79         : P(p), d(p + 3)  in P()  function
82         : P(Pt), d(dir)  in P()  function
85     operator f32*() { return &P.x; }
86     operator const f32*() const { return &P.x; }
87     bool operator==(const self_type& rhs) const { return P == rhs.P && d == rhs.d; }
88     bool operator!=(const self_type& rhs) const { return P != rhs.P || d != rhs.d; }
94     VEC3 P;
112         : P(p), d(p + 3)  in P()  function
115         : P(Pt), d(dir)  in P()  function
118     operator f32*() { return &P.x; }
119     operator const f32*() const { return &P.x; }
120     bool operator==(const self_type& rhs) const { return P == rhs.P && d == rhs.d; }
121     bool operator!=(const self_type& rhs) const { return P != rhs.P || d != rhs.d; }
125     VEC3 P;
157     P = S->P0;  in Set()
223     f32 Test(const VEC3& P) const  in Test()
225         return d + VEC3Dot(&N, &P);  in Test()
453 f32 DistSqPoint3ToLine3(const VEC3* P, const LINE3* L, f32* t);
454 f32 DistSqPoint3ToRay3(const VEC3* P, const RAY3* R, f32* t);
455 f32 DistSqPoint3ToSegment3(const VEC3* P, const SEGMENT3* S, f32* t);
456 f32 DistSqPoint3ToPlane(const VEC3* P, const PLANE* J, VEC3* Q);
458 f32 DistSqPoint3ToPolyline3(const VEC3* P, const VEC3* vertices, unsigned int nVertices);
459 f32 DistSqPoint3ToAABB(const VEC3* P, const AABB* B, VEC3* q);