def rec_str(a):return"".join(["[",", ".join(rec_str(x)for x in a),"]"])if isinstance(a,list)else str(a)
class BIT:
	def __init__(self,x):
		if isinstance(x,int):
			self.N=x
			self.F=[0]*(x+1)
		else:
			self.N=len(x)
			self.F=[0]*(self.N+1)
			for j in R(1,self.N+1):
				i=j-1
				self.F[j]=x[i]
				k=j-(j&-j)
				while i>k:
					self.F[j]+=self.F[i]
					i-=i&-i
	def copy(self):
		a=__class__([])
		a.N=self.N
		a.F=self.F[:]
		return a
	def Add(self,i,u):
		i+=1
		while i<=self.N:
			self.F[i]+=u
			i+=i&-i
	def Set(self,i,u):self.Add(i,u-self.Get(i))
	def Get(self,i):return self.IntervalSum(i,i)
	def InitialSegmentSum(self,r):
		assert(r>-2)
		a=0
		i=min(r+1,self.N)
		while i:
			a+=self.F[i]
			i-=i&-i
		return a
	def IntervalSum(self,l,r):return self.InitialSegmentSum(r)-self.InitialSegmentSum(l-1)
	def list(self):return[self.Get(i)for i in R(self.N)]
	def __str__(self):return rec_str(self.list())
	def Search(self,u):#Computing minimum of j such that InitialSegmentSum(j)>=u or j==N
		j=s=n=0
		p=1<<17 #131072
		while p:
			k=j|p
			p>>=1
			if k<=self.N:
				n+=self.F[k]
				if n<u:s,j=n,k
				else:n=s
		return j

class NonNegativeLineSubset:
	def __init__(self,ubound):
		assert(-1<=ubound)
		self.ubound=ubound
		self.bit=BIT(ubound+1)
	def copy(self):
		a=__class__([])
		a.ubound=self.ubound
		a.bit=self.bit.copy()
		return a
	def insert(self,i):assert(0<=i<=self.ubound);self.bit.Set(i,1)
	def erase(self,i):self.bit.Set(i,0)
	def count(self,i):return self.bit.Get(i)if 0<=i<=self.ubound else 0
	def find(self,i):return self.count(i)>0
	def InitialSegmentCount(self,i_final):return self.bit.InitialSegmentSum(i_final)
	def IntervalCount(self,i_start,i_final):return self.bit.IntervalSum(i_start,i_final)
	def empty(self):return self.InitialSegmentCount(self.ubound)<1
	def MaximumLeq(self,i,k=0):#Returning -1 if not exists
		num=self.InitialSegmentCount(i)-k
		def f(sum,j):return i<=j or num<=sum
		a=self.Search(f)
		return a if num>=0 and self.find(a)else -1
	def MaximumLt(self,i,k=0):return self.MaximumLeq(i-1,k)
	def MinimumGeq(self,i,k=0):return self.MinimumGt(i-1,k)
	def MinimumGt(self,i,k=0):#Returning ubound+1 if not exists
		num=self.InitialSegmentCount(i)+k
		def f(sum,j):return i<j and num<sum
		return self.Search(f)
	def Maximum(self,k=0):return self.MaximumLeq(self.ubound,k)
	def Minimum(self,k=0):return self.MinimumGeq(0,k)
	def RightEndPointOf(self,i,b=False):
		if not b and not self.find(i):return i-1
		c=i-self.InitialSegmentCount(i)
		def f(sum,j):return i<=j and sum+c<j
		return self.Search(f)-1
	def LeftEndPointOf(self,i,b=False):
		if not b and not self.find(i):return i+1
		c=i-self.InitialSegmentCount(i)
		def f(sum,j):return i<=j or(self.find(j)and sum+c==j)
		return self.Search(f)
	def ConnectedComponentOf(self,i,b=False):
		if not b:b=self.find(i)
		return[self.LeftEndPointOf(i,b),self.RightEndPointOf(i,b)]
	def GetConnectedComponent(self):
		a=[]
		l=self.Minimum()
		while l<=self.ubound:
			r=self.RightEndPointOf(l,True)
			a+=[[l,r]]
			l=self.MinimumGt(r)
		return a
	def __str__(self):return rec_str(self.GetConnectedComponent())
	def ubound(self):return self.ubound

	#private:
	def Search(self,f):#Computing minimum of j satisfying f(bit.InitialSegmentSum(j),j) or j==bit.N
		j=s=n=0
		p=1<<17 #131072
		while p:
			k=j|p
			p>>=1
			if k<=self.bit.N:
				n+=self.bit.F[k]
				if f(n,k-1):n=s
				else:s,j=n,k
		return j

R=range
I=input
O=print
N=int(I())+1
XP=[0]*N
inP=[0]*N
ord=[0]*N
for i in R(2,N):
	O("?",1,i,flush=1)
	XP[i]=int(I())
	inP[i]=XP[i]-XP[i-1]
	ord[i]=i-inP[i]-1
S=NonNegativeLineSubset(N)
for i in R(1,N):S.insert(i)
P=[0]*N
for i in R(N-1,0,-1):
	P[i]=S.MinimumGeq(0,ord[i])
	S.erase(P[i])
O("!",*P[1:N])