Add Leaderboard video-generation first-frame assets (batch 258/303)

.gitattributes

@@ -23341,3 +23341,59 @@ Leaderboard/Video[[:space:]]Generation/TriplePhysics/ObliqueProjectile_RollUpSlo
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Leaderboard/Video Generation/TriplePhysics/WindDeflectMotion_VerticalFall_RollDownSlope__bg305__TbzlpE_trajectory/caption.txt

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+The red plastic headphones accelerate downward from rest along a gravitational trajectory. Approaching the upper region, they encounter airflow generated by a plastic reflective object. A horizontal wind force acts perpendicular to the headphone velocity, inducing lateral deflection. The descent follows a curved path, gradually restoring the downward inclination, maintained by gravitational acceleration and aerodynamic effects. The headphones retain momentum throughout the process, respond to the net force, and do not deviate from the established physical laws governing motion.

Leaderboard/Video Generation/TriplePhysics/WindDeflectMotion_VerticalFall_RollDownSlope__bg305__XTJURj_trajectory/caption.txt

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+A green plastic headphone commences motion, undergoing rapid acceleration under gravitational force. Upon entering the airflow generated by a copper-aluminum-gold gray matte fan, a horizontal wind force acts orthogonally to the velocity vector, inducing lateral deflection. The object traverses a curved descending trajectory that gradually aligns with the downward gradient. Gravitational acceleration coupled with aerodynamic interactions sustains motion along this path. Continuous energy transfer preserves the object's dynamic state throughout the process.

Leaderboard/Video Generation/TriplePhysics/WindDeflectMotion_VerticalFall_RollDownSlope__bg305__b7AK7J_trajectory/caption.txt

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+An orange plastic headphone is initially stationary at the top of an inclined plane, subsequently accelerating downward under gravitational influence. Upon entering the airflow generated by a rotatable fan located in the upper region, equipped with a red-striped matte head, a horizontal wind force acts perpendicularly to the headphone's instantaneous velocity, inducing lateral deflection. The device subsequently traverses a curved descent trajectory, gradually aligning with the slope's inclination. Under the combined influence of gravitational acceleration and aerodynamic interactions, it maintains motion along the surface.

Leaderboard/Video Generation/TriplePhysics/WindDeflectMotion_VerticalFall_RollDownSlope__bg305__ePu3dh_trajectory/caption.txt

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+A blue curved object initiates from rest at the highest point, accelerating downward under gravitational force. Upon entering the airflow generated by a pink matte rough fan near the upper region, a horizontal wind force acts perpendicular to the velocity vector, inducing lateral deflection. Subsequently, the object traverses a curved descent path, which gradually aligns with the trajectory. Under the combined influence of gravitational acceleration and aerodynamic interactions, the object maintains motion along the curve.

Leaderboard/Video Generation/TriplePhysics/WindDeflectMotion_VerticalFall_RollDownSlope__bg305__gYFmKS_trajectory/caption.txt

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+An orange plastic headphone accelerates downward under the influence of gravity from the upper region. During motion, it enters the airflow generated by a gold-gray-blue embossed orange plastic fan located near the descent path. The horizontal wind force acts perpendicular to the headphone's instantaneous velocity, inducing significant lateral deflection. The object traverses a curved trajectory that progressively aligns with the downward direction. Gravitational acceleration and aerodynamic interactions sustain this trajectory. Total mechanical energy remains conserved throughout the entire process. The headphone maintains downward motion, transitioning from initial acceleration to a steady-state curved descent driven by continuous external forces.

Leaderboard/Video Generation/TriplePhysics/WindDeflectMotion_VerticalFall_RollDownSlope__bg305__oNYqdr_trajectory/caption.txt

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+A green plastic headphone accelerates downward from rest under gravity. During motion, it encounters airflow generated by a rotatable fan with a wooden head mounted on a base. A horizontal wind force acts perpendicular to the headphone's instantaneous velocity, inducing lateral deflection. Subsequently, the device follows a curved descent trajectory, gradually becoming parallel to the inclined plane. Motion along the surface is maintained by the combined influence of gravitational acceleration and aerodynamic interaction. Conservation of mechanical energy governs the conversion between potential and kinetic energy states throughout the trajectory.

Leaderboard/Video Generation/TriplePhysics/WindDeflectMotion_VerticalFall_RollDownSlope__bg305__tjf1nZ_trajectory/caption.txt

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+A red plastic headphone commences motion from the apex, accelerating downward under the influence of gravity. During transit, interaction with wind subjects the object to a horizontal force perpendicular to its velocity vector. This interaction induces lateral deflection, curving the trajectory and deviating from the direct vertical path. Subsequently, the object follows a descent curve gradually aligning with the surface, sustaining motion along the trajectory under the combined action of gravitational acceleration and aerodynamic effects. Conservation of mechanical energy governs the conversion between potential energy dissipation and kinetic energy gain within the resistive medium. Upon achieving force equilibrium, the headphone maintains controlled sliding along the inclined plane, concluding the descent sequence.

Leaderboard/Video Generation/TriplePhysics/WindDeflectMotion_VerticalFall_RollDownSlope__bg305__vc13Z8_trajectory/caption.txt

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+The blue cone commences from rest at the apex of an inclined plane, accelerating downward under gravity. Upon entering the airflow generated by a fan located in the upper region of the incline, the horizontal wind force acts perpendicular to its instantaneous velocity, inducing lateral deflection. Subsequently, the cone descends along a curved trajectory, gradually aligning with the plane's inclination while maintaining motion along the surface. This trajectory results from the combined effects of gravitational acceleration and aerodynamic interaction, with mechanical energy conserved throughout the entire process.

Leaderboard/Video Generation/TriplePhysics/WindDeflectMotion_VerticalFall_RollDownSlope__bg305__wMPltG_trajectory/caption.txt

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+Initially stationary at the apex of an inclined ramp, the orange plastic headphones undergo downward acceleration driven by gravity. Upon entering the airflow from a pink-orange plastic fan, a horizontal wind force acts perpendicular to the headphones' instantaneous velocity direction. This interaction induces lateral deflection, guiding the headphones along a curved trajectory. Motion persists along the surface governed by gravitational acceleration and aerodynamic interactions. Eventually, the trajectory gradually aligns with the ramp inclination, maintaining contact while conserving mechanical energy throughout the transition. The object continues descending, balancing external wind force against gravitational pull.