FC Langbein, SG Shermer, E Jonckheere. MatSpinNet, V1.0. Code, https://qyber.black/SpinNet/MatSpinNet, https://github.com/xis10z/MatSpinNet, 16th November 2019. [DOI:10.6084/m9.figshare.10315814]
code
M. Chandler, C. Jenkins, S. M. Shermer, F. C. Langbein. MRSNet, V1.0. Code, https://qyber.black/MRIS/mrsnet, https://github.com/MaxChandler/MRSNet, 16th August 2019. [DOI:10.6084/m9.figshare.9824417.v1]
MRSNet
This code is an extension to PostgreSQL for finding CAD features efficiently. Development of this code has been supported by the Marie Curie Initial Training Network INSIST, funded by the 7th EU Framework Programme (FP7) under grant agreement n° 289361.
Efficient Feature Recognizer
This code is to estimate the simplification error. It’s an an extension to ngsolve / netgen to estimate the effect of model simplifications on a quantity of interest aimed at electrostatics problems.
SimpErr
This is software for denoising meshes using the technique described in our paper “Fast and Effective Feature-Preserving Mesh Denoising”. mdenoise-1.1.tar – Mesh Denoising Version 1.1. If you use this code please cite one of these publications:
Mesh Denoising Algorithm
The following software detect approximate regularities for design intent detection. It has been implemented on Linux in C++ (gcc 3.3) and Matlab using OpenCascade 5.2. Software for Approximate Regularity Detection If you use this code please cite one of these publications:
Approximate Regularity Detection
The following software constructs regularity feature trees for design intent detection. It has been implemented on Linux in C++ (gcc 3.3) and Matlab using OpenCascade 5.2. Melon.tar.gz If you use this code please cite one of these publications:
Regularity Feature Tree Construction
FReg is the implementation of an algorithm to detect approximate symmetries of point sets and B-rep models. It has been developed as part of the Beautification of reverse engineered geometric models project. The algorithm has been implemented originally by B. I. Mills. I am currently maintaining the sources. The main […]
FReg
SiL is an environment for geometric modelling applications. It’s core is an object manager especially tailored for geometric objects. It can load modules dynamically to provide the object types and the basic functionality for these objects. In addition tools can be added as plugins to provide a user front-end to […]
SiL
The following software detects approximate symmetries for design intent detection. It has been implemented on Linux in C++ (gcc 3.3) and Matlab using OpenCascade 5.2. Software for Approximate Symmetry Detection If you use this code please cite one of these publications: