#include<bits/stdc++.h>
using namespace std;
using LL=long long;
using ULL=unsigned long long;
#define rep(i,n) for(int i=0;i<(n);i++)

int N;

struct Node{
  int p,q;
  int val()const{return p*N+q;}
  Node operator+(Node r)const{return {p+r.p,q+r.q};}
  Node operator-(Node r)const{return {p-r.p,q-r.q};}
  bool operator<(Node r)const{return val()<r.val();}
  bool operator==(Node r)const{return p==r.p && q==r.q;}
};

Node f(Node l,Node r){ Node x={l.p-r.p,l.q-r.q}; if(x.p>x.q) swap(x.p,x.q); return x; }

const int sign_offset=100;

int main(){
  cin>>N;
  int NN=N*N-N;
  Node R[2500]; R[0]={0,0};
  for(int i=2; i<=NN; i++){ cout<<"? "<<i<<" "<<1<<endl; cin>>R[i-1].p>>R[i-1].q; }
  int C[sign_offset*2]={}; rep(i,NN){ C[R[i].p+sign_offset]++; C[R[i].q+sign_offset]++; }

  Node ans1={-1,-1};

  rep(i,sign_offset*2-1){
    int prev = C[i];
    if(prev+N <= C[i+1]){ ans1.p = -(i-sign_offset); prev+=N; }
    if(prev+N-1 <= C[i+1]){ ans1.q = -(i-sign_offset)-1; prev+=N-1; }
  }

  Node corner_val= {1,N-1};
  if(ans1.q > N-1-ans1.q) corner_val={N-1,0};
  int corner_p = -1;
  rep(i,NN) if(f(corner_val,ans1)==R[i]) corner_p=i;

  Node ans[2500]; rep(i,NN) ans[i]={-1,-1};
  Node min_box = Node{1,0}-ans1;
  Node max_box = Node{N-1,N-1}-ans1;

    rep(i,NN){
      if(ans[i].p!=-1) continue;
      if(R[i].p==R[i].q){ ans[i]=ans1+R[i]; continue; }
      if(R[i].p<min_box.p || R[i].q<min_box.q || R[i].p>max_box.p || R[i].q>max_box.q){
        swap(R[i].p,R[i].q);
        ans[i]=R[i]+ans1;
        continue;
      }
      if(R[i].q<min_box.p || R[i].p<min_box.q || R[i].q>max_box.p || R[i].p>max_box.q){
        ans[i]=R[i]+ans1;
        continue;
      }

      int rev=i+1; for(; rev<NN; rev++) if(R[i]==R[rev]) break;
      cout<<"? "<<(i+1)<<" "<<(corner_p+1)<<endl;
      Node res; cin>>res.p>>res.q; if(corner_val.q!=0) swap(res.p,res.q);
      ans[i]=res+corner_val;
      Node revres = ans[i]-ans1; swap(revres.p,revres.q); revres=revres+ans1;
      ans[rev]=revres;
    }

  cout<<"!";
  rep(i,NN) cout<<" "<<ans[i].val();
  cout<<endl;

  return 0;
}