// pln process 20080106 _ update 20080309
//
//--------------------------------------------------DECLARATION DES VARIABLES
import ddf.minim.*;
AudioPlayer song;

// variables images
int sc01g01Total = 20; 
int sc02g01Total = 25; 
int sc03g01Total = 43;
int sc01g02Total = 18; 
int sc02g02Total = 45; 
int sc03g02Total = 40;
int sc01g03Total = 16; 
int sc02g03Total = 16; 
int sc03g03Total = 16;
int sc01g04Total = 38; 
int sc02g04Total = 14; 
int sc03g04Total = 28;
int sc01g05Total = 62; 
int sc02g05Total = 29; 
int sc03g05Total = 15;
int g06Total = 13;

PImage[] sc01g01pix = new PImage[sc01g01Total];
PImage[] sc01g02pix = new PImage[sc01g02Total];
PImage[] sc01g03pix = new PImage[sc01g03Total];
PImage[] sc01g04pix = new PImage[sc01g04Total];
PImage[] sc01g05pix = new PImage[sc01g05Total];

PImage[] sc02g01pix = new PImage[sc02g01Total];
PImage[] sc02g02pix = new PImage[sc02g02Total];
PImage[] sc02g03pix = new PImage[sc02g03Total];
PImage[] sc02g04pix = new PImage[sc02g04Total];
PImage[] sc02g05pix = new PImage[sc02g05Total];

PImage[] sc03g01pix = new PImage[sc03g01Total];
PImage[] sc03g02pix = new PImage[sc03g02Total];
PImage[] sc03g03pix = new PImage[sc03g03Total];
PImage[] sc03g04pix = new PImage[sc03g04Total];
PImage[] sc03g05pix = new PImage[sc03g05Total];
PImage[] g06pix = new PImage[g06Total];

PImage line01pix01; 
PImage line01pix02; 
PImage line01pix03;
PImage line02pix01; 
PImage line02pix02; 
PImage line02pix03;
PImage line03pix01; 
PImage line03pix02; 
PImage line03pix03;
PImage line04pix01; 
PImage line04pix02;
PImage line04pix03;


// coordonnees screens
int s01x = 10; 
int s01y = 45;
int s02x = 236; 
int s02y = 45;
int s03x = 463; 
int s03y = 45;

//----------------------------------timing
int lineCount = 0;
float initTime = 0;
float time = 0;
int grpNb = 1;
int line01MinTime = 1000;
int line01MaxTime =   6645; 
int line02MinTime =  82536;
int line02MaxTime =  90536; 
int g03MinTime    = 152506;
int g03MaxTime    = 233183;
int line03MinTime = 291926;
int line03MaxTime = 302600; 
int g06MinTime    = 361500;  
int line04MinTime = 364201;
int line04MaxTime = 388309;

int screen01Delay = 7000; 
int screen02Delay = 6800; 
int screen03Delay = 6900;
int screen01bDelay = 362000;
int screen02bDelay = 362500;
int screen03bDelay = 361500;


//--------------------------------------------------SETUP
void setup() {
  size(689, 273);
  background(0,0,0);
  frameRate(30);
                                              // charger les groupes 01 et 02
  for(int i=1; i<sc01g01Total; i++) {
    String pixName = "screen01/g01/pix" + nf(i, 4) + ".jpg";
    sc01g01pix[i] = loadImage(pixName);
  }
  
  for(int i=1; i<sc02g01Total; i++) {
    String pixName = "screen02/g01/pix" + nf(i, 4) + ".jpg";
    sc02g01pix[i] = loadImage(pixName);
  }

  for(int i=1; i<sc03g01Total; i++) {
    String pixName = "screen03/g01/pix" + nf(i, 4) + ".jpg";
    sc03g01pix[i] = loadImage(pixName);
  }
  
  for(int i=1; i<sc01g02Total; i++) {
    String pixName = "screen01/g02/pix" + nf(i, 4) + ".jpg";
    sc01g02pix[i] = loadImage(pixName);
  }

