How do I a planning-only Manager worker that converts one verified presenter video into an implementation-ready, semantically complete 62-scene production bundle, including exactly eight authorized Higgsfield Kling 3.0 1080p cinematic B-roll specifications and detailed Remotion contracts for every scene
the agent that answers this
Visual Treatment Planner — Higgsfield + Remotion. A planning-only Manager worker that converts one verified presenter video into an implementation-ready, semantically complete 62-scene production bundle, including exactly eight authorized Higgsfield Kling 3.0 1080p cinematic B-roll specifications and detailed Remotion contracts for every scene.
- Cost
- Free
- on your own plan
- Runs
- On demand
- or scheduled
- Built from
- 11 steps
- 3 verified skills
- Runs in
- Claude or Codex
- as you
the steps
11 steps · 3 from verified skills- Step 1tool
Inspect the bound presenter_video through its authorized local media adapter without copying it. Record immutable digest, duration_ms, codec, dimensions, fps, audio presence, and source custody receipt.
Your model fills this step - Step 2tool
Preflight ffprobe and a fully local word-timestamp speech-to-text route. Install only supported local dependencies; planning performs no paid generation.
Your model fills this step - Step 3
Transcribe the complete source locally with word-level timestamps and confidence. Produce transcript.json, transcript.srt, and transcript.txt; mark uncertainty and never invent speech.
Your model fills this step - Step 4decision
Validate transcript coverage, duration, word ordering, and timestamp alignment against the source probe. Refuse to plan if the transcript cannot be made internally consistent.
Decision step - Step 5
Create exactly 62 contiguous semantic scenes spanning the entire presenter source exactly once with no gaps or overlaps. Every scene must include scene_id, start_ms, end_ms, an exact narration_anchor quote plus onset_ms, claim, visual_purpose, and presenter_treatment.
Your model fills this step - Step 6decision
Assign exactly one lane to every scene. Exactly 8 scenes must use generated_video and specify authorized Higgsfield Kling 3.0 at 1920x1080; all other scenes use sourced_video, sourced_image, remotion_scene, or presenter_only. Each generated scene must include eligibility rationale, exact prompt, negative prompt, duration, camera, factual exclusions, approval requirement, and a no-generation fallback.
Decision step - Step 7
Using the required Higgsfield generation procedure, write exactly eight implementation-ready Kling 3.0 1080p cinematic B-roll request specifications for the eight generated_video scenes. Do not generate media in this planning workflow.
Generate images and videos via Higgsfield AI through 30+ models including Nano Banana 2, Soul V2, Veo 3.1, Kling 3.0, Seedance 2.0, Flux 2, GPT Image 2, plus...
--- version: 0.3.0 name: higgsfield-generate description: | Generate images and videos via Higgsfield AI through 30+ models including Nano Banana 2, Soul V2, Veo 3.1, Kling 3.0, Seedance 2.0, Flux 2, GPT Image 2, plus Marketing Studio for…
Full skill: Higgsfield Generate - Step 8
Using required Remotion best practices, write a semantic compositor contract for all 62 scenes. Every scene must contain scene_id, start_ms, end_ms, narration_anchor, claim, visual_purpose, lane, animation_family, layout, headline, supporting_copy, labels[], data_series[], units, source_refs[], evidence_asset, unique_motion_signature, presenter_treatment, transition, crop_safe_regions, and fallback. Charts require named datasets, axes, units, and sources; comparisons require both sides and values; checklists require real copy; maps require named locations/routes; timelines require dated milestones. Use at least 10 animation families, never repeat a family in adjacent scenes, and use a family at most twice in any six-scene window. Forbid unlabeled bars/cards, placeholder copy, captions, debug labels, beat/scene identifiers, or meaningless decorative graphics.
Best practices for Remotion - Video creation in React
--- name: remotion-best-practices description: Best practices for Remotion - Video creation in React metadata: tags: remotion, video, react, animation, composition --- ## When to use Use this skills whenever you are dealing with Remotion…
Full skill: Remotion Best Practices - Step 9decision
Adversarially QA and repair the plan. Machine-verify exactly 62 contiguous scenes, exactly 8 generated_video requests, all required semantic fields, exact cross-manifest IDs and timestamps, at least 10 animation families, animation variety constraints, readable meaningful copy, evidence integrity, relative paths, and explicit fallbacks. Reject generic or unlabeled graphics.
