Add Leaderboard video-generation first-frame assets (batch 165/303)

.gitattributes

@@ -19157,3 +19157,52 @@ Leaderboard/Video[[:space:]]Generation/TriplePhysics/MovingHitsStationary_Balloo
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Leaderboard/Video Generation/DoublePhysics/ObliqueProjectile_RollDownSlope__bg261__0xoNMc_trajectory/caption.txt

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+A beige rough matte object descends along a parabolic trajectory under gravitational acceleration from above toward a woven glossy support. Upon impact, the velocity vector is decomposed into components parallel and perpendicular to the surface. The parallel component drives subsequent motion along the inclined plane. Subsequently, the object rolls downward, and its center of mass accelerates due to the tangential component of gravity acting on the inclined plane.

Leaderboard/Video Generation/DoublePhysics/ObliqueProjectile_RollDownSlope__bg261__1lQItQ_trajectory/caption.txt

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+A rough potato descends from above along a parabolic trajectory under gravitational acceleration. At impact, the velocity vector decomposes into components parallel and perpendicular to the contact surface, with the parallel component driving subsequent motion along the inclined plane. The potato subsequently rolls downward, undergoing center-of-mass acceleration due to the tangential component of gravity along the inclined plane. During descent, friction acts upon the rough surface, maintaining mechanical energy conservation from flight through rolling contact. Gravity maintains the downward path, while the supporting surface constrains the trajectory.

Leaderboard/Video Generation/DoublePhysics/ObliqueProjectile_RollDownSlope__bg261__A9hyrf_trajectory/caption.txt

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+A rough potato follows a parabolic trajectory under gravitational acceleration prior to contacting an inclined plane. Its velocity vector decomposes into components parallel and perpendicular to the point of contact, where the parallel component initiates motion along the slope. The potato rolls downward while its center of mass accelerates due to the tangential component of gravity acting along the surface. Friction ensures rotation accompanies translation, conserving mechanical energy during the descent. Driven by constant gravitational force, the object continues down the incline until the slope terminates.

Leaderboard/Video Generation/DoublePhysics/ObliqueProjectile_RollDownSlope__bg261__axUH27_trajectory/caption.txt

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+A white matte potato-shaped object falls toward a slope from above along a parabolic trajectory under gravitational acceleration. Upon impact, the velocity vector decomposes into components parallel and perpendicular to the surface, with the parallel component driving subsequent motion along the incline. The object subsequently rolls downward, its center of mass accelerating due to the tangential component of gravity along the surface. Conservation of mechanical energy governs the conversion of potential energy into kinetic energy during the descent. Motion continues downhill, with gravity maintaining acceleration to counteract resistive forces.

Leaderboard/Video Generation/DoublePhysics/ObliqueProjectile_RollDownSlope__bg261__bghVGy_trajectory/caption.txt

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+A white matte potato-shaped object descends along a parabolic arc under gravitational acceleration. Upon impact, the velocity vector decomposes into components parallel and perpendicular to the surface; the parallel component drives motion along the inclined plane. The object subsequently rolls downward, with its center of mass accelerating due to the tangential component of gravity along the slope. Mechanical energy is conserved as potential energy converts to kinetic energy. The motion persists until the lower boundary, strictly determined by descent geometry and friction. Friction ensures stable rolling without slipping, and the trajectory coincides with the line of steepest descent.

Leaderboard/Video Generation/DoublePhysics/ObliqueProjectile_RollDownSlope__bg261__psJZUC_trajectory/caption.txt

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+The black potato descends along a parabolic trajectory under gravitational acceleration, approaching an inclined surface. Upon impact, the velocity vector decomposes into components parallel and perpendicular to the plane; the parallel component drives subsequent motion along the slope. Subsequently, the potato rolls downward, with its center of mass accelerating due to the tangential component of gravity acting along the incline. During the descent, mechanical energy transforms between potential and kinetic forms, maintaining the conservation principle governing the dynamics of the entire system.

Leaderboard/Video Generation/DoublePhysics/ObliqueProjectile_RollDownSlope__bg261__q3dgU9_trajectory/caption.txt

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+A red-orange, potato-shaped object descends from above along a parabolic trajectory under gravitational acceleration. Upon impact, its velocity vector resolves into components parallel and perpendicular to the local geometry; the parallel component drives subsequent motion along the inclined surface. The object subsequently rolls downward, with its center of mass accelerating due to the tangential component of gravity along the path. During downhill motion, mechanical energy converts between kinetic and potential energy, sustaining acceleration until the trajectory terminates.

Leaderboard/Video Generation/DoublePhysics/ObliqueProjectile_RollDownSlope__bg261__rr5lrw_trajectory/caption.txt

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+A rough, potato-shaped object follows a parabolic trajectory under gravitational acceleration, falling from above onto an inclined plane. At the instant of impact, the velocity vector is decomposed into components parallel and perpendicular to the slope, with the parallel component driving subsequent motion along the path. The object rolls downward, and its center of mass accelerates due to the tangential component of gravity along the incline. Mechanical energy is conserved as potential energy converts to kinetic energy. As the object descends the slope, friction opposes the motion. During movement along the inclined plane, gravity continuously influences the trajectory.

Leaderboard/Video Generation/DoublePhysics/ObliqueProjectile_RollDownSlope__bg261__s1KpcP_trajectory/caption.txt

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+A rough stone object undergoes parabolic motion under gravitational acceleration, falling from above onto a wooden inclined plane. At the instant of impact, its velocity vector decomposes into components parallel and perpendicular to the surface, where the parallel component drives subsequent motion along the incline. The object subsequently rolls down the plane, as its center of mass accelerates due to the tangential component of gravity acting along the slope.