  for(int i=1; i<sc02g02Total; i++) {
    String pixName = "screen02/g02/pix" + nf(i, 4) + ".jpg";
    sc02g02pix[i] = loadImage(pixName);
  }


  for(int i=1; i<sc03g02Total; i++) {
    String pixName = "screen03/g02/pix" + nf(i, 4) + ".jpg";
    sc03g02pix[i] = loadImage(pixName);
  }
  
  line01pix01 = loadImage("line/line01pix01.jpg"); 
  line01pix02 = loadImage("line/line01pix02.jpg"); 
  line01pix03 = loadImage("line/line01pix03.jpg");
  line02pix01 = loadImage("line/line02pix01.jpg"); 
  line02pix02 = loadImage("line/line02pix02.jpg"); 
  line02pix03 = loadImage("line/line02pix03.jpg");
  line03pix01 = loadImage("line/line03pix01.jpg"); 
  line03pix02 = loadImage("line/line03pix02.jpg"); 
  line03pix03 = loadImage("line/line03pix03.jpg");
  line04pix01 = loadImage("line/line04pix01.jpg"); 
  line04pix02 = loadImage("line/line04pix02.jpg");
  line04pix03 = loadImage("line/line04pix03.jpg");
    
    //sound setup
  Minim.start(this);
  song = Minim.loadFile("http://www.studioplume.com/works/pln_process/pln_sound.mp3", 2048);
}

//-------------------------------------------------------------DEROULEMENT
void draw() {
  play();
  debut();
}

void time() {
  time = millis() - initTime;
}

void play() {
  if (frameCount < 2) {
    delay(2000);
  }
  song.play(); 
  if (frameCount <2){ initTime = millis();}
}

void debut() {
  //--------------------------------------------------------------test temps 
 time(); 
  if ((line01MinTime < time) && (time < line01MaxTime)) {
    if (lineCount == 0) {
      threeinaline01();
    } 
    
  }

  if ((line01MaxTime < time) && (time < line02MinTime)) {
    delay(0);
    sc01g01();
    sc02g01();
    sc03g01();
  }

  if ((line02MinTime < time) && (time < line02MaxTime)) {
    if (lineCount == 1) {
      threeinaline02();
    } 
  }
  
 if ((line02MaxTime < time) && (time < g03MinTime)) {
   delay(0);
   sc01g02();
   sc02g02();
   sc03g02();
   }
   
   if ((g03MinTime < time) && (time < g03MaxTime)) {
   delay(0);
   sc01g03();
   sc02g03();
   sc03g03();
   }
   
   if ((g03MaxTime < time) && (time < line03MinTime)) {
   delay(0);
   sc01g04();
   sc02g04();
   sc03g04();
   }
   
   if ((line03MinTime < time) && (time < line03MaxTime)) {
   if (lineCount == 2) {threeinaline03();}
   }
   
   if ((line03MaxTime < time) && (time < g06MinTime)) {
   delay(0);
   sc01g05();
   sc02g05();
   sc03g05();
   }
   
   if ((g06MinTime < time) && (time < line04MinTime)) {
   delay(0);
   sc01g06();
   sc02g06();
   sc03g06();
   }
  
   
   if ((line04MinTime < time) && (time < line04MaxTime)) {
   if (lineCount == 3) {threeinaline04();}
   }
   
   if (line04MaxTime < time) {fill(0); rect(0,0,689,273); stop();}
   
}


//----------------------------------------------affichage des "lignes"
void threeinaline01() {
  time();
  lineCount = 1;
  image(line01pix01, s01x, s01y);
  image(line01pix02, s02x, s02y);
  image(line01pix03, s03x, s03y);
}

void threeinaline02() {
  lineCount = 2;
  image(line02pix01, s01x, s01y);
  image(line02pix02, s02x, s02y);
  image(line02pix03, s03x, s03y);
  sc01g01pix = new PImage[0]; // redimensionnement des tableaux du groupe 1 pour libération mémoire
  sc02g01pix = new PImage[0];
  sc03g01pix = new PImage[0];
  for(int i=1; i<sc01g03Total; i++) {
    String pixName = "screen01/g03/pix" + nf(i, 4) + ".jpg"; // chargement des groupes 3 & 4
    sc01g03pix[i] = loadImage(pixName);
  }

