go语言实现扫雷
源码如下package main
import (
"archive/zip"
"bytes"
"encoding/base64"
"fmt"
"image"
"image/color"
"image/png"
"log"
"math/rand"
"strings"
"time"
"github.com/hajimehoshi/ebiten/v2"
"github.com/hajimehoshi/ebiten/v2/ebitenutil"
"github.com/hajimehoshi/ebiten/v2/inpututil"
)
func main() {
//goland:noinspection GoDeprecation
rand.Seed(time.Now().Unix())
m := &mine{h: 16, w: 30, mineCnt: 99}
err := m.loadResources()
if err != nil {
log.Fatal(err)
}
m.initData() // 开局初始数据
ebiten.SetWindowTitle("Mine Sweeping")
if err = ebiten.RunGame(m); err != nil {
log.Fatal(err)
}
}
const (
gridHW = 16 // 格子宽高
)
type (
mine struct {
// 雷区宽高
h, w int
// 0: 正常,1: 赢,2: 输
playing int
// 雷区格子数据
data [][]*grid
// 总雷数
mineCnt int
// 开始时间
timeStart time.Time
// 计时器
timeCnt int
// 计时器最右侧数字坐标
timeX float64
// 界面宽高
gridW, gridH int
// 显示哪个笑脸
faceNum int
// 笑脸坐标
faceX float64
// 判断在笑脸位置
isFace func(h, w int) bool
// 界面图片,数字图片,笑脸图片
img, num, face []*ebiten.Image
// 背景图片
background *ebiten.Image
// 显示输入数据
text string
}
grid struct {
dataint // 格子数据
state int // 状态
}
)
var aroundPos = [][]int{
{-1, 1, 0, 0, -1, -1, 1, 1},
{0, 0, -1, 1, -1, 1, -1, 1},
}
func (m *mine) around(h, w int, f func(h, w int)) {
var i, nh, nw int
for ; i < 8; i++ {
nh, nw = h+aroundPos, w+aroundPos
if nh >= 0 && nh < m.h && nw >= 0 && nw < m.w {
f(nh, nw) // 周围合法8个位置
}
}
}
func (m *mine) initData() {
var i, j int
if len(m.data) < m.h {
m.data = make([][]*grid, m.h)
}
for i = 0; i < m.h; i++ {
if len(m.data) < m.w {
m.data = make([]*grid, m.w)
}
}
for i = 0; i < m.h; i++ {
for j = 0; j < m.w; j++ {
if d := m.data; d == nil {
m.data = new(grid)
} else {
d.data, d.state = 0, 0
}
}
}
cnt := 0
for cnt < m.mineCnt {
i, j = rand.Intn(m.h), rand.Intn(m.w)
if d := m.data; d.data != 10 {
cnt++
d.data = 10
}
}
for i = 0; i < m.h; i++ {
for j = 0; j < m.w; j++ {
if d := m.data; d.data != 10 {
m.around(i, j, func(h, w int) {
if m.data.data == 10 {
d.data++
}
})
}
}
}
m.playing = 0
m.timeStart = time.Time{}
m.timeCnt = 0
m.gridW, m.gridH = m.w*gridHW+6, (m.h+3)*gridHW+6
faceX := m.gridW/2 - 18
m.faceX = float64(faceX)
m.isFace = func(h, w int) bool {
return h >= 4 && h <= 28 && w >= faceX && w < faceX+24
}
m.faceNum = 0
m.timeX = float64(m.gridW - 18)
ebiten.SetWindowSize(m.gridW, m.gridH)
m.background = ebiten.NewImage(m.gridW, m.gridH-gridHW)
m.background.Fill(backgroundColor) // 创建背景图片
