33 #ifndef __TRANSFER_2N_H_
34 #define __TRANSFER_2N_H_
62 const Real alpha,
Real *t,
int *iter,
int doa,
bool ver);
73 const Real alpha,
const int doa,
bool verb);
90 const Real alpha,
Real *tol,
int *iter,
int doa,
97 const Real alpha,
const int order,
bool verb);
120 #endif // __TRANSFER_2N_H_
void transfer(const Nodal_data_const &sf, Nodal_data &tf, const Real alpha, Real *t, int *iter, int doa, bool ver)
The main entry to the data transfer algorithm.
Specialization for transfering from faces to nodes.
Specialization for transfering from nodes to nodes.
Transfer_n2n(RFC_Window_transfer *s, RFC_Window_transfer *t)
Constructor.
Transfer_f2n(RFC_Window_transfer *s, RFC_Window_transfer *t)
Constructor.
#define RFC_END_NAME_SPACE
Specialization for transfering nodal forces using Farhat's algorithm.
#define RFC_BEGIN_NAME_SPACE
void transfer(const Facial_data_const &sf, Nodal_data &tf, const Real alpha, Real *tol, int *iter, int doa, bool verb)
The main entry to the data transfer algorithm.
void comp_loads(const Facial_data_const &sf, Nodal_data &tf, const Real alpha, const int order, bool verb)
Compute the nodal load vector.
void transfer(const Nodal_data_const &sf, Nodal_data &tf, bool verb)
The main entry to the data transfer algorithm.
Interpolator(RFC_Window_transfer *s, RFC_Window_transfer *t)
Constructor.
void comp_loads(const Nodal_data_const &sf, Nodal_data &tf, const Real alpha, const int doa, bool verb)
Compute the nodal load vector.