrite(ledb1,0);
digitalWrite(ledb1,LOW);
      digitalWrite(ledb2,LOW);
      digitalWrite(ledb3,LOW);
      digitalWrite(ledb4,LOW);
      digitalWrite(ledb5,LOW);
      digitalWrite(ledb6,LOW);
      digitalWrite(ledb7,LOW);
      digitalWrite(ledb8,LOW);
      digitalWrite(ledb9,LOW);
      digitalWrite(ledb10,LOW);
      digitalWrite(ledb11,LOW);
      digitalWrite(ledb12,LOW);
      digitalWrite(ledb13,LOW);
      digitalWrite(ledb14,LOW);
      digitalWrite(ledb15,LOW);
ledbs=0;}
                                   
     }
     
   void bargraphgunanim2(unsigned long anivar){
     if(ledbs==1){
       digitalWrite(ledb1,1);
       digitalWrite(ledb15,1);
      digitalWrite(ledb2,LOW);
      digitalWrite(ledb3,LOW);
      digitalWrite(ledb4,LOW);
      digitalWrite(ledb5,LOW);
      digitalWrite(ledb6,LOW);
      digitalWrite(ledb7,LOW);
      digitalWrite(ledb8,LOW);
      digitalWrite(ledb9,LOW);
      digitalWrite(ledb10,LOW);
      digitalWrite(ledb11,LOW);
      digitalWrite(ledb12,LOW);
      digitalWrite(ledb13,LOW);
      digitalWrite(ledb14,LOW);
       }
       if(ledbs==2){
       digitalWrite(ledb2,1);
       digitalWrite(ledb14,1);
       }
       if(ledbs==3){
       digitalWrite(ledb3,1);
       digitalWrite(ledb13,1);
       }       
       if(ledbs==4){
       digitalWrite(ledb4,1);
       digitalWrite(ledb12,1);
       }                          
       if(ledbs==5){
       digitalWrite(ledb5,1);
       digitalWrite(ledb11,1);
       }                          
       if(ledbs==6){
       digitalWrite(ledb6,1);
       digitalWrite(ledb10,1);
       digitalWrite(ledb1,0);
       digitalWrite(ledb15,0);
     }
       if(ledbs==7){
       digitalWrite(ledb7,1);
       digitalWrite(ledb9,1);
       digitalWrite(ledb2,0);
       digitalWrite(ledb14,0);
       }
       if(ledbs==8){
       digitalWrite(ledb8,1);
       digitalWrite(ledb3,0);
       digitalWrite(ledb13,0);
       }
       if(ledbs==9){
       digitalWrite(ledb4,0);
       digitalWrite(ledb12,0);
       }
       if(ledbs==10){
       digitalWrite(ledb5,0);
       digitalWrite(ledb11,0);
       }
       if(ledbs==11){
       digitalWrite(ledb6,0);
       digitalWrite(ledb10,0);
       }                  
       if(ledbs==12){
       digitalWrite(ledb7,0);
       digitalWrite(ledb9,0);
       }
       if(ledbs==13){
       digitalWrite(ledb8,0);
       ledbs=0;
       }
       
