Seedance 2.0 (Higgsfield) – 3D CGI Style Prompt Generator
Overview
This skill guides you to create world-class 3D CGI and rendered video prompts optimized for Seedance 2.0 (Higgsfield). Whether you're targeting Pixar-style animation, photorealistic product visualization, architectural walkthroughs, sci-fi environments, or character animation, this framework provides the terminology, structure, and psychological knowledge needed to generate engaging CGI content.
The difference between a generic "make it look 3D" request and a studio-grade CGI prompt lies in specificity: rendering engine terminology, material properties, lighting language, camera dynamics, and the "hook" architecture that grabs attention in the first two seconds. This skill teaches you all of these.
Accepted Content for Seedance 2.0 (Higgsfield)
Seedance 2.0 (Higgsfield) is a generative video platform optimized for high-quality rendered content. It excels in:
- Render Engines & Styles: Blender Cycles, Unreal Engine 5 (UE5), Octane Render, Arnold, RenderMan, V-Ray, Redshift, Corona Renderer, real-time ray tracing, NVIDIA OptiX
- Resolution & Frame Rate: Up to 4K 60fps or higher; supports cinematic 24fps and 30fps workflows
- Animation & Motion: Smooth procedural motion, physics simulation, rigging, character animation, particle systems, fluid dynamics
- Materials & Shading: PBR (Physically Based Rendering), subsurface scattering, specular reflection, gloss maps, normal maps
- VFX Integration: Smoke, fire, liquids, cloth simulation, debris and explosions
- Input/Output Specifications: Up to 9 images, 3 videos, 3 audio files, maximum 12 combined resources
- Special Syntax: for referencing uploaded references in prompts
2-Second Hook Framework in 3D CGI
Successful CGI prompts start with an immediate visual promise. The first two seconds should clearly show:
- 3D Form — The audience immediately understands what it is and its position in 3D space
- Surface Quality — Does the material look real? Glossy? Metallic?
- Lighting Environment — Where is the light coming from? Is it indoor or outdoor?
Framework
[0–0.5s]: [Subject Establishment] + [Camera Angle] + [Key Light Source]
[0.5–1s]: [Material Details] + [Environmental Cues]
[1–2s]: [Camera Movement or Transformation] + [Depth and Scale]
Example 1: Product Visualization
0–0.5s: Front view of a luxury watch. Three-point lighting setup. Metal case on a white background. Soft shadows.
0.5–1s: Close-up showing Swiss-made engravings. Subsurface scattering on sapphire crystal.
1–2s: 360-degree rotation. Reflections on polished metal. Full depth of field.
Example 2: Architectural Visualization
0–1s: Facade of a modern glass building. Sunrise. Long shadows across the glass.
1–2s: Drone shot panning upward. Sky transitions from light blue to golden. Reflections on glass.
Example 3: Pixar-Style Character
0–1s: Front view of a friendly cartoon character. Highly saturated colors. Bright three-point lighting.
1–2s: Character turns and smiles. Subtle SSS on skin. Eyes reflect the light.
3D CGI Terminology Architecture
Layer 1: Render Engines & Global Illumination
Render Engine Selection
| Engine | Best Use Cases | Visual Characteristics |
|---|
| Blender Cycles | Photorealistic general-purpose rendering | Physically accurate, minimal artifacts, natural shadows |
| Unreal Engine 5 | Real-time visuals, game-quality | Dynamic lighting, real-time shadows, fast iteration |
| Octane Render | GPU-accelerated, product rendering | Ultra-sharp, detailed reflections, extremely fast |
| Arnold | Large-scale VFX | Procedural, scalable, data-driven |
| RenderMan | Pixar animation standard | Soft shadows, high-end animation quality |
| V-Ray | Architecture, product, VFX | Photorealistic, powerful material system |
| Redshift | GPU rendering, hour-level efficiency | High-speed rendering, real-time preview |
Global Illumination Techniques
Direct Lighting → Fastest, least realistic (for concept overviews)
Indirect Lighting (1 bounce) → Balanced speed and realism (products, architecture)
Path Tracing (multiple bounces) → Slowest, most realistic (high-end films)
Photon Mapping → Indoor rendering, caustic effects
Volume Lighting (satin light) → Smoke, haze, god rays
Layer 2: Materials, Surfaces & Shading
PBR (Physically Based Rendering) Workflow
Three core properties define any CGI surface:
| Property | Range | Impact | Description |
|---|
| Base Color | sRGB | True color of the object | Metals do not use base color; they use reflectance and special specular colors |
| Roughness | 0.0–1.0 | Degree of surface scattering | 0.0 = mirror-smooth; 1.0 = extremely diffuse |
| Metallic | 0.0–1.0 | Conductivity (key for cinematography) | 0.0 = non-metal; 1.0 = metal (no mixing!) |
| Normal Map | XYZ directions | Illusion of micro-surface details | Does not change actual geometry, saves polygons |
| Gloss Map | Grayscale | Surface variations per texel | Makes surfaces look worn or dirty |
Material Example Prompts
Gold ring, high-end jewelry style:
- Base Color: #FFD700 (real gold)
- Roughness: 0.2 (polished but not perfectly mirror)
- Metallic: 1.0 (100% metal)
- Normal Map: Detailed hammered texture
- Reflection: 100%. Fresnel effect.
