File Output Node

File Output Node.

The File Output node writes one or more images to disk during rendering or compositing. Each connected input is saved to the specified directory and filename, with the frame number appended to create a sequence. For example: {Directory}/{File Name}{Socket Name}{frame number}.{extension}.

ამ საიტის გამოყენება ხაზგარეშე რეჟიმშიც შეიძლება:

  • Automatically save the final image after a render.

  • Save intermediate results from anywhere in the node tree.

  • Export multiple render passes or processed outputs directly to files.

რჩევა

  • Use the File Output node to save raw passes or intermediate steps without overwriting the main render result.

  • Combine with the Cryptomatte Node or other utility passes to export custom data for compositing pipelines.

  • Particularly useful in production pipelines where multiple outputs are needed per render.

  • Both the File Name and the Image names (when saving multiple images) can contain #### to force the frame number to appear in a specific place in the filename. This also has the effect that a single render will have the frame number embedded. The frame number will be padded with zeros to fill the number of # characters.

შენატანები

By default, the node has no input sockets. Inputs can be added by dragging an output from another node onto the blank socket area, or by adding new inputs in the Images/Layers panel.

Each input corresponds to an image that will be written to disk.

When the Media Type is set to Image, input names are also used to construct subdirectories:

  • If an input name contains a slash character (/ or \), the path is interpreted as a directory hierarchy.

  • Any missing directories are created automatically during output.

This allows organizing outputs into folders directly from the node setup, for example: passes/diffuse or masks/object_01.

თვისებები (Properties)

Directory

გამონატანის ძირითადი დირექტორია.

File Name

The base name of the file. The final filename may also include frame numbers or layer names depending on the settings.

მედიის ტიპი (Media Type)

ადგენს, როგორ ინახება რამდენიმე შენატანი:

გამოსახულება (Image):

Saves each input as a separate image file. Each input can use its own image format settings.

მრავალშრიანი EXR (Multi-Layer EXR):

Saves all inputs together in a single multi-layer OpenEXR file.

კვანძის ფორმატი (Node Format)

მითითება

პანელი (Panel):

გვერდითა ზოლი ‣ კვანძი ‣ თვისებები ‣ კვანძის ფორმატი (Sidebar ‣ Node ‣ Properties ‣ Node Format)

This panel controls file format and encoding options, depending on the Media Type:

  • Image: Controls the default format and encoding for all outputs. To override settings for an individual output, enable Override Node Format in the Images/Layers panel. See Saving Images for details on supported formats and options.

  • Multi-Layer EXR: See OpenEXR for EXR-specific settings.

გამოსახულებები (Images)/შრეები (Layers)

მითითება

პანელი (Panel):

გვერდითა ზოლი ‣ კვანძი ‣ თვისებები ‣ გამოსახულებები/შრეები (Sidebar ‣ Node ‣ Properties ‣ Images/Layers)

Lists all input sockets of the node. The name of each input socket is used to construct the final file name.

When saving individual images, each output can be renamed and will be written to disk using either the global Node Format settings or its own overridden settings. When using Multi-Layer EXR, each input is stored as a separate layer within the file.

Override Node Format

Allows the selected output to use a custom format instead of the global Node Format.

ელემენტების ფორმატი (Item Format)

When Override Node Format is enabled, this panel controls the format and encoding options for the selected output image. See Saving Images for details.

შედეგის მისამართები (Output Paths)

მითითება

პანელი (Panel):

გვერდითა ზოლი ‣ კვანძი ‣ თვისებები ‣ შედეგის მისამართები (Sidebar ‣ Node ‣ Properties ‣ Output Paths)

Displays the final file path and extension for each input/layer, based on current settings. This helps verify that outputs are named and organized correctly.

გამონატანები

This node has no output sockets.