Q2E: Query-to-Event Decomposition for Zero-Shot Multilingual
Collection
Datasets used in the paper: Q2E: Query-to-Event Decomposition for Zero-Shot Multilingual Text-to-Video Retrieval
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36 items
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Updated
Dataset Viewer
query
stringclasses 259
values | prequel
listlengths 0
30
| sequel
listlengths 0
30
| during
listlengths 0
30
| metadata
dict | num_of_frames
int64 2
489
| frame_captions
listlengths 2
489
| video_id
stringlengths 6
45
| frame2video_caption
stringlengths 0
3.11k
| asr
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The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
|
[
"People running out of buildings during the 2016 Gyeongju, South Korea earthquake on September 12",
"Emergency responders searching through rubble after the 2016 Gyeongju, South Korea earthquake on September 12, 2016",
"Cars driving away from the affected area in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Buildings with cracked walls and broken windows in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Rescue teams carrying injured people on stretchers during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"Buildings collapsing or showing significant structural damage during the 12 September 2016 earthquake in Gyeongju, South Korea",
"People evacuating their homes and gathering in safe areas in Gyeongju, South Korea after the earthquake on September 12, 2016",
"Emergency responders searching for survivors in rubble after the 2016 Gyeongju, South Korea earthquake on September 12",
"Roads blocked by debris and damaged vehicles after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Residents assessing damage to their homes and belongings after the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"People running out of buildings during the earthquake in Gyeongju, South Korea on September 12, 2016",
"Rescue teams searching through rubble after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Buildings with cracked walls and fallen debris in Gyeongju, South Korea after the 12 September 2016 earthquake",
"Emergency vehicles rushing to the scene after the 2016 Gyeongju, South Korea earthquake on September 12",
"People gathering in open spaces for safety during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
{
"article_url": "https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84",
"during_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to decompose the ongoing event in multiple simple events. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"during_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the consequences and aftermath of an earthquake, as these are the most likely to be visualized in a video. Events such as damage to buildings, rescue operations, and people reacting to the quake are plausible and commonly seen in earthquake-related videos.\n\nEVENTS:\n1. People running out of buildings\n2. Rescue teams searching through rubble\n3. Buildings with cracked walls and fallen debris\n4. Emergency vehicles rushing to the scene\n5. People gathering in open spaces for safety",
"en_article_excerpt": "The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.",
"en_article_url": "https://en.wikipedia.org/wiki/2016_Gyeongju_earthquake",
"event_category": "disasters",
"event_name": "gyeongju_earthquake",
"language": "korean",
"prequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what previous events could lead to this given event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"prequel_raw_generation": "EXPLANATION: It makes sense to extract events that are directly related to the aftermath or impact of an earthquake, as these would be the most visually apparent and relevant to a video about the 2016 Gyeongju earthquake. Events such as destruction, evacuation, and rescue efforts are likely to be seen in a video associated with this query.\n\nEVENTS:\n1. People running out of buildings\n2. Emergency responders searching through rubble\n3. Cars driving away from the affected area\n4. Buildings with cracked walls and broken windows\n5. Rescue teams carrying injured people on stretchers",
"sequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what events can be the outcome of this ongoing event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"sequel_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the aftermath and impact of an earthquake, such as damage to infrastructure, rescue efforts, and evacuation procedures. These events are likely to be visually represented in a video associated with the query, providing a concrete and tangible depiction of the earthquake's effects.\n\nEVENTS:\n1. Buildings collapsing or showing significant structural damage\n2. People evacuating their homes and gathering in safe areas\n3. Emergency responders searching for survivors in rubble\n4. Roads blocked by debris and damaged vehicles\n5. Residents assessing damage to their homes and belongings",
"video_URL": "http://youtube.com/watch?v=t8lY-rjy7-Y",
"video_description": "9월 12일, 경주에서는 역대 최대 규모인 5.8 지진이 일어났다. 지진으로 서울과 수도권까지 전국이 흔들렸고, 이로 인해 전화와 카카오톡도 모두 먹통이었다. 정부는 지진 발생 9분이 지나서야 긴급재난문자를 발송했고 이마저도 서울과 수도권 지역 국민들은 문자를 받지 못했다. #경주 #지진 #재난문자",
"video_id": "t8lY-rjy7-Y"
}
| 26
|
[
"The image shows a bustling market area with several people walking and conversing. The scene is captured at night, under the illumination of overhead lights. Various stalls line the walkway, offering a range of goods. In the foreground, a few individuals stand near parked motorcycles, while others are seen further down the market path, indicating a lively and active environment. The visible text \"어제 저녁 7시 44분\" translates to \"Yesterday evening at 7:44 PM,\" suggesting that this event occurred at that specific time.",
"The image shows a group of people in a hallway, seemingly in a state of urgency or panic. Many individuals appear to be moving quickly towards an exit, indicating a possible emergency situation. The visible text \"어제 저녁 7시 44분\" translates to \"Yesterday evening at 7:44 PM,\" which suggests that this event took place at that specific time.",
"The current frame depicts a group of students inside a classroom, seemingly in a state of urgency. Some students are standing and appear to be moving quickly, suggesting they are responding to an emergency, likely the earthquake mentioned in the original ASR. The students are wearing uniforms, and the classroom contains desks and chairs typical of a school setting. One student is raising their arm, possibly signaling or reacting to the situation. The visible text \"어제 저녁 7시 44분\" remains consistent with the previous frame, indicating that this event occurred at that time. The atmosphere appears to be tense, with students likely preparing for or reacting to the emergency.",
"In the current frame, a group of individuals, possibly students, are seen running down a hallway adjacent to a staircase. The urgency in their movements suggests they are responding to an emergency situation, likely an earthquake as indicated by the original ASR transcript. Several people appear to be pushing and maneuvering through the crowd, indicating a sense of panic or urgency. The hallway has a picture on the wall and a trash can, typical of an institutional setting such as a school. The overall atmosphere remains tense, with individuals focused on quickly exiting the area.",
"In the current frame, individuals are captured in a dimly lit, possibly indoor setting with what appears to be smoke or dust filling the air, suggesting an ongoing emergency situation, likely related to an earthquake. The urgency is evident as people are moving quickly through the space. The time stamp and text on the image indicate a momentary lapse in camera focus, adding to the chaotic atmosphere. The individuals' movements and the blurred environment suggest they are navigating through a potentially hazardous area.",
"In the current frame, the video captures a train station with multiple tracks and platforms visible. The image shows several trains, some stationary and others in motion, indicating a busy transit environment. The lighting suggests it is nighttime or in a dimly lit area. The text at the bottom of the image reads \"코레일 선로 지진 정후 감지,\" which translates to \"Korean Railways track earthquake detection.\" The scene is likely part of a news segment discussing the preparedness and response to an earthquake affecting train operations. The lack of visible people or emergency activity in this frame contrasts with the previous chaotic scene, focusing instead on the infrastructure and the railway system's capability to monitor and respond to seismic events.",
"The current frame depicts a busy train station platform at night. People are seen walking along the platform, some carrying bags, indicating the station is in use. A train is visible to the left, with its doors open, suggesting that passengers are either boarding or disembarking. The text at the bottom of the image reads \"열차 운행 중단,\" which translates to \"Train operations suspended.\" This suggests that the train services have been halted, likely due to the earthquake mentioned in the ASR transcript. The scene continues the news segment's theme of discussing the impact of the earthquake on train operations, emphasizing the disruption to daily transit activities.",
"The current frame shows a busy train station platform at night, with people walking along the platform. The individuals appear to be in motion, some carrying bags, indicating the ongoing use of the station despite the suspended train operations, as indicated by the text \"열차 운행 중단\" (Train operations suspended) at the bottom of the image. This scene continues to highlight the disruption to daily transit activities caused by the earthquake mentioned in the ASR transcript.",
"The current frame depicts the interior of a warehouse or storage facility, filled with shelves stocked with various boxes and items. There are no visible people in the frame, and the scene appears to be quiet and orderly. The timestamp \"2016-09-12 19:44:54\" at the bottom suggests the image was captured in the evening. This setting contrasts with the previous frame of a bustling train station platform, indicating a shift from an active public space to a more controlled and less populated storage area.",
"The current frame shows a road or pathway covered with debris, including shattered tiles and other fragments. Yellow caution tape is visible, indicating a restricted or hazardous area. The timestamp \"밤 8시 8분\" and the text \"경주에서 첫 번째 지진 인명 피해 발생\" suggest this scene is from a news report about an earthquake in Gyeongju and its aftermath, including the first reported casualties. The setting appears to be at night, with no visible people, focusing on the damage caused by the earthquake.",