}       

   void bargraphgunanim3(unsigned long anivar){
     if(ledbs==1){
       digitalWrite(ledb1,1);
       digitalWrite(ledb2,1);
       digitalWrite(ledb3,1);
       digitalWrite(ledb4,1);
       digitalWrite(ledb12,1);
       digitalWrite(ledb13,1);
       digitalWrite(ledb14,1);
       digitalWrite(ledb15,1);
      digitalWrite(ledb5,LOW);
      digitalWrite(ledb6,LOW);
      digitalWrite(ledb7,LOW);
      digitalWrite(ledb8,LOW);
      digitalWrite(ledb9,LOW);
      digitalWrite(ledb10,LOW);
      digitalWrite(ledb11,LOW);
       }
       if(ledbs==3){
       digitalWrite(ledb1,0);
       digitalWrite(ledb2,1);
       digitalWrite(ledb3,1);
       digitalWrite(ledb4,1);
       digitalWrite(ledb5,1);
       digitalWrite(ledb11,1);
       digitalWrite(ledb12,1);
       digitalWrite(ledb13,1);
       digitalWrite(ledb14,1);
       digitalWrite(ledb15,0);
       }
       if(ledbs==5){
       digitalWrite(ledb2,0);
       digitalWrite(ledb3,1);
       digitalWrite(ledb4,1);
       digitalWrite(ledb5,1);
       digitalWrite(ledb6,1);
       digitalWrite(ledb10,1);
       digitalWrite(ledb11,1);
       digitalWrite(ledb12,1);
       digitalWrite(ledb13,1);
       digitalWrite(ledb14,0);
       }
       if(ledbs==7){
       digitalWrite(ledb3,0);
       digitalWrite(ledb4,1);
       digitalWrite(ledb5,1);
       digitalWrite(ledb6,1);
       digitalWrite(ledb7,1);
       digitalWrite(ledb9,1);
       digitalWrite(ledb10,1);
       digitalWrite(ledb11,1);
       digitalWrite(ledb12,1);
       digitalWrite(ledb13,0);
       }
       if(ledbs==9){
       digitalWrite(ledb4,0);
       digitalWrite(ledb5,1);
       digitalWrite(ledb6,1);
       digitalWrite(ledb7,1);
       digitalWrite(ledb8,1);
       digitalWrite(ledb9,1);
       digitalWrite(ledb10,1);
       digitalWrite(ledb11,1);
       digitalWrite(ledb12,0);
       }
       if(ledbs==11){
       digitalWrite(ledb4,1);
       digitalWrite(ledb5,1);
       digitalWrite(ledb6,1);
       digitalWrite(ledb7,1);
       digitalWrite(ledb8,0);
       digitalWrite(ledb9,1);
       digitalWrite(ledb10,1);
       digitalWrite(ledb11,1);
       digitalWrite(ledb12,1);
       }
       if(ledbs==13){
       digitalWrite(ledb3,1);
       digitalWrite(ledb4,1);
       digitalWrite(ledb5,1);
       digitalWrite(ledb6,1);
       digitalWrite(ledb7,0);
       digitalWrite(ledb9,0);
       digitalWrite(ledb10,1);
       digitalWrite(ledb11,1);
       digitalWrite(ledb12,1);
       digitalWrite(ledb13,1);
       }
       if(ledbs==15){
       digitalWrite(ledb2,1);
       digitalWrite(ledb3,1);
       digitalWrite(ledb4,1);
       digitalWrite(ledb5,1);
       digitalWrite(ledb6,0);
       digitalWrite(ledb10,0);
       digitalWrite(ledb11,1);
       digitalWrite(ledb12,1);
       digitalWrite(ledb13,1);
       digitalWrite(ledb14,1);
       }
       if(ledbs==17){
       digitalWrite(ledb1,1);
       digitalWrite(ledb2,1);
       digitalWrite(ledb3,1);
       digitalWrite(ledb4,1);
       digitalWrite(ledb5,0);
       digitalWrite(ledb11,0);
       digitalWrite(ledb12,1);
       digitalWrite(ledb13,1);
       digitalWrite(ledb14,1);
       digitalWrite(ledb15,1);
       ledbs=1;
       }
       }
         
