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yinsh.cpp
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#include "yinsh.h"
Yinsh::Yinsh(){};
// Yinsh::~Yinsh(){};
//
// vector< vector<int> > myboard = myboard;
Yinsh::Yinsh(int rings,int row,int mark){
ring_size = rings;
rows = row;
marker_rem = mark;
// matrix.resize(3, vector<int> (5,-1));
myboard.resize(rows, vector<int> (rows,0));
player.resize(2, vector<Place> (ring_size,0));
cnt_0 =0;
cnt_1 =0;
p0_rings=0;
p1_rings=0;
initialize();
}
void Yinsh::initialize()
{
int rings_n = ring_size;
int x,y,low,high,j ;
for(int i = 0 ; i < rows ; i++)
{
x = i - rings_n ;
low = - rings_n ;
high = rings_n ;
if( x == 0){
low = -(rings_n - 1) ;
high= (rings_n - 1) ;
}
else if( x >= 1 && x <= rings_n-1){
low = -rings_n + x ;
}
else if(x == rings_n){
low = 1 ;
high = rings_n - 1 ;
}
else if(x >= -(rings_n - 1) && x <= -1){
high = rings_n + x ;
}
else if(x ==-(rings_n)){
low = -(rings_n - 1) ;
high = -1;
}
for(j = 0 ; j < rows ; j++){
y = j - (rings_n) ;
if( !(y >= low && y <= high)){
myboard[i][j] = -10 ;
}
}
}
}
void Yinsh::place_ring(int x,int y,int id)
{
Place p = Place(x,y);
if(id==0){
myboard[x][y] = 2 ;
}
else{
myboard[x][y] = -2;
}
// updating ring positions
if(id==0){
player[id][cnt_0] = p;
cnt_0++;
}
else{
player[id][cnt_1] = p;
cnt_1++;
}
// cnt++;
}
// reverse in between and place ring at final position
// not checked validity
void Yinsh::select_movering(Place sel,Place mov,int id)
{
myboard[mov.x][mov.y] = myboard[sel.x][sel.y];
// updating ring positions
for(int i2=0;i2<ring_size;i2++){
if(player[id][i2].x == sel.x ){
if(player[id][i2].y == sel.y ){
player[id][i2].x = mov.x;
player[id][i2].y = mov.y;
}
}
}
myboard[sel.x][sel.y] = myboard[sel.x][sel.y]/2;
// vertically moment
if(sel.x == mov.x){
if(sel.y < mov.y){
for(int i1=sel.y+1 ; i1 < mov.y ; i1++){
myboard[sel.x][i1] = -myboard[sel.x][i1];
}
}
else if(sel.y > mov.y){
for(int i1=mov.y+1 ; i1 < sel.y ; i1++){
myboard[sel.x][i1] = -myboard[sel.x][i1];
}
}
}
// horizontal moment
else if(sel.y == mov.y){
if(sel.x < mov.x){
for(int i1=sel.x+1 ; i1 < mov.x ; i1++){
myboard[i1][sel.y] = -myboard[i1][sel.y];
}
}
else if(sel.x > mov.x){
for(int i1=mov.x+1 ; i1 < sel.x ; i1++){
myboard[i1][sel.y] = -myboard[i1][sel.y];
}
}
}
// horizontal and vertical
else {
if(mov.x>sel.x){
if(mov.y>sel.y){
for(int j1=sel.y+1,i1 = sel.x+1; i1 < mov.x && j1<mov.y;i1++ ,j1++){
myboard[i1][j1] = -myboard[i1][j1];
}
}
else{
for(int j1=mov.y+1,i1 = sel.x+1; i1 < mov.x && j1<sel.y;i1++ ,j1++){
myboard[i1][j1] = -myboard[i1][j1];
}
}
}
else{
if(mov.y>sel.y){
for(int j1=sel.y+1,i1 = mov.x+1; i1 < sel.x && j1<mov.y;i1++ ,j1++){
myboard[i1][j1] = -myboard[i1][j1];
}
}
else{
for(int j1=mov.y+1,i1 = mov.x+1; i1 < sel.x && j1<sel.y;i1++ ,j1++){
myboard[i1][j1] = -myboard[i1][j1];
}
}
}
}
}
void Yinsh::remove_row(Place p1,Place p2,int id)
{
myboard[p1.x][p1.y] = 0;
myboard[p2.x][p2.y] = 0;
if(p1.x == p2.x){
if(p1.y < p2.y){
for(int i1=p1.y+1 ; i1 < p2.y ; i1++){
myboard[p1.x][i1] = 0;
}
}
else if(p1.y > p2.y){
