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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 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 there any flicker present in the video footage? 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: Does overexposure occur at any specific point in the video, or is it present throughout the video? " }, { "from": "gpt", "value": "Overexposure is present 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 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 type of artifacts are noticeable in the video due to compression? " }, { "from": "gpt", "value": "Compression artifacts are noticeable." } ]

[ { "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: When does noticeable overexposure occur in the video? " }, { "from": "gpt", "value": "At the beginning 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 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: What post-processing methods could be used to effectively improve the quality of this video by reducing blur and flicker effects?" }, { "from": "gpt", "value": "Applying a deblurring algorithm can reduce the overall blur throughout the video, and implementing de-flickering techniques can address the significant flicker issues during the zooming process." } ]

[ { "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 factor contributes to the high clarity of detail seen throughout the video? " }, { "from": "gpt", "value": "The high image sharpness allows fine details to be captured and displayed clearly." } ]

[ { "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 playback was relatively fluent, but the image brightness was quite dim, and there was a slight flicker, which to some extent affected the user's viewing experience.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 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 is the flicker level throughout the video? " }, { "from": "gpt", "value": "There is a slight flicker throughout 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 132 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 blurring occur at any specific time during the video? " }, { "from": "gpt", "value": "Blurring occurs throughout the entire duration of 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 132 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 colorful throughout playback? 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 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 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 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: 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 overall is smooth and coherent, with natural color, but the video overall is relatively blurry. In the second half of the video, there is a noticeable slight flicker.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 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: What post-processing methods could be used to effectively improve the quality of this video and address issues such as blurriness, flicker, and texture loss? " }, { "from": "gpt", "value": "Implementing video super-resolution techniques could help enhance sharpness and texture detail, while using de-flickering algorithms can reduce flicker. Additionally, compression artifact reduction tools may be useful in addressing noticeable compression issues." } ]

[ { "from": "human", "value": "Now you will receive one AIGC video generated from the prompt:dramatic and powerful scene of king tut sitting on his throne. Front on camera view. 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, what is unusual about the appearance of the characters?" }, { "from": "gpt", "value": "The characters experience unreasonable distortion in appearance and size." } ]

[ { "from": "human", "value": "Now you will receive one AIGC video generated from the prompt:A flurry of HANDS, each with a TALKING MOUTH on the palm, emerge from the portal. The hands fly across the sky, creating a mesmerizing display of colors and patterns. 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 is happening with the hands that emerge from the portal in the video?" }, { "from": "gpt", "value": "The hands have talking mouths on their palms and fly across the sky, creating a mesmerizing display of colors and patterns." } ]

[ { "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 there any noticeable camera shake in the video?" }, { "from": "gpt", "value": "Yes, there's slight camera shake." } ]

[ { "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: What post-processing techniques could be applied to reduce flicker distortion in the video while maintaining vibrant colors and smooth movements?" }, { "from": "gpt", "value": "De-flicker processing can be applied to address the slight flicker distortion, ensuring that the vibrant colors and smooth movements remain unaffected." } ]

[ { "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: Question: What are the visual quality issues present throughout the entire video?" }, { "from": "gpt", "value": "The video has a blurred appearance due to compression artifacts and lens flicker." } ]

[ { "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 384 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 serious compression blur throughout, and there is obvious overexposure in the lighting.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 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 colorfulness of the video? " }, { "from": "gpt", "value": "The colorfulness 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 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: Does video blurriness occur throughout the entire duration of the video?" }, { "from": "gpt", "value": "Yes, video blurriness occurs throughout the entire duration of 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 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 is the resolution throughout the playback of this video?" }, { "from": "gpt", "value": "The sharpness of the entire video playback is very poor due to the very 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 284 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 degree of sharpness in the video? A. Very high B. High C. Low D. Very low " }, { "from": "gpt", "value": "C. 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 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: What post-processing methods could be applied to improve the sharpness and reduce noise in the video? " }, { "from": "gpt", "value": "Applying video sharpening techniques can enhance the sharpness, and noise reduction filters can be used to minimize the noise points, thereby improving the overall viewing experience." } ]

[ { "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 128 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? A. Yes B. No " }, { "from": "gpt", "value": "B. No" } ]

[ { "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 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 applied to enhance the overall viewing experience of a black-and-white video with noise and screen flicker? " }, { "from": "gpt", "value": "To improve the video quality, noise reduction techniques such as temporal and spatial filters can be used to minimize the noise, and de-flicker algorithms can help reduce screen flicker for a more stable visual experience." } ]

