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LSVQ/yfcc-batch4/3015.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 196 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How is the color of the video?"
},
{
"from": "gpt",
"value": "The video throughout has vivid and natural color, showcasing the good color of the food, making viewers feel hungry."
}
] |
LSVQ/yfcc-batch25/19716.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 212 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Does flickering occur throughout the video playback? "
},
{
"from": "gpt",
"value": "Yes, there is slight flicker throughout the video."
}
] |
LSVQ/ia-batch23/Update_on_Swine_Flu_Prep_for_Boston.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 13.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 13 images:\n <image>. In addition, you will also obtain motion features extracted from all 368 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you assess the sharpness of the video? "
},
{
"from": "gpt",
"value": "The sharpness is fair."
}
] |
LSVQ/ia-batch11/Flickr-35563123190.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 324 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What post-processing methods can be implemented to enhance the clarity of the video, considering its slight blurriness? "
},
{
"from": "gpt",
"value": "Applying image sharpening techniques through video enhancement software could improve the clarity and reduce the slight blurriness present in the video."
}
] |
LSVQ/yfcc-batch20/15827.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 240 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you describe the sharpness of the video? "
},
{
"from": "gpt",
"value": "Fair"
}
] |
LSVQ/yfcc-batch17/13290.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 232 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Are the colors in the video vivid? A. Yes B. No "
},
{
"from": "gpt",
"value": "A. Yes"
}
] |
LSVQ/ia-batch15/NHS_Boys_Basketball_vs_Rockport_January_18_2016.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 200 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Question: How would you describe the color contrast and colorfulness throughout the video's playback? "
},
{
"from": "gpt",
"value": "The color contrast and colorfulness throughout the video's playback are relatively low."
}
] |
LIVE-VQC/B045.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 11.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 11 images:\n <image>. In addition, you will also obtain motion features extracted from all 300 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?"
},
{
"from": "gpt",
"value": "The video playback maintains a high level of sharpness throughout, but the distribution of light is uneven. There is overexposure on the left side, while the lighting on the panda is rather dim. Additionally, there is significant flicker during video playback, which somewhat impacts the viewing experience.Hence, the quality of this video is good."
}
] |
LSVQ/ia-batch15/Taste_of_Penfield_Event.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 180 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is the video generally blurry throughout its entire duration? "
},
{
"from": "gpt",
"value": "Yes, the video is generally blurry throughout its entire duration."
}
] |
LSVQ/ia-batch16/1990_Windsor_Shad_Derby_Day.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 12.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 12 images:\n <image>. In addition, you will also obtain motion features extracted from all 344 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is there noticeable compression blur in the video? A. Yes B. No "
},
{
"from": "gpt",
"value": "A. Yes"
}
] |
LSVQ/yfcc-batch14/11385.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 200 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you describe the sharpness of the video? "
},
{
"from": "gpt",
"value": "The video is slightly blurred."
}
] |
LSVQ/yfcc-batch14/11074.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 192 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How is the motion continuity in the video?"
},
{
"from": "gpt",
"value": "Very poor, with significant stutters."
}
] |
LSVQ/yfcc-batch24/19038.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 244 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Question: In which portion of the video is noticeable flicker observed? "
},
{
"from": "gpt",
"value": "Noticeable flicker is observed in the first half of the video."
}
] |
LSVQ/ia-batch17/Joe_Torry_Celebrity_Basketball_Challenge_Kickoff.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 240 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Can the white text in the video be recognized?"
},
{
"from": "gpt",
"value": "Although the white text in the video is quite noticeably distorted, it is still recognizable."
}
] |
LSVQ/ia-batch20/youtube-2zOvMJxNh5s.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 260 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is the sharpness of the video high throughout the playback? A. Yes B. No "
},
{
"from": "gpt",
"value": "B. No"
}
] |
LSVQ/yfcc-batch19/14966.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 216 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?"
},
{
"from": "gpt",
"value": "The video is slightly blurred, the image has significant flicker, there are noticeable compression artifacts, and the quality of the dark parts of the video is low.Hence, the quality of this video is good."