"The current frame shows a map with various lines and symbols indicating flight paths and radar information over a geographic area. The timestamp \"밤 8시 32분\" and the text \"역대 최대 규모 5.8본진\" suggest this scene is from a news report about a significant earthquake event, likely in the area depicted on the map. The setting appears to be focused on providing situational updates or information related to the earthquake, with no visible people or direct depiction of damage.",
"The current frame depicts a street scene at night, with people walking and a car parked on the side of the road. The timestamp \"밤 8시 32분\" and the text \"역대 최대 규모 5.8본진\" suggest this scene is also from a news report about the significant earthquake event. The setting appears to be a commercial area, with illuminated signs and storefronts visible in the background. The presence of people and a vehicle indicates a sense of normalcy or routine despite the earthquake context, possibly highlighting the resilience or ongoing activities in the affected area.",
"The current frame depicts a street scene at night, with a bus driving down the road. The bus is illuminated by its headlights, which are casting a bright light on the road ahead. The road appears to be a main thoroughfare, with other vehicles visible in the background, including a car and a bicycle. The timestamp \"밤 8시 32분\" and the text \"역대 최대 규모 5.8본진\" suggest this scene is also from a news report about the significant earthquake event. The setting appears to be a commercial area, with illuminated signs and storefronts visible in the background. The presence of vehicles and the ongoing flow of traffic indicates a sense of normalcy or routine despite the earthquake context, possibly highlighting the resilience or ongoing activities in the affected area.",
"The current frame shows a person, possibly a child, lying on a bed in a dimly lit room, appearing to be in a state of rest or sleep. The person is wearing a hat and is wrapped in a blanket. The text \"서울과 수도권까지 전국이 흔들려\" at the bottom of the image suggests that the scene is part of a news report about an earthquake that affected the entire country, including Seoul and the metropolitan area. The overall context indicates the aftermath of the earthquake, emphasizing the impact on individuals and their immediate environments.",
"The current frame shows a person inside a building, possibly in a state of urgency or distress, suggesting the aftermath of an earthquake. The text \"통화도 카카오톡도 불통\" at the bottom of the image indicates that communication methods such as phone calls and KakaoTalk are not working. This reinforces the idea that the earthquake has caused significant disruptions, affecting not only physical environments but also communication infrastructure.",
"The current frame displays a computer screen showing a message in Korean from the Ministry of Public Administration and Security. The message addresses issues with a citizen service portal and mentions the failure of services due to user-heavy traffic. It also promises to improve service provision in the future. This frame suggests that the earthquake has caused disruptions not only to physical infrastructure but also to online services.",
"The current frame displays a screen showing a text message in Korean from the \"국민안전처\" (Ministry of Public Administration and Security). The message, dated 2016년 9월 12일 (September 12, 2016) and sent at 오후 7:53 (7:53 PM), provides information about the 1944 경북 경주시 남남서쪽 9km 지역 규모5.1 지진발생여진 등 (Seoul and Suwon area, magnitude 5.1 aftershocks). It announces that residents of the area will be informed. The text indicates that residents in the Seoul and Suwon area are not receiving messages, suggesting ongoing communication disruptions due to the earthquake.",
"The current frame shows a screenshot of a tweet from the \"대한민국 청와대\" (@bluehousekorea) on a social media platform. The tweet reports that a magnitude 5.1 earthquake occurred in the Gyeongju region and that a magnitude 5.8 aftershock followed within an hour. The tweet includes hashtags related to the earthquake and aftershocks. Below the tweet, there is an image of a meeting where several individuals are gathered, likely discussing the earthquake and its impact. The visible text at the bottom of the image indicates a focus on the national crisis situation.",
"The current frame shows a woman, likely the President, seated and speaking during a meeting. The setting appears to be a formal environment, possibly related to the earthquake and aftershocks mentioned in the previous frame's tweet. The text at the bottom of the image suggests a long period of time spent with the President, indicating an ongoing discussion or briefing about the national crisis.",
"The current frame features a woman in a white outfit, presumably the President, seated and speaking in a formal setting. The scene shows a man in a suit also speaking or listening attentively. The text at the bottom of the image reads \"지진 대피 법, 관련 정보 조차 없이\" (Without relevant earthquake evacuation information), indicating a discussion about the lack of information on earthquake preparedness. This continues the context of the previous frame, emphasizing the ongoing discussion or briefing about national crisis management in relation to earthquakes.",
"The current frame shows a screenshot of text messages. The messages discuss the handling of earthquake evacuation zones and the need for preparation. One message mentions that students are currently practicing evacuation drills. Another message acknowledges that the situation has been reported and that the speaker will contact the relevant department later. The text at the bottom reads \"또 '가만히 있어라'\" (Also 'Stay still'), indicating a directive or instruction given in the context of the messages. This frame continues the discussion or briefing about earthquake preparedness and response.",
"In the current frame, a person is seated at a desk in what appears to be a formal setting, possibly a conference or meeting room. The individual is holding a gavel, suggesting they are presiding over a meeting or making an official statement. In front of them is a microphone, indicating that they may be speaking or addressing an audience. A flag with a blue background and yellow emblem is visible in the background, along with a sign with Korean text that reads \"오늘 국무회의 첫 대\" (Today's first meeting of the cabinet), providing context that this is likely a government meeting. The person is wearing a white shirt, which is common attire for formal or official occasions. The overall setting and actions suggest a formal discussion or announcement related to government proceedings, possibly involving earthquake preparedness as indicated by the ASR transcript.",
"The individual remains seated at the desk in the formal setting, continuing the government meeting. They are speaking into the microphone, likely addressing the audience with a statement related to earthquake preparedness. The flag with a blue background and yellow emblem remains visible, maintaining the setting's official nature. The Korean text on the screen in the foreground reads \"앞으로 희석 발생할지 모르는 더 큰 규모의 지진에도,\" which translates to \"In the face of a larger earthquake that may occur in the future,\" reinforcing the context of preparedness discussed in the ASR transcript. The person’s attire and demeanor suggest a continued focus on the official agenda.",
"The current frame depicts a government meeting, with several individuals seated at a desk. The focus is on a person in the foreground, who is speaking into a microphone. The Korean text on the screen in the foreground reads \"안녕하세요,\" which translates to \"Hello.\" The individual's attire and the formal setting, including a visible flag with a blue background and yellow emblem, suggest that the meeting is ongoing and the individual is likely addressing the audience or making an announcement. The context of preparedness for future events, as mentioned in the ASR transcript, continues to be relevant.",
"The current frame shows a group of people, likely students, evacuating a building hurriedly. They are moving quickly through a hallway with some individuals climbing over a staircase. The Korean text at the bottom of the image reads \"무능한 정부,\" which translates to \"Incompetent government.\" This text, combined with the chaotic evacuation, suggests that the individuals are responding to an emergency, possibly an earthquake, given the context from the original ASR transcript about preparing for future earthquakes. The urgency in their movements and the crowded hallway emphasize a sense of panic and urgency.",
"The current frame shows a group of students gathered in a classroom, engaged in a discussion or activity. Most are standing, and some are interacting with others. The Korean text at the bottom of the image reads \"각자 도생하는 국민의 안전,\" which translates to \"The safety of citizens who are saving themselves.\" This text, along with the visible interaction among the students, indicates a scenario where the students might be preparing or discussing safety measures, possibly in the context of an earthquake or another emergency. The organized setting within the classroom contrasts with the previous frame's chaotic evacuation, suggesting a focus on individual and collective preparedness."
] |
t8lY-rjy7-Y
|
The video depicts a series of scenes related to an earthquake event in South Korea. The footage shows a bustling market at night, followed by scenes of people in a state of panic and urgency, likely responding to the earthquake. Students are seen evacuating a classroom and navigating through a crowded hallway, indicating a school setting. The video also shows a train station with suspended operations and people walking on the platform, highlighting the disruption to daily transit activities.
Further scenes display a map with flight paths and radar information, suggesting a news report about the earthquake. A street scene at night shows people walking and vehicles moving, indicating some level of normalcy despite the earthquake. The video also shows a person resting and another in distress, emphasizing the individual impact of the earthquake.
Government responses are depicted, including a meeting where officials discuss earthquake preparedness and evacuation information. A president or high-ranking official is shown speaking in a formal setting, addressing the audience about the situation. Text messages and social media updates from the Ministry of Public Administration and Security and the Blue House provide information about the earthquake and its aftermath.
The final scenes show students evacuating a building and engaging in a discussion about safety measures, highlighting the importance of preparedness for future earthquakes. Throughout the video, the focus is on the earthquake's impact on daily life, the government's response, and the need for preparedness and safety measures. The original ASR transcript emphasizes the hope for preparedness in the face of a potential larger earthquake in the future, underscoring the video's themes of response, recovery, and future readiness.