[ { "from": "human", "value": "Now you will receive one AIGC video generated from the prompt:Aerial video of a mountain of Buddha statues 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 element in the video continuously changes in position, shape, and size over time?" }, { "from": "gpt", "value": "The Buddha statues." } ]

[ { "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: What is the impression of the process of video camera trajectory changes?" }, { "from": "gpt", "value": "The video remains very stable during the zooming process, with no flicker, providing a good experience." } ]

[ { "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: When do the hands of the two people exhibit motion blur in the video? Please specify the playback progress or event that corresponds to this occurrence." }, { "from": "gpt", "value": "The motion blur appears on the hands of the two people during the exchange of the card, which occurs between the seventh and eighth second of the 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 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: Are facial details clearly visible in the video? 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 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: Does the video have quality issues such as blurriness or compression artifacts throughout the entire duration? " }, { "from": "gpt", "value": "Yes, the video experiences blurriness and noticeable compression artifacts throughout its entire duration." } ]

[ { "from": "human", "value": "Now you will receive one AIGC video generated from the prompt:A white cat is like a fresh pastoral fairy, standing in the garden, wearing a light green floral dress and a garland on its head. The cat is walking on the soft grass with its feet like a human, showing a fresh and sweet cat walk style. 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: How does the video content compare to the generation prompt in terms of attire and setting?" }, { "from": "gpt", "value": "The video depicts only a white cat, lacking the described attire of a light green floral dress and flower crown, and does not align with the specified pastoral garden setting." } ]

[ { "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: How does the camera flicker affect the viewing experience? " }, { "from": "gpt", "value": "It significantly affects the viewing experience." } ]

[ { "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: Are there any flicker issues in the video? 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: Does the video display any issues with exposure? If so, where? " }, { "from": "gpt", "value": "Yes, at the very beginning, the right half of the woman's sun hat is overexposed." } ]

[ { "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 the image remain blurred throughout the entire video? " }, { "from": "gpt", "value": "Yes, the blurring occurs 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 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: Does the fair rendering of texture details occur at specific points or throughout the entire video?" }, { "from": "gpt", "value": "The fair rendering of texture details occurs throughout the entire video." } ]

[ { "from": "human", "value": "Now you will receive one AIGC video generated from the prompt:social avatar her name is ayel . ayel is influencer and activist Message: gender (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": "The temporal consistency of the video content is fair, and the content presented in the video is basically aligned with the generated instructions, with the woman's actions and expressions throughout the video generally in line with human common sense. However, the drawback is that the visual quality of the video is not high, and the low resolution results in poor sharpness, with significant color differences between the sides and the center of the video. Additionally, there is an illogical dynamic degree in the facial features of the woman over time." } ]

[ { "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 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: Do the colors in the video show a wide range and richness? 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 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 post-processing methods can be employed to enhance the quality of a video affected by severe compression artifacts and blocking effects? " }, { "from": "gpt", "value": "Applying video super-resolution techniques can help reduce compression artifacts and improve overall visual clarity, while motion stabilization can be used to address issues with poor camera trajectory." } ]

[ { "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: Does the video maintain the same quality throughout its entire duration?" }, { "from": "gpt", "value": "Yes, the video quality is consistent throughout its entire duration, with smooth playback, stable images, vibrant colors, and fair 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 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 is the overall clarity of the video from the beginning? " }, { "from": "gpt", "value": "The video is relatively blurred initially." } ]

[ { "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 issue of blue-shifted colors at the seabed occur at a specific time, or is it present throughout the video?" }, { "from": "gpt", "value": "The blue-shifted colors at the seabed occur 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: Does the video exhibit any flicker during playback? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes" } ]

[ { "from": "human", "value": "Now you will receive one AIGC video generated from the prompt:greek man stoic strong marble statue blink left eye to camera 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 elements in the content deviate significantly from the provided generation prompt?" }, { "from": "gpt", "value": "The video shows significant content deviation as the statue is distorted, and the blinking scene is absent." } ]

[ { "from": "human", "value": "Now you will receive one AIGC video generated from the prompt:tatsumaki watching at camera, soft core 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: True or False: The character's representation in the video accurately reflects human natural cognition." }, { "from": "gpt", "value": "True" } ]

[ { "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: What post-processing methods could be used to effectively improve the quality of this video to address the issues observed when the camera moves? " }, { "from": "gpt", "value": "Stabilization techniques could reduce flicker when the camera moves, and applying motion blur reduction technology can help decrease blurriness during movement." } ]