}
] |
LSVQ/ia-batch10/2013-03-22-SDA_Speed_Runs.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 224 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Does the reduced sharpness occur at a specific point in the video or throughout its entirety? "
},
{
"from": "gpt",
"value": "The reduced sharpness occurs throughout the entire duration of the video."
}
] |
LSVQ/yfcc-batch22/17794.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 212 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is the video smooth and coherent? A. Yes B. No "
},
{
"from": "gpt",
"value": "A. Yes;"
}
] |
LSVQ/ia-batch1/youtube-pReWiZa9hvs.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 184 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you describe the sharpness of the video? "
},
{
"from": "gpt",
"value": "The video has high sharpness throughout."
}
] |
LSVQ/ia-batch18/3_1101_n._tamarind_ave_and_10th_Converted.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 15.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 15 images:\n <image>. In addition, you will also obtain motion features extracted from all 236 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you describe the color richness in the video? "
},
{
"from": "gpt",
"value": "The color richness is low."
}
] |
LSVQ/yfcc-batch6/4741.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 212 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you describe the sharpness of the video? "
},
{
"from": "gpt",
"value": "The sharpness is fair."
}
] |
LSVQ/ia-batch8/ucberkeley_webcast_htzJdKoEmO0.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 152 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you describe the sharpness of the video, particularly regarding the text on the blackboard? A. Very sharp B. Moderately sharp C. Slightly sharp D. Blurred "
},
{
"from": "gpt",
"value": "D. Blurred."
}
] |
LSVQ/yfcc-batch5/3417.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 244 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?"
},
{
"from": "gpt",
"value": "The video playback is fluent, vibrant in color, but the sharpness is fair. The color temperature is on the warm side, and there is noticeable over-exposure in the outdoor area behind the two girls. Hence, the quality of this video isgood"
}
] |
LSVQ/ia-batch16/bliptv-20131012-152314-1687inc-TheFactsDiscussionTheAchievementGapPt2662.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 172 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What specific post-processing method could be used to address the block artifacts observed at the edges of the figures in the video? "
},
{
"from": "gpt",
"value": "Applying artifact reduction techniques, such as deblocking filters or compression artifact removal algorithms, could help in reducing block artifacts and improve the overall visual quality at the edges of the figures."
}
] |
LSVQ/ia-batch4/youtube-cPbDbhGBlQQ.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 164 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How do compression artifacts affect the video quality? "
},
{
"from": "gpt",
"value": "The video has slight compression artifacts, contributing to the image blur."
}
] |
LSVQ/yfcc-batch9/6902.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 224 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Are the dark areas of the video clear throughout playback? A. Yes B. No "
},
{
"from": "gpt",
"value": "B. No."
}
] |
LSVQ/yfcc-batch11/8333.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 184 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is the yellow leaf in the first scene of the video sharp?"
},
{
"from": "gpt",
"value": "The video has compression artifacts, resulting in low sharpness. Additionally, the yellow leaf is too close to the lens and slightly out of focus, making the leaf appear somewhat blurred."
}
] |
LSVQ/ia-batch18/First_Episode_-_Now_Is_The_Time_Suicide_Prevention_Defeating_Stigma.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 240 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How is the sharpness of the video described? A. Excellent B. Good C. Poor D. Moderate "
},
{
"from": "gpt",
"value": "C. Poor."
}
] |
LSVQ/ia-batch5/youtube-HVl8WotIWkI.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 11.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 11 images:\n <image>. In addition, you will also obtain motion features extracted from all 80 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Question: In which part of the video are hand movements not clearly visible due to dim lighting? "
},
{
"from": "gpt",
"value": "The hand movements in the upper right part are not clearly visible due to dim lighting."
}
] |
LSVQ/ia-batch2/youtube-qcqLqJcD_sA.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 10.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 10 images:\n <image>. In addition, you will also obtain motion features extracted from all 272 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?"
