phynexis.peridigm

Peridynamics simulation module. Provides classes for domain discretization, peridynamic block management, boundary conditions, material and damage models, and a top-level simulator that orchestrates the full simulation pipeline.

Import

import phynexis

# Access submodule directly
sim = phynexis.peridigm.PeriDigmSimulator()

# Or bind locally
from phynexis import peridigm
sim = peridigm.PeriDigmSimulator()

Module Overview

Class	Description
PeriDigmSimulator	Top-level simulator that manages blocks, materials, boundary conditions, and runs the simulation
PeriDigmDiscretization	Domain discretization into peridynamic nodes from STL or distance maps
PeriDigmBlock	A peridynamic block with material, damage model, and node indices
PeriDigmBoundaryCondition	Boundary condition with prescribed displacement or body force
PeriDigmMaterial	Material model (currently elastic)
PeriDigmDamageModel	Damage model (currently critical stretch)
PeriDigmSettings	Simulation settings: timestep, horizon, output frequency, etc.
PeriDigmStrength	Weibull-distributed strength model for quasi-brittle materials
DomainSplittor	Abstract base for domain splitting algorithms
LevelSetSplittor	Domain splitting based on a level set representation
TetMeshSplittor	Domain splitting based on a tetrahedral mesh

C++ Namespace

phynexis::peridigm

pybind Module

pyperidigm (lazy-loaded via phynexis.peridigm)