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q-future

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VQA-stage3

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Q-Future 25

[ { "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 168 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 in the video? " }, { "from": "gpt", "value": "The colors are quite vivid." } ]

[ { "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: Question: What aspect of the video image contributes to a poor viewing experience due to the lack of color richness? " }, { "from": "gpt", "value": "The black and white image contributes to a poor viewing experience due to the lack of color richness." } ]

[ { "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 168 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 a temporal period during which compression artifacts are not noticeable in the video?" }, { "from": "gpt", "value": "No, compression artifacts are noticeable throughout the entire video playback." } ]

[ { "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: Are the details of the child's hair texture well captured in the video? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes" } ]

[ { "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 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 truck movement in the video fluent?" }, { "from": "gpt", "value": "High fluency, with hardly noticeable stutters." } ]

[ { "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: Which part of the video shows signs of underexposure? A. The edges of the frame B. The center of the frame C. The top of the frame D. The bottom of the frame " }, { "from": "gpt", "value": "B. The center of the frame" } ]

[ { "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: Are there compression artifacts present in the video playback? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes;" } ]

[ { "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 can the flicker effect in the video be reduced during post-processing?" }, { "from": "gpt", "value": "The flicker effect can be reduced by applying de-flicker operations during post-processing, which can stabilize the brightness and color variations across frames, leading to smoother playback." } ]

[ { "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: 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 has very poor sharpness throughout, and all the characters' movements are accompanied by severe motion blur.Hence, the quality of this video is fair." } ]

[ { "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: How are the color and color temperature in the video footage?" }, { "from": "gpt", "value": "The colorfulness is insufficient, the color temperature is relatively low, and the light distribution is uneven." } ]

[ { "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 plays fluently, with fair sharpness, but there is slight motion blur, overexposure, and flicker, which to some extent affects the viewing experience.Hence, the quality of this video is good." } ]

[ { "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 124 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 resolution of the video high? " }, { "from": "gpt", "value": "No, the resolution is relatively low." } ]

[ { "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 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: Can you see the screen content clearly?" }, { "from": "gpt", "value": "Can only be roughly identified, due to strong light, unable to see clearly." } ]

[ { "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 kind of improvement strategies can be adopted to reshoot a video of the same content with higher quality?" }, { "from": "gpt", "value": "Use equipment such as brackets to fix the lens and reduce image flicker." } ]

[ { "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: What post-processing methods could be used to enhance the details of the grass in the video and improve the viewing experience?" }, { "from": "gpt", "value": "Applying video sharpness enhancement techniques such as sharpening filters or advanced video enhancement algorithms can improve the details and reduce the blurriness of the grass in the video, providing a better viewing experience for the audience." } ]

[ { "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 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: Is the video considered to be computer-generated? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes" } ]

[ { "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 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: Question: How would you describe the overall playback flow of the video?" }, { "from": "gpt", "value": "The video playback is relatively fluent throughout." } ]

[ { "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 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: Is the video playback free of flicker? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes." } ]

[ { "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: 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": "Throughout the video playback, the image presents compression artifacts, with block effects, and a severe loss of edge details, making it barely recognizable.Hence, the quality of this video is fair." } ]

[ { "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 252 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 clear are the people on the nearby speedboat in terms of sharpness? " }, { "from": "gpt", "value": "The people on the nearby speedboat appear quite blurred." } ]

[ { "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: 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 stable without flicker. The picture is relatively bright, with natural and vivid colors, high sharpness, and the details of the clouds are quite clear. However, there is some compression blur in certain areas of the image, and the leaves at the bottom of the picture suffer from severe detail loss due to being in the shadow.Hence, the quality of this video is good." } ]

[ { "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 kind of improvement strategy can be adopted to reshoot the video with the same content but higher quality?" }, { "from": "gpt", "value": "Use equipment such as stabilizers to fix the lens, reducing or even avoiding image flicker." } ]

[ { "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: Does the video have flickering, and how often does it occur?" }, { "from": "gpt", "value": "Yes, there is flickering, and it occurs continuously throughout the video." } ]

