GEOM geom_3v_onto_3v(VECTOR v1, VECTOR v2, VECTOR v3, VECTOR t1, VECTOR t2, VECTOR t3)
{ GEOM op;
float angle;
LINE axis;
VECTOR v123;
PLANE plane_v123, plane_t123;
/* step 1, superimpose v1 to t1 */
geom_reset(&op);
geom_move(&op, vector_vminusv(t1, v1));
/* step 2, align v1-v2 to t1-t2 */
angle = all(line_2v(v1, v2), line_2v(t1, t2));
axis.p0 = t1;
axis.t = vector_normalize(vector_vxv(vector_vminusv(v2, v1), vector_vminusv(t2, t1)));
geom_roll(&op, angle, axis);
/* normal direction of plane v123 should be updated */
geom_apply(op, &v1);
geom_apply(op, &v2);
geom_apply(op, &v3);
plane_v123 = plane_3v(v1, v2, v3);
plane_t123 = plane_3v(t1, t2, t3);
v123 = plane_v123.t;
/*step 3, align v1-v2-v3 to t1-t2-t3 */
angle = avv(v123, plane_t123.t);
axis.p0 = t1;
axis.t = vector_normalize(vector_vxv(v123, plane_t123.t));
geom_roll(&op, angle, axis);
return op;
}
void ValueReader::fromBSONArray(const BSONObj& obj, const BSONObj* parent, bool readOnly) {
JS::AutoValueVector avv(_context);
BSONForEach(elem, obj) {
JS::RootedValue member(_context);
ValueReader(_context, &member).fromBSONElement(elem, parent ? *parent : obj, readOnly);
if (!avv.append(member)) {
uasserted(ErrorCodes::JSInterpreterFailure, "Failed to append to JS array");
}
}
float all(LINE line1, LINE line2)
{ return avv(line1.t, line2.t);
}
float app(PLANE plane1, PLANE plane2)
{ return avv(plane1.t, plane2.t);
}
