Datasets:

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q-future

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VQA-stage3

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Q-Future 21

[ { "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: 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 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: Are there any noticeable compression artifacts 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 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: Does the image experience compression blur at any specific time in the video, or does it occur throughout the video? " }, { "from": "gpt", "value": "The compression blur occurs 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 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 flicker in the video?" }, { "from": "gpt", "value": "There is none." } ]

[ { "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: In the final scene of the video, can the text on the map be recognized?" }, { "from": "gpt", "value": "Due to compression artifact, the text on the map in the last scene is very blurred and unreadable." } ]

[ { "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: Which issue is most prevalent throughout the entire video? A. Flickering B. Severe compression blur C. Color distortion D. Audio delay " }, { "from": "gpt", "value": "B. Severe compression 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 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 actions of the characters in the frame are very clear, with almost no compression, and only a small degree of camera flicker.Hence, the quality of this video is high." } ]

[ { "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 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 kind of improved strategy can be used to reshoot and obtain a video of the same content but with higher quality?" }, { "from": "gpt", "value": "Zoom in to reduce the distance between the camera and the subject, and increase the light in 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: Does flicker occur during the video playback, and how frequently?" }, { "from": "gpt", "value": "Yes, there is flicker, and it occurs throughout the entire 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 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 overall fluency of the video is smooth and coherent, with almost no noise, but the whole picture is somewhat blurred. Additionally, there is a slight high-frequency flicker throughout, and there are apparent compression artifacts.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: Is the level of compression artifact significant? A. Yes B. No " }, { "from": "gpt", "value": "B. No, it is relatively slight." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 192 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is the video playback fluent? 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 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": "This video has a high level of sharpness, the brightness of the video during playback is moderate and the light is natural, but the camera trajectory shows a certain degree of flicker.Hence, the quality of this video is high." } ]

[ { "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: Is the video stable throughout the playback without any 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 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: What post-processing methods could be used to effectively enhance the video quality by addressing image sharpness and edge clarity issues? " }, { "from": "gpt", "value": "Video enhancement techniques such as video super-resolution can improve image sharpness and reduce the visibility of compression artifacts around the edges of objects, while stabilization algorithms can help mitigate flicker from camera movement." } ]

[ { "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 improve the video where background trees and people's faces are not clearly visible? " }, { "from": "gpt", "value": "Noise reduction and sharpening enhancements can be employed to improve detail visibility in the video, and exposure correction can help bring out details in overexposed white areas." } ]

[ { "from": "human", "value": "Now you will receive one AIGC video generated from the prompt:No promptThis 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 20 frames of the the entire video:\n <image>. 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": "This video has very high visual quality with overall sharpness and suitable color and light. Additionally, the video has strong temporal consistency. In terms of video content, the content and actions are logical and consistent with common knowledge. The only issue is that the plants around the leopard move too fast." } ]

[ { "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 68 frames of the the entire video:\n <image>. 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 frame dropping affect video playback? " }, { "from": "gpt", "value": "The severe frame dropping seriously affects viewing." } ]

[ { "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 76 frames of the the entire video:\n <image>. 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 the slight stuttering occur in the video? " }, { "from": "gpt", "value": "Slight stuttering occurs throughout 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 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 noticeable are the compression artifacts in the video? " }, { "from": "gpt", "value": "They are significant and contribute to the blurring 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: What post-processing methods could be used to effectively stabilize the video and reduce the flicker? " }, { "from": "gpt", "value": "Applying video stabilization techniques can help reduce the camera shake, while using de-flicker operations can address the flicker issues in the footage." } ]

[ { "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: Are there compression artifacts present throughout 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 244 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is there a noticeable flicker throughout the video playback? 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 484 frames of the the entire video:\n <image>. 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 and stable? 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 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: 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 color of this video is rather vivid and natural, and the playback is smooth, but the entire image is slightly blurred. The white fire truck light on the right at the beginning of the video is severely overexposed.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 40 frames of the the entire video:\n <image>. 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? 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 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: Is there any 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 12.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 12 images:\n <image>. In addition, you will also obtain motion features extracted from all 344 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is there any noticeable compression 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 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: At which point in the video does a white light flash, affecting the viewing experience? A. At the beginning B. In the middle C. Toward the end D. Throughout the entire video" }, { "from": "gpt", "value": "B. In the middle" } ]

