Programming exercises, self-made 21-point game

#include <stdio.h> #include <time.h> #include <stdlib.h>int N; Card sequence int integral_player; Player Integral int integral_computer; Computer Integral int card[52]= { 102,103,104,105,106,107,108,109,110,111,112,113,114,202,203,204,205,206,207,208,209,210,211,212,213,214, 302 , 303,304,305,306,307,308,309,310,311,312,313,314,402,403,404,405,406,407,408,409,410,411,412,413,414,};int p layer1[10]= {0,};int player2[10]= {0,};int player1_card=0;int player2_card=0;void show_cards (int i); token void riffle (); Shuffle void Send_cards (); licensing void Add_player (); Player to sign void Add_computer (); Computer to card void Cal_point (); Number of calculated points void integral_read (); Integral read, showing void Integral_write ();    The integral is written to int main () {char choose; Integral_read ();        Integral read do {//printf ("Shuffle Test \ n"); Riffle (); Shuffle Send_cards (); Licensing Add_player (); Players want card add_computer (); Computer to card cal_point (); Compute points integral_write (); The integral is written to printf ("******************* SUCCESS *****************\ n ");        printf ("Press N to exit, other keys continue ... \ n");        Fflush (stdin);        Choose=getchar ();    printf ("\ n");    } while (Choose! = ' n ' &&choose!= ' n '); return 0;}    void Riffle () {int a,t,i;    Srand (Time (0));        /*for (i=0; i<52; i++) {if (i%13==0) {printf ("\ n");    } show_cards (i);    } printf ("\ n"); printf ("The above is the normal card sequence, followed by the shuffle after the card sequence \ n");        Shuffle Test */for (i=0; i<52; i++) {A=rand ()%52;        T=card[i];        Card[i]=card[a];    card[a]=t; } n=0; Card sequence reset; player1_card=0; Player card sequence reset; player2_card=0;        Computer card sequence reset;/*for (i=0; i<52; i++)//Shuffle Test {if (i%13==0) {printf ("\ n");    } show_cards (i);    } printf ("\ n"); */}void send_cards () {int J;    printf ("Player takes the Card:");        for (j=0; j<2; J + +) {show_cards (N);        Player1[player1_card]=card[n];        player1_card++;    n++;    } printf ("\ n");    printf ("Computer Take Card:"); for (j=0; j< 2;        J + +) {show_cards (N);        Player2[player2_card]=card[n];        player2_card++;    n++; } printf ("\ n");}    void show_cards (int i) {int choose;    choose=card[i]/100;            Switch (choose) {case 1:if (card[i]%100==14) {printf ("sa\t");        Break            } else if (card[i]%100==13) {printf ("sk\t");        Break            } else if (card[i]%100==12) {printf ("sq\t");        Break            } else if (card[i]%100==11) {printf ("sj\t");        Break            } else {printf ("s%d\t", card[i]%100);        Break            } Case 2:if (card[i]%100==14) {printf ("da\t");        Break            } else if (card[i]%100==13) {printf ("dk\t");        Break            } else if (card[n]%100==12) {printf ("dq\t");        Break } ElSe if (card[i]%100==11) {printf ("dj\t");        Break            } else {printf ("d%d\t", card[i]%100);        Break            } Case 3:if (card[i]%100==14) {printf ("ca\t");        Break            } else if (card[i]%100==13) {printf ("ck\t");        Break            } else if (card[i]%100==12) {printf ("cq\t");        Break            } else if (card[i]%100==11) {printf ("cj\t");        Break            } else {printf ("c%d\t", card[i]%100);        Break            } Case 4:if (card[n]%100==14) {printf ("ha\t");        Break            } else if (card[n]%100==13) {printf ("hk\t");        Break            } else if (card[n]%100==12) {printf ("hq\t");        Break            } else if (card[i]%100==11) {printf ("hj\t");        Break            } else {printf ("h%d\t", card[i]%100);        Break    }}}void Add_player () {int choose;        Do {printf ("Players: 1. Card 2. Do not \040");        scanf ("%d", &choose);            Switch (choose) {case 1:show_cards (N);            Player1[player1_card]=card[n];            player1_card++;            n++;            printf ("\ n");        Continue            Case 2:printf ("no \ n");        Return }} while (1);}    void Add_computer () {int i;        while (1) {int choose=2;        int point=0;        for (i=0; i<player2_card; i++) {point+=player2[i]%100;        } if (point<=18) {choose=1;        } printf ("Computer: 1. Card 2. Do not \ \");            Switch (choose) {case 1:printf ("to a single \ n");            Show_cards (N);            Player2[player2_card]=card[n];         player2_card++;   n++;            printf ("\ n");        Continue            Case 2:printf ("no \ n");        Return    }}}void Cal_point () {int winner1;    int winner2;    int i;    int point1;    int Point2;    int point;    point1=0;    point2=0;        for (i=0; i<player1_card; i++) {point=player1[i]%100;            Switch (point) {case 14:point=11;        Break            Case 13:point=10;        Break            Case 12:point=10;        Break            Case 11:point=10;        Break            Case 10:point=10;;        Break            default:point=player1[i]%100;        Break    } Point1+=point;        } for (i=0; i<player2_card; i++) {point=player2[i]%100;            Switch (point) {case 14:point=11;        Break            Case 13:point=10;        Break            Case 12:point=10; BReak;            Case 11:point=10;        Break            Case 10:point=10;;        Break            default:point=player2[i]%100;        Break    } Point2+=point;    } printf ("Player's points:%d\t", point1);    printf ("Computer points:%d\n\n", Point2);        if (point1>21) {printf ("The player explodes \ n \ nthe");    winner1=0;    } else winner1=1;        if (point2>21) {printf ("computer exploded \ n \ nthe");    winner2=0;    } else winner2=1;        if (winner1>winner2) {printf ("player wins, get 1 points \ n");        integral_player++;    Return        } else if ((winner1=winner2==1)) {if (Point1>point2) {printf ("player wins, get 1 points \ n");        integral_player++;        Return        } else{printf ("Computer wins, get 1 points \ n");        integral_computer++;        Return        }} else if ((winner1=winner2==0)) {printf ("Computer wins, get 1 points \ n");        integral_computer++;    Return     } else if (Winner1<winner2) {   printf ("Computer wins, get 1 points \ n");        integral_computer++;        Return } else return;}    void Integral_read () {FILE *fp;        if ((Fp=fopen ("Integral.txt", "R")) ==null) {printf ("Integral file cannot open!");    Exit (0); } fscanf (FP, "%d%d", &integral_player,&integral_computer);    Read-in Integration fclose (FP); printf ("The player%d wins%d defeat \ n", Integral_player,integral_computer);}    void Integral_write () {FILE *p;        if ((P=fopen ("Integral.txt", "W")) ==null) {printf ("Integral.txt file cannot open!");    Exit (0);    } fprintf (P, "%d%d", integral_player,integral_computer); Fclose (P);}

There's a place that's not perfect.

such as a can only as 11 use can not see the situation do 1 calculation

If 2 cards are the same, not a leopard.

Continue to improve next time

Programming exercises, self-made 21-point game