| ►Nnetdem | |
| ►Nwebgpu | |
| CMath | |
| CPrefixSum | |
| CRadixSort | |
| CResourceManager | |
| CBondedSpheres | A class representing a sphere bonded to other spheres through contact pairs |
| CBondedVoronois | A class representing a set of bonded Voronoi cells generated from an STL file |
| CBondEntry | Collection of contact geometries and forces for one bond |
| CBondEntryData | A struct that represents data associated with a bond entry |
| CBondEntryParser | A class that provides functions to convert bond entry data between a class and a struct format |
| CBondGeometries | Geometrical properties of a bond |
| CBondSolverPP | A class for solving point-point bonds between particles |
| CBondSolverPW | A class for solving point-wall bonds between a particle and a wall |
| CBreakageAnalysis | A modifier class for performing breakage analysis on particles |
| CBreakageAnalysisPD | A modifier class for performing breakage analysis on particles |
| CCell | A class representing a cell in a simulation grid |
| CCellManager | A class responsible for managing cells in a simulation grid |
| CCGALWrapper | The CGAL class provides a wrapper for various CGAL mesh operations |
| CCodedNetSDF | A class for representing a shape using a neural network-generated signed distance function and a latent code |
| CCollisionEntry | A class representing a collision entry |
| CCollisionEntryData | A struct that represents data associated with a collision entry |
| CCollisionEntryParser | A class that provides functions to convert collision entry data between a class and a struct format |
| CCollisionGeometries | A class representing the geometries associated with a collision |
| CCollisionSolverPP | An abstract base class for particle-particle collision solvers |
| CCollisionSolverPW | An abstract class representing a collision solver for a particle and a wall |
| CCommand | A base class for commands that can modify a simulation based on provided JSON information |
| CCommandCreate | A command class to create an object in the simulation |
| CContactForces | A class representing the contact forces and moments arising from a contact interaction |
| CContactModel | An abstract base class for contact models |
| CContactModelFactory | A factory class for creating contact models |
| CContactPP | A class representing a contact between two particles |
| CContactPPData | A struct that represents data associated with pairwise particle contact |
| CContactPPParser | A class for converting between ContactPP objects and ContactPPData structs |
| CContactPW | A class representing a contact between a particle and a wall |
| CContactPWData | Struct representing particle-wall contact data for MPI communication |
| CContactPWParser | A class for converting between ContactPW objects and ContactPWData structs |
| CContactSolverFactory | A factory class for creating and managing contact solvers |
| CContactSolverSettings | A container class for settings related to contact solvers |
| CCorkWrapper | The Cork namespace contains various static methods for performing mesh operations |
| CCylinder | A class for representing a cylinder shape |
| CDataDumper | A class used to dump particle data into vtk files. This is a post-modifier, which will be executed at the end of a DEM cycle |
| CDeformableParticle | A class representing a deformable particle simulated using the Finite Element Method (FEM) |
| CDeformationAnalysis | A class used to perform deformation analysis on particles in a DEM simulation. This is a post-modifier, which will be executed at the end of a DEM cycle |
| CDEMFragment | A class representing a fragment in a discrete element method simulation |
| CDEMObjectPool | A class implementing object pooling for particles and contacts |
| CDEMProfiler | A profiler class for measuring performance metrics in a DEM simulation |
| CDEMSolver | A solver class for performing discrete element method (DEM) simulations |
| CDistribution | |
| CDomain | Class for managing the simulation domain and particles that belong to it |
| CDomainManager | A class that manages the domain and sub-domains for a DEM simulation |
| CDomainSplittor | An abstract base class for domain splitters used in discrete element method simulations |
| CEigenWrapper | Wrapper for various Eigen matrix operations |
| CEllipsoid | A class for representing an ellipsoid shape |
| CExternalForce | A class used to add external forces to particles in a DEM simulation. This is a pre-modifier, which will be executed at the beginning of a DEM cycle |
| CFEMSimulator | A Finite Element Method (FEM) simulator used for simulating the deformation of objects |
| CGeneralNet | A class representing a general neural network |
| CGoldenSpiralSampler | A class for generating samples from a weighted spherical centroidal Voronoi tessellation |
| CGravity | A class used to apply gravity to particles in a DEM simulation |
| CHertzMindlin | A contact model based on the Hertz-Mindlin theory of elastic-plastic contact |
| CIGLWrapper | |
| CInputProcessor | A class that processes input JSON files to modify a simulation |
| CIO | |
| CLevelSet | A class for representing a level set function as a Shape object |
| CLevelSetFunction | Class for representing a level set function on a regular grid |
| CLevelSetSplittor | A domain splitter that uses a level set function to define the domain |
| CLinearSpring | Contact model that uses linear spring elements to evaluate contact forces and moments |
| ►CMath | |
| CQuaternion | |
| CMembrane | A class that simulates a membrane |
| CMembraneWall | A class used to model a membrane wall in a DEM simulation |
| CMiniMap | |
| CMLPackUtils | A class that defines several utility methods for ANN |
| CModifier | An interface class used to modify a DEM simulation |
| CModifierManager | A class used to manage modifiers in a simulation |
| CMPIDataDefine | A class for defining MPI datatypes for various data structures |