},
{
"from": "gpt",
"value": "The entire video playback process was significantly affected by compression blur, resulting in overall low sharpness. The brick wall on the left and the leaves on the right showed severe detail loss. Meanwhile, the camera flicker was considerable throughout the recording, making the camera trajectory unstable. These distortions severely impacted the user's viewing experience.Hence, the quality of this video is fair."
}
] |
LSVQ/yfcc-batch21/17122.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 192 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How is the facial presentation effect of the character in the video?"
},
{
"from": "gpt",
"value": "Relatively sharp, with fair edge texture details."
}
] |
LSVQ/ia-batch23/youtube-u_lmlAUjbkk.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 176 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What specific adjustments could be made to re-shoot the video to avoid issues with exposure and enhance the visibility of the masked character's clothes? "
},
{
"from": "gpt",
"value": "To address the underexposure of the masked character's clothes, additional lighting should be introduced to brighten the subject without affecting overall composition. For the overexposed light in the upper left corner, adjusting the angle or intensity of that particular light source can prevent overexposure, creating a more balanced exposure throughout the scene."
}
] |
LSVQ/ia-batch13/AAUW_Connections_-_Kara.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 176 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?"
},
{
"from": "gpt",
"value": "The video playback is smooth overall, the camera is fixed without flicker, but the image sharpness is very low, facial details are missing, and color blocks are evident.Hence, the quality of this video is good. "
}
] |
LSVQ/yfcc-batch8/6138.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 220 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How are the colors of the video described? "
},
{
"from": "gpt",
"value": "The colors are natural."
}
] |
LSVQ/yfcc-batch20/16200.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 232 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you describe the overall video fluency? "
},
{
"from": "gpt",
"value": "Fairly good."
}
] |
LSVQ/ia-batch24/Rep._Fall_Athletic_Summary_120914.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 12.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 12 images:\n <image>. In addition, you will also obtain motion features extracted from all 336 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How is the sharpness of the yellow wall in the video background?"
},
{
"from": "gpt",
"value": "The background wall is relatively blurred, making it impossible to discern the rectangular object hanging on the wall, and the white circular clock is too unclear to see the hands inside."
}
] |
LIVE-VQC/B127.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 10.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 10 images:\n <image>. In addition, you will also obtain motion features extracted from all 300 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?"
},
{
"from": "gpt",
"value": "The sharpness of the video playback throughout is fair, the quality of the camera trajectory is poor, and the characters appear with motion blur due to the excessively fast camera movements. Additionally, the image constantly suffers from high-frequency flicker, which severely impacts the viewer's experience.Hence, the quality of this video is fair. "
}
] |
LSVQ/ia-batch9/Senior_Center_Program_-_St._Patty_s_Day_2018.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 264 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Question: Where in the video does motion blur appear? Please specify the part of the video or object that shows this effect. "
},
{
"from": "gpt",
"value": "Motion blur appears on the hands of the person in the video."
}
] |
LIVE-VQC/B151.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 10.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 10 images:\n <image>. In addition, you will also obtain motion features extracted from all 300 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?"
},
{
"from": "gpt",
"value": "The video's playback maintains a high level of sharpness throughout, with relatively natural color and moderate light, but there is a small frequency of unnatural flicker, which somewhat affects the viewer's experience.Hence, the quality of this video is good."
}
] |
LSVQ/ia-batch16/Council_Meeting_12_17_13_pt_1.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 148 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?"
},
{
"from": "gpt",
"value": "The overall video is relatively blurry, the video content is fairly singular, and the compression artifact is quite noticeable.Hence, the quality of this video is fair."
}
] |
LSVQ/yfcc-batch19/15010.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 236 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you describe the color representation in the video? "
},
{
"from": "gpt",
"value": "The colors appear natural."
}
] |
videofeedback/1002086.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one AIGC video generated from the prompt:A bird sits on a branch and flies from the tree in the background of sunset This video is 2.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 2 images:\n <image>. In addition, you will also obtain motion features extracted from all 16 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: In the video, which of the following elements does not align with the generation instructions? A. The bird's flight B. The sunset background C. The branches being static D. The bird sitting on the branch"
},
{
"from": "gpt",
"value": "A. The bird's flight"
}
] |
LSVQ/ia-batch19/bliptv-20131012-142033-AndreJaxon-RapCriticAsherRoth949.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 10.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 10 images:\n <image>. In addition, you will also obtain motion features extracted from all 148 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you describe the overall sharpness of the video?"
