Editing Free software libraries for AEC software development

{| class="mw-collapsible wikitable sortable"
! Icons
! Name
! Description
! License
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| [https://github.com/Krande/adapy Adapy]
| Adapy - A python library for structural analysis and design. Adapy is a python library for structural analysis and design that focus on interoperability between IFC and various Finite Element formats. It also provides a neat framework for parametric modelling in python where you not only parameterize your CAD model but also your FEM mesh recipes.
| [[GPL-3.0]]
|-
|
| [https://github.com/assimp/assimp Assimp Open Asset Import Library]
| A library to import and export various 3d-model-formats (including [[Industry Foundation Classes (IFC)|IFC]]) including scene-post-processing to generate missing render data. APIs are provided for C and C++. Includes bindings to C#, Java, Python, Delphi, D, Android and iOS. Additionally, assimp features various mesh post processing tools.
| [[BSD]]
|-
|
| [https://github.com/Moult/BCF-Plugin-FreeCAD/tree/fix-headless bcfplugin]
| bcfplugin is a Python library that allows reading and writing of [[BIM_Collaboration_Format|BCF]] data, compliant with the BCF-XML 2.1 specification.
| [[LGPL-2.1]]
|-
|
| [https://cesium.com/cesiumjs/ CesiumJS]
| CesiumJS is an open source JavaScript library for creating world-class 3D globes and maps with the best possible performance, precision, visual quality, and ease of use. Developers across industries, from aerospace to smart cities to drones, use CesiumJS to create interactive web apps for sharing dynamic geospatial data.
| [[Apache-2.0]]
|-
|
| [https://www.cgal.org/ CGAL]
| CGAL is a software project that provides easy access to efficient and reliable geometric algorithms in the form of a C++ library. CGAL is used in various areas needing geometric computation, such as geographic information systems, computer aided design, molecular biology, medical imaging, computer graphics, and robotics.
| [[GPL-3.0]]
|-
|
| [https://launchpad.net/charonifc/ Charonifc]
| Charonifc is a library for extracting text based information from an IFC file to produce technical documentation like Specifications and Bill of Quantities. The program uses IfcOpenShell an open source ([LGPL]) software library for working with the Industry Foundation Classes ([IFC]) file format.
| [[GNU GPL v3]]
|-
|
| [https://compas.dev/ COMPAS]
|The main library of COMPAS provides flexible data structures, a geometry processing library, robot fundamentals, numerical solvers, and various other components as a base framework for computational AE(F)C research. 
| [[MIT]]
|-
|
| [https://github.com/panjh/dxflib dxflib]
| DXFlib is an open source C++ library mainly for parsing DXFTM files.
| [[GPL-2.0]]
|-
|
| [https://entwine.io/ Entwine]
| Entwine is a data organization library for massive point clouds, designed to conquer datasets of trillions of points as well as desktop-scale point clouds. Entwine can index anything that is PDAL-readable, and can read/write to a variety of sources like S3 or Dropbox. Builds are completely lossless, so no points, metadata, or precision will be discarded even for terabyte-scale datasets.
| [[LGPL-2.0]]
|-
|
| [https://pypi.org/project/ezdxf/ ezdxf]
| A Python package to create and modify [[Drawing Exchange Format (DXF)|DXF]] drawings, independent from the [[Drawing Exchange Format (DXF)|DXF]] version. You can open/save every [[Drawing Exchange Format (DXF)|DXF]] file without losing any content (except comments), Unknown tags in the [[Drawing Exchange Format (DXF)|DXF]] file will be ignored but preserved for saving. With this behavior it is possible to open also [[Drawing Exchange Format (DXF)|DXF drawings]] that contains data from 3rd party applications.
| [[MIT]]
|-
|
| [https://github.com/flexible-collision-library/fcl Flexible Collision Library]
| FCL is a library for performing three types of proximity queries on a pair of geometric models composed of triangles: Collision detection, Distance computation, Tolerance verification, Continuous collision detection, and Contact information
| [[BSD]]
|-
|
| [https://github.com/GeometryGym/GeometryGymIFC GeometryGymIFC]
| C# classes to generate and parse OpenBIM IFC (Industry Foundation Class) files. These classes simultaneously support IFC2x3, IFC4 and Infrastructure proposals for IFC5, and are easily extended for experimental extensions.
| [[MIT]]
|-
|
| [https://github.com/agviegas/IFC.js IFC.js]
| Frontend parser between .ifc files and Three.js geometry. This project reads IFC files, structures their data in memory and converts them to Three.js custom geometric entities for display in any browser.