for(int i1=p2.y+1 ; i1 < p1.y ; i1++){
myboard[p1.x][i1] = 0;
}
}
}
// horizontal moment
else if(p1.y == p2.y){
if(p1.x < p2.x){
for(int i1=p1.x+1 ; i1 < p2.x ; i1++){
myboard[i1][p1.y] =0;
}
}
else if(p1.x > p2.x){
for(int i1 = p2.x+1 ; i1 < p1.x ; i1++){
myboard[i1][p1.y] = 0;
}
}
}
// horizontal and vertical
else {
if(p2.x>p1.x){
if(p2.y>p1.y){
for(int j1=p1.y+1,i1 = p1.x+1; i1 < p2.x && j1<p2.y;i1++ ,j1++){
myboard[i1][j1] = 0;
}
}
else{
for(int j1=p2.y+1,i1 = p1.x+1; i1 < p2.x && j1<p1.y;i1++ ,j1++){
myboard[i1][j1] = 0;
}
}
}
else{
if(p2.y>p1.y){
for(int j1=p1.y+1,i1 = p2.x+1; i1 < p1.x && j1<p2.y;i1++ ,j1++){
myboard[i1][j1] = 0;
}
}
else{
for(int j1=p2.y+1, i1 = p2.x+1; i1 < p1.x && j1< p1.y;i1++ ,j1++){
myboard[i1][j1] = 0;
}
}
}
}
}
void Yinsh::remove_ring(Place p1,int id)
{
myboard[p1.x][p1.y] = 0;
// updating ring positions
for(int i2=0;i2<ring_size;i2++){
if(player[id][i2].x == p1.x ){
if(player[id][i2].y == p1.y ){
player[id][i2].x = -10;
player[id][i2].y = -10;
}
}
}
}
void Yinsh::execute_seq(vector<Move>& move,int id)
{
for(int i_m=0;i_m < move.size();i_m++){
string type_mov = move[i_m].type;
if(type_mov=="P"){
place_ring(move[i_m].x,move[i_m].y,id);
}
else if(type_mov=="S"){
Place sel_dup = {move[i_m].x,move[i_m].y};
i_m++;
Place mov_dup = {move[i_m].x,move[i_m].y};
select_movering(sel_dup,mov_dup,id);
}
else if(type_mov=="M"){
cout<< "1 M should not reach here"<<endl;
}
else if(type_mov=="RS"){
Place start_dup = {move[i_m].x,move[i_m].y};
i_m++;
Place end_dup = {move[i_m].x,move[i_m].y};
remove_row(start_dup,end_dup,id);
}
else if(type_mov=="RE")
{
cout<< "2 RE should not reach here"<<endl;
}
else if(type_mov=="X")
{
Place p1 = {move[i_m].x,move[i_m].y};
remove_ring(p1,id);
}
else{
cout<< "invalid input move"<<endl;
}
}
}
// from black guides
void Yinsh::neighbours(Place sel,Place dir,vector<Place>& neighbour)
{
int token=0;
for (int a = dir.x,b=dir.y;sel.x+a>=0 && sel.x+a<rows && sel.y+b>=0 && sel.y+b<rows
&& abs(myboard[sel.x+a][sel.y+b])!=2 && myboard[sel.x+a][sel.y+b]!=-10 ; a=a+dir.x,b=b+dir.y)
{
if(myboard[sel.x+a][sel.y+b]!=0){
token=1;
continue;
}
neighbour.push_back({sel.x+a,sel.y+b});
if(token==1){
break;
}
}
}
void Yinsh::totneighbours(Place sel,vector<Place>& neighbour)
{
neighbours(sel,{0,1},neighbour);
neighbours(sel,{1,0},neighbour);
neighbours(sel,{1,1},neighbour);
neighbours(sel,{0,-1},neighbour);
neighbours(sel,{-1,0},neighbour);
neighbours(sel,{-1,-1},neighbour);
}
// id = 1 or -1
//for turn 0 id =1
// rreturns consecutive tokens for one player
vector<int> Yinsh::eval_collinear(int id){
// for x y var
vector<int> player1 (rows+1,0);
player1.push_back(0);
int count_1=0;
// for x y var
for(int x_i=0;x_i<rows;x_i++){
player1[count_1] = player1[count_1]+1;
count_1=0;
for(int y_i =0;y_i<rows;y_i++){
if(myboard[x_i][y_i]==-10){
}
else{
if(myboard[x_i][y_i] ==id){
count_1++;
}
else if(myboard[x_i][y_i] !=id){
player1[count_1] = player1[count_1]+1;
count_1=0;
}
}
}
}
// y con x var
count_1 =0;
for(int y_i=0;y_i<rows;y_i++){
player1[count_1] = player1[count_1]+1;
count_1=0;
