Réplique d'arkanoid
Description
Ce casse-brique est issu d'un projet JAVA que j'ai réalisé dans le courant de ma deuxième année d'apprentissage d'analyste programmeur (d'où le nom APAnoid)
Il m'a fallu 4 journées de cours et toute l'aide de mon prof pour en venir à bout mais vous avez là la réplique exacte des 31 niveaux de l'Arkanoid original.
Ce programme restera certainement définitivement dans son état actuel, j'ai fini mes études il y a bien longtemps déjà.
Quelques bugz subsistent pour les courageux qui veulent s'y atteler, notament la bille qui a des sautes d'humeur (vitesse inégale selon la disponibilité du processeur sur ma machine) et un effet de bord génant qui coince la bille dans le décor ou dans les briques indestructibles.
Pour les plus fénéants j'ai laissé les codes pour tricher directement sur la page HTML
Merci de votre indulgence, car c'est, à ce jour, le seul programme JAVA que j'ai jamais écris.
Je tiens à remercier mon prof, tout de même, Mr Bruno Genty, talentueux développeur à Devil Desing (http://devildesign.free.fr/) ;-)
Il m'a fallu 4 journées de cours et toute l'aide de mon prof pour en venir à bout mais vous avez là la réplique exacte des 31 niveaux de l'Arkanoid original.
Source / Exemple :
import java.applet.Applet;
import java.awt.Image;
import java.awt.Graphics;
import java.awt.event.*;
import java.awt.Color;
import java.awt.Cursor;
public class ApaNoid extends Applet implements MouseListener, MouseMotionListener, KeyListener, Runnable
{
//Déclarations
Image fond;
Image raquette;
Image offScreen;
Image balle;
Image[][] Briques = new Image[15][13];
Image[] vies = new Image[10];
Image gameover;
Image[] Num_Score = new Image[10];
Image[] Opt = new Image[4];
String[] tableau=new String[15];
boolean[][] flash = new boolean[15][13];
boolean fin_niveau;
boolean est_lance;
boolean toujours_coller;
int[][] Nb_Coups = new int[15][13];
int l,h;
int niveau;
int Score;
int max_niv;
int position_raquette;
int position_balle_x, position_balle_y;
int dx,dy;
int pas;
int pos_init_balle = 55;
int vie;
int r_1, r_2, r_3;
int nb_brikk;
int Opt_X,Opt_Y;
int Opt_Num;
int delta_x;
boolean NoOneCanCheatLikeIDo;
Thread jouer;
float[] sinus = new float[360];
float[] cosinus = new float[360];
//=========================================================================================\\
public void ChargerNiveau(int n)
{
toujours_coller = false;
position_raquette = (int) (getSize().width / 2) - (raquette.getWidth(this) /2);
delta_x = 40;
Opt_X = 0;
position_balle_x = position_raquette + delta_x;
position_balle_y = getSize().height - pos_init_balle;
raquette = getImage(getDocumentBase(), "Rakette.gif");
int a,b;
for (a = 0; a < h ; a++) { for (b = 0 ; b < l ; b++) { flash[a][b] = false; }}
int f = n % 4;
fond = getImage(getDocumentBase(),"FOND" +String.valueOf(f) + ".JPG");
prepareImage(fond, this);
switch(n)
{
case 1:
tableau[0] = "0000000000000";
tableau[1] = "0000000000000";
tableau[2] = "9999999999999";
tableau[3] = "6666666666666";
tableau[4] = "5555555555555";
tableau[5] = "4444444444444";
tableau[6] = "1111111111111";
tableau[7] = "2222222222222";
tableau[8] = "0000000000000";
tableau[9] = "0000000000000";
tableau[10]= "0000000000000";
tableau[11]= "0000000000000";
tableau[12] ="0000000000000";
tableau[13] ="0000000000000";
tableau[14] ="0000000000000";
nb_brikk = 78;
break;
case 2:
tableau[0] = "7000000000000";
tableau[1] = "7500000000000";
tableau[2] = "75A0000000000";
tableau[3] = "75A2000000000";
tableau[4] = "75A2600000000";
tableau[5] = "75A2640000000";
tableau[6] = "75A2641000000";
tableau[7] = "75A2641300000";
tableau[8] = "75A2641370000";
tableau[9] = "75A2641375000";
tableau[10]= "75A2641375A00";
tableau[11]= "75A2641375A20";
tableau[12]= "9999999999996";
tableau[13]= "0000000000000";
tableau[14]= "0000000000000";
nb_brikk = 91;
break;
case 3:
tableau[0] = "2222222222222"; //13
tableau[1] = "0000000000000";
tableau[2] = "7778888888888"; //3
tableau[3] = "0000000000000";
