🎥 Sora 2 Multi-Shot Sequence Builder

Chain camera moves, lock character details, and compile production-ready multi-shot prompts for OpenAI Sora 2 with physics-aware camera tracking and temporal coherence.

🎯 Current Target: Sora 2 v
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🎬 Build Your Sequence

Set context once · Add shots · Export

🎬 Multi-Shot Sequence Timeline

📋 v2.5.1 📋 v2.5.0
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💡 Sora 2 Tips – Fix What Actually Breaks

Expand the sections below to troubleshoot common simulation failures, stabilize physics interaction, and optimize your multi-shot sequences for OpenAI Sora 2.

Physics Glitches & Unrealistic Object Behavior
  • Explicitly reference environmental physics descriptors like consistent gravity, rigid body dynamics, and fluid momentum.
  • Avoid overloading a single prompt with multiple interacting dynamic objects; break complex choreography across sequential clips.
  • Define mass and friction parameters implicitly via descriptive adjectives (e.g., heavy polished steel sphere rolling slowly).
Character Identity and Morphing Drift
  • Rely heavily on the Contextual Hero Lock fields to lock distinct facial structures, hair color, and wardrobe layers.
  • Keep clothing descriptions identical between consecutive shot cards to prevent spontaneous outfit swaps.
  • Use descriptive anchor keywords like the same character maintains continuous appearance inside custom actions when shifting camera angles.
Erratic Camera Trajectories & Horizon Tilts
  • Pair your camera move with steady tracking constraints, such as smooth gimbal tracking or locked horizon line.
  • Restrict whip pans or high-velocity transitions unless explicitly required for narrative tension.
  • Verify focal lengths match sequence rhythm (e.g., wide 14mm for establishing layout, tighter 50mm for character beats).
Prompt Length & Token Optimization
  • Keep action descriptions concise and direct; dense conversational phrasing can dilute cinematic weighting.
  • Prioritize primary subject motion over excessive environmental dressing in later shots.
  • Inspect linter warnings before copying output to ensure syntax compatibility with current API constraints.