SOFA Framework (@sofa-framework)
  • Stars
    star
    1,018
  • Global Org. Rank 14,833 (Top 5 %)
  • Registered over 9 years ago
  • Most used languages
    C++
    85.7 %
    Shell
    4.8 %
    QML
    4.8 %
    C
    4.8 %

Top repositories

1

sofa

Real-time multi-physics simulation with an emphasis on medical simulation.
C++
863
star
2

SofaPython3

A python plugin for Sofa offering a pythonic interface and python3 support.
C++
38
star
3

doc

SOFA Documentation
37
star
4

BeamAdapter

Plugin implementing Kirchhoff rods to simulate any 1D flexible structure
C++
17
star
5

SofaROSConnector

This repository allows for coupling the open-source framework SOFA with the Robot Operating System (ROS)
C++
16
star
6

SofaRHI

Rendering Hardware Interface for SOFA
C++
7
star
7

SofaGLFW

Quick and simple GUI for SOFA, based on GLFW and optionally Dear ImGui
C
7
star
8

SofaQtQuick

QML
6
star
9

Optimus

Optimus plugin was created to provide a testing environment for data-driven physics-based modeling.
C++
5
star
10

MyAwesomeComponents

Basic SOFA plugin example
C++
5
star
11

Registration

SOFA plugin for registering deformable surfaces to target surfaces
C++
2
star
12

issofa-merge

Work on merging ISSofa features into SOFA
C++
2
star
13

ManifoldTopologies

SOFA Plugin to support manifold topologies.
C++
2
star
14

ShapeMatchingPlugin

SOFA Plugin with implementation of the paper "Meshless Deformations Based on Shape Matching" (Muller, Heidelberger, Teschner and Gross)
C++
2
star
15

CGALPlugin

Use CGAL features into SOFA (remeshing, tetrahedra generation...)
C++
2
star
16

PulsePhysiology

[WIP] GSoC project binding SOFA and Pulse Engine
C++
2
star
17

SofaPython

Legacy python2 plugin for SOFA.
C++
1
star
18

Communication

Communication plugin for SOFA
C++
1
star
19

SofaHapticAvatar

Haptic Avatar driver plugin for SOFA
C++
1
star
20

ci

Scripts for continuous integration
Shell
1
star
21

SofaCUDA

Using CUDA for GPU computations in a SOFA plugin
C++
1
star
22

InvertibleFVM

Implementation of the article entitled "Invertible finite elements for robust simulation of large deformation" from Irving, G., Teran, J., and Fedkiw, R., SCA 2004
C++
1
star