#include<bits/stdc++.h>
#define Eps 1e-10
#define C_TYPE(X)const X&
#define FOR(i,l,r)for(int i=(l);i<=(r);i++)
#define AUTO(x,y)__typeof(y)x=y
#define FOR_EACH(x,v)for(AUTO(x,(v).begin());x!=(v).end();x++)
#define list vector
#define RAND(x)(rand()%(x))
using namespace std;struct Point{double x,y,z;Point(){}Point(double _x,double _y,double _z):x(_x),y(_y),z(_z){}};struct Face{Point normal;double c;Face(C_TYPE(Point)a,C_TYPE(Point)b,C_TYPE(Point)c);Face(){}};Point operator+(C_TYPE(Point)a,C_TYPE(Point)b){return Point(a.x+b.x,a.y+b.y,a.z+b.z);}Point operator-(C_TYPE(Point)a,C_TYPE(Point)b){return Point(a.x-b.x,a.y-b.y,a.z-b.z);}Point operator*(C_TYPE(Point)a,double b){return Point(a.x*b,a.y*b,a.z*b);}Point operator/(C_TYPE(Point)a,double b){return a*(1.0f/b);}double operator*(C_TYPE(Point)a,C_TYPE(Point)b){return a.x*b.x+a.y*b.y+a.z*b.z;}Point cross(C_TYPE(Point)a,C_TYPE(Point)b){return Point(a.y*b.z-a.z*b.y,a.z*b.x-a.x*b.z,a.x*b.y-a.y*b.x);}double mo2(C_TYPE(Point)a){return a.x*a.x+a.y*a.y+a.z*a.z;}double mo(C_TYPE(Point)a){return sqrt(mo2(a));}Point norm(C_TYPE(Point)a){return a/mo(a);}Face::Face(C_TYPE(Point)a,C_TYPE(Point)b,C_TYPE(Point)c):normal(norm(cross(b-a,c-a))),c(normal*a){}double faceDis(C_TYPE(Face)face,C_TYPE(Point)point){return face.normal*point-face.c;}bool seeFace(C_TYPE(Face)face,C_TYPE(Point)point){return faceDis(face,point)>-Eps;}Point faceToPoint(Face f,Point center){f.c-=f.normal*center;return f.normal/f.c;}struct CPoint;struct CFace;struct CLine;struct CPoint{Point p;list<CFace*>see;list<CFace*>made;};struct CLine{CFace*face;CPoint*point;CLine*back;CLine*next_line();};struct CFace{Face f;CPoint*killed;list<CPoint*>saw;CLine line[3];CFace(CPoint*p0,CPoint*p1,CPoint*p2):f(p0->p,p1->p,p2->p),killed(0){line[0]=(CLine){this,p1,0};line[1]=(CLine){this,p2,0};line[2]=(CLine){this,p0,0};}void setLineBack(CLine*l0,CLine*l1,CLine*l2){line[0].back=l0,l0->back=line+0;line[1].back=l1,l1->back=line+1;line[2].back=l2,l2->back=line+2;}void findSee(C_TYPE(list<CPoint*>)cd){FOR_EACH(cp,cd){if(*cp!=line[2].point&&seeFace(this->f,(*cp)->p)){saw.push_back((*cp));(*cp)->see.push_back(this);}}}void findSee(C_TYPE(list<CPoint*>)a,C_TYPE(list<CPoint*>)b){saw.resize(a.size()+b.size());saw.clear();AUTO(ia,a.begin());AUTO(ib,b.begin());CPoint*v_max=(CPoint*)-1;while(ia!=a.end()||ib!