Class xlifepp::CompositeGeodesic#

class CompositeGeodesic : public xlifepp::Geodesic #

Inheritence diagram for xlifepp::CompositeGeodesic:

Collaboration diagram for xlifepp::CompositeGeodesic:

CompositeGeodesic class handling any geodesic described by a collection of Geodesics geodesics_ : list of pointers to Geodesic (each Geodesic may be of any type) Such structure can describe a geodesic by mixing different kind of geodesic, leading to a faster computation if GeometricGeodesic or AnalyticGeodesic are used NOTE: hard copy of Geodesics.

Public Functions

inline CompositeGeodesic(bool wCA = false, bool wT = false, bool wC = false)#: “void” constructor

CompositeGeodesic(const CompositeGeodesic &cg)#: copy constructor

inline CompositeGeodesic(GeomDomain &dom, bool wCA = false, bool wT = false, bool wC = false)#: constructor from a domain

inline CompositeGeodesic(Geometry &geo, bool wCA = false, bool wT = false, bool wC = false)#: constructor from a geometry

void add(const Geodesic &geod)#

clone tool

add a Geodesic to the list

virtual void clear()#: clear tool

virtual Geodesic &compute(Point &x, Point &dx, real_t &l, real_t lmax, number_t n, real_t dt = 0)#

compute geodesic at points

compute CompositeGeodesic fill in local xs_, dxs_, .

. vectors but not global ones (use toGlobal()) return principal curvatures if available

void copy(const CompositeGeodesic &cg)#: copy tool

virtual Vector<real_t> curvatures(const Point &p, bool fromParameters = false)#: return principal curvatures if available

CompositeGeodesic &operator=(const CompositeGeodesic &cg)#: assign operator

virtual void print(std::ostream&) const#: fill xs_, dxs_, curAbcs_ from local xs_, dxs_, curAbcs_

void toGlobal()#: fill xs_, dxs_, curAbcs_ from local xs_, dxs_, curAbcs_