[ { "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 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: How would you describe the sharpness of the video throughout playback? " }, { "from": "gpt", "value": "The video is rather blurry." } ]

[ { "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: Does the video exhibit flicker throughout its duration?" }, { "from": "gpt", "value": "Yes, the video exhibits flicker throughout its duration." } ]

[ { "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: Does the video remain focused at any point during playback? A. Yes B. No " }, { "from": "gpt", "value": "B. No" } ]

[ { "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 is the contrast between light and dark areas in the video? " }, { "from": "gpt", "value": "The contrast is too strong, with bright areas being quite bright and dark areas being quite dark." } ]

[ { "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: Is there any noticeable image flicker throughout the video? A. Yes B. No " }, { "from": "gpt", "value": "B. No" } ]

[ { "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 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: How does overexposure affect the video? " }, { "from": "gpt", "value": "Overexposure is more noticeable in the white areas of the video." } ]

[ { "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 348 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 sharpness of the video? A. Excellent B. Good C. Fair D. Poor." }, { "from": "gpt", "value": "D. Poor." } ]

[ { "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 280 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: Do the compression artifacts and block effects occur throughout the entire video? " }, { "from": "gpt", "value": "Yes, the compression artifacts and block effects are noticeable throughout the entire video." } ]

[ { "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: Why is the main subject, the baby, particularly clear and prominent in the video? " }, { "from": "gpt", "value": "The clarity of the baby in the video likely results from having low noise and minimal compression artifacts, which preserve the subject's details and sharpness." } ]

[ { "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: How to improve video sharpness?" }, { "from": "gpt", "value": "Use more professional equipment for shooting." } ]

[ { "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 applied to enhance the clarity of this video and remove unwanted visual disturbances? " }, { "from": "gpt", "value": "Video upscaling or super-resolution techniques could be used to improve the clarity and resolution of the video, while noise reduction filters could be applied to remove the striped noise artifacts." } ]

[ { "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 252 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 stable and without flicker throughout the playback? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes." } ]

[ { "from": "human", "value": "Now you will receive one AIGC video generated from the prompt:When he reached the tree, the frog saw the fruit on the top of the branch and asked how they could reach it. This video is 3.0 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 3 images:\n <image>. In addition, you will also obtain motion features extracted from all 24 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 element in the video undergoes frequent and unrealistic changes, contrary to common sense?" }, { "from": "gpt", "value": "The shapes of the leaves." } ]

[ { "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: Is there any flicker during the video playback? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes" } ]

[ { "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: Question: How would you describe the color quality of the video footage? " }, { "from": "gpt", "value": "The video footage has dim and unnatural lighting, and the color appears faded." } ]

[ { "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: How is the colorfulness of the video?" }, { "from": "gpt", "value": "The video's colorfulness is relatively low, and the color is relatively single." } ]

[ { "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 is the exposure handled at the beginning of the video? " }, { "from": "gpt", "value": "The video suffers from severe overexposure at the beginning." } ]

[ { "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: What post-processing methods could be used to effectively enhance the resolution and sharpness of the video while also addressing motion blur?" }, { "from": "gpt", "value": "Techniques such as video upscaling or video super-resolution could be applied to improve resolution and sharpness. Additionally, motion compensation or motion blur reduction algorithms can be used to mitigate the effects of motion blur." } ]

[ { "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 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 low sharpness occur at a specific time during the video playback, or is it present throughout the entire video? " }, { "from": "gpt", "value": "Low sharpness is present throughout the entire video." } ]

[ { "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 168 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 issue affects the sharpness of the video? A. Overexposure B. Dim lighting C. High contrast D. Grainy texture " }, { "from": "gpt", "value": "B. Dim lighting" } ]