  for(int i=1; i<sc02g03Total; i++) {
    String pixName = "screen02/g03/pix" + nf(i, 4) + ".jpg";
    sc02g03pix[i] = loadImage(pixName);
  }

  for(int i=1; i<sc03g03Total; i++) {
    String pixName = "screen03/g03/pix" + nf(i, 4) + ".jpg";
    sc03g03pix[i] = loadImage(pixName);
  }


  for(int i=1; i<sc01g04Total; i++) {
    String pixName = "screen01/g04/pix" + nf(i, 4) + ".jpg";
    sc01g04pix[i] = loadImage(pixName);
  }

  for(int i=1; i<sc02g04Total; i++) {
    String pixName = "screen02/g04/pix" + nf(i, 4) + ".jpg";
    sc02g04pix[i] = loadImage(pixName);
  }

  for(int i=1; i<sc03g04Total; i++) {
    String pixName = "screen03/g04/pix" + nf(i, 4) + ".jpg";
    sc03g04pix[i] = loadImage(pixName);
  }
}

void threeinaline03() {
  lineCount = 3;
  image(line03pix01, s01x, s01y);
  image(line03pix02, s02x, s02y);
  image(line03pix03, s03x, s03y);
  sc01g02pix = new PImage[0]; // libération mémoire (groupes 2 & 3)
  sc02g02pix = new PImage[0];
  sc03g02pix = new PImage[0];
  sc01g03pix = new PImage[0];
  sc02g03pix = new PImage[0];
  sc03g03pix = new PImage[0];
  sc01g04pix = new PImage[0];
  sc02g04pix = new PImage[0];
  sc03g04pix = new PImage[0];
  for(int i=1; i<sc01g05Total; i++) { // chargement des groupes 5 & 6
    String pixName = "screen01/g05/pix" + nf(i, 4) + ".jpg";
    sc01g05pix[i] = loadImage(pixName);
  }

  for(int i=1; i<sc02g05Total; i++) {
    String pixName = "screen02/g05/pix" + nf(i, 4) + ".jpg";
    sc02g05pix[i] = loadImage(pixName);
  }

  for(int i=1; i<sc03g05Total; i++) {
    String pixName = "screen03/g05/pix" + nf(i, 4) + ".jpg";
    sc03g05pix[i] = loadImage(pixName);
  }

  for(int i=1; i<g06Total; i++) {
    String pixName = "g06/pix" + nf(i, 4) + ".jpg";
    g06pix[i] = loadImage(pixName);
  }
}

void threeinaline04() {
  lineCount = 4;
  image(line04pix01, s01x, s01y);
  image(line04pix02, s02x, s02y);
  image(line04pix03, s03x, s03y);
}

//-------------------------------------------affichage des "groupes"
//-------------------------------------------SCREEN01
void sc01g01() {

  if (millis() > screen01Delay) {
    int pixNumber = int(random(sc01g01Total-1)+1);
    screen01Delay += int((random(500) * 10)+2000); // P-
    image(sc01g01pix[pixNumber], s01x, s01y);
  }
}

void sc01g02() {

  if (millis() > screen01Delay) {
    int pixNumber = int(random(sc01g02Total-1)+1);
    screen01Delay += int((random(500) * 10)+1000); // P-
    image(sc01g02pix[pixNumber], s01x, s01y);
  }
}

void sc01g03() {

  if (millis() > screen01Delay) {
    int pixNumber = int(random(sc01g03Total-1)+1);
    screen01Delay += int((random(600) * 10)+4000); // Pn 3
    image(sc01g03pix[pixNumber], s01x, s01y);
  }
}

void sc01g04() {

  if (millis() > screen01Delay) {
    int pixNumber = int(random(sc01g04Total-1)+1);
    screen01Delay += int((random(300) * 10)+1000); // Pn
    image(sc01g04pix[pixNumber], s01x, s01y);
  }
}

void sc01g05() {

  if (millis() > screen01Delay) {
    int pixNumber = int(random(sc01g05Total-1)+1);
    screen01Delay += int((random(250) * 10)+300); // P+
    image(sc01g05pix[pixNumber], s01x, s01y);
  }
}
  
void sc01g06() {

  if (millis() > screen01bDelay) {
    int pixNumber = int(random(g06Total-1)+1);
    screen01bDelay += int((random(5) * 10)+3); 
    image(g06pix[pixNumber], s01x, s01y);
  } 
}