m.text = fmt.Sprintf("H:%d,W:%d,M:%d >", m.h, m.w, m.mineCnt)
}
func (m *mine) cursorPos() (h, w, state int) {
w, h = ebiten.CursorPosition()
if m.isFace(h, w) {
state = 1
} else {
w, h = (w-3)/gridHW, h/gridHW-2
if w >= 0 && w < m.w && h >= 0 && h < m.h {
state = 2
}
}
return
}
func (m *mine) reactionChain(h, w int) {
d := m.data
if d.state != 0 {
return // 已打开或插旗 或 游戏完成
}
d.state = -1
switch d.data {
case 10:
if m.playing == 0 {
m.playing = 2
d.data = 12 // 游戏结束,标记第1个踩到的雷
}
case 0: // 递归点开所有空白区域
m.around(h, w, func(h, w int) { m.reactionChain(h, w) })
}
}
func (m *mine) Update() error {
var state int
if m.playing != 0 {
if ebiten.IsMouseButtonPressed(ebiten.MouseButtonLeft) {
_, _, state = m.cursorPos()
if state == 1 {
m.faceNum = 4
} else {
switch m.playing {
case 1:
m.faceNum = 3
case 2:
m.faceNum = 2
}
}
} else if inpututil.IsMouseButtonJustReleased(ebiten.MouseButtonLeft) {
_, _, state = m.cursorPos()
if state == 1 {
m.initData() // 左键小脸松开重新开始游戏
}
}
return nil
}
if m.timeCnt < 999 && !m.timeStart.IsZero() {
m.timeCnt = int(time.Since(m.timeStart) / time.Second)
}
var d *grid
var i, j int
if ebiten.IsMouseButtonPressed(ebiten.MouseButtonLeft) {
for i = 0; i < m.h; i++ {
for j = 0; j < m.w; j++ {
if d = m.data; d.state == 1 {
d.state = 0
}
}
}
i, j, state = m.cursorPos()
switch state {
case 1:
m.faceNum = 4
case 2:
switch d = m.data; d.state {
case 0:
d.state = 1
case -1:
m.around(i, j, func(ah, aw int) {
if ad := m.data; ad.state == 0 {
ad.state = 1
}
})
}
m.faceNum = 1
default:
m.faceNum = 1
}
} else if inpututil.IsMouseButtonJustReleased(ebiten.MouseButtonLeft) {
for i = 0; i < m.h; i++ {
for j = 0; j < m.w; j++ {
if d = m.data; d.state == 1 {
d.state = 0
}
}
}
m.faceNum = 0
i, j, state = m.cursorPos()
switch state {
case 1:
m.initData() // 笑脸位置松开左键,重新开局
return nil
case 2:
if m.timeStart.IsZero() {
m.timeStart = time.Now()
}
switch d = m.data; d.state {
case 0: // 判断单击
m.reactionChain(i, j)
case -1: // 判断双击
if d.data >= 1 && d.data <= 8 {
state = 0
m.around(i, j, func(ah, aw int) {
if ad := m.data; ad.state == 2 {
state++
}
})
if d.data == state {
m.around(i, j, func(ah, aw int) {
m.reactionChain(ah, aw)
})
}
}
}
if m.playing == 2 {
m.faceNum = 2 // 游戏结束,输了
for i = 0; i < m.h; i++ {
for j = 0; j < m.w; j++ {
switch d = m.data; d.state {
case 0: // 将所有雷打开
if d.data == 10 {
d.state = -1
}
case 2: // 插旗位置不是雷,设置标雷错误
if d.data != 10 {
d.state = -1
d.data = 11
}
}
}
}
return nil
}
state = 0
for i = 0; i < m.h; i++ {
for j = 0; j < m.w; j++ {
if d = m.data; d.state == -1 {
state++
}
}
}
// 点开位置 + 总雷数 = 全部格子数, 此时赢
if state+m.mineCnt == m.h*m.w {
m.faceNum = 3 // 游戏结束,赢了
m.playing = 1
for i = 0; i < m.h; i++ {
for j = 0; j < m.w; j++ {
if d = m.data; d.state == 0 {
d.state = 2 // 剩余全插旗
}
}
}
return nil
}
}
} else if inpututil.IsMouseButtonJustReleased(ebiten.MouseButtonRight) {
i, j, state = m.cursorPos()
if state == 2 {
switch d = m.data; d.state {
case 0:
d.state = 2 // 插旗
case 2:
d.state = 0 // 取消
}
}
}
for k, v := range eKey {
if inpututil.IsKeyJustReleased(k) {
switch v {
case "d":
if i = len(m.text) - 1; m.text != '>' {
m.text = m.text[:i]
}
case "e":
i = strings.IndexByte(m.text, '>') + 1
var ok bool
n, _ := fmt.Sscanf(m.text, "%d %d %d", &i, &j, &state)
switch n {
case 3: // 读取 h/w/mine 这3个数据
if i >= 9 && i <= 45 && j >= 9 && j <= 45 &&
state >= 10 && state <= (i-1)*(j-1) {
m.h, m.w, m.mineCnt = i, j, state
ok = true
}
case 1: // 输入单个数字切换难度模式
switch i {
case 1:
m.h, m.w, m.mineCnt = 9, 9, 10 // 初级
ok = true
case 2:
m.h, m.w, m.mineCnt = 16, 16, 40 // 中级
ok = true
case 3:
m.h, m.w, m.mineCnt = 16, 30, 99 // 高级
ok = true
case 4:
m.h, m.w, m.mineCnt = 24, 30, 99 // 最大
ok = true
}
}
if ok {
m.initData()
return nil
}
default:
m.text += v
}
}
}
return nil
}
var (
eKey = mapstring{
ebiten.KeyDigit0: "0",
ebiten.KeyDigit1: "1",
ebiten.KeyDigit2: "2",
ebiten.KeyDigit3: "3",
ebiten.KeyDigit4: "4",
ebiten.KeyDigit5: "5",
ebiten.KeyDigit6: "6",
ebiten.KeyDigit7: "7",
ebiten.KeyDigit8: "8",
ebiten.KeyDigit9: "9",
ebiten.KeySpace:" ",
ebiten.KeyBackspace: "d", // 删除
ebiten.KeyEnter: "e", // 回车
ebiten.KeyNumpadEnter: "e", // 回车
}
backgroundColor = color.RGBA{R: 0xc0, G: 0xc0, B: 0xc0, A: 0xff}
)
func (m *mine) Draw(screen *ebiten.Image) {
screen.DrawImage(m.background, nil)
ct := m.mineCnt
op := &ebiten.DrawImageOptions{}
op.GeoM.Translate(3, 2*gridHW)
for i := 0; i < m.h; i++ {
for j := 0; j < m.w; j++ {
switch d := m.data; d.state {
case 0: // 默认状态
screen.DrawImage(m.img, op)
case 1: // 按住左键不松开
screen.DrawImage(m.img, op)
case 2: // 标记旗子
screen.DrawImage(m.img, op)
ct--
default: // 按照数据显示
if d.data == 11 {
ct-- // 错误插旗也算标雷
}
screen.DrawImage(m.img, op)
}
op.GeoM.Translate(gridHW, 0)
}
op.GeoM.Translate(0, gridHW)
op.GeoM.SetElement(0, 2, 3)
}