=b.end()){CPoint*va=(ia==a.end()?v_max:*ia);CPoint*vb=(ib==b.end()?v_max:*ib);ia+=(va<=vb);ib+=(vb<=va);CPoint*ck=min(va,vb);if(ck==line[2].point)continue;if(va==vb||seeFace(this->f,ck->p)){saw.push_back(ck);ck->see.push_back(this);}}}};CLine*CLine::next_line(){return this->face->line+2==this?this->face->line:this+1;}ostream&operator<<(ostream&cout,C_TYPE(Point)p){return cout<<"("<<p.x<<','<<p.y<<','<<p.z<<')';}ostream&operator<<(ostream&cout,C_TYPE(list<CPoint*>)p){cout<<'[';FOR_EACH(x,p)cout<<(*x)->p<<", ";cout<<']';}struct Hull3D{vector<CPoint>cp;vector<CPoint*>a;CPoint*root;int n;void initHull(CPoint*a,CPoint*b,CPoint*c);void insertPoint(CPoint*a);void clearAll();int inHull(Point p,CPoint*s);int inHull(Point p){return inHull(p,root);}void build(vector<Point>points);vector<Face>getAllFace();Point getCenter();};void Hull3D::initHull(CPoint*a,CPoint*b,CPoint*c){CFace*pf=new CFace(a,b,c);a->made.push_back(pf);CFace*pf2=new CFace(c,b,a);pf2->setLineBack(pf->line+1,pf->line+0,pf->line+2);a->made.push_back(pf2);list<CPoint*>all;FOR(i,0,n-1)if(&cp[i]!=this->a[0]&&&cp[i]!=this->a[1]&&&cp[i]!=this->a[2])all.push_back(&cp[i]);pf->findSee(all);pf2->findSee(all);}void Hull3D::insertPoint(CPoint*a){CLine*ps=0;FOR_EACH(f,a->see)if(!(*f)->killed){(*f)->killed=a;if(ps==0)FOR(i,0,2)if(!seeFace((*f)->line[i].back->face->f,a->p))ps=(*f)->line+i;}if(ps==0)return;CFace*pre=0;CLine*pt=ps;while(1){CFace*nf=new CFace(a,pt->back->point,pt->point);a->made.push_back(nf);nf->findSee(pt->face->saw,pt->back->face->saw);if(pre==0)nf->setLineBack(nf->line+2,pt->back,nf->line);else nf->setLineBack(pre->line+2,pt->back,pre->line[2].back);pre=nf;pt=pt->next_line();while(pt->back->face->killed)pt=pt->back->next_line();if(pt==ps)break;}}void Hull3D::clearAll(){FOR(i,0,n-1){cp[i].made.clear();cp[i].see.clear();}}int Hull3D::inHull(Point p,CPoint*s){FOR_EACH(i,s->made){if(faceDis((*i)->f,p)>Eps)if((*i)->killed)return inHull(p,(*i)->killed);else return 0;}return 1;}void Hull3D::build(vector<Point>points){n=points.size();cp.resize(n);a.resize(n);FOR(i,0,n-1){a[i]=&cp[i];swap(a[i],a[RAND(i+1)]);cp[i].p=points[i];}root=a[0];initHull(a[0],a[1],a[2]);FOR(i,3,n-1)insertPoint(a[i]);}vector<Face>Hull3D::getAllFace(){vector<Face>fs;for(auto&p:cp)for(auto&f:p.made)if(!f->killed)fs.push_back(f->f);return fs;}Point Hull3D::getCenter(){Point c(0,0,0);for(auto&p:cp)c=c+p.p;return c/cp.size();}int main(int argc,char**argv){srand(2333);int n;scanf("%d",&n);vector<Point>points;FOR(i,1,n){int x,y,z,p;scanf("%d%d%d%d",&x,&y,&z,&p);double s=x+y+z+p;points.push_back(Point(x/s,y/s,z/s));}Hull3D hull,hull2;hull.build(points);vector<Face>fs=hull.getAllFace();Point center=hull.getCenter();points.clear();for(auto&f:fs)points.push_back(faceToPoint(f,center));hull2.build(points);int q,i=0;scanf("%d",&q);while(i++,q--){int q;double a,b,c,d;scanf("%d%lf%lf%lf%lf",&q,&a,&b,&c,&d);int ans;if(q==1)ans=hull.inHull(Point(a,b,c)/(a+b+c+d));else{Face f;f.normal=Point(a-d,b-d,c-d);f.c=-d;if(!seeFace(f,center))ans=1-hull2.inHull(faceToPoint(f,center));else ans=1;}if(ans)printf("Y\n");else printf("N\n");}}