|
{
"original": " I hope that the earthquake will be prepared for a bigger one in the future.",
"refined": "I hope that we will be better prepared for a bigger earthquake in the future.",
"summarized": "The speaker expresses a hope that preparations will be in place for a potentially larger earthquake in the future, and highlights the importance of predicting and preparing for great disasters, possibly referring to a specific event expected in 5 years.",
"translated": "I hope that we will be prepared for a bigger earthquake in the future.",
"translated_llm": "I hope that the earthquake will be prepared for a bigger one in the future.",
"translated_whisper": " The The The The The The The The The The The The The The The The The The The The The The The The The The The The The ... ... ... ... ... ... ... ... ... ... ... ... ... ... Even the most difficult thing is A huge disaster The disaster is coming And now we need more Great disasters to be predicted A new emergency in 5 years That day Now This place will be"
}
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
|
[
"People running out of buildings during the 2016 Gyeongju, South Korea earthquake on September 12",
"Emergency responders searching through rubble after the 2016 Gyeongju, South Korea earthquake on September 12, 2016",
"Cars driving away from the affected area in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Buildings with cracked walls and broken windows in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Rescue teams carrying injured people on stretchers during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"Buildings collapsing or showing significant structural damage during the 12 September 2016 earthquake in Gyeongju, South Korea",
"People evacuating their homes and gathering in safe areas in Gyeongju, South Korea after the earthquake on September 12, 2016",
"Emergency responders searching for survivors in rubble after the 2016 Gyeongju, South Korea earthquake on September 12",
"Roads blocked by debris and damaged vehicles after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Residents assessing damage to their homes and belongings after the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"People running out of buildings during the earthquake in Gyeongju, South Korea on September 12, 2016",
"Rescue teams searching through rubble after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Buildings with cracked walls and fallen debris in Gyeongju, South Korea after the 12 September 2016 earthquake",
"Emergency vehicles rushing to the scene after the 2016 Gyeongju, South Korea earthquake on September 12",
"People gathering in open spaces for safety during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
{
"article_url": "https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84",
"during_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to decompose the ongoing event in multiple simple events. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"during_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the consequences and aftermath of an earthquake, as these are the most likely to be visualized in a video. Events such as damage to buildings, rescue operations, and people reacting to the quake are plausible and commonly seen in earthquake-related videos.\n\nEVENTS:\n1. People running out of buildings\n2. Rescue teams searching through rubble\n3. Buildings with cracked walls and fallen debris\n4. Emergency vehicles rushing to the scene\n5. People gathering in open spaces for safety",
"en_article_excerpt": "The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.",
"en_article_url": "https://en.wikipedia.org/wiki/2016_Gyeongju_earthquake",
"event_category": "disasters",
"event_name": "gyeongju_earthquake",
"language": "korean",
"prequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what previous events could lead to this given event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"prequel_raw_generation": "EXPLANATION: It makes sense to extract events that are directly related to the aftermath or impact of an earthquake, as these would be the most visually apparent and relevant to a video about the 2016 Gyeongju earthquake. Events such as destruction, evacuation, and rescue efforts are likely to be seen in a video associated with this query.\n\nEVENTS:\n1. People running out of buildings\n2. Emergency responders searching through rubble\n3. Cars driving away from the affected area\n4. Buildings with cracked walls and broken windows\n5. Rescue teams carrying injured people on stretchers",
"sequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what events can be the outcome of this ongoing event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"sequel_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the aftermath and impact of an earthquake, such as damage to infrastructure, rescue efforts, and evacuation procedures. These events are likely to be visually represented in a video associated with the query, providing a concrete and tangible depiction of the earthquake's effects.\n\nEVENTS:\n1. Buildings collapsing or showing significant structural damage\n2. People evacuating their homes and gathering in safe areas\n3. Emergency responders searching for survivors in rubble\n4. Roads blocked by debris and damaged vehicles\n5. Residents assessing damage to their homes and belongings",
"video_URL": "http://youtube.com/watch?v=CXe6_CDrdB8",
"video_description": "찐♡기상청사람들 예고 없이 찾아오는 지진! 한 번 발생하면 큰 피해를 주는 지진이기에 감시하는 일은 한시도 소홀히 할 수 없습니다. 그 최전방에서... 1년 365일 24시간 지진화산 감시 및 분석 업무에 최선을 다해 신속·정확하게 알리고자 노력하는 사람이 있습니다. 지진화산 감시 및 분석 업무 9년 차... 반복되는 주간 근무와 야간 근무가 힘들긴 하지만, 누구보다 묵묵하게 자리를 지키고 있는 진득한 뚝배기 같은 지진업무의 대들보!! 지진화산 감시 업무를 담당하는 기상청 사람을 만나고 왔습니다.(^_^)v 우리나라에서 가장 강력했던 규모 5.8의 경주 지진 때 지진감시 및 분석을 수행했던 기상청 사람은 누구? 지진감시 업무를 들어올 때마다 긴장되는 기상청 사람은 누구? 국민의 안전을 누구보다 걱정하는 기상청 사람은 누구? 지진 올바로 알고 지진 발생 시 빠르게 대처하길 바라는 기상청 사람은 누구? 최근 지진 안전을 홍보해 주시는 지진희 배우님을 그 누구보다 고마워하는 기상청 사람은 누구? 만나볼까요 :) #기상청사람들 #지진화산 #행동하는파수꾼",
"video_id": "CXe6_CDrdB8"
}
| 28
|
[
"In the current frame, a person is working intently at a desk in an office setting. The individual appears focused, possibly analyzing data or information related to seismic activity, as suggested by the ASR transcript. The office environment includes computers and documents, indicating a professional workspace likely involved in monitoring and reporting on earthquakes. The text on the screen suggests a theme related to earthquakes and the responsibilities involved in their analysis.",
"In the current frame, an individual is standing in front of multiple computer screens, likely in a monitoring or control room. The person is wearing a blue shirt and a lanyard with an ID card, indicating a professional setting. The screens behind them display seismic data and graphs, reinforcing the context of earthquake analysis. The visible text on the screen includes phrases related to earthquakes and data analysis, such as \"지진분석\" (earthquake analysis) and \"지진화산감시센터\" (earthquake and volcano monitoring center). The individual appears to be explaining or reporting on a significant event, possibly an earthquake, as suggested by the ASR transcript. The atmosphere suggests a serious and focused environment, with the person emphasizing the importance of swift and accurate action in earthquake response.",
"In the current frame, an individual is standing in front of multiple computer screens, likely in a monitoring or control room. The person is wearing a blue shirt and a lanyard with an ID card, indicating a professional setting. The screens behind them display seismic data and graphs, reinforcing the context of earthquake analysis. The visible text on the screen includes phrases such as \"지진분석\" (earthquake analysis) and \"지진화산감시센터\" (earthquake and volcano monitoring center). The individual appears to be explaining or reporting on a significant event, possibly an earthquake, as suggested by the ASR transcript. The atmosphere suggests a serious and focused environment, with the person emphasizing the importance of swift and accurate action in earthquake response. The person is likely continuing the explanation of the analysis process and the challenges faced during the earthquake event.",
"In the current frame, an individual is seated in front of multiple computer screens, likely in an earthquake and volcano monitoring center. The person is wearing a blue shirt and a face mask, indicating a professional setting. The screens display seismic data and graphs, reinforcing the context of earthquake analysis. The visible text on the screen includes phrases such as \"일정 규모 이상 되면 통보하고\" (We notify when it exceeds a certain magnitude). The individual is working at a desk with maps and other documents, likely analyzing seismic data. The atmosphere suggests a serious and focused environment, with the person emphasizing the importance of notifying authorities when earthquakes exceed a certain magnitude, as part of their responsibilities in earthquake duty.",
"In the current frame, an individual is seated at a desk, working on a computer in what appears to be an office setting. The person is wearing a blue shirt, glasses, and a face mask, indicating a professional and possibly sanitary environment. The visible text on the screen includes phrases such as \"일정 규모 이상 되면 통보하고\" (We notify when it exceeds a certain magnitude). The person is likely engaged in analyzing seismic data, as suggested by the previous frame. The atmosphere continues to reflect a serious and focused environment, emphasizing the importance of timely and accurate reporting of earthquakes. The individual seems to be concentrating on their task, which involves monitoring and analyzing seismic events.",
"The individual is standing in front of a large screen displaying various data and graphs, likely related to seismic activity. The person is wearing a blue shirt and glasses, and is gesturing with their hands, possibly explaining or presenting the information on the screen. The text on the screen includes phrases such as \"지진의 경주에서 발생한 지진인데요\" (It is an earthquake that occurred in Gyeongju). The atmosphere continues to reflect a serious and focused environment, emphasizing the importance of timely and accurate reporting of earthquakes. The individual appears to be discussing or presenting the details of the earthquake that occurred in Gyeongju, and the efforts involved in analyzing and reporting it.",
"The individual is standing in front of a large screen displaying various data and graphs, likely related to seismic activity. The person is wearing a blue shirt and glasses, and is gesturing with their hands, possibly explaining or presenting the information on the screen. The text on the screen includes phrases such as \"지진의 경주에서 발생한 지진인데요\" (It is an earthquake that occurred in Gyeongju). The atmosphere continues to reflect a serious and focused environment, emphasizing the importance of timely and accurate reporting of earthquakes. The individual appears to be discussing or presenting the details of the earthquake that occurred in Gyeongju, and the efforts involved in analyzing and reporting it.",
"The current frame depicts a surveillance camera view of a hallway with several people walking. The scene appears to be inside a building, possibly a control room or monitoring area. The text on the screen provides information about an earthquake: \"경북 경주시 남서쪽 8km 지점에서 규모 5.8 지진발생\" (An earthquake of magnitude 5.8 occurred at a point 8km southwest of Gyeongju, North Gyeongsang). This suggests that the individuals in the hallway are likely responding to or monitoring the earthquake. The atmosphere remains serious and urgent, consistent with the previous frame's focus on earthquake analysis and reporting.",
"The current frame shows a surveillance camera view of a street at night, with several vehicles visible. The scene appears to be outside, possibly capturing the aftermath of the earthquake reported in the previous frame. The text on the screen provides information about the earthquake: \"경주서 규모 5.8 지진발생...역대 최대 규모\" (An earthquake of magnitude 5.8 occurred in Gyeongju, the largest ever). The atmosphere remains serious and urgent, suggesting that the individuals or vehicles in the street are likely responding to or monitoring the earthquake's impact. The focus on the street scene highlights the immediate response and activity following the seismic event.",
"The current frame shows a control room with multiple monitors displaying various data related to seismic activity. Two individuals are seated at desks, analyzing the information on the screens. The monitors show graphs and charts, likely representing seismographic data. The text on the screen reads \"기상청\" (Korea Meteorological Administration) and \"9.12자진, 생생한 그날의 기억\" (Live memory of the day, September 12), indicating the focus on a significant earthquake event. The environment suggests a professional and urgent atmosphere, with the individuals likely engaged in monitoring and analyzing seismic activity to provide timely and accurate information.",
