Here are the data structures with brief descriptions:

[detail level 12]

Caxis_t	Structure describing one axis
Cbond_t	Structure describing studied bond (QM treatment)
CcenterData	Structure to save center data
Ccriticalpoint	Structure to save critical points
CLocalData	Class designed to store Gradient related values and provide some utilities concerning those
CmoleculeOrbital	Structure to save molecule orbital data
▼CNCISolver	Class designed to manage the entire problem solving concerning the processing of molecular interactions It reads the problem when created and solves it when asked for
CbasinProperties	Structure to save ELF basin population and volume
Cpoint	Structure to save 3D point (triplet of doubles)
CNode	Class used to handle every node data storage and processing ; implemented for multiprocessing implementation ; therefore, thread proof
Cnorms_t	Structure used for the storage of all vectors' norms for the gradients (PROMOL treatment)
Cparam_t	Structure used for the storage of the parameters read from the parameter file param.igm
Cposition_t	Structure describing one 3D position
Cpositions_t	Structure containing a serie of 3D position
CProgData	Class designed to store the program's main dataprovide some utilities concerning those
CPromolNCIParams
CResults	Class designed to store all results that can be used as output by the program