tableau[4] = "6666666666666"; //13
tableau[5] = "0000000000000";
tableau[6] = "8888888888777"; //3
tableau[7] = "0000000000000";
tableau[8] = "1111111111111"; //13
tableau[9] = "0000000000000";
tableau[10]= "4448888888888"; //3
tableau[11]= "0000000000000";
tableau[12]= "AAAAAAAAAAAAA"; //13
tableau[13]= "0000000000000";
tableau[14]= "8888888888AAA"; //3
nb_brikk = 64;
break;
case 4:
tableau[0] = "05A2940375A20";
tableau[1] = "0A2941075A290";
tableau[2] = "02941305A2940";
tableau[3] = "0941370A29410";
tableau[4] = "0413750294130";
tableau[5] = "01375A0941370";
tableau[6] = "0375A20413750";
tableau[7] = "075A2901375A0";
tableau[8] = "05A2940375A20";
tableau[9] = "0A2941075A290";
tableau[10]= "02941305A2940";
tableau[11]= "0941370A29410";
tableau[12]= "0413750294130";
tableau[13]= "01375A0941370";
tableau[14]= "0375A20413750";
nb_brikk = 150;
break;
case 5:
tableau[0] = "0003000003000"; //2
tableau[1] = "0003000003000"; //2
tableau[2] = "0000300030000"; //2
tableau[3] = "0000300030000"; //2
tableau[4] = "0009999999000"; //7
tableau[5] = "0009999999000"; //7
tableau[6] = "0099699969900"; //9
tableau[7] = "0099699969900"; //9
tableau[8] = "0999999999990"; //11
tableau[9] = "0999999999990"; //11
tableau[10]= "0909999999090"; //9
tableau[11]= "0909000009090"; //4
tableau[12]= "0909000009090"; //4
tableau[13]= "0000990990000"; //4
tableau[14]= "0000990990000"; //4
nb_brikk = 87;
break;
case 6:
tableau[0] = "406020A020604"; //7
tableau[1] = "406020A020604"; //7
tableau[2] = "406020A020604"; //7
tableau[3] = "406020A020604"; //7
tableau[4] = "406020A020604"; //7
tableau[5] = "4085858585804"; //6
tableau[6] = "406020A020604"; //7
tableau[7] = "406020A020604"; //7
tableau[8] = "406020A020604"; //7
tableau[9] = "406020A020604"; //7
tableau[10]= "5050805080505"; //5
tableau[11]= "406020A020604"; //7
tableau[12]= "0000000000000";
tableau[13]= "0000000000000";
tableau[14]= "0000000000000";
nb_brikk = 81;
break;
case 7:
tableau[0] = "0000033100000"; //3
tableau[1] = "0000331140000"; //5
tableau[2] = "0003311446000"; //7
tableau[3] = "0003114466000"; //7
tableau[4] = "0031144662200"; //9
tableau[5] = "0011446622A00"; //9
tableau[6] = "001446622AA00"; //9
tableau[7] = "00446622AA500"; //9
tableau[8] = "0046622AA5500"; //9
tableau[9] = "006622AA55700"; //9
tableau[10]= "00022AA557000"; //7
tableau[11]= "0002AA5577000"; //7
tableau[12]= "0000A55770000"; //5
tableau[13]= "0000057700000"; //3
tableau[14]= "0000000000000";
nb_brikk = 98;
break;
case 8:
tableau[0] = "0008080808000";
tableau[1] = "0800000000080";
tableau[2] = "0880800080880";
tableau[3] = "0000007000000";
tableau[4] = "0800085800080";
tableau[5] = "000800A008000";
tableau[6] = "0000002000000";
tableau[7] = "0008006008000";
tableau[8] = "0800084800080";
tableau[9] = "0000001000000";
tableau[10]= "0880800080880";
tableau[11]= "0800000000080";
tableau[12]= "0008080808000";
tableau[13]= "0000000000000";
tableau[14]= "0000000000000";
nb_brikk = 7;
break;
case 9:
tableau[0] = "0000000000000";
tableau[1] = "0808000008080";
tableau[2] = "0828000008280";
tableau[3] = "08A8000008A80";
tableau[4] = "0888000008880";
tableau[5] = "0000000000000";
tableau[6] = "0000177730000";
tableau[7] = "0000155530000";
tableau[8] = "00001AAA30000";
tableau[9] = "0000122230000";
tableau[10]= "0000166630000";
tableau[11]= "0000144430000";
tableau[12]= "0000000000000";
tableau[13]= "0000000000000";
tableau[14]= "0000000000000";
nb_brikk = 34;
break;
case 10:
tableau[0] = "0000000000000";
tableau[1] = "0800000000000";
tableau[2] = "0800000000000";
tableau[3] = "0800000400000";
tableau[4] = "0800004A40000";
tableau[5] = "080004A7A4000";
tableau[6] = "08004A7A7A400";
tableau[7] = "0804A7A9A7A40";
tableau[8] = "08004A7A7A400";
tableau[9] = "080004A7A4000";
tableau[10]= "0800004A40000";
tableau[11]= "0800000400000";
tableau[12]= "0800000000000";
tableau[13]= "0800000000000";
tableau[14]= "0888888888888";
nb_brikk = 41;
break;
case 11:
tableau[0] = "0000000000000";
tableau[1] = "0999999999990"; //11
