| [ |
| { |
| "Video Name": "Center_of_Gravity_Suspension_Sim_1.mp4", |
| "Video Path (Relative)": "video/Center_of_Gravity_Suspension_Sim_1.mp4", |
| "Category": "Center of Gravity Sim", |
| "Initial Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_1_Initial_Frame.png", |
| "Final Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_1_Final_Frame.png", |
| "Prompt": "In the suspension method experiment for determining the center of gravity, against a black background, a rectangular object is suspended by a string. The object is manually pulled toward the left and then released. It rotates or oscillates around its center of gravity near the suspension point before gradually returning to a stationary state." |
| }, |
| { |
| "Video Name": "Center_of_Gravity_Suspension_Sim_2.mp4", |
| "Video Path (Relative)": "video/Center_of_Gravity_Suspension_Sim_2.mp4", |
| "Category": "Center of Gravity Sim", |
| "Initial Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_2_Initial_Frame.png", |
| "Final Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_2_Final_Frame.png", |
| "Prompt": "In the suspension method experiment for determining the center of gravity, against a black background, a rectangular object is suspended by a string. The object is manually pulled toward the right and then released. It rotates or oscillates around its center of gravity near the suspension point before gradually returning to a stationary state." |
| }, |
| { |
| "Video Name": "Center_of_Gravity_Suspension_Sim_3.mp4", |
| "Video Path (Relative)": "video/Center_of_Gravity_Suspension_Sim_3.mp4", |
| "Category": "Center of Gravity Sim", |
| "Initial Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_3_Initial_Frame.png", |
| "Final Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_3_Final_Frame.png", |
| "Prompt": "In the suspension method experiment for determining the center of gravity, against a black background, a triangle object is suspended by a string. The object is manually pulled toward the left and then released. It rotates or oscillates around its center of gravity near the suspension point before gradually returning to a stationary state." |
| }, |
| { |
| "Video Name": "Center_of_Gravity_Suspension_Sim_4.mp4", |
| "Video Path (Relative)": "video/Center_of_Gravity_Suspension_Sim_4.mp4", |
| "Category": "Center of Gravity Sim", |
| "Initial Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_4_Initial_Frame.png", |
| "Final Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_4_Final_Frame.png", |
| "Prompt": "In the suspension method experiment for determining the center of gravity, against a black background, a triangle object is suspended by a string. The object is manually pulled toward the right and then released. It rotates or oscillates around its center of gravity near the suspension point before gradually returning to a stationary state." |
| }, |
| { |
| "Video Name": "Center_of_Gravity_Suspension_Sim_5.mp4", |
| "Video Path (Relative)": "video/Center_of_Gravity_Suspension_Sim_5.mp4", |
| "Category": "Center of Gravity Sim", |
| "Initial Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_5_Initial_Frame.png", |
| "Final Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_5_Final_Frame.png", |
| "Prompt": "In the suspension method experiment for determining the center of gravity, against a black background, an arrow object is suspended by a string. The object is manually pulled toward the left and then released. It rotates or oscillates around its center of gravity near the suspension point before gradually returning to a stationary state." |
| }, |
| { |
| "Video Name": "Center_of_Gravity_Suspension_Sim_6.mp4", |
| "Video Path (Relative)": "video/Center_of_Gravity_Suspension_Sim_6.mp4", |
| "Category": "Center of Gravity Sim", |
| "Initial Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_6_Initial_Frame.png", |
| "Final Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_6_Final_Frame.png", |
| "Prompt": "In the suspension method experiment for determining the center of gravity, against a black background, an arrow object is suspended by a string. The object is manually pulled toward the right and then released. It rotates or oscillates around its center of gravity near the suspension point before gradually returning to a stationary state." |
| }, |
| { |
| "Video Name": "Center_of_Gravity_Suspension_Sim_7.mp4", |
| "Video Path (Relative)": "video/Center_of_Gravity_Suspension_Sim_7.mp4", |
| "Category": "Center of Gravity Sim", |
| "Initial Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_7_Initial_Frame.png", |
| "Final Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_7_Final_Frame.png", |
