3D Progressive Elastic Softness Experiment: 18M Views Physics Collision & Particle Directing Architecture
Reverse-engineering @shanyanggm and Foxsplash 3D’s viral 18M-views experiment formula: directing a standardized object through progressively escalated elasticity values (5% to 100%) against crushing gears, spiked rollers, and hydraulic presses with unified mechanical lighting and satisfying ASMR impact sounds.
5%-100%
Progressive Softness
96.3%
Satisfying Retention
🎬 Native Output Showcase & Visual Verification
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Verified Viral Benchmark Proof Frame
⚡ Master Directing Prompt (Ready to Use)
[3D PROGRESSIVE ELASTIC SOFTNESS EXPERIMENT ARCHITECTURE]
CORE EXPERIMENTAL DIRECTING SETUP:
1. PROGRESSIVE ELASTICITY TIMELINE:
- Stage 1 (5% Softness): Rigid metallic capsule, high structural resistance, minimal surface deflection on impact with iron cogs.
- Stage 2 (25% Softness): Semi-flexible rubberized deformation, distinct rebound bounce and surface vibration.
- Stage 3 (50% Softness): High-elasticity polymer behavior, stretching between mechanical teeth with squish physics.
- Stage 4 (75% Softness): Gelatinous jelly elasticity, intense fluid-like wobble, translucent internal light refractions.
- Stage 5 (100% Softness): Hyper-pliable slime dynamics, complete flattening under hydraulic ram with instantaneous elastic recovery.
2. SCENE CONTINUITY CONTROLS:
- Industrial testing rig: Brushed steel background, locked orthographic camera angle, directional overhead rim illumination.
- Constant kinetic velocity: Continuous linear conveyor movement ensuring identical camera transit times across all 5 softness tiers.
3. SOUND DESIGN SPECIFICATIONS:
- Hyper-realistic tactile Foley: Heavy metallic clangs transitioning progressively into crisp squishy rubber snaps and jelly impact ASMR.
⛔ Negative Constraints & Optical Exclusions
inconsistent background rig, fluctuating camera angle, unnatural polygon tearing, jerky frame rates, low-resolution fluid artifacts, cartoon physics.
