Add Leaderboard video-generation first-frame assets (batch 97/303)

.gitattributes

@@ -17702,3 +17702,41 @@ Leaderboard/Video[[:space:]]Generation/TriplePhysics/BalloonFloat_BalloonTether_
 Leaderboard/Video[[:space:]]Generation/TriplePhysics/BalloonFloat_BalloonTether_RotBoardInertia__bg306__w6uWym_trajectory/CineCamera_Moving/rgb/0000.jpg filter=lfs diff=lfs merge=lfs -text
 Leaderboard/Video[[:space:]]Generation/TriplePhysics/BalloonFloat_BalloonTether_RotBoardInertia__bg306__yMCBn2_trajectory/CineCamera_3/rgb/0000.jpg filter=lfs diff=lfs merge=lfs -text
 Leaderboard/Video[[:space:]]Generation/TriplePhysics/BalloonFloat_BalloonTether_RotBoardInertia__bg306__yMCBn2_trajectory/CineCamera_Moving/rgb/0000.jpg filter=lfs diff=lfs merge=lfs -text
+Leaderboard/Video[[:space:]]Generation/DoublePhysics/MagnetAttract_MagnetRepel__bg265__1ORRKK_trajectory/CineCamera_6/rgb/0000.jpg filter=lfs diff=lfs merge=lfs -text
+Leaderboard/Video[[:space:]]Generation/DoublePhysics/MagnetAttract_MagnetRepel__bg265__1ORRKK_trajectory/CineCamera_Moving/rgb/0000.jpg filter=lfs diff=lfs merge=lfs -text
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+Leaderboard/Video[[:space:]]Generation/DoublePhysics/MagnetAttract_MagnetRepel__bg265__BbDYam_trajectory/CineCamera_Moving/rgb/0000.jpg filter=lfs diff=lfs merge=lfs -text
+Leaderboard/Video[[:space:]]Generation/DoublePhysics/MagnetAttract_MagnetRepel__bg265__OHZGPq_trajectory/CineCamera_10/rgb/0000.jpg filter=lfs diff=lfs merge=lfs -text
+Leaderboard/Video[[:space:]]Generation/DoublePhysics/MagnetAttract_MagnetRepel__bg265__OHZGPq_trajectory/CineCamera_Moving/rgb/0000.jpg filter=lfs diff=lfs merge=lfs -text
+Leaderboard/Video[[:space:]]Generation/DoublePhysics/MagnetAttract_MagnetRepel__bg265__SDKGfO_trajectory/CineCamera_7/rgb/0000.jpg filter=lfs diff=lfs merge=lfs -text
+Leaderboard/Video[[:space:]]Generation/DoublePhysics/MagnetAttract_MagnetRepel__bg265__SDKGfO_trajectory/CineCamera_Moving/rgb/0000.jpg filter=lfs diff=lfs merge=lfs -text
+Leaderboard/Video[[:space:]]Generation/DoublePhysics/MagnetAttract_MagnetRepel__bg265__TpRHe8_trajectory/CineCamera_0/rgb/0000.jpg filter=lfs diff=lfs merge=lfs -text
+Leaderboard/Video[[:space:]]Generation/DoublePhysics/MagnetAttract_MagnetRepel__bg265__TpRHe8_trajectory/CineCamera_Moving/rgb/0000.jpg filter=lfs diff=lfs merge=lfs -text
+Leaderboard/Video[[:space:]]Generation/DoublePhysics/MagnetAttract_MagnetRepel__bg265__UxmDIE_trajectory/CineCamera_11/rgb/0000.jpg filter=lfs diff=lfs merge=lfs -text
+Leaderboard/Video[[:space:]]Generation/DoublePhysics/MagnetAttract_MagnetRepel__bg265__UxmDIE_trajectory/CineCamera_Moving/rgb/0000.jpg filter=lfs diff=lfs merge=lfs -text
+Leaderboard/Video[[:space:]]Generation/DoublePhysics/MagnetAttract_MagnetRepel__bg265__crmYjX_trajectory/CineCamera_12/rgb/0000.jpg filter=lfs diff=lfs merge=lfs -text
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Leaderboard/Video Generation/DoublePhysics/MagnetAttract_MagnetRepel__bg265__1ORRKK_trajectory/caption.txt

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+Two pairs of U-shaped magnets occupy the particle surface. A single unit undergoes translation and rotation, aligning opposite poles to generate mutual attraction and initiate motion. Simultaneously, opposing magnetic fields produce repulsion, counteracting convergence within the arrangement. All magnets maintain a rigid structure, with relative positions and orientations adjusting under non-equilibrium magnetic forces. This process demonstrates dynamic displacement driven by attractive and repulsive interactions. Orientation changes occur without deformation, preserving component integrity throughout the physical process.

Leaderboard/Video Generation/DoublePhysics/MagnetAttract_MagnetRepel__bg265__3eU5g7_trajectory/caption.txt

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+Four U-shaped magnets remain stationary on a granular surface. A pair exhibits mutual attraction; the upper magnet undergoes displacement and rotation to align opposite poles, initiating motion under unbalanced forces. Concurrently, the distal pair orients with like poles facing inward, generating repulsion that constrains convergence. All units maintain structural rigidity, with spatial relationships evolving exclusively through magnetic interactions. The system balances attraction and repulsion dynamics among the components, maintaining an overall configuration defined by opposing magnetic fields.

