OpenEXR

Configure Renderer (e.g., Arnold) to output OpenEXR.

Define AOVs (Arbitrary Output Variables).

Select DWAB compression for balance of size and speed.

Render and save to network storage.

Import into Nuke for multi-channel compositing.

Render 'Deep' data from a 3D application.

Load deepEXR files into a deep-capable compositor.

Merge layers using depth-sample information.

Perform color grading on specific depth slices without masks.

Convert raw sensor data to OpenEXR 32-bit float.

Augment images while maintaining physical light units.

Feed EXR buffers directly into PyTorch via specialized loaders.

Train model on high-precision gradients.

Take bracketed photos with an SLR.

Merge photos into a single 32-bit OpenEXR file.

Apply the EXR as an environment map in Unreal Engine.

Use the high-luminance values to drive global illumination.

Export the final edit as an EXR sequence.

Load sequence into DaVinci Resolve.

Grade in ACES color space.

Export high-bitrate masters for cinema projection.

Convert 8k textures to Tiled OpenEXR format.

Configure renderer to use a 'Texture Cache'.

Render the scene.

Renderer only loads specific tiles required for the current camera view.

Inject lens distortion parameters into EXR headers.

Distribute files to vendor studios.

Automated scripts extract metadata to setup virtual cameras.

Ensure pixel-perfect alignment of CG and live action.