tableau[2] = "0900000000090"; //2
tableau[3] = "0909999999090"; //9
tableau[4] = "0909000009090"; //4
tableau[5] = "0909099909090"; //7
tableau[6] = "0909090909090"; //6
tableau[7] = "0909099909090"; //7
tableau[8] = "0909000009090"; //4
tableau[9] = "0909999999090"; //9
tableau[10]= "0900000000090"; //2
tableau[11]= "0999999999990"; //11
tableau[12]= "0000000000000";
tableau[13]= "0000000000000";
tableau[14]= "0000000000000";
nb_brikk = 72;
break;
case 12:
tableau[0] = "7000000000000";
tableau[1] = "8888888888800";
tableau[2] = "0000800000810";
tableau[3] = "0000800000800";
tableau[4] = "0870800800800";
tableau[5] = "0800820800800";
tableau[6] = "0800800800800";
tableau[7] = "0805800840800";
tableau[8] = "0800800800800";
tableau[9] = "0800806800800";
tableau[10]= "0800800800800";
tableau[11]= "08A0000800000";
tableau[12]= "0800000800003";
tableau[13]= "0888888888888";
tableau[14]= "0000000000000";
nb_brikk = 9;
break;
case 13:
tableau[0] = "0000000000000";
tableau[1] = "0333077703330";
tableau[2] = "0111055501110";
tableau[3] = "04440AAA04440";
tableau[4] = "0666022206660";
tableau[5] = "0222066602220";
tableau[6] = "0AAA04440AAA0";
tableau[7] = "0555011105550";
tableau[8] = "0777033307770";
tableau[9] = "0000000000000";
tableau[10]= "0000000000000";
tableau[11]= "0000000000000";
tableau[12]= "0000000000000";
tableau[13]= "0000000000000";
tableau[14]= "0000000000000";
nb_brikk = 72;
break;
case 14:
tableau[0] = "0000000000000";
tableau[1] = "4444444444444";
tableau[2] = "8000000000008";
tableau[3] = "4444444444444";
tableau[4] = "0000000000000";
tableau[5] = "5999999999995";
tableau[6] = "8000000000008";
tableau[7] = "7777777777777";
tableau[8] = "0000000000000";
tableau[9] = "A99999999999A";
tableau[10]= "8000000000008";
tableau[11]= "6666666666666";
tableau[12]= "0000000000000";
tableau[13]= "6666666666666";
tableau[14]= "8000000000008";
nb_brikk = 91;
break;
case 15:
tableau[0] = "0000000000000";
tableau[1] = "A78AAAAAAA87A";
tableau[2] = "A738AAAAA827A";
tableau[3] = "A7338AAA8227A";
tableau[4] = "A73338782227A";
tableau[5] = "A73333722227A";
tableau[6] = "A73333722227A";
tableau[7] = "A73333722227A";
tableau[8] = "A93333722229A";
tableau[9] = "AA933372229AA";
tableau[10]= "AAA9337229AAA";
tableau[11]= "AAAA93729AAAA";
tableau[12]= "AAAAA979AAAAA";
tableau[13]= "0000000000000";
tableau[14]= "0000000000000";
nb_brikk = 148;
break;
case 16:
tableau[0] = "0000000000000";
tableau[1] = "0000008000000";
tableau[2] = "0000770770000"; //4
tableau[3] = "0077008007700"; //4
tableau[4] = "7700550550077"; //8
tableau[5] = "0055008005500"; //4
tableau[6] = "5500330330055"; //8
tableau[7] = "0033008003300"; //4
tableau[8] = "3300220220033"; //8
tableau[9] = "0022008002200"; //4
tableau[10]= "2200660660022"; //8
tableau[11]= "0066008006600"; //4
tableau[12]= "6600440440066"; //8
tableau[13]= "0044000004400"; //4
tableau[14]= "4400000000044"; //4
nb_brikk = 72;
break;
case 17:
tableau[0] = "0000000000000";
tableau[1] = "0000009000000"; //1
tableau[2] = "0004449222000"; //7
tableau[3] = "0044477722200"; //9
tableau[4] = "0044777772200"; //9
tableau[5] = "0444777772220"; //11
tableau[6] = "0444777772220"; //11
tableau[7] = "0444777772220"; //11
tableau[8] = "0900909090090"; //5
tableau[9] = "0000009000000"; //1
tableau[10]= "0000009000000"; //1
tableau[11]= "0000009000000"; //1
tableau[12]= "0000808000000";
tableau[13]= "0000888000000";
tableau[14]= "0000080000000";
nb_brikk = 67;
break;
case 18:
tableau[0] = "0000000000000";
tableau[1] = "0000000000000";
tableau[2] = "5083333333805"; //9
tableau[3] = "5088333338805"; //7
tableau[4] = "5080833380805"; //5
tableau[5] = "50801838A0805"; //5
tableau[6] = "50801090A0805"; //5
tableau[7] = "50801020A0805"; //5
tableau[8] = "50801020A0805"; //5
tableau[9] = "50801020A0805"; //5
tableau[10]= "50801020A0805"; //5
tableau[11]= "58881020A8885"; //5
tableau[12]= "0000000000000";
tableau[13]= "0000000000000";
tableau[14]= "0000000000000";
nb_brikk = 56;