[ { "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: Is the sharpness of nearby objects in the video high? A. Yes B. No " }, { "from": "gpt", "value": "B. No" } ]

[ { "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 48 frames of the the entire video:\n <image>. 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 phenomenon occurs when the mouse moves on the screen in the video? Please describe how it affects the viewer's experience." }, { "from": "gpt", "value": "When the mouse moves on the screen, a stuttering phenomenon occurs, which decreases the perceptual experience." } ]

[ { "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 smooth throughout the footage? 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: How would you rate the overall sharpness of the video? A. Very high B. High C. Slightly blurry D. Extremely blurry " }, { "from": "gpt", "value": "C. Slightly blurry." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 188 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you describe the sharpness of the video regarding the building? " }, { "from": "gpt", "value": "The whole building is quite blurred." } ]

[ { "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: Question: What visual effect occurs when the dolphins leap out of the water in the video? " }, { "from": "gpt", "value": "When the dolphins leap out of the water, the splash they create has motion blur and appears rather blurred." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 240 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you describe the sharpness of the video? " }, { "from": "gpt", "value": "The sharpness 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 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: At which point in the video are compression artifacts most noticeable? A. In the middle of the video B. At the beginning of the video C. Towards the end of the video D. Throughout the entire video" }, { "from": "gpt", "value": "B. At the beginning 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 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: Does the resolution issue occur at specific points or throughout the entire video?" }, { "from": "gpt", "value": "The resolution issue occurs throughout the entire 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 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 severe are the compression artifacts in the video? " }, { "from": "gpt", "value": "The compression artifacts are very severe 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 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: Does the severity of blur 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 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": "The video's overall sharpness is relatively low, there are serious compression artifacts in the video, the scenes are severely blurred, and there is noticeable flicker in the images.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 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: Does the lens going out of focus occur at a specific time, or does it happen throughout the video?" }, { "from": "gpt", "value": "The lens goes out of focus several times throughout the video, but it returns to normal within a second each time." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 264 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is there any flicker in the camera shots in the video? A. Yes B. No " }, { "from": "gpt", "value": "B. No" } ]

[ { "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: What post-processing techniques could be applied to enhance the visual clarity and color richness of the video while addressing noise and overexposure issues? " }, { "from": "gpt", "value": "Applying noise reduction filters can help reduce the severe noise present in the video. Exposure correction techniques can be used to adjust the overexposed white areas. Additionally, color enhancement methods can be used to improve the richness and balance of colors, making specific details of the dog's body more visible." } ]

[ { "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 display compression artifacts throughout its entire duration?" }, { "from": "gpt", "value": "Yes, the video displays compression artifacts throughout its entire duration." } ]

[ { "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 fluency of the video playback? " }, { "from": "gpt", "value": "The fluency is low, with visible stuttering." } ]

[ { "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: How would you rate the color fidelity of this video? A. Very accurate B. Accurate C. Slightly faded D. Very faded. " }, { "from": "gpt", "value": "D. Very faded." } ]

[ { "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: Does the blurriness occur at a specific point in the video, or is it present throughout? " }, { "from": "gpt", "value": "The blurriness is present throughout the entire duration 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 400 frames of the the entire video:\n <image>. 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 visibility of the central character's face? " }, { "from": "gpt", "value": "The details are not visible due to the dark background. ; " } ]

[ { "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: What post-processing methods could be used to enhance the video by reducing blurriness, compression artifacts, slight flicker, and overexposure? " }, { "from": "gpt", "value": "Applying video super-resolution techniques can help reduce blurriness and compression artifacts. De-flicker operations can address the slight flicker. Additionally, tone mapping can be used to correct overexposure in local areas." } ]

[ { "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: How is the quality of the viewing experience when observing the details of the moving vehicles in the video? " }, { "from": "gpt", "value": "The details of the moving vehicles are clear, the motion is smooth without motion blur, and the viewing experience is quite 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 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: What post-processing methods could be used to effectively enhance a video where the subject is underexposed and the image lacks sharpness due to low resolution?" }, { "from": "gpt", "value": "Exposure correction techniques can be used to brighten the dark areas and improve visibility of the subject, while video super-resolution can upscale the resolution and enhance sharpness." } ]

[ { "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 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 plays fluently, the image sharpness is good, and you can see details of the animal's fur. The camera is quite stable.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 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: Which aspect of the video's quality affects the visibility of specific facial details? A. Overexposed white areas B. Poor single color richness C. Distortion of people's faces D. Video sharpness " }, { "from": "gpt", "value": "C. Distortion of people's faces" } ]

