// 记录鼠标松开时的位置，计算其位于哪一个格子内，返回其序号（一个整数n）
// 若鼠标并未位于任何格子内，重复直到输入有效
private int input() {
boolean isPressing = false;
while (true) {
StdDraw.show(40); // 每40毫秒扫描一次鼠标状况
if (StdDraw.mousePressed() && !isPressing) { // 第一次按下鼠标
isPressing = true;
continue;
}
if (!StdDraw.mousePressed() && isPressing) { // 第一次放开鼠标
isPressing = false;
double x = StdDraw.mouseX(), y = StdDraw.mouseY();
if (y <= 5 || y >= 165 || x <= 5 || x >= 195) continue;
int i, j;
if (y >= 155) i = 0;
else i = (int) ((155 - y) / 17.5);
if (x <= 15) j = 0;
else j = (int) ((x - 15) / 20);
if (inCircle(x, y, i, j)) return i * 9 + j;
if (i != 8 && inCircle(x, y, i + 1, j)) return (i + 1) * 9 + j;
if (j != 8 && inCircle(x, y, i, j + 1)) return i * 9 + j + 1;
if (i != 8 && j != 8 && inCircle(x, y, i + 1, j + 1)) return (i + 1) * 9 + j + 1;
continue;
}
}
}
/** Handles a mouse click, placing player's mark in the square on which the user clicks. */
public static void handleMouseClick(char[][] board, char player) {
while (!StdDraw.mousePressed()) {
// Wait for mouse press
}
double x = Math.round(StdDraw.mouseX());
double y = Math.round(StdDraw.mouseY());
while (StdDraw.mousePressed()) {
// Wait for mouse release
}
int a = (int) x;
int b = (int) y;
if (board[a][b] == ' ') {
board[a][b] = player;
}
}
/**
* Waits for the user to click and returns the location where they clicked (which might be one of
* Game.RESERVES_LOCATIONS). For invalid locations, may return null.
*/
public Location waitForClick() {
while (!StdDraw.mousePressed()) {
// Wait for mouse press
}
double x = StdDraw.mouseX();
double y = StdDraw.mouseY();
while (StdDraw.mousePressed()) {
// Wait for mouse release
}
// This catches some clicks on the background as if they were on one of
// the reserve buttons, but handles valid clicks correctly
if (y <= 2.0) {
if (x < 5) {
return FocusModel.RESERVES_LOCATIONS[FocusModel.BLACK];
}
return FocusModel.RESERVES_LOCATIONS[FocusModel.WHITE];
}
Location result = new Location((int) (10.0 - y), (int) (x - 1.0));
if (model.isOnBoard(result)) {
return result;
}
return null;
}
public static void clicSouris() {
int cooxV = 0;
int cooyV = 0;
int cooxH = 0;
int cooyH = 0;
double mouseX = 0;
double mouseY = 0;
if (StdDraw.mousePressed()) {
mouseX = StdDraw.mouseX();
mouseY = StdDraw.mouseY();
if ((10 < mouseX && mouseX < 30)
|| (50 < mouseX && mouseX < 70)
|| (90 < mouseX && mouseX < 110)
|| (130 < mouseX && mouseX < 150)
|| (170 < mouseX && mouseX < 190)
|| (210 < mouseX && mouseX < 230)) {
Test1.b = true;
if ((10 < mouseX && mouseX < 30)) {
cooxV = 0;
}
if ((50 < mouseX && mouseX < 70)) {
cooxV = 1;
}
if ((90 < mouseX && mouseX < 110)) {
cooxV = 2;
}
if ((130 < mouseX && mouseX < 150)) {
cooxV = 3;
}
if ((170 < mouseX && mouseX < 190)) {
cooxV = 4;
}
if ((210 < mouseX && mouseX < 230)) {
cooxV = 5;
}
if ((20 < mouseY && mouseY < 60)) {
cooyV = 0;
}
if ((60 < mouseY && mouseY < 100)) {
cooyV = 1;
}
if ((100 < mouseY && mouseY < 140)) {
cooyV = 2;
}
if ((140 < mouseY && mouseY < 180)) {
cooyV = 3;
}
if ((180 < mouseY && mouseY < 220)) {
cooyV = 4;
}
if ((220 < mouseY && mouseY < 260)) {
cooyV = 5;
}
TabManager.verticale[cooyV][cooxV] = 1;
} else {
Test1.b = true;
if ((30 < mouseX && mouseX < 50)) {
cooxH = 0;
}
if ((70 < mouseX && mouseX < 90)) {
cooxH = 1;
}
if ((110 < mouseX && mouseX < 130)) {
cooxH = 2;
}
if ((150 < mouseX && mouseX < 170)) {
cooxH = 3;
}
if ((190 < mouseX && mouseX < 210)) {
cooxH = 4;
}
if ((0 < mouseY && mouseY < 40)) {
cooyH = 0;
}
if ((40 < mouseY && mouseY < 80)) {
cooyH = 1;
}
if ((80 < mouseY && mouseY < 120)) {
cooyH = 2;
}
if ((120 < mouseY && mouseY < 160)) {
cooyH = 3;
}
if ((160 < mouseY && mouseY < 200)) {
cooyH = 4;
}
if ((200 < mouseY && mouseY < 240)) {
cooyH = 5;
}
TabManager.horizontale[cooyH][cooxH] = 1;
}
}
}
