GLYLIB
0.3.0b
|
#include <molecules.h>
Public Attributes | |
int | i |
index | |
int | n |
number of docked structures represented | |
int | numClusters |
int * | clusterRank |
coord_3D | RC |
coord_3D * | TR |
reference coordinate ; translation for docked structure | |
vectormag_3D * | Q |
vectormag_3D * | QN |
vectormag_3D * | QN0 |
NOTE!! do -not- use typical vectormag_3D functions on these structures. | |
int | nTors |
Number of Torsions. | |
double * | Tors |
nTors torsions | |
double * | eFEB |
Estimated Free Energy of Binding, kcal/mol [=(1)+(3)]. | |
double * | eKi |
double * | Tmp |
Estimated Inhibition Constant, Ki & temperature, Kelvin. | |
double * | fDE |
Final Docked Energy, kcal/mol [=(1)+(2)] or [=(1)+(2)+(3)-(4)]. | |
double * | fIE |
(1) Final Intermolecular Energy | |
double * | fIEL |
(2) Final Internal Energy of Ligand | |
double * | TFE |
(3) Torsional Free Energy | |
double * | USE |
(4) Unbound System's Energy <Autodock 4.0 only> | |
int | nDIH |
number of dihedrals | |
double * | DIH |
the dihedrals | |
char * | D |
Free-form descriptor for the set. | |
char * | DOCK_PROGRAM |
The docking program used, if known and relevant. | |
char * | VERSION |
The version, or similar indentifier, of the above program. | |
molecule | M |
to hold molecule info about the initial/docked structures |
Definition at line 263 of file molecules.h.
Definition at line 267 of file molecules.h.
Referenced by load_dlg_mol().
char* dockinfo::D |
Free-form descriptor for the set.
Definition at line 282 of file molecules.h.
double* dockinfo::DIH |
the dihedrals
Definition at line 281 of file molecules.h.
char* dockinfo::DOCK_PROGRAM |
The docking program used, if known and relevant.
Definition at line 283 of file molecules.h.
Referenced by load_dlg_mol().
double* dockinfo::eFEB |
Estimated Free Energy of Binding, kcal/mol [=(1)+(3)].
Definition at line 273 of file molecules.h.
Referenced by load_dlg_mol().
double* dockinfo::eKi |
Definition at line 274 of file molecules.h.
Referenced by load_dlg_mol().
double* dockinfo::fDE |
Final Docked Energy, kcal/mol [=(1)+(2)] or [=(1)+(2)+(3)-(4)].
Definition at line 275 of file molecules.h.
Referenced by load_dlg_mol().
double* dockinfo::fIE |
(1) Final Intermolecular Energy
Definition at line 276 of file molecules.h.
Referenced by load_dlg_mol().
double* dockinfo::fIEL |
(2) Final Internal Energy of Ligand
Definition at line 277 of file molecules.h.
Referenced by load_dlg_mol().
int dockinfo::i |
to hold molecule info about the initial/docked structures
Definition at line 285 of file molecules.h.
Referenced by load_dlg_mol().
int dockinfo::n |
number of docked structures represented
Definition at line 265 of file molecules.h.
Referenced by load_dlg_mol().
int dockinfo::nDIH |
number of dihedrals
Definition at line 280 of file molecules.h.
int dockinfo::nTors |
Number of Torsions.
Definition at line 271 of file molecules.h.
Definition at line 266 of file molecules.h.
Referenced by load_dlg_mol().
Definition at line 269 of file molecules.h.
Referenced by load_dlg_mol().
Definition at line 269 of file molecules.h.
Referenced by load_dlg_mol().
NOTE!! do -not- use typical vectormag_3D functions on these structures.
Quaternion x,y,z,w ; Quaternion nx,ny,nz,angle
Definition at line 269 of file molecules.h.
Referenced by load_dlg_mol().
Definition at line 268 of file molecules.h.
Referenced by load_dlg_mol().
double* dockinfo::TFE |
double * dockinfo::Tmp |
Estimated Inhibition Constant, Ki & temperature, Kelvin.
Definition at line 274 of file molecules.h.
Referenced by load_dlg_mol().
double* dockinfo::Tors |
nTors torsions
Definition at line 272 of file molecules.h.
reference coordinate ; translation for docked structure
Definition at line 268 of file molecules.h.
Referenced by load_dlg_mol().
double* dockinfo::USE |
(4) Unbound System's Energy <Autodock 4.0 only>
Definition at line 279 of file molecules.h.
Referenced by load_dlg_mol().
char* dockinfo::VERSION |
The version, or similar indentifier, of the above program.
Definition at line 284 of file molecules.h.
Referenced by load_dlg_mol().