IFCXML File – What is .ifcxml file and how to open it?


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IFCXML File Extension

Industry Foundation Classes XML File – file format by N/A

IFCXML (Industry Foundation Classes XML File) is an XML based on the IFC4 standard file format for exchanging information from the building industry. It is used to facilitate the exchange of information between different software applications and systems used in the AEC industry.

IFCXML File Format

IFCXML is a file format used to exchange data between different software applications in the architecture, engineering, and construction (AEC) industry. It is an XML-based representation of the Industry Foundation Classes (IFC), an open and neutral data model for representing building and construction information. IFCXML files contain a hierarchical representation of the building model, including information about the building’s geometry, materials, components, and systems. The format ensures interoperability between different software applications and facilitates the exchange of data throughout the building lifecycle.

Applications of IFCXML Files

IFCXML files are primarily used for data exchange and collaboration in the AEC industry. They enable architects, engineers, and contractors to share building models with each other without losing data or compromising accuracy. IFCXML files can be used for a variety of purposes, including:

  • Model sharing and collaboration: IFCXML files can be exchanged between different software applications, allowing teams to work on the same building model simultaneously.
  • Data analysis: IFCXML files can be analyzed to extract information about the building, such as its energy efficiency, space utilization, and construction costs.
  • Facility management: IFCXML files can be used to manage building information throughout its lifecycle, including operations, maintenance, and renovations.

Opening IFCXML Files Using Software

IFCXML files are Industry Foundation Classes (IFC) files saved in an XML format, widely used in the architecture, engineering, and construction industry for data exchange. To open IFCXML files, you can use specialized software applications such as:

  • Autodesk Revit: A Building Information Modeling (BIM) software that allows you to import, export, and view IFCXML files.
  • GRAPHISOFT ARCHICAD: A BIM software that supports IFCXML file import and export.
  • Bentley Systems AECOsim Building Designer: A BIM software that can read and write IFCXML files.

These software applications provide comprehensive tools for working with IFCXML files, including viewing, editing, and data manipulation capabilities.

Alternative Methods

If you do not have access to specialized software, you can alternatively use online IFCXML viewers or converters to open and view IFCXML files. For instance:

  • IfcOpenShell Web Viewer: An online tool that allows you to upload and view IFCXML files in a web browser.
  • IfcConvert: A command-line tool that can convert IFCXML files to other formats, such as IFCZIP or STEP.

These online services provide a convenient way to access IFCXML data without the need for dedicated software. However, they may have limitations in terms of functionality and file handling capabilities compared to dedicated software applications.

IFCXML File Format Overview

IFCXML is an XML-based format used to represent building and construction information. It is based on the Industry Foundation Classes (IFC) data model, which defines a comprehensive set of concepts and relationships for describing the physical and functional characteristics of buildings. IFCXML enables the exchange of IFC data between different software applications and facilitates interoperability across the architecture, engineering, and construction (AEC) industry.

IFCXML files are text-based and can be created and edited using any standard text editor. They are organized into a hierarchical structure, with elements representing different building components and their properties. IFCXML provides a standardized way to represent complex building information, including geometry, materials, systems, and relationships. It also supports the inclusion of additional information, such as project metadata, site conditions, and sustainability data.

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