C语言实现的扑克牌小游戏AI策略

#include<stdio.h>
#include<stdlib.h>
#include<time.h>


int puts_cards(int player[],int cards_temp[],int *count_p1,int *count_p2); //发牌,返回结束标识
void gameover(int *count_p1,int *count_p2);   //游戏结束，输出信息
void display_temp(int temp);    //转换输出temp
void display_p1(int player[]);  //输出P1牌组（转换后）
int cards_turn_p1(int num_turn,int player[],int *count_p,int temp,int *again); //P1出牌，返回temp
int count_point(int temp); //换算成分数
void list_pri(int player[],int pri[]);  //将牌组转换为优先级组
int find_min(int temp,int list_pri[]);   //返回最小可用
int find_max(int list_pri[]); //返回绝对最大
int find_max_t1(int list_pri[]);  //给ai_turn1打非2**的最大值
int ai_turn0(int player2[],int *count_temp);   //AI出牌
int ai_turn1(int temp,int player1[],int player2[],int *count_p1,int *count_p2,int cards_temp[],int *count_temp,int *over);   // AI接一张牌算法,返回temp
int ai_turn2(int temp,int player1[],int player2[],int *count_p1,int *count_p2,int cards_temp[],int *count_temp,int *over);   // AI接两张牌算法,返回temp
int ai_turn34(int temp,int player1[],int player2[],int *count_p1,int *count_p2,int cards_temp[],int *count_temp,int *over);  //AI接三，四张牌算法,返回temp
int is_point(int temp);     //检查是否为分数
void cards_turn_p2(int temp,int player2[]); //P2出牌



void main()
{
int cards_temp[56]={122,122,122,122,123,123,123,123,104,104,104,104,125,125,125,125,106,106,106,106,127,127,127,127,108,108,108,108,109,109,109,109,110,110,110,110,111,111,111,111,112,112,112,112,113,113,113,113,114,114,114,114,198,199,0,0};
int cards_p1[5]={0,0,0,0,0};   //玩家1牌组
int cards_p2[5]={0,0,0,0,0};   //玩家2牌组
int pri_temp[5]={0,0,0,0,0};

int one=1,z1=0,z2=0,z3=0;
int min=0,max=0,next_min=0; //可用最小，绝对最大，次可用最小
int *over=&z1,over1=0,over2=0;     //回合继续标识，为0时继续
int *count_p1=&z1,*count_p2=&z2,*count_temp=&z3;// P1分数，P2分数，每回合累计分数
int turn=0;    //牌权标识，为1时轮到P1，为2时P2
int temp=0;    //回合中最后出牌  TEST
int num_turn;  //玩家输入的出牌序号
int *again=&one; //P1出牌是否合法，1为不合法，重置


srand((unsigned int)time(0));          //随机种子

puts_cards(cards_p1,cards_temp,count_p1,count_p2); //发牌
puts_cards(cards_p2,cards_temp,count_p1,count_p2);

display_p1(cards_p2);  // TEST

puts("     GAME START!\n\n");

//turn=rand()%2+1;    //随机优先出牌  TEST
turn=2;

while(0==*over)       //游戏阶段 
{
if(1==turn)  //P1出牌
{
if(0!=temp)  //应该玩家接牌时
{
puts("Computer had put: \n");   //出牌
display_temp(temp);