Struct LeapfrogODESolver

template<typename Point, typename NT, typename Polytope, typename func>
struct LeapfrogODESolver

Public Types

typedef std::vector<Point> pts

typedef Eigen::Matrix<NT, Eigen::Dynamic, Eigen::Dynamic> MT

typedef std::vector<Polytope*> bounds

typedef Polytope::VT VT

Public Functions

inline LeapfrogODESolver(NT initial_time, NT step, pts initial_state, func oracle, bounds boundaries, bool adaptive_ = true)

inline void initialize()

inline void disable_adaptive()

inline void enable_adaptive()

inline void step(int k, bool accepted)

inline void print_state()

inline void steps(int num_steps, bool accepted)

inline Point get_state(int index)

inline void set_state(int index, Point p)

inline NT get_eta()

inline void set_eta(NT &eta_)

inline bounds get_bounds()

Public Members

update_parameters _update_parameters

unsigned int dim

std::vector<VT> Ar

std::vector<VT> Av

std::vector<NT> lambda_prev

NT eta

NT eta0

NT t

NT dl = 0.995

func F

bounds Ks

pts xs

pts xs_prev

Point grad_x

MT _AA

std::pair<NT, int> pbpair

unsigned long long num_reflections = 0

unsigned long long num_steps = 0

bool adaptive = true

struct update_parameters

Public Functions

inline update_parameters()

Public Members

int facet_prev

bool hit_ball

double inner_vi_ak

double ball_inner_norm