Repository: TheJustCause/thejustcause.github.io Branch: master Commit: 2703195653aa Files: 6 Total size: 39.5 KB Directory structure: gitextract_vcgnfx2l/ ├── G.java ├── README.md ├── TimeTable.html ├── backup ├── index.html └── style.css ================================================ FILE CONTENTS ================================================ ================================================ FILE: G.java ================================================ /** * Comment free (yay) source code for Left 4k Dead by Markus Persson * Please don't reuse any of this code in other projects. * http://www.mojang.com/notch/j4k/l4kd/ */ import java.applet.Applet; import java.awt.*; import java.awt.event.*; import java.awt.image.*; import java.util.*; public class G extends Applet implements Runnable { private boolean[] k = new boolean[32767]; private int m; public void start() { enableEvents(AWTEvent.KEY_EVENT_MASK | AWTEvent.MOUSE_EVENT_MASK | AWTEvent.MOUSE_MOTION_EVENT_MASK); new Thread(this).start(); } public void run() { BufferedImage image = new BufferedImage(240, 240, BufferedImage.TYPE_INT_RGB); Graphics ogr = image.getGraphics(); Random random = new Random(); int[] pixels = ((DataBufferInt) image.getRaster().getDataBuffer()).getData(); int[] sprites = new int[18 * 4 * 16 * 12 * 12]; int pix = 0; for (int i = 0; i < 18; i++) { int skin = 0xFF9993; int clothes = 0xFFffff; if (i > 0) { skin = 0xa0ff90; clothes = (random.nextInt(0x1000000) & 0x7f7f7f); } for (int t = 0; t < 4; t++) { for (int d = 0; d < 16; d++) { double dir = d * Math.PI * 2 / 16.0; if (t == 1) dir += 0.5 * Math.PI * 2 / 16.0; if (t == 3) dir -= 0.5 * Math.PI * 2 / 16.0; // if (i == 17) // { // dir = d * Math.PI * 2 / 64; //} double cos = Math.cos(dir); double sin = Math.sin(dir); for (int y = 0; y < 12; y++) { int col = 0x000000; for (int x = 0; x < 12; x++) { int xPix = (int) (cos * (x - 6) + sin * (y - 6) + 6.5); int yPix = (int) (cos * (y - 6) - sin * (x - 6) + 6.5); if (i == 17) { if (xPix > 3 && xPix < 9 && yPix > 3 && yPix < 9) { col = 0xff0000 + (t & 1) * 0xff00; } } else { if (t == 1 && xPix > 1 && xPix < 4 && yPix > 3 && yPix < 8) col = skin; if (t == 3 && xPix > 8 && xPix < 11 && yPix > 3 && yPix < 8) col = skin; if (xPix > 1 && xPix < 11 && yPix > 5 && yPix < 8) { col = clothes; } if (xPix > 4 && xPix < 8 && yPix > 4 && yPix < 8) { col = skin; } } sprites[pix++] = col; if (col > 1) { col = 1; } else { col = 0; } } } } } } int score = 0; int hurtTime = 0; int bonusTime = 0; int xWin0 = 0; int yWin0 = 0; int xWin1 = 0; int yWin1 = 0; restart: while (true) { boolean gameStarted = false; int level = 0; int shootDelay = 0; int rushTime = 150; int damage = 20; int ammo = 20; int clips = 20; winLevel: while (true) { int tick = 0; level++; int[] map = new int[1024 * 1024]; random = new Random(4329+level); int[] monsterData = new int[320 * 16]; { int i = 0; for (int y = 0; y < 1024; y++) for (int x = 0; x < 1024; x++) { int br = random.nextInt(32) + 112; map[i] = (br / 3) << 16 | (br) << 8; if (x < 4 || y < 4 || x >= 1020 || y >= 1020) { map[i] = 0xFFFEFE; } i++; } for (i = 0; i < 70; i++) { int w = random.nextInt(8) + 2; int h = random.nextInt(8) + 