| [[MIT]]
|-
|
| [https://github.com/davidpadbury/ifc-commenter IFC-Commenter]
| A simple script for creating a commented-out hiearchy in an [[Industry Foundation Classes (IFC)|IFC file]].
| [[MIT]]
|-
|
| [https://bitbucket.org/brunopostle/file-ifc File::IFC Perl library]
| File::IFC is a simple [[Industry Foundation Classes (IFC)|IFC]] parser/generator. It also contains helper functions for generating basic building objects such as walls etc...
| [[GPL-3.0]]
|-
|
| [https://github.com/AlanRynne/ifc-syntax-express-parser ifc-syntax-express-parser]
| A NodeJS Nearley based parser for EXPRESS language files. Commonly used to define IFC data structure versions.
| [[MIT]]
|-
|
| [https://github.com/Erfan-Shooraj/ifc2b3dm IFC2B3DM]
| The converter is designed to ultimately convert an [[Industry Foundation Classes (IFC)|IFC]] file to B3DM to enable object selection and BIM (Building Information Management) in Cesium.
| [[MIT]]
|-
|
| [https://github.com/IFCJSON-Team/IFC.JSON-Viewer IFC.JSON Viewer]
| This viewer is part of an open source project that works on [[Industry Foundation Classes (IFC)|IFC files]] represented in JSON syntax: IFC.JSON files. The viewer is an open-source web-based viewer, relying on Javascript. It allows loading IFC.JSON files and viewing them (3D building models and semantics). Furthermore, data can be queried and subsets can be created for information exchanges in JSON format.
| [[MIT]]
|-
| [[File:Ifcopenshell logo.png|64x64px]]
| [[IfcOpenShell]]
| IfcOpenShell is a C++ and Python open source software library that helps users and software developers to work with the [[Industry Foundation Classes (IFC)|IFC file format]]. The [[Industry Foundation Classes (IFC)|IFC file format]] can be used to describe building and construction data. The format is commonly used for Building Information Modelling.
| [[LGPL-3.0]]
|-
|
| [[IfcPlusPlus|IfcQuery/IFC++]] ([[IfcPlusPlus]])
| IFC++ or IfcPlusPlus is an open source C++ class model, as well as a reader and writer for [[Industry Foundation Classes (IFC)|IFC files]] in STEP format.
| [[MIT]]
|-
|
| [https://github.com/IfcSharp/IfcSharpLibrary IfcSharp]
| The C#-Library of IfcSharp contains interfaces to the [[Industry Foundation Classes (IFC)|IFC model]] of buildingSMART. You can write [[Industry Foundation Classes (IFC)|IFC models]] by C#-code or read and write to different formats, including IfcSQL, intended to store and query models as a collection of digital twins
| [[MIT]]
|-
|
| [http://www.itowns-project.org/ iTowns]
| iTowns is a Three.js-based JS/WebGL framework for 3D geospatial data visualization. iTowns is highly extensible and based on three.js and thus support all three.js features (post-processing, controls, 3D models and more). Itowns handles a variety of data types, including: 3D tiles, DEM, OGC standards (WMTS, WMS, TMS, WFS), Point Clouds, GeoJSON, Gpx, KML, 3D formats (Collada, GLTF, OBJ, ...).
| CeCILL-B v1.0 / [[MIT]]
|-
| 
| [[libdxfrw]]
|  ""libdxfrw is a free C++ library to read and write Drawing Exchange Format (DXF) files in both formats, ascii and binary form. Also can read Drawing_(DWG) files from R14 to the last V2015." It is the default DXF/DWG library for [[LibreCAD]]
| [[GPL-3.0]]
|-
| [[File:LibreDWG.png]]
| [[LibreDWG]]
|  GNU LibreDWG is a free C library to handle [[Drawing (DWG)|DWG files]]. It aims to be a free replacement for the OpenDWG libraries. [[Drawing (DWG)|DWG]] is the native file format of AutoCAD and a number of other CAD packages.
| [[GPL-3.0]]
|-
|
| [https://www.mdal.xyz/ MDAL]
| Mesh Data Abstraction Library (MDAL) is a C++ library for handling unstructured mesh data released with MIT license. It provides a single data model for multiple supported data formats. MDAL is used by QGIS for data access for mesh layers.
| [[MIT]]
|-
|
| [[Nucleus]]
| ".NET Unifying Class Library for Engineering Utility Software. .Nucleus is an open-source .NET library intended as a generalisable base framework for the development of custom BIM and structural engineering workflow tools. It forms the core underlying class system of Salamander 3 and several internal Ramboll software projects."