op.GeoM.Reset() // 显示雷数
op.GeoM.Translate(5, 5)
var num []int
if ct >= 0 {
num = []int{(ct / 100) % 10, (ct / 10) % 10, ct % 10}
} else {
ct = -ct // 负数只显示2位
num = []int{11, (ct / 10) % 10, ct % 10}
}
for _, v := range num {
screen.DrawImage(m.num, op)
op.GeoM.Translate(13, 0)
}
op.GeoM.Reset() // 显示时间
op.GeoM.Translate(m.timeX, 5)
for _, v := range []int{m.timeCnt % 10, (m.timeCnt / 10) % 10, (m.timeCnt / 100) % 10} {
screen.DrawImage(m.num, op)
op.GeoM.Translate(-13, 0)
}
op.GeoM.Reset() // 显示笑脸
op.GeoM.Translate(m.faceX, 4)
screen.DrawImage(m.face, op)
// 打印输入的[高 宽 雷]数据,以及输入数据显示
ebitenutil.DebugPrintAt(screen, m.text, 10, m.gridH-gridHW)
}
func (m *mine) Layout(_, _ int) (int, int) {
return m.gridW, m.gridH
}
func (m *mine) loadResources() error {
//goland:noinspection SpellCheckingInspection
const sd = "UEsDBBQAAgAIAEdVYVjiKY4C/wIAAPoCAAAIAAAAZmFjZS5wbmcB+gIF/YlQTkcNChoKAAAADUlIRFIAAAAYAAAAeAgGAAAA6IMyogAAAAFzUkdCAK7OHOkAAAAEZ0FNQQAAsY8L/GEFAAAACXBIWXMAAA7DAAAOwwHHb6hkAAACj0lEQVRoQ+2YAYoqQQxEPfoczZu5v4SSTLbSqay2f8FteDimk3raOiBejuO47eQuuF6v2/gTtIwEl8vlG6ovYgkYdrt9pxO1gio4U0mWAjecKEkpmIaTLLEFeO7WTjlKkIc4qMKq3keWK5jwgYJOqPofWUpw3zAlq/B7jivgcEb1nHIqAVABK3L4PWMlAK5Ehd/nOwHAcCXinpoDloAwLKL6IiPBT9gv+HeQ29ZWAcJxOg9BfFuvAOG/SzD9itoChk1vMktQBWeUpBW44SRLloJpOIkSW4DrjpEgD2RW9ShpBfExsqrZAjaD4zgHEdawn2utIAZN+f8CJamkqo8ZIwGHM6rHEgAVsCKGg1YAXEkOB5YAYLgScU/N2QLCsIjqI2PBlJMgFl7NZWc4eBzRjoUXv03Ak3nPh4ylmp5hLNh2HzBsy51cBWeUpBW44SRLloIYzussVHVcjwU5ZFW3BFX4pD4STPlgAeqZqm8pUJJVWH7ODFtQhZPcawlAF5yJ4aAVAFeSw4ElABiuRNxTc7aAMCyi+shYMOUkiIVX8/e7qFw8mfd8yFiq6RnGgm33AcO23MlVcEZJWoEbTrJkKYjh/K8i/idR1aPEFuCasFbVcd0KctDkHQBKbMGU3y3AHlH74McCnjmu8ZjPnrSCSpJrVQ8zxgLnHdgCoCSoEbUX51sBUEGKHA4sAaheMYNVOLAFhGER1UfGgiknQSy8mr/fReXiybznQ8ZSTc8wFmy7Dxi25U6ugjNK0grccJIlS8E0nETJSIDnbq0V5CEOqrCqdyyY8IGCTqj6l4KJpAofCzicUT2WAKiAFTEctALgSnI4sAQAw5WIe2rOFhCGRVQfGQumnASx8Go2/y46bl/hAJU1TWrZqgAAAABJRU5ErkJgglBLAwQUAAIACAD4VmFYi4Hk444PAACJDwAABwAAAGljby5wbmcBiQ928IlQTkcNChoKAAAADUlIRFIAAAAwAAAAMAgGAAAAVwL5hwAAAAFzUkdCAK7OHOkAAAAEZ0FNQQAAsY8L/GEFAAAACXBIWXMAAA7DAAAOwwHHb6hkAAAPHklEQVRoQ+1ZaWxc13U+s3MVSdG0LGqb2Ja1OI7oWm1sp4nINEab1olpJ3EatKnpwk2DFIhtFAkMBI6tX2mLArKKAEGdopKBAA7gFJaQFkUQJKZro7bRRZRiS5QobuI2wxnOxlneOq/fd+97FEccGnHNPwV6oKP75r777vvOfu6j/F+nkD9uGZ07N90dr8efch332JXxTPd772YKU/Plky+9/MUz/pItpbA/bhkB/Imdu7ue693ROXhTX8dAd3frYN12Xj328R8O+ku2lLbEApcuLSXFlcF63TmWni2P7P3IdjU/eTkjFy6k5T/H0lKx3cJXv3xgrFZ1xxy7/voT3/zElljkQwkwO50ecV15zHW9Qa/uieeJjJ9fXts0m6nIpfGsnHtvRSqeLd/686Ni1GypmY5YhluoVe0zjuOc/Pbx3x3zH/nA9L4CHLv/xYGrC8XuhWq5IJnjay+5Np0ZDoXlRCgUTqoJAK/X62LZYKMuPzs7LqurpuQLpoxPFiS9UhUTAjxw7x7p6kxIz/ZWaW2LQhhHDMPlOFo3vcePn/zsDLd74+eXBicn849dHl+RKxOFl/7pX746qt7ThDYV4Gt/8sqpVNoYWVyuyEy2IFkr/8L0288cj4TdV6ORyGAIT4bD+nFqvg4LIHAlFo/Jr/5jQf4LPAHwxZIpS5mazOXysvumdunv65C+nja55zf7pVq1xYI1TAhRwbVtuscfevTgTGp+9dS7v8rI+JW8zC+VJbdqPH7x4jdPq5fdQBF/bKAX/+7NkbZE9Hnig4tgUURu3dt372cGk89s60wkY9EwgIYlgjESIYeEAvG/aDgsqYWSZCG4YdhSrjqyWrFlAkpwbFeBjScicsftveLBao7jieNCeLcO9gZnp4vDmXRFLk8UFPj8qiH5sjFQLv78pEbXSE2zUF9fa3Lnrk7Zs6dDkuDhB/fLS3//eend3qK0HomSoxKLxRTzOhqNSBTCrBQMf5dGMuu2FMOefHroVnnws/sFLqj2ouBKeBDHQt6QufmypJarGnzFkBXL0K7ahJoK0L+na6ZvB8y9a5vc/9u75Ut/eFhiAK3AQ9vhSAQclgQ0SY7FIgAUxpxIZ0fU3+U6tbZG5YlH75FX/vZB+RTioK015t+5ThElTIjhpBy7uysuJcOSrGmIJfkPHgNvv3H1nGk4A703tUm8JSYtLdB4HJqOhSUOP+d1PA5B8GLDcMS2HMQA/Nl0ZXa2KMtwoyKsYViuJJPb1FoVtIpt5fMWnmMcMJBruEZmUvNVrOGYylbl9cmrBQkbQ7J4smmm2rSQedHIw93dcBlo3GOUcm7dSJ+tg+nXjGLOaYYFd7bLwY/2ydF7++Xj4B64XvDcptTk1rb2uNy399Yzm4EnbSpA2HWeVPbxKACD2VOZps4RkU3w1DbZceoqIOuQhemUa0mBUMFvnW713I0UrL3RJVrj0ZFPvE8VbyrAa/96aRB7PaWLE4FD077GdbYAw11sG6kP7JCRQm0IoqzCtXy2HgATJaTr70eBeE8LwzX6vRz1c5zUcyQo55R/uYGaCmC77nPUNIEQLHd2AYAg6DKWhYIFdlG4yLy2MTo2hEJaJABlJWUV/qbAgdv5llTgNat1636T1LW/Do8kf+PID0bUjRtogwCvvnwuWXe8Qe0aBOK/FIBsgidoahtBa5gIQDCvKZjSMu6R+QwtQjZNAuQ+2sWY99WohNLuGQB2AtBgyoJBCxXynvMhNtAGAfDYkxbBgAnYRBahe9DkChy0rLMOhbjOag7rA/DUNpo2LTSUQQtRGXrkfb1GWUcJJGIFAmnU2poY/Z/JI4e/P+DDXKMNAhhVd5jmplsgjaqX0ho2gNONeI+uYlla82RLpVANnmu4ls/wt1nTCtAuqC3IsY7ftIgGD8ZIYWgF9R5lLYLXQpDx1GM+zDVqEODU998ccF03qdyB2oMQ1QrcAxsql1JW0YLwPoEoVusDa1wHz2ctzvn3qJRA+zbu071YJ5QQUJRFoSCEjd+MP7JOBNqNYJkN2ahBALxogO4TuAU1y7GGXoY9DIHRVUw0YErzqvjoa86pe1jP60oZhSrYAzFA11F7QwHck0ohaB3wUBCEC/oiWsKyqX1kL1rFtwB+b3AhlXZfPnUuOT2RGe7f2/XQXQO3DLJBY8VllU0vrUIAU7UOMcxxniPvrSf6Ld2L4FKLZSnkDCmhE51PVSS5r1N6e1s1cAjByktl1FBxKZgNgVl9q5xHA1iB23lolv7gc/tVXHgwA91p/Aq64qw5tjCbHTWc6snz55+eCZ390fmRzq74KW524UJKZhYq8hffOOrD0jQ/l1PaibIfQmXW3WejAMrE0F4mXYU0Idm1u1NWVmry3nvL8ss35+S++3bK3v5OFVd0zQreR2GYoQi6RvAQsIY2g4I88vAhVPHd/u4iU0uOFL2EjL1xVcbeuSpzqXyhajlDka/96ZOvHb57Z0sLeptCrioTEysyOZmjSpX2yUbVUrZS6Y2BR03Dh5UvU4MA4sDkdIvUQlnu/NgOuf3QzdKK/qmEfmgeFnkHyjlysBfr9Hr1nIVkAUvoTId4A3DGSQ1zdx3qlYW54hpfnjGVBTOLBVleykuparZYdacl8ujw1/+qvS2uGq95LsQh5MpUTqLQaDpVVlxataSzK9HgswzGgIOALpct7GPKLTvhMn3tUszV1J4z10oytVCQazlTbtvZgdrBGGMBhDuBeU2XYlDXcKJjMEeQ0Jdxpgh4HOfr7FJJFueyspKvSBn1p2zYhchdBx55PpetqBddmcjJxat5KZZNaBln2ryp+N/Pp+Xox26GUTRwvkjleYyBBahFutHMdFFV53LJkGko4hrAX8K+i/myzGRKcmBXj0Thftp9dJZicDO90p2UcDBzvmDJ8oqxxqnlouRWyrKMfSqmJXAfMRx3NNKWeGAwlS4nqXmCv5YpSmdrQkW3yijgpVxZDt22XRLo+3WO1q4TCEEQQWqdX6zIEtxueqqAg0lJ3sWxcDZdlJJpCk8K+SKs0L9NKr678Hlqn3sweG3sqQoaLE0MqhaAVxEzuUpVLAhXAfiKY0u4Hn480tr5qbPTi1UcRIsHSwbM37tNbkYbnUIAVqGhlXIVmzqyvbNFejFP8IyBtYIDVlYBeILp7IjLW/+dkun5VZmcK8kcFLIKjSVwCIrh0FNFkG5ra5EYshrdjn6v6g1cR7ceGrzFYkgt+xZi0jMg3ErFGLPr9beNuvsVO/PcWEMq+cZjPxlBCj2F9Cv//PqUnvRpBw7kn//MbSoD8fTENeuJG/HF1FY6U5Gzv5gUEwCxHPcaXiNdHS0ycEefHwta8/R7k8FNhcBVWcR47aBc03XJNlw04cV7ZmefLvhbNR7qD9/xRRaOr0M5yvep7Qi0RuaJqbM9Jm3ILErbuEeNB0wXYCxwjMPVemAxnmujOGcGewTM9V04rDA1q8yD3zbac7qOavrAnHOR/3UBg4XJjjezNPetv/bhKmoQ4PzFV1J3HvjCCLTYzULFLwo8qAdM0Dt629WoXAla0nGghaFrcZ7XLTgr8zDEzMQvFTdyBIUKBlJAHfi1ycrrgzehoLoqXlrzDsC7YIynjdIvfubDVbShmbNMe5QtQXdnHNqOSQL1IeA6MhMLDc+1rJ48w5J5zTne41mWn1FqGPuRSvkNKB7D+fkGZqtAF9Gu0wg+0LoSAL5K8OyPwp6c9WGuUaNzgn7/gVMDMPu5RAyHdQRXDuksoD60Azf1JNBG+BN4mpdwe0Uwhuq8GAcEQUvRpfhhi1ZZT6zk7HO45kbwdJ3A76l9CgmLzOQXvvMR//E12vBha2LqbGpv/4ODwJAMwY1a4oSIsSWC7AErKGDYEC9WrbXvNmRqlE0ZY0SPrLCe8EOYC3eiW5KxVPs49tGCaksorTcFr97ztFX55YbD/QYLkPgp3AuHXosihdD3+U2I1/wYRc0xCzUjZiECAgZlchUbjBFccz5okwMLUevBfeXzmFsPnuvVdd2dWV16doP2Sc2RgO4/+uKrSCDDBBwws1PwAQppvYHwPmUFNQJgIEzgyzBGA3CdcgmOI9dp4Erb4AC8mpP6w+Wl7zb9HL+pAEeOnOhub+vIs9kiaIIn8DCYxOv1RGAkAuAdDUAD5q0AOEfdIhO0Bh4ISeC8DtxGCeB5ZyqpZx9WmzchOnhT+t7x3znx5eH9yk/p2wxoVsUqBGLBMVSVvM6cq+F+sIbPBGkWpzz85nM6ULUFWKCCIoX7FBigTT7ngw8jWxza1bdWtJrRhiAmnf3xuaeyy5Vn8jiUrKITVR9ssSn+KVImb8Jay57072iX/fu6pL0V3Q+CdwWNHZ9d0zjqOIVQWsY8NR+kymDexNgaiUpbLDJw4LZHumfnf9qQ/wNqaoF0uvLQzBRaa5yA0ln9hZga1H0JagCuN+OOjph85QsHZE9/u/Rsi6N+sDHGQadaXdM4CxdTqMVrCESXYRNHS/G3G/JQqWOStVclW6lJuWY/xT+2+PAaqKkA09MFuXy1IBfGs3IltSLztZSM54roBAmeL2T5b8Jwow6A5t8NYlH94ZfEqltDq0DwNiyEZky3BtC4Sqf4re4BfB8q/Z997qPyW/t7ZXtrqyyhmUwXKpIpGL++AFcnCy+NT+VlIpOTnJ1GxFpSD2XGVi3nbsdzR6nB4KUBa63y+5HvZyD6cBDswKs0bmON5QPXhUxr3aLmPXnhxHc+PXbwjl45fHuf3L1vu/S0R2WxAgHQhaqNbqCmArzy0z8+PbtSOr7qZgsSUhX0tCTCQ5nZb49NTfzlEFzhcRw6ZtTLfVZCgBOt18OK2GmFRCys/F67CmuB/xyDFwJbbn3U80JDZvq7T3e1eEO39HeM7dvbI3fuv1kJkYiHTvPd/rYN1JgLPyDt2Pc3I6FQ/UlUhjXzfumhQ/LJe/pldHROMpmq6otSK1W5uJyVlhDiAaagMHB55nfk9vBJM/3shj9gvPwP74zMz5WSlyaXx/7xR3+06Z9kP5QAAXXt+14y4njDqADHHvm9AwPXJktJHhfX00K+KqlCYcyth8a8kPe6abhnpHj8fVPkr0NbIsB6+uR9P3weFmn6Ifbf3npiy9+3aSH73xKs0NRX4Tmb/pXlw9CWC/DmW0+cCdW9ISA+g8QzSgb8F8KJyJC/5P/pOon8DzLPPO3UMZbOAAAAAElFTkSuQmCCUEsDBBQAAgAIAMJTYViPl6QvjQMAAIgDAAAIAAAAbWluZS5wbmcBiAN3/IlQTkcNChoKAAAADUlIRFIAAAAQAAABAAgGAAAAulL2TgAAAAFzUkdCAK7OHOkAAAAEZ0FNQQAAsY8L/GEFAAAACXBIWXMAAA7DAAAOwwHHb6hkAAADHUlEQVR4Xu2VAXbjIAxEffQcLTdLEbHIIEsCDLi0cd77dotm/mKy691eHZ/n8/k6LaDy4/H4CGihBSrfglvw3wS40MrWUybSI5z50B9+WsA7n/stvLYwDmgzV8DFUwJZbhYQ3QKmW0BsvyagIiLnpkAWJfMFtWQCXGjlfh84AuvrY1yBLGmSuQJJl0ArE1UCq0xcI/C4ZgfXPQIutNL/PtAWW4iCcFKnKQroW5BryHgBF/jvABIu6c6oO5BFJFzyrLaDGNw/WE4zYJxAC5YIF3sHHuHyyQ8XxEWHcMmz2g74LgmXdGfUHSCyIJkvKBEFPUQBvutaKQroDLR1Jgn4mQ4BZQ2z2Q6yQbhLZCbm5CNwQBOES1YmDgIM4j9nXqOfs7wmkAX82RTwEAmXQxnJBMkIgXBRBVl+2CMgsoASmT0IOIhlT5IJ1ID4XWaSQCvHgLKGWfUMWoiCHsbsQBsw2hkg4wVcoLsE5ymv7UAWkUNW2wHBHywzWX6YQAuWyATJqAQlWX64IC4qJeaQ1XbAdwnOU17bASILkvmCElHQw5gdaINa5gr4+2fUjCWQJUsyTyDpEljlOCsJvDIxX1DiGx6hRBT0sMgj4AJvzQKzRCaQYYsqAYa82VgBgUENzBLzDhFD3myewMMUEDIswSxxELSyiKCHxc6A38Al5gk8fldgleNsusArx/lUQalMzBXUsIighwXPICy4YHbPfxZlWAPLe0cXYMhjnsACy3unTUBUCTDkzcLvkwQepmBfcMHsnj8utrCIoIfFzuARXt81XCPAkMc8gQWWibFn4HGNAEMeXQIsE9WPYLGIoIdFz2DbwtZ2tN+z7HCBFtbW0myoAIMe8wQWVjnOvkTgsYigh8XOIHxPRbBMNAsIU+BxvQALiMzNE0gsyVgBhjy6BFgmqh/BYhFBDwuewfbYXDD7zoNAK2hUCTDkzarP4LQAi7L8nhsCWdTK75wQ1BYZ8xBLRcYVWMwTnGERQQ9/4Az4ja7NCFcA/x2oc8IUYLlZIMvNAuabBViUHLJTBC0sIujhv5yBNqjlFtwC4s8Lnq8fm5eUXyL4GKsAAAAASUVORK5CYIJQSwMEFAACAAgAKVVhWGRjEaoNBAAA/AQAAAcAAABudW0ucG5n6wzwc+flkuJiYGDg9fRwCQLRDAyMIhxsQNYH1z2zgRRjcZC7E8O6czIvgRyWdEdfRwaGjf3cfxJZgXzOAo/IYgYGvsMgzHg8f0UKUM1ETxfHkAznq1NvT7ptwOP8++Xfz2IlLDPFA3z+PDsnE8HIYXgy77b9j8/vGb937z98WfBs8MG5vzdoSlSdUP6U5BGkl8/VsUdi0pTTs5mU9NtUnm5nzPxYHJ6pJXAubunx2Zeq9Zb8Mdu16ES3oufOPZoKCB2fhOrZnjsFr3m2cofGMXOP4kd1Hy/f/vxs5YNztTdEeGyfCFYaqmhON2d1iePxPPXUl3GiuPOkTxlPokPZVlVq6S2q1NpRzCuqeX17FbKCospghydHJ0z/YWwhPivJ1P+oq+E+x1nC85lTVKZk3Nh8+PxbId55tpVqU+ZINjyJmcXocW4pMuNPjMKEqE+Nh87HLl3pYFE99Ud0jiP751ijI+vrGYS82/ebi0+IMvKbrbD1yyJfsZQ9+5+dZz1UM30Z08M3en87TNTt2E94aFzckN4+/7aqlE31Jx8NS2OGkztNmCfM8UZm/NzpoLD1CXPr/N1ewY0F37SgWtI9FHY9OcOg8vwSj0OR3llkxsUHNyenl63UFrAvn4pqne2/7X8+/peqSVPYmlLCyhzkrX8/xeGLWn3YbUWb+2nhH466mvizcpw3DXH4kv6qC+b8Tb6vhDruPTkfWzg3f7P2j0eLJO4rnO08z2gk5GXy5mbizt85hkAbudxkT3TkF+pJ5t/dwtN550h6+9PEyyEKc/aCFD18XnZSUqhDD7sXK00qvj2ZGfuK6wgkLHd72yshWVD5e/qEdH8tiVKFw013UnQ2f7jme3rCCd+asgg5M1/WQzdXH5HWeZGwz