       void bargraphgunanim4(unsigned long anivar){
         
         if(ledbs==1){
           digitalWrite(ledb1,1);
           digitalWrite(ledb4,0);
      digitalWrite(ledb2,LOW);
      digitalWrite(ledb3,LOW);
      digitalWrite(ledb5,LOW);
      digitalWrite(ledb6,LOW);
      digitalWrite(ledb7,LOW);
      digitalWrite(ledb8,LOW);
      digitalWrite(ledb9,LOW);
      digitalWrite(ledb10,LOW);
      digitalWrite(ledb11,LOW);
      digitalWrite(ledb12,LOW);
      digitalWrite(ledb13,LOW);
      digitalWrite(ledb14,LOW);
      digitalWrite(ledb15,LOW);
           }
           if(ledbs==2){
           digitalWrite(ledb2,1);
           digitalWrite(ledb1,0);
           digitalWrite(ledb4,1);
           }
           if(ledbs==3){
           digitalWrite(ledb3,1);
           digitalWrite(ledb2,0);
           digitalWrite(ledb4,0);
           }
           if(ledbs==4){
           digitalWrite(ledb4,1);
           digitalWrite(ledb3,0);
           digitalWrite(ledb4,1);
           }
           if(ledbs==5){
           digitalWrite(ledb5,1);
           digitalWrite(ledb4,0);
           digitalWrite(ledb4,0);
           }
           if(ledbs==6){
           digitalWrite(ledb6,1);
           digitalWrite(ledb5,0);
           digitalWrite(ledb4,1);
           }
           if(ledbs==7){
           digitalWrite(ledb7,1);
           digitalWrite(ledb6,0);
           digitalWrite(ledb4,0);
           }
           if(ledbs==8){
           digitalWrite(ledb8,1);
           digitalWrite(ledb7,0);
           digitalWrite(ledb4,1);
           }
           if(ledbs==9){
           digitalWrite(ledb9,1);
           digitalWrite(ledb8,0);
           digitalWrite(ledb4,0);
           }
           if(ledbs==10){
           digitalWrite(ledb10,1);
           digitalWrite(ledb9,0);
           digitalWrite(ledb4,1);
           }
           if(ledbs==11){
           digitalWrite(ledb11,1);
           digitalWrite(ledb10,0);
           digitalWrite(ledb4,0);
           }
           if(ledbs==12){
           digitalWrite(ledb12,1);
           digitalWrite(ledb11,0);
           digitalWrite(ledb4,1);
           }
           if(ledbs==13){
           digitalWrite(ledb13,1);
           digitalWrite(ledb12,0);
           digitalWrite(ledb4,0);
           }
           if(ledbs==14){
           digitalWrite(ledb14,1);
           digitalWrite(ledb13,0);
           digitalWrite(ledb4,1);
           }
           if(ledbs==15){
           digitalWrite(ledb15,1);
           digitalWrite(ledb14,0);
           digitalWrite(ledb4,0);
           }
           if(ledbs==16){
           digitalWrite(ledb14,1);
           digitalWrite(ledb15,0);
           digitalWrite(ledb4,1);
           }
           if(ledbs==17){
           digitalWrite(ledb13,1);
           digitalWrite(ledb14,0);
           digitalWrite(ledb4,0);
           }
           if(ledbs==18){
           digitalWrite(ledb12,1);
           digitalWrite(ledb13,0);
           digitalWrite(ledb4,1);
           }
           if(ledbs==19){
           digitalWrite(ledb11,1);
           digitalWrite(ledb12,0);
           digitalWrite(ledb4,0);
           }
           if(ledbs==20){
           digitalWrite(ledb10,1);
           digitalWrite(ledb11,0);
           digitalWrite(ledb4,1);
           }
           if(ledbs==21){
           digitalWrite(ledb9,1);
           digitalWrite(ledb10,0);
           digitalWrite(ledb4,0);
           }
           if(ledbs==22){
           digitalWrite(ledb8,1);
           digitalWrite(ledb9,0);
           digitalWrite(ledb4,1);
           }
           if(ledbs==23){
           digitalWrite(ledb7,1);
           digitalWrite(ledb8,0);
           digitalWrite(ledb4,0);
           }
           if(ledbs==24){
           digitalWrite(ledb6,1);
           digitalWrite(ledb7,0);
           digitalWrite(ledb4,1);
           }
           if(ledbs==25){
           digitalWrite(ledb5,1);
           digitalWrite(ledb6,0);
           digitalWrite(ledb4,0);
           }
           if(ledbs==26){
           digitalWrite(ledb4,1);
           digitalWrite(ledb5,0);
           digitalWrite(ledb4,1);
           }
           if(ledbs==27){
           digitalWrite(ledb3,1);
           digitalWrite(ledb4,0);
           digitalWrite(ledb4,0);
           }
           if(ledbs==28){
           digitalWrite(ledb2,1);
           digitalWrite(ledb3,0);
           digitalWrite(ledb4,1);
           }
           if(ledbs==29){
           digitalWrite(ledb1,1);
           digitalWrite(ledb2,0);
           digitalWrite(ledb4,0);
           ledbs=1;
           }
             }
             
