/**
 * Motion-overlay work-folder emitter.
 *
 * Given a finished `MotionOverlayPlan` and a target work directory, this writes
 * the on-disk surface the operator (and the execute phase) consume:
 *   <workdir>/
 *   ├── motion-overlay-plan.json     # the manifest (stamped generatedAt)
 *   ├── README.md                    # human overview + how-to
 *   ├── source/                      # (dir created; populated by ingest)
 *   ├── takes/                       # (dir created; populated by ingest cuts)
 *   ├── frames/                      # (dir created; populated by ingest)
 *   └── prompts/take-NN_…md          # one ready-to-send prompt per take
 *
 * Pure-ish side effect: only filesystem writes under `workdir`. No network, no
 * ffmpeg, no providers. The manifest is written verbatim from `plan` with a
 * `generatedAt` stamp applied by the caller-supplied `now` (so tests are
 * deterministic).
 */
import type { MotionOverlayPlan, MotionTake } from './types.js';
export interface WriteWorkFolderOptions {
    /** ISO timestamp stamped onto the manifest's generatedAt (deterministic in tests). */
    generatedAt?: string;
}
export interface WriteWorkFolderResult {
    workdir: string;
    manifestPath: string;
    readmePath: string;
    promptPaths: string[];
}
/**
 * Emit the work folder + README + manifest + per-take prompt markdown files.
 * Creates `source/`, `takes/`, `frames/`, `prompts/` subdirs (ingest fills the
 * media ones later). Returns the absolute paths written.
 */
export declare function writeWorkFolder(workdir: string, plan: MotionOverlayPlan, options?: WriteWorkFolderOptions): Promise<WriteWorkFolderResult>;
/** Render one take's prompt markdown — the prompt body lives in a 3-backtick fence. */
export declare function renderTakePrompt(take: MotionTake): string;
/** Render the work-folder README. */
export declare function renderReadme(plan: MotionOverlayPlan): string;
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