Difficultés avec des tableaux multidimentionnels

Bonjour.

Je travaille actuellement sur une application qui en substance anime dynamiquement des disques selon des formules mathématiques paramètrées directement par l'utilisateur à l'aide de combo box.

Dans le but de faire faire des séquences de trajectoires aux disques ... j'aimerais sauver les données des combo box dans un array ... qui servirais d'intermédiaire ... dans le sens où les paramètres des formules de maths seraient lus directement et pas à pas dans ce tableau.

Voici la partie de mon code AS qui nous intéresse :

Code:

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// Définition des centres (Trajectoires objet a et b) Oa._x = 602.5; Oa._y = 375; ta = 0; ia = 0; sa = 0; nsa = 0; // Ob._x = 677.5; Ob._y = 375; tb = 0; ib = 0;   // Création du tableau des valeurs et index de mes combo box taba = [[[]]]; stposa = [ldpa.value, ldpa.selectedIndex, ldia.value, ldia.selectedIndex, ldoa.value, ldoa.selectedIndex, sradpa.value, adpa.value, sradia.value, adia.value, sradoa.value, adoa.value]; motpata = [lfpa.value, lfpa.selectedIndex, lfia.value, lfia.selectedIndex, lfoa.value, lfoa.selectedIndex, srntpa.value, ntpa.value, srntia.value, ntia.value, srntoa.value, ntoa.value, cma.value]; taba.push(new Array(new Array(stposa), new Array(motpata)));   // Définition des variables pour les formules mathématiques ρpa = taba[sa][0][0]; ρia = taba[sa][0][2]; ρoa = taba[sa][0][4]; sθpa = taba[sa][0][6]; θpa = taba[sa][0][7]; sθia = taba[sa][0][8]; θia = taba[sa][0][9]; sθoa = taba[sa][0][10]; θoa = taba[sa][0][11]; λpa = taba[sa][1][0]; λia = taba[sa][1][2]; λoa = taba[sa][1][4]; sφpa = taba[sa][1][6]; φpa = taba[sa][1][7]; sφia = taba[sa][1][8]; φia = taba[sa][1][9]; sφoa = taba[sa][1][10]; φoa = taba[sa][1][11]; pfa = taba[sa][1][12];   // Mise à jour dans le tableau lors de changements dans les combos box var ldpaListener:Object = new Object(); ldpaListener.change = function(event_obj:Object) { taba[0][0][0]=ldpa.value; taba[0][0][1]=ldpa.selectedIndex; }; ldpa.addEventListener("change",ldpalistener); // var ldiaListener:Object = new Object(); ldiaListener.change = function(event_obj:Object) { taba[0][0][2]=ldia.value; taba[0][0][3]=ldia.selectedIndex; }; ldia.addEventListener("change",ldialistener); // var ldoaListener:Object = new Object(); ldoaListener.change = function(event_obj:Object) { if (omode.selected) { lfoa.enabled = true; lfoa.selectedIndex = ldoa.selectedIndex; lfoa.enabled = false; } taba[0][0][4]=ldoa.value; taba[0][0][5]=ldoa.selectedIndex; }; ldoa.addEventListener("change", ldoaListener); // var sradpaListener:Object = new Object(); sradpaListener.change = function(event_obj:Object) { taba[0][0][6]=sradpa.value; }; sradpa.addEventListener("change",sradpalistener); // var