          void bargraphgunov(unsigned long anivar){
            if(readov>overheat*1){
              digitalWrite(ledb1,1);
              digitalWrite(ledb2,LOW);
      digitalWrite(ledb3,LOW);
      digitalWrite(ledb5,LOW);
      digitalWrite(ledb6,LOW);
      digitalWrite(ledb7,LOW);
      digitalWrite(ledb8,LOW);
      digitalWrite(ledb9,LOW);
      digitalWrite(ledb10,LOW);
      digitalWrite(ledb11,LOW);
      digitalWrite(ledb12,LOW);
      digitalWrite(ledb13,LOW);
      digitalWrite(ledb14,LOW);
      digitalWrite(ledb15,LOW);
              }
              if(readov>overheat*2){
              digitalWrite(ledb1,1);
              digitalWrite(ledb2,1);
              digitalWrite(ledb3,0);
              digitalWrite(ledb4,0);
              digitalWrite(ledb5,0);
              digitalWrite(ledb6,0);
              digitalWrite(ledb7,0);
              digitalWrite(ledb8,0);
              digitalWrite(ledb9,0);
              digitalWrite(ledb10,0);
              digitalWrite(ledb11,0);
              digitalWrite(ledb12,0);
              digitalWrite(ledb13,0);
              digitalWrite(ledb14,0);
              digitalWrite(ledb15,0);
              }
              if(readov>overheat*3){
              digitalWrite(ledb1,1);
              digitalWrite(ledb2,1);
              digitalWrite(ledb3,1);
              digitalWrite(ledb4,0);
              digitalWrite(ledb5,0);
              digitalWrite(ledb6,0);
              digitalWrite(ledb7,0);
              digitalWrite(ledb8,0);
              digitalWrite(ledb9,0);
              digitalWrite(ledb10,0);
              digitalWrite(ledb11,0);
              digitalWrite(ledb12,0);
              digitalWrite(ledb13,0);
              digitalWrite(ledb14,0);
              digitalWrite(ledb15,0);
              }
              if(readov>overheat*4){
              digitalWrite(ledb1,1);
              digitalWrite(ledb2,1);
              digitalWrite(ledb3,1);
              digitalWrite(ledb4,1);
              digitalWrite(ledb5,0);
              digitalWrite(ledb6,0);
              digitalWrite(ledb7,0);
              digitalWrite(ledb8,0);
              digitalWrite(ledb9,0);
              digitalWrite(ledb10,0);
              digitalWrite(ledb11,0);
              digitalWrite(ledb12,0);
              digitalWrite(ledb13,0);
              digitalWrite(ledb14,0);
              digitalWrite(ledb15,0);
              }
              if(readov>overheat*5){
              digitalWrite(ledb1,1);
              digitalWrite(ledb2,1);
              digitalWrite(ledb3,1);
              digitalWrite(ledb4,1);
              digitalWrite(ledb5,1);
              digitalWrite(ledb6,0);
              digitalWrite(ledb7,0);
              digitalWrite(ledb8,0);
              digitalWrite(ledb9,0);
              digitalWrite(ledb10,0);
              digitalWrite(ledb11,0);
              digitalWrite(ledb12,0);
              digitalWrite(ledb13,0);
              digitalWrite(ledb14,0);
              digitalWrite(ledb15,0);
              }
              if(readov>overheat*6){
              digitalWrite(ledb1,1);
              digitalWrite(ledb2,1);
              digitalWrite(ledb3,1);
              digitalWrite(ledb4,1);
              digitalWrite(ledb5,1);
              digitalWrite(ledb6,1);
              digitalWrite(ledb7,0);
              digitalWrite(ledb8,0);
              digitalWrite(ledb9,0);
              digitalWrite(ledb10,0);
              digitalWrite(ledb11,0);
              digitalWrite(ledb12,0);
              digitalWrite(ledb13,0);
              digitalWrite(ledb14,0);
              digitalWrite(ledb15,0);
              }
              if(readov>overheat*7){
              digitalWrite(ledb1,1);
              digitalWrite(ledb2,1);
              digitalWrite(ledb3,1);
              digitalWrite(ledb4,1);
              digitalWrite(ledb5,1);
              digitalWrite(ledb6,1);
              digitalWrite(ledb7,1);
              digitalWrite(ledb8,0);
              digitalWrite(ledb9,0);
              digitalWrite(ledb10,0);
              digitalWrite(ledb11,0);
              digitalWrite(ledb12,0);
              digitalWrite(ledb13,0);
              digitalWrite(ledb14,0);
              digitalWrite(ledb15,0);
              }
              if(readov>overheat*8){
              digitalWrite(ledb1,1);
              digitalWrite(ledb2,1);
              digitalWrite(ledb3,1);
              digitalWrite(ledb4,1);
              digitalWrite(ledb5,1);
              digitalWrite(ledb6,1);
              digitalWrite(ledb7,1);
              digitalWrite(ledb8,1);
