175     SPHERE(const f32* p) : C(p), r(*(p + 3)) {}  in SPHERE()
176     SPHERE(const VEC3& center, f32 radius) : C(center), r(radius) {}  in SPHERE()
180     bool operator==(const self_type& rhs) const { return C == rhs.C && r == rhs.r; }
181     bool operator!=(const self_type& rhs) const { return C != rhs.C || r != rhs.r; }
187     f32  r;  member
230         f32 r = FrSqrt(VEC3SquareLen(&N));  in Normalize()  local
231         (void)VEC3Scale(&N, &N, r);  in Normalize()
232         d *= r;  in Normalize()
253     CAPSULE(const f32* p) : S(p), r(*(p + 6)) {}  in CAPSULE()
254     CAPSULE(const SEGMENT3& S_, f32 r_) : S(S_), r(r_) {}  in CAPSULE()
255     CAPSULE(const VEC3& P0, const VEC3& P1, f32 r_) : S(P0, P1), r(r_) {}  in CAPSULE()
259     bool operator==(const self_type& rhs) const { return S == rhs.S && r == rhs.r; }
260     bool operator!=(const self_type& rhs) const { return S != rhs.S || r != rhs.r; }
263     f32 r;  member
315         : r(*p), h(*(p + 1)) {}  in CYLINDER()
317         : r(radius), h(height) {}  in CYLINDER()
319     f32 r;
337         : r(*p), h(*(p + 1)) {}  in CONE()
339         : r(radius), h(height) {}  in CONE()
341     f32 r;