GLYLIB
0.3.0b
|
#include <geometries.h>
Public Attributes | |
double | i |
double | j |
double | k |
double | d |
i,j,k vector with magnitude d |
Definition at line 28 of file geometries.h.
double vectormag_3D::d |
i,j,k vector with magnitude d
Definition at line 29 of file geometries.h.
Referenced by add_trajcrds_to_prmtop_assembly(), add_vec(), coord_to_vec(), create_rotation_matrix(), get_crossprod(), get_dihedral_ABCD_points(), get_dihedral_bonded_ABCD(), get_molecule_point_charge_dipole(), get_plane_for_ring(), initialize_vectormag_3D(), normalize_vec(), rotate_vector_to_Z_list(), rotate_vector_to_Z_M(), scalarmult_vec(), subtract_vec(), and zero_vec().
double vectormag_3D::i |
Definition at line 29 of file geometries.h.
Referenced by add_trajcrds_to_prmtop_assembly(), add_vec(), coord_to_vec(), create_rotation_matrix(), get_angle_between_plane_and_vector(), get_cartesian_point_from_internal_coords(), get_crossprod(), get_dotprod(), get_magnitude(), get_molecule_point_charge_dipole(), get_plane_for_ring(), initialize_vectormag_3D(), normalize_vec(), rotate_vector_to_Z_list(), rotate_vector_to_Z_M(), scalarmult_vec(), subtract_vec(), vec_to_coord(), and zero_vec().
double vectormag_3D::j |
Definition at line 29 of file geometries.h.
Referenced by add_trajcrds_to_prmtop_assembly(), add_vec(), coord_to_vec(), create_rotation_matrix(), get_angle_between_plane_and_vector(), get_cartesian_point_from_internal_coords(), get_crossprod(), get_dotprod(), get_magnitude(), get_molecule_point_charge_dipole(), get_plane_for_ring(), initialize_vectormag_3D(), normalize_vec(), rotate_vector_to_Z_list(), rotate_vector_to_Z_M(), scalarmult_vec(), subtract_vec(), vec_to_coord(), and zero_vec().
double vectormag_3D::k |
Definition at line 29 of file geometries.h.
Referenced by add_trajcrds_to_prmtop_assembly(), add_vec(), coord_to_vec(), create_rotation_matrix(), get_angle_between_plane_and_vector(), get_cartesian_point_from_internal_coords(), get_crossprod(), get_dotprod(), get_magnitude(), get_molecule_point_charge_dipole(), get_plane_for_ring(), initialize_vectormag_3D(), normalize_vec(), rotate_vector_to_Z_list(), rotate_vector_to_Z_M(), scalarmult_vec(), subtract_vec(), vec_to_coord(), and zero_vec().