format jo application sur le temps
joris Abadie
joris Abadie
Lien pour entendre la sonnerie de téléphone créé au format son.jo
/**
/**
*@projet audio au format jo
*@ le format jo est un fichier de musique écrit en mode texte
*@imaginer et realiser par
*@Andre pierre jocelyn
*@andre@univ-montp2.fr
*@pierre.joc.andre@gmail.com
*@remerciements a
*@Frédéric Boulanger
*@frederic.boulanger@supelec.fr
*/
import
javax.sound.sampled.AudioFormat;
import
javax.sound.sampled.AudioSystem;
import
javax.sound.sampled.LineUnavailableException;
import
javax.sound.sampled.SourceDataLine;
public class LeO {
/** C ici que commence la construction
des ondes
* chaque onde devra avoir son propre
void, il suffit de copier coller
*en remplaçant le numero de l'onde
pour en creer une nouvelle
*/
static double Amp = 0.01; // ici je
lie l'amplitude au nombre de boucle
static double AmpA = 0.01; // ici
je cree la forme de l'onde porter
//onde 1
public static void face1(double
freq1, long duree1, SourceDataLine onde1) {
AudioFormat jo1 =
onde1.getFormat();
float TauxEchantillon1 =
jo1.getSampleRate();
int tailletampon1 =
onde1.getBufferSize();
int tailleEchantillon1 =
jo1.getSampleSizeInBits();
int nbOctets = 0;
int valMax1 = 0;
if (tailleEchantillon1 == 8) {
nbOctets = 1;
valMax1 = 0x7F;
} else if (tailleEchantillon1 ==
16) {
nbOctets = 2;
valMax1 = 0x7FFF;
} else {
throw new Error("# Nombre
de bits par echantillon non supporte : " + tailleEchantillon1);
}
boolean grandEndian1 =
jo1.isBigEndian();
int nbEchantillons =
(int)Math.ceil((double)duree1 / 1000 * TauxEchantillon1);
byte echantillonaudio1[] = new
byte[tailletampon1];
int i = 0;
while (i < nbEchantillons) {
int j = 0;
while ((j < tailletampon1) &&
(i < nbEchantillons)) {
int val1 = (int)(valMax1 * 0.63
* base1(i++, freq1, TauxEchantillon1));
if (nbOctets == 1) {
echantillonaudio1[j++] =
(byte)val1;
} else if (grandEndian1) {
echantillonaudio1[j++] =
(byte)((val1 & 0xFF00) >> 8);
echantillonaudio1[j++] =
(byte)(val1 & 0x00FF);
} else {
echantillonaudio1[j++] =
(byte)(val1 & 0x00FF);
echantillonaudio1[j++] =
(byte)((val1 & 0xFF00) >> 8);
}
}
onde1.write(echantillonaudio1,
0, j);
}
}
// fin onde 1
//debut onde 2
public static void face2(double
freq2, long duree2, SourceDataLine onde2) {
AudioFormat jo2 =
onde2.getFormat();
float TauxEchantillon2 =
jo2.getSampleRate();
int tailletampon2 =
onde2.getBufferSize();
int tailleEchantillon2 =
jo2.getSampleSizeInBits();
int nbOctets = 0;
int valMax2 = 0;
if (tailleEchantillon2 == 8) {
nbOctets = 1;
valMax2 = 0x7F;
} else if (tailleEchantillon2 ==
16) {
nbOctets = 2;
valMax2 = 0x7FFF;
} else {
throw new Error("# Nombre
de bits par echantillon non supporte : " + tailleEchantillon2);
}
boolean grandEndian2 =
jo2.isBigEndian();
int nbEchantillons =
(int)Math.ceil((double)duree2 / 1000 * TauxEchantillon2);
byte echantillonaudio2[] = new
byte[tailletampon2];
int i = 0;
while (i < nbEchantillons) {
int j = 0;
while ((j < tailletampon2) &&
(i < nbEchantillons)) {
int val2 = (int)(valMax2 *
0.63 * base2(i++, freq2, TauxEchantillon2));
if (nbOctets == 1) {
echantillonaudio2[j++] =
(byte)val2;
} else if (grandEndian2) {
echantillonaudio2[j++] =
(byte)((val2 & 0xFF00) >> 8);
echantillonaudio2[j++] =
(byte)(val2 & 0x00FF);
} else {
echantillonaudio2[j++] =
(byte)(val2 & 0x00FF);
echantillonaudio2[j++] =
(byte)((val2 & 0xFF00) >> 8);
}
}
onde2.write(echantillonaudio2,
0, j);
}
}
//fin onde 2
//debut onde 3
public static void face3(double
freq3, long duree3, SourceDataLine onde3) {
AudioFormat jo3 =
onde3.getFormat();
float TauxEchantillon3 =
jo3.getSampleRate();
int tailletampon3 =
