From Storyboard to Generated Shots: A Workflow

A storyboard panel carries four pieces of information: the shot type (wide, medium, close-up), the action description, the camera angle, and any dialogue or sound notes. Each of these maps directly to a Floniks node input. The shot type and camera angle become part of the generation prompt or the camera parameter fields on the node. The action description becomes the scene and subject portion of the prompt. Dialogue notes are metadata for downstream caption or subtitle nodes.

In the Floniks editor, create one Image Generation node per storyboard panel. Label each node with its panel number and shot description — for example "P03 CU protagonist reacts" — so the canvas remains navigable when a storyboard has twenty or thirty panels. Arrange the nodes left to right in panel order, which also reflects the narrative temporal order. This arrangement makes it immediately obvious when a continuity break exists: if panel seven requires a location that was not established in panels one through six, the absence of a shared location reference node becomes visually apparent in the canvas before you run anything.

The single most important structural decision in a storyboard-to-shots workflow is where to place shared references. Style references — a mood board image, a color palette swatch, a film look description — should live in a single upstream Style Reference node that fans out to every generation node. Character references — portrait images for each named character — should each live in their own Reference node, wired only to the panels that feature that character. This distinction matters because it keeps the graph legible: you can trace exactly which panels use which reference without reading every node's configuration.

Avoid embedding style descriptions directly in each panel's prompt text. If the visual style changes — a director decides midway through production to shift from a warm golden-hour palette to a cool overcast look — you update one Style Reference node rather than editing thirty individual prompts. This is the core productivity argument for a workflow over a single-prompt approach: shared state lives in shared nodes, not in duplicated text.

Visual continuity across a shot sequence requires matching lighting, color grading, and subject orientation from panel to panel. In a Floniks workflow, continuity is maintained through three mechanisms. First, the shared Style Reference node ensures every generation node receives the same visual baseline. Second, for adjacent panels that share a set — panels three through seven are all in the same kitchen, for instance — a Location Reference node holds a reference image of that set and is wired to each of those panels' generation nodes. Third, camera handoff parameters — the direction the subject is facing at the end of one shot must be respected at the start of the next — are documented in the prompt of each node as explicit positional notes.

For action continuity, where a character must be mid-gesture in panel four because they began the gesture in panel three, include a "continuation" note in panel four's prompt: "subject's right arm raised to shoulder height, continuing from previous frame." This is not automatic — the model does not see panel three's output unless you wire it in as a visual reference. For tight action continuity, wire each generation node's output image into the next node as a style or composition reference with low influence weight, creating a visual chain through the sequence.

Once all panel nodes are wired and configured, run the workflow from the editor. The Floniks execution engine resolves the dependency graph and runs nodes in parallel where possible. Panels that share no inter-dependencies — for example, panels from different scenes — run simultaneously, which can dramatically reduce total generation time for large storyboards. Panels that depend on a previous panel's output image run sequentially within their dependency chain.

After execution completes, the output collector assembles all generated images in panel order and makes them available as a numbered image set. Review the output by comparing each generated shot against the corresponding storyboard panel. Common discrepancies to check: shot framing (is the subject correctly positioned for the stated shot type?), character identity consistency across panels, and color temperature matching against the style reference. Document any discrepancies in the node's notes field and adjust the prompt or reference weight before re-running the affected nodes individually using the re-run single node option in the editor.

A storyboard-to-shots workflow produces a shot sheet — a document pairing each storyboard panel sketch with its generated image counterpart — that is immediately usable in production review meetings. In Floniks, add an Output Formatter node at the end of the pipeline that accepts all generated images and their panel metadata. Configure it to output a side-by-side grid where the left column shows the original storyboard sketch (if you uploaded it as a reference image to each node) and the right column shows the generated shot. This shot sheet becomes the artifact that directors, cinematographers, and clients review before committing to a final production plan, collapsing what was traditionally a multi-day illustration job into a workflow that runs in minutes.