2; int xm = random.nextInt(64 - w - 2) + 1; int ym = random.nextInt(64 - h - 2) + 1; w *= 16; h *= 16; w += 5; h += 5; xm *= 16; ym *= 16; if (i==68) { monsterData[0] = xm+w/2; monsterData[1] = ym+h/2; monsterData[15] = 0x808080; monsterData[11] = 1; } xWin0 = xm+5; yWin0 = ym+5; xWin1 = xm + w-5; yWin1 = ym + h-5; for (int y = ym; y < ym + h; y++) for (int x = xm; x < xm + w; x++) { int d = x - xm; if (xm + w - x - 1 < d) d = xm + w - x - 1; if (y - ym < d) d = y - ym; if (ym + h - y - 1 < d) d = ym + h - y - 1; map[x + y * 1024] = 0xFF8052; if (d > 4) { int br = random.nextInt(16) + 112; if (((x + y) & 3) == 0) { br += 16; } map[x + y * 1024] = (br * 3 / 3) << 16 | (br * 4 / 4) << 8 | (br * 4 / 4); } if (i == 69) { map[x + y * 1024] &= 0xff0000; } } for (int j = 0; j < 2; j++) { int xGap = random.nextInt(w - 24) + xm + 5; int yGap = random.nextInt(h - 24) + ym + 5; int ww = 5; int hh = 5; xGap = xGap / 16 * 16 + 5; yGap = yGap / 16 * 16 + 5; if (random.nextInt(2) == 0) { xGap = xm + (w - 5) * random.nextInt(2); hh = 11; } else { ww = 11; yGap = ym + (h - 5) * random.nextInt(2); } for (int y = yGap; y < yGap + hh; y++) for (int x = xGap; x < xGap + ww; x++) { int br = random.nextInt(32) + 112 - 64; map[x + y * 1024] = (br * 3 / 3) << 16 | (br * 4 / 4) << 8 | (br * 4 / 4); } } } for (int y = 1; y < 1024 - 1; y++) inloop: for (int x = 1; x < 1024 - 1; x++) { for (int xx = x - 1; xx <= x + 1; xx++) for (int yy = y - 1; yy <= y + 1; yy++) if (map[xx + yy * 1024] < 0xff0000) continue inloop; map[x + y * 1024] = 0xffffff; } } long lastTime = System.nanoTime(); int[] lightmap = new int[240 * 240]; int[] brightness = new int[512]; double offs = 30; double playerDir = 0; for (int i = 0; i < 512; i++) { brightness[i] = (int) (255.0 * offs / (i + offs)); if (i < 4) brightness[i] = brightness[i] * i / 4; } Graphics sg = getGraphics(); random = new Random(); while (true) { if (gameStarted) { tick++; rushTime++; if (rushTime >= 150) { rushTime = -random.nextInt(2000); } // Move player: int mouse = m; playerDir = Math.atan2(mouse / 240 - 120, mouse % 240 - 120); double shootDir = playerDir + (random.nextInt(100) - random.nextInt(100)) / 100.0 * 0.2; double cos = Math.cos(-shootDir); double sin = Math.sin(-shootDir); int xCam = monsterData[0]; int yCam = monsterData[1]; for (int i = 0; i < 960; i++) { int xt = i % 240 - 120; int yt = (i / 240 % 2) * 239 - 120; if (i >= 480) { int tmp = xt; xt = yt; yt = tmp; } double dd = Math.atan2(yt, xt) - playerDir; if (dd < -Math.PI) dd += Math.PI * 2; if (dd >= Math.PI) dd -= Math.PI * 2; int brr = (int) ((1 - dd * dd) * 255); int dist = 120; if (brr < 0) { brr = 0; dist = 32; } if (tick < 60) brr = brr * tick / 60; int j = 0; for (; j < dist; j++) { int xx = xt * j / 120 + 120; int yy = yt * j / 120 + 120; int xm = xx + xCam - 120; int ym = yy + yCam - 120; if (map[(xm + ym * 1024) & (1024 * 1024 - 1)] == 0xffffff) break; int xd = (xx - 120) * 256 / 120; int yd = (yy - 120) * 256 / 120; int ddd = (xd * xd + yd * yd) / 256; int br = brightness[ddd] * brr / 255; if (ddd < 16) { int tmp = 128 * (16 - ddd) / 16; br = br + tmp * (255 - br) / 255; } lightmap[xx + yy * 240] = br; } } for (int y = 0; y < 240; y++) { int xm = xCam - 120; int ym = y + yCam - 120; for (int x = 0; x < 240; x++) { pixels[x + y * 240] = map[(xm + x + ym * 1024) & (1024 * 1024 - 1)]; } } int closestHitDist = 0; for (int j = 0; j < 250; j++) { int xm = xCam + (int) (cos * j / 2); int ym = yCam - (int) (sin * j / 2); if (map[(xm + ym * 1024) & (1024 * 1024 - 1)] == 0xffffff) break; closestHitDist = j / 2; } boolean shoot = shootDelay-- < 0 && k[1]; { int closestHit = 0; nextMonster: for (int m = 0; m < 256 + 16; m++) { int xPos = monsterData[m * 16 + 0]; int yPos = monsterData[m * 16 + 1]; if (monsterData[m * 16 + 11] == 0) { xPos = (random.nextInt(62) + 1) * 16 + 8; yPos = (random.nextInt(62) + 1) * 16 + 8; int xd = xCam - xPos; int yd = yCam - yPos; if (xd * xd + yd * yd < 180 * 180) { xPos = 1; yPos = 1; } if (map[xPos + yPos * 1024] < 0xfffffe && (m <= 128 || rushTime > 0 || (m > 255 && tick == 1))) { monsterData[m * 16 + 0] = xPos; monsterData[m * 16 + 1] = yPos; monsterData[m * 16 + 15] = map[xPos + yPos * 1024]; map[xPos + yPos * 1024] = 0xfffffe; monsterData[m * 16 + 9] = (rushTime > 0 || random.nextInt(3) == 0) ? 127 : 0; monsterData[m * 16 + 11] = 1; monsterData[m * 16 + 2] = m & 15; } else { continue; } } else { int xd = xPos - xCam; int yd = yPos - yCam; if (m >= 255) { if (xd * xd + yd * yd < 8 * 8) { map[xPos + yPos * 1024] = monsterData[m * 16 + 15]; monsterData[m * 16 + 11] = 0; bonusTime = 120; if ((m & 1) == 0) { damage = 20; } else { clips = 20; } continue; } } else if (xd * xd + yd * yd > 340 * 340) { map[xPos + yPos * 1024] = monsterData[m * 16 + 15]; monsterData[m * 16 + 11] = 0; continue; } } int xm = xPos - xCam + 120; int ym = monsterData[m * 16 + 1] - yCam + 120; int d = monsterData[m * 16 + 2]; if (m == 0) { d = (((int) (playerDir / (Math.PI * 2) * 16 + 4.5 + 16)) & 15); } d += ((monsterData[m * 16 + 3] / 4) & 3) * 16; int p = (0 * 16 + d) * 144; if (m > 0) { p += ((m & 15) + 1) * 144 * 16 * 4; } if (m > 255) { p = (17 * 4 * 16 + ((m & 1) * 16 + (tick & 15))) * 144; } for (int y = ym - 6; y < ym + 6; y++) for (int x = xm - 6; x < xm + 6; x++) { int c = sprites[p++]; if (c > 0 && x >= 0 && y >= 0 && x < 240 && y < 240) { pixels[x + y * 240] = c; } } boolean moved = false; if (monsterData[m * 16 + 10] > 0) { monsterData[m * 16 + 11] += random.nextInt(3) + 1; monsterData[m * 16 + 10] = 0; double rot = 0.25; int amount = 8; double poww = 32; if (monsterData[m * 16 + 11] >= 2+level) { rot = Math.PI * 2; amount = 60; poww = 16; map[(xPos) + (yPos) * 1024] = 0xa00000; monsterData[m * 16 + 11] = 0; score += level; } for (int i = 0; i < amount; i++) { double pow = (random.nextInt(100) * random.nextInt(100)) * poww / 10000+4; double dir = (random.nextInt(100) - random.nextInt(100)) / 100.0 * rot; double xdd = (Math.cos(playerDir + dir) * pow) + random.nextInt(4) - random.nextInt(4); double ydd = (Math.sin(playerDir + dir) * pow) + random.nextInt(4) - random.nextInt(4); int col = (random.nextInt(128) + 120); bloodLoop: for (int j = 2; j < pow; j++) { int xd = (int) (xPos + xdd * j / pow); int yd = (int) (yPos + ydd * j / pow); int pp = ((xd) + (yd) * 1024) & (1024 * 1024 - 1); if (map[pp] >= 