onde3.getBufferSize();
int tailleEchantillon3 =
jo3.getSampleSizeInBits();
int nbOctets = 0;
int valMax3 = 0;
if (tailleEchantillon3 == 8) {
nbOctets = 1;
valMax3 = 0x7F;
} else if (tailleEchantillon3 ==
16) {
nbOctets = 2;
valMax3 = 0x7FFF;
} else {
throw new Error("# Nombre
de bits par échantillon non supporté : " +
tailleEchantillon3);
}
boolean grandEndian3 =
jo3.isBigEndian();
int nbEchantillons3 =
(int)Math.ceil((double)duree3 / 1000 * TauxEchantillon3);
byte echantillonaudio3[] = new
byte[tailletampon3];
int i = 0;
while (i < nbEchantillons3) {
int j = 0;
while ((j < tailletampon3) &&
(i < nbEchantillons3)) {
int val3 = (int)(valMax3 * 0.63
* base3(i++, freq3, TauxEchantillon3));
if (nbOctets == 1) {
echantillonaudio3[j++] =
(byte)val3;
} else if (grandEndian3) {
echantillonaudio3[j++] =
(byte)((val3 & 0xFF00) >> 8);
echantillonaudio3[j++] =
(byte)(val3 & 0x00FF);
} else {
echantillonaudio3[j++] =
(byte)(val3 & 0x00FF);
echantillonaudio3[j++] =
(byte)((val3 & 0xFF00) >> 8);
}
}
onde3.write(echantillonaudio3,
0, j);
}
}
//fin onde 3
//ici nous indiquons quel va etre la
forme de chaque onde
//en exemple pour les voyelles nous
utilisons une fonction sinus
// pour les consonnes une fonction
exponentielle
//debut forme d'onde 1
public static double base1(int i,
double freq1, double pourcentage1) {
double temps1 =
Math.IEEEremainder(i/pourcentage1, 1/freq1);
if (temps1 < 0) {
temps1 += 1 / freq1;
}
// return (A *Math.sin(2 * Math.PI
* freq * temps1));
// return (A * Math.sin(2 * Math.PI
* freq * temps1));
// return Math.exp(t)*(0.50 *
Math.sin(freq * temps1 * Math.exp(1)));
// return ((Amp + 0.001 ) *
Math.exp(-0.39) * Math.sin( 2 * Math.PI * freq1 * temps1));
return ((Amp + 0.0001 ) * 0.4 *
Math.sin( 2 * Math.PI * freq1 * temps1));
// return (0.3 * Math.sin(freq1 *
Math.exp(temps1)));
// return (A * Math.cos(2 * Math.PI
* freq1 * temps1 + 1 ) * Math.cos(2 * Math.PI * freq1 * temps1 +1));
}
//fin forme onde 1
//debut forme d'onde 2
public static double base2(int i,
double freq2, double pourcentage2) {
double temps2 =
Math.IEEEremainder(i/pourcentage2, 1/freq2);
if (temps2 < 0) {
temps2 += 1 / freq2;
}
// return
Math.exp(temps2)*(Math.sin(freq * temps2 ));
// return Math.exp(temps2)*(0.25 *
Math.sin(freq * temps2 * Math.exp(1)));
// return (2 *A * Math.sin(2 *
Math.PI * freq * temps2));
// return (2 * A * Math.sin(freq *
temps2 * Math.exp(1)));
// return ((AmpA + 0.001 ) *
Math.exp(-0.89) * Math.sin(2 * Math.PI * freq2 * temps2));
return (( AmpA + 0.0001 ) * 0.4 *
Math.sin(2 * Math.PI * freq2 * temps2));
// return (0.3 * Math.sin(freq2 *
Math.exp(temps2)));
// return (2 *A * Math.cos(2 *
Math.PI * freq2 * temps2 + 1) * Math.cos(2 * Math.PI * freq2 * temps2
+ 1));
}
//fin forme onde 2
//debut forme d'onde 3
public static double base3(int i,
double freq3, double pourcentage3) {
double temps3 =
Math.IEEEremainder(i/pourcentage3, 1/freq3);
if (temps3 < 0) {
temps3 += 1 / freq3;
}
return ((AmpA + 0.0001 ) * 0.002 *
Math.sin( Math.PI * freq3 * temps3 ));
// return
Math.exp(t)*(Math.sin(freq * temps3 ));
// return (3 * A * Math.sin(freq3 *
temps3 * Math.exp(1)));
// return (3 * A * Math.sin(2 *
Math.PI * freq3 * temps3));
// return ((Amp + 0.001 ) * 0.01 *
Math.cos(2 * Math.PI * freq3 * temps3));
// return (3 * Math.sin(freq3 *
Math.exp(temps3)));
// return (3 * A * Math.cos(2 *
Math.PI * freq3 * temps3 + 1) * Math.cos(2 * Math.PI * freq3 * temps3
+ 1));
}
//fin forme onde 3
public static void main(String
args[]) {
final float TauxEchantillon1 =
20500;
final int tailleEchantillon1 = 8;
final boolean grandEndian1 = true;
final boolean signed1 = true;
