#include <bits/stdc++.h>
using namespace std;
//#define OPENIOBUF

namespace FastIO
{

class FastIOBase
{
 protected:
#ifdef OPENIOBUF
	static const int BUFSIZE=1<<22;
	char buf[BUFSIZE+1];
	int buf_p=0;
#endif
	FILE *target;
 public:
#ifdef OPENIOBUF
	virtual void flush()=0;
#endif
	FastIOBase(FILE *f): target(f){}
	~FastIOBase()=default;
};

class FastOutput: public FastIOBase
{
#ifdef OPENIOBUF
 public:
	inline void flush()
		{ fwrite(buf,1,buf_p,target),buf_p=0; }
#endif
 protected:
	inline void __putc(char x)
	{
#ifdef OPENIOBUF
		if(buf[buf_p++]=x,buf_p==BUFSIZE)flush();
#else
		putc(x,target);
#endif
	}
	template<typename T>
	inline void __write(T x)
	{
		static char stk[64],*top;top=stk;
		if(x<0) return __putc('-'),__write(-x);
		do *(top++)=x%10,x/=10; while(x);
		for(;top!=stk;__putc(*(--top)+'0'));
	}
 public:
	FastOutput(FILE *f=stdout): FastIOBase(f){}
#ifdef OPENIOBUF
	inline void setTarget(FILE *f) { this->flush(),target=f; }
	~FastOutput(){ flush(); }
#else
	inline void setTarget(FILE *f) { target=f; }
#endif
	template<typename ...T>
	inline void writesp(const T &...x)
		{ initializer_list<int>{(this->operator<<(x),__putc(' '),0)...}; }
	template<typename ...T>
	inline void writeln(const T &...x)
		{ initializer_list<int>{(this->operator<<(x),__putc('\n'),0)...}; }
	inline FastOutput &operator <<(char x)
		{ return __putc(x),*this; }
	inline FastOutput &operator <<(const char *s)
		{ for(;*s;__putc(*(s++)));return *this; }
	inline FastOutput &operator <<(const string &s)
		{ return (*this)<<s.c_str(); }
	template<typename T,typename=typename enable_if<is_integral<T>::value>::type>
	inline FastOutput &operator <<(const T &x)
		{ return __write(x),*this; }
}qout;

class FastInput: public FastIOBase
{
#ifdef OPENIOBUF
 public:
	inline void flush()
		{ buf[fread(buf,1,BUFSIZE,target)]='\0',buf_p=0; }
#endif
 protected:
	inline char __getc()
	{
#ifdef OPENIOBUF
		if(buf_p==BUFSIZE) flush();
		return buf[buf_p++];
#else
		return getc(target);
#endif
	}
 public:
#ifdef OPENIOBUF
	FastInput(FILE *f=stdin): FastIOBase(f){ buf_p=BUFSIZE; }
	inline void setTarget(FILE *f) { this->flush(),target=f; }
#else
	FastInput(FILE *f=stdin): FastIOBase(f){}
	inline void setTarget(FILE *f) { target=f; }
#endif
	inline char getchar() { return __getc(); }
	template<typename ...T>
	inline void read(T &...x)
		{ initializer_list<int>{(this->operator>>(x),0)...}; }
	inline FastInput &operator >>(char &x)
		{ while(isspace(x=__getc()));return *this; }
	template<typename T,typename=typename enable_if<is_integral<T>::value>::type>
	inline FastInput &operator >>(T &x)
	{
		static char ch,sym;x=sym=0;
		while(isspace(ch=__getc()));
		if(ch=='-') sym=1,ch=__getc();
		for(;isdigit(ch);x=(x<<1)+(x<<3)+(ch^48),ch=__getc());
		return sym?x=-x:x,*this;
	}
	inline FastInput &operator >>(char *s)
	{
		while(isspace(*s=__getc()));
		for(;!isspace(*s) && *s && ~*s;*(++s)=__getc());
		return *s='\0',*this;
	}
	inline FastInput &operator >>(string &s)
	{
		char str_buf[(1<<8)+1],*p=str_buf;
		char *const buf_end=str_buf+(1<<8);
		while(isspace(*p=__getc()));
		for(s.clear(),p++;;p=str_buf)
		{
			for(;p!=buf_end && !isspace(*p=__getc()) && *p && ~*p;p++);
			*p='\0',s.append(str_buf);
			if(p!=buf_end) break;
		}
		return *this;
	}
}qin;