//-------------------------------------------SCREEN02
void sc02g01() {

  if (millis() > screen02Delay) {
    int pixNumber = int(random(sc02g01Total-1)+1);
    screen02Delay += int((random(300) * 10)+1000); // Pn
    image(sc02g01pix[pixNumber], s02x, s02y);
  }
}

void sc02g02() {

  if (millis() > screen02Delay) {
    int pixNumber = int(random(sc02g02Total-1)+1);
    screen02Delay += int((random(250) * 10)+300); // P+
    image(sc02g02pix[pixNumber], s02x, s02y);
  }
}

void sc02g03() {

  if (millis() > screen02Delay) {
    int pixNumber = int(random(sc02g03Total-1)+1);
    screen02Delay += int((random(600) * 10)+4000); // Pn 3
    image(sc02g03pix[pixNumber], s02x, s02y);
  }
}

void sc02g04() {

  if (millis() > screen02Delay) {
    int pixNumber = int(random(sc02g04Total-1)+1);
    screen02Delay += int((random(500) * 10)+2000); // P-
    image(sc02g04pix[pixNumber], s02x, s02y);
  }
}

void sc02g05() {

  if (millis() > screen02Delay) {
    int pixNumber = int(random(sc02g05Total-1)+1);
    screen02Delay += int((random(300) * 10)+1000); // Pn
    image(sc02g05pix[pixNumber], s02x, s02y);
  }
}
  
void sc02g06() {

  if (millis() > screen02bDelay) {
    int pixNumber = int(random(g06Total-1)+1);
    screen02bDelay += int((random(6) * 10)+2);
    image(g06pix[pixNumber], s02x, s02y);
  }  
}
//-------------------------------------------SCREEN03
void sc03g01() {

  if (millis() > screen03Delay) {
    int pixNumber = int(random(sc03g01Total-1)+1);
    screen03Delay += int((random(300) * 10)+300); //P+
    image(sc03g01pix[pixNumber], s03x, s03y);
  }
}

void sc03g02() {

  if (millis() > screen03Delay) {
    int pixNumber = int(random(sc03g02Total-1)+1);
    screen03Delay += int((random(500) * 10)+1000); //P-
    image(sc03g02pix[pixNumber], s03x, s03y);
  }
}

void sc03g03() {

  if (millis() > screen03Delay) {
    int pixNumber = int(random(sc03g03Total-1)+1);
    screen03Delay += int((random(600) * 10)+4000); //Pn3
    image(sc03g03pix[pixNumber], s03x, s03y);
  }
}

void sc03g04() {

  if (millis() > screen03Delay) {
    int pixNumber = int(random(sc03g04Total-1)+1);
    screen03Delay += int((random(300) * 10)+500); //P+
    image(sc03g04pix[pixNumber], s03x, s03y);
  }
}

void sc03g05() {

  if (millis() > screen03Delay) {
    int pixNumber = int(random(sc03g05Total-1)+1);
    screen03Delay += int((random(500) * 10)+1000); //P-
    image(sc03g05pix[pixNumber], s03x, s03y);
  }
}
  
void sc03g06() {

  if (millis() > screen03bDelay) {
    int pixNumber = int(random(g06Total-1)+1);
    screen03bDelay += int((random(6) * 10)+1);
    image(g06pix[pixNumber], s03x, s03y);
  }  
}
//------------------------------------------------------FIN DU PROGRAMME
void stop()
{
  song.close();
  super.stop();
}