final float TauxEchantillon2 =
20500;
final int tailleEchantillon2 = 8;
final boolean grandEndian2 = true;
final boolean signed2 = true;
final float TauxEchantillon3 =
20500;
final int tailleEchantillon3 = 8;
final boolean grandEndian3 = true;
final boolean signed3 = true;
AudioFormat audiojo1 = new
AudioFormat(TauxEchantillon1, tailleEchantillon1, 1, signed1,
grandEndian1);
AudioFormat audiojo2 = new
AudioFormat(TauxEchantillon2, tailleEchantillon2, 1, signed2,
grandEndian2);
AudioFormat audiojo3 = new
AudioFormat(TauxEchantillon3, tailleEchantillon3, 1, signed3,
grandEndian3);
SourceDataLine onde1 = null;
SourceDataLine onde2 = null;
SourceDataLine onde3 = null;
try {
onde1 =
AudioSystem.getSourceDataLine(audiojo1);
onde1.open(audiojo1);
onde2 =
AudioSystem.getSourceDataLine(audiojo2);
onde2.open(audiojo2);
onde3 =
AudioSystem.getSourceDataLine(audiojo3);
onde3.open(audiojo3);
} catch (LineUnavailableException
lue) {
System.out.println("# Erreur
: impossible de trouver une ligne de sortie audio au format :");
System.out.println("#
" + audiojo1);
System.exit(1);
}
onde1.start();
onde2.start();
onde3.start();
//ici commence les donnees a
modifier pour jouer differents son
// variables pour les boucles
double B1 = 0 , B2 = 0 ,B3 = 0;//
// variables des durees
int Dur1 = 5;
//frequence
// double F1 = 0.5 * Math.exp(6) ,
F2 = 2 * F1;
double F1 = 0.5 * Math.exp(6) , F2
= 2 * F1 , F3 = 7 * F2;
// F1 est la forme de base, F2
donne la contenance, F3 entre 2800 et 3200 donne le timbre
// N6ous remarquons que l'intensite
pour garder l'equilibre avec la frequence est très importante
// l'intensite se reglant dans la
forme de la courbe plus haut
//ici fini la fin des donnees, il
reste la forme de la courbe aussi modifiable, ou ajouter des ondes
// /**
while (B2 <= 1)
{
B1 =0;
double lienM1 =
Math.exp(-6.8971199849);
double lienM1B = Math.exp(-0.598);
while (B1 <= 0) //onde1
{
Amp = lienM1;
AmpA = lienM1B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0;
double lienM2 =
Math.exp(-5.1711829815);
double lienM2B = Math.exp(-0.398);
while (B1 <= 0) //onde2
{
Amp = lienM2;
AmpA = lienM2B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
//onde3
B1 = 0;
double lienM3 =
Math.exp(-0.8915981193);
double lienM3B = Math.exp(-0.398);
while (B1 <= 0)
{
Amp = lienM3;
AmpA = lienM3B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
//onde4
B1 = 0;
double lienM4 =
Math.exp(-0.8675005677);
double lienM4B = Math.exp(0.23);
while (B1 <= 0)
{
Amp = lienM4;
AmpA = lienM4B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
//onde5
B1 =0;
double lienM5 =
Math.exp(-0.7985076962);
double lienM5B = Math.exp(0.43);
while (B1 <= 0)
{
Amp = lienM5;
AmpA = lienM5B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 =0; //onde 6
double lienM6 =
Math.exp(-0.6539264674);
double lienM6B = Math.exp(0.43);
while (B1 <= 0)
{
Amp = lienM6;
AmpA = lienM6B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 =0; //onde 7
double lienM7 =
Math.exp(-0.5108256238);
double lienM7B = Math.exp(0.43);
while (B1 <= 0)
{
Amp = lienM7;
AmpA = lienM7B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 =0; //onde 8
double lienM8 =
Math.exp(-0.4004775666);
double lienM8B = Math.exp(0.43);
while (B1 <= 0)
{
Amp = lienM8;
AmpA = lienM8B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 =0; //onde 9
double lienM9 =
Math.exp(-0.2744368457);
double lienM9B = Math.exp(0.43);
while (B1 <= 0)
{
Amp = lienM9;
AmpA = lienM9B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 =0; //onde 10
double lienM10 =
Math.exp(-0.2231435513);
double lienM10B = Math.exp(0.43);
while (B1 <= 0)
{