} // namespace FastIO
using namespace FastIO;

using LL=long long;
using LD=long double;
using UI=unsigned int;
using ULL=unsigned long long;

#ifndef DADALZY
#define FILEIO(file) freopen(file".in","r",stdin),freopen(file".out","w",stdout)
#else
#define FILEIO(file)
#endif

constexpr int sol1[][3][2]={ // 8 triangles
	{{0,0},{0,100},{45,20}},
	{{0,100},{45,20},{50,100}},
	{{45,20},{55,20},{50,100}},
	{{100,0},{100,100},{55,20}},
	{{100,0},{55,20},{50,0}},
	{{45,20},{55,20},{50,0}},
	{{0,0},{45,20},{50,0}},
	{{100,100},{55,20},{50,100}}
},
sol2[][3][2]={ // 9 triangles
	{{0,0},{0,100},{70,50}},
	{{0,100},{60,100},{49,65}},
	{{75,75},{60,100},{49,65}},
	{{75,75},{70,50},{49,65}},
	{{100,100},{75,75},{60,100}},
	{{100,100},{75,75},{100,60}},
	{{75,75},{70,50},{100,60}},
	{{0,0},{100,0},{70,50}},
	{{100,0},{70,50},{100,60}}
},
sol3[][3][2]={ // 10 triangles
	{{0,0},{0,100},{45,20}},
	{{0,100},{45,20},{50,100}},
	{{0,0},{45,20},{47,0}},
	{{45,20},{55,20},{50,100}},
	{{45,20},{50,20},{47,0}},
	{{50,20},{53,0},{47,0}},
	{{55,20},{50,20},{53,0}},
	{{100,100},{55,20},{50,100}},
	{{100,0},{55,20},{53,0}},
	{{100,0},{100,100},{55,20}}
},
SCALE=1e7;

int n;
deque<array<pair<int,int>,3>> q;
void add(int *a,int *b,int *c)
{
	array<pair<int,int>,3> now;
	now[0]=make_pair(a[0],a[1]);
	now[1]=make_pair(b[0],b[1]);
	now[2]=make_pair(c[0],c[1]);
	q.push_back(now);
}
int main()
{
	qin>>n;
	if(n<8) return qout<<"No",0;
	int a[2],b[2],c[2],na[2],nb[2],nc[2];
	if(n%3==0) for(auto &[A,B,C]: sol2)
	{
		a[0]=A[0]*SCALE,a[1]=A[1]*SCALE;
		b[0]=B[0]*SCALE,b[1]=B[1]*SCALE;
		c[0]=C[0]*SCALE,c[1]=C[1]*SCALE;
		add(a,b,c);
	}
	else if(n%3==1) for(auto &[A,B,C]: sol3)
	{
		a[0]=A[0]*SCALE,a[1]=A[1]*SCALE;
		b[0]=B[0]*SCALE,b[1]=B[1]*SCALE;
		c[0]=C[0]*SCALE,c[1]=C[1]*SCALE;
		add(a,b,c);
	}
	else for(auto &[A,B,C]: sol1)
	{
		a[0]=A[0]*SCALE,a[1]=A[1]*SCALE;
		b[0]=B[0]*SCALE,b[1]=B[1]*SCALE;
		c[0]=C[0]*SCALE,c[1]=C[1]*SCALE;
		add(a,b,c);
	}
	while(q.size()<n)
	{
		tie(a[0],a[1])=q.front()[0];
		tie(b[0],b[1])=q.front()[1];
		tie(c[0],c[1])=q.front()[2];
		q.pop_front();
		na[0]=(a[0]+b[0])/2,na[1]=(a[1]+b[1])/2;
		nb[0]=(b[0]+c[0])/2,nb[1]=(b[1]+c[1])/2;
		nc[0]=(c[0]+a[0])/2,nc[1]=(c[1]+a[1])/2;
		add(a,nc,na),a[0]=na[0],a[1]=na[1];
		add(b,na,nb),b[0]=nb[0],b[1]=nb[1];
		add(c,nb,nc),c[0]=nc[0],c[1]=nc[1];
		add(a,b,c);
	}
	qout<<"Yes\n";
	for(auto &[A,B,C]: q)
	{
		qout<<A.first<<' '<<A.second<<' ';
		qout<<B.first<<' '<<B.second<<' ';
		qout<<C.first<<' '<<C.second<<'\n';
	}
	return 0;
}