turbo 21 card game

than 17, go to the 8th step. (17 variable, just I think 17 point is big enough) If the point is less than or equal to 17, go to the 7th step. Continue to touch the card and return to the 3rd step. Stop touching the card and go back to the 1th step. toulanboy-http://www.cnblogs.com/toulanboy/Code Implementation 1. Key logic: Start-touch-stop# (* * This does not provide a link, the user dire

21-Point Main Page --- ( there is no link here, the user directly on the site first click 21 points, the address bar is the link.) )Key points to be aware of ( key points used to fetch data when writing code )1. Wait for the start If the previous 21 points are not over (temporarily without the opponent on line), then can not start, need to wait until the end. If

(w== ' N ') {System.out.println ("Idle home no longer wants cards, idle points:" +playernum); Break }}system.out.println ("Dealer Time"), while (true) {if (rulernum>=playernum) {System.out.println ("dealer no longer wants a card, dealer wins"); return 0 ; }else {System.out.println ("Dealer Time:"); String ruler3=c.deal (); System.out.println ("banker:" +ruler3); rulernum=rulernum+judge.judgestring (Ruler3); if (rulernum>

Last written essay, simple 21-point solitaire Game, when the size of the form changes, the card screen will appear not to display problems, because each card is the method of GDI +, cut from the picture, does not use the VS provided control, such as the PictureBox control, This requires yourself to repaint the picture

until today 1080P still occupy the majority of the display of the players, many games to improve the quality of the game is also the main 1080P to optimize, to ensure that 1080P under the mainstream graphics card can be smooth play when many game developers one of the principles. But from our previous game test to see,

sum of the cards he took. the game ends when all piles become empty. Suppose Ciel and Jiro play optimally, what is the score of the game?Input The first line contain an integerN(1 digit ≤ DigitNLimit ≤0000100). Each of the nextNLines contains a description of the pile: the first integer in the line isSI(1 digit ≤ DigitSILimit ≤ limit 100)-the number of cards inI-Th pile; then followSIPositive integersC1,C2