Add 43 recovered Leaderboard captions

Leaderboard/Video Generation/SinglePhysics/MagnetAttract__bg200__3rAjFg_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets with red bodies and white magnetic poles are situated on a rust-red table surface. They are positioned such that opposite poles face each other. This configuration generates an attractive magnetic force between the magnets. Consequently, this force leads to the magnets establishing mutual physical contact.

Leaderboard/Video Generation/SinglePhysics/MagnetAttract__bg200__8DpUwo_trajectory/caption.txt

@@ -0,0 +1 @@
+On a white textured wooden table, two U-shaped magnets characterized by red bodies and white magnetic poles are placed. These two magnets are oriented with their opposite poles facing each other, thereby generating a magnetic attractive force. Subjected to this interaction, they gradually approach one another along the surface until they establish mutual contact.

Leaderboard/Video Generation/SinglePhysics/MagnetAttract__bg200__91ZYTR_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets characterized by red bodies and white magnetic poles are positioned on a pale red wooden table. The magnets are situated such that their opposite poles face one another directly. This spatial alignment generates a magnetic attractive force. Driven by this force, the magnets undergo a gradual translational motion toward each other, continuing until the two objects achieve mutual physical contact.

Leaderboard/Video Generation/SinglePhysics/MagnetAttract__bg200__AJsLL2_trajectory/caption.txt

@@ -0,0 +1 @@
+On a light pink wooden table, two U-shaped magnets featuring red bodies and white magnetic poles are positioned. The magnets are oriented such that opposite poles face each other, thereby generating a magnetic attractive force. Driven by this force, the magnets undergo a gradual approach toward one another. Finally, the magnets attain mutual physical contact.

Leaderboard/Video Generation/SinglePhysics/MagnetAttract__bg200__Ca2kNn_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets with red bodies and white magnetic poles are situated upon a red table surface. Precisely aligned with opposite poles facing one another, a magnetic attractive force is exerted, resulting in a gradual convergence of the magnets until they attain direct mutual contact.

Leaderboard/Video Generation/SinglePhysics/MagnetAttract__bg200__FQpx0W_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets, characterized by red bodies and white magnetic poles, are situated on a black table. They are oriented such that opposite poles face each other. This arrangement generates a magnetic attractive force between the magnets. Consequently, the magnets undergo a slow translational motion towards each other under the influence of the force. The relative motion persists until the two magnets achieve direct physical contact with one another.

Leaderboard/Video Generation/SinglePhysics/MagnetAttract__bg200__Hn1RR1_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets, characterized by red bodies and white magnetic poles, are situated on a pink wooden table. Specifically, the two magnets are oriented such that opposite magnetic poles face each other directly. This spatial arrangement generates a magnetic attractive force acting between the two objects. Driven by this force, the magnets gradually converge toward one another. The motion persists until the two magnets achieve mutual physical contact.

Leaderboard/Video Generation/SinglePhysics/MagnetAttract__bg200__JA3AEy_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets characterized by red bodies and white magnetic poles are situated on a wooden table surface. Precisely, these two magnets are oriented such that their respective opposite poles face one another directly. This spatial configuration induces a mutual magnetic attractive force between the objects. Acting under this force, the magnets undergo a slow, gradual convergence towards each other. Finally, the two magnets establish direct physical contact.

Leaderboard/Video Generation/SinglePhysics/MagnetAttract__bg200__JJG1Tn_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets with red bodies and white magnetic poles are positioned upon a pale red wooden table. These magnets are specifically configured such that opposite poles face each other, thereby exerting an attractive magnetic force between them. Consequently, the magnets undergo a gradual approach toward one another under the influence of this magnetic force. Finally, the two magnets establish mutual physical contact.

Leaderboard/Video Generation/SinglePhysics/MagnetAttract__bg200__NKhq7w_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets with red bodies and white magnetic poles are positioned on a bright green wooden table. The magnets are aligned precisely such that opposite poles face each other, generating an attractive force. Consequently, the magnets gradually approach one another. Finally, the two magnets come into direct physical contact.

Leaderboard/Video Generation/SinglePhysics/MagnetAttract__bg200__PxsawU_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets possessing red bodies and white magnetic poles are positioned on a green wooden table. Precisely, the opposite magnetic poles of these two magnets face one another. This alignment induces an attractive magnetic force between the magnets. Acting under the influence of this force, the magnets gradually converge towards each other. The convergence proceeds until the magnets establish direct physical contact.

Leaderboard/Video Generation/SinglePhysics/MagnetAttract__bg200__ag7AM7_trajectory/caption.txt

@@ -0,0 +1 @@
+Positioned on a green wooden table, two U-shaped magnets characterized by red bodies and white magnetic poles are observed. Specifically, these magnets are oriented with opposing poles facing one another. Consequently, an attractive magnetic force is generated between them. This force drives the magnets to gradually approach each other, concluding when the objects establish mutual physical contact.