Amp = lienM10;
AmpA = lienM10B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 =0; //onde 11
double lienM11 =
Math.exp(-0.1743533871);
double lienM11B = Math.exp(0.43);
while (B1 <= 0)
{
Amp = lienM11;
AmpA = lienM11B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 =0; //onde 12
double lienM12 =
Math.exp(-0.1165338163);
double lienM12B = Math.exp(0.43);
while (B1 <= 0)
{
Amp = lienM12;
AmpA = lienM12B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 =0; //onde 13
double lienM13 =
Math.exp(-0.1392620673);
double lienM13B = Math.exp(0.43);
while (B1 <= 0)
{
Amp = lienM13;
AmpA = lienM13B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 =0; //onde 14
double lienM14 =
Math.exp(-0.0943106795);
double lienM14B = Math.exp(0.43);
while (B1 <= 0)
{
Amp = lienM14;
AmpA = lienM14B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 =0; //onde 15
double lienM15 =
Math.exp(-0.0779615415);
double lienM15B = Math.exp(0.43);
while (B1 <= 0)
{
Amp = lienM15;
AmpA = lienM15B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 =0; //onde 16
double lienM16 =
Math.exp(-0.0725706928);
double lienM16B = Math.exp(0.43);
while (B1 <= 0)
{
Amp = lienM16;
AmpA = lienM16B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 =0; //onde 17
double lienM17 =
Math.exp(-0.0672087497);
double lienM17B = Math.exp(0.43);
while (B1 <= 0)
{
Amp = lienM17;
AmpA = lienM17B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 =0; //onde 18
double lienM18 =
Math.exp(-0.0202027073);
double lienM18B = Math.exp(0.43);
while (B1 <= 0)
{
Amp = lienM18;
AmpA = lienM18B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 =0; //onde 19 pic
principal
double lienM19 =
Math.exp(-0.0050125418);
double lienM19B = Math.exp(0.43);
while (B1 <= 0)
{
Amp = lienM19;
AmpA = lienM19B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 =0; //onde 20
double lienD1 =
Math.exp(-0.0202027073);
double lienD1B = Math.exp(0.42);
while (B1 <= 0)
{
Amp = lienD1;
AmpA = lienD1B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 =0; //onde 21
double lienD2 =
Math.exp(-0.0618754037);
double lienD2B =
Math.exp(0.41);
while (B1 <= 0)
{
Amp = lienD2;
AmpA = lienD2B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 22
double lienD3 =
Math.exp(-0.1053605157);
double lienD3B = Math.exp(0.40);
while (B1 <= 0)
{
Amp = lienD3;
AmpA = lienD3B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 23
double lienD4 =
Math.exp(-0.1625189295);
double lienD4B = Math.exp(0.399);
while (B1 <= 0)
{
Amp = lienD4;
AmpA = lienD4B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 24
double lienD5 =
Math.exp(-0.1984509387);
double lienD5B = Math.exp(0.389);
while (B1 <= 0)
{
Amp = lienD5;
AmpA = lienD5B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 25
double lienD6 =
Math.exp(-0.1743533871);
double lienD6B =
Math.exp(0.388);
while (B1 <= 0)
{
Amp = lienD6;
AmpA = lienD6B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 26
double lienD7 =
Math.exp(-0.1743533871);
double lienD7B =
Math.exp(0.389);
while (B1 <= 0)
{
Amp = lienD7;
AmpA = lienD7B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 27
double lienD8 =
Math.exp(-0.1508228897);
double lienD8B =
Math.exp(0.3891);
while (B1 <= 0)
{
Amp = lienD8;
AmpA = lienD8B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 28
double lienD9 =
Math.exp(-0.1392620673);
double lienD9B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienD9;
AmpA = lienD9B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 29
double lienD10 =
Math.exp(-0.1625189295);
double lienD10B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienD10;