"The current frame shows a close-up of a computer monitor displaying seismographic data, indicating the detailed analysis of earthquake activity. The text on the screen reads \"기상청\" (Korea Meteorological Administration) and \"9.12자진, 생생한 그날의 기억\" (Live memory of the day, September 12), reinforcing the focus on the significant earthquake event. Additionally, there is a note attached to the monitor with handwritten text, suggesting meticulous attention to detail in the analysis process. The environment remains consistent with a professional and urgent atmosphere, emphasizing the importance of swift and accurate action in earthquake monitoring.",
"In the current frame, an individual is standing in front of a large screen displaying detailed seismographic data and various metrics, consistent with earthquake analysis. The text on the screen reiterates \"기상청\" (Korea Meteorological Administration) and \"9.12자진, 생생한 그날의 기억\" (Live memory of the day, September 12), highlighting the focus on the earthquake event. The person is dressed in professional attire, with a badge and a smartwatch, indicating their role in monitoring and analyzing seismic activity. The background and the displayed data emphasize the serious and analytical nature of their work, underscoring the urgency and importance of their tasks in earthquake monitoring.",
"The individual continues to stand in front of the large screen displaying detailed seismographic data and metrics, reinforcing the focus on earthquake analysis. The text on the screen mentions \"기상청\" (Korea Meteorological Administration) and \"9.12자진, 생생한 그날의 기억\" (Live memory of the day, September 12), indicating the ongoing discussion about the earthquake event. The person remains dressed in professional attire, with a badge and a smartwatch, highlighting their role in monitoring and analyzing seismic activity. The background and the displayed data continue to underscore the serious and analytical nature of their work, emphasizing the urgency and importance of their tasks in earthquake monitoring. The individual's body language, with hands clasped together, suggests a moment of reflection or explanation regarding the events and the analysis process.",
"In the current frame, a group of individuals is engaged in an intense discussion within what appears to be a control room or monitoring station. The setting is equipped with multiple computer monitors displaying various graphs and data, indicative of a technical or analytical environment, likely focused on seismographic analysis. One person, standing and gesturing with his hands, seems to be explaining or emphasizing a point, while another person, seated and facing the monitors, is attentively listening. A third individual, also standing, is observing the interaction. The text overlay in the image, \"규모 5.1의 지진을 통보했는데,\" suggests that they are discussing an earthquake with a magnitude of 5.1. The attire of the individuals, including badges and professional clothing, further indicates that they are professionals involved in earthquake monitoring or analysis. The scene captures a moment of critical communication and decision-making, reflecting the high-stakes nature of their work in managing and responding to seismic events.",
"In the current frame, the individuals remain in the control room or monitoring station. One person is pointing at a computer monitor displaying a map, while the others are focused on the information being highlighted. The text overlay reads, \"규모 5.1의 지진을 통보했는데 (불과) 40~50분 뒤에,\" indicating that the earthquake with a magnitude of 5.1 was initially reported and within 40 to 50 minutes, it became apparent that the situation was more severe than initially assessed. This suggests that the team is reassessing the magnitude and impact of the earthquake. The scene continues to emphasize the critical and high-stakes nature of their work in earthquake monitoring and response, highlighting the need for rapid and accurate analysis.",
"The current frame depicts a person in a control room or monitoring station, leaning over and examining something on a table. This individual is wearing a mask and glasses, indicating a professional setting, likely related to earthquake monitoring. The text overlay reads, \"규모 5.1의 지진을 통보했는데 (불과) 40~50분 뒤에 앞서 발표한 지진보다 훨씬 큰 (지진이라는 것이) 금방으로 올라라고요,\" which suggests that after initially reporting a magnitude 5.1 earthquake, within 40 to 50 minutes, it became clear that the situation was much worse than initially assessed. The scene continues to emphasize the critical and high-stakes nature of their work in earthquake monitoring and response, highlighting the need for rapid and accurate analysis and the constant sense of urgency and anxiety in their job.",
"The current frame shows a person standing in front of a digital display filled with graphs and data, likely related to earthquake monitoring. The individual, wearing glasses and a lanyard with an ID badge, appears to be presenting or explaining the situation. The text overlay reads, \"최대한 빨리 (통보) 해야겠다,\" which translates to \"We must report it as quickly as possible.\" This indicates a continuation of the theme from the previous frame, emphasizing the need for rapid and accurate communication in the context of earthquake monitoring. The focus remains on the high-stakes, urgent nature of their work and the necessity for swift action in response to seismic events.",
"The person continues to stand in front of the digital display filled with graphs and data, likely related to earthquake monitoring. They are wearing glasses and a lanyard with an ID badge, indicating a professional setting. The text overlay reads, \"최대한 빨리 (분석) 해야겠다\" and \"(지진) 분석을 시작했는데 규모 5.8이 나왔어요,\" which translates to \"We must analyze it as quickly as possible\" and \"We started analyzing the earthquake, and it turned out to be magnitude 5.8.\" This highlights the urgency and rapid response required in the event of a seismic activity, emphasizing the importance of swift and accurate analysis in earthquake monitoring.",
"The current frame features a diagram explaining the process of earthquake early warning, emphasizing the use of seismic waves P-waves and S-waves. The image depicts how the system detects P-waves, which travel faster, and then S-waves to predict and provide early warnings for earthquakes with magnitudes greater than 5.0. The text highlights the importance of quickly analyzing and broadcasting seismic activities, typically within 5 to 10 seconds after detection, to minimize impact and ensure public safety. The diagram and accompanying text convey the efficiency and critical nature of the earthquake monitoring and early warning system.",
"In the current frame, a person is standing in front of a large display screen showing various graphs and data related to seismic activity. The individual appears to be providing a detailed explanation or update on earthquake analysis and monitoring. The text on the screen indicates the focus on earthquake magnitude and monitoring efforts, emphasizing the importance of quick and accurate responses. The visible text also suggests a discussion about the challenges and responsibilities associated with earthquake duty, underscoring the need for swift and precise actions in earthquake monitoring.",
"In the current frame, a person is seated at a workstation with multiple computer monitors displaying data. They appear to be analyzing seismic activity, using a keyboard and mouse. The text on the screen discusses an earthquake that initially had a magnitude of 1.1 but later increased to 5.8. The individual seems focused and possibly anxious, reflecting the tension involved in earthquake monitoring. The visible text reinforces the importance of swift and accurate responses to seismic events and the responsibilities of the person in charge of earthquake duty.",
"The current frame shows a person seated at a workstation with multiple computer monitors, analyzing data related to seismic activity. The individual is wearing a mask and appears focused on the screens, which display various graphs and data points. The text on the screen discusses an earthquake that initially had a magnitude of 1.1 but later increased to 5.8. The person seems to be working diligently, possibly with a sense of urgency and responsibility, as reflected by the context of the video discussing the tension and anxiety involved in earthquake monitoring. The visible text emphasizes the necessity of swift and accurate responses to seismic events and the importance of understanding them correctly, highlighting the role of the individual in charge of earthquake duty.",
"The current frame shows a person standing in front of multiple computer monitors displaying data related to seismic activity. The individual is wearing a blue shirt and appears to be speaking to the camera, providing information about earthquake monitoring and analysis. The text on the screen discusses the role of the person in charge of earthquake duty and the necessity of swift and accurate responses to seismic events. The person seems to be emphasizing the importance of understanding earthquakes correctly and their personal satisfaction with the results of their work. The context of the video continues to highlight the tension and anxiety involved in earthquake monitoring, as well as the sense of responsibility and gratitude felt by those in charge of this duty.",
"The current frame features a person in a blue shirt, continuing to speak to the camera about earthquake monitoring and analysis. The individual stands in front of computer monitors displaying seismic data. Text on the screen emphasizes the rapid response needed for earthquake duty and the satisfaction from accurate analysis. The background suggests an ongoing discussion on the challenges and responsibilities of earthquake monitoring, with a focus on swift and precise actions.",
"The current frame features a person in a blue shirt, continuing to speak to the camera about earthquake monitoring and analysis. The individual stands in front of computer monitors displaying seismic data. The text on the screen reads \"앞으로의 포부\" (Future Goals) and \"지진 올바로 알아야\" (Need to Understand Earthquakes Correctly). The background suggests an ongoing discussion on the importance of understanding earthquakes correctly for swift and accurate action. The person gestures with their hand, emphasizing the importance of being at the forefront of rapid response in earthquake duty.",
"The current frame shows a person in a blue shirt working at a desk in what appears to be a control room filled with multiple computer monitors displaying data. The individual is wearing glasses and a face mask, and is seated in front of a computer keyboard, appearing to be engaged in analyzing or monitoring data. The text on the screen reads \"지진분석상\" (Seismic Analysis) and \"지진은 신속 · 정확입니다\" (Earthquakes require swift and accurate action). This scene continues the discussion on the importance of understanding earthquakes correctly for swift and accurate action. The person is focused on their task, reinforcing the theme of being at the forefront of rapid response in earthquake duty.",
"The current frame shows a person in a blue shirt standing in front of multiple computer monitors displaying data in what appears to be a control room. The individual is wearing glasses and a lanyard with an ID card, and is engaged in a presentation or discussion. The text on the screen reads \"지진은 신속 · 정확입니다\" (Earthquakes require swift and accurate action) and \"제가 그 신속 · 정확의 중심에\" (I am at the center of that swift and accurate action). This scene emphasizes the importance of understanding earthquakes correctly and the necessity of swift and accurate response. The person appears to be conveying a message about their role in ensuring timely and accurate earthquake analysis.",
"The current frame shows a spiral-bound notebook with handwritten Korean text. The text discusses the challenges and responsibilities of earthquake analysis, emphasizing the importance of speed and accuracy. It mentions the nervousness and anxiety associated with the unpredictable nature of earthquakes and the importance of correct information dissemination. The text also highlights gratitude for the role of being in charge of earthquake duty. The context suggests a reflective or educational moment, possibly related to the previous frame's discussion on earthquake analysis in a control room."
] |
CXe6_CDrdB8
|
The video depicts the work and responsibilities of individuals involved in earthquake monitoring and analysis, likely at the Korea Meteorological Administration. The setting is a professional, high-stakes environment where swift and accurate action is crucial. The individuals are tasked with analyzing seismic data, determining the magnitude of earthquakes, and reporting this information in a timely manner. The video shows various scenes of professionals working at desks, in front of computer screens, and in a control room, emphasizing their focus and dedication to their duties.
The narrative revolves around a significant earthquake event, initially reported as magnitude 1.1 but later determined to be 5.8, highlighting the challenges and unpredictability of earthquake analysis. The professionals work under pressure, experiencing nervousness and anxiety, but they are driven by a sense of responsibility and the importance of their role in ensuring public safety.