[ { "from": "human", "value": "Now you will receive one AIGC video generated from the prompt:Illustrate Tito imparting wisdom to Momo in a serene setting, conveying a sense of mentorship. 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: Which of the following is evident in the video concerning the interaction between Tito and Momo? A. Tito is playing an instrument for Momo. B. There is a strong sense of mentorship. C. Momo is teaching Tito how to cook. D. Tito and Momo are participating in a sporting event." }, { "from": "gpt", "value": "B. There is a strong sense of mentorship." } ]

[ { "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: What post-processing methods could be applied to improve the clarity of the video and mitigate any flicker effects? " }, { "from": "gpt", "value": "To enhance the video's sharpness and reduce compression artifacts, a video super-resolution technique can be employed. Additionally, utilizing de-flicker operations will help to minimize the flicker effects present in the video." } ]

[ { "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: Does the video resolution contribute positively to the viewing experience? A. Yes B. No " }, { "from": "gpt", "value": "B. No" } ]

[ { "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: Question: In which part of the video does the woman playing the instrument appear out of focus, leading to a significant loss of edge details?" }, { "from": "gpt", "value": "The woman playing the instrument appears out of focus, resulting in a significant loss of edge details, in the later part of the video." } ]

[ { "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: Does the video experience any flickering throughout its entire duration? " }, { "from": "gpt", "value": "No, the video does not experience any flickering throughout its entire duration." } ]

[ { "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 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: Is there any flicker present in the video? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes." } ]

[ { "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 364 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 exhibit compression artifacts and blurriness throughout its entire duration?" }, { "from": "gpt", "value": "Yes, the video consistently exhibits compression artifacts and severe blurriness throughout its entire duration." } ]

[ { "from": "human", "value": "Now you will receive one AIGC video generated from the prompt:two hands clapping with candles fluffed out 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: What unexpected event happens regarding the hand in the lower right corner of the video?" }, { "from": "gpt", "value": "The hand in the lower right corner suddenly disappears." } ]

[ { "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 364 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 improvement is suggested for achieving better video quality? " }, { "from": "gpt", "value": "It is recommended to use a camera with a higher resolution for shooting." } ]

[ { "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 there any camera flicker present in the video? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes." } ]

[ { "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: Does the video playback experience any stuttering? " }, { "from": "gpt", "value": "No, the playback is smooth." } ]

[ { "from": "human", "value": "Now you will receive one AIGC video generated from the prompt:Astounding visuals of galaxies, nebulae, and cosmic phenomena 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: Which celestial features are missing from the video despite being mentioned in the generation prompt? A. Stars B. Nebulae C. Comets D. Planets" }, { "from": "gpt", "value": "B. Nebulae" } ]

[ { "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 used to effectively enhance the clarity of this video and reduce distortion? " }, { "from": "gpt", "value": "Video super-resolution techniques can be employed to mitigate the blurriness and block effects. Additionally, advanced artifact removal algorithms can help restore lost details and reduce compression artifacts." } ]

[ { "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 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: 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 color is accurate throughout the video, with accurate focus, stable shots, and high fluency. However, due to the low resolution, the sharpness is low, and it is accompanied by a significant degree of compression artifact.Hence, the quality of this video is good. " } ]

[ { "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 overall sharpness of the video is fair, fluency is high, with almost no noise, almost no compression artifacts, and almost no image flicker.Hence, the quality of this video is high." } ]

[ { "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: Do compression blur and block effects occur at specific times during the video, or are they present throughout the entire video? " }, { "from": "gpt", "value": "Compression blur and block effects are present throughout the entire video." } ]

[ { "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: To what extent do compression artifacts affect the viewing experience? " }, { "from": "gpt", "value": "The slight compression artifact affects the viewing experience to some extent." } ]

[ { "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: What are some key advantages of playing a low-resolution video in a small window compared to full-screen playback? " }, { "from": "gpt", "value": "Playing a low-resolution video in a small window can make the images appear sharper and more stable, as the reduced viewing size minimizes the visibility of pixelation and any imperfections related to low resolution. Additionally, this setup helps maintain smooth and fluent playback, enhancing overall viewer experience despite the lower video resolution." } ]

