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创建招法表和成三表独立成函数

This commit is contained in:
CalciteM 2019-06-23 11:49:14 +08:00
parent 8dea438bae
commit 87ebd70542
2 changed files with 100 additions and 84 deletions
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178
NineChess/src/ninechess.cpp
View File

@ -169,6 +169,98 @@ NineChess::~NineChess()
{
}
void NineChess::createMoveTable()
{
for (int r = 1; r <= N_RINGS; r++) {
for (int s = 0; s < N_SEATS; s++) {
// 顺时针走一步的位置
moveTable[r * N_SEATS + s][0] = r * N_SEATS + (s + 1) % N_SEATS;
// 逆时针走一步的位置
moveTable[r * N_SEATS + s][1] = r * N_SEATS + (s + N_SEATS - 1) % N_SEATS;
// 如果是 0、2、4、6位（偶数位）或是有斜线
if (!(s & 1) || this->currentRule.hasObliqueLines) {
if (r > 1) {
// 向内走一步的位置
moveTable[r * N_SEATS + s][2] = (r - 1) * N_SEATS + s;
}
if (r < N_RINGS) {
// 向外走一步的位置
moveTable[r * N_SEATS + s][3] = (r + 1) * N_SEATS + s;
}
}
#if 0
// 对于无斜线情况下的1、3、5、7位（奇数位），则都设为棋盘外点（默认'\x00'）
else {
// 向内走一步的位置设为随便棋盘外一点
moveTable[i * SEAT + j][2] = '\x00';
// 向外走一步的位置设为随便棋盘外一点
moveTable[i * SEAT + j][3] = '\x00';
}
#endif
}
}
}
void NineChess::createMillTable()
{
for (int s = 0; s < N_SEATS; s++) {
// 内外方向的“成三”
// 如果是0、2、4、6位（偶数位）或是有斜线
if (!(s & 1) || this->currentRule.hasObliqueLines) {
millTable[1 * N_SEATS + s][0][0] = 2 * N_SEATS + s;
millTable[1 * N_SEATS + s][0][1] = 3 * N_SEATS + s;
millTable[2 * N_SEATS + s][0][0] = 1 * N_SEATS + s;
millTable[2 * N_SEATS + s][0][1] = 3 * N_SEATS + s;
millTable[3 * N_SEATS + s][0][0] = 1 * N_SEATS + s;
millTable[3 * N_SEATS + s][0][1] = 2 * N_SEATS + s;
}
// 对于无斜线情况下的1、3、5、7位（奇数位）
else {
// 置空该组“成三”
millTable[1 * N_SEATS + s][0][0] = 0;
millTable[1 * N_SEATS + s][0][1] = 0;
millTable[2 * N_SEATS + s][0][0] = 0;
millTable[2 * N_SEATS + s][0][1] = 0;
millTable[3 * N_SEATS + s][0][0] = 0;
millTable[3 * N_SEATS + s][0][1] = 0;
}
// 当前圈上的“成三”
// 如果是0、2、4、6位
if (!(s & 1)) {
millTable[1 * N_SEATS + s][1][0] = 1 * N_SEATS + (s + 1) % N_SEATS;
millTable[1 * N_SEATS + s][1][1] = 1 * N_SEATS + (s + N_SEATS - 1) % N_SEATS;
millTable[2 * N_SEATS + s][1][0] = 2 * N_SEATS + (s + 1) % N_SEATS;
millTable[2 * N_SEATS + s][1][1] = 2 * N_SEATS + (s + N_SEATS - 1) % N_SEATS;
millTable[3 * N_SEATS + s][1][0] = 3 * N_SEATS + (s + 1) % N_SEATS;
millTable[3 * N_SEATS + s][1][1] = 3 * N_SEATS + (s + N_SEATS - 1) % N_SEATS;
// 置空另一组“成三”
millTable[1 * N_SEATS + s][2][0] = 0;
millTable[1 * N_SEATS + s][2][1] = 0;