Decision step - Step 10
Assemble a portable project bundle using relative internal paths and immutable artifact identities: production-plan.md, narrative-beats.json, shot-manifest.json, asset-manifest.json, generated-video-requests.json, compositor-scenes.json, transcript JSON/SRT/TXT, presenter-source.json, provenance, QA, and asset scaffolding. Never include or copy the original presenter media. Package project-bundle.zip and record its SHA-256 as a validated final output.
Best practices for Remotion - Video creation in React
↳ same skill as step 8 (Remotion Best Practices)
Full skill: Remotion Best Practices - Step 11decision
Independently reopen the produced ZIP and machine-verify its SHA-256, required files, exactly 62 complete semantic scene records, exactly 8 Kling 3.0 1080p requests, contiguous full-duration coverage, valid relative paths, and absence of embedded presenter media. Deliver only after all checks pass.
Decision step
common questions
How do I a planning-only Manager worker that converts one verified presenter video into an implementation-ready, semantically complete 62-scene production bundle, including exactly eight authorized Higgsfield Kling 3.0 1080p cinematic B-roll specifications and detailed Remotion contracts for every scene?
The Visual Treatment Planner — Higgsfield + Remotion agent. A machine-verified portable project-bundle.zip with exactly 62 contiguous, semantically complete scene contracts and exactly 8 authorized Higgsfield Kling 3.0 1080p cinematic B-roll request specifications; the original presenter media remains under Desktop custody and is never copied.
Is the Visual Treatment Planner — Higgsfield + Remotion agent free?
Yes. It runs on the Claude or Codex subscription you already pay for, so there is no extra AI bill and no per-run charge. You can build and run unlimited agents on the free plan.
How often does the Visual Treatment Planner — Higgsfield + Remotion agent run?
You choose: run it on demand, or put it on a schedule (hourly, daily, weekly). Once scheduled it runs unattended, as you, on your own machine.
What does the Visual Treatment Planner — Higgsfield + Remotion agent need to run?
Install Implexa into your Claude or Codex, then connect Claude for Chrome so it can gather its own data and deliver hands-free. Implexa never touches your accounts or credentials.
Does the Visual Treatment Planner — Higgsfield + Remotion agent use my data? Is it private?
It runs as you, on your own machine, on your real data. The model runs inside your own Claude or Codex, so Implexa never sees your data, accounts, or credentials. Your agent's memory is yours and travels with you across Claude, Codex, and whatever comes next.
How do I build the Visual Treatment Planner — Higgsfield + Remotion agent?
Install Implexa into your Claude or Codex, then say "build the Visual Treatment Planner — Higgsfield + Remotion agent" and approve the schedule. Implexa assembles the 11 steps (3 from verified skills) and it runs on its own. About 5 minutes to your first real run.
Can I change what the Visual Treatment Planner — Higgsfield + Remotion agent does?
Yes. Tell it what to change in plain language and it revises its steps; the next scheduled run uses the change, with no re-scheduling. Every change is versioned, and a run can even propose its own improvements.
changelog
1 proposed improvement- v7Aug 26manual
Manager L1: require executable Higgsfield and Remotion procedures, semantic scene data, 62-scene coverage, eight authorized Kling requests, and an independent bundle gate.
- v6Aug 24generated
added range-safe presenter-video inspection and transcription
- v5Aug 20manual
reconciled active outcome capability input authority
- v4Aug 17manual
Add the canonical V1 outcome capability, exact presenter_video input identity, and validated project_bundle ZIP handoff.
- v3Aug 16manual
Make the planner provider-neutral and emit typed, immutable orchestration handoff artifacts.
- v2Aug 6manual
Lock to local planning-only: no media generation/rendering, no Runway/HeyGen credentials; local-tools preflight replaces the paid-service preflight.
- v1Aug 6generated
auto-generated from "From one raw presenter video, auto-transcribe it, map narrative beats, assign ea"
Agents are alive: every change is a version, and a run can propose improvements that get reviewed and applied.
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