[ { "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 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: Are the characters' movements smooth and uninterrupted?" }, { "from": "gpt", "value": "Yes" } ]

[ { "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: Are there any compression artifacts noticeable in the video? A. Yes B. No " }, { "from": "gpt", "value": "B. No" } ]

[ { "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: 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 overall fairly fluent, with high resolution, but the lighting is dim, making it difficult to observe, which affects the viewing experience.Hence, the quality of this video is good." } ]

[ { "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 strategies can be employed during the re-shooting of the video to ensure the background buildings are more clearly detailed?" }, { "from": "gpt", "value": "To achieve clearer detail of the background buildings, using a camera with a higher resolution and ensuring proper lighting can significantly enhance the video quality. Additionally, adjusting the focus settings to ensure the background is not out of focus can also help in capturing sharper and more detailed visuals." } ]

[ { "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: Which aspect of the video affects the depiction of the child's facial features? A. Poor lighting B. Image softness C. Excessive noise D. Overexposure " }, { "from": "gpt", "value": "B. Image softness" } ]

[ { "from": "human", "value": "Now you will receive one AIGC video generated from the prompt:animation showing an indian politician winning the election This video is 3.0 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 3 images:\n <image>. In addition, you will also obtain motion features extracted from all 24 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": "The video has vibrant colors, high sharpness, and good viewing quality. At the same time, the temporal consistency of the video is good, and the scenes in the video are basically consistent with the instructions. However, the pattern on the flag in the video changes with the swinging position of the flag, resulting in severe dynamic degree. The flag displayed by the Indian politician in the instruction is not the Indian national flag, which contradicts the factual consistency." } ]

[ { "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 would you rate the overall sharpness of this video? A. Excellent B. Fair C. Poor D. Very Poor " }, { "from": "gpt", "value": "B. Fair." } ]

[ { "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 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: 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 overall quite fluent, with vivid colors and high resolution, but there is distortion in the persons, and the background shows overexposure.Hence, the quality of this video is good." } ]

[ { "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 rate the overall clarity or sharpness of this video? A. Very high B. High C. Slightly blurred D. Very low " }, { "from": "gpt", "value": "C. Slightly blurred." } ]

[ { "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: Is the video playback fluent? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes." } ]

[ { "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 312 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 is low and very blur; all characters' facial details are unrecognizable. The white-clothed man on the right is affected by overexposure, impacting the viewing experience.Hence, the quality of this video is fair." } ]

[ { "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 issue in the video affects the viewing experience despite high resolution and smooth playback? A. Low resolution B. Stuttering C. Flicker D. Camera shake " }, { "from": "gpt", "value": "C. Flicker." } ]

[ { "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: 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 exhibits medium-level compression artifacts throughout, causing the whole image to be relatively blurry, which quite affects the viewing experience.Hence, the quality of this video is fair." } ]

[ { "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 168 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 there any flickers during the video playback? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes" } ]

[ { "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 348 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 has low sharpness throughout and also suffers from severe compression artifacts. The people in the video, the words on the blackboard, and the subtitles at the bottom of the screen are all very blurry, greatly affecting the viewing experience.Hence, the quality of this video is fair." } ]

[ { "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 post-processing methods could be used to enhance the sharpness of the video and reduce compression artifacts? " }, { "from": "gpt", "value": "Video enhancement techniques such as video denoising and video super-resolution could be used to improve the sharpness and reduce compression artifacts. Additionally, adjusting the color balance and applying filters to correct the unnatural light could enhance the overall viewing experience." } ]

[ { "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: Does the issue of low sharpness and noise appear at a specific time or throughout the video? " }, { "from": "gpt", "value": "The issue of low sharpness and noise occurs throughout the entire duration of the video." } ]

[ { "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: How is the color of the video?" }, { "from": "gpt", "value": "The overall color of the video is relatively dark." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 5.0 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 5 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 resolution quality of the video? " }, { "from": "gpt", "value": "The video suffers from low resolution." } ]