AmpA = lienD10B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 30
double lienD11 =
Math.exp(-0.2231435513);
double lienD11B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienD11;
AmpA = lienD11B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 31
double lienD12 =
Math.exp(-0.2548922496);
double lienD12B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienD12;
AmpA = lienD12B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 32
double lienD13 =
Math.exp(-0.2613647641);
double lienD13B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienD13;
AmpA = lienD13B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 33
double lienD14 =
Math.exp(-0.2876820725);
double lienD14B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienD14;
AmpA = lienD14B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 34
double lienD15 =
Math.exp(-0.415515444);
double lienD15B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienD15;
AmpA = lienD15B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 35
double lienD16 =
Math.exp(-0.5276327421);
double lienD16B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienD16;
AmpA = lienD16B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 36
double lienD17 =
Math.exp(-0.5978370008);
double lienD17B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienD17;
AmpA = lienD17B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 37
double lienD18 =
Math.exp(-0.5621189182);
double lienD18B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienD18;
AmpA = lienD18B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 38
double lienD19 =
Math.exp(-0.5108256238);
double lienD19B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienD19;
AmpA = lienD19B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 39
double lienD20 =
Math.exp(-0.5108256238);
double lienD20B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienD20;
AmpA = lienD20B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 40
double lienD21 =
Math.exp(-0.4620354596);
double lienD21B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienD21;
AmpA = lienD21B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 41
double lienD22 =
Math.exp(-0.5108256238);
double lienD22B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienD22;
AmpA = lienD22B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 42
double lienD23 =
Math.exp(-0.5621189182);
double lienD23B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienD23;
AmpA = lienD23B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 43
double lienD24 =
Math.exp(-0.6931471806);
double lienD24B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienD24;
AmpA = lienD24B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 44
double lienD25 =
Math.exp(-0.6931471806);
double lienD25B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienD25;
AmpA = lienD25B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 45
double lienD26 =
Math.exp(-1.1394342832);
double lienD26B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienD26;
AmpA = lienD26B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 46
47fin armonique
double lienS1 =
Math.exp(-1.2039728043);
double lienS1B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienS1;
AmpA = lienS1B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 49
48
double lienS2 =
Math.exp(-1.1711829815);
double lienS2B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienS2;
AmpA = lienS2B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 50
51
double lienS3 =
Math.exp(-1.0788096614);
double lienS3B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienS3;