[ { "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 would you describe the sharpness of the video? " }, { "from": "gpt", "value": "The video has high 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 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: How would you describe the overall sharpness of the video? " }, { "from": "gpt", "value": "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 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: Question: What part of the video has handwriting that is difficult to recognize due to noise and lack of color? " }, { "from": "gpt", "value": "The part of the video where the handwriting is difficult to recognize is throughout the entire video, as it is in black and white with accompanying noise." } ]

[ { "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 issue in the video affects the viewing experience despite the high sharpness and clear facial details? A. Overexposure B. Low resolution C. Lens instability causing shakes D. Poor color balance " }, { "from": "gpt", "value": "C. Lens instability causing shakes." } ]

[ { "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 flicker in the video footage?" }, { "from": "gpt", "value": "Yes, there are several serious flickers throughout the video, which considerably affect watching." } ]

[ { "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 blurriness occur throughout the entire video playback?" }, { "from": "gpt", "value": "Yes, the blurriness occurs 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 212 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is the video footage smooth during 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 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 would you describe the overall clarity of the video footage? " }, { "from": "gpt", "value": "The video is somewhat blurred." } ]

[ { "from": "human", "value": "Now you will receive one AIGC video generated from the prompt:first person view of opening saloon doors and walking into a bar in the wild west 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 sharpness of the video is high, and the visual quality is good. The temporal consistency of the video is strong, and the distortion caused by the movement of the perspective is relatively mild. At the same time, the scene in the video is quite consistent with human natural cognition. The downside is that the instruction to \"open the tavern door\" is not reflected in the video, and the action requirement of \"walking in\" demands the surrounding scenery to move backward. However, the movement direction in the video completely goes against the requirement, failing to fulfill the instruction well." } ]

[ { "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: Why does the video appear to be so clear and smooth with very few visual distortions? " }, { "from": "gpt", "value": "The video is clear and smooth because it maintains high sharpness and fluency, with minimal noise, compression artifacts, and 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: Is the resolution of the video high throughout the 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 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 would you rate the level of detail preservation in the shadow areas 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 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: When does severe overexposure occur in the video? " }, { "from": "gpt", "value": "Severe overexposure occurs when filming the child mixing flour." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 212 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Please provide a detailed description of the overall quality of this video, and based on your depiction,how would you evaluate the quality of this video?" }, { "from": "gpt", "value": "This video has high sharpness, and during playback, the light of the images is moderate and natural. However, there is a certain degree of irregular flicker throughout.Hence, the quality of this video is high." } ]

[ { "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 relatively bright, the colors are quite colorful, but the camera trajectory is unstable, with some flicker throughout. The video sharpness is fair, and the facial details and clothing patterns of the characters can be recognized, but the edges are relatively blurred. There is overexposure in some local areas, which somewhat affects the viewer's 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 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: Question: When does blockiness distortion occur in the video, and what is happening at that time?" }, { "from": "gpt", "value": "Blockiness distortion occurs when the little boy's head is moving." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 13.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 13 images:\n <image>. In addition, you will also obtain motion features extracted from all 368 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: How would you describe the fluency of the video playback? " }, { "from": "gpt", "value": "The video playback is smooth and fluent." } ]

[ { "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: Are the colors in the video natural? 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 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 have stable and smooth camera movement throughout its duration? " }, { "from": "gpt", "value": "Yes, the video has stable and smooth camera movement throughout its duration." } ]

[ { "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: What persists visually throughout the entire duration of the video? " }, { "from": "gpt", "value": "Full-screen noise persists visually throughout the entire duration 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: How frequent is the flickering issue in the video?" }, { "from": "gpt", "value": "The flickering occurs at a 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 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: Does the video have any noticeable noise? A. Yes B. No " }, { "from": "gpt", "value": "B. No." } ]

[ { "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: Question: How are the trees in the background at the very beginning of the video depicted? " }, { "from": "gpt", "value": "At the very beginning of the video, the trees in the background are not clear and are indistinguishable." } ]

[ { "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 248 frames of the the entire video:\n <image>. 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 level of sharpness in the video? " }, { "from": "gpt", "value": "The sharpness is low due to the low resolution and 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 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: Question: At what point in the video does the localized overexposure become noticeable, and which part of the scene is primarily affected? " }, { "from": "gpt", "value": "The localized overexposure becomes noticeable after the video switches to the drum set, primarily affecting that part of the scene." } ]