| "Prompt": "In the suspension method experiment for determining the center of gravity, against a black background, a pentagon object is suspended by a string. The object is manually pulled toward the left and then released. It rotates or oscillates around its center of gravity near the suspension point before gradually returning to a stationary state." |
| }, |
| { |
| "Video Name": "Center_of_Gravity_Suspension_Sim_8.mp4", |
| "Video Path (Relative)": "video/Center_of_Gravity_Suspension_Sim_8.mp4", |
| "Category": "Center of Gravity Sim", |
| "Initial Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_8_Initial_Frame.png", |
| "Final Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_8_Final_Frame.png", |
| "Prompt": "In the suspension method experiment for determining the center of gravity, against a black background, a pentagon object is suspended by a string. The object is manually pulled toward the right and then released. It rotates or oscillates around its center of gravity near the suspension point before gradually returning to a stationary state." |
| }, |
| { |
| "Video Name": "Center_of_Gravity_Suspension_Sim_9.mp4", |
| "Video Path (Relative)": "video/Center_of_Gravity_Suspension_Sim_9.mp4", |
| "Category": "Center of Gravity Sim", |
| "Initial Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_9_Initial_Frame.png", |
| "Final Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_9_Final_Frame.png", |
| "Prompt": "In the suspension method experiment for determining the center of gravity, against a black background, a L-shape object is suspended by a string. The object is manually pulled toward the left and then released. It rotates or oscillates around its center of gravity near the suspension point before gradually returning to a stationary state." |
| }, |
| { |
| "Video Name": "Center_of_Gravity_Suspension_Sim_10.mp4", |
| "Video Path (Relative)": "video/Center_of_Gravity_Suspension_Sim_10.mp4", |
| "Category": "Center of Gravity Sim", |
| "Initial Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_10_Initial_Frame.png", |
| "Final Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_10_Final_Frame.png", |
| "Prompt": "In the suspension method experiment for determining the center of gravity, against a black background, a L-shape object is suspended by a string. The object is manually pulled toward the right and then released. It rotates or oscillates around its center of gravity near the suspension point before gradually returning to a stationary state." |
| }, |
| { |
| "Video Name": "Center_of_Gravity_Suspension_Sim_11.mp4", |
| "Video Path (Relative)": "video/Center_of_Gravity_Suspension_Sim_11.mp4", |
| "Category": "Center of Gravity Sim", |
| "Initial Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_11_Initial_Frame.png", |
| "Final Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_11_Final_Frame.png", |
| "Prompt": "In the suspension method experiment for determining the center of gravity, against a black background, a hexagon object is suspended by a string. The object is manually pulled toward the left and then released. It rotates or oscillates around its center of gravity near the suspension point before gradually returning to a stationary state." |
| }, |
| { |
| "Video Name": "Center_of_Gravity_Suspension_Sim_12.mp4", |
| "Video Path (Relative)": "video/Center_of_Gravity_Suspension_Sim_12.mp4", |
| "Category": "Center of Gravity Sim", |
| "Initial Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_12_Initial_Frame.png", |
| "Final Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_12_Final_Frame.png", |
| "Prompt": "In the suspension method experiment for determining the center of gravity, against a black background, a hexagon object is suspended by a string. The object is manually pulled toward the right and then released. It rotates or oscillates around its center of gravity near the suspension point before gradually returning to a stationary state." |
| }, |
| { |
| "Video Name": "Center_of_Gravity_Suspension_Sim_13.mp4", |
| "Video Path (Relative)": "video/Center_of_Gravity_Suspension_Sim_13.mp4", |
| "Category": "Center of Gravity Sim", |
| "Initial Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_13_Initial_Frame.png", |
| "Final Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_13_Final_Frame.png", |
| "Prompt": "In the suspension method experiment for determining the center of gravity, against a black background, a T-shape object is suspended by a string. The object is manually pulled toward the left and then released. It rotates or oscillates around its center of gravity near the suspension point before gradually returning to a stationary state." |
| }, |
| { |
| "Video Name": "Center_of_Gravity_Suspension_Sim_14.mp4", |
| "Video Path (Relative)": "video/Center_of_Gravity_Suspension_Sim_14.mp4", |
| "Category": "Center of Gravity Sim", |
| "Initial Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_14_Initial_Frame.png", |