for(int x_i =0;x_i<rows;x_i++){
if(myboard[x_i][y_i]==-10){
}
else{
if(myboard[x_i][y_i] ==id){
count_1++;
}
else if(myboard[x_i][y_i] !=id){
player1[count_1] = player1[count_1]+1;
count_1=0;
}
}
}
}
// x y both increase
// horiz
count_1 =0;
for(int x_i=0;x_i<=(rows-1)/2;x_i++){
player1[count_1] = player1[count_1]+1;
count_1=0;
int x_dup=x_i;
for(int y_i =0;y_i<rows && x_dup<rows ;y_i++,x_dup++){
if(myboard[x_dup][y_i]==-10){
}
else{
if(myboard[x_dup][y_i] ==id){
count_1++;
}
else if(myboard[x_dup][y_i] !=id){
player1[count_1] = player1[count_1]+1;
count_1=0;
}
}
}
}
count_1 =0;
for(int y_i=1;y_i<=(rows-1)/2;y_i++){
player1[count_1] = player1[count_1]+1;
count_1=0;
int y_dup=y_i;
for(int x_i =0;x_i<rows && y_dup<rows ;x_i++,y_dup++){
if(myboard[x_i][y_dup]==-10){
}
else{
if(myboard[x_i][y_dup] ==id){
count_1++;
}
else if(myboard[x_i][y_dup] !=id){
player1[count_1] = player1[count_1]+1;
count_1=0;
}
}
}
}
return player1;
}
int Yinsh::num_ring_present(int id){
int ans =0;
for(int i=0;i<ring_size;i++){
if(player[id][i].x !=-10 ){
ans=ans+1;
}
}
if(id==0){
p0_rings=ans;
}
else{
p1_rings=ans;
}
return ans;
}
int Yinsh::check_linering(Place sel,Place dir,int id)
{
int val;
int token=0;
int ans=0;
int count_r =0;
if(id==0){
val =2;
}
else if(id ==1){
val =-2;
}
else if(id==2){
val=1;
}
else if(id==3){
val=-1;
}
for (int a = dir.x,b=dir.y;sel.x+a>=0 && sel.x+a<rows && sel.y+b>=0 && sel.y+b<rows
&& myboard[sel.x+a][sel.y+b]!=-10 ; a=a+dir.x,b=b+dir.y)
{
if(myboard[sel.x+a][sel.y+b] == val){
count_r++;
ans = count_r;
break;
}
if( myboard[sel.x+a][sel.y+b] != val){
if(myboard[sel.x+a][sel.y+b] == 0 ){
count_r=0;
break;
}
else{
count_r++;
}
}
}
return ans;
}
int Yinsh::totcheck_linering(Place sel,int id)
{
int ans=0;
ans = ans + check_linering(sel,{0,1},id);
ans = ans + check_linering(sel,{0,-1},id);
ans = ans + check_linering(sel,{1,1},id);
ans = ans + check_linering(sel,{-1,-1},id);
ans = ans + check_linering(sel,{1,0},id);
ans = ans + check_linering(sel,{-1,0},id);
}
bool Yinsh::check_surr(Place sel,Place dir,int id){
bool ans = false;
for (int a = dir.x,b=dir.y;sel.x+a>=0 && sel.x+a<rows && sel.y+b>=0 && sel.y+b<rows
&& myboard[sel.x+a][sel.y+b]!=-10 ; a=a+dir.x,b=b+dir.y)
{
if(myboard[sel.x+a][sel.y+b] != 0 ){
ans = true;
break;
}
}
return ans;
}
bool Yinsh::totcheck_surr(Place sel,int id){
bool ans=false;
ans = ans || check_surr(sel,{0,1},id);
ans = ans || check_surr(sel,{0,-1},id);
ans = ans || check_surr(sel,{1,1},id);
ans = ans || check_surr(sel,{-1,-1},id);
ans = ans || check_surr(sel,{1,0},id);
ans = ans || check_surr(sel,{-1,0},id);
return ans;
}
bool Yinsh::col3(Place sel,Place dir,int id){
bool ans =false;
int count_1=0;
for (int a = dir.x,b=dir.y;sel.x+a>=0 && sel.x+a<rows && sel.y+b>=0 && sel.y+b<rows
&& myboard[sel.x+a][sel.y+b]!=-10 ; a=a+dir.x,b=b+dir.y)
{
if(myboard[sel.x+a][sel.y+b] == abs(id) ){
count_1=count_1+1;
if(count_1>=3){
ans = true;
break;
}
}
if(myboard[sel.x+a][sel.y+b] != abs(id) ){
if(myboard[sel.x+a][sel.y+b] == 0 ){
count_1=0;
break;
}
else{
count_1++;
}
}
}
return ans;