AmpA = lienS3B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 53
52
double lienS4 =
Math.exp(-0.9416085399);
double lienS4B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienS4;
AmpA = lienS4B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 55
54
double lienS5 =
Math.exp(-0.9162907319);
double lienS5B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienS5;
AmpA = lienS5B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 57
56
double lienS6 =
Math.exp(-1.0078579254);
double lienS6B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienS6;
AmpA = lienS6B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 59
58
double lienS7 =
Math.exp(-1.0216512475);
double lienS7B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienS7;
AmpA = lienS7B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B1 = 0; //onde 60
61
double lienS8 =
Math.exp(-1.2039728043);
double lienS8B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienS8;
AmpA = lienS8B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
//onde 62 63
B1 = 0;
double lienS9 =
Math.exp(-1.0216512475);
double lienS9B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienS9;
AmpA = lienS9B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
//onde 64 65
B1 =0;
double lienS10 =
Math.exp(-1.237874356);
double lienS10B =
Math.exp(0.3892);
while (B1 <=0 )
{
Amp = lienS10;
AmpA = lienS10B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
//onde 66 67
B1 =0;
double lienS11 =
Math.exp(-1.3664917338);
double lienS11B =
Math.exp(0.3892);
while (B1 <=0 )
{
Amp = lienS11;
AmpA = lienS11B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
//onde 68 69
B1 =0;
double lienS12 =
Math.exp(-1.8643301621);
double lienS12B =
Math.exp(-0.598);
while (B1 <= 0)
{
Amp = lienS12;
AmpA = lienS12B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
//onde 70 71
B1 =0;
double lienS13 =
Math.exp(-2.0402208285);
double lienS13B =
Math.exp(-0.598);
while (B1 <=0 )
{
Amp = lienS13;
AmpA = lienS13B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
//onde 72 73
B1 =0;
double lienS14 =
Math.exp(-2.1628231506);
double lienS14B =
Math.exp(-0.598);
while (B1 <= 0)
{
Amp = lienS14;
AmpA = lienS14B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
//onde 74 75
B1 =0;
double lienS15 =
Math.exp(-2.6592600369);
double lienS15B =
Math.exp(-0.598);
while (B1 <= 0)
{
Amp = lienS15;
AmpA = lienS15B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
//onde 77 76
B1 =0;
double lienS16 =
Math.exp(-2.9957322736);
double lienS16B =
Math.exp(0.3892);
while (B1 <= 0)
{
Amp = lienS16;
AmpA = lienS16B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
//onde 79 78
B1 =0;
double lienS17 =
Math.exp(-3.3524072175);
double lienS17B =
Math.exp(-0.598);
while (B1 <= 0)
{
Amp = lienS17;
AmpA = lienS17B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
//onde 81 80
B1 =0;
double lienS18 =
Math.exp(-3.6888794541);
double lienS18B =
Math.exp(-0.598);
while (B1 <= 0)
{
Amp = lienS18;
AmpA = lienS18B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
//onde 82 83
B1 =0;
double lienS19 =
Math.exp(-4.605170186);
double lienS19B =
Math.exp(-0.598);
while (B1 <= 0)
{
Amp = lienS19;
AmpA = lienS19B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
//ondes de fin
B1 =10;
double lienS20 =
Math.exp(-4.605170186);
double lienS20B =
Math.exp(-0.598);
while (B1 <= 10)
{
Amp = lienS20;
AmpA = lienS20B;
face1(F1, Dur1 , onde1);
face2(F2, Dur1 , onde2);
face3(F3, Dur1 , onde3);
B1 = B1+1;
}
B2 = B2 + 1;
B3 = (int) (B2%2) ;
if(B3 == 1)
{
F1 = F1 + 1;
}
else
{
F1 = F1 - 2;
}
}
onde1.drain();
onde2.drain();
onde3.drain();
System.exit(0);
}
}