Prompt Profiles for Video, Voice, and 3D AI Tools

Documentation Index

Fetch the complete documentation index at: https://mintlify.com/nidhinjs/prompt-master/llms.txt

Use this file to discover all available pages before exploring further.

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Sora

• Direct the shot, not just the scene — write as a film director giving shot instructions, not as an image prompt
• Camera movement is critical — always specify: static, slow dolly in, crane shot rising, tracking shot left to right, handheld, aerial pullback
• Describe duration and pacing — 5-second shot, slow motion, real-time, time-lapse over 10 seconds
• Include lighting, time of day, and weather as production context — these are treated as controllable production variables, not scene flavor

Cinematic tracking shot following a lone wolf running through a dense pine forest at dusk.
Camera: low-angle tracking shot at ground level, moving with the wolf at constant speed.
Lighting: golden hour, shafts of light breaking through the trees, long shadows.
Motion: wolf running at full speed, snow kicking up with each stride.
Duration: 6-second continuous shot, no cuts.
Style: photorealistic, 4K, film grain, anamorphic lens feel.

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Camera Movement Reference

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Runway Gen-3

• Use cinematic language — wide establishing shot, close-up on hands, medium two-shot, rack focus from foreground to background
• Reference film styles as anchors — in the visual style of Denis Villeneuve, Blade Runner color palette, Wes Anderson symmetrical composition
• Describe color grading explicitly — desaturated with teal and orange grade, high contrast black and white, warm golden tones
• Specify lens and depth of field — anamorphic lens, wide angle with distortion, telephoto compression, deep focus

Wide establishing shot of a brutalist government building at night.
Visual reference: early Christopher Nolan — deep focus, cold blue-grey tones.
Camera: static wide shot, symmetrical composition, slight upward tilt.
Lighting: harsh sodium vapor streetlights casting amber pools, deep shadows on the building facade.
Color grade: desaturated, cold, teal shadows with amber highlights.
Lens: anamorphic, slight lens flare from the nearest streetlight.
Duration: 4-second static hold, subtle camera breathing.

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Kling

• Describe body movement explicitly — slowly raises both arms above her head, turns to look over her left shoulder, hair sweeping across face, walks with a slight limp, favoring the right leg
• Strong at realistic human motion — prioritize detailed movement descriptions for any human subject
• Physical interaction details — describe how subjects interact with objects and environment: fingers trailing along the surface of the wall, feet splashing through shallow puddles
• Combine with environmental motion — wind moving through grass, rain falling at a 30-degree angle

Medium shot of a ballet dancer in a white studio.
Motion: She begins with arms at her sides, slowly raises both arms into fifth position above her head, then transitions into a slow pirouette — one full rotation, controlled, arms extended.
Body: Tall posture, pointed toes throughout, slight lean back at the peak of the arm raise.
Environment: Studio is bare, white walls, hardwood floor reflecting soft diffused window light from the left.
Camera: Static medium shot, dancer centered in frame.
Duration: 8 seconds, real-time speed.

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LTX Video

• Concise and visual — keep descriptions tight; every word should be a distinct visual signal
• Specify resolution — 720p, 1080p, 1920x1080
• Specify motion intensity — low motion (slow, subtle), medium motion (natural), high motion (fast-paced, energetic)
• Fast iteration tool — LTX Video’s speed makes it well-suited for quick concept testing before committing to a slower model

Aerial view over a dense city at night, rain falling, neon signs reflecting on wet streets below.
Resolution: 1080p
Motion: low motion — subtle rain movement, slow camera drift downward
Duration: 5 seconds
Style: cinematic, photorealistic

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Dream Machine (Luma)

• Reference lighting setups — three-point lighting, Rembrandt lighting, rim lighting from behind, practical lighting only (candles and lamps)
• Specify lens type — 50mm prime, anamorphic widescreen, fisheye, telephoto 200mm
• Color grading styles — bleach bypass, cross-processed, Kodak Portra film emulation, high-key low contrast
• Combine into a production package — each of these elements works additively; specifying all three (lighting + lens + grade) gives the model precise anchors

Interior of a jazz bar late at night, one musician playing saxophone on a small stage.
Lighting: Rembrandt lighting from stage left, practical amber bulbs above the bar in the background, heavy shadow in the foreground.
Lens: 85mm prime, wide open aperture, shallow depth of field — musician sharp, background bokeh.
Color grade: warm, slightly desaturated, Kodak Portra 400 film emulation.
Camera: Slow dolly in toward the musician, starting from mid-room.
Duration: 7 seconds.