},
{
"from": "gpt",
"value": "The overall sharpness of the video is low due to the low resolution and compression artifacts."
}
] |
videofeedback/7000277.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one AIGC video generated from the prompt:video of circus acrobats dancing, colorful, hippie colors Message: Circus Madness (Font: MODERN) This video is 1.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 1 images:\n <image>. In addition, you will also obtain motion features extracted from all 8 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide the assessment and description of five key aspects of this video: visual quality, temporal consistency, dynamic degree (Refers to the degree of unreasonable change during video playback.), text-to-video alignment (Refers to the consistency between the video content and the generation prompt.), and factual consistency (Refers to the consistency between the video content and natural/common-sense knowledge.)."
},
{
"from": "gpt",
"value": "There are many issues with this video. Firstly, the visual quality of the video is not high, with low resolution leading to poor sharpness and a large color difference. Meanwhile, the temporal consistency of the video content is fair, with severe dynamic degree causing illogical dynamic distortions in the people and letter patterns in the video as time progresses, which greatly differ from common knowledge. Moreover, the content presented in the video does not align with the generated instructions at all; the generated instructions described \"a video of circus acrobats dancing,\" but there are no circus acrobats in the video."
}
] |
LSVQ/ia-batch10/cobtx-Lights_On_in_Downtown_Bryan_2013.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 160 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is the clarity of the upper layer consistent throughout the video? "
},
{
"from": "gpt",
"value": "Yes, the clarity of the upper layer with the blue background and white text is consistent throughout the video."
}
] |
LSVQ/yfcc-batch6/4677.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 216 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you rate the severity of flicker when the camera moves to the left in the later part of the video? A. None B. Mild C. Moderate D. Severe "
},
{
"from": "gpt",
"value": "D. Severe"
}
] |
LSVQ/ia-batch5/elevatoractionreturns-tas-mitjitsu.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 10.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 10 images:\n <image>. In addition, you will also obtain motion features extracted from all 580 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?"
},
{
"from": "gpt",
"value": "The playback is smooth, and the colors are vivid. However, the image has a pixelated style with slightly jagged edges, and the image is slightly blurred.Hence, the quality of this video is good."
}
] |
LSVQ/ia-batch2/Our_City_Jan_28_2008_Pt3.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 13.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 13 images:\n <image>. In addition, you will also obtain motion features extracted from all 368 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Does the video experience compression artifacts frequently, and how does this affect the video quality throughout the duration?"
},
{
"from": "gpt",
"value": "Yes, there are severe compression artifacts throughout the video, making it very blurry with low resolution, and facial details are barely recognizable."
}
] |
LSVQ/yfcc-batch14/10977.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 212 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What issues are noticeable with the video in terms of exposure and flicker? "
},
{
"from": "gpt",
"value": "There is localized overexposure and slight flicker in the video."
}
] |
LSVQ/ia-batch22/youtube-PP_JTdCNVic.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 140 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Question: When does the splice in the video content occur? Please describe this moment in the video."
},
{
"from": "gpt",
"value": "The splice in the video content occurs after the first second of the video."
}
] |
LSVQ/ia-batch4/cg_0258-Commissioner_Randy_Isenhower_-_Hurricane_Florence_9-15-18.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 164 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What aspects likely contribute to the clear and high-quality visual presentation in this video?"
},
{
"from": "gpt",
"value": "The likely contributors to the clear and high-quality visual presentation in the video include fluent playback, a stable camera during recording, and high resolution and sharpness of the picture."
}
] |
LSVQ/yfcc-batch11/8608.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 212 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What adjustments could be made to re-shoot this video to avoid excessive brightness and improve the quality of the content?"