              digitalWrite(ledb9,0);
              digitalWrite(ledb10,0);
              digitalWrite(ledb11,0);
              digitalWrite(ledb12,0);
              digitalWrite(ledb13,0);
              digitalWrite(ledb14,0);
              digitalWrite(ledb15,0);
              }
              if(readov>overheat*9){
              digitalWrite(ledb1,1);
              digitalWrite(ledb2,1);
              digitalWrite(ledb3,1);
              digitalWrite(ledb4,1);
              digitalWrite(ledb5,1);
              digitalWrite(ledb6,1);
              digitalWrite(ledb7,1);
              digitalWrite(ledb8,1);
              digitalWrite(ledb9,1);
              digitalWrite(ledb10,0);
              digitalWrite(ledb11,0);
              digitalWrite(ledb12,0);
              digitalWrite(ledb13,0);
              digitalWrite(ledb14,0);
              digitalWrite(ledb15,0);
              }
              if(readov>overheat*10){
              digitalWrite(ledb1,1);
              digitalWrite(ledb2,1);
              digitalWrite(ledb3,1);
              digitalWrite(ledb4,1);
              digitalWrite(ledb5,1);
              digitalWrite(ledb6,1);
              digitalWrite(ledb7,1);
              digitalWrite(ledb8,1);
              digitalWrite(ledb9,1);
              digitalWrite(ledb10,1);
              digitalWrite(ledb11,0);
              digitalWrite(ledb12,0);
              digitalWrite(ledb13,0);
              digitalWrite(ledb14,0);
              digitalWrite(ledb15,0);
              }
              if(readov>overheat*11){
              digitalWrite(ledb1,1);
              digitalWrite(ledb2,1);
              digitalWrite(ledb3,1);
              digitalWrite(ledb4,1);
              digitalWrite(ledb5,1);
              digitalWrite(ledb6,1);
              digitalWrite(ledb7,1);
              digitalWrite(ledb8,1);
              digitalWrite(ledb9,1);
              digitalWrite(ledb10,1);
              digitalWrite(ledb11,1);
              digitalWrite(ledb12,0);
              digitalWrite(ledb13,0);
              digitalWrite(ledb14,0);
              digitalWrite(ledb15,0);
              }
              if(readov>overheat*12){
              digitalWrite(ledb1,1);
              digitalWrite(ledb2,1);
              digitalWrite(ledb3,1);
              digitalWrite(ledb4,1);
              digitalWrite(ledb5,1);
              digitalWrite(ledb6,1);
              digitalWrite(ledb7,1);
              digitalWrite(ledb8,1);
              digitalWrite(ledb9,1);
              digitalWrite(ledb10,1);
              digitalWrite(ledb11,1);
              digitalWrite(ledb12,1);
              digitalWrite(ledb13,0);
              digitalWrite(ledb14,0);
              digitalWrite(ledb15,0);
              }
              if(readov>overheat*13){
              digitalWrite(ledb1,1);
              digitalWrite(ledb2,1);
              digitalWrite(ledb3,1);
              digitalWrite(ledb4,1);
              digitalWrite(ledb5,1);
              digitalWrite(ledb6,1);
              digitalWrite(ledb7,1);
              digitalWrite(ledb8,1);
              digitalWrite(ledb9,1);
              digitalWrite(ledb10,1);
              digitalWrite(ledb11,1);
              digitalWrite(ledb12,1);
              digitalWrite(ledb13,1);
              digitalWrite(ledb14,0);
              digitalWrite(ledb15,0);
              }
              if(readov>overheat*14){
              digitalWrite(ledb1,1);
              digitalWrite(ledb2,1);
              digitalWrite(ledb3,1);
              digitalWrite(ledb4,1);
              digitalWrite(ledb5,1);
              digitalWrite(ledb6,1);
              digitalWrite(ledb7,1);
              digitalWrite(ledb8,1);
              digitalWrite(ledb9,1);
              digitalWrite(ledb10,1);
              digitalWrite(ledb11,1);
              digitalWrite(ledb12,1);
              digitalWrite(ledb13,1);
              digitalWrite(ledb14,1);
              digitalWrite(ledb15,0);
              }
              if(readov>overheat*15){
              digitalWrite(ledb1,1);
              digitalWrite(ledb2,1);
              digitalWrite(ledb3,1);
              digitalWrite(ledb4,1);
              digitalWrite(ledb5,1);
              digitalWrite(ledb6,1);
              digitalWrite(ledb7,1);
              digitalWrite(ledb8,1);
              digitalWrite(ledb9,1);
              digitalWrite(ledb10,1);
              digitalWrite(ledb11,1);
              digitalWrite(ledb12,1);
              digitalWrite(ledb13,1);
              digitalWrite(ledb14,1);
              digitalWrite(ledb15,1);
              }
              
