📺 Full Production Masterclass (16:9)

⚡ Master Prompt Directive

[FOXSPLASH 3D: PROGRESSIVE MATERIAL ELASTICITY & HYDRAULIC COLLISION FORMULA]

MODEL: Google Flow / Kling 1.6 / Blender Physics + AI Diffusion
STYLE: Clean 3D minimalist studio physics simulation, Octane render aesthetic, matte pastel color palette.
SCENE: Industrial sorting conveyor with interlocking steel gears, oscillating crushing teeth, and vertical hydraulic press.

PROGRESSIVE DEFORMATION CURVE (5% -> 100% SOFTNESS):
STAGE 1 (5% Softness - Rigid Body):
A glossy dual-tone capsule (electric cyan & magenta) drops onto steel rollers. Zero flex, high elastic bounce, crisp metallic impact audio. Surfaces retain rigid geometric curvature.

STAGE 2 (25% Softness - Semi-Rigid Rubber):
Capsule enters rotating spur gears. Moderate side compression (25% lateral squish), surface dimples under mechanical tooth pressure and snaps back elastically without tearing.

STAGE 3 (50% Softness - Silicone Jelly):
Passing under cylindrical roller. Capsule flattens into wide oval disk, internal core translucent jelly refracts ambient studio softbox lighting, satisfying delayed recoil.

STAGE 4 (75% Softness - Viscous Slime):
Entering hydraulic chamber. Object deforms heavily under 5-ton stamp, spreading into organic ripple waves across floor plate before gathering back like liquid mercury.

STAGE 5 (100% Softness - Hyper-Elastic Squishy):
Final exit funnel. Dropping through narrow circular grating, stretching like taffy into mesmerizing jelly ribbons, popping out into spherical foam balls with flawless physics recoil.