
DAE to IFC Conversion
This guide will show you how to effortlessly convert DAE to IFC in just 3 simple steps:
Download & Install:
Convert your DAE files to IFC format seamlessly using Autoconverter or Autoshaper - simply install and launch the software on your system.Import DAE File:
Either click Open... to browse for your .dae file, or drag and drop it anywhere in the application window.Export to IFC Format:
Use Save As... to specify both location and filename (with .ifc extension) for your exported file.
Need a solution for DAE to IFC conversion? Our carefully curated guides make DAE files conversion straightforward:
- Convert 3D Mesh Files in the Batch Mode
- Convert SketchUp SKP Models with Component Instances to STEP
- Convert IFC File to a Different Schema Version (IFC2x3, IFC4, IFC4x3, etc.)
- Automesher Desktop Application for Windows to Convert 3D File Formats
Collada File
An open-standard, XML-based file format engineered for flawless 3D asset interoperability across digital content creation platforms. Initially created by Sony and currently maintained by the Khronos Group, DAE functions as a universal bridge for exchanging digital assets - including materials, mesh geometries, and hierarchical 3D scene nodes - between diverse 3D software ecosystems.
DAE Format Capabilities
Reusable Geometry Components:
You can store and reuse geometry instances that are referenced by multiple objects in your DAE scene, saving memory and disk space.Multiple Texture Images and Coordinates:
You can assign different texture images and texture coordinates to each face of your DAE model, creating complex and realistic materials.Color Transparency and Named Groups:
You can control the opacity and color of your mesh, as well as organize your DAE objects into named groups for easy selection and manipulation.
DAE File Conversion
Our Autoconverter and Autoshaper applications provide robust support for processing and converting DAE files with maximum fidelity. Leveraging the OpenCOLLADA framework, these tools ensure full compatibility with the latest COLLADA specifications (1.4 and 1.5). The OpenCOLLADA integration guarantees reliable handling of complex assets, from animated characters to textured environments.
Industrial Foundation Classes File
It is an open, ISO-certified standard (ISO 16739) specifically designed for the Architecture, Engineering, and Construction (AEC) industry. As a vendor-neutral format, IFC enables seamless data exchange and interoperability between different software applications, eliminating proprietary barriers in collaborative projects.
IFC Format Capabilities
The IFC format can store comprehensive project data for AEC workflows, including but not limited to:
Geometry:
The IFC standard captures detailed 3D representations through multiple entity types including solids, surfaces, curves, and point clouds.Units:
Each model component specifies its measurement system (meters, inches, degrees, or radians) for precise interpretation.Materials:
IFC's material system controls visual properties through RGBA values (0-1 range) for accurate color and transparency settings.Instances:
Through IFC's mapping system, identical geometries can be referenced multiple times, optimizing storage and performance.Structure:
IFC organizes projects hierarchically using named components with unique identifiers, enabling complex project management.BIM:
As a BIM-native (Building Information Modeling) format, IFC stores building information like properties, constraints, and relationships alongside geometry.
IFC File Conversion
Autoconverter and Automesher Application support IFC format, allowing you to import and export IFC models seamlessly. You can edit custom properties of IFC geometries and convert them to various 3D file formats. However please note that some IFC-specific features might not be fully supported in other formats and could be lost during conversion.
DAE vs. IFC Comparison
Property | DAE | IFC |
---|---|---|
Extensions | .dae | .ifc |
Name | Collada Digital Asset Exchange | Industry Foundation Classes |
Versions |
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Textures | ||
Colors | ||
Geometry components | ||
Readers | ||
Writers |