package main
import (
"fmt"
"math/rand"
"time"
)
type QiZhistruct {
Namestring
Typesint
Showstring
}
func (this *QiZhi)Set(namestring,typesint,showstring){
this.Name = name
this.Types = types
this.Show = show
}
type QiPanstruct {
Q [6][7]*QiZhi
}
func(this *QiPan)Init(){
n :=new(QiZhi)
n.Set("空",0,"*")
this.Q = [6][7]*QiZhi{}
for k,v :=range this.Q {
q := [7]*QiZhi{}
for kk,_ :=range v {
q[kk] = n
}
this.Q[k] = q
}
}
func (this *QiPan)Print() {
for _,v :=range this.Q{
for _,vv :=range v {
fmt.Print(vv.Show)
}
fmt.Print("\n")
}
}
func (this *QiPan)Play(x,yint,q *QiZhi) {
if this.Q[x][y].Types ==0 {
this.Q[x][y] = q
}
}
func (this *QiPan)PlayLast(yint,q *QiZhi)bool{
//棋子掉入该列最后空白处
for i:=5;i >=0 ;i-- {
if this.Q[i][y].Types ==0 {
this.Q[i][y] = q
return true
}
}
return false
}
func (this *QiPan)IsFinish()bool{
for _,v :=range this.Q {
for _,vv :=range v {
if vv.Types ==0{
return false
}
}
}
return true
}
func Select(nint) {
switch n {
case 1:
q :=new(QiPan)
q.Init()
q.Print()
case 2:
q :=new(QiPan)
q.Init()
black := &QiZhi{
Name:"黑子",
Types:1,
Show:"X",
}
white := &QiZhi{
Name:"白子",
Types:2,
Show:"O",
}
q.Play(0,3,black)
q.Play(3,2,black)
q.Play(2,3,white)
q.Play(3,5,white)
q.Print()
default:
fmt.Println("error type num is ",n)
}
}
func RandomPlay(){
q :=new(QiPan)
q.Init()
black := &QiZhi{
Name:"黑子",
Types:1,
Show:"X",
}
white := &QiZhi{
Name:"白子",
Types:2,
Show:"O",
}
r := rand.New(rand.NewSource(time.Now().UnixNano()))
y := r.Intn(7)
n :=0
for {
if q.IsFinish() {
q.Print()
return
}else{
if n%2 ==0 {
//fmt.Println("下白子",y)
if !q.PlayLast(y,white){
r = rand.New(rand.NewSource(time.Now().UnixNano()))
y = r.Intn(7)
}
}else{
//fmt.Println("下黑子",y)
if !q.PlayLast(y,black){
r = rand.New(rand.NewSource(time.Now().UnixNano()))
y = r.Intn(7)
}
}
n ++
}
}
}
func main(){
//第一题
Select(1)
fmt.Println("_________________________")
Select(2)
fmt.Println("-------------------------")
//第二题
RandomPlay()
}