adpaListener:Object = new Object(); adpaListener.change = function(event_obj:Object) { taba[0][0][7]=adpa.value; }; adpa.addEventListener("change",adpalistener); // var sradiaListener:Object = new Object(); sradiaListener.change = function(event_obj:Object) { taba[0][0][8]=sradia.value; }; sradia.addEventListener("change",sradialistener); // var adiaListener:Object = new Object(); adiaListener.change = function(event_obj:Object) { taba[0][0][9]=adia.value; }; adia.addEventListener("change",adialistener); // var sradoaListener:Object = new Object(); sradoaListener.change = function(event_obj:Object) { taba[0][0][10]=sradoa.value; }; sradoa.addEventListener("change",sradoalistener); // var adoaListener:Object = new Object(); adoaListener.change = function(event_obj:Object) { taba[0][0][11]=adoa.value; }; adoa.addEventListener("change",adoalistener); // var lfpaListener:Object = new Object(); lfpaListener.change = function(event_obj:Object) { taba[nsa][1][0]=lfpa.value; taba[nsa][1][1]=lfpa.selectedIndex; }; lfpa.addEventListener("change",lfpalistener); // var lfiaListener:Object = new Object(); lfiaListener.change = function(event_obj:Object) { taba[nsa][1][2]=lfia.value; taba[nsa][1][3]=lfia.selectedIndex; }; lfia.addEventListener("change",lfialistener); // var lfoaListener:Object = new Object(); lfoaListener.change = function(event_obj:Object) { taba[nsa][1][4]=lfoa.value; taba[nsa][1][5]=lfoa.selectedIndex; }; lfoa.addEventListener("change",lfoalistener); // var srntpaListener:Object = new Object(); srntpaListener.change = function(event_obj:Object) { taba[nsa][1][6]=srntpa.value; }; srntpa.addEventListener("change",srntpalistener); // var ntpaListener:Object = new Object(); ntpaListener.change = function(event_obj:Object) { taba[nsa][1][7]=ntpa.value; }; ntpa.addEventListener("change",ntpalistener); // var srntiaListener:Object = new Object(); srntiaListener.change = function(event_obj:Object) { taba[nsa][1][8]=srntia.value; }; srntia.addEventListener("change",srntialistener); // var ntiaListener:Object = new Object(); ntiaListener.change = function(event_obj:Object) { taba[nsa][1][9]=ntia.value; }; ntia.addEventListener("change",ntialistener); // var srntoaListener:Object = new Object(); srntoaListener.change = function(event_obj:Object) { taba[nsa][1][10]=srntoa.value; }; srntoa.addEventListener("change",srntoalistener); // var ntoaListener:Object = new Object(); ntoaListener.change = function(event_obj:Object) { taba[nsa][1][11]=ntoa.value; }; ntoa.addEventListener("change",ntoalistener); // var cmaListener:Object = new Object(); cmaListener.change = function(event_obj:Object) { taba[nsa][1][12]=cma.value; }; cma.addEventListener("change",cmalistener);   // Création d'une nouvelle trajectoire prolongeant la précédente (nouvelle