Leaderboard/Video Generation/SinglePhysics/MagnetAttract__bg200__dh8VQs_trajectory/caption.txt

@@ -0,0 +1 @@
+Two red U-shaped magnets are positioned on a horizontal wooden table. In this specific instance, the opposite magnetic poles of the two units face one another directly. Consequently, a magnetic attractive force is generated between the interacting bodies. Driven by this net force, the magnets undergo a gradual translational motion, progressively reducing the spatial separation between them. The movement continues until the extremities of the two magnet structures achieve direct physical contact with each other.

Leaderboard/Video Generation/SinglePhysics/MagnetAttract__bg200__iTaH6Z_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets with red bodies and white magnetic poles are situated on a table. The magnets are aligned such that opposite poles face one another, generating an attractive magnetic force. This force causes the magnets to slowly approach each other through gradual translational motion. The motion persists until the two objects establish mutual physical contact.

Leaderboard/Video Generation/SinglePhysics/MagnetAttract__bg200__jTaFke_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets, characterized by red bodies and white magnetic poles, are positioned upon a green wooden table surface. Specifically, the two magnets are arranged such that their opposite poles face one another directly. This orientation induces a magnetic attractive force acting between the objects. Consequently, the magnets exhibit a gradual translational motion as they move towards each other. This kinematic process continues until the magnetic bodies achieve mutual physical contact. The interaction occurs on the horizontal support surface.

Leaderboard/Video Generation/SinglePhysics/MagnetAttract__bg200__nVUdiq_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets with red bodies and white magnetic poles are situated on a wooden table. They are precisely positioned with opposite poles facing each other, generating a magnetic attractive force. Consequently, the magnets slowly approach one another under the influence of this interaction. Finally, the two bodies come into direct mutual physical contact.

Leaderboard/Video Generation/SinglePhysics/MagnetAttract__bg200__sbR5D0_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets, characterized by red bodies and white magnetic poles, are situated on a pale red wooden table. The magnets are positioned such that opposite poles face each other directly. This alignment generates a magnetic attractive force between the objects. Driven by this interaction, the magnets slowly approach one another, ultimately resulting in mutual physical contact.

Leaderboard/Video Generation/SinglePhysics/MagnetAttract__bg200__x4JRND_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets characterized by red bodies and white magnetic poles are situated on a wooden table. Precisely, these two magnets are configured with opposite poles facing one another directly. This specific orientation induces a magnetic attractive force acting between the two magnets. Consequently, the magnets undergo a gradual approach toward each other due to this force. Finally, the magnets achieve mutual physical contact.

Leaderboard/Video Generation/SinglePhysics/MagnetAttract__bg200__ztfjiZ_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets with red bodies and white magnetic poles rest on a horizontal wooden table. With opposite poles facing each other, they generate an attractive force, gradually approaching until mutual contact is established.

Leaderboard/Video Generation/SinglePhysics/MagnetRepel__bg200__2Y8eAY_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets are situated on a wooden tabletop. The magnets are colored red, with areas near the magnetic poles appearing pure white. Precisely, these two magnets are aligned with like poles facing one another, producing a repulsive force that causes mutual separation. As they move apart, the magnetic repulsive force gradually attenuates. Ultimately, the motion ceases, and the magnets come to rest.

Leaderboard/Video Generation/SinglePhysics/MagnetRepel__bg200__DufQyu_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets are situated on a carpet. The magnets exhibit a red coloration, with the regions proximate to the magnetic poles appearing pure white. Specifically, the two magnets are oriented such that like poles face one another, generating a mutual magnetic repulsive force that causes them to separate. During this separation, the magnetic repulsive force gradually attenuates, and the magnets ultimately attain a state of rest.

Leaderboard/Video Generation/SinglePhysics/MagnetRepel__bg200__EI7KmG_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets are situated on a wooden board. The magnet bodies are red, while the regions adjacent to the magnetic poles are pure white. The two magnets are oriented precisely such that like poles face each other, producing a magnetic repulsive force that drives mutual separation. As the separation distance increases, the magnetic repulsive force gradually attenuates, ultimately resulting in the magnets coming to rest.

Leaderboard/Video Generation/SinglePhysics/MagnetRepel__bg200__FVXV0M_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets are positioned, characterized by red bodies with pure white regions adjacent to the magnetic poles. The like poles of the two magnets are opposed, generating a repulsive force that causes mutual separation. As the separation distance increases, the magnetic repulsive force gradually attenuates. Ultimately, the magnets come to rest.