[ { "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: What post-processing methods could be used to improve the video quality and reduce distortions like compression and motion blur?" }, { "from": "gpt", "value": "To enhance the video quality, video super-resolution techniques can be employed to alleviate compression blur, while motion estimation and compensation techniques can help reduce motion blur effects." } ]

[ { "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 would you describe the overall color quality of the video? " }, { "from": "gpt", "value": "The color is relatively vibrant." } ]

[ { "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: Which quality issue most affects the appearance of facial and rock details in the video? A. High contrast B. Severe noise C. Overexposure D. Flickering " }, { "from": "gpt", "value": "B. Severe noise" } ]

[ { "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: Does the video have low sharpness throughout its duration?" }, { "from": "gpt", "value": "Yes, the sharpness is low 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 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 enhancements can be applied after recording to minimize the flicker observed in the video?" }, { "from": "gpt", "value": "Application of de-flicker post-processing techniques can help reduce the flicker effect, enhancing the overall viewing quality of 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 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: 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 image is very blurred, and there is a problem with poor sharpness. Hence, the quality of this video isfair" } ]

[ { "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: What post-processing methods could be used to enhance the clarity and organization of the video content while reducing the visual distortions? " }, { "from": "gpt", "value": "Applying de-noising techniques can help reduce compression artifacts, video stabilization may address chaotic framing issues, and distortion correction filters can be used to rectify image warp." } ]

[ { "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: How would you describe the resolution of the video? " }, { "from": "gpt", "value": "Very low 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 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: 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 process has a low color contrast and low colorfulness, and there is relatively severe compression blur throughout the entire video, resulting in low sharpness.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 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 does the video frame appear in terms of colorfulness? " }, { "from": "gpt", "value": "The video frame has a single color and muted tones, lacking in colorfulness." } ]

[ { "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 340 frames of the the entire video:\n <image>. 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 artifacts?" }, { "from": "gpt", "value": "Video deblurring techniques can be applied to address the slight blurriness, while compression artifact reduction methods such as artifact suppression filters can help reduce visible compression artifacts and enhance overall image clarity, particularly in facial details." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 9.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 9 images:\n <image>. In addition, you will also obtain motion features extracted from all 200 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: What is the overall sharpness quality of the video? " }, { "from": "gpt", "value": "The image is relatively blurry.;" } ]

[ { "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 flicker in the video occur at a specific time or throughout the entire video playback? " }, { "from": "gpt", "value": "The flicker is noticeable throughout the entire video 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 180 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is the 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 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 320 frames of the the entire video:\n <image>. 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 faces clear and sharp in the latter half of the video? A. Yes B. No " }, { "from": "gpt", "value": "B. No, the faces are noticeably blurred." } ]

[ { "from": "human", "value": "Now you will receive one video. This video is 8.0 seconds long, and you will see a sequence of images generated by uniformly sampling 1 frame per second from the video. The image sequence follows the original order of the video. After uniform sampling, there are a total of 8 images:\n <image>. In addition, you will also obtain motion features extracted from all 212 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Is the video correctly exposed? 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: What post-processing technique can be used to enhance the clarity and sharpness of the video? " }, { "from": "gpt", "value": "Video sharpening filters can be applied to increase the sharpness, and deblurring techniques such as using deconvolution algorithms can be used to reduce the blurriness in 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 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: Question: Which portions of the video are hard to see due to contrasting brightness levels? " }, { "from": "gpt", "value": "Most of the forest and the people in the scene are difficult to see in the dark areas." } ]

[ { "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 compression artifacts 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 224 frames of the the entire video:\n <image>. The temporal motion features also follows the original frame order of the video. Please watch this video carefully, and then answer the following question: Does the poor sharpness, resulting in a significant loss of detail, occur throughout the entire video? " }, { "from": "gpt", "value": "Yes, the poor sharpness causing a significant loss of detail occurs throughout the entire video." } ]

[ { "from": "human", "value": "Now you will receive one AIGC video generated from the prompt:animated version of Elon Musk joking about rocket explosion 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: Considering the description, how well do the video events align with the generation prompt of Elon Musk joking about a rocket explosion?" }, { "from": "gpt", "value": "The content aligns fairly well with the generation instructions, although the overall execution suffers from visual and temporal issues." } ]