Ceramic bowl, milky white:
- Base Color: #F5F5F5 (near white)
- Roughness: 0.15 (smooth ceramic)
- Metallic: 0.0 (non-metal)
- Subsurface Scattering: Slight (thin ceramics often have SSS)
Worn leather sofa:
- Base Color: #8B4513 (brown)
- Roughness: 0.6 (rough but retains some reflection)
- Metallic: 0.0
- Normal Map: Wrinkles and worn skin details
- Gloss Map: Darker on edges and creases
Advanced Material Techniques
Subsurface Scattering (SSS)
Used for: Skin, paraffin, marble, thin porcelain
Effect: Light passes through the surface, creating a warm feel
Prompt Tip: When adding SSS, specify "light scattering distance" (1-5mm range)
Specular Reflection & Fresnel
Used for: Water, glass, shiny surfaces
Effect: More reflective when viewed at steep angles (phone screens), more transparent when viewed head-on
Prompt Tip: "Strong Fresnel effect" or "more reflective at edges"
Anisotropic Highlights
Used for: Brushed metal, satin, hair
Effect: Reflections are not circular but thin, linear
Prompt Tip: "Brushed aluminum" or "anisotropic highlights"
Layer 3: Lighting & VFX
Three-Point Lighting Setup (CGI Standard)
Key Light → Main light source, 45-degree angle, creates defining shadows
Fill Light → Soft light (1:3 or 1:4 ratio), fills in shadow details
Back Light → Separates subject from background, creates edge highlights
CGI Lighting Terminology
| Term | Definition | Use Case |
|---|
| HDRI (High Dynamic Range Image) | 360-degree lighting environment | Realistic environmental reflections and shadows |
| Caustics | Patterns refracted from water or glass | Swimming pools, underwater scenes, glass lamps |
| Volume Lighting | Light beams passing through particles (smoke, dust) | Dramatic effects, atmospheric feel |
| Self-Illumination | Surfaces that emit light from the shader | Neon signs, screens, glowing eyes |
Layer 4: Camera & Composition
CGI Camera Settings
Focal Length:
- 35mm (standard): Natural perspective, multi-purpose
- 50mm (standard): Portraits, closest to human eye
- 85mm (telephoto): Portraits, compressed depth
- 24mm (wide-angle): Architecture, environments
- 17mm (ultra-wide): Dramatic environments, distortion
Aperture (Depth of Field):
- f/1.4–f/2.8: Very shallow, isolates subject
- f/5.6–f/8: Balanced depth
- f/16+: Everything in focus (architecture/products)
Composition Principles
Rule of Thirds → Place subject on 1/3 lines
Leading Lines → Straight lines guide viewer's eye into the frame
Symmetry & Asymmetry → Create balance or contrast
Negative Space → Leave empty space to create breathing room and isolation
Vertical & Horizontal → Avoid tilted horizons (unless intentional)
Layer 5: Animation & Motion
Animation Basics (12 Principles of Animation)
Squash and Stretch → Objects deform during movement to show force
Anticipation → Subtle preparation before an action
Staging → Actions do not happen simultaneously, but in sequence
Follow-Through and Overlapping Action → One part stops later than another (hair, clothes)
Arcs → Natural arcs, not straight lines
Timing → Speed and rhythm convey weight and intent
Slow In and Slow Out → Objects accelerate and decelerate, do not stop abruptly
Appeal → Good design attracts the viewer's eye
Secondary Action → Head turns before body in a turn
Solid Drawing → Characters look voluminous and heavy
Exaggeration → Emphasize key actions for impact
Animation Guidance in Prompts
360-degree camera rotation around object:
"Smooth buffered rotation. No rapid acceleration. Full 360 degrees."