Throughout the video, the emphasis is on the need for swift and accurate action in response to seismic events. The individuals discuss the importance of understanding earthquakes correctly and the necessity of being at the forefront of rapid response. The video also touches on the personal aspect, with one of the professionals expressing satisfaction with their work and gratitude for being part of the earthquake duty team.
The video concludes with a reflective note, emphasizing the ongoing nature of earthquake monitoring and the constant need for preparedness. The handwritten text in the final frame underscores the challenges, responsibilities, and personal feelings associated with earthquake analysis, reinforcing the video's themes of urgency, accuracy, and dedication. Overall, the video provides a detailed look into the critical work of earthquake monitoring professionals and the high-stakes environment in which they operate.
|
{
"original": " 국내 뿐만 아니라 국외에서 발생하는 지진을 분석을 해서 일정 규모 이상이 되면 통보를 하고 있고요. 더불어서 화산 정보를 제공을 하고 있습니다. 경제에서 발생한 지진인데요. 아찔한데요. 당시만 해도 규모가 큰 지진은 별로 없었거든요. 분석하고 있는 분은 엄청 떨리고 식은땀은 나고 일단 불안감이 먼저 앞섰습니다. 1.1의 지진을 통보를 했는데 40분, 50분 뒤에 앞서 발표한 지진보다 훨씬 큰 게 감이 오더라고요. 최대한 더 빨리 해야 되겠다 분석을 시작했는데 규모 5.8이 나왔어요. 충분히 만족을 하고 있습니다. 지진이 어느 시각에 발생할지 모르기 때문에 항상 불안하고 긴장감을 가지고 근무하고 있지만 지진을 맡고 있는 담당자의 숙명이라고 생각합니다. 지진이 배우님, 지진 업무를 담당하고 있는 사람으로서 고마움을 느끼고 있습니다. 화이팅입니다. 지진, 올바로 알아야 빠르게 대처할 수 있습니다. 지진은 신속정학입니다. 제가 그 신속정학의 중심에 서겠습니다",
"refined": "In Korea and abroad, we analyze earthquakes and report those that exceed a certain magnitude. Additionally, we provide volcanic information. I'm referring to the earthquake that occurred in the economy. It was quite alarming. At the time, there weren't many large earthquakes, so the analyst was extremely nervous and anxious. After reporting a 1.1 magnitude earthquake, we felt that a much larger one was coming 40 to 50 minutes later. We began analyzing as quickly as possible and determined it was a 5.8 magnitude earthquake. I'm satisfied with the results. Since earthquakes can occur at any time, I'm always anxious and on edge, but I consider it an occupational hazard. As someone in charge of earthquake duty, I feel grateful. I'll do my best to provide accurate information, as understanding earthquakes correctly is crucial for prompt action.",
"summarized": "The speaker is an earthquake analyst who monitors and reports earthquakes in Korea and other countries. They recall a particular earthquake in Gyeongju that initially seemed small, but later turned out to be much larger, with a magnitude of 5.8. The analyst expresses satisfaction with their work and acknowledges the anxiety and tension that comes with the job, but feels a sense of responsibility and gratitude for being able to contribute to public safety through their work. The speaker emphasizes the importance of accurate and rapid information about earthquakes to facilitate quick response and preparedness.",
"translated": "We analyze earthquakes not only in Korea but also in other countries, and if they exceed a certain magnitude, we report them. Additionally, we provide volcanic information. This is about an earthquake that occurred in the economic sector, which was quite shocking. At the time, there weren't many large earthquakes, so the person analyzing it was extremely nervous, sweating, and felt a great deal of anxiety. We reported an earthquake with a magnitude of 1.1, but 40 to 50 minutes later, it became clear that it was going to be much larger than initially announced. We began analyzing as quickly as possible and determined that the magnitude was 5.8. I'm satisfied with the result. Since we can't predict when an earthquake will occur, we always work with a sense of anxiety and tension, but I believe this is the nature of being in charge of earthquake duty. As someone responsible for earthquake work, I feel grateful. Earthquakes require swift and accurate action, so it's essential to understand them correctly. I will be at the forefront of this rapid response.",
"translated_llm": "The earthquake is a major economic event. It is a painful event. It was not a major earthquake at the time. The person who was analyzing it was very shaken and sweating and I was very anxious. I reported a 1.1 earthquake, but after 40 minutes, 50 minutes, I was told that it was going to be much bigger than the one I had announced earlier. I started the analysis as soon as possible and it was 5.8. I am satisfied.",
"translated_whisper": " What is the earthquake in Korea? We analyze earthquakes in Korea and other countries and if they are of a certain size, we report them. In addition, we provide damage information. This is an earthquake from Gyeongju. It's a bit dizzy. At that time, there weren't many large earthquakes. I was very nervous and cold when I was analyzing. I was worried at first. I reported an earthquake at 1.2. After 40 to 50 minutes, I felt that it was much bigger than the previous earthquake. I started analyzing and I got a 5.8 scale. Q. How do you feel about the earthquake? I'm satisfied with the results. I don't know what the earthquake will look like, so I'm always anxious and nervous. But I think it's the life of the person in charge of the earthquake. Q. How do you feel about the earthquake? As an earthquake actor, I feel grateful as a person in charge of the earthquake. I'm cheering for you. Q. What is the earthquake? You have to know the earthquake correctly to react quickly. The earthquake is a rapid earthquake. I will be the center of that rapid development."
}
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
|
[
"People running out of buildings during the 2016 Gyeongju, South Korea earthquake on September 12",
"Emergency responders searching through rubble after the 2016 Gyeongju, South Korea earthquake on September 12, 2016",
"Cars driving away from the affected area in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Buildings with cracked walls and broken windows in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Rescue teams carrying injured people on stretchers during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"Buildings collapsing or showing significant structural damage during the 12 September 2016 earthquake in Gyeongju, South Korea",
"People evacuating their homes and gathering in safe areas in Gyeongju, South Korea after the earthquake on September 12, 2016",
"Emergency responders searching for survivors in rubble after the 2016 Gyeongju, South Korea earthquake on September 12",
"Roads blocked by debris and damaged vehicles after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Residents assessing damage to their homes and belongings after the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"People running out of buildings during the earthquake in Gyeongju, South Korea on September 12, 2016",
"Rescue teams searching through rubble after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Buildings with cracked walls and fallen debris in Gyeongju, South Korea after the 12 September 2016 earthquake",
"Emergency vehicles rushing to the scene after the 2016 Gyeongju, South Korea earthquake on September 12",
"People gathering in open spaces for safety during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
{
"article_url": "https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84",
"during_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to decompose the ongoing event in multiple simple events. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"during_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the consequences and aftermath of an earthquake, as these are the most likely to be visualized in a video. Events such as damage to buildings, rescue operations, and people reacting to the quake are plausible and commonly seen in earthquake-related videos.\n\nEVENTS:\n1. People running out of buildings\n2. Rescue teams searching through rubble\n3. Buildings with cracked walls and fallen debris\n4. Emergency vehicles rushing to the scene\n5. People gathering in open spaces for safety",
"en_article_excerpt": "The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.",
"en_article_url": "https://en.wikipedia.org/wiki/2016_Gyeongju_earthquake",
"event_category": "disasters",
"event_name": "gyeongju_earthquake",
"language": "korean",
"prequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what previous events could lead to this given event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"prequel_raw_generation": "EXPLANATION: It makes sense to extract events that are directly related to the aftermath or impact of an earthquake, as these would be the most visually apparent and relevant to a video about the 2016 Gyeongju earthquake. Events such as destruction, evacuation, and rescue efforts are likely to be seen in a video associated with this query.\n\nEVENTS:\n1. People running out of buildings\n2. Emergency responders searching through rubble\n3. Cars driving away from the affected area\n4. Buildings with cracked walls and broken windows\n5. Rescue teams carrying injured people on stretchers",
"sequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what events can be the outcome of this ongoing event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"sequel_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the aftermath and impact of an earthquake, such as damage to infrastructure, rescue efforts, and evacuation procedures. These events are likely to be visually represented in a video associated with the query, providing a concrete and tangible depiction of the earthquake's effects.\n\nEVENTS:\n1. Buildings collapsing or showing significant structural damage\n2. People evacuating their homes and gathering in safe areas\n3. Emergency responders searching for survivors in rubble\n4. Roads blocked by debris and damaged vehicles\n5. Residents assessing damage to their homes and belongings",
"video_URL": "http://youtube.com/watch?v=uF3x63vtddc",
"video_description": "\"경주 지진, 지하수는 1~2일 전에 미리 알았다\" 지난 12일과 19일 경주에서 규모 5.8을 비롯한 대형 지진이 잇따라 발생하기 하루 이틀 전 주변 지하수 수위가 크게 상승해, 향후 지진예측에 활용할 수 있다는 주장이 나왔습니다. 정상용 부경대 지구환경과학과 교수는 진앙에서 가장 가까운 경북 경주시 산내면에 있는 지하수 관측소 자료를 분석한 결과, 이 같이 밝혔습니다. 자료를 보면 지난 11일 암반 지하수 수위는 하루 사이에 무려 49㎝ 상승했고, 17일에도 39㎝나 올라갔습니다. 정 교수는 지진에 앞서 암석에 강한 압력이 가해져 지하수 수위가 많이 올라간 것으로 보인다며, 규모 4.5 이상의 지진에만 영향을 받았다고 설명했습니다. 연합뉴스TV : 02-398-4409(제보) 4441(기사문의), 카톡/라인 jebo23 (끝)",
"video_id": "uF3x63vtddc"
}
| 11
|
[