break;
case 19:
tableau[0] = "0000000000000";
tableau[1] = "0088888888800";
tableau[2] = "0023418143200"; //8
tableau[3] = "0023418143200"; //8
tableau[4] = "0023418143200"; //8
tableau[5] = "0023413143200"; //9
tableau[6] = "0023418143200"; //8
tableau[7] = "0023418143200"; //8
tableau[8] = "0023418143200"; //8
tableau[9] = "0088888888800";
tableau[10]= "0000000000000";
tableau[11]= "0000000000000";
tableau[12]= "0000000000000";
tableau[13]= "0000000000000";
tableau[14]= "0000000000000";
nb_brikk = 57;
break;
case 20:
tableau[0] = "87858A8283848"; //6
tableau[1] = "8189898989838"; //6
tableau[2] = "0000000000000";
tableau[3] = "8180808080808";
tableau[4] = "8081808080808";
tableau[5] = "8080818080808";
tableau[6] = "8080808180808";
tableau[7] = "8080808081808";
tableau[8] = "0000000000010";
tableau[9] = "0080808081800";
tableau[10]= "0080808180800";
tableau[11]= "0080818080800";
tableau[12]= "0001808080000";
tableau[13]= "0100008000000";
tableau[14]= "0000000000000";
nb_brikk = 23;
break;
case 21:
tableau[0] = "0000000000000";
tableau[1] = "0855555555580";
tableau[2] = "0800000000080";
tableau[3] = "0808888888080";
tableau[4] = "0808000008080";
tableau[5] = "0808000008080";
tableau[6] = "0808066608080";
tableau[7] = "0808022208080";
tableau[8] = "0808044408080";
tableau[9] = "0808077708080";
tableau[10]= "0808000008080";
tableau[11]= "0808AAAAA8080";
tableau[12]= "0800000000080";
tableau[13]= "0888888888880";
tableau[14]= "0000000000000";
nb_brikk = 26;
break;
case 22:
tableau[0] = "0000000000000";
tableau[1] = "3333333333333"; //13
tableau[2] = "3333333333333"; //13
tableau[3] = "0000000000000";
tableau[4] = "6680866680866";//7
tableau[5] = "6680866680866";//7
tableau[6] = "6680866680866";//7
tableau[7] = "0000000000000";
tableau[8] = "7777777777777";//13
tableau[9] = "7777777777777";//13
tableau[10]= "0000000000000";
tableau[11]= "0000000000000";
tableau[12]= "0000000000000";
tableau[13]= "0000000000000";
tableau[14]= "0000000000000";
nb_brikk = 73;
break;
case 23:
tableau[0] = "AAAAAAAAAAAAA"; //13
tableau[1] = "0000000000000";
tableau[2] = "0099909990999";
tableau[3] = "0092909290929";
tableau[4] = "0099909990999";
tableau[5] = "0000000000000";
tableau[6] = "0999099909990";
tableau[7] = "0969096909690";
tableau[8] = "0999099909990";
tableau[9] = "0000000000000";
tableau[10]= "9990999099900";
tableau[11]= "9490949094900";
tableau[12]= "9990999099900";
tableau[13]= "0000000000000";
tableau[14]= "0000000000000";
nb_brikk = 94;
break;
case 24:
tableau[0] = "0000000000000";
tableau[1] = "0000000000000";
tableau[2] = "0000000000000";
tableau[3] = "0000077700000"; //3
tableau[4] = "0000077700000"; //3
tableau[5] = "0000777770000"; //5
tableau[6] = "0000747470000"; //5
tableau[7] = "0007447447000"; //7
tableau[8] = "0004444444000"; //7
tableau[9] = "0044444444400"; //9
tableau[10]= "0044444444400"; //9
tableau[11]= "0444444444440"; //11
tableau[12]= "4444444444444"; //13
tableau[13]= "0000000000000";
tableau[14]= "0000000000000";
nb_brikk = 72;
break;
case 25:
tableau[0] = "0000000000000";
tableau[1] = "6666666666666"; //13
tableau[2] = "2222222222222"; //13
tableau[3] = "4444444444444"; //13
tableau[4] = "8888899988888"; //3
tableau[5] = "8666800084448"; //6
tableau[6] = "8666800084448"; //6
tableau[7] = "8000000000008";
tableau[8] = "8000000000008";
tableau[9] = "8000822280008"; //3
tableau[10]= "8000822280008"; //3
tableau[11]= "8999888889998"; //6
tableau[12]= "0000000000000";
tableau[13]= "0000000000000";
tableau[14]= "0000000000000";
nb_brikk = 66;
break;
case 27:
tableau[0] = "0000000000000";
tableau[1] = "0000000000000";
tableau[2] = "0000000000000";
tableau[3] = "0000000000000";
tableau[4] = "0000000000000";
tableau[5] = "0000000000000";
tableau[6] = "9999999999999";
tableau[7] = "3333333333333";
tableau[8] = "9999999999999";
tableau[9] = "0000000000000";
tableau[10]= "9999999999999";
tableau[11]= "6666666666666";
tableau[12]= "9999999999999";
tableau[13]= "0000000000000";