Leaderboard/Video Generation/SinglePhysics/MagnetRepel__bg200__MOAcWN_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets are situated on a planar surface. The magnets are red, with the regions adjacent to the magnetic poles being pure white. The magnets are positioned such that like poles face each other, generating a repulsive force that causes them to move apart. As they separate, the magnetic repulsive force gradually diminishes. Finally, the magnets come to rest.

Leaderboard/Video Generation/SinglePhysics/MagnetRepel__bg200__Qeu8qw_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets are situated on a plane. The magnets are red, and the regions adjacent to the magnetic poles are pure white. The magnets are aligned such that like poles face each other, generating a repulsive force that induces mutual recession. As they separate, the magnetic repulsive force gradually attenuates, and the magnets finally come to rest.

Leaderboard/Video Generation/SinglePhysics/MagnetRepel__bg200__RtVS80_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets are positioned upon a red planar surface. The magnet bodies are red, while the regions proximal to the magnetic poles appear pure white. Specifically, the like poles of the two magnets face one another, generating a magnetic repulsive force that induces mutual recession. As the separation distance increases, the magnitude of the magnetic repulsion gradually attenuates. Finally, the magnets cease motion and attain a state of rest.

Leaderboard/Video Generation/SinglePhysics/MagnetRepel__bg200__U78Oom_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets are positioned upon a planar surface. The magnets exhibit a red coloration, while the regions proximal to the magnetic poles appear pure white. Oriented such that like poles face one another, a magnetic repulsive force is generated, inducing mutual separation. As the separation distance increases, the magnitude of the magnetic repulsive force gradually attenuates. Ultimately, the motion ceases, and the magnets achieve a stationary state.

Leaderboard/Video Generation/SinglePhysics/MagnetRepel__bg200__WzKCbK_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets are positioned on a pink planar surface. The magnets are red, whereas the regions proximal to the magnetic poles are pure white. Oriented with like poles facing each other, the magnets generate a repulsive magnetic force, resulting in mutual separation. As the distance between them increases, the magnitude of the magnetic repulsion gradually attenuates. Ultimately, the motion ceases, and the magnets come to rest.

Leaderboard/Video Generation/SinglePhysics/MagnetRepel__bg200__fsvyht_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets are situated on a blue ceramic surface. The magnets are red, while the regions adjacent to the poles are pure white. In this configuration, like poles face each other, exerting a mutual magnetic repulsive force that drives the magnets apart. As the separation distance increases, the intensity of the repulsive force diminishes progressively. Ultimately, the motion halts, and the magnets achieve a state of rest.

Leaderboard/Video Generation/SinglePhysics/MagnetRepel__bg200__iKLlrL_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets are situated on a pink planar surface. The magnet bodies are red, while the regions proximal to the magnetic poles are pure white. The magnets are arranged with like poles facing each other, thereby inducing a magnetic repulsive force that results in mutual separation. As the separation distance increases, the magnitude of the repulsive force gradually attenuates. Finally, the magnets cease motion and remain stationary.

Leaderboard/Video Generation/SinglePhysics/MagnetRepel__bg200__iaY3t4_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets are situated on a red tabletop. The magnet bodies are red, while the regions adjacent to the magnetic poles are pure white. Positioned with like poles opposed, a magnetic repulsive force is generated, causing mutual separation. As the separation increases, the magnetic repulsive force gradually attenuates. Ultimately, motion ceases, and the magnets remain stationary.

Leaderboard/Video Generation/SinglePhysics/MagnetRepel__bg200__na3Eh7_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets are situated on a red planar surface. The magnets are colored red, while the regions proximate to their magnetic poles are pure white. Oriented such that like poles face one another, a magnetic repulsive force is generated, driving mutual separation. As the separation occurs, the magnitude of the magnetic repulsion diminishes gradually. Finally, the motion ceases, and the magnets come to rest.

Leaderboard/Video Generation/SinglePhysics/MagnetRepel__bg200__oezCOm_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets are positioned on a green planar surface. The magnet bodies are red, while the regions proximate to the magnetic poles exhibit pure white coloration. Oriented such that like poles face one another, the magnets generate a mutual repulsive force, causing them to recede from one another. During this separation, the magnitude of the magnetic repulsion gradually attenuates. Subsequently, translational motion ceases, and the magnets attain a state of rest.

Leaderboard/Video Generation/SinglePhysics/MagnetRepel__bg200__onYnLG_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets are situated on a red plane. The magnet bodies are red, while the regions proximate to the magnetic poles are pure white. With like poles facing one another, the magnets generate a repulsive magnetic force that induces mutual separation. As the separation distance increases, the magnitude of the magnetic repulsion progressively diminishes, until both magnets come to rest.