"In the current frame of the video, two news anchors, a male on the left and a female on the right, are presenting a news segment. The male anchor is dressed in a dark suit with a striped tie, while the female anchor wears a burgundy blazer over a white blouse. They are standing in front of a news studio background that features multiple screens displaying various images and data.\n\nThe text at the bottom of the screen is in Korean and translates to \"Groundwater level rise before the recent earthquakes: Could be a predictive factor.\" This suggests that the news segment is discussing the recent earthquakes in Gyeongju, specifically the 5.8-magnitude quake that occurred on the 11th and 19th. It mentions the significant rise in groundwater levels in the surrounding area, which has prompted claims that these changes could potentially predict future earthquakes.\n\nThe text overlay includes a timestamp at 09:34 and a lower banner that shows additional information, though the details are not fully clear in this frame. The overall context indicates that the news anchors are reporting on a scientific analysis conducted by Professor Jeong Sang-yong from Pukyong National University, who has analyzed data from an underground water observation station in Sanneom-myeon, Gyeongju, the area closest to the earthquake epicenter. The professor's findings suggest that the rise in groundwater levels is likely due to the increased pressure on rocks before the earthquakes, and that only earthquakes with a magnitude of 4.5 or higher seem to have a noticeable impact on groundwater levels.",
"The current frame of the video shows a dimly lit scene, presumably inside a cave or a similar underground environment. The image is somewhat blurred, making specific details difficult to discern, but it appears to depict a rocky terrain with scattered debris and possibly some remnants of an old structure or natural formations.\n\nThe text overlay at the bottom of the screen, in Korean, translates to \"A day or two before the earthquake, the groundwater level rose significantly.\" This text reinforces the theme of the previous frame, which discussed the recent earthquakes in Gyeongju and the significant rise in groundwater levels in the surrounding area.\n\nThe scene likely serves to illustrate the geological context related to the news segment. It visually complements the discussion about the groundwater level changes and their potential connection to the earthquakes. The timestamp at 09:34 remains visible, indicating continuity with the previous frame's timeframe.\n\nOverall, the current frame continues the narrative about the recent earthquakes and the observed groundwater level changes, providing a visual representation of the geological environment that might have contributed to these phenomena.",
"The current frame shows a nighttime street scene captured by a CCTV camera. The image features a road with multiple lanes and a zebra crossing. Vehicles, including a car and a truck, are visible on the road. The street is lined with trees and streetlights, providing some illumination.\n\nThe text overlay at the bottom of the screen, in Korean, translates to \"The recent large earthquakes struck Gyeongju on the 11th and 19th, with the groundwater level in the surrounding area rising significantly.\" This text continues the theme of the previous frames, discussing the recent earthquakes in Gyeongju and the associated rise in groundwater levels.\n\nThe scene likely serves to provide context for the news segment by showing a typical urban environment affected by the earthquakes. The timestamp at 09:35 remains visible, indicating continuity with the previous frame's timeframe.",
"The current frame shows a black and white image from a CCTV camera inside a building, likely a home or office. The image is timestamped at 09:35. Visible on the left side of the frame is a calendar with dates and text, suggesting it is an important reference for the events being discussed.\n\nThe text overlay at the bottom of the screen, in Korean, translates to \"The recent large earthquakes struck Gyeongju on the 11th and 19th, with the groundwater level in the surrounding area rising significantly.\" This text continues the theme of the previous frames, discussing the recent earthquakes in Gyeongju and the associated rise in groundwater levels.\n\nThe scene likely serves to provide context for the news segment by showing a typical indoor environment affected by the earthquakes. The timestamp at 09:35 remains visible, indicating continuity with the previous frame's timeframe.",
"The current frame shows an indoor setting, possibly a living room, featuring a decorative mirror and an air conditioning unit. The image is timestamped at 09:35. The text overlay at the bottom of the screen, in Korean, translates to \"The recent earthquakes struck Gyeongju on the 11th and 19th, with the groundwater level in the surrounding area rising significantly.\" This text aligns with the ongoing discussion about the earthquakes and their effects.\n\nThe scene continues the news segment, likely focusing on the impact of the earthquakes and the rise in groundwater levels. The indoor setting provides context for the events being reported.",
"The current frame continues to depict an indoor setting, likely the same living room shown previously. The image includes a decorative mirror and an air conditioning unit, with the timestamp still at 09:35. The text overlay at the bottom of the screen, in Korean, translates to \"The recent earthquakes struck Gyeongju on the 11th and 19th, with the groundwater level in the surrounding area rising significantly.\" This text supports the ongoing news report about the earthquakes and their effects, specifically mentioning the significant rise in groundwater levels. The scene reinforces the continuity of the news segment, providing further context on the impacts of the earthquakes.",
"The current frame shows a nighttime street scene in what appears to be an urban area. The image includes several cars on the road, with one white vehicle in the foreground and another white car and a black car further back. There are also a few pedestrians visible on the street. The timestamp on the image is 09:35. The text overlay at the bottom of the screen, in Korean, translates to \"Just before the earthquake, the groundwater level rose by 1~2 meters.\" This text provides additional information on the earthquake events discussed in the previous frame, specifically highlighting the significant rise in groundwater levels just before the earthquakes. The scene appears to be part of a news report, continuing the coverage of the earthquakes and their associated phenomena.",
"The current frame continues to depict a nighttime street scene in an urban area. The timestamp on the image is still 09:35. In this frame, there is a white car parked on the side of the street, with a person in a blue shirt and another person in a green shirt standing near the vehicle. The person in the blue shirt appears to be interacting with the car's window or door, while the person in the green shirt seems to be observing or waiting. The same text overlay from the previous frame is present, translating to \"Just before the earthquake, the groundwater level rose by 1~2 meters.\" This suggests the video is part of a news report covering the recent earthquake events and their precursors, with a focus on the significant rise in groundwater levels just before the earthquakes.",
"The current frame shows a daytime view of a traditional building with a tiled roof. The timestamp remains at 09:35. The scene is likely part of the same news report discussing the recent earthquakes and their precursors. The text overlay on the screen reads \"경주 지진, 지하수는 1~2일 전에 미리 알았다\" which translates to \"Gyeongju earthquake, groundwater knew a day or two in advance.\" This suggests that the video is exploring how changes in groundwater levels, specifically a rise by 1 to 2 meters, could serve as a predictive indicator for earthquakes. The visual content of the traditional building contrasts with the previous frame's urban street scene, potentially indicating a broader exploration of the earthquake's impact or related phenomena across different locations.",
"The current frame depicts two individuals working on a tiled roof, likely involved in repair or maintenance tasks. The timestamp shows 09:35. The text overlay reads \"경주 지진, 지하수는 1~2일 전에 미리 알았다\" which translates to \"Gyeongju earthquake, groundwater knew a day or two in advance.\" This suggests the video continues to discuss the recent earthquakes in Gyeongju and the predictive nature of changes in groundwater levels. The scene contrasts with the previous frame's focus on the traditional building, highlighting the ongoing maintenance activities and the broader impact of the earthquakes.",
"The current frame shows two individuals engaged in the repair or maintenance of a tiled roof. One person, wearing a pink shirt and black pants, is bending over and appears to be inspecting or fixing the tiles. The other individual, dressed in a black jacket and hat, is walking across the roof. The roof is cluttered with tiles and debris, indicating the extent of the damage caused by the recent earthquakes in Gyeongju. The timestamp reads 09:35, and the text overlay includes \"경주 지진, 지하수는 1~2일 전에 미리 알았다,\" which translates to \"Gyeongju earthquake, groundwater knew a day or two in advance.\" This text reinforces the video's discussion on the predictive capabilities of changes in groundwater levels prior to the earthquakes."
] |
uF3x63vtddc
|
The video discusses the recent earthquakes in Gyeongju, specifically the 5.8-magnitude quake that occurred on the 11th and 19th, and the significant rise in groundwater levels in the surrounding area before the earthquakes. News anchors present a news segment on this topic, citing Professor Jeong Sang-yong's analysis of data from an underground water observation station, which suggests that the groundwater level rise could be a predictive factor for earthquakes. The video features various scenes, including a dimly lit underground environment, nighttime street scenes, and a traditional building, to provide context and illustrate the geological and urban settings affected by the earthquakes. The report highlights that the groundwater level rose by 1-2 meters just before the earthquakes, and the video explores the idea that changes in groundwater levels could serve as an early warning system for earthquakes, particularly those with a magnitude of 4.5 or higher. Overall, the video aims to inform viewers about the potential connection between groundwater level changes and earthquakes, using the recent Gyeongju earthquakes as a case study.