},
{
"from": "gpt",
"value": "Adjusting the camera’s exposure settings to reduce glare and local brightness, while also incorporating a variety of elements or locations, can help make the video more visually appealing and engaging. Additionally, using neutral density filters or diffused lighting can balance the brightness and create a more evenly lit scene."
}
] |
LSVQ/ia-batch17/Golden_Valley_Rotary_Club_Awards_Banquet.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 10.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 10 images:\n <image>. In addition, you will also obtain motion features extracted from all 288 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Question: In what way does the video display inconsistencies that slightly affect the viewing experience?"
},
{
"from": "gpt",
"value": "The video shows frequent minor flicker, which slightly affects the viewing."
}
] |
LSVQ/ia-batch15/comaz-Covering_Mesa_-_Frontier_Airlines.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 176 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is the high sharpness present throughout the video? "
},
{
"from": "gpt",
"value": "Yes, the video has relatively high sharpness throughout."
}
] |
LSVQ/ia-batch12/Budgeting_101_with_Joni_Kearn_-_Wills_Trusts_-_March_2017.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 224 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you rate the clarity of the images in this video? A. Very clear B. Clear C. Slightly blurry D. Very blurry "
},
{
"from": "gpt",
"value": "C. Slightly blurry."
}
] |
LSVQ/ia-batch10/Firefighters_Make_An_Unexpected_Delivery.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 204 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: During which aspect of the video does the viewer experience blurriness affecting the details? A. The landscapes in the background B. The edge details of objects C. The details of the faces D. The text displayed in the video "
},
{
"from": "gpt",
"value": "C. The details of the faces"
}
] |
LIVE-VQC/P003.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 10.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 10 images:\n <image>. In addition, you will also obtain motion features extracted from all 300 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What post-processing methods could be used to enhance the sharpness and reduce the flicker in the video to improve the viewing experience? "
},
{
"from": "gpt",
"value": "Applying video super-resolution techniques can enhance sharpness, while using de-flicker operations can effectively reduce the flicker in the video."
}
] |
LSVQ/ia-batch19/ectpa-ECTV_LIVE_November_27_2017_Dietrich_Theater.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 14.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 14 images:\n <image>. In addition, you will also obtain motion features extracted from all 392 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you describe the sharpness of the image and the facial details of the characters? "
},
{
"from": "gpt",
"value": "The image quality is not sharp, and the facial details are blurred."
}
] |
LSVQ/ia-batch3/Conservation_Trust_Update_Sept_27.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 13.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 13 images:\n <image>. In addition, you will also obtain motion features extracted from all 360 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Does the noise affecting the viewing experience occur at a specific time or throughout the video? "
},
{
"from": "gpt",
"value": "The noise affecting the viewing experience occurs throughout the entire video."
}
] |
LSVQ/ia-batch10/City_Council_Regular_Meeting_For_December_12_2016.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 192 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is the video playback generally smooth? A. Yes B. No "
},
{
"from": "gpt",
"value": "A. Yes."
}
] |
LSVQ/ia-batch19/Flickr-5867387560.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 180 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Does the video experience compression artifacts and flicker distortion throughout its duration? "
},
{
"from": "gpt",
"value": "Yes, the video experiences a minor degree of compression artifact and flicker distortion throughout its duration."
}
] |
LSVQ/yfcc-batch11/8993.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 104 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?"
},
{
"from": "gpt",
"value": "The video is well lit throughout, with accurate focus and relatively stable camera work. However, the sharpness is fair, and there is a slight compression artifact. Additionally, the fluency of the video is low, with noticeable stuttering.Hence, the quality of this video is good."
}
] |
LSVQ/yfcc-batch8/5879.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 236 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?"
},
{
"from": "gpt",
"value": "The video is relatively clear, with the light in the landscape scenes in the first half being natural and soft, and the colors are vivid with high saturation, but the details of the nearby yellow flowers and grass are slightly blurred.Hence, the quality of this video is good."