| "Final Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_14_Final_Frame.png", |
| "Prompt": "In the suspension method experiment for determining the center of gravity, against a black background, a T-shape object is suspended by a string. The object is manually pulled toward the right and then released. It rotates or oscillates around its center of gravity near the suspension point before gradually returning to a stationary state." |
| }, |
| { |
| "Video Name": "Center_of_Gravity_Suspension_Sim_15.mp4", |
| "Video Path (Relative)": "video/Center_of_Gravity_Suspension_Sim_15.mp4", |
| "Category": "Center of Gravity Sim", |
| "Initial Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_15_Initial_Frame.png", |
| "Final Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_15_Final_Frame.png", |
| "Prompt": "In the suspension method experiment for determining the center of gravity, against a black background, a cross object is suspended by a string. The object is manually pulled toward the left and then released. It rotates or oscillates around its center of gravity near the suspension point before gradually returning to a stationary state." |
| }, |
| { |
| "Video Name": "Center_of_Gravity_Suspension_Sim_16.mp4", |
| "Video Path (Relative)": "video/Center_of_Gravity_Suspension_Sim_16.mp4", |
| "Category": "Center of Gravity Sim", |
| "Initial Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_16_Initial_Frame.png", |
| "Final Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_16_Final_Frame.png", |
| "Prompt": "In the suspension method experiment for determining the center of gravity, against a black background, a cross object is suspended by a string. The object is manually pulled toward the right and then released. It rotates or oscillates around its center of gravity near the suspension point before gradually returning to a stationary state." |
| }, |
| { |
| "Video Name": "Center_of_Gravity_Suspension_Sim_17.mp4", |
| "Video Path (Relative)": "video/Center_of_Gravity_Suspension_Sim_17.mp4", |
| "Category": "Center of Gravity Sim", |
| "Initial Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_17_Initial_Frame.png", |
| "Final Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_17_Final_Frame.png", |
| "Prompt": "In the suspension method experiment for determining the center of gravity, against a black background, a diamond object is suspended by a string. The object is manually pulled toward the left and then released. It rotates or oscillates around its center of gravity near the suspension point before gradually returning to a stationary state." |
| }, |
| { |
| "Video Name": "Center_of_Gravity_Suspension_Sim_18.mp4", |
| "Video Path (Relative)": "video/Center_of_Gravity_Suspension_Sim_18.mp4", |
| "Category": "Center of Gravity Sim", |
| "Initial Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_18_Initial_Frame.png", |
| "Final Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_18_Final_Frame.png", |
| "Prompt": "In the suspension method experiment for determining the center of gravity, against a black background, a diamond object is suspended by a string. The object is manually pulled toward the right and then released. It rotates or oscillates around its center of gravity near the suspension point before gradually returning to a stationary state." |
| }, |
| { |
| "Video Name": "Center_of_Gravity_Suspension_Sim_19.mp4", |
| "Video Path (Relative)": "video/Center_of_Gravity_Suspension_Sim_19.mp4", |
| "Category": "Center of Gravity Sim", |
| "Initial Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_19_Initial_Frame.png", |
| "Final Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_19_Final_Frame.png", |
| "Prompt": "In the suspension method experiment for determining the center of gravity, against a black background, a trapezoid object is suspended by a string. The object is manually pulled toward the left and then released. It rotates or oscillates around its center of gravity near the suspension point before gradually returning to a stationary state." |
| }, |
| { |
| "Video Name": "Center_of_Gravity_Suspension_Sim_20.mp4", |
| "Video Path (Relative)": "video/Center_of_Gravity_Suspension_Sim_20.mp4", |
| "Category": "Center of Gravity Sim", |
| "Initial Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_20_Initial_Frame.png", |
| "Final Frame": "Boundary_Frames/Center_of_Gravity_Suspension_Sim_20_Final_Frame.png", |
| "Prompt": "In the suspension method experiment for determining the center of gravity, against a black background, a trapezoid object is suspended by a string. The object is manually pulled toward the left and then released. It rotates or oscillates around its center of gravity near the suspension point before gradually returning to a stationary state." |
| } |
| ] |