|
{
"original": " 지난 11일과 19일 경주에서 규모 5.8을 비롯한 대형 지진이 잇따라 발생하기 하루 이틀 전, 주변 지하수의 수위가 크게 상승해 향후 지진 예측에 활용할 수 있다는 주장이 나왔습니다. 정상용 부경대 지구환경과학과 교수는 진앙에서 가장 가까운 경북 경주시 산내면에 있는 지하수 관측소 자료를 분석한 결과 이같이 밝혔습니다. 자료를 보면 지난 11일 안반 지하수 수위는 하루 사이에 무려 49cm가 상승했고, 17일에도 39cm나 올라갔습니다. 정 교수는 지진에 앞서 암석에 강한 압력이 가해져 지하수의 수위가 많이 올라간 것으로 보인다며 규모 4.5 이상의 지진에만 영향을 받았다고 설명했습니다.",
"refined": "On the 11th and 19th, large earthquakes, including a 5.8-magnitude quake, occurred in Gyeongju. A day or two before the earthquakes, the groundwater level in the surrounding area rose significantly, which could be useful for predicting future earthquakes. Professor Jung of the Department of Earth and Environmental Science at Pukyong National University analyzed data from a groundwater observation facility in Sanin-myeon, Gyeongju, closest to the epicenter. The data shows that the groundwater level in Anban rose by 49cm in one day on the 11th and by 39cm on the 17th. According to Professor Jung, strong pressure on the rock prior to the earthquake caused a significant rise in the groundwater level, which was only affected by earthquakes with a magnitude of 4.5 or higher.",
"summarized": "Research by Professor Jung of the Earth Environment Science department at Pukyong National University suggests that changes in underground water levels may be used to predict future earthquakes. Analyzing data from an underground water observation facility in Gyeongju, the professor found that the water level rose significantly, 49cm on the 11th and 39cm on the 17th, before recent large earthquakes in the area. According to Professor Jung, the increased water level is likely due to strong pressure on rocks before an earthquake, and this phenomenon is only observed with earthquakes of magnitude 4.5 or higher.",
"translated": "A day or two before the recent large earthquakes, including a 5.8-magnitude quake, struck Gyeongju on the 11th and 19th, the groundwater level in the surrounding area rose significantly, prompting claims that this phenomenon could be used to predict future earthquakes. Professor Jeong Sang-yong of the Department of Earth and Environmental Science at Pukyong National University analyzed data from an underground water observation station in Sanneom-myeon, Gyeongju, which is closest to the epicenter, and reported these findings. According to the data, the groundwater level in Anban rose by 49cm in just one day on the 11th and by 39cm on the 17th. Professor Jeong explained that the increase in groundwater level appeared to be caused by strong pressure on the rocks before the earthquake and that only earthquakes with a magnitude of 4.5 or higher had an impact.",
"translated_llm": "The data from the nearest underground water observatory in the mountains of North Korea, located in the heart of North Korea, showed that the underground water level rose by 49 cm in the past 11 days and rose by 39 cm on the 17th. The professor explained that the underground water level appeared to have risen a lot before the earthquake and that the earthquake was only affected by a strong pressure on the rocks.",
"translated_whisper": " On the 11th and 19th, a large earthquake of 5.8 in Gyeongju, two days before the earthquake, The number of underground water around the area has risen significantly, and it is estimated that it can be used to predict the future. Professor of Earth Environment Science at the National University of Gyeongju, Gyeongsang-do, The data of the underground water observation facility in the mountains in Gyeongju, which is the closest to the Jinhang, has been analyzed. According to the data, the underground water level in Anban was 49cm higher in a day on the 11th, and it rose to 39cm on the 17th. Professor Jung said that the strong pressure of the rock was applied to the earthquake, and the underground water level rose a lot, and that it was only affected by an earthquake of 4.5 or more."
}
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
|
[
"People running out of buildings during the 2016 Gyeongju, South Korea earthquake on September 12",
"Emergency responders searching through rubble after the 2016 Gyeongju, South Korea earthquake on September 12, 2016",
"Cars driving away from the affected area in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Buildings with cracked walls and broken windows in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Rescue teams carrying injured people on stretchers during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"Buildings collapsing or showing significant structural damage during the 12 September 2016 earthquake in Gyeongju, South Korea",
"People evacuating their homes and gathering in safe areas in Gyeongju, South Korea after the earthquake on September 12, 2016",
"Emergency responders searching for survivors in rubble after the 2016 Gyeongju, South Korea earthquake on September 12",
"Roads blocked by debris and damaged vehicles after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Residents assessing damage to their homes and belongings after the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"People running out of buildings during the earthquake in Gyeongju, South Korea on September 12, 2016",
"Rescue teams searching through rubble after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Buildings with cracked walls and fallen debris in Gyeongju, South Korea after the 12 September 2016 earthquake",
"Emergency vehicles rushing to the scene after the 2016 Gyeongju, South Korea earthquake on September 12",
"People gathering in open spaces for safety during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
{
"article_url": "https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84",
"during_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to decompose the ongoing event in multiple simple events. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"during_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the consequences and aftermath of an earthquake, as these are the most likely to be visualized in a video. Events such as damage to buildings, rescue operations, and people reacting to the quake are plausible and commonly seen in earthquake-related videos.\n\nEVENTS:\n1. People running out of buildings\n2. Rescue teams searching through rubble\n3. Buildings with cracked walls and fallen debris\n4. Emergency vehicles rushing to the scene\n5. People gathering in open spaces for safety",
"en_article_excerpt": "The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.",
"en_article_url": "https://en.wikipedia.org/wiki/2016_Gyeongju_earthquake",
"event_category": "disasters",
"event_name": "gyeongju_earthquake",
"language": "korean",
"prequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what previous events could lead to this given event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"prequel_raw_generation": "EXPLANATION: It makes sense to extract events that are directly related to the aftermath or impact of an earthquake, as these would be the most visually apparent and relevant to a video about the 2016 Gyeongju earthquake. Events such as destruction, evacuation, and rescue efforts are likely to be seen in a video associated with this query.\n\nEVENTS:\n1. People running out of buildings\n2. Emergency responders searching through rubble\n3. Cars driving away from the affected area\n4. Buildings with cracked walls and broken windows\n5. Rescue teams carrying injured people on stretchers",
"sequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what events can be the outcome of this ongoing event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"sequel_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the aftermath and impact of an earthquake, such as damage to infrastructure, rescue efforts, and evacuation procedures. These events are likely to be visually represented in a video associated with the query, providing a concrete and tangible depiction of the earthquake's effects.\n\nEVENTS:\n1. Buildings collapsing or showing significant structural damage\n2. People evacuating their homes and gathering in safe areas\n3. Emergency responders searching for survivors in rubble\n4. Roads blocked by debris and damaged vehicles\n5. Residents assessing damage to their homes and belongings",
"video_URL": "http://youtube.com/watch?v=nln3QFJggKs",
"video_description": "106억 → 58억…경주 지진 피해금액 반토막 잇단 강진으로 100억원이 넘는 것으로 추정됐던 경주시의 공식 피해규모가 58억원 수준에 그치는 것으로 집계됐습니다. 경주시가 지진 발생 뒤 전수조사를 통해 발표한 잠정 추산 피해액은 약 107억원이었지만 사유재산 피해는 대부분 공식 피해액에서 빠졌습니다. 규정상 기와가 떨어지거나 벽체에 금이 가고 담장이 파손된 것은 재산피해 산정되지 않습니다. 이에 따라 사유재산 중에는 지진으로 주택이 완전히 부서지거나 반쯤 허물어진 것만 공식 피해액에 들어갔습니다. 연합뉴스TV : 02-398-4409(제보) 4441(기사문의), 카톡/라인 jebo23 (끝)",
"video_id": "nln3QFJggKs"
}
| 12
|
[
"The frame shows a news broadcast with two anchors discussing the revised damage estimate for Gyeongju following an earthquake. The left anchor, in a suit, provides information about the damage, while the right anchor, in a blazer, listens attentively. The background features a map of South Korea with a circular graphic, indicating the location of the earthquake. The text overlay indicates that the initial damage estimate of 10.7 billion won has been revised to approximately 5.8 billion won, highlighting that most private property damages were excluded from the official tally.",
"The current frame shows a construction site in Gyeongju, where a crane is lifting a large object, likely part of a damaged structure. Several construction vehicles and workers are visible around traditional buildings that appear to be undergoing repair. The text overlay indicates that the initial damage estimate of 10.6 billion won has been revised to 5.8 billion won, emphasizing that most private property damages are not counted in the official tally. The scene illustrates the ongoing restoration efforts following the earthquake.",
"The current frame depicts a construction site in Gyeongju where workers are actively engaged in repairing damaged rooftops. They are handling traditional roof tiles, likely as part of the restoration efforts following the earthquake. The text overlay confirms that the damage estimate has been revised from 10.6 billion won to 5.8 billion won, highlighting the exclusion of most private property damages from the official tally. This scene underscores the ongoing reconstruction and repair activities in the aftermath of the seismic event.",
"The current frame shows a damaged roadside area in Gyeongju, where traditional roof tiles are strewn on the ground near a stone wall. The text overlay indicates that the damage estimate for the city has been revised from 10.6 billion won to 5.8 billion won, emphasizing the exclusion of most private property damages from the official tally. This scene highlights the extensive damage and the challenges of accurately assessing losses after the earthquake.",
"The current frame shows a group of people inspecting a damaged traditional building in Gyeongju. The person in the purple shirt is seen examining the wall closely, likely assessing the damage. The text overlay reiterates that the official damage estimate for the city has been revised from 10.6 billion won to 5.8 billion won, underscoring the exclusion of most private property damages. This scene emphasizes the detailed inspection process to evaluate the earthquake's impact on private properties, which are not officially counted unless they are completely or partially destroyed.",
"The current frame depicts the interior of a damaged building in Gyeongju, showing the roof's wooden beams and thatching, which are severely damaged and in disrepair. The text overlay confirms the revised official damage estimate from 10.6 billion won to 5.8 billion won, highlighting the exclusion of most private property damages, except for those resulting in complete or partial destruction. This scene emphasizes the extent of the structural damage and underscores the focus on assessing only major destruction as per official regulations.",
"In the current frame, an older man is inspecting a damaged wall in Gyeongju. He points at a significant crack running down the wall, indicating structural damage. The wall shows signs of wear and tear, with visible discoloration and deteriorating plaster. The text overlay reiterates the revised official damage estimate from 10.6 billion won to 5.8 billion won, highlighting the exclusion of most private property damages, except for those resulting in complete or partial destruction. This scene underscores the ongoing assessment of damage and the impact of official regulations on the reported figures.",
"The current frame shows a close-up of a damaged wall in Gyeongju, illustrating the cracks and structural damage. The wall appears worn, with visible discoloration and deteriorating plaster. The text overlay highlights the significant reduction in the official damage estimate from 10.6 billion won to 5.8 billion won, emphasizing that most private property damages, such as wall cracks, were not included in the official tally. This scene continues to depict the assessment of damage and the impact of official regulations on the reported figures.",
"The current frame shows a close-up of a cracked pedestrian crossing. The text overlay indicates a reduction in the official damage estimate from 10.6 billion won to 5.8 billion won, and emphasizes that private property damages, including cracks in the crossing, were not included in the official tally. This scene continues to highlight the assessment of damage and the impact of official regulations on the reported figures.",
"The current frame shows a cracked asphalt road, with a significant fissure running through the surface. The text overlay indicates a reduction in the official damage estimate from 10.6 billion won to 5.8 billion won, and notes that the revised estimate excludes damages to private property, such as cracks like the one shown in the image. This scene emphasizes the impact of official regulations on the reported damage figures, highlighting that only cases of complete or partial destruction are included in the official tally.",
"The current frame shows a nighttime scene of a street with visible cracks on the road surface. A car's headlights are visible in the distance, illuminating the area. The text overlay indicates a reduction in the official damage estimate from 10.6 billion won to 5.8 billion won, and notes that the revised estimate excludes damages to private property, such as the visible cracks on the road. This scene emphasizes the impact of official regulations on the reported damage figures, highlighting that only cases of complete or partial destruction are included in the official tally.",
"The current frame shows a close-up view of a wall with visible cracks and peeling tiles, suggesting damage from the earthquake. The text overlay highlights that damages such as cracks in walls, broken fences, or decreased building foundations are not considered property damage under official regulations. Only cases where homes were completely or partially destroyed are counted. This scene emphasizes the extent of structural damage not included in the official tally, highlighting the exclusion of these types of damages in the official damage estimate."