ligne) var addaListener:Object = new Object(); addaListener.click = function(event_obj:Object) { nsa+=1; newldpa=taba[nsa-1][1][0]; newldpaindex=taba[nsa-1][1][1]; newldia=taba[nsa-1][1][2]; newldiaindex=taba[nsa-1][1][3]; newldoa=taba[nsa-1][1][4]; newldoaindex=taba[nsa-1][1][5]; newsradpa=(taba[nsa-1][0][6]*taba[nsa-1][0][7]+taba[nsa-1][1][6]*taba[nsa-1][1][7]*taba[nsa-1][1][12])/Math.abs(taba[nsa-1][0][6]*taba[nsa-1][0][7]+taba[nsa-1][1][6]*taba[nsa-1][1][7]*taba[nsa-1][1][12]); newsradia=(taba[nsa-1][0][8]*taba[nsa-1][0][9]+taba[nsa-1][1][8]*taba[nsa-1][1][9]*taba[nsa-1][1][12])/Math.abs(taba[nsa-1][0][8]*taba[nsa-1][0][9]+taba[nsa-1][1][8]*taba[nsa-1][1][9]*taba[nsa-1][1][12]); newsradoa=(taba[nsa-1][0][10]*taba[nsa-1][0][11]+taba[nsa-1][1][10]*taba[nsa-1][1][11]*taba[nsa-1][1][12])/Math.abs(taba[nsa-1][0][10]*taba[nsa-1][0][11]+taba[nsa-1][1][10]*taba[nsa-1][1][11]*taba[nsa-1][1][12]); newadpa=Math.abs(taba[nsa-1][0][6]*taba[nsa-1][0][7]+taba[nsa-1][1][6]*taba[nsa-1][1][7]*taba[nsa-1][1][12]); newadia=Math.abs(taba[nsa-1][0][8]*taba[nsa-1][0][9]+taba[nsa-1][1][8]*taba[nsa-1][1][9]*taba[nsa-1][1][12]); newadoa=Math.abs(taba[nsa-1][0][10]*taba[nsa-1][0][11]+taba[nsa-1][1][10]*taba[nsa-1][1][11]*taba[nsa-1][1][12]); srntpa.selectedIndex=0; ntpa.selectedIndex=0; srntia.selectedIndex=0; ntia.selectedIndex=0; srntoa.selectedIndex=0; ntoa.selectedIndex=0; cma.selectedIndex=0; newstposa =[newldpa,newldpaindex,newldia,newldiaindex,newldoa,newldoaindex,newsradpa,newadpa,newsradia,newadia,newsradoa,newadoa]; newmotpata=[lfpa.value, lfpa.selectedIndex, lfia.value, lfia.selectedIndex, lfoa.value, lfoa.selectedIndex, srntpa.value, ntpa.value, srntia.value, ntia.value, srntoa.value, ntoa.value, cma.value]; taba.push(new Array(new Array(newstposa), new Array(newmotpata))); }; adda.addEventListener("click", addaListener); // onEnterFrame = function () { if (ta>pfa) { ta = 0; ia = 0; sa+=1; } if (tb>pfb) { tb = 0; ib = 0; //sb+=1; } if (sa>nsa) { sa=0; } Ia._x = Oa._x+150*((ρpa+ta/pfa*(λpa-ρpa))*Math.cos(2*Math.PI*sφpa*φpa*ta+2*Math.PI*sθpa*θpa-Math.PI/2)); Ia._y = Oa._y-150*((ρpa+ta/pfa*(λpa-ρpa))*Math.sin(2*Math.PI*sφpa*φpa*ta+2*Math.PI*sθpa*θpa-Math.PI/2)); Ib._x = Ob._x+150*((ldpb.value+tb/cmb.value*(lfpb.value-ldpb.value))*Math.cos(2*Math.PI*srntpb.value*ntpb.value*tb+2*Math.PI*sradpb.value*adpb.value-Math.PI/2)); Ib._y = Ob._y-150*((ldpb.value+tb/cmb.value*(lfpb.value-ldpb.value))*Math.sin(2*Math.PI*srntpb.value*ntpb.value*tb+2*Math.PI*sradpb.value*adpb.value-Math.PI/2));   Ma._x = Oa._x+150*((ρpa+ta/pfa*(λpa-ρpa))*Math.cos(2*Math.PI*sφpa*φpa*ta+2*Math.PI*sθpa*θpa-Math.PI/2)+(ρia+ta/pfa*(λia-ρia))*Math.cos(2*Math.PI*sφia*(φia+sφia*sφpa*φpa)*ta+2*Math.PI*(sθia*θia+sθpa*θpa)-Math.PI/2)); Ma._y = Oa._y-150*((ρpa+ta/pfa*(λpa-ρpa))*Math.sin(2*Math.PI*sφpa*φpa*ta+2*Math.PI*sθpa*θpa-Math.PI/2)+(ρia+ta/pfa*(λia-ρia))*Math.sin(2*Math.PI*sφia*(φia+sφia*sφpa*φpa)*ta+2*Math.PI*(sθia*θia+sθpa*θpa)-Math.PI/2)); Mb._x = Ob._x+150*((ldpb.value+tb/cmb.value*(lfpb.value-ldpb.value))*Math.cos(2*Math.PI*srntpb.value*ntpb.value*tb+2*Math.PI*sradpb.value*adpb.value-Math.PI/2)+(ldib.value+tb/cmb.value*(lfib.value-ldib.value))*Math.cos(2*Math.PI*srntib.value*(ntib.value+srntib.value*srntpb.value*ntpb.value)*tb+2*Math.PI*(sradib.value*adib.value+sradpb.value*adpb.value)-Math.PI/2)); Mb._y = Ob._y-150*((ldpb.value+tb/cmb.value*(lfpb.value-ldpb.value))*Math.sin(2*Math.PI*srntpb.value*ntpb.value*tb+2*Math.PI*sradpb.value*adpb.value-Math.PI/2)+(ldib.value+tb/cmb.value*(lfib.value-ldib.value))*Math.sin(2*Math.PI*srntib.value*(ntib.value+srntib.value*srntpb.value*ntpb.value)*tb+2*Math.PI*(sradib.value*adib.value+sradpb.value*adpb.value)-Math.PI/2));   Ea._x = Oa._x+150*((ρpa+ta/pfa*(λpa-ρpa))*Math.cos(2*Math.PI*sφpa*φpa*ta+2*Math.PI*sθpa*θpa-Math.PI/2)+(ρia+ta/pfa*(λia-ρia))*Math.cos(2*Math.PI*sφia*(φia+sφia*sφpa*φpa)*ta+2*Math.PI*(sθia*θia+sθpa*θpa)-Math.PI/2)+(ρoa+ta/pfa*(λoa-ρoa))*Math.cos(2*Math.PI*sφoa*(φoa+sφoa*sφia*(φia+sφia*sφpa*φpa))*ta+2*Math.PI*(sθoa*θoa+sθia*θia+sθpa*θpa)-Math.PI/2)); Ea._y = Oa._y-150*((ρpa+ta/pfa*(λpa-ρpa))*Math.sin(2*Math.PI*sφpa*φpa*ta+2*Math.PI*sθpa*θpa-Math.PI/2)+(ρia+ta/pfa*(λia-ρia))*Math.sin(2*Math.PI*sφia*(φia+sφia*sφpa*φpa)*ta+2*Math.PI*(sθia*θia+sθpa*θpa)-Math.PI/2)+(ρoa+ta/pfa*(λoa-ρoa))*Math.sin(2*Math.PI*sφoa*(φoa+sφoa*sφia*(φia+sφia*sφpa*φpa))*ta+2*Math.PI*(sθoa*θoa+sθia*θia+sθpa*θpa)-Math.PI/2)); Eb._x = Ob._x+150*((ldpb.value+tb/cmb.value*(lfpb.value-ldpb.value))*Math.cos(2*Math.PI*srntpb.value*ntpb.value*tb+2*Math.PI*sradpb.value*adpb.value-Math.PI/2)+(ldib.value+tb/cmb.value*(lfib.value-ldib.value))*Math.cos(2*Math.PI*srntib.value*(ntib.value+srntib.value*srntpb.value*ntpb.value)*tb+2*Math.PI*(sradib.value*adib.value+sradpb.value*adpb.value)-Math.PI/2)+(ldob.value+tb/cmb.value*(lfob.value-ldob.value))*Math.cos(2*Math.PI*srntob.value*(ntob.value+srntob.value*srntib.value*(ntib.value+srntib.value*srntpb.value*ntpb.value))*tb+2*Math.PI*(sradob.value*adob.value+sradib.value*adib.value+sradpb.value*adpb.value)-Math.PI/2)); Eb._y = Ob._y-150*((ldpb.value+tb/cmb.value*(lfpb.value-ldpb.value))*Math.sin(2*Math.PI*srntpb.value*ntpb.value*tb+2*Math.PI*sradpb.value*adpb.value-Math.PI/2)+(ldib.value+tb/cmb.value*(lfib.value-ldib.value))*Math.sin(2*Math.PI*srntib.value*(ntib.value+srntib.value*srntpb.value*ntpb.value)*tb+2*Math.PI*(sradib.value*adib.value+sradpb.value*adpb.value)-Math.PI/2)+(ldob.value+tb/cmb.value*(lfob.value-ldob.value))*Math.sin(2*Math.PI*srntob.value*(ntob.value+srntob.value*srntib.value*(ntib.value+srntib.value*srntpb.value*ntpb.value))*tb+2*Math.PI*(sradob.value*adob.value+sradib.value*adib.value+sradpb.value*adpb.value)-Math.PI/2));   