fn all_coincident(&self, pts: &Pos, p: Vec3<i64>) -> bool {
		assert!(self.is_leaf());
		assert!(self.is_full());

		p == pts.pos(self.child[1]).into() &&
		p == pts.pos(self.child[2]).into() &&
		p == pts.pos(self.child[3]).into() &&
		p == pts.pos(self.child[4]).into() &&
		p == pts.pos(self.child[5]).into() &&
		p == pts.pos(self.child[6]).into()
	}
/// Check if all points are coincident with the given point
Check if all points are coincident with the given point
Check if all points are coincident with the given point
fn all_coincident(&self, pts: &Pos, p: Vec3<i64>) -> bool {
		assert!(self.is_leaf());
		assert!(self.is_full());
		p == pts.pos(self.child[1]).into() &&
		p == pts.pos(self.child[2]).into() &&
		p == pts.pos(self.child[3]).into() &&
		p == pts.pos(self.child[4]).into() &&
		p == pts.pos(self.child[5]).into() &&
		p == pts.pos(self.child[6]).into()
	}
fn all_coincident ( & self , pts : & Pos , p : Vec3 < i64 > ) -> bool { assert ! ( self is_leaf ( ) ) ; assert ! ( self is_full ( ) ) ; p == pts . pos ( self . child [ 1 ] ) . into ( ) && p == pts . pos ( self . child [ 2 ] ) . into ( ) && p == pts . pos ( self . child [ 3 ] ) . into ( ) && p == pts . pos ( self . child [ 4 ] ) . into ( ) && p == pts . pos ( self . child [ 5 ] ) . into ( ) && p == pts . pos ( self . child [ 6 ] ) . into ( ) }
Check if all points are coincident with the given point
Check if all points are coincident with the given point
&self
pts
&Pos
p
Vec3<i64>