0xff0000) break bloodLoop; if (random.nextInt(2) != 0) { map[pp] = col << 16; col = col * 8 / 9; } } } continue nextMonster; } int xPlayerDist = xCam - xPos; int yPlayerDist = yCam - yPos; if (m <= 255) { double rx = -(cos * xPlayerDist - sin * yPlayerDist); double ry = cos * yPlayerDist + sin * xPlayerDist; if (rx > -6 && rx < 6 && ry > -6 && ry < 6 && m > 0) { damage++; hurtTime += 20; } if (rx > -32 && rx < 220 && ry > -32 && ry < 32 && random.nextInt(10) == 0) { monsterData[m * 16 + 9]++; } if (rx > 0 && rx < closestHitDist && ry > -8 && ry < 8) { closestHitDist = (int) (rx); closestHit = m; } dirLoop: for (int i = 0; i < 2; i++) { int xa = 0; int ya = 0; xPos = monsterData[m * 16 + 0]; yPos = monsterData[m * 16 + 1]; if (m == 0) { if (k[KeyEvent.VK_A]) xa--; if (k[KeyEvent.VK_D]) xa++; if (k[KeyEvent.VK_W]) ya--; if (k[KeyEvent.VK_S]) ya++; } else { if (monsterData[m * 16 + 9] < 8) continue nextMonster; if (monsterData[m * 16 + 8] != 12) { xPlayerDist = (monsterData[m * 16 + 8]) % 5 - 2; yPlayerDist = (monsterData[m * 16 + 8]) / 5 - 2; if (random.nextInt(10) == 0) { monsterData[m * 16 + 8] = 12; } } double xxd = Math.sqrt(xPlayerDist * xPlayerDist); double yyd = Math.sqrt(yPlayerDist * yPlayerDist); if (random.nextInt(1024) / 1024.0 < yyd / xxd) { if (yPlayerDist < 0) ya--; if (yPlayerDist > 0) ya++; } if (random.nextInt(1024) / 1024.0 < xxd / yyd) { if (xPlayerDist < 0) xa--; if (xPlayerDist > 0) xa++; } moved = true; double dir = Math.atan2(yPlayerDist, xPlayerDist); monsterData[m * 16 + 2] = (((int) (dir / (Math.PI * 2) * 16 + 4.5 + 16)) & 15); } ya *= i; xa *= 1 - i; if (xa != 0 || ya != 0) { map[xPos + yPos * 1024] = monsterData[m * 16 + 15]; for (int xx = xPos + xa - 3; xx <= xPos + xa + 3; xx++) for (int yy = yPos + ya - 3; yy <= yPos + ya + 3; yy++) if (map[xx + yy * 1024] >= 0xfffffe) { map[xPos + yPos * 1024] = 0xfffffe; monsterData[m * 16 + 8] = random.nextInt(25); continue dirLoop; } moved = true; monsterData[m * 16 + 0] += xa; monsterData[m * 16 + 1] += ya; monsterData[m * 16 + 15] = map[(xPos + xa) + (yPos + ya) * 1024]; map[(xPos + xa) + (yPos + ya) * 1024] = 0xfffffe; } } if (moved) { monsterData[m * 16 + 3]++; } } } if (shoot) { if (ammo >= 220) { shootDelay = 2; k[1] = false; } else { shootDelay = 1; ammo += 4; } if (closestHit > 0) { monsterData[closestHit * 16 + 10] = 1; monsterData[closestHit * 16 + 9] = 127; } int glow = 0; for (int j = closestHitDist; j >= 0; j--) { int xm = +(int) (cos * j) + 120; int ym = -(int) (sin * j) + 120; if (xm > 0 && ym > 0 && xm < 240 && ym < 240) { if (random.nextInt(20) == 0 || j == closestHitDist) { pixels[xm + ym * 240] = 0xffffff; glow = 200; } lightmap[xm + ym * 240] += glow * (255 - lightmap[xm + ym * 240]) / 255; } glow = glow * 20 / 21; } if (closestHitDist < 120) { closestHitDist -= 3; int xx = (int) (120 + cos * closestHitDist); int yy = (int) (120 - sin * closestHitDist); for (int x = -12; x <= 12; x++) { for (int y = -12; y <= 12; y++) { int xd = xx + x; int yd = yy + y; if (xd >= 0 && yd >= 0 && xd < 240 && yd < 240) { lightmap[xd + yd * 240] += 2000 / (x * x + y * y + 10) * (255 - lightmap[xd + yd * 240]) / 255; } } } for (int i = 0; i < 