About Prompt
- Prompt Type – Dynamic
- Prompt Platform – ChatGPT, Grok, Deepseek, Gemini, Copilot, Midjourney, Meta AI and more
- Niche – Space Realism
- Language – English
- Category – Physics Simulation FX
- Prompt Title – Anti-Gravity Debris Suspension VFX Prompt
Prompt Details
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### **Optimized AI Prompt Template: Anti-Gravity Debris Suspension VFX**
This dynamic prompt template is structured to guide AI platforms in generating a high-fidelity, physically accurate visual effects sequence. It is broken down into modular components that can be customized to fit specific scenarios.
**Prompt Structure Best Practices:**
* **[BRACKETS]**: Indicate a variable or placeholder you should replace with your specific detail.
* **Clarity over Brevity**: Provides explicit instructions on physics, materials, and aesthetics to reduce AI ambiguity.
* **Layered Description**: Starts with the high-level scene and progressively adds detail, from the force field itself to the individual debris pieces and lighting.
* **Action & Dynamics**: Focuses on movement and change over time, making it suitable for video generation and physics simulation concepts.
* **Style & Negative Keywords**: Explicitly states the desired aesthetic and what to avoid, which is crucial for niche genres like “Space Realism.”
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#### **The Prompt Template**
**(Start of Prompt)**
**1. CORE CONCEPT & SCENE DESCRIPTION:**
* **Primary Subject:** A physics-based simulation of debris suspended in a localized anti-gravity or stasis field.
* **Scene Setting:** [e.g., The vacuum of deep space, Inside the breached cargo bay of a spaceship, Orbiting a high-G gas giant, Amidst the wreckage of a destroyed space station].
* **Core Event:** A [Type of Anti-Gravity Device, e.g., containment field generator, gravitational wave projector, warp core malfunction] is actively suspending debris from a [Source of Debris, e.g., catastrophic hull breach, failed experiment, collision event]. The scene is dynamic, depicting the moments [Timeframe, e.g., immediately following the event, as the field begins to fail, during a stable containment phase].
**2. THE ANTI-GRAVITY FIELD – VISUAL & PHYSICAL PROPERTIES:**
* **Field Appearance:** The field itself is [e.g., completely invisible, subtly visible as a faint heat haze, marked by minor gravitational lensing at its edges, a soft, shimmering sphere of pale blue Cherenkov radiation]. It should not be a hard-edged, opaque “magic bubble.”
* **Field Geometry:** The field has a [Shape, e.g., near-perfect spherical volume, a chaotic and unstable boundary, a flat planar area, a cylindrical vortex]. Its radius is approximately [Size, e.g., 50 meters].
* **Field Dynamics:** The field is [Stability, e.g., perfectly stable, flickering intermittently, slowly collapsing, pulsing with energy]. Any interaction with the field’s edge causes [Edge Interaction Effect, e.g., a brief ionization flash, a subtle ripple effect, small debris to be repelled violently].
**3. THE DEBRIS – MATERIALITY & DETAIL:**
* **Debris Composition (High Detail):** The suspended debris is a realistic mixture from a high-tech spacecraft. Prioritize specific, man-made materials.
* **Structural Elements:** [e.g., Twisted titanium-alloy girders, shattered carbon-nanofiber composite panels, honeycomb aluminum flooring].
* **Technical Components:** [e.g., Fragments of circuit boards with micro-capacitors glinting, severed bundles of fiber-optic cables, shattered solar panel cells with silicon wafers exposed].
* **Life Support/Consumables:** [e.g., A cloud of frozen water crystals from a ruptured pipe, globules of unburnt hydrazine propellant floating and slowly sublimating, metallic food packets].
* **Insulation & Soft Materials:** [e.g., Torn, crinkled sheets of golden Kapton foil, shredded silver Mylar insulation, white beta cloth fragments].
* **Debris Condition:** The debris shows realistic damage: [e.g., Scorched edges from an explosion, clean shear-fractures from structural failure, pockmarks from micrometeoroid impacts].
**4. PHYSICS SIMULATION & DYNAMICS:**
* **Motion Profile:** The debris follows believable Newtonian physics within the zero-G field. Each piece retains its own momentum from the initial event, causing it to drift and rotate slowly.
* **Primary Motion:** [e.g., An extremely slow, almost imperceptible outward expansion from a central point, a gentle, chaotic vortex swirling towards the field’s center, a state of near-perfect stasis with only微-rotations].
* **Secondary Motion & Interaction:** Micro-collisions are key. When two pieces of debris touch, they [Collision Interaction, e.g., bounce off each other with perfect conservation of momentum, stick together due to electrostatic charge, shatter into smaller fragments if the impact is energetic].
* **Particle Effects:** A fine mist of [e.g., crystalline ice dust, metallic paint flakes, atomized coolant] hangs in the field, catching the light and revealing the subtle currents and forces at play.
**5. LIGHTING, CAMERA, & COMPOSITION:**
* **Primary Light Source:** A single, harsh, unfiltered light source simulating [e.g., the distant Sun, the brilliant glow of a nearby blue giant star, the reflected light from a planet’s atmosphere]. This creates deep, black, high-contrast shadows.
* **Secondary Light Sources:** [e.g., The rhythmic pulse of a red emergency beacon on a piece of wreckage, the flickering blue electrical arcing from a damaged conduit, the steady interior lights of the ship visible through a viewport].
