Title: Robotic Combat Platform Showdown – AI Generated Video | Hailuo AI

Generate & Play Hailuo AI video：I. Storyboard Design (Total Duration 15 Seconds) 1. Opening Shot (3 seconds) • Low-angle仰角拍摄金属横梁上的冷凝水滴落 • Background pipelines gradually light up with dark red warning lights • Sound effects: The crisp sound of water drops hitting metal + low-frequency mechanical hum 2. Main Presentation (5 seconds) • Tracking shot following the leg joints of the warrior robot • Hydraulic devices pulsate with blue light • Weapon rack sways with steps, making a metallic friction sound • Subtitle 'Adaptive Combat Platform' sweeps past the mechanical arm 3. Threat Display (4 seconds) • Eye sensors suddenly lock onto a target off-screen • Pupil contraction triggers a red holographic threat indicator • Shoulder-mounted electromagnetic cannon deploys with a buzzing charge sound • Ground pebbles vibrate slightly due to energy resonance 4. Environmental Interaction (3 seconds) • Scan beam penetrates the fog to reveal the entire scene • Armor surface renders the surrounding heat source distribution in real-time • Background noise from encrypted radio II. Technical Implementation Plan 1. Model Construction Phase • Use Blender to create a high-precision robot model (recommended polygons 500,000+) • Add physical simulation cables to the joint areas • Design a deformable mechanism for the weapon system (two states: expanded/retracted) 1. Dynamic Rendering Essentials • Simulate environmental fog and lighting interaction in Houdini • Use Substance Painter to create armor wear layers • Eye HUD interface driven by AE expressions for dynamic data III. Stylistic Processing Suggestions 1. Color Grading • Maintain base color temperature at 2800K to simulate sodium lamp effect • Add CRT monitor scanline noise to highlight areas • Keep 0.05 visibility in shadows to maintain detail hierarchy 1. Dynamic Blur Processing • Use 1/48s shutter angle for panning movements • Add radial blur to rotating actions (intensity 12%) • Add motion trail effects when weapons deploy 1. Sound Field Design • Add substation environmental resonance to low-frequency band (80Hz) • Do comb filtering treatment on high-frequency metallic sounds • Enable 7.1 channel separation rendering for spatial sound effects IV. Alternative Creative Plan 1. Viewpoint Innovation • Try POV shots to simulate reconnaissance mode • Intermix thermal imaging/night vision screen (≤20% duration) 1. Narrative Clues • Add voice log fragments from the self-check system • Ground residue shell casings suggest previous combat 1. Technological Elements • Deploy nano-repair particles on the armor surface • Display the laser scanning process of the enemy-identification system