Character walking cycle:
"Biologically accurate walking cycle. Cross one leg over the other. Hips rotate. Arms swing opposite to legs."
Liquid pouring:
"High-speed clear liquid motion. Surface tension visible. Splashes. Reflections."
Complete Prompt Templates
Standard Product Rendering
[Subject]: [Product Name], [Material], [Color]
[Size]: [Relative to Reference Object]
[Environment]: [Location], [Background]
[Lighting]: Three-point setup. Key light at 45 degrees, [Color]. Back light from [Direction]. HDRI environment.
[Material]: Base Color: [hex]. Roughness: [0.0-1.0]. Metallic: [0.0-1.0].
[Rendering]: Engine: [Cycles/V-Ray/Octane]. Resolution: [4K]. Denoising: Enabled.
[Camera]: [Focal Length mm]. [Depth of Field]. Focus: [Subject Part].
[Action]: [0–2s Action Description]
Standard Architectural Visualization
[Building]: [Building Name] or [Style]. [Era]. [Location Clues]
[Composition]: [Drone View] or [Ground View]. [Time of Day]
[Environment]: Daylight. Sky: [Description]. Atmosphere: [Clear/Cloudy].
[Material]: Glass curtain wall. Steel structure. Concrete foundation. [Detailed Notes]
[Lighting]: Daylight direction: [East/West]. Long shadows. Reflections on glass.
[VFX]: Trees. People (small). Vehicles (distant).
[Camera]: [Focal Length]. [Depth of Field]. Convergence correction (if needed).
[Action]: Slow drone push-in. Or "static" for maximum quality.
Standard Character Rendering
[Character]: [Name/Style]. [Apparent Age]. [Expression]
[Geometry]: Model polygon count: [High]. [Rigging Info]
[Skin]: Base color range: [Description]. SSS: Enabled, [Scattering Distance]mm. Pore details: Enabled.
[Hair]: Model: [Long/Short]. [Color]. Follicle type: [Straight/Curly]. Translucency: Enabled.
[Clothing]: Cloth simulation: Enabled. Skin contact: Enabled. [Material Details]
[Lighting]: Front key light. [Color Temperature]. Back light from [Direction]. Soft fill light.
[Background]: [Simple/Detailed]. Environment blending. Bokeh out-of-focus.
[Expression]: [Facial Expression Description]. [Eye Direction].
[Action]: [0–3s Action Description]. [Shot Type]
Advanced Optimization
1. Render Quality Grading
Concept Phase: Lower resolution, fast iteration, limited bounces
Presentation Phase: Medium resolution, more bounces, significant noise reduction
Final Delivery: 4K or higher, full path tracing, denoising
2. Color Grading
High-end Products: Soft, warm color grading. Slight oversaturation (+10%)
Architecture: Natural color space. Unless sunrise/sunset.
Characters: Accurate skin tones. Subtle contrast boost.
Sci-Fi: Cool blue or neon green. High contrast.
3. VFX Integration
Reflections & Refractions: Ensure all surfaces reflect their environment
Caustics: Add in underwater or through-glass scenes
Motion Blur: Match expected camera and object speed
Depth of Field: Don't keep everything sharp at all distances – it looks unrealistic
Common Pitfalls
| Problem | Cause | Solution |
|---|
| Plastic looks weird | Roughness too low or too high | 0.3–0.5 for physical products |
| Metal looks matte | Roughness too high; no reflections enabled | Metals: roughness 0.1–0.3; enable reflections |
| Skin looks plastic | Missing SSS; no pore details | Add subtle SSS and pore normal maps |
| Lighting looks artificial | Lights too bright or too dark | Use HDRI; use three-point setup |
| Low efficiency | Oversampling; too many bounces | Grade according to quality goals |
Prompt Engineering Checklist
Quick Reference
5-Minute Product Render
A [Product], [Color]. Metal [or Plastic].
Three-point lighting. Background: white or medium gray.
Focus: Front of product. Shallow depth of field.
Aperture: f/8. Focal length: 85mm.
Octane Render. 4K. Denoised.
Architectural Daylight Render
[Building] facade. Sunrise. [Location Clues].
Camera angle: [Pitch] angle.
Wide-angle lens. Large aperture (f/5.6).
Daylight from east. Long shadows.
HDRI sky. V-Ray render.
Wish you create stunning 3D visuals on Seedance 2.0 (Higgsfield)!",