whlte.zip_java五子棋

import java.applet.Applet; import java.awt.*; import java.util.Random; public class wzq extends Applet implements Runnable { public void stop() { LoopThread = null; } private int CalcZi(int i, int j, byte byte0) { CXY cxy = new CXY(); int k = 0; int l = 0; do { int i1 = 0; int j1 = 0; do { cxy.x = i; cxy.y = j; if(MoveAGrid(cxy, l + 4 * j1) && QiPan[cxy.x][cxy.y] == byte0) do { if(QiPan[cxy.x][cxy.y] == 0 || QiPan[cxy.x][cxy.y] != byte0) break; i1++; } while(MoveAGrid(cxy, l + 4 * j1)); } while(++j1 < 2); if(i1 > k) k = i1; } while(++l < 4); return ++k; } private boolean CanDo() { return steps < ((GRIDSUM * GRIDSUM) / 100) * 80; } private int CPUDo(CXY cxy, byte byte0) { int ai[] = new int[2]; int ai1[] = new int[2]; int ai2[] = new int[2]; boolean flag = false; EnterTimes++; ai2[0] = 0; for(int i = recLU.x; i <= recRD.x; i++) { for(int k = recLU.y; k <= recRD.y; k++) { int l = 0; if(QiPan[i][k] == 0) { DoAStep(i, k, byte0); l = CalcCPU(i, k, byte0); } if(l > 0) { int i1 = 0; byte byte1; if(byte0 == 1) byte1 = 2; else byte1 = 1; if(EnterTimes <= level && steps < ((GRIDSUM * GRIDSUM) / 100) * 80) i1 = CPUDo(cxy, byte1); l += i1; if(l + Math.abs(rd.nextInt()) % 5 > ai2[0] || !flag) { ai[0] = i; ai1[0] = k; ai2[0] = l; flag = true; } QiPan[i][k] = 0; } } } if(EnterTimes <= 1) { cxy.x = ai[0]; cxy.y = ai1[0]; int j = 0; do { try { Thread.sleep(300L); } catch(InterruptedException _ex) { } QiPan[cxy.x][cxy.y] = byte0; repaint(); try { Thread.sleep(300L); } catch(InterruptedException _ex) { } QiPan[cxy.x][cxy.y] = 0; repaint(); } while(++j < 2); } EnterTimes--; return ai2[0]; } public void ClearPan() { for(int i = 0; i < GRIDSUM; i++) { for(int j = 0; j < GRIDSUM; j++) QiPan[i][j] = 0; } scHong = 0; scHei = 0; steps = 0; recLU.x = 8; recRD.x = 9; recLU.y = 8; recRD.y = 9; } private boolean MoveAGrid(CXY cxy, int i) { boolean flag = false; i %= 8; int j = cxy.x + oAdd[i][0]; int k = cxy.y + oAdd[i][1]; if(j >= 0 && j < GRIDSUM && k >= 0 && k < GRIDSUM) { cxy.x = j; cxy.y = k; flag = true; } return flag; } public void paint(Graphics g) { super.paint(g); for(int i = 0; i < GRIDSUM + 1; i++) { g.drawLine(0, i * GRIDWIDTH, GRIDSUM * GRIDWIDTH, i * GRIDWIDTH); g.drawLine(i * GRIDWIDTH, 0, i * GRIDWIDTH, GRIDSUM * GRIDWIDTH); } for(int j = 0; j < GRIDSUM; j++) { for(int k = 0; k < GRIDSUM; k++) drawQi(g, j, k, QiPan[j][k]); } } private void CPUInit() { PosAdd[0][0] = 8; PosAdd[0][1] = -2; PosAdd[1][0] = -2; PosAdd[0][2] = 3; PosAdd[2][0] = 3; PosAdd[0][3] = 2; PosAdd[3][0] = 2; PosAdd[1][1] = -7; PosAdd[1][2] = -1; PosAdd[2][1] = -1; PosAdd[1][3] = -1; PosAdd[3][1] = -1; PosAdd[2][2] = 4; PosAdd[3][3] = 4; PosAdd[2][3] = 4; PosAdd[3][2] = 4; } public void mouseDOWNThis(Event event) { if(playerdo) xiazi.put(event.x, event.y); } private int DoAStep(int i, int j, byte byte0) { if(QiPan[i][j] != 0 || byte0 == 0 || byte0 > 2) { return 0; } else { QiPan[i][j] = byte0; return 1; } } private void FreshRec(int i, int j) { if(i - recLU.x < 2) { recLU.x = i - 2; if(recLU.x < 0) recLU.x = 0; } if(recRD.x - i < 2) { recRD.x = i + 2; if(recRD.x >= GRIDSUM) recRD.x = GRIDSUM - 1; } if(j - recLU.y < 2) { recLU.y = j - 2; if(recLU.y < 0) recLU.y = 0; } if(recRD.y - j < 2) { recRD.y = j + 2; if(recRD.y >= GRIDSUM) recRD.y = GRIDSUM - 1; } } public wzq() { GRIDWIDTH = 18; GRIDSUM = 18; QiPan = new byte[GRIDSUM][GRIDSUM]; oAdd = new int[8][2]; playing = false; playerdo = true; xy = new CXY(); xiazi = new CXiaZi(); rd = new Random(); recLU = new CXY(); recRD = new CXY(); PosAdd = new int[4][4]; } public void update(Graphics g) { paint(g); } public void drawQi(Graphics g, int i, int j, int k) { switch(k) { case 0: // '\0' g.clearRect(i * GRIDWIDTH + 1, j * GRIDWIDTH + 1, GRIDWIDTH - 2, GRIDWIDTH - 2); return; case 1: // '\001' g.setColor(Color.red); g.fillArc(i * GRIDWIDTH + 2, j * GRIDWIDTH + 2, GRIDWIDTH - 4, GRIDWIDTH - 4, 0, 360); return; case 2: // '\002' g.setColor(Color.black); break; } g.fillArc(i * GRIDWIDTH + 2, j * GRIDWIDTH + 2, GRIDWIDTH - 4, GRIDWIDTH - 4, 0, 360); } public void start() { if(LoopThread == null) LoopThread = new Thread(this, "wbqloop"); LoopThread.setPriority(1); LoopThread.start(); } public void run() { for(; Thread.currentThread() == LoopThread; xiazi.get(xy)) { ClearPan(); repaint(); playing = true; who = (byte)(Math.abs(rd.nextInt()) % 2 + 1); for(passes = 0; playing && passes < 2;) { if(who == 1) { lblStatus.setText("\u7EA2\u65B9\u4E0B"); lblStatus.setForeground(Color.red); } else { lblStatus.setText("\u9ED1\u65B9\u4E0B"); lblStatus.setForeground(Color.black); } if(steps < ((GRIDSUM * GRIDSUM) / 100) * 80) { passes = 0; if(who == 1) { xiazi.get