[ { "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: Question: At what point in the video are the expressions, attire, and facial features of the two characters clearly visible? Please describe the clarity and sharpness of these details. " }, { "from": "gpt", "value": "At the end of the video, the expressions, attire, facial features, and details of the two characters are very clear and sharp." } ]

[ { "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: How would you describe the clarity of facial and clothing details in this video? A. Very sharp B. Moderately clear C. Slightly blurry D. Very detailed " }, { "from": "gpt", "value": "C. Slightly blurry." } ]

[ { "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 332 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 resolution quality of this video? A. Very high B. High C. Low D. Very low " }, { "from": "gpt", "value": "C. 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: Is the fluency of the video playback high? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes" } ]

[ { "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 268 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: Where is the flicker noticeable in the video? " }, { "from": "gpt", "value": "The flicker is noticeable in the lower half of the boat's edge in the first half 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 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 flicker in the video image? 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 304 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 relatively sharp. However, there is slight flicker in the camera shots, and there are areas of overexposure in the image.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 276 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 affects the sharpness on the left side of the video? " }, { "from": "gpt", "value": "The white spikes have some pixelation and noise." } ]

[ { "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: Is there significant motion blur 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 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: During the video, what is the primary issue affecting the viewer's experience? A. Poor sharpness B. Excessive noise C. Fluency problems D. Camera trajectory quality " }, { "from": "gpt", "value": "D. Camera trajectory quality" } ]

[ { "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 the video exhibit any flicker or overexposure? 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 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 seconds of the video is the flicker phenomenon most noticeable? A. Third and fourth seconds B. Fifth and sixth seconds C. Sixth and seventh seconds D. Eighth and ninth seconds. " }, { "from": "gpt", "value": "C. Sixth and seventh seconds." } ]

[ { "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: Question: What is the appearance of edges and facial features in the video, and are there any details missing? " }, { "from": "gpt", "value": "The edges of people and objects are blurred, facial features are just recognizable, and details are missing." } ]

[ { "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: Is the video playback smooth? " }, { "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 384 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 and clarity of the video image? " }, { "from": "gpt", "value": "The video is relatively blurry with noticeable compression artifacts." } ]

[ { "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 improve the image quality and coherence of this video during playback?" }, { "from": "gpt", "value": "To improve the image sharpness and reduce the chaotic nature of the first half, applying video sharpness enhancements and stabilization techniques can help. Additionally, video editing software could be used to reorder or restructure the segments to enhance coherence and flow." } ]

[ { "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 328 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 noticeable amount of distortion in the video? A. Yes B. No " }, { "from": "gpt", "value": "A. 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: Does overexposure occur during the video playback, and how frequently? " }, { "from": "gpt", "value": "Yes, overexposure occurs, and it appears throughout the video." } ]

[ { "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 136 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 do you think of the video light?" }, { "from": "gpt", "value": "The bicycle's light in the video is strong, leading to a serious overexposure issue." } ]

[ { "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: How is the picture stability during playback? " }, { "from": "gpt", "value": "The picture is stable and does not exhibit any 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 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 does compression affect the video? " }, { "from": "gpt", "value": "There is severe compression blur affecting the video quality." } ]

[ { "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: What is a significant issue affecting the video quality according to the description? A. Flickering B. Compression artifacts C. Low brightness D. High sharpness " }, { "from": "gpt", "value": "B. Compression artifacts" } ]

[ { "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: Is there noise 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 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 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: Why does this video exhibit such high sharpness and overall clarity?" }, { "from": "gpt", "value": "The high sharpness and clarity in the video result from a combination of factors, including effective focus, minimal noise, and a lack of compression artifacts or flicker, all contributing to an excellent visual quality." } ]

[ { "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: What post-processing methods could be used to enhance the image quality of the video and address its issues with compression artifacts, blur, and color richness? " }, { "from": "gpt", "value": "To improve the video quality, methods such as video super-resolution can be applied to mitigate compression artifacts and blur, while color correction or enhancement techniques can be used to enrich the color dynamics, providing a more vibrant viewing experience." } ]

[ { "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: How is the stability of the video image? " }, { "from": "gpt", "value": "The image is stable without noticeable 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 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: Does flicker affect the viewing experience? 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 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 smoothly without any stuttering throughout, the camera is fixed without any flicker, the image sharpness is fair, and there are noticeable compression artifacts on people's faces and edges.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 256 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 during the video playback, and how frequently?" }, { "from": "gpt", "value": "Yes, there is a slight flicker, and it occurs with high frequency 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 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 aspect of the video quality is affected by compression artifacts? A. The motion of the running woman B. The vibrant colors C. The stability of the picture D. The overall sharpness " }, { "from": "gpt", "value": "A. The motion of the running woman" } ]

