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How to Turn a Script into a Storyboard and Generate a Shot List: NadouPro Workflow

How do you turn a script into a storyboard and generate a shot list? The NadouPro Storyboard workflow breaks the script into visual beats, defines shot size and camera movement, creates reference frames for each beat, and keeps characters and scenes consistent before video generation.

How to Turn a Script into a Storyboard and Generate a Shot List: NadouPro Workflow

The way to turn a script into an AI storyboard is to first break out the visual beats worth filming, define the shot size and camera movement for each beat, then generate a reference frame for each beat while keeping characters and scenes consistent throughout. NadouPro's Storyboard handles the storyboard stage, and once it is locked, the same assets can go straight into video generation.

Why you must storyboard before generating video

The most common mistake in AI video is not poorly written prompts, but skipping the storyboard and generating footage directly: in the end, you get a pile of clips that cannot be cut together.

Storyboarding has three points of value:

It locks the scene intent before generation, so every shot serves the narrative instead of relying on luck; it maintains character and scene consistency, with the same face and the same location carried through every cut point; it determines the rhythm of the whole sequence, including how long each beat holds and where the cuts land, before the final video is rendered.

The storyboard stage is also the point in the entire workflow where mistakes are cheapest. Revising one storyboard frame takes far less time and effort than regenerating a high-quality video clip.

What makes Storyboard different

Ordinary image models generate images one by one, and consistency between shots depends on luck. Storyboard is designed around the sequence itself: it generates multiple connected frames at once, with characters, lighting, and spatial logic continuing across the entire storyboard set.

A few key parameters: each generation can include up to four reference images; character portraits, scenes, and props can be combined into the same image; multiple frames can be generated each time; in automatic mode, you provide a description and a frame count, and the model assigns the narrative by itself, while manual mode lets you direct frame by frame.

Complete workflow

Step one: break the script into sections that can be storyboarded. A two-person dialogue scene needs several frames to establish spatial relationships and reactions, while an action scene needs one frame for each important beat. If a section needs many frames, split it into multiple generations.

Step two: build the shot list. For each visual beat, first define four things: shot size, camera angle, camera movement, and the job of the shot. For example:

Shot one: Medium Shot, an abandoned station at dusk, the female lead enters. The job is to establish the space and a cautious mood, with a cool blue tone.
Shot two: Close Shot, a sealed letter appears on a bench. Keep the female lead's face and coat consistent with shot one.
Shot three: Close-Up, a hand reaches toward the envelope. Warm light falls on the prop to guide attention.

Step three: collect reference images. For characters whose faces must remain consistent in the sequence, prepare portraits with clean lighting; prepare scenes and props as needed. Multiple references can be combined in the same generation, with the character from one image, the scene from another, and the costume from a third.

Step four: write prompts using five elements: shot size, camera movement, subject, action, scene plus lighting style, and finally attach the reference relationships. Physical rules should be written clearly, such as “all camera movements are smooth and motivated, including dolly moves, lateral moves, and crane moves, with the weight of real equipment and no handheld shake.”

Step five: generate section by section and review the results. Check character consistency, lighting continuity, and whether the beats align with the shot list. Regenerate any single frame that does not pass, without changing the other frames.

Step six: lock the storyboard and move into video. Storyboard frames can be used directly as first-frame references for video generation, so composition and lighting are naturally inherited, and the transitions between shots have already been designed at the storyboard stage.

Shot list template

A format you can reuse directly:

Reference materials: scene reference, character reference, costume reference
Image description: what the subject is doing in what scene
Shot job: what this shot needs to achieve
Lighting tone: the unified lighting description for the whole section

Use one card for each shot, finish writing the full pass before starting work, and do not add scenes on the fly halfway through.

FAQ

Q: The script is very long. Where should I start breaking it down?
Start with beats that contain visual change, and use shot-size changes to create variation in pure dialogue. A section with no visual job is not worth generating as a separate frame.

Q: How detailed should the shot list be?
It is enough to make the shot size, camera movement, and job clear. Leave prompt details for the generation stage; at the shot-list stage, the focus is structure.

Q: What if the storyboard frames and the video image style are inconsistent?
Define the style description at the storyboard stage and reuse it throughout. When generating video, reference the storyboard frame as the first frame, and the style will continue naturally.

Q: What if the character changes midway?
Go back and check the reference assets. Every generation must reference the same set of character references. Running text-only is the root cause of drift.

Q: What length of film is this workflow suitable for?
It works for anything from thirty seconds to ten minutes. The longer the film, the greater the benefit of storyboarding, because it eliminates rework before rendering.

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