Two-dimensional array---simulated bucket landlord

 PackageCom.pb.demo;Importjava.util.Arrays;ImportJava.util.Random;/*** Poker Random licensing ♠♥♣♦ two-dimensional array implementation **/ Public classPuker { Public Static voidMain (string[] args) {//Defining Arraysstring[][] Puker =NewString[5][]; puker[0] =NewString[] {"♠a", "♠2", "♠3", "♠4", "♠5", "♠6", "♠7",                "♠8", "♠9", "♠10", "♠j", "♠q", "♠k" }; puker[1] =NewString[] {"♥a", "♥2", "♥3", "♥4", "♥5", "♥6", "♥7",                "♥8", "♥9", "♥10", "♥j", "♥q", "♥k" }; puker[2] =NewString[] {"♣a", "♣2", "♣3", "♣4", "♣5", "♣6", "♣7",                "♣8", "♣9", "♣10", "♣j", "♣q", "♣k" }; puker[3] =NewString[] {"♦a", "♦2", "♦3", "♦4", "♦5", "♦6", "♦7",                "♦8", "♦9", "♦10", "♦j", "♦q", "♦k" }; puker[4] =NewString[] {"King", "Xiao Wang" }; //define 3 players and cardsstring[] Player1 =NewString[17]; String[] Player2=NewString[17]; String[] Player3=NewString[17]; String[] Temp=NewString[3]; //Two-dimensional data shufflingRandom random =NewRandom (); intI1 = 0, i2 = 0, J1 = 0, J2 = 0;//define 4 variables to hold the subscript of the array//Shuffle 1000 times         for(inti = 0; i < 1000; i++) {            //Subscript i1 equals, random 0~4 integer One-dimensional subscriptI1 = Random.nextint (5);//between 0~4            if(I1 = = 4) {                //if a one-dimensional subscript is 4, then the 2-dimensional element has only 2 kings and a small king, and only 2 elementsJ1 = Random.nextint (2); } Else {                //if not 4, there are 13 cardsJ1 = Random.nextint (13);//0~12 total of 13 elements            }            //because the shortest array is 2 elements, so 2 times, if it is more than multipleI2 = Random.nextint (5); if(I2 = = 4) {J2= Random.nextint (2); } Else{J2= Random.nextint (13); }            //Start shufflingString tmp =Puker[i1][j1]; PUKER[I1][J1]= Puker[i2][j2];//Shuffle method, swap, scramble orderPUKER[I2][J2] =tmp; }        //Shuffle the cards afterSystem.out.println ("=========== Shuffle after the order ============");  for(inti = 0; i < puker.length; i++) {             for(intj = 0; J < Puker[i].length; J + +) {System.out.print (Puker[i][j]+ "  "); }        }        //Start Licensing         for(inti = 0; I < 54; i++) {            intp = i% 3;//define which player to send to            intK = I/3-1;//Define Round            if(I < 3) {                //three cards first .Temp[i] = puker[i/13][i% 13];//Fetch 3 cards from the front, and estimate the cards.}Else if(p = = 0) {Player1[k]= puker[i/13][i% 13]; } Else if(p = = 1) {Player2[k]= puker[i/13][i% 13]; } Else if(p = = 2) {Player3[k]= puker[i/13][i% 13]; }} System.out.println ("\n========== Licensing completed ============="); //Player OneSystem.out.println ("Player One" +arrays.tostring (player1)); //player twoSystem.out.println ("Player II" +arrays.tostring (player2)); //player threeSystem.out.println ("player three" +arrays.tostring (Player3)); //Hole CardsSystem.out.println ("Hole card" +arrays.tostring (temp)); }}

Two-dimensional array---simulated bucket landlord