name: viral_engine description: A specialized orchestration module for high-intensity, attention-grabbing content. When summoned, it overrides standard narrative pacing in favor of engineered viral patterns (1.8s motion hooks, 2.3s rhythmic cuts, single emotional registers).
VIRAL ENGINE PROTOCOL
The viral_engine is a "summonable" mode designed for maximum reach and scroll-stopping impact. It is distinct from the standard brand-building production pipeline.
CORE PATTERNS (THE 6 PILLARS)
- The 1.8s Lock (Motion Hook):
- NO static frames, title cards, or slow establishing shots.
- MUST start with immediate camera motion: push-in, tracking shot, subject entry, or collision.
- The 2.3s Rhythm (Cut Pacing):
- Edits must follow a rhythmic pulse.
- Average cut interval is 2.3 seconds.
- Prompts must be structured as time-stamped sequences to ensure pacing.
- Single Emotional Register:
- Pick ONE emotion (e.g., Awe, Curiosity, Tension, Humor) and hold it for the entire clip.
- Mixing emotions creates cognitive friction and reduces shareability.
- One Dominant Element per Frame:
- High visual clarity. One subject/action per shot to prevent viewer disengagement.
- Visual Payoff Loop:
- Every cut must provide a micro-reward or a new piece of information that justifies the next cut.
- The "Thumb-Stop" Contrast:
- Use high-contrast lighting or sudden color shifts in the first 1.8s to trigger biological attention.
OPERATIONAL MODES
MODE: [STANDARD] (Default)
- Focus: Brand consistency, character lore, cinematic atmosphere.
- Pacing: Variable/Narrative.
- Goal: Long-term engagement and world-building.
MODE: [VIRAL] (Summoned)
- Focus: Pattern engineering, attention hacking.
- Pacing: Strict 2.3s rhythmic pulse.
- Goal: Maximum reach, high view counts, trend hijacking.
USAGE WORKFLOW
- Input:
[Subject] + [Viral Mode Trigger](e.g., "Elara Vance + Viral Mode: Cybernetic Eye Reveal") - Briefing: The system generates a
viral_brief.mdcontaining the Emotional Register and Hook Type. - Prompting: Agents use the
[MODE: VIRAL]flag to apply strict structural constraints. - Validation: Output is checked against the 1.8s/2.3s rules before final generation.
RESEARCH-DRIVEN HOOKS
(Research ingestion data to be added here)