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ElevenLabs

• Emotion tag — specify the emotional register: [excited], [somber], [warm and reassuring], [urgent], [sarcastic]
• Pacing — [slow], [fast], [deliberate pause before this word]
• Emphasis markers — use *word* or [emphasis]word[/emphasis] for stressed syllables
• Speech rate — specify words-per-minute or relative rate: speech rate: 0.85 (slower), speech rate: 1.1 (slightly faster)
• SSML-like markers — <break time="1s"/> for pauses, <emphasis level="strong">word</emphasis> for stress

Emotion: warm, sincere, slightly reflective
Speech rate: 0.9 (slightly slower than normal)
Emphasis: place emphasis on "every" and "you"

Text:
"We built this for <emphasis>every</emphasis> person who ever felt like the tools weren't made for <emphasis>them</emphasis>. <break time="0.8s"/> That changes today."

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3D AI — Meshy / Tripo / Rodin

• Style keyword first — realistic, stylized, low-poly, hard surface, organic, cartoon, photorealistic scan
• Subject and key features — describe the primary object and its distinctive characteristics
• Material and texture — polished chrome, worn leather, rough stone, iridescent scales, brushed aluminum
• Technical spec — polygon budget (<10k tris for game-ready), texture resolution (4K PBR textures)
• Negative prompt — exclude unwanted features: no floating parts, no disconnected geometry
• Specify export format — GLB (web/Three.js), FBX (Unreal/Unity), STL (3D printing), OBJ (general)

Style: realistic, game-ready hard surface
Subject: medieval knight helmet, full-face visor with narrow vision slits, cheek guards with rivets, battle damage with dents and scratches on the left side
Material: aged steel, rust staining near the joints, dark patina on flat surfaces, polished highlights on raised edges
Technical: under 8,000 triangles, 4K PBR texture maps (albedo, normal, roughness, metalness)
Negative: no floating geometry, no disconnected parts, no organic forms
Export format: FBX

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Export Format Reference

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Unity AI (Unity 6.2+)

• /ask — use for questions about Unity APIs, best practices, or debugging guidance
• /run — use for tasks that require Unity AI to perform editor actions (creating assets, configuring components)
• /code — use for C# script generation; specify component type, behavior, and Unity version

/code
Generate a Unity 6.2 C# MonoBehaviour that handles player health.
Component: PlayerHealth
- int maxHealth = 100, int currentHealth starts at maxHealth
- Method: TakeDamage(int amount) — reduces currentHealth, clamps to 0, triggers OnDeath() if 0
- Method: Heal(int amount) — increases currentHealth, clamps to maxHealth
- UnityEvent OnDeath — assigned in Inspector
- Serialize all fields

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BlenderGPT

• BlenderGPT generates Python scripts — the output is a bpy Python script, not visual instructions
• Specify geometry context — create from scratch, modify existing mesh named "Cube", add to scene at origin
• Specify material context — create a new Principled BSDF material, modify the existing material named "Metal_01"
• Specify scene context — current scene has one point light and a camera at (0, -10, 5), empty scene
• Name objects explicitly — reference exact Blender object names to avoid modifying the wrong mesh

Generate a Blender Python (bpy) script for Blender 4.x.

Task: Create a procedural stone pillar mesh from scratch.
Geometry: Cylinder base, 8 sides, height 4m, radius 0.3m. Add a Loop Cut at the midpoint. Scale the top loop to 0.85x to create a slight taper.
Material: Create a new Principled BSDF material named "Stone_Pillar". Set Base Color to (0.35, 0.33, 0.30). Roughness 0.85. Specular 0.1.
Scene context: Empty scene. Place the pillar at world origin (0, 0, 0).
Output: Complete bpy script with comments. No UI operators — use bmesh or direct bpy.ops only.