Eabis._x = Oa._x+150*((ρpa+ta/pfa*(λpa-ρpa))*Math.cos(2*Math.PI*sφpa*φpa*ta+2*Math.PI*sθpa*θpa-Math.PI/2)+(ρia+ta/pfa*(λia-ρia))*Math.cos(2*Math.PI*sφia*(φia+sφia*sφpa*φpa)*ta+2*Math.PI*(sθia*θia+sθpa*θpa)-Math.PI/2)+(ρoa+ta/pfa*(λoa-ρoa))*Math.cos(2*Math.PI*sφoa*(φoa+sφoa*sφia*(φia+sφia*sφpa*φpa))*ta+2*Math.PI*(sθoa*θoa+sθia*θia+sθpa*θpa)+Math.PI/2)); Eabis._y = Oa._y-150*((ρpa+ta/pfa*(λpa-ρpa))*Math.sin(2*Math.PI*sφpa*φpa*ta+2*Math.PI*sθpa*θpa-Math.PI/2)+(ρia+ta/pfa*(λia-ρia))*Math.sin(2*Math.PI*sφia*(φia+sφia*sφpa*φpa)*ta+2*Math.PI*(sθia*θia+sθpa*θpa)-Math.PI/2)+(ρoa+ta/pfa*(λoa-ρoa))*Math.sin(2*Math.PI*sφoa*(φoa+sφoa*sφia*(φia+sφia*sφpa*φpa))*ta+2*Math.PI*(sθoa*θoa+sθia*θia+sθpa*θpa)+Math.PI/2)); Ebbis._x = Ob._x+150*((ldpb.value+tb/cmb.value*(lfpb.value-ldpb.value))*Math.cos(2*Math.PI*srntpb.value*ntpb.value*tb+2*Math.PI*sradpb.value*adpb.value-Math.PI/2)+(ldib.value+tb/cmb.value*(lfib.value-ldib.value))*Math.cos(2*Math.PI*srntib.value*(ntib.value+srntib.value*srntpb.value*ntpb.value)*tb+2*Math.PI*(sradib.value*adib.value+sradpb.value*adpb.value)-Math.PI/2)+(ldob.value+tb/cmb.value*(lfob.value-ldob.value))*Math.cos(2*Math.PI*srntob.value*(ntob.value+srntob.value*srntib.value*(ntib.value+srntib.value*srntpb.value*ntpb.value))*tb+2*Math.PI*(sradob.value*adob.value+sradib.value*adib.value+sradpb.value*adpb.value)+Math.PI/2)); Ebbis._y = Ob._y-150*((ldpb.value+tb/cmb.value*(lfpb.value-ldpb.value))*Math.sin(2*Math.PI*srntpb.value*ntpb.value*tb+2*Math.PI*sradpb.value*adpb.value-Math.PI/2)+(ldib.value+tb/cmb.value*(lfib.value-ldib.value))*Math.sin(2*Math.PI*srntib.value*(ntib.value+srntib.value*srntpb.value*ntpb.value)*tb+2*Math.PI*(sradib.value*adib.value+sradpb.value*adpb.value)-Math.PI/2)+(ldob.value+tb/cmb.value*(lfob.value-ldob.value))*Math.sin(2*Math.PI*srntob.value*(ntob.value+srntob.value*srntib.value*(ntib.value+srntib.value*srntpb.value*ntpb.value))*tb+2*Math.PI*(sradob.value*adob.value+sradib.value*adib.value+sradpb.value*adpb.value)+Math.PI/2)); };

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De mon point de vue conceptuellement tout ceci me semble correct et devrait fonctionner ... mais lorsque je teste l'animation ... seuls les disques "b" ... correspondant à mon ancienne façon de faire (lecture directe dans les combo box) apparaissent et fonctionnent !?!

Il doit sans doute y avoir un ou plusieurs problèmes de syntaxes dans mes modifications sur les disques "a" ... j'imagine au niveau de tout ce qui touche aux tableaux ... mais malgré mes recherches je ne vois toujours pas !!

Y aurait il une âme charitable qui saurait identifier ce qui ne va pas ?

Je pourrait envoyer le fichier .fla complet si besoin est ...

Merci d'avance !!