}
] |
LSVQ/yfcc-batch6/4251.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 208 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Which part of the video shows wave-like color distortion? A. The foreground foliage B. The excavator C. The sky D. The roof in the background"
},
{
"from": "gpt",
"value": "D. The roof in the background"
}
] |
LSVQ/ia-batch20/Square_Dance_Live_-_Episode_111.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 208 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How is the colorfulness of the video image in this segment?"
},
{
"from": "gpt",
"value": "The colorfulness is relatively high."
}
] |
LSVQ/yfcc-batch5/3845.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 192 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is there any flicker observed in the video? A. Yes B. No "
},
{
"from": "gpt",
"value": "B. No"
}
] |
LSVQ/yfcc-batch20/16342.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 192 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Question: What is the predominant color visible in the video frame? "
},
{
"from": "gpt",
"value": "The predominant color visible in the video frame is green."
}
] |
LSVQ/yfcc-batch23/18294.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 244 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is the video playback consistent and smooth throughout? "
},
{
"from": "gpt",
"value": "Yes, the video playback is high fluency and smooth."
}
] |
LSVQ/yfcc-batch14/10681.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 224 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Does the movement of objects in the video appear natural? A. Yes B. No "
},
{
"from": "gpt",
"value": "B. No"
}
] |
LSVQ/yfcc-batch1/682.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 200 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How can bright and natural lighting, clear focus on main subjects, and a blurred background contribute to the overall quality of a video? "
},
{
"from": "gpt",
"value": "Bright and natural lighting enhances visibility and brings out the details in a scene, making it more visually appealing. Clear focus on the main subjects ensures the viewer's attention is directed to the intended elements of the video, while a blurred background creates depth and helps isolate the subjects, contributing to a professional and polished look."
}
] |
LSVQ/ia-batch23/TheInventionThatOurPeopleInventedStillRunsTheWorldToday.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 10.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 10 images:\n <image>. In addition, you will also obtain motion features extracted from all 152 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is there noticeable flicker in the video? A. Yes B. No "
},
{
"from": "gpt",
"value": "A. Yes "
}
] |
LSVQ/ia-batch3/bptvpa-NAMS_Spring_Concert_5_5_16.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 13.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 13 images:\n <image>. In addition, you will also obtain motion features extracted from all 376 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Question: How is the clarity of the outlines and facial features of people depicted in the video? "
},
{
"from": "gpt",
"value": "The outlines of people and objects are relatively blurred, and the facial features of the people are also somewhat blurred."
}
] |
LSVQ/yfcc-batch9/6628.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 196 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Does the video have any flicker during playback? A. Yes B. No "
},
{
"from": "gpt",
"value": "B. No.;"
}
] |
LSVQ/yfcc-batch10/7784.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 172 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Which part of the video appears blurry? A. The texture of the grass B. The audience in the distant stands C. The overall scenery D. The nearby trees "
},
{
"from": "gpt",
"value": "B. The audience in the distant stands."
}
] |
LIVE-VQC/G057.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 11.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 11 images:\n <image>. In addition, you will also obtain motion features extracted from all 300 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?"
},
{
"from": "gpt",
"value": "The sharpness of the video throughout is poor, the quality of the camera trajectory is poor, there is a lack of coordination, and the image has a high frequency of significant and continuous flicker, which severely affects the viewing experience.Hence, the quality of this video is fair. "
}
] |
LSVQ/yfcc-batch9/6897.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 228 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What factors can contribute to achieving high visual clarity, appropriate background blur, and seamless transitions in a video?"
},
{
"from": "gpt",
"value": "High visual clarity can be achieved by using a high-resolution camera and proper focusing techniques. Appropriate background blur often comes from using a lens with a wide aperture, which creates a shallow depth of field, allowing the subject to stand out. Seamless transitions typically result from precise editing practices that ensure smooth continuity between scenes or shots."
}
] |
LSVQ/yfcc-batch8/6399.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 236 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How is the video picture brightness? "
},
{
"from": "gpt",
"value": "The video picture is relatively bright."