[ { "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: 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 color of the video is natural throughout, and the focus is good. However, due to the low resolution, the sharpness is low, and there is a compression artifact. Additionally, after the black man appears in the video, the frame rate slightly decreases.Hence, the quality of this video is good. " } ]

[ { "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 kind of post-processing strategy can be used to process distorted videos to obtain videos of the same content with higher quality?" }, { "from": "gpt", "value": "A large part of the reason for the low sharpness of the video is because there is fog on the left side of the video, and the video quality can be improved through a defogging algorithm." } ]

[ { "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: Question: Where in the video are there issues with overexposure affecting visibility on the court? " }, { "from": "gpt", "value": "The overexposure affects visibility on the court lights and the players wearing white clothes." } ]

[ { "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: What about the facial details of the man holding a wooden stick in the center of the video?" }, { "from": "gpt", "value": "I think the man's facial details are relatively blur, features such as the facial features lack sharpness, and the skin texture appears incomplete." } ]

[ { "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: How is the colorfulness of the video?" }, { "from": "gpt", "value": "The video has a faded color, lacking in colorfulness, with both light and color temperature very low." } ]

[ { "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 88 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 flicker occur throughout the entire video?" }, { "from": "gpt", "value": "Yes, there is a slight flicker throughout the entire video." } ]

[ { "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 364 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 overall image clarity of the video? " }, { "from": "gpt", "value": "The video is severely compressed and blurred, resulting in poor image clarity." } ]

[ { "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 post-processing methods could be used to effectively improve the quality of this video by addressing flicker, overexposure, and blurriness? " }, { "from": "gpt", "value": "De-flicker operations can be applied to address the flicker issue. To correct localized overexposure, exposure adjustment tools can be used to balance the lighting. For the blurriness, sharpening filters or video stabilization techniques could enhance the clarity of the image." } ]

[ { "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: 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 and coherent, and the image is stable with almost no flicker. However, the overall video has a slight blur and presence of compression artifact.Hence, the quality of this video is good." } ]

[ { "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: Is the video sharpness consistently high throughout the playback? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes;" } ]

[ { "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 is the sharpness of the video? " }, { "from": "gpt", "value": "The sharpness of the video is low." } ]

[ { "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 156 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 reduce noise and screen flicker in a video to enhance the viewing experience? " }, { "from": "gpt", "value": "Noise reduction algorithms can be used to minimize the effects of film shooting noise, while de-flickering techniques can be applied to address and reduce screen flicker." } ]

[ { "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: Which aspect of the video quality affects the user viewing experience? A. High level of noise B. Presence of flicker C. Low sharpness D. Unstable shots " }, { "from": "gpt", "value": "C. Low sharpness" } ]

[ { "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 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 post-processing method could be employed to reduce flicker and enhance the viewing experience of a video where character movements are excessively sped up? " }, { "from": "gpt", "value": "A de-flicker post-processing operation can be used to reduce flicker, and motion smoothing techniques can be applied to adjust the movement speed and make it more consistent." } ]

[ { "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: Does the video experience any flicker throughout? " }, { "from": "gpt", "value": "No, there is no flicker in the video." } ]

[ { "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 168 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: At which point in the video does the brightness increase? " }, { "from": "gpt", "value": "Brightness increases in the latter half of the video." } ]

[ { "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 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 there any significant issue affecting viewing quality in the video? " }, { "from": "gpt", "value": "Yes, there is a slight blur and compression artifact that slightly affects viewing." } ]

[ { "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: Is the baby in the picture clear?" }, { "from": "gpt", "value": "Due to the block effect caused by compression artifact and the overexposure on the forehead, the baby's face is slightly blurred." } ]

[ { "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: Can you see the details of the beehive clearly?" }, { "from": "gpt", "value": "Can only see the general outline." } ]

[ { "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: During which transition in the video is overexposure particularly noticeable? A. Transition from land to water shots B. Transition from underwater to above water shots C. Transition between two underwater shots D. Transition from above water to land shots " }, { "from": "gpt", "value": "B. Transition from underwater to above water shots" } ]