}
bool Yinsh::totcol3(Place sel,int id){
bool ans=false;
ans = ans || col3(sel,{0,1},id);
ans = ans || col3(sel,{0,-1},id);
ans = ans || col3(sel,{1,1},id);
ans = ans || col3(sel,{-1,-1},id);
ans = ans || col3(sel,{1,0},id);
ans = ans || col3(sel,{-1,0},id);
return ans;
}
// reward for particular
float Yinsh::evaluate_reward(int id)
{
vector<int> player1 (ring_size+1,0);
vector<int> player2 (ring_size+1,0);
// vector<int> player11 (ring_size+1,0);
// vector<int> player21 (ring_size+1,0);
float reward=0;
if(id==0){
player1 = eval_collinear(1);
player2 = eval_collinear(-1);
// player11 = eval_collinear(2);
// player21 = eval_collinear(-2);
// vector<float> factor ={ 0,0.0001,0.05,10,500,800000 ,10000000,10000000,10000000,10000000 };
// for(int i_1 =1;i_1 <= 9;i_1++){
// reward = reward+factor[i_1]*(player1[i_1]-3*player2[i_1]);
// }
// if(reward<-1000000){
// }
// vector<float> factor_r ={ 0.0001,0.0001,0.0001,0.0001,0.0001,0.0001 ,0000000,0000000,0000000,0000000 };
// for(int i_1 =1;i_1 <= ring_size;i_1++){
// reward = reward+factor_r[i_1]*(player11[i_1]-player21[i_1]);
// }
double f1,f2;
if(marker_rem==5){
vector<float> factor ={ 0,0.001,1,90,9000,1000000,90000000,100000000,100000000,10000000 };
for(int i_1 =1;i_1 <= 9;i_1++){
if(i_1>=3){
reward = reward+factor[i_1]*(player1[i_1]-5*player2[i_1]);
}
else{
reward = reward+factor[i_1]*(player1[i_1]-2*player2[i_1]);
}
}
f1 = 0.000001;
f2 = 0.000001;
reward = reward + 80000000 * (ring_size - num_ring_present(id)) - 80000000*1.5*(ring_size - num_ring_present(id^1));
}
else{
vector<float> factor ={ 0,0.00001,0.005,1,50,90000 ,9000000,90000000,90000000,1000000 };
for(int i_1 =1;i_1 <= 9;i_1++){
if(i_1>=3){
reward = reward+factor[i_1]*(player1[i_1]-5*player2[i_1]);
}
else{
reward = reward+factor[i_1]*(player1[i_1]-2*player2[i_1]);
}
}
f1 = 0.0000001;
f2 =0.0000001;
reward = reward + 90000000 * (ring_size - num_ring_present(id)) - 900000000*(ring_size - num_ring_present(id^1));
}
int diff1=0,diff2=0;
// for(int i =0;i<ring_size;i++){
// if(player[id][i].x !=-10){
// // if(totcol3(player[id][i],1)){
// // reward = reward+0.00001;
// // }
// diff1 = diff1+ totcheck_linering(player[id][i],0);
// diff1 = diff1+ totcheck_linering(player[id][i],1);
// diff1 = diff1+ totcheck_linering(player[id][i],2);
// diff1 = diff1+ totcheck_linering(player[id][i],3);
// // diff2 = diff2+ totcheck_linering(player[id][i],1);
// }
// if(player[id^1][i].x !=-10){
// // if(totcol3(player[id^1][i],-1)){
// // reward = reward -1;
// // }
// diff2 = diff2+ totcheck_linering(player[id^1][i],0);
// diff2 = diff2+ totcheck_linering(player[id^1][i],1);
// diff2 = diff2+ totcheck_linering(player[id^1][i],2);
// diff2 = diff2+ totcheck_linering(player[id^1][i],3);
// // diff1 = diff1+ totcheck_linering(player[id^1][i],1);
// }
// }
reward = reward - diff1*(f1)+ diff2*(f2) ;
return reward;
}
else if(id==1){
player1 = eval_collinear(1);
player2 = eval_collinear(-1);
double f1,f2;
if(marker_rem==5){
vector<float> factor ={ 0,0.001,1,50,5000,1000000,9000000,10000000,10000000,1000000 };
