Video
A curated collection of generated video clips subjected to rigorous frame-level analysis. Each study examines symbol continuity across temporal sequences, spatial anchoring under occlusion, character consistency across multiple shots, and causal event fidelity in complex multi-step interactions. These case studies serve as both diagnostic tools for model evaluation and practical references for researchers developing logic-native video generation systems. By publishing raw generation parameters alongside detailed frame annotations, we enable the community to reproduce, verify, and extend our findings.
Intelligent Debugging
An Omni Agent visually diagnoses a React syntax error and streams a corrected patch in real time—testing whether the model reasons about code structure, not just a coding aesthetic.
Spatial Reasoning
A basketball arc is traced with a physics-informed neon prediction line and live velocity readouts—benchmarking spatial tracking and trajectory forecasting under broadcast camera motion.
Cross-Cultural Intelligence
A split-screen Tokyo café scene tests whether the model can decode Japanese speech, sync English subtitles under one second, and classify pragmatic intent from micro-expressions.
Autonomous Life-Agent
A near-empty fridge triggers an autonomous agent to scan inventory, plan a brunch menu, and populate a grocery cart—evaluating perception-to-action closed loops.
This case-study clip has not been published yet.
Water Droplet Physics: Gravity and Fluid Dynamics
A single water droplet falls across 48 frames against a white backdrop to isolate gravitational acceleration, surface tension, and splash physics from scene complexity.
This case-study clip has not been published yet.
Conversational Editing: Multi-Turn State Preservation
A four-turn dialogue edits the same office scene—adding a colleague, posing interaction, then removing them—to test whether cumulative edits preserve baseline state.
This case-study clip has not been published yet.
Material Properties: Glass, Metal, and Fabric Impact Behavior
Identical impact forces hit glass, metal, and fabric spheres to verify the model renders distinct material responses instead of one generic bounce.