9ut6jyrh87GC6KKW1PmmDlmvXSdrXOiov7sfO6Wn3oghbG/BDP97uh/2j5jft+POpBPvzaXsSbv3cebzqZgOT2NYVJxJjLDXpxjybSaBR+gKVT1n4AuyJ62/y+1FTYuqcu1ISKEas6LlRjcV30c8uXfLPs6b1Ca2NXEuHLp9HwjhSphZtbPsbO4WjaHv/y47Pj8ldpOWSctcpuuXOo2i5zwEahBnAMiv/uL8qU5P2QUlBd++dFd8Wfq55mNVyZdFOXx0N1bM5nx4mwJjRnvL8ECGxgjHIYvPObvvDcj0THPaFpkxWu1+m9LmgrZv73ZYJMDN29H/JN8TXvZizaiCjbXN2hLvN4q98kh6+QLLrYl0+L2nWx44ftvzTbnin1n1z3o7s6YxyUwL3tFw4vzV+Dhmzr7iqrA3pPzdz+ygqQe0vNPUsWvvc0fambHHhQX5ze/yU1Ksq49P7/+P+OJ5dcT/ffwaAFLLAZPVz+XdU4JTQBQSwECFAAUAAIACABHVWFY4imOAv8CAAD6AgAACAAkAAAAAAAAACAAAAAAAAAAZmFjZS5wbmcKACAAAAAAAAEAGAApCE0QgmvaAUA/IReFa9oBDeFMEIJr2gFQSwECFAAUAAIACAD4VmFYi4Hk444PAACJDwAABwAkAAAAAAAAACAAAAAlAwAAaWNvLnBuZwoAIAAAAAAAAQAYAIeMX/aDa9oBD4gzCIVr2gFKo5ixg2vaAVBLAQIUABQAAgAIAMJTYViPl6QvjQMAAIgDAAAIACQAAAAAAAAAIAAAANgSAABtaW5lLnBuZwoAIAAAAAAAAQAYADjB412Aa9oBdSQ0CIVr2gFnUll6gGvaAVBLAQIUABQAAgAIAClVYVhkYxGqDQQAAPwEAAAHACQAAAAAAAAAIAAAAIsWAABudW0ucG5nCgAgAAAAAAABABgAqput74Fr2gF1JDQIhWvaAZl0re+Ba9oBUEsFBgAAAAAEAAQAZgEAAL0aAAAAAA=="
bd, err := base64.StdEncoding.DecodeString(sd)
if err != nil {
return err
}
data := bytes.NewReader(bd)
zr, err := zip.NewReader(data, data.Size())
if err != nil {
return err
}
subImg := func(img image.Image, x, y, num int) []*ebiten.Image {
var (
ei = ebiten.NewImageFromImage(img)
ri = make([]*ebiten.Image, num)
)
for i := 0; i < num; i++ {
var rc image.Rectangle
rc.Min.Y, rc.Max.X = i*y, x
rc.Max.Y = rc.Min.Y + y
ri = ei.SubImage(rc).(*ebiten.Image)
}
return ri
}
for _, fv := range zr.File {
fr, err := fv.Open()
if err != nil {
return err
}
img, err := png.Decode(fr)
_ = fr.Close()
if err != nil {
return err
}
switch fv.Name {
case "ico.png":
ebiten.SetWindowIcon([]image.Image{img})
case "mine.png":
m.img = subImg(img, 16, 16, 16)
case "num.png":
m.num = subImg(img, 13, 23, 12)
case "face.png":
m.face = subImg(img, 24, 24, 5)
}
}
return nil
}如下显示结果
https://img2024.cnblogs.com/blog/2135498/202403/2135498-20240302220409617-212313686.png
长按鼠标左键划过格子会有提示，与windows扫雷结果划一。
左键既是单击，点数字时也是双击，右键标雷。
在界面输入，1 + 回车 = 初级,2 + 回车 = 中级,3 + 回车 = 高级
在界面输入, 11 22 33 + 回车 = 高度11,宽度22,总雷数33 。可以自界说数据
如果想在浏览器中运行，可到项目 LittleGame
执行
# 编译项目
.\build.bat minesweeper
# 运行http服务器
.\httpServer然后浏览器访问:http://127.0.0.1:8080，结果显示如下
https://img2024.cnblogs.com/blog/2135498/202403/2135498-20240302221145077-853742264.png
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