// vector<float> factor ={ 0,0.001,.1,10,500,1000000,90000000,100000000,100000000,10000000 };
for(int i_1 =1;i_1 <= 9;i_1++){
if(i_1>=3){
reward = reward+factor[i_1]*(player2[i_1]-1*player1[i_1]);
}
else{
reward = reward+factor[i_1]*(player2[i_1]-1*player1[i_1]);
}
// reward = reward+factor[i_1]*(player2[i_1]-player1[i_1]);
}
f1 = 0.0000001;
f2 = 0.0000001;
reward = reward + 80000000 * (ring_size - num_ring_present(id)) - 80000000*(ring_size - num_ring_present(id^1));
}
else{
f1 = 0.00000001;
f2 = 0.00000001;
vector<float> factor ={ 0,0.00001,.001,.1,50,50000,500000,1000000,1000000,100000 };
for(int i_1 =1;i_1 <= 9;i_1++){
reward = reward+factor[i_1]*(player2[i_1]-player1[i_1]);
}
reward = reward + 20000000 * (ring_size - num_ring_present(id)) - 20000000 *(ring_size - num_ring_present(id^1));
}
int diff1=0,diff2=0;
// for(int i =0;i<ring_size;i++){
// if(player[id][i].x !=-10){
// // if(totcol3(player[id][i],-1)){
// // reward = reward + 10;
// // }
// diff1 = diff1+ totcheck_linering(player[id][i],0);
// diff1 = diff1+ totcheck_linering(player[id][i],1);
// diff1 = diff1+ totcheck_linering(player[id][i],2);
// diff1 = diff1+ totcheck_linering(player[id][i],3);
// // diff2 = diff2+ totcheck_linering(player[id][i],1);
// }
// if(player[id^1][i].x !=-10){
// // if(totcol3(player[id^1][i],-1)){
// // reward = reward -10;
// // }
// diff2 = diff2+ totcheck_linering(player[id^1][i],0);
// diff2 = diff2+ totcheck_linering(player[id^1][i],1);
// diff2 = diff2+ totcheck_linering(player[id^1][i],2);
// diff2 = diff2+ totcheck_linering(player[id^1][i],3);
// // diff1 = diff1+ totcheck_linering(player[id^1][i],1);
// }
// }
// cerr<<"deep"<<diff1<<" "<<diff2<<endl;
reward = reward - diff1*(f1)+ diff2*(f2) ;
return reward;
}
}
// id = 1 or -1
// vector< vector<int> > myboard = myboard;
// void Yinsh::check_five_n(int id,vector< vector<Place>>& five_rows)
// {
// vector<int> player1 (rows+1,0);
// player1.push_back(0);
// int count_1=0;
// // for x y var
// int stored_y =0;
// int stored_x =0;
// // bool notentrd;
// for(int x_i=0;x_i<rows;x_i++){
// if(count_1>=5){
// vector<Place> dum_5r1 ;
// dum_5r1.push_back({x_i-1,11});
// dum_5r1.push_back({x_i-1,7});
// five_rows.push_back(dum_5r1);
// }
// // if(count_1>=5){
// // vector<Place> dum_5r ;
// // if(count_1>=5 && !notentrd){
// // dum_5r.push_back({x_i-1,stored_y-5});
// // dum_5r.push_back({x_i-1,stored_y-1});
// // five_rows.push_back(dum_5r);
// // }
// // }
// player1[count_1] = player1[count_1]+1;
// count_1=0;
// // notentrd = true;
// for(int y_i =0;y_i<rows;y_i++){
// if(myboard[x_i][y_i] == -10){
// if(count_1 >=5 ){
// // notentrd = false;
// count_1=0;
// stored_y = y_i;
// vector<Place> dum_5r ;
// dum_5r.push_back({x_i,stored_y-5});
// dum_5r.push_back({x_i,stored_y-1});
// five_rows.push_back(dum_5r);
// }
// }
// else{
// if(myboard[x_i][y_i] ==id){
// count_1++;
// }
// else if(myboard[x_i][y_i] !=id){
// vector<Place> dum_5 ;
// if(count_1>=5){
// dum_5.push_back({x_i,y_i-5});
// dum_5.push_back({x_i,y_i-1});
// five_rows.push_back(dum_5);