            }





void coolingSequence(){
              
  for(int i = A0; i <= A14; i++){
    digitalWrite(i,0);
    }

    for(int i = ledb1; i <= ledb15; i++){
         digitalWrite(i,0);
      }

    for(int i = ledblinkl; i <= ledact3; i++){
         digitalWrite(i,0);
      }
    
    for(int i = l1; i <= l4; i++){
         digitalWrite(i,0);
      }
  
  mp3_play(6);//play cooling sound
  delay(1000);
  digitalWrite(relaisPin,1); //active le relais pendant 3 secondes(ne pas le laisser activer top longtemps pour la E-cig, 3 secondes GRAND MAX !)
  delay(3000);
  digitalWrite(relaisPin,0); //on désactive le relais
  delay(3000); //Délai à mettre en fonction de la durée de ton son overheat, j'ai 3000 ms par exemple, mais tu peut mettre une autre valeur mieux adaptée
  readov = 0;
  brightnessledr=0;
  brightnessledw=0;
  brightnessledb=0;
  brightness=0;
  brightness2=0;
  brightness3=0;
  brightness4=255;
  blinkledr=0;
  blinkledw=0;
  blinkledb=0;
            }

Ghostbuster-BZH a écrit : Par contre je me posais une question, en l'état, hormis les effets sonores du Pack, il n'y a qu'une seule musique lisible (la BO du film). J'aimerais avoir la possibilité de lire plusieurs titres comme sur ton module initial à savoir lancer un titre et pouvoir passer au suivant via les boutons du Wand. En gros on aurait un bouton PLAY permettant de lancer la lecture (comme c'est actuellement le cas) et un autre NEXT TRACK. Quelles lignes dois-je rajouter dans le code pour ça STP?

//Nombre maximum de musiques
#define MAX_TRACKS  1

if(boot == 0 && digitalRead(button2) == 0 && alreadyTrack == 1){

mp3_play(8+track);//play soundtrack

track++;

if(track >= MAX_TRACKS){
  track = 0;
}
alreadyTrack = 0;

}

xxxx -> nombre max de musiques bien sur, pas une musique salace

protongamer a écrit :

Ghostbuster-BZH a écrit : Par contre je me posais une question, en l'état, hormis les effets sonores du Pack, il n'y a qu'une seule musique lisible (la BO du film). J'aimerais avoir la possibilité de lire plusieurs titres comme sur ton module initial à savoir lancer un titre et pouvoir passer au suivant via les boutons du Wand. En gros on aurait un bouton PLAY permettant de lancer la lecture (comme c'est actuellement le cas) et un autre NEXT TRACK. Quelles lignes dois-je rajouter dans le code pour ça STP?

De rien l'ami

Alors sache que tu n'as pas besoin de rajouter de lignes car si tu as bien observé le code, j'ai ajouté la fonctionnalité de jouer les bandes sons. A la limite, si tu veut jouer plus d'une bande son, tu devra changer ce paramètre :

Code : Tout sélectionner

//Nombre maximum de musiques
#define MAX_TRACKS  1

Et dans ce code ci-dessous, c'est la fonctionnalité pour pouvoir jouer les musiques:

Code : Tout sélectionner

if(boot == 0 && digitalRead(button2) == 0 && alreadyTrack == 1){

mp3_play(8+track);//play soundtrack

track++;

if(track >= MAX_TRACKS){
  track = 0;
}
alreadyTrack = 0;

}

Donc si tu as bien observé la deuxième partie du code, les fichiers musiques doivent se nommer à partir de 0008.mp3 jusqu'à xxxx.mp3

xxxx -> nombre max de musiques bien sur, pas une musique salace

voila voila

Misterdid a écrit :

Trop top moumoute ! Bravo !

Misterdid a écrit :ton shpp t'es revenu à combien avec tout les rajouts si cela n'est pas trop indiscret ?