}
] |
LSVQ/ia-batch22/youtube-u7-abRXBsUg.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 144 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What post-processing methods could be used to effectively improve the quality of this video and reduce distortion? "
},
{
"from": "gpt",
"value": "Video super-resolution techniques can be applied to enhance the resolution and minimize blurring effects, compression artifacts, and blockiness. Additionally, motion stabilization methods can help address poor camera trajectory, and de-flicker operations can be used to reduce flicker effects."
}
] |
LSVQ/ia-batch9/archiveteam_videobot_twitter_com_914534055760338950.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 192 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What is the issue with the exposure in the white areas of the video? A. Underexposure B. Overexposure C. Balanced exposure D. Correct saturation "
},
{
"from": "gpt",
"value": "B. Overexposure."
}
] |
LSVQ/ia-batch6/bigclivedotcom-401_20141220.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 208 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What factors might contribute to the clarity and absence of motion blur in video playback? "
},
{
"from": "gpt",
"value": "The clarity of the video and absence of motion blur could be attributed to the use of a high-quality camera with a fast shutter speed, effective image stabilization, and adequate lighting conditions during recording."
}
] |
LSVQ/yfcc-batch16/12323.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 212 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?"
},
{
"from": "gpt",
"value": "The video playback is fluent, and the colors are vibrant, but noticeable block effects are present, and the sharpness is fair. Hence, the quality of this video isgood"
}
] |
LIVE-VQC/B283.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 10.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 10 images:\n <image>. In addition, you will also obtain motion features extracted from all 296 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Does the video have any problems with flicker? A. Yes B. No "
},
{
"from": "gpt",
"value": "A. Yes"
}
] |
LSVQ/ia-batch23/Planning_Board_05_16_13.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 10.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 10 images:\n <image>. In addition, you will also obtain motion features extracted from all 296 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What is the reason for the poor sharpness of the people in the video footage?"
},
{
"from": "gpt",
"value": "The distance between the camera and the character is too great, and the character's light in the frame is too low."
}
] |
LSVQ/ia-batch2/Aldersgate_United_Methodist_Church_-_Sunday_Services_-_North_Reading_9_22_13.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 228 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?"
},
{
"from": "gpt",
"value": "The video played fluently throughout without flicker, but the video sharpness was relatively poor, and there was a noticeable compression artifact at the end of the video, which to some extent affected the viewing experience.Hence, the quality of this video is good."
}
] |
LSVQ/ia-batch3/bptvpa-NAMS_Spring_Concert_5_5_16.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 13.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 13 images:\n <image>. In addition, you will also obtain motion features extracted from all 376 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What post-processing methods could be used to enhance the sharpness of the video and correct the overexposed areas? "
},
{
"from": "gpt",
"value": "Applying image sharpening techniques can improve the clarity of the video, and using exposure correction tools can help address and reduce overexposure in local areas."
}
] |
LSVQ/yfcc-batch5/3793.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 232 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What post-processing methods could be utilized to enhance the quality of this video by addressing issues related to compression artifacts and poor sharpness? "
},
{
"from": "gpt",
"value": "Video super-resolution techniques can be employed to mitigate the blocky effects caused by compression artifacts and improve overall sharpness. Furthermore, de-tilting correction could be applied to stabilize the image orientation, especially when filming distant objects."
}
] |
LSVQ/ia-batch23/Ste._Genevieve_Mo_County_Fair_Greased_Pig_7_13_14.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 12.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 12 images:\n <image>. In addition, you will also obtain motion features extracted from all 356 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What post-processing methods could be used to effectively improve the quality of a video that has issues with blurriness, poor camera trajectory, and slight flicker?"
},
{
"from": "gpt",
"value": "To improve the quality of the video, you could use video super-resolution techniques to enhance and clarify the blurry sections caused by compression artifacts. Additionally, employing stabilization algorithms can correct the poor camera trajectory, and applying de-flicker operations will help to reduce the slight flicker present in the picture."
}
] |
LSVQ/yfcc-batch2/964.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 208 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How do the video distortions affect the viewer's experience? "
},
{
"from": "gpt",
"value": "The distortions severely affect the viewer's experience."
