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IfcOpenShell is primarily a collection of C++ libraries, however, as it has [[Python|Python]] bindings, it can be integrated with programs like [[FreeCAD]] and [[Blender]]. It has support for Windows, Mac, and Linux. IfcOpenShell can be used as C++ developer libraries, through Python modules, via a number of Unix-style command line applications, or via graphical interfaces. The core libraries have support for IFC2X3, IFC4, IFC4.3, as well as custom IFC schemas defined by the user. Supported serialisations include IFC-SPF, IFC-JSON, IFC-XML, and IFC-HDF5. | IfcOpenShell is primarily a collection of C++ libraries, however, as it has [[Python|Python]] bindings, it can be integrated with programs like [[FreeCAD]] and [[Blender]]. It has support for Windows, Mac, and Linux. IfcOpenShell can be used as C++ developer libraries, through Python modules, via a number of Unix-style command line applications, or via graphical interfaces. The core libraries have support for IFC2X3, IFC4, IFC4.3, as well as custom IFC schemas defined by the user. Supported serialisations include IFC-SPF, IFC-JSON, IFC-XML, and IFC-HDF5. | ||
− | IfcOpenShell supports geometry processing using the | + | IfcOpenShell supports geometry processing using the OpenCascade geometry kernel. IFC geometry may be uniformly triangulated regardless of their original definition. |
IfcOpenShell is also unique in its extensive Python API, which includes hundreds of functions for common IFC manipulation operations. This API supports many aspects of IFC not usually supported in other tools, including cascading geometric coordinate changes, subgraph purging, appending elements, and extensive support for 4D and 5D BIM operations like cost formulas, critical path analysis, and calendar-based scheduling propagation. It is also unique in its support for HDF5 caching, voxel analysis for dealing with less than precise BIM geometry, and semantic SVG-based drawing generation. | IfcOpenShell is also unique in its extensive Python API, which includes hundreds of functions for common IFC manipulation operations. This API supports many aspects of IFC not usually supported in other tools, including cascading geometric coordinate changes, subgraph purging, appending elements, and extensive support for 4D and 5D BIM operations like cost formulas, critical path analysis, and calendar-based scheduling propagation. It is also unique in its support for HDF5 caching, voxel analysis for dealing with less than precise BIM geometry, and semantic SVG-based drawing generation. | ||
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=Softwares powered by ifcopenshell= | =Softwares powered by ifcopenshell= | ||
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==FOSS projects== | ==FOSS projects== | ||
* [[BIMxBEM]] : import IfcRelSpaceBoundary, IfcSpace and related building elements geometry and data | * [[BIMxBEM]] : import IfcRelSpaceBoundary, IfcSpace and related building elements geometry and data | ||
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* [https://bimforce.com/en/homepage/ Bimforce] for IFC drawing generation | * [https://bimforce.com/en/homepage/ Bimforce] for IFC drawing generation | ||
* [https://www.cove.tools/ Cove.Tool] to integrate into Blender for sustainability analysis | * [https://www.cove.tools/ Cove.Tool] to integrate into Blender for sustainability analysis | ||
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* [https://modulize.io/ Modulize] - Uses IfcOpenShell "quite a lot" | * [https://modulize.io/ Modulize] - Uses IfcOpenShell "quite a lot" | ||
* [https://regola.io/ Regola] - Used for model checking | * [https://regola.io/ Regola] - Used for model checking | ||
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* [https://tridify.com/ Tridify] (Epic Megagrants recipient) Stream large & complex BIMs from the Cloud. A BIM Communication Service for all stakeholders with communication to issue management software. | * [https://tridify.com/ Tridify] (Epic Megagrants recipient) Stream large & complex BIMs from the Cloud. A BIM Communication Service for all stakeholders with communication to issue management software. | ||
* [https://www.tridyme.com/ TriDyme] TriDyme helps construction's companies to develop their own cloud-based (online) applications. | * [https://www.tridyme.com/ TriDyme] TriDyme helps construction's companies to develop their own cloud-based (online) applications. | ||
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IfcOpenShell is also used in university courses around the world. | IfcOpenShell is also used in university courses around the world. | ||
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* Fachhochschule Nordwestschweiz FHNW (University of Applied Sciences and Arts Northwestern Switzerland) | * Fachhochschule Nordwestschweiz FHNW (University of Applied Sciences and Arts Northwestern Switzerland) | ||
− | + | * MSc-education of Architecture, Civil Engineering and Construction & Robotics tracks at RWTH Aachen University and TU Eindhoven | |
− | * MSc-education of Architecture, Civil Engineering and Construction & Robotics tracks at RWTH Aachen University | ||
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* Parametric Design with Visual Programming in BIM by the Online Zigurat Global Institute for Technology | * Parametric Design with Visual Programming in BIM by the Online Zigurat Global Institute for Technology | ||
* [https://bimfag.no/ BIMfag] Courses for BIM technicians in Norway | * [https://bimfag.no/ BIMfag] Courses for BIM technicians in Norway | ||
− | * Tallinn University of Technology | + | * Tallinn University of Technology |
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=Installation= | =Installation= | ||
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https://github.com/jakob-beetz/ifcopenshell-notebooks (by Jakob Beetz) | https://github.com/jakob-beetz/ifcopenshell-notebooks (by Jakob Beetz) | ||
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[[Category:IfcOpenShell]] | [[Category:IfcOpenShell]] | ||
[[Category:Software]] | [[Category:Software]] | ||
[[Category:Industry Foundation Classes (IFC)]] | [[Category:Industry Foundation Classes (IFC)]] |