[ { "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 132 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 playback smooth? 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: Is there any compression artifact 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 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: Question: What happens in the first two seconds of the video that impacts the viewing experience?" }, { "from": "gpt", "value": "In the first two seconds of the video, the camera shakes quite severely, and the rapid changes in the scene create an unpleasant viewing experience." } ]

[ { "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 strategy could be employed when re-shooting this video to enhance the clarity of the background images while maintaining the sharpness of the text? " }, { "from": "gpt", "value": "To enhance the clarity of the background images while maintaining the sharpness of the text, ensure proper focus adjustments during shooting, utilize a higher depth of field setting, and ensure adequate lighting to reduce blurring of the background." } ]

[ { "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: What is the cause of the sharpness changing drastically?" }, { "from": "gpt", "value": "The defocus and focus during video shooting lead to drastic changes in 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 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: Does the video playback without stuttering? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes;" } ]

[ { "from": "human", "value": "Now you will receive one AIGC video generated from the prompt:a video about first person walkthrough walking in a scary supermarket in the dark with a flashlight flickering on and off. 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: True or False: The shape of the shelves on both sides remains stable throughout the video." }, { "from": "gpt", "value": "False." } ]

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

[ { "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: What post-processing techniques can be utilized to enhance the sharpness and clarity of the speaker's facial details and reduce the appearance of compression artifacts in the video? " }, { "from": "gpt", "value": "Video sharpening algorithms can be used to enhance the sharpness and clarity of facial details, while compression artifacts can be mitigated using denoising filters and artifact removal tools." } ]

[ { "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: How would you describe the sharpness of the video? " }, { "from": "gpt", "value": "The sharpness 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 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: What strategies could be employed during re-shooting to address the issues of dark lighting, compression blur, underexposure, and motion blur to achieve a higher quality video? " }, { "from": "gpt", "value": "To improve quality, re-shoot the video in a well-lit environment, possibly using additional lighting to ensure proper exposure of both the stilt walkers and bystanders. To reduce compression blur, use a camera capable of higher resolution and better compression techniques. Address motion blur by stabilizing the camera and avoiding sudden movements. Consider using a camera with a flicker reduction feature to minimize any flicker issues." } ]

[ { "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: What post-processing methods could be used to effectively improve the sharpness and detail recognition in the latter part of this video? " }, { "from": "gpt", "value": "Applying a video enhancement algorithm, such as video super-resolution, could help increase sharpness and restore details, especially in scenes where the overall view is captured." } ]

[ { "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: What post-processing methods could be used to improve the video's sharpness and reduce flicker effects? " }, { "from": "gpt", "value": "Video enhancement techniques such as applying a sharpening filter to increase sharpness and using de-flicker algorithms to minimize flicker can effectively improve the quality 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 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: Are the colors in the video vibrant? 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 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: Does the significant camera shake occur at any specific point or throughout the video?" }, { "from": "gpt", "value": "The camera shakes significantly 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 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: Question: What part of the video experiences severe distortion due to motion blur? " }, { "from": "gpt", "value": "The image is severely distorted due to 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 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 resolution 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 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 playback is smooth, with no flicker, and the sharpness is high. However, there is an overexposure issue, which somewhat affects the viewing experience.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 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: During which parts of the video is distinguishing dark areas particularly challenging? A. At the beginning of the video B. Throughout the darker sections C. During fast-moving scenes D. At the end of the video " }, { "from": "gpt", "value": "B. Throughout the darker sections." } ]

[ { "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 applied to enhance the overall sharpness and minimize the unwanted repetitive elements present in the video? " }, { "from": "gpt", "value": "Video super-resolution techniques can be employed to enhance sharpness, and temporal filtering methods can be used to reduce the appearance of repetitive content." } ]

[ { "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: 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": "There is compression blur present throughout the video playback, resulting in poor sharpness. The details of the characters are severely lost, making them barely recognizable.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 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: Question: Which aspects of the characters in the video are depicted with clarity? " }, { "from": "gpt", "value": "The expressions, movements, clothing, facial features, and facial details of the characters are all very clear." } ]

[ { "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 background blur effectively highlight the main character? A. Yes B. No " }, { "from": "gpt", "value": "A. Yes" } ]