| CMPIManager | Manages the data exchange in a DEM simulation |
| CNeighPofP | A class representing a particle in contact with another particle or wall |
| CNeighPofW | A class representing a particle in contact with a wall |
| CNeighWofP | A class representing a wall in contact with a particle |
| CNetSDF | A class for representing a shape using a neural network-based signed distance function (SDF) |
| CPackGenerator | A class for generating packs of particles |
| CPair | |
| CPairHash | |
| CParallelBond | Contact model that evaluates forces and moments between two particles using parallel bond models |
| CParticle | |
| CParticleData | A struct defining the particle data for MPI communication |
| CParticleDataGPU | A struct defining the particle data for MPI communication |
| CParticleEnergy | A struct used to hold energy information about a particle |
| CParticleEnergyEvaluator | A class used to evaluate the energy of particles in a DEM simulation |
| CParticleGroup | A class used to group particles in a DEM simulation |
| CParticleMotionControl | A class used to add motion control to particles in a DEM simulation |
| CParticleParser | A class for converting between Particle objects and ParticleData structs |
| CParticleParserGPU | A class for converting between Particle objects and ParticleDataGPU structs |
| CParticleStressEvaluator | A class used to evaluate the stress of particles in a DEM simulation |
| CPeriDigmBlock | A class that represents a Peridigm block |
| CPeriDigmBoundaryCondition | A class that represents a boundary condition for Peridigm |
| CPeriDigmDamageModel | A class representing a damage model |
| CPeriDigmDEMCoupler | A class representing a coupling between a discrete element method (DEM) simulation and a peridynamic simulation |
| CPeriDigmDiscretization | A class representing the discretization of a peridynamic simulation |
| CPeriDigmMaterial | A class representing the material properties used in a peridynamic simulation |
| CPeriDigmSettings | A class representing the settings used in a peridynamic simulation |
| CPeriDigmSimulator | A class representing a simulator for peridynamic simulations |
| CPeriDigmStrength | |
| CPlane | A class for representing a plane with a center point and normal vector |
| CPointSphere | A class representing a point sphere with a given diameter |
| CPolybezier | A class representing a polybezier with variable orders and patches |
| CPolySuperEllipsoid | A class representing a poly superellipsoid with two different orders and three different axes |
| CPolySuperQuadrics | A class representing a poly superquadric with three different axes and orders |
| CRandomEngine | A class for generating random numbers |
| CRegressionNet | A class that represents a feedforward neural network for regression |
| CScene | A class for managing the elements in a DEM simulation. Scene behaves as a std container: |
| CSDFCalculator | Class for computing signed distance fields from triangle meshes |
| CShape | This class represents different types of shapes and performs various calculations on them |
| CShapeFactory | A class for creating Shape objects using a factory pattern |
| CSimplex | A simplex class for representing a convex hull in n-dimensional space |
| CSimulation | Class for managing a DEM simulation |
| CSolverANNPP | A class that represents a collision solver using artificial neural networks |
| CSolverANNPPlane | A class that represents a collision solver between a particle and a plane using artificial neural networks |
| CSolverANNPW | A class that represents a collision solver between two particles using artificial neural networks |
| CSolverBooleanPP | Solver for triangle mesh contacts between two particles using boolean operations |
| CSolverBooleanPW | Solver for triangle mesh and wall contacts using boolean operations |
| CSolverGJKPP | GJK solver for convex geometries |
| CSolverGJKPW | GJK solver for convex geometries |
| CSolverSDFPP | Signed distance field-based contact solver |
| CSolverSDFPW | A class used to solve collisions between a particle and a wall using a signed distance field |
| CSolverSpherePlane | A class used to solve collisions between a sphere and a plane |
| CSolverSphereSphere | A class used to solve collisions between two spheres |
| CSolverSphereTriangle | A class used to solve collisions between a particle and a triangle |
| CSphere | A class representing a sphere |
| CSphericalHarmonics | A class representing a spherical harmonics object |
| CSphericalVoronoi | Class for computing Voronoi diagrams on a sphere |
| CSTLModel | Class for working with STL models |
| CSTLReader | A class for reading STL files |
| CTetMesh | A class that represents a tetrahedral mesh |
| CTetMeshSplittor | A class representing a domain splitter for tetrahedral meshes |
| CTriangle | A class representing a triangle in 3D space |
| CTriMesh | A class representing a triangular mesh in 3D space |
| CUnbalancedForceRatioEvaluator | A class used to evaluate the unbalanced force ratio of particles in a DEM simulation |
| CUniformDistribution | Generates random numbers from a uniform distribution |
| CVolumeBased | Contact model that evaluates forces and moments based on volume overlap and relative velocity |
| CVoronoi | A class for computing Voronoi diagrams |
| CWall | A class representing a wall object in a physics simulation |
| CWallBoxPlane | A class for generating a box of six walls |
| CWallBoxPlate | A class for generating a box of six walls with plates |
| CWallGroup | A class used to group walls in a DEM simulation |
| CWallMotionControl | A class used to control the displacement of walls in a DEM simulation |
| CWallMotionIntegrator | A class used to integrate the motion of walls in a DEM simulation |
| CWallServoControl | A class used to control the pressure of walls in a DEM simulation |
| CWebGPUManager | |
| CWebGPUWrapper | |
| CWSCVTSampler | A class for generating samples from a weighted spherical centroidal Voronoi tessellation |
1.12.0