Cinematography with genmedia
SkillMediaHelps your agent write detailed image and video generation prompts using professional cinematography terms like shots, lighting, lenses.
Instructions available. Your AI can read the instructions. Execution depends on the setup they require.
Account requirements not reviewed. Check the skill instructions before use; ahel provides instructions and does not run this skill.
Add ahel to your AI once: Claude, ChatGPT, Cursor, Claude Code or Codex. Then ask it to use this.
Then ask your AI: use the Cinematography with genmedia skill
About this skill
Design cinematic image and video prompts for genmedia. Use this for shot language, camera movement, lighting, lens choices, color grade, film texture, scene blocking, and production-ready visual direction.
What this skill tells your AI
The instructions your AI receives, as published by fal-ai-community/skills in skills/cinematography/SKILL.md and read by ahel’s review.
Use this skill when the user needs cinematic direction, not generic "make it cinematic" prompting. Load references as needed:
references/shot-language.mdreferences/lighting-lens-color.mdreferences/examples.md
Load model-routing alongside this skill for default endpoint choices.
Write concrete visual direction. Avoid empty prestige words and em dashes.
Inputs to collect
Ask only for what affects the shot:
- Subject and action.
- Medium: still image, video, image-to-video, edit, storyboard frame.
- Genre and mood.
- Framing: close-up, medium, wide, overhead, POV, profile, locked-off.
- Camera motion for video: push-in, dolly, tracking, handheld, crane, drone.
- Lens feel: wide, normal, telephoto, macro, shallow or deep focus.
- Lighting: natural, practical, studio, noir, high key, low key, backlit.
- Output: aspect ratio, duration, first frame, last frame, download path.
- Preferred model, if the user wants a specific cinematography model or quality/cost profile.
Genmedia workflow
-
Start from routed endpoint IDs.
genmedia models --endpoint_id openai/gpt-image-2 --json genmedia models --endpoint_id fal-ai/nano-banana-pro --json genmedia models --endpoint_id bytedance/seedance-2.0/text-to-video --json genmedia models --endpoint_id bytedance/seedance-2.0/image-to-video --json genmedia models --endpoint_id xai/grok-imagine-video/text-to-video --jsonUse text search only as fallback discovery for a missing camera-control role:
genmedia models "cinematic video generation camera movement" --json genmedia docs "video generation camera movement prompt" --json -
Inspect schema and use only supported controls.
genmedia schema <endpoint_id> --json genmedia pricing <endpoint_id> --json -
Upload references when using image-to-video, first frame, last frame, style reference, or character/product continuity.
genmedia upload ./frame.png --json -
Run stills with direct download.
genmedia run <endpoint_id> \ --prompt "<cinematography prompt>" \ --download "./outputs/cinema/{request_id}_{index}.{ext}" \ --json -
Run video async.
genmedia run <endpoint_id> \ --prompt "<shot prompt>" \ --image_url "<uploaded frame if supported>" \ --async \ --json genmedia status <endpoint_id> <request_id> \ --download "./outputs/cinema/{request_id}_{index}.{ext}" \ --json
Prompt build order
Use the SCLCAM structure:
- Subject: who or what is in frame.
- Context: location, time, weather, story moment.
- Lens/framing: distance, angle, focal length feel, depth of field.
- Camera motion: only for video or if motion blur is desired.
- Atmosphere: haze, rain, practicals, reflections, texture.
- Mood/color: palette, contrast, grade, exposure style.
- Output controls: aspect ratio, duration, first-frame continuity.
Example structure:
[subject] in [context], framed as [shot size and angle], [lens feel],
[lighting setup], [camera movement if video], [color grade], [texture],
[duration or aspect ratio], [continuity constraints]
Model routing
- Premium realistic still: use
openai/gpt-image-2. - Premium stylized still: use
openai/gpt-image-2, thenfal-ai/nano-banana-pro, thenfal-ai/nano-banana-2. - Fast draft still: use
fal-ai/flux-2/klein/9b. - Highest quality video: use
bytedance/seedance-2.0/text-to-videoorbytedance/seedance-2.0/image-to-video. - Motion from a strong frame: use
bytedance/seedance-2.0/image-to-video. - Fast or lower-cost video: use
xai/grok-imagine-video/text-to-videoorxai/grok-imagine-video/image-to-video. - Complex camera language: inspect Seedance 2.0 first, then Kling v3 when multi-prompt or element controls matter.
- Story sequence: use the storytelling skill with this skill as shot-language support.
- Character or product continuity: use the relevant domain skill first, then apply cinematography as the variable block.
Quality bar
Before returning, check:
- Camera movement is physically plausible for the scene.
- Lens, shot size, and camera angle do not contradict each other.
- Lighting direction is clear and consistent.
- Color grade supports the mood without flattening subject detail.
- Video prompt describes one shot unless the selected model supports multiple prompts or shot lists.
- Downloaded files come from
downloaded_files[].
If a result looks generic, improve specificity in camera, blocking, light, and environment before adding more adjectives.
Signals
- GitHub stars
- 249
- Forks
- 35
- Last commit
- Sep 2026
Advanced
- Item type
- skill
- Key
skills-cinematography- Source
- github.com/fal-ai-community/skills