tableau[14]= "0000000000000";
nb_brikk = 78;
break;
case 26:
tableau[0] = "0000000000000";
tableau[1] = "0089998000000";
tableau[2] = "0800000800000";
tableau[3] = "800AAA0080000";
tableau[4] = "8022222080000";
tableau[5] = "8044444080000";
tableau[6] = "8001110080000";
tableau[7] = "0800000800000";
tableau[8] = "0088888000000";
tableau[9] = "0000000000000";
tableau[10]= "0000000000000";
tableau[11]= "0000000000000";
tableau[12]= "0000000000000";
tableau[13]= "0000000000000";
tableau[14]= "0000000000000";
nb_brikk = 19;
break;
case 28:
tableau[0] = "4444444444444";//13
tableau[1] = "4888818188884";//4
tableau[2] = "4800000000084";//2
tableau[3] = "4810000000184";//4
tableau[4] = "4811000001184";//6
tableau[5] = "4811100011184";//8
tableau[6] = "0481110111840";//8
tableau[7] = "0048111118400";//7
tableau[8] = "0004811184000";//5
tableau[9] = "0000481840000";//3
tableau[10]= "0000041400000";//3
tableau[11]= "0000004000000";//1
tableau[12]= "0000000000000";
tableau[13]= "0000000000000";
tableau[14]= "0000000000000";
nb_brikk = 64;
break;
case 29:
tableau[0] = "0000000000000";
tableau[1] = "0000000000000";
tableau[2] = "3333380833333";
tableau[3] = "1111180811111";
tableau[4] = "8878880888788";
tableau[5] = "4444480844444";
tableau[6] = "6666680866666";
tableau[7] = "2222280822222";
tableau[8] = "9979980899799";
tableau[9] = "AAAAA808AAAAA";
tableau[10]= "5555580855555";
tableau[11]= "7777780877777";
tableau[12]= "0000000000000";
tableau[13]= "0000000000000";
tableau[14]= "0000000000000";
nb_brikk = 92;
break;
case 30:
tableau[0] = "3100000000000"; //2
tableau[1] = "3146000000000"; //4
tableau[2] = "31462A0000000"; //6
tableau[3] = "31462A5700000"; //8
tableau[4] = "31462A5731000"; //10
tableau[5] = "91462A5731460"; //12
tableau[6] = "08962A5731462"; //11
tableau[7] = "00089A5731462"; //9
tableau[8] = "0000089731462"; //7
tableau[9] = "0000000891462"; //5
tableau[10]= "0000000008962"; //3
tableau[11]= "0000000000089"; //1
tableau[12]= "0000000000000";
tableau[13]= "0000000000000";
tableau[14]= "0000000000000";
nb_brikk = 78;
break;
case 32:
tableau[0] = "0000000000000";
tableau[1] = "0080808080800";
tableau[2] = "0080808080800";
tableau[3] = "0080808082200"; //2
tableau[4] = "0080808080800";
tableau[5] = "0080808666600"; //4
tableau[6] = "0080808080800";
tableau[7] = "0080844444400"; //6
tableau[8] = "0080808080800";
tableau[9] = "0081111111100"; //8
tableau[10]= "0080808080800";
tableau[11]= "0033333333300"; //9
tableau[12]= "0099999999900"; //9
tableau[13]= "0000000000000";
tableau[14]= "0000000000000";
nb_brikk = 38;
break;
case 31:
tableau[0] = "2060401030705"; //7
tableau[1] = "9090909090909"; //7
tableau[2] = "0401020705040"; //6
tableau[3] = "0909090909090"; //6
tableau[4] = "7020604010307"; //7
tableau[5] = "9090909090909"; //7
tableau[6] = "0104060207050"; //6
tableau[7] = "0909090909090"; //6
tableau[8] = "5070206040103"; //7
tableau[9] = "9090909090909"; //7
tableau[10]= "0301040602070"; //6
tableau[11]= "0909090909090"; //6
tableau[12]= "7050702060401"; //7
tableau[13]= "9090909090909"; //7
tableau[14]= "0000000000000";
nb_brikk = 92;
break;
default:
tableau[0] = "0000000000000";
tableau[1] = "0000000000000";
tableau[2] = "0000000000000";
tableau[3] = "0000000000000";
tableau[4] = "0000000000000";
tableau[5] = "0000000000000";
tableau[6] = "0000000000000";
tableau[7] = "0000000000000";
tableau[8] = "0000000000000";
tableau[9] = "0000000000000";
tableau[10]= "0000000000000";
tableau[11]= "0000000000000";
tableau[12]= "0000000000000";
tableau[13]= "0000000000000";
tableau[14]= "0000000000000";
nb_brikk = 0;
break;
} //fin du switch;
char c;
for (a=0;a<h;a++)
{
for (b=0;b<l;b++)
{
c = tableau[a].charAt(b);
Briques[a][b] = getImage(getDocumentBase(),"b" + c + ".gif");
prepareImage(Briques[a][b], this);
switch(c)
{
case '0':Nb_Coups[a][b] = 0; break;
case '1':Nb_Coups[a][b] = 1; break;
case '2':Nb_Coups[a][b] = 1; break;
case '3':Nb_Coups[a][b] = 1; break;
case '4':Nb_Coups[a][b] = 1; break;