millTable[2 * N_SEATS + s][2][0] = 0;
millTable[2 * N_SEATS + s][2][1] = 0;
millTable[3 * N_SEATS + s][2][0] = 0;
millTable[3 * N_SEATS + s][2][1] = 0;
}
// 对于1、3、5、7位（奇数位）
else {
// 当前圈上逆时针的“成三”
millTable[1 * N_SEATS + s][1][0] = 1 * N_SEATS + (s + N_SEATS - 2) % N_SEATS;
millTable[1 * N_SEATS + s][1][1] = 1 * N_SEATS + (s + N_SEATS - 1) % N_SEATS;
millTable[2 * N_SEATS + s][1][0] = 2 * N_SEATS + (s + N_SEATS - 2) % N_SEATS;
millTable[2 * N_SEATS + s][1][1] = 2 * N_SEATS + (s + N_SEATS - 1) % N_SEATS;
millTable[3 * N_SEATS + s][1][0] = 3 * N_SEATS + (s + N_SEATS - 2) % N_SEATS;
millTable[3 * N_SEATS + s][1][1] = 3 * N_SEATS + (s + N_SEATS - 1) % N_SEATS;
// 当前圈上顺时针的“成三”
millTable[1 * N_SEATS + s][2][0] = 1 * N_SEATS + (s + 1) % N_SEATS;
millTable[1 * N_SEATS + s][2][1] = 1 * N_SEATS + (s + 2) % N_SEATS;
millTable[2 * N_SEATS + s][2][0] = 2 * N_SEATS + (s + 1) % N_SEATS;
millTable[2 * N_SEATS + s][2][1] = 2 * N_SEATS + (s + 2) % N_SEATS;
millTable[3 * N_SEATS + s][2][0] = 3 * N_SEATS + (s + 1) % N_SEATS;
millTable[3 * N_SEATS + s][2][1] = 3 * N_SEATS + (s + 2) % N_SEATS;
}
}
}
// 设置棋局状态和棋盘数据，用于初始化
bool NineChess::setContext(const struct Rule *rule, int maxStepsLedToDraw, int maxTimeLedToLose,
int initialStep, int flags, const char *board,
@ -270,92 +362,10 @@ bool NineChess::setContext(const struct Rule *rule, int maxStepsLedToDraw, int m
winner = NOBODY;
// 生成招法表
for (int r = 1; r <= N_RINGS; r++) {
for (int s = 0; s < N_SEATS; s++) {
// 顺时针走一步的位置
moveTable[r * N_SEATS + s][0] = r * N_SEATS + (s + 1) % N_SEATS;
// 逆时针走一步的位置
moveTable[r * N_SEATS + s][1] = r * N_SEATS + (s + N_SEATS - 1) % N_SEATS;
// 如果是 0、2、4、6位（偶数位）或是有斜线
if (!(s & 1) || this->currentRule.hasObliqueLines) {
if (r > 1) {
// 向内走一步的位置
moveTable[r * N_SEATS + s][2] = (r - 1) * N_SEATS + s;
}
if (r < N_RINGS) {
// 向外走一步的位置
moveTable[r * N_SEATS + s][3] = (r + 1) * N_SEATS + s;
}
}
#if 0
// 对于无斜线情况下的1、3、5、7位（奇数位），则都设为棋盘外点（默认'\x00'）
else {
// 向内走一步的位置设为随便棋盘外一点
moveTable[i*SEAT+j][2] = '\x00';
// 向外走一步的位置设为随便棋盘外一点
moveTable[i*SEAT+j][3] = '\x00';
}
#endif
}
}
createMoveTable();
// 生成成三表
for (int s = 0; s < N_SEATS; s++) {
// 内外方向的“成三”
// 如果是0、2、4、6位（偶数位）或是有斜线
if (!(s & 1) || this->currentRule.hasObliqueLines) {
millTable[1 * N_SEATS + s][0][0] = 2 * N_SEATS + s;
millTable[1 * N_SEATS + s][0][1] = 3 * N_SEATS + s;
millTable[2 * N_SEATS + s][0][0] = 1 * N_SEATS + s;