| [[MIT]]
|-
|
| [https://github.com/orbingol/NURBS-Python NURBS-Python (geomdl)]
| NURBS-Python (geomdl) is a pure Python, self-contained, object-oriented B-Spline and NURBS spline library for Python. It includes data structures and API for rational and non-rational splines as well as spline/derivative evaluation, knot insertion/removal/refinement, degree elevation/reduction, curve and surface fitting via interpolation and least squares approximation.
| [[MIT]]
|-
|
| [https://github.com/tpaviot/oce OpenCascade]
| OpenCascade (Community Edition) is a C++ 3D modeling library. It can be used to develop CAD/CAM softwares, for instance FreeCAD or IfcOpenShell.
| [[LGPL-2.1]]
|-
|
| [http://osgearth.org/ osgEarth]
| osgEarth is a C++ geospatial SDK and terrain engine. Just create a simple XML file, point it at your map data, and go! osgEarth supports all kinds of data and comes with lots of examples to help you get up and running quickly and easily.
| [[LGPL-3.0]]
|-
| [[File:Pdal_logo.png|PDAL|64x64px]]
| [https://pdal.io PDAL]
| PDAL (Point Data Abstraction Library) is a C++ BSD library for translating and manipulating point cloud data. In addition to the library code, PDAL provides a suite of command-line applications that users can conveniently use to process, filter, translate, and query point cloud data.
| [[BSD]]
|-
|
| [[PyFlow]]
| PyFlow is a general purpose visual scripting framework for python.
| [[Apache-2.0]]
| [https://github.com/wonderworks-software/PyFlow Github]
|-
| 
| [https://github.com/tpaviot/pythonocc-core pythonocc-core]
| Pythonocc provides 3D modeling and data exchange features. It is intended to CAD/PDM/PLM and BIM related development.
| [[LGPL-3.0]]
|-
|
| [https://github.com/TerriaJS/terriajs TerriaJS]
| TerriaJS is a library for building rich, web-based geospatial data explorers, used to drive National Map, AREMI and NEII Viewer. It uses Cesium and WebGL for a full 3D globe in the browser with no plugins. It gracefully falls back to 2D with Leaflet on systems that can't run Cesium. It can handle catalogs of thousands of layers, with dozens of geospatial file and web service types supported. It is almost entirely JavaScript in the browser, meaning it can even be deployed as a static website, making it simple and cheap to host.
| [[Apache-2.0]]
|-
|
| [https://threejs.org/ ThreeJS]
| The aim of the project is to create an easy to use, lightweight, 3D library with a default WebGL renderer. The library also provides Canvas 2D, SVG and CSS3D renderers in the examples.
| [[MIT]]
|-
|
| [https://docs.xbim.net/index.html xBIM]
| The xBIM project offers you the codebase to develop your Building Information Modelling (BIM) solution for commercial, research and open environments.
| [[CDDL]]
|-
|
| [http://xeogl.org/ xeogl]
| xeogl is an open source JavaScript library from xeolabs for 3D model visualization on WebGL. It gives you tools to create interactive 3D worlds in your browser. Load models from formats like glTF or OBJ, or generate them programmatically.
| [[MIT]]
|-
|
| [https://github.com/K3D-tools/K3D-jupyter K3D-Jupyter]
| K3D lets you create 3D plots backed by WebGL with high-level API (surfaces, isosurfaces, voxels, mesh, cloud points, vtk objects, volume renderer, colormaps, etc). The primary aim of K3D-jupyter is to be easy for use as stand alone package like matplotlib, but also to allow interoperation with existing libraries as VTK.
| [[MIT License]]
|-
|
|  [https://github.com/Kitware/LidarView LidarView]
|  LidarView performs real-time visualization and easy processing of live captured 3D LiDAR data from Lidar sensors. Runs on Windows, Linux and MacOS. Contrasting to VeloView (that Kitware develops with Velodyne), it provides experimental algorithms and features, but you may expect LidarView to crash in some situations. https://www.paraview.org/lidarview/
|  [[Apache-2.0 License]]
|-
| [[File:XeokitLogoAlphaBG.png|64x64px]]
| [[xeokit]]
| xeokit is a Web Programming Toolkit for AEC Graphics and 3D graphics SDK from xeolabs for BIM and AEC. Built to view huge models in the browser. Used by industry leaders.
| [[AGPL-3.0]] / dual
|}
[[Category:Directories]]
[[Category:BIM Collaboration Format (BCF)]]