case '5':Nb_Coups[a][b] = 1; break;
case '6':Nb_Coups[a][b] = 1; break;
case '7':Nb_Coups[a][b] = 1; break;
case '8':Nb_Coups[a][b] = 65535; break;
case '9':Nb_Coups[a][b] = 2; break;
case 'A':Nb_Coups[a][b] = 1; break;
}
}
}
repaint();
} // find de charger niveau
//=========================================================================================\\
//gestion de la souris
public void mouseClicked( MouseEvent m ) {}
public void mousePressed( MouseEvent m )
{
if ( niveau == 0 )
{
niveau=1;
ChargerNiveau(niveau);
repaint();
Score = 0;
}
else if ( vie != 0 ) { est_lance = true; }
else //Fin de la partie
{
vie = 4;
niveau=1;
Score = 0;
ChargerNiveau(niveau);
repaint();
}
}
public void mouseReleased( MouseEvent m ) {}
public void mouseEntered( MouseEvent m ){setCursor(new Cursor(Cursor.CROSSHAIR_CURSOR));}
public void mouseExited( MouseEvent m ) {}
// Gestion des mouvements de la souris
public void mouseDragged(MouseEvent e) {}
public void mouseMoved(MouseEvent e)
{
position_raquette =(int) e.getX() - raquette.getWidth(this) / 2;
if (position_raquette < 15) { position_raquette = 15; }
else if (position_raquette > (535 - raquette.getWidth(this))) { position_raquette = 535 - raquette.getWidth(this);}
if (( ! est_lance) && ( ! NoOneCanCheatLikeIDo))
{
if ( position_balle_x > (position_raquette + (raquette.getWidth(this) - 5) ))
{ position_balle_x = position_raquette + raquette.getWidth(this) -5; }
else if ( position_balle_x < (position_raquette + 5))
{ position_balle_x = position_raquette + 5;}
position_balle_x = position_raquette + delta_x;
position_balle_y = getSize().height - pos_init_balle;
}
else if (NoOneCanCheatLikeIDo)
{
position_balle_x = e.getX() -10;
position_balle_y = e.getY() -10;
}
repaint();
}
//=========================================================================================\\
//gestion du clavier
public void keyPressed( KeyEvent k )
{
int kc;
if (niveau != 0)
{
kc = k.getKeyCode();
switch(kc)
{
case KeyEvent.VK_PAGE_UP: niveau++; if (niveau > max_niv) { niveau = 1; } ChargerNiveau(niveau); break;
case KeyEvent.VK_PAGE_DOWN: niveau--; if (niveau < 1 ) { niveau = max_niv; } ChargerNiveau(niveau); break;
case KeyEvent.VK_LEFT: position_raquette = position_raquette - pas ; repaint(); break; //BOF
case KeyEvent.VK_RIGHT: position_raquette = position_raquette + pas ; repaint(); break; //BOF
case KeyEvent.VK_ESCAPE: est_lance = false; delta_x = 40; repaint(); dx = Math.abs(dx); dy = Math.abs(dy) * -1; break;
case KeyEvent.VK_L: Opt_X = 260; Opt_Y = 60; Opt_Num = 0; break;
case KeyEvent.VK_N: Opt_X = 260; Opt_Y = 60; Opt_Num = 1; break;
case KeyEvent.VK_V: Opt_X = 260; Opt_Y = 60; Opt_Num = 3; break;
case KeyEvent.VK_C: Opt_X = 260; Opt_Y = 60; Opt_Num = 2; break;
case KeyEvent.VK_X: if (NoOneCanCheatLikeIDo) {NoOneCanCheatLikeIDo = false;} else {NoOneCanCheatLikeIDo = true;} est_lance = true; break;
}
repaint();
}
}
public void keyReleased( KeyEvent k ) {}
public void keyTyped( KeyEvent k ) {}
//=========================================================================================\\
//dessiner
public void paint(Graphics g)
{
int a,b;
char c;
//=============>Dessiner le fond
g.drawImage(fond,0,0,this);
if ( niveau != 0 )
{
//=============>Dessiner les vies
for(a = 0;a < vie-1; a++) { g.drawImage(vies[a], (a*52) + 20 , getSize().height -20, this); }
//=============>Dessiner la raquette
g.drawImage(raquette, position_raquette, getSize().height - 40, this);
fin_niveau = true;
//=============>Dessiner les briques
for(a=0;a<h;a++){for(b=0;b<l;b++)
{
if ( Nb_Coups[a][b] > 0)
{
g.drawImage(Briques[a][b], 15 + b*40, 35 + a*20, this);
if ( nb_brikk != 0 ) { fin_niveau = false; }
} //Fin if
}} //Fin des FOR
//=============>Dessiner la balle
if (vie != 0)
{
g.drawImage(balle, position_balle_x, position_balle_y, this);
if (fin_niveau)
{
niveau++;
if (niveau > max_niv) { niveau = 1; }
ChargerNiveau(niveau);
est_lance = false;
}//fin fin_niveau;
}
else
//=============>Dessiner FIN DE LA PARTIE
