Convert RLA to FL32
Convert RLA images to FL32 format, edit and optimize images online and free.
The RLA image file format, developed by Wavefront Technologies, is used in computer graphics and animation to store high-resolution 3D images. It supports 16 million colors, employs run-length encoding for compression, and can store multiple images in one file. The format includes metadata for accurate rendering across platforms and supports field-rendered images from live video. It has evolved to support multichannel image data, making it widely adopted in the visual effects industry.
The FL32 file extension stands for FilmLight Floating-point Image, used primarily within the Baselight color grading and finishing platform developed by FilmLight. This format supports high dynamic range imaging by utilizing 32-bit floating-point precision, ensuring accurate color representation and extensive post-production flexibility. Introduced to meet the demanding requirements of professional film and video production, FL32 files facilitate advanced color correction and visual effects workflows, maintaining high fidelity throughout the editing process.
Start uploading a RLA image by clicking the Choose File button or drag & dropping your RLA file.
Before clicking the Convert button, use any available RLA to FL32 tools.
Let the conversion process finish, then download your FL32 image.
To change RLA format to FL32, upload your RLA file to proceed to the preview page. Use any available tools if you want to edit and manipulate your RLA file. Click on the convert button and wait for the convert to complete. Download the converted FL32 file afterward.
Follow steps below if you have installed Vertopal CLI on your macOS system.
cd
to RLA file location or include path to your input file.Follow steps below if you have installed Vertopal CLI on your Windows system.
cd
to RLA file location or include path to your input file.Follow steps below if you have installed Vertopal CLI on your Linux system.
cd
to RLA file location or include path to your input file.