// }
// player1[count_1] = player1[count_1]+1;
// count_1=0;
// }
// }
// }
// }
// // y con x var
// count_1 =0;
// for(int y_i=0;y_i<rows;y_i++){
// if(count_1>=5){
// vector<Place> dum_5r1 ;
// dum_5r1.push_back({rows,y_i-1});
// dum_5r1.push_back({rows-4,y_i-1});
// five_rows.push_back(dum_5r1);
// }
// // int stored_x =0;
// // if(count_1>=5){
// // vector<Place> dum_5r ;
// // if(count_1>=5 && !notentrd){
// // dum_5r.push_back({stored_x-5,y_i-1});
// // dum_5r.push_back({stored_x-1,y_i-1});
// // five_rows.push_back(dum_5r);
// // }
// // }
// player1[count_1] = player1[count_1]+1;
// count_1=0;
// // notentrd = true;
// for(int x_i =0;x_i<rows;x_i++){
// if(myboard[x_i][y_i] ==-10){
// if(count_1 >=5 ){
// // notentrd = false;
// stored_x = x_i;
// vector<Place> dum_5r ;
// dum_5r.push_back({stored_x-5,y_i});
// dum_5r.push_back({stored_x-1,y_i});
// five_rows.push_back(dum_5r);
// count_1=0;
// }
// }
// else{
// if(myboard[x_i][y_i] ==id){
// count_1++;
// // if(count_1>=5){
// // vector<Place> dum_5 ;
// // dum_5.push_back({x_i-5,y_i});
// // dum_5.push_back({x_i-1,y_i});
// // five_rows.push_back(dum_5);
// // count_1=0;
// // }
// }
// else if(myboard[x_i][y_i] !=id){
// vector<Place> dum_5 ;
// if(count_1>=5){
// dum_5.push_back({x_i-5,y_i});
// dum_5.push_back({x_i-1,y_i});
// five_rows.push_back(dum_5);
// }
// player1[count_1] = player1[count_1]+1;
// count_1=0;
// }
// }
// }
// }
// // x y both increase
// // horiz
// count_1 =0;
// for(int x_i=0;x_i<=(rows-1)/2;x_i++){
// if(count_1>=5){
// vector<Place> dum_5r1 ;
// dum_5r1.push_back({rows,rows-1});
// dum_5r1.push_back({rows-4,rows-5});
// five_rows.push_back(dum_5r1);
// }
// // int stored_x =0;
// // int stored_y =0;
// // if(count_1>=5){
// // vector<Place> dum_5r ;
// // if(count_1>=5&& !notentrd){
// // dum_5r.push_back({stored_x-5,stored_y-5});
// // dum_5r.push_back({stored_x-1,stored_y-1});
// // five_rows.push_back(dum_5r);
// // }
// // }
// player1[count_1] = player1[count_1]+1;
// count_1=0;
// int x_dup=x_i;
// // notentrd = true;
// for(int y_i =0;y_i<rows && x_dup<rows ;y_i++,x_dup++){
// if(myboard[x_dup][y_i] ==-10){
// if(count_1 >=5 ){
// // notentrd = false;
// stored_x = x_dup;
// stored_y = y_i;
// vector<Place> dum_5r ;
// dum_5r.push_back({stored_x-5,stored_y-5});
// dum_5r.push_back({stored_x-1,stored_y-1});
// five_rows.push_back(dum_5r);
// count_1=0;
// }
// }
// else{
// if(myboard[x_dup][y_i] ==id){
// count_1++;
// }
// else if(myboard[x_dup][y_i] !=id){
// vector<Place> dum_5 ;
// if(count_1>=5){
// dum_5.push_back({x_dup-5,y_i-5});
// dum_5.push_back({x_dup-1,y_i-1});
// five_rows.push_back(dum_5);
// }
// player1[count_1] = player1[count_1]+1;
// count_1=0;
// }
// }
// }
// }
// count_1 =0;
// for(int y_i=1;y_i<=(rows-1)/2;y_i++){
// if(count_1>=5){
// vector<Place> dum_5r1 ;
// dum_5r1.push_back({rows-1,rows});
// dum_5r1.push_back({rows-5,rows-4});
// five_rows.push_back(dum_5r1);
// }
// // int stored_x =0;
// // int stored_y =0;
// // if(count_1>=5){
// // vector<Place> dum_5r ;