10; i++) { double pow = random.nextInt(100) * random.nextInt(100) * 8.0 / 10000; double dir = (random.nextInt(100) - random.nextInt(100)) / 100.0; int xd = (int) (xx - Math.cos(playerDir + dir) * pow) + random.nextInt(4) - random.nextInt(4); int yd = (int) (yy - Math.sin(playerDir + dir) * pow) + random.nextInt(4) - random.nextInt(4); if (xd >= 0 && yd >= 0 && xd < 240 && yd < 240) { if (closestHit > 0) { pixels[xd + yd * 240] = 0xff0000; } else { pixels[xd + yd * 240] = 0xcacaca; } } } } } } if (damage >= 220) { k[1] = false; hurtTime = 255; continue restart; } if (k[KeyEvent.VK_R] && ammo > 20 && clips < 220) { shootDelay = 30; ammo = 20; clips += 10; } if (xCam > xWin0 && xCam < xWin1 && yCam > yWin0 && yCam < yWin1) { continue winLevel; } } bonusTime = bonusTime * 8 / 9; hurtTime /= 2; for (int y = 0; y < 240; y++) { for (int x = 0; x < 240; x++) { int noise = random.nextInt(16) * random.nextInt(16) / 16; if (!gameStarted) noise *= 4; int c = pixels[x + y * 240]; int l = lightmap[x + y * 240]; lightmap[x + y * 240] = 0; int r = ((c >> 16) & 0xff) * l / 255 + noise; int g = ((c >> 8) & 0xff) * l / 255 + noise; int b = ((c) & 0xff) * l / 255 + noise; r = r * (255 - hurtTime) / 255 + hurtTime; g = g * (255 - bonusTime) / 255 + bonusTime; pixels[x + y * 240] = r << 16 | g << 8 | b; } if (y % 2 == 0 && (y >= damage && y < 220)) { for (int x = 232; x < 238; x++) { pixels[y * 240 + x] = 0x800000; } } if (y % 2 == 0 && (y >= ammo && y < 220)) { for (int x = 224; x < 230; x++) { pixels[y * 240 + x] = 0x808000; } } if (y % 10 < 9 && (y >= clips && y < 220)) { for (int x = 221; x < 222; x++) { pixels[y * 240 + 221] = 0xffff00; } } } ogr.drawString("" + score, 4, 232); if (!gameStarted) { ogr.drawString("Left 4k Dead", 80, 70); if (k[1] && hurtTime == 0) { score = 0; gameStarted = true; k[1] = false; } } else if (tick < 60) { ogr.drawString("Level " + level, 90, 70); } sg.drawImage(image, 0, 0, 480, 480, 0, 0, 240, 240, null); do { Thread.yield(); } while (System.nanoTime() - lastTime < 0); if (!isActive()) return; lastTime += (1000000000 / 30); } } } } public void processEvent(AWTEvent e) { boolean down = false; switch (e.getID()) { case KeyEvent.KEY_PRESSED: down = true; case KeyEvent.KEY_RELEASED: k[((KeyEvent) e).getKeyCode()] = down; break; case MouseEvent.MOUSE_PRESSED: down = true; case MouseEvent.MOUSE_RELEASED: k[((MouseEvent) e).getButton()] = down; case MouseEvent.MOUSE_MOVED: case MouseEvent.MOUSE_DRAGGED: m = ((MouseEvent) e).getX() / 2 + ((MouseEvent) e).getY() / 2 * 240; } } } ================================================ FILE: README.md ================================================ # thejustcause.github.io ================================================ FILE: TimeTable.html ================================================
Week 1
Lesson Tue Wed Thu Fri
Free Free ICT Business Free
Free Free Business Business Free
Free Business Business ICT Business
Free Free Free Free Free
Free Free ICT Free Free
Week 2
Mon Tue Wed Thu Fri
Free Free ICT ICT ICT
Free Free Business ICT Free
Free Free Free Free Business
Free Free Free ICT Free
Free Free Free Free Free
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