{
g.setColor(Color.white);
g.drawImage(gameover,0,150,this);
} //Fin du else
//=============>Dessiner le Score
String s = new String();
s = String.valueOf(Score);
for (a = 0; a <= s.length()-1 ; a++)
{
b = (int) s.charAt(a)-48;
g.drawImage(Num_Score[b], 20 + (a*16), 5, this);
int r,t;
for (r = 0; r < h ; r++) { for(t = 0; t < l; t++)
{
if ( flash[r][t] )
{
Briques[r][t] = getImage(getDocumentBase(), "B8.gif");
prepareImage(Briques[r][t], this);
flash[r][t] = false;
}
}}//Fin du For r
} //Fin du for a
//=============>Dessiner les options;
if ( Opt_X != 0 )
{
g.drawImage(Opt[Opt_Num],Opt_X,Opt_Y,this);
Opt_Y++;
if ( Opt_Y > 415 ) { Opt_X = 0; Opt_Y = 0; }
}
}//Fin du If niveau
else
{
g.drawImage(raquette,640,480,this);
raquette = getImage(getDocumentBase(), "Rakkkkette.gif");
g.drawImage(raquette,640,480,this);
raquette = getImage(getDocumentBase(), "RaKette.gif");
}
}//Fin du paint
//=========================================================================================\\
//updtater
public void update(Graphics g)
{
if (offScreen == null) { offScreen = createImage(getSize().width, getSize().height); }
Graphics offScr = offScreen.getGraphics();
paint(offScr);
g.drawImage(offScreen,0,0,this);
}
//=========================================================================================\\
//Initialisation
public void init()
{
int a;
addMouseListener(this);
addKeyListener(this);
addMouseMotionListener(this);
jouer = new Thread(this);
jouer.start();
l = 13;
h = 15;
Score = 0;
dx = 2;
dy = -2;
niveau = 0;
max_niv = 32;
pas = 20;
vie = 4;
Opt_X = 0;
Opt_Y = 0;
NoOneCanCheatLikeIDo = false;
fond = getImage(getDocumentBase(), "apanoid.jpg");
raquette = getImage(getDocumentBase(), "raKette.gif");
balle = getImage(getDocumentBase(), "balle.gif");
gameover = getImage(getDocumentBase(), "gameover.jpg");
Opt[0] = getImage(getDocumentBase(), "Opt_L.jpg");
Opt[1] = getImage(getDocumentBase(), "Opt_N.jpg");
Opt[2] = getImage(getDocumentBase(), "Opt_C.jpg");
Opt[3] = getImage(getDocumentBase(), "Opt_U.jpg");
for (a=0; a<4; a++) { prepareImage(Opt[a], this); }
prepareImage(fond, this);
prepareImage(raquette, this);
prepareImage(balle, this);
prepareImage(gameover, this);
for (a = 0; a < 10 ; a++) { vies[a] = getImage(getDocumentBase(), "vie.gif"); prepareImage(vies[a], this); }
est_lance = false;
for (a = 0; a < 10 ; a++) { Num_Score[a] = getImage(getDocumentBase(), String.valueOf(a+48) + ".JPG"); prepareImage(Num_Score[a], this);}
}
//=========================================================================================\\
public void AlerteKollision()
{
int a,b,u,v,cpt;
int m,n,w;
int d,e,f,g;
char c;
for (cpt=0;cpt<4;cpt++)
{
switch(cpt)
{
case 0:u = position_balle_x+10; v = position_balle_y; break;
case 1:u = position_balle_x; v = position_balle_y +10; break;
case 2:u = position_balle_x +20; v = position_balle_y +10; break;
default:u = position_balle_x +10; v = position_balle_y+20 ; break;
}
//=====>Tout d'abord, les briques
for(a=0;a<h;a++)
{
for(b=0;b<l;b++)
{
c = tableau[a].charAt(b);
if (c != '0')
{
m = 15 + b*40; //position verticale
n = 35 + a*20; //position horizontale
if ( ((u+dx >= m) && (u+dx <= m+40)) &&
((v+dy >= n) && (v+dy <= n+20)) &&
((Nb_Coups[a][b] > 0 )) )
{
Nb_Coups[a][b]--;
switch (cpt)
{
case 0:dy=-dy;break;
case 1:dx=-dx;break;
case 2:dx=-dx;break;
case 3:dy=-dy;break;
}
if ( c == '9' ) { Briques[a][b] = getImage(getDocumentBase(), "B9_.gif"); }
if ( c == '8' ) { Briques[a][b] = getImage(getDocumentBase(), "B8_.gif"); flash[a][b] = true; }
if (Nb_Coups[a][b] == 0)
{
nb_brikk--;
if ( c == '9' ) { Score += 200; }
else {
Score += 100;
if (Opt_X == 0)
{
w = (int) (Math.random() * 50);
switch(w)
{
case 1: Opt_X = m; Opt_Y = n; Opt_Num = 1; break;
case 2: Opt_X = m; Opt_Y = n; Opt_Num = 3; break;
case 3: Opt_X = m; Opt_Y = n; Opt_Num = 0; break;
case 4: Opt_X = m; Opt_Y = n; Opt_Num = 0; break;
case 5: Opt_X = m; Opt_Y = n; Opt_Num = 0; break;
case 7: Opt_X = m; Opt_Y = n; Opt_Num = 2; break;
case 8: Opt_X = m; Opt_Y = n; Opt_Num = 2; break;
case 9: Opt_X = m; Opt_Y = n; Opt_Num = 2; break;
default: Opt_X = 0; Opt_Y = 0; break;
} //fin switch
} //fin si opt_x
}//fin Else
} //fin Nbcoups
} //fin if taper brique
}//fin if c != 0
}// fin du for b
}//fin du for a
//=====>Ensuite, la raquette
if ((u > position_raquette) &&
(u < position_raquette + raquette.getWidth(this)) &&
( ( v > getSize().height - 35) &&
( v < getSize().height - 32 )))
{
r_1 = (int) raquette.getWidth(this) / 4;
r_2 = (int) raquette.getWidth(this) / 2;
r_3 = (int) ( raquette.getWidth(this) / 4 ) * 3;
d = r_1 + position_raquette;
e = r_2 + position_raquette;
f = r_3 + position_raquette;
if (u < d ) { dy = -1; dx = -3; }
else if ((u >= d ) && ( u < e )) { dy = -2; dx = -2; }
else if ((u >= e ) && ( u < f )) { dy = -2; dx = 2; }
else if (u >= f ){ dy = -1; dx = 3; }
if (toujours_coller) { est_lance = false; }
delta_x = (position_balle_x - position_raquette) +10;
}
//=====>Enfin, les bords
if (u+dx+1 >= 535) dx=-dx;
if (u+dx-1 <= 15 ) dx=-dx;
if (v+dy-1 <= 26) dy=-dy;
if (v+dy+1 > 415 )
{
est_lance = false;
dx = Math.abs(dx);
dy = Math.abs(dy) * -1;
position_raquette = (int) (getSize().width / 2) - (raquette.getWidth(this) /2);
position_balle_x = (int) (getSize().width / 2 ) - 10;
position_balle_y = getSize().height - pos_init_balle;
toujours_coller = false;
raquette = getImage(getDocumentBase(), "Rakette.gif");
vie--;
Opt_X = 0; Opt_Y = 0;
delta_x = 40;
Score = 0;
repaint();
} //fin du if > 415
}
repaint();
} //fin alerte
//=========================================================================================\\
public void run()
{
while(true)
{
if (est_lance)
{
position_balle_x += dx;
position_balle_y += dy;
AlerteKollision();
}
if (Opt_X != 0)
{
if (((Opt_X+20 > position_raquette) && (Opt_X <= position_raquette + raquette.getWidth(this)) &&
((Opt_Y+20 > getSize().height - 40) && (Opt_Y <= getSize().height - (40 - raquette.getHeight(this))))))
{
Opt_X = 0;
Opt_Y = 0;
switch(Opt_Num)
{
case 0:
toujours_coller = false;
est_lance = true;
raquette = getImage(getDocumentBase(), "Rakkkkette.gif");
if ((position_raquette + raquette.getWidth(this)) > 535) { position_raquette = 535-raquette.getWidth(this); }
break;
case 1:
niveau ++;
ChargerNiveau(niveau);
est_lance = false;
toujours_coller = false;
raquette = getImage(getDocumentBase(), "Rakette.gif");
break;
case 2:
toujours_coller = true;
raquette = getImage(getDocumentBase(), "Rakette.gif");
break;
case 3:
if (vie < 9)
{
vie++;
toujours_coller = false;
est_lance = true;
raquette = getImage(getDocumentBase(), "Rakette.gif");
}
break;
}
}
} //fin opt_x
repaint();
try {jouer.sleep(5);}
catch(InterruptedException e){};
}
}
} //fin grosse classe
Conclusion :
Ce programme restera certainement définitivement dans son état actuel, j'ai fini mes études il y a bien longtemps déjà.
Quelques bugz subsistent pour les courageux qui veulent s'y atteler, notament la bille qui a des sautes d'humeur (vitesse inégale selon la disponibilité du processeur sur ma machine) et un effet de bord génant qui coince la bille dans le décor ou dans les briques indestructibles.
Pour les plus fénéants j'ai laissé les codes pour tricher directement sur la page HTML
Merci de votre indulgence, car c'est, à ce jour, le seul programme JAVA que j'ai jamais écris.
Je tiens à remercier mon prof, tout de même, Mr Bruno Genty, talentueux développeur à Devil Desing (http://devildesign.free.fr/) ;-)
Codes Sources
- ..
- Ressources
- 48.jpg
- 49.jpg
- 50.jpg
- 51.jpg
- 52.jpg
- 53.jpg
- 54.jpg
- 55.jpg
- 56.jpg
- 57.jpg
- ApaNoid.class
- ApaNoid.java
- apanoid.jpg
- b1.gif
- b2.gif
- b3.gif
- b4.gif
- b5.gif
- b6.gif
- b7.gif
- b8.gif
- b8_.gif
- b9.gif
- b9_.gif
- b9_s.gif
- ba.gif
- balle.gif
- fond0.jpg
- fond1.jpg
- fond2.jpg
- fond3.jpg
- gameover.jpg
- Jeu.html
- opt_c.jpg
- opt_l.jpg
- opt_n.jpg
- opt_u.jpg
- rakette.gif
- Rakkkkette.gif
- vie.gif
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