点滴记录总结，一天一打鸡血。
2015年5月华为组织了一次软件精英挑战赛，赛题是德州扑克手牌AI~
环境及测试说明：http://pan.baidu.com/s/1dD2dL0P
拓展有点炫富的嫌疑，“复杂”会好点么， 好土，吧。
先说说有哪些信息要收集，比如玩家数players、筹码数jetton、盲注blind、跟注call、跟注总数total_call、每圈投资数gameJetton，以及简单对手模型。
上一节基本的信息收集后就可以开始打牌了，这意味着自己只能看到牌，其他一无所知。这一节会丰富一下信息，也算是个提高了。
把这些信息的更新全部放在void UpdateGameInfo (const char *buffer);中，定义如下：
void UpdateGameInfo (const char *buffer) {
char data[DATA_SIZE] = {0};
const char *recv = NULL;
int pos = 0;
int cardValue;
int cardType;
int i;
if ((recv = strstr(buffer, "seat/ \n")) != NULL) {
InitMyData();
i = 0;//count players messages;
while ((recv = strstr(recv, " \n")) != NULL) {
if (*(recv+2) != '/')
i++;
else
break;
recv = recv + 2;
}
//set players
gameInfo.players = i;
if ((recv = strstr(buffer, reg_id)) != NULL) {
//set jetton
memset(data, '\0', DATA_SIZE);
pos = 0;
recv = recv + strlen(reg_id) + 1;
while (*(recv+pos) != ' ')
pos++;
strncpy(data, recv, pos);
gameInfo.jetton = atoi(data);
}
//set blind
if ((recv = strstr(buffer, "small")) != NULL) {
memset(gameInfo.s_blind, '\0', DATA_SIZE);
pos = 0;
recv = recv + 13;
while (*(recv+pos) != ' ')
pos++;
strncpy(gameInfo.s_blind, recv, pos);
}
if ((recv = strstr(buffer, "big")) != NULL) {
memset(gameInfo.b_blind, '\0', DATA_SIZE);
pos = 0;
recv = recv + 11;
while (*(recv+pos) != ' ')
pos++;
strncpy(gameInfo.b_blind, recv, pos);
}
}
if ((recv = strstr(buffer, "hold/ \n")) != NULL) {
UpdateCards(recv, HOLD);
}
if ((recv = strstr(buffer, "inquire/ \n")) != NULL) {
int players;
int temp;
//set after my turn players
gameInfo.left = 0;
if (game_circle > HOLD) {
int left_player = 0;
recv = strstr(buffer, gameInfo.b_blind) ;
while ((recv = strstr(recv, " \n")) != NULL) {
if (*(recv+2) == 't') {
gameInfo.left = left_player;
break;
}
else {
if (*(recv-3) != 'o')
left_player++;
}
recv = recv + 2;
}
}
//set folds
recv = buffer;
gameInfo.folds = 0;
while ((recv = strstr(recv, "fold")) != NULL) {
recv = recv + 4;
gameInfo.folds++;
}
//set jetton
if ((recv = strstr(buffer, reg_id)) != NULL) {
memset(data, '\0', DATA_SIZE);
pos = 0;
recv = recv + strlen(reg_id) + 1;
while (*(recv+pos) != ' ')
pos++;
strncpy(data, recv, pos);
gameInfo.jetton = atoi(data);
}
//set call
recv = strstr(buffer, "inquire/");
recv = recv + 10;
while ((recv = strstr(recv, " \n")) != NULL) {
if (*(recv-1) == 'd' && *(recv-2) == 'l')
recv = recv + 2;
else
break;
}
memset(data, '\0', DATA_SIZE);
recv = recv - 1;
pos = 0;
while (*(recv-pos) != ' ')
pos++;
recv = recv - pos - 1;
pos = 0;
while (*(recv-pos) != ' ')
pos++;
strncpy(data, recv-pos+1, pos);
gameInfo.call = atoi(data);
gameInfo.total_call = gameInfo.call;
if ((recv = strstr(buffer, reg_id)) != NULL) {
memset(data, '\0', DATA_SIZE);
pos = 0;
recv = recv + strlen(reg_id) + 1;
i=0;
while (i != 3) {
if (*(recv + pos) == ' ') {
i++;
if (i == 3)
break;
recv = recv + pos;
pos = 0;
}
pos++;
}
recv = recv + 1;
strncpy(data, recv, pos-1);
gameInfo.call -= atoi(data);
}
//set opponent
if (game_circle == HOLD) {
int small = strcmp(gameInfo.s_blind, reg_id);
int big = strcmp(gameInfo.b_blind, reg_id);
if (small != 0 && big != 0 && gameInfo.total_call > 500) {
char my_call[20];
memset(data, '\0', DATA_SIZE);
sprintf(data, "%d", gameInfo.total_call);
memset(my_call, '\0', 20);
strcpy(my_call, "raise ");
strcat(my_call, data);
if ((recv = strstr(buffer, my_call)) != NULL) {
pos = 0;
while (*(recv-pos) != '\n')
pos--;
recv = recv - pos + 1;
pos = 0;
while (*(recv + pos) != ' ')
pos++;
memset(data, '\0', DATA_SIZE);
strncpy(data, recv, pos);
strcpy(opponent.bigid, data);
}
}
}
if (intimidate == HOLD && game_circle == FLOP) {
if ((recv = strstr(buffer, "raise")) != NULL) {
temp = 0;
pos = 1;
recv = strstr(recv, " \n");
if (*(recv + 2) != 't') {
opponent.ifcall = 2;
}
}
if ((recv = strstr(buffer, "call")) != NULL ) {
temp = 0;
pos = 1;
recv = strstr(recv, " \n");
if (*(recv + 2) != 't') {
opponent.ifcall = 1;
}
}
}
if (intimidate == FLOP && game_circle == TURN ) {
if ((recv = strstr(buffer, "raise")) != NULL) {
temp = 0;
pos = 1;
recv = strstr(recv, " \n");
if (*(recv + 2) != 't') {
opponent.ifcall = 2;
}
}
if ((recv = strstr(buffer, "call")) != NULL ) {
temp = 0;
pos = 1;
recv = strstr(recv, " \n");
if (*(recv + 2) != 't') {
opponent.ifcall = 1;
}
}
}
if (intimidate == TURN && game_circle == RIVER ) {
if ((recv = strstr(buffer, "raise")) != NULL) {
temp = 0;
pos = 1;
recv = strstr(recv, " \n");
if (*(recv + 2) != 't') {
opponent.ifcall = 2;
}
}
if ((recv = strstr(buffer, "call")) != NULL ) {
temp = 0;
pos = 1;
recv = strstr(recv, " \n");
if (*(recv + 2) != 't') {
opponent.ifcall = 1;
}
}
}
//set gameJetton
switch (game_circle) {
case HOLD: gameJetton.hold += gameInfo.call; break;
case FLOP: gameJetton.flop += gameInfo.call; break;
case TURN: gameJetton.turn += gameInfo.call; break;
default: break;
}
}
}这里解释一下对手模型，基于这样一种哲学思想：
玩牌的过程中总会遇到一些喜欢吓唬人的对手，而该对手总是在别人下注很少或让牌的情况下突然加注很多。我就会这么做。那么问题来了，要是他跟了呢？那么久需要把告诉自己，这个有人跟了，我需要采取进一步策略：只要不是高牌，加到底。这样可能有风险，但是如果他是大牌，他不会在一开始加注很少，所以放开手做吧。不这样，根本挣不到钱的！
