.ASAT File Extension
Assemble SAT 3D Model File
| Developer | Update Soon |
| Popularity | |
| Category | 3D Image Files |
| Format | .ASAT |
| Cross Platform | Update Soon |
What is an ASAT file?
The .ASAT file extension is associated with Assemble SAT 3D Model Files. These files are used in 3D modeling and design applications, specifically with Assemble Systems’ software.
The .ASAT file format is designed to store 3D models that can be manipulated and visualized in various ways, making it essential for engineers, architects, and designers who work with complex 3D structures.
More Information.
The .ASAT file extension has been around since the early 2010s, coinciding with the rise of BIM and advanced 3D modeling techniques in the construction and architectural industries.
The initial purpose of the .ASAT format was to offer a standardized way to save and exchange 3D models with embedded metadata related to construction projects.
This included details about materials, dimensions, and project-specific annotations, making it a valuable tool for professionals working on large-scale construction projects.
Assemble Systems aimed to streamline the process of managing complex 3D models and integrating them with other project data.
By using the .ASAT format, users could ensure that all relevant information was preserved and accessible within a single file, enhancing the efficiency of project workflows.
Origin Of This File.
The .ASAT file extension originates from Assemble Systems, a company that specializes in providing cloud-based construction management software.
Assemble Systems is known for its BIM (Building Information Modeling) solutions that facilitate the visualization, management, and analysis of building projects.
The .ASAT file format was developed to support their proprietary software, which integrates 3D models with construction management data, enabling users to enhance project efficiency and collaboration.
File Structure Technical Specification.
The .ASAT file structure is designed to encapsulate 3D model data along with associated project metadata.
While the exact internal structure of .ASAT files is proprietary to Assemble Systems, the file format typically includes the following components:
- 3D Geometry Data: This includes the vertices, edges, and faces that define the 3D model’s shape. This data is essential for rendering the model accurately in 3D space.
- Material Information: Details about the materials used in the model, including textures, colors, and surface properties. This information is crucial for realistic rendering and visualization.
- Metadata: Additional information related to the project, such as dimensions, materials specifications, and annotations. This metadata helps users understand the context and details of the model.
- Structural Data: Information about the model’s structural components, including load-bearing elements and connections. This is particularly important for engineering and construction applications.
- File Header: Contains metadata about the file itself, including version information and any proprietary data needed to read the file correctly.
How to Convert the File?
Converting .ASAT files to other formats can be challenging due to their proprietary nature. There are a few approaches you can take:
- Use Assemble Systems’ Software: The primary method for converting .ASAT files is through the software provided by Assemble Systems. Their tools may offer export options to more common formats such as
.OBJ,.FBX, or.IFC, which are widely supported by other 3D modeling applications. - Third-Party Tools: Some third-party tools or services may offer conversion from .ASAT to other formats. These tools typically require specific plugins or modules to handle proprietary formats, and their availability might vary.
- Manual Export: In some cases, it may be possible to manually export data from the .ASAT file into a more common format using the tools and options available in Assemble Systems’ software. This process may involve exporting the model geometry and metadata separately and then combining them in another application.
Advantages And Disadvantages.
Advantages:
- Integrated Data: The .ASAT format allows for the integration of 3D model data with project-specific metadata, streamlining project management and enhancing collaboration among team members.
- Detailed Modeling: The format supports detailed and complex 3D models, which is essential for accurate visualizations and simulations in construction and architectural projects.
- Efficient Workflow: By consolidating model data and metadata into a single file, the .ASAT format simplifies the workflow and reduces the need for multiple files or formats.
Disadvantages:
- Proprietary Format: The .ASAT format is proprietary to Assemble Systems, which means that users are dependent on their software for viewing and editing these files. This can limit compatibility with other 3D modeling tools.
- Limited Support: Due to its proprietary nature, the .ASAT file format may not be widely supported by other 3D modeling or BIM software, potentially creating challenges when sharing files with users of different tools.
- Complexity: The detailed information contained within .ASAT files can make them complex and large, which might impact performance and file management, especially on lower-end systems.
How to Open ASAT?
Open In Windows
- Install Assemble Systems’ software, which supports .ASAT files. Once installed, you can open the file directly within the application. Ensure that you have the latest version of the software for optimal compatibility.
Open In Linux
- The .ASAT file format is not natively supported on Linux, and there are no direct tools for opening .ASAT files on this platform. Users might need to use virtualization or compatibility layers to run Assemble Systems’ software on Linux if it’s essential to work with .ASAT files.
Open In MAC
- Similar to Windows, you need to have Assemble Systems’ software installed on macOS to open .ASAT files. The software should be compatible with recent versions of macOS. Check for any specific installation or compatibility requirements provided by the software vendor.