* **Camera Work:** [e.g., A slow, cinematic orbital tracking shot moving around the debris field; A macro-focus pull from a tiny floating screw to the vastness of the entire scene; A shaky, handheld “helmet-cam” perspective from a surviving astronaut].
* **Composition:** Wide-angle lens to emphasize the scale and emptiness. The debris field is the central focus, framed against [Background Element, e.g., the star-dusted blackness of interstellar space, the curve of the Earth, the swirling clouds of Jupiter].
**6. AESTHETIC & STYLE GUIDELINES:**
* **Core Aesthetic:** Hard Sci-Fi, Space Realism, NASA-Punk.
* **Rendering Style:** Photorealistic, 8K resolution, physically-based rendering (PBR), cinematic, high dynamic range (HDR), volumetric lighting.
* **Mood:** Awe-inspiring, eerie, silent, dangerous, desolate.
**7. NEGATIVE PROMPT (EXCLUSIONS):**
* **Exclude:** Sound, explosions, fire in vacuum, audible noise, lens dirt, excessive lens flare, soft fantasy lighting, atmospheric haze, aliens, magical effects, overly saturated colors, motion blur unless specifically tied to camera movement.
**(End of Prompt)**
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### **Example Prompt in Practice**
Here is a practical example using the template to generate a specific VFX sequence.
**(Start of Example Prompt)**
**1. CORE CONCEPT & SCENE DESCRIPTION:**
* **Primary Subject:** A physics-based simulation of debris suspended in a localized anti-gravity field.
* **Scene Setting:** Inside the breached cargo bay of the research vessel ‘ISV Kepler’, in high orbit over Mars.
* **Core Event:** A malfunctioning emergency containment emitter is actively suspending debris from a catastrophic depressurization event. The scene is dynamic, depicting the moments as the field begins to fail and flicker.
**2. THE ANTI-GRAVITY FIELD – VISUAL & PHYSICAL PROPERTIES:**
* **Field Appearance:** The field is mostly invisible, but its spherical boundary is subtly revealed by minor gravitational lensing, causing the distant stars and the red surface of Mars to warp and distort at its edges.
* **Field Geometry:** The field has a near-perfect spherical volume with a radius of approximately 30 meters, centered on a glowing blue emitter device on the cargo bay floor.
* **Field Dynamics:** The field is unstable and flickering intermittently. Every few seconds, it “glitches,” causing all suspended debris to lurch a few centimeters along their original trajectories before being caught again.
**3. THE DEBRIS – MATERIALITY & DETAIL:**
* **Debris Composition (High Detail):**
* **Structural Elements:** Twisted, white-painted titanium-alloy support struts; shattered carbon-nanofiber composite panels from a cryo-stasis unit, revealing the hexagonal internal structure.
* **Technical Components:** A complete, but dead, robotic manipulator arm slowly tumbling end over end; fragments of green silicon circuit boards with tiny copper traces glinting; a severed bundle of multi-colored wires spreading out like a fan.
* **Life Support/Consumables:** A dense cloud of glittering, hexagonal ice crystals from a ruptured water line, forming a miniature nebula; a single, silver astronaut’s glove floating serenely.
* **Insulation & Soft Materials:** A large, slowly unfurling sheet of golden Kapton foil, crinkling silently as it rotates.
* **Debris Condition:** The debris shows clean shear-fractures from the explosive decompression. There are no signs of fire or scorching.
**4. PHYSICS SIMULATION & DYNAMICS:**
* **Motion Profile:** The debris is in a state of near-perfect stasis, with individual pieces rotating extremely slowly. The primary motion is dictated by the field’s “glitches.”
* **Secondary Motion & Interaction:** When two pieces of debris touch during a glitch, they bounce off each other with perfect conservation of momentum, sending them into new, slow tumbles.
* **Particle Effects:** A fine mist of atomized, frozen coolant hangs in the air, catching the light and swirling gently when the field glitches, visually representing the invisible force waves.
**5. LIGHTING, CAMERA, & COMPOSITION:**
* **Primary Light Source:** Harsh, direct sunlight streams through a jagged hull breach on the port side of the cargo bay, illuminating one half of the debris field in brilliant white light and casting deep, black shadows.
* **Secondary Light Sources:** The rhythmic, pulsing red light of an emergency beacon on the far wall washes over the scene every two seconds, briefly illuminating the shadowed sides of the debris in a crimson glow.
* **Camera Work:** A slow, steady dolly shot pushing into the center of the debris field. The focus starts on a single, floating data chip and then pulls back to reveal the entire breathtaking and terrifying scene. Shallow depth of field.
* **Composition:** A wide-angle shot frames the entire debris sphere, with the jagged hull breach offering a stunning, sharp-edged view of Mars below.
**6. AESTHETIC & STYLE GUIDELINES:**
* **Core Aesthetic:** Hard Sci-Fi, Space Realism, NASA-Punk.
* **Rendering Style:** Photorealistic, 8K resolution, physically-based rendering (PBR), cinematic, high dynamic range (HDR), volumetric god-rays from the hull breach.
* **Mood:** Eerie, silent, post-catastrophe stillness, beautiful yet deadly.
**7. NEGATIVE PROMPT (EXCLUSIONS):**
* **Exclude:** Sound, explosions, fire in vacuum, audible noise, lens dirt, excessive lens flare, soft fantasy lighting, atmospheric haze, aliens, magical effects, overly saturated colors.
**(End of Example Prompt)**