millTable[2 * N_SEATS + s][0][1] = 3 * N_SEATS + s;
millTable[3 * N_SEATS + s][0][0] = 1 * N_SEATS + s;
millTable[3 * N_SEATS + s][0][1] = 2 * N_SEATS + s;
}
// 对于无斜线情况下的1、3、5、7位（奇数位）
else {
// 置空该组“成三”
millTable[1 * N_SEATS + s][0][0] = 0;
millTable[1 * N_SEATS + s][0][1] = 0;
millTable[2 * N_SEATS + s][0][0] = 0;
millTable[2 * N_SEATS + s][0][1] = 0;
millTable[3 * N_SEATS + s][0][0] = 0;
millTable[3 * N_SEATS + s][0][1] = 0;
}
// 当前圈上的“成三”
// 如果是0、2、4、6位
if (!(s & 1)) {
millTable[1 * N_SEATS + s][1][0] = 1 * N_SEATS + (s + 1) % N_SEATS;
millTable[1 * N_SEATS + s][1][1] = 1 * N_SEATS + (s + N_SEATS - 1) % N_SEATS;
millTable[2 * N_SEATS + s][1][0] = 2 * N_SEATS + (s + 1) % N_SEATS;
millTable[2 * N_SEATS + s][1][1] = 2 * N_SEATS + (s + N_SEATS - 1) % N_SEATS;
millTable[3 * N_SEATS + s][1][0] = 3 * N_SEATS + (s + 1) % N_SEATS;
millTable[3 * N_SEATS + s][1][1] = 3 * N_SEATS + (s + N_SEATS - 1) % N_SEATS;
// 置空另一组“成三”
millTable[1 * N_SEATS + s][2][0] = 0;
millTable[1 * N_SEATS + s][2][1] = 0;
millTable[2 * N_SEATS + s][2][0] = 0;
millTable[2 * N_SEATS + s][2][1] = 0;
millTable[3 * N_SEATS + s][2][0] = 0;
millTable[3 * N_SEATS + s][2][1] = 0;
}
// 对于1、3、5、7位（奇数位）
else {
// 当前圈上逆时针的“成三”
millTable[1 * N_SEATS + s][1][0] = 1 * N_SEATS + (s + N_SEATS - 2) % N_SEATS;
millTable[1 * N_SEATS + s][1][1] = 1 * N_SEATS + (s + N_SEATS - 1) % N_SEATS;
millTable[2 * N_SEATS + s][1][0] = 2 * N_SEATS + (s + N_SEATS - 2) % N_SEATS;
millTable[2 * N_SEATS + s][1][1] = 2 * N_SEATS + (s + N_SEATS - 1) % N_SEATS;
millTable[3 * N_SEATS + s][1][0] = 3 * N_SEATS + (s + N_SEATS - 2) % N_SEATS;
millTable[3 * N_SEATS + s][1][1] = 3 * N_SEATS + (s + N_SEATS - 1) % N_SEATS;
// 当前圈上顺时针的“成三”
millTable[1 * N_SEATS + s][2][0] = 1 * N_SEATS + (s + 1) % N_SEATS;
millTable[1 * N_SEATS + s][2][1] = 1 * N_SEATS + (s + 2) % N_SEATS;
millTable[2 * N_SEATS + s][2][0] = 2 * N_SEATS + (s + 1) % N_SEATS;
millTable[2 * N_SEATS + s][2][1] = 2 * N_SEATS + (s + 2) % N_SEATS;
millTable[3 * N_SEATS + s][2][0] = 3 * N_SEATS + (s + 1) % N_SEATS;
millTable[3 * N_SEATS + s][2][1] = 3 * N_SEATS + (s + 2) % N_SEATS;
}
}
createMillTable();
// 不选中棋子
currentPos = 0;

6
NineChess/src/ninechess.h
View File

@ -192,6 +192,12 @@ private:
// 这个表跟规则有关，一旦规则改变需要重新修改
static int millTable[(N_RINGS + 2) * N_SEATS][3][2];
// 生成招法表
void createMoveTable();
// 生成成三表
void createMillTable();
public:
explicit NineChess();
virtual ~NineChess();