| Extension | LWO |
| Full Name | LightWave Object File |
| Type | 3D Model |
| Mime Type | application/octet-stream |
| Format | Binary |
Created for the LightWave 3D modelling software, the LWO file format is designed to store complex 3D scenes in a fast and easy-to-process manner. The content stored includes 3D models, their associated materials and textures, and other data to represent the final 3D scene.
The 3D data is stored within the LWO file in binary form. The data consists of the 3D objects that make up the LightWave scene, including camera properties, 3D object geometry, including their vertices, faces, and texture coordinates where appropriate. The binary format ensures LWO files remain compact and size-efficient.
Support for importing LWO files can be found in some 3D editing applications; however, for best results, it is recommended to edit LWO files directly within the LightWave 3D software.
LWO Converter Capabilities
Our LWO 3D Model/Mesh tool does not support any colour material data contained within LWO files, so the converted file will not contain any colour information.
| Extension | PNG |
| Full Name | Portable Network Graphics |
| Type | Image |
| Mime Type | image/png |
| Format | Binary |
| Opens With | Paint.Net, Photoshop |
PNG files are a widely used graphics file format used in areas where high-quality images (often with transparency) are required while also retaining a small file size. They are one of the most common formats of file used for web and print mediums and are particularly useful for logos, icons, and other images where multi-level transparency is desired.
The format itself was created in the 1990's with the main aim of storing computer graphics in a high-quality format while minimizing the required storage space. The longer-term aim was to displace the GIF file format and make PNG the number one format for non-lossy, high-quality image formats on the then-burgeoning world wide web.
One of the selling points of the PNG format is its support for multiple levels of transparency, making it superior to the GIF format, which can only handle a single level of transparency. Also, like GIFs, the PNG format supports palletizing image colours down to 256 or 16 colours to help reduce the file size of the PNG.