Leaderboard/Video Generation/DoublePhysics/MagnetAttract_MagnetRepel__bg265__3mtyCm_trajectory/caption.txt

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+A pair of U-shaped magnets is placed upon a granular surface, arranged vertically with one positioned above the other. The upper magnet undergoes slight translational displacement toward the lower magnet, accompanied by minute rotational adjustment. This alignment orients opposite magnetic poles relative to each other, inducing mutual attraction and initiating continuous motion. Throughout the displacement, both objects maintain rigid structural integrity, while their relative positions are altered by unbalanced magnetic forces. The attractive field governs the interaction between pole faces. Convergence proceeds freely, reducing the separation distance across the textured medium without external obstruction.

Leaderboard/Video Generation/DoublePhysics/MagnetAttract_MagnetRepel__bg265__8GVp7E_trajectory/caption.txt

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+Four U-shaped magnets are positioned on the particle surface. One pair is oriented vertically; the upper magnet displaces downward and rotates to align with the lower magnet's opposite pole. Mutual attraction induces translational motion. In the alternative configuration, like poles face inward, generating repulsive forces that impede convergence. All units maintain rigidity. Relative pose is regulated by unbalanced magnetic forces, exemplifying the coexistence of attraction and repulsion. The system demonstrates how opposing magnetic fields govern the kinematic behavior of the base components.

Leaderboard/Video Generation/DoublePhysics/MagnetAttract_MagnetRepel__bg265__BbDYam_trajectory/caption.txt

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+Two U-shaped magnets are positioned upon the particle surface in a vertical configuration. The upper magnet undergoes slight translational and rotational displacement to align opposite poles with the lower magnet. Mutual magnetic attraction initiates motion. Concurrently, a second pair of magnets generates a repulsive force to counteract convergence, driven by facing like poles. Throughout the process, the four magnets maintain rigid structural integrity; only relative positions and orientations change under unbalanced magnetic forces. Magnetic attraction and repulsion govern the kinematics, without altering material properties.

Leaderboard/Video Generation/DoublePhysics/MagnetAttract_MagnetRepel__bg265__OHZGPq_trajectory/caption.txt

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+U-shaped magnets are positioned statically on the granular surface in vertical alignment. The upper magnet translates and slightly rotates toward the lower unit until opposite poles face each other. Mutual attraction initiates, inducing rigid body motion. Although attraction dominates the gap, repulsive forces persist in the remainder of the configuration, constraining further convergence. Throughout the process, each unit maintains a rigid structure, with pose variations strictly originating from unbalanced magnetic forces. The dynamic process concludes as attraction overcomes the initial spacing constraints within the system.

Leaderboard/Video Generation/DoublePhysics/MagnetAttract_MagnetRepel__bg265__SDKGfO_trajectory/caption.txt

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+Two U-shaped magnets remain stationary on a granular surface, vertically aligned with one positioned above the other. The upper magnet displaces slightly toward its counterpart and rotates to orient opposite magnetic poles facing each other. This orientation induces mutual attraction, overcoming static friction and initiating convergent motion. Both bodies maintain rigid structural integrity, exhibiting no deformation under unbalanced magnetic forces. As the inter-object gap narrows, the magnetic field intensity increases, driving further proximity. Furthermore, two U-shaped magnets undergo mutual repulsion. This interaction exemplifies fundamental electromagnetic principles: pole alignment determines the resultant force vector, converting potential energy into kinetic energy as they traverse a textured substrate without external mechanical intervention.

Leaderboard/Video Generation/DoublePhysics/MagnetAttract_MagnetRepel__bg265__TpRHe8_trajectory/caption.txt

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+Two U-shaped magnets are positioned statically on a granular surface in vertical opposition. The upper magnet undergoes translation toward the lower magnet with slight rotation until opposite poles align. Mutual magnetic attraction drives convergent motion between the rigid bodies. The other two magnets are subjected to repulsive forces. Throughout the process, the magnets maintain structural integrity and adjust relative positions and orientations under unbalanced magnetic forces. The granular substrate exerts resistance to sliding motion.

Leaderboard/Video Generation/DoublePhysics/MagnetAttract_MagnetRepel__bg265__UxmDIE_trajectory/caption.txt

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+Two pairs of U-shaped magnets occupy the particle surface. The upper magnet of the first pair undergoes slight translational displacement and rotation to align opposite magnetic poles directly. This alignment induces mutual attraction, drawing components closer under unbalanced magnetic forces. Repulsive forces within the second region maintain inter-regional separation, counteracting general convergence. All rigid bodies retain structural integrity during displacement. As the primary pair approaches, magnetic potential energy converts to kinetic energy. The scene demonstrates the coexistence of attractive and repulsive magnetic force laws within distinct elements, characterized by absence of deformation or structural damage.