}
] |
videofeedback/3000257.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one AIGC video generated from the prompt:time lapse waves on a beach This video is 2.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 2 images:\n <image>. In addition, you will also obtain motion features extracted from all 16 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide the assessment and description of five key aspects of this video: visual quality, temporal consistency, dynamic degree (Refers to the degree of unreasonable change during video playback.), text-to-video alignment (Refers to the consistency between the video content and the generation prompt.), and factual consistency (Refers to the consistency between the video content and natural/common-sense knowledge.)."
},
{
"from": "gpt",
"value": "There are many issues with this video. First, the visual quality is not high, the resolution is low, resulting in poor sharpness, and there is a significant difference in color changes before and after the video. At the same time, the temporal consistency of the video content is very poor, with a severe dynamic degree, and illogical dynamic distortions occur over time in both the beach and the sea, which differ significantly from natural common sense. In addition, the content presented in the video does not align well with the generation instructions, which describe \"timelapse waves on the beach,\" but the video only shows the beach and the sea."
}
] |
LSVQ/yfcc-batch11/8362.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 236 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is the video playback smooth? A. Yes B. No "
},
{
"from": "gpt",
"value": "A. Yes."
}
] |
LSVQ/yfcc-batch23/18276.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 232 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is there any flicker present during the video playback, and how often does it occur? "
},
{
"from": "gpt",
"value": "Yes, there is slight flicker present, and it occurs throughout the entire video playback."
}
] |
LSVQ/yfcc-batch4/2630.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 192 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you describe the colorfulness of the video? "
},
{
"from": "gpt",
"value": "The colorfulness is relatively vivid."
}
] |
LSVQ/yfcc-batch10/8149.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 188 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Question: Which part of the video frame appears to be out of focus due to the presence of the black sauce?"
},
{
"from": "gpt",
"value": "The right side of the frame appears to be out of focus where the black sauce is located."
}
] |
LSVQ/ia-batch5/Clare_of_Assisi_House_7-9-18.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 7.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 7 images:\n <image>. In addition, you will also obtain motion features extracted from all 188 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?"
},
{
"from": "gpt",
"value": "The video is fairly fluent throughout, with almost no flicker and no visible noise, but the video resolution is low, the image is somewhat blur, the details of the characters are unclear, and the color saturation is low. Hence, the quality of this video isgood"
}
] |
LSVQ/yfcc-batch24/18935.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 220 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Why is the flicker amplitude so high?"
},
{
"from": "gpt",
"value": "Because the video content shows riding on a roller coaster, there is significant flicker throughout the video, affecting the viewing experience."
}
] |
LSVQ/yfcc-batch18/13976.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 232 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Which part of the video suffers from overexposure? A. The beach sand B. The sky C. The area of the waves D. The palm trees. "
},
{
"from": "gpt",
"value": "C. The area of the waves."
}
] |
LSVQ/ia-batch12/superturrican-timeattack-exim.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 456 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you describe the overall sharpness of the video? "
},
{
"from": "gpt",
"value": "The sharpness is moderate."
}
] |
LSVQ/ia-batch8/youtube-fL5ZLR1QsjU.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 10.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 10 images:\n <image>. In addition, you will also obtain motion features extracted from all 580 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What is the sharpness of the text in the image?"
},
{
"from": "gpt",
"value": "Sharpness is high."
}
] |
LSVQ/yfcc-batch18/14146.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 220 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How does the lawn appear at the start of the video?"
},
{
"from": "gpt",
"value": "Inferior, due to overexposure and lens flicker, the details of the lawn are difficult to discern, and only the outlines can be vaguely recognized."
}
] |
LSVQ/ia-batch5/bliptv-20131015-010256-Appadvice-AppAdviceDailyAppisode592389.mp4 | 1 | [
{
"from": "human",
"value": "Now you will receive one video. This video is 6.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 6 images:\n <image>. In addition, you will also obtain motion features extracted from all 176 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What post-processing methods could be used to effectively improve the slightly blurred appearance of this video? "
},
{
"from": "gpt",
"value": "Applying techniques such as sharpening filters can help enhance the clarity and reduce the slight blur in the video."
}
] |
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