Here are the classes, structs, unions and interfaces with brief descriptions:
[detail level 123]
▼NIO | Handles the input and output |
▼Nccm | |
CCCM_calcul | Class to compute the well-known strain and stress tensors defined in the classical continuum mechanics |
▼Ndeck | |
CDIC_deck | |
CPD_deck | Class handeling the input of the yaml file and storing the values |
▼Ndic | |
CDICreader2D | A class for reading VIC3D CSV grid exports and converting them into list objects usable by other classes |
▼Ngeometry | |
CGeometry | Class handeling the discrete nodes |
▼Noutput | |
COutputCSV | Class handles the output for CSV files |
▼Nvis | |
Cvtk_writer | Handles the output of the simulation results to vtk unstrucutred grids |
▼Nmaterials | Provides the different materials |
▼Nelastic | |
CElastic_material | Class to compute the global internal volumic force at each node of an elastic material using its material properties |
▼Nviscoelastic | |
CViscoelastic_material | Class to compute, as a vector state, the global internal volumic force of an viscoelastic material using its material properties |
▼Nproblem | |
▼Ndic | |
CDIC_problem | Copmutes extension and force states out of displacement/nodes data obtained from the VIC3D CSV (DIC data) |
▼Npd | |
CPD_problem | Class to define the peridynamic problem, i.e |
▼Nutil | Provides the utils for different tasks |
▼Ncondition | |
CConditionFromFile | Class for storing the conditions from the yaml file |
▼Nneighbor | |
CNeighborSearch | Class for handling the neighborhood |