Leaderboard/Video Generation/SinglePhysics/MagnetRepel__bg200__qFan2L_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets are positioned on a red planar surface. The magnets themselves are red, whereas the areas surrounding the magnetic poles are pure white. Specifically, the like poles of these two magnets face each other, generating a repulsive force that causes mutual separation. As the separation distance increases, the magnitude of the magnetic repulsive force gradually attenuates. Eventually, the force diminishes sufficiently, and the magnets cease motion, remaining stationary.

Leaderboard/Video Generation/SinglePhysics/MagnetRepel__bg200__tj4o0F_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets are situated on a planar surface. The magnet bodies are red, with the regions proximate to the magnetic poles appearing as pure white. Oriented such that like poles face one another, the configuration generates a mutual magnetic repulsion, causing separation. As the separation distance increases, the magnitude of the repulsive force gradually attenuates. Finally, the motion ceases, and the magnets come to rest.

Leaderboard/Video Generation/SinglePhysics/MagnetRepel__bg200__wSmLJE_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets are positioned upon a planar surface. The magnets possess a red coloration, whereas the regions proximate to the magnetic poles are pure white. Specifically, the magnets are oriented with identical poles confronting each other, thereby generating a mutual magnetic repulsive force that induces separation. As the distance between them increases, the magnitude of the repulsive force gradually attenuates. Ultimately, the motion ceases, and the magnets attain a state of rest.

Leaderboard/Video Generation/SinglePhysics/MagnetRepel__bg200__z9Gfs7_trajectory/caption.txt

@@ -0,0 +1 @@
+Two U-shaped magnets are situated on a wooden plane. The magnets are red, while the regions adjacent to the magnetic poles are pure white. The magnets are aligned such that like poles face each other, generating a magnetic repulsive force. Consequently, the magnets recede from one another. During this separation, the magnetic repulsive force gradually attenuates. Finally, the magnets cease motion and come to rest.

Leaderboard/Video Generation/TriplePhysics/MovingHitsFixed_BalloonLift_MirrorReflect__bg275__EhumZI_trajectory/caption.txt

@@ -0,0 +1 @@
+The yellow headphones are suspended via thin cords attached to two cyan glossy balloons. Upward buoyant force gradually elevates the apparatus. As the component ascends, rope constraints generate asymmetric tension, causing the headphones to rotate and alter orientation during ascent. An elliptical mirror reflects its motion trajectory. Concurrently, a gray rough metallic object undergoes vertical descent under gravitational acceleration, maintaining an independent downward motion parallel to the ascending assembly.

Leaderboard/Video Generation/TriplePhysics/MovingHitsMoving_RollUpSlope_MirrorFragmentReflect__bg217__VOkZXN_trajectory/caption.txt

@@ -0,0 +1 @@
+Two golden lamps approach one another on a horizontal plane. Upon collision, momentum transfer occurs, resulting in one lamp proceeding with reduced velocity. Under the action of gravity, it ascends the ramp, with its trajectory undergoing upward deflection. The lamp passes an elliptical mirror located on the ramp. Mass conservation is maintained throughout the entire process, and following the impact, the lamp's trajectory adjusts in accordance with the ramp's geometry.

Leaderboard/Video Generation/TriplePhysics/ObliqueProjectile_RollDownSlope_MirrorFragmentReflect__bg261__YONxAd_trajectory/caption.txt

@@ -0,0 +1 @@
+A green apple traverses a parabolic trajectory under gravity, descending until impact exceeds the brittle fracture threshold of the intercepting surface, shattering into multiple fragments. Mass and momentum continuity are maintained, allowing continued motion along the descent path. During descent, light reflects from the residual debris, and mechanical energy is conserved within the dynamical system.

Leaderboard/Video Generation/TriplePhysics/WindPushOppDir_UniformPanelSpin_MirrorReflect__bg223__ufZx4k_trajectory/caption.txt

@@ -0,0 +1 @@
+A rotating stone disk and two fans are positioned on the ground. The fan blades rotate, generating forward-directed wind force. A green toy truck attempts to traverse toward the fan but is decelerated by the force and displaced rearward. Concurrently, a small car with a rough surface is driven forward by the second fan; upon impacting the rotating disk, it is deflected. Separately, a red thermos cup undergoes free fall from above the disk. Upon contact, the cup collides with the disk subject to frictional forces, acquiring angular momentum. Subsequently, the cup is ejected, exhibiting spin and precession throughout its trajectory.

Leaderboard/Video Generation/TriplePhysics/WindPushSameDir_VerticalFall_BalloonTether__bg259__wg4PZA_trajectory/caption.txt

@@ -0,0 +1 @@
+An electric fan with golden blades is positioned on the ground, generating significant airflow. A stationary red block serves as the interaction platform. An orange sphere placed on the block rolls forward under the influence of the airflow. Concurrently, a cyan sphere and a trash bin descend from the air. They impact a corner of the red block, rebound, and are simultaneously subjected to the aerodynamic force. The trash bin features a lid capable of free articulation.