] |
nln3QFJggKs
|
The video depicts the aftermath of an earthquake in Gyeongju, South Korea, focusing on the damage assessment and revision of the official damage estimate. The initial estimate of 10.7 billion won was revised to approximately 5.8 billion won, as most private property damages were excluded from the official tally. The video shows news anchors discussing the revised estimate, construction sites with workers repairing damaged buildings, and scenes of damaged roads, walls, and traditional buildings. The footage highlights the extent of the damage, including cracks in walls, roads, and buildings, but notes that these types of damages are not included in the official estimate unless they result in complete or partial destruction. The video emphasizes the ongoing restoration efforts and the challenges of accurately assessing losses after the earthquake, underscoring the impact of official regulations on the reported damage figures. Overall, the video provides a visual representation of the earthquake's impact on Gyeongju and the process of damage assessment and revision.
|
{
"original": " 이딴 강진으로 100억 원이 넘는 것으로 추정됐던 경주시의 공식 피해 규모가 58억 원 수준에 그치는 것으로 집계됐습니다. 경주시가 지진 발생 뒤 전수조사를 통해 발표한 잠정추산 피해액은 약 107억 원이었지만 사유재산 피해는 대부분 공식 피해액에서 빠졌습니다. 규정상 기화가 떨어지거나 벽체에 금이 가고 담장이 파손된 것은 재산 피해로 산정되지 않습니다. 사유재산 중에는 지진으로 주택이 완전히 부서지거나 반쯤 허물어진 것만 공식 피해에게 들어갔습니다.",
"refined": "The official damage in Gyeongju, initially estimated to exceed 10 billion won, has been recalculated to around 5.8 billion won. Following a thorough investigation after the earthquake, the city reported a preliminary estimated damage of approximately 10.7 billion won, but most private property damage was excluded from the official total. According to regulations, damage such as cracks in walls or broken fences is not considered property damage. Only private properties that were completely destroyed or partially demolished due to the earthquake were included in the official damage report.",
"summarized": "Gyeongju city's official damage from the earthquake was estimated to be over 1 billion won, but the final calculation is around 580 million won. The initial estimate of 1.07 billion won was reduced as most private property damages, such as cracks in walls or broken fences, were not included due to regulations. Only severe cases of private property damage, such as completely or partially destroyed houses, were accounted for in the official damage total.",
"translated": "The official damage estimate for Gyeongju, initially expected to exceed 10 billion won, has been revised to approximately 5.8 billion won. Following a thorough survey after the earthquake, the city reported preliminary estimated damages of around 10.7 billion won. However, most private property damages were not included in the official tally. According to regulations, damages such as cracks in walls, broken fences, or decreased building foundations are not considered property damage. Only cases where homes were completely or partially destroyed due to the earthquake were counted in the official damage estimate.",
"translated_llm": "The official damage estimated by the city of 경주 to be over 10 billion won was estimated to be at 58 billion won. The estimated damage was about 107 billion won, but most of the damage was lost from the official damage.",
"translated_whisper": " The official damage of Gyeongju, which was estimated to be over 1 billion won, has reached the level of 5.8 billion won. The total damage of the dam was about 1.7 billion won, which was announced through a full-scale survey after the earthquake. But most of the damage to the property was removed from the official damage. According to the regulations, the damage to the dam is not determined as damage to the property. Accordingly, the property was damaged by an earthquake, or half of the property was destroyed."
}
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
|
[
"People running out of buildings during the 2016 Gyeongju, South Korea earthquake on September 12",
"Emergency responders searching through rubble after the 2016 Gyeongju, South Korea earthquake on September 12, 2016",
"Cars driving away from the affected area in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Buildings with cracked walls and broken windows in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Rescue teams carrying injured people on stretchers during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"Buildings collapsing or showing significant structural damage during the 12 September 2016 earthquake in Gyeongju, South Korea",
"People evacuating their homes and gathering in safe areas in Gyeongju, South Korea after the earthquake on September 12, 2016",
"Emergency responders searching for survivors in rubble after the 2016 Gyeongju, South Korea earthquake on September 12",
"Roads blocked by debris and damaged vehicles after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Residents assessing damage to their homes and belongings after the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"People running out of buildings during the earthquake in Gyeongju, South Korea on September 12, 2016",
"Rescue teams searching through rubble after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Buildings with cracked walls and fallen debris in Gyeongju, South Korea after the 12 September 2016 earthquake",
"Emergency vehicles rushing to the scene after the 2016 Gyeongju, South Korea earthquake on September 12",
"People gathering in open spaces for safety during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
{
"article_url": "https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84",
"during_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to decompose the ongoing event in multiple simple events. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"during_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the consequences and aftermath of an earthquake, as these are the most likely to be visualized in a video. Events such as damage to buildings, rescue operations, and people reacting to the quake are plausible and commonly seen in earthquake-related videos.\n\nEVENTS:\n1. People running out of buildings\n2. Rescue teams searching through rubble\n3. Buildings with cracked walls and fallen debris\n4. Emergency vehicles rushing to the scene\n5. People gathering in open spaces for safety",
"en_article_excerpt": "The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.",
"en_article_url": "https://en.wikipedia.org/wiki/2016_Gyeongju_earthquake",
"event_category": "disasters",
"event_name": "gyeongju_earthquake",
"language": "korean",
"prequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what previous events could lead to this given event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"prequel_raw_generation": "EXPLANATION: It makes sense to extract events that are directly related to the aftermath or impact of an earthquake, as these would be the most visually apparent and relevant to a video about the 2016 Gyeongju earthquake. Events such as destruction, evacuation, and rescue efforts are likely to be seen in a video associated with this query.\n\nEVENTS:\n1. People running out of buildings\n2. Emergency responders searching through rubble\n3. Cars driving away from the affected area\n4. Buildings with cracked walls and broken windows\n5. Rescue teams carrying injured people on stretchers",
"sequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what events can be the outcome of this ongoing event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"sequel_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the aftermath and impact of an earthquake, such as damage to infrastructure, rescue efforts, and evacuation procedures. These events are likely to be visually represented in a video associated with the query, providing a concrete and tangible depiction of the earthquake's effects.\n\nEVENTS:\n1. Buildings collapsing or showing significant structural damage\n2. People evacuating their homes and gathering in safe areas\n3. Emergency responders searching for survivors in rubble\n4. Roads blocked by debris and damaged vehicles\n5. Residents assessing damage to their homes and belongings",
"video_URL": "http://youtube.com/watch?v=n6UmQ9Kw2GQ",
"video_description": "경주 지진 이후 여진 307회 발생…\"강도 약해져\" 지난 12일 저녁 발생한 규모 5.8의 경주 지진 탓에 여진이 307차례 발생한 것으로 집계됐습니다. 기상청에 따르면 오늘 오후 4시까지 경주 지진 이후 여진은 규모 1.5∼3.0도 292회 등 모두 307차례 발생했습니다. 기상청 관계자는 \"경주 지진 탓에 여진이 계속 발생하고 있지만 강도가 약해지고 있다\"며 \"앞으로 일어날 여진 규모는 3.0 이하로 예상되기 때문에 그렇게 우려하지 않아도 될 것 같다\"고 말했습니다. 연합뉴스TV : 02-398-4409(제보) 4441(기사문의), 카톡/라인 jebo23 (끝)",
"video_id": "n6UmQ9Kw2GQ"
}
| 11
|
[
"Two news anchors are reporting on a map showing seismic activity, specifically highlighting the area of Gyeongju. They discuss the aftermath of a 5.8 magnitude earthquake, mentioning that 307 aftershocks have occurred. The report notes that the intensity of these aftershocks is decreasing, and future aftershocks are expected to be of 3.0 magnitude or less, with no need for significant concern.",
"The current frame is a black-and-white CCTV image showing a room with a calendar on the wall and a person standing near a door. The text at the bottom of the screen reads \"경주 지진 이후 여진 307회 발생... '강도 약해져'\" which translates to \"Following the Gyeongju earthquake, 307 aftershocks have occurred... 'The intensity has weakened'\". This frame illustrates the aftermath of the earthquake, with the CCTV footage potentially capturing an aftershock or a moment related to the earthquake's impact on the community.",
"The current frame shows a kitchen with various kitchen utensils and appliances, such as a cutting board, a red pot, and a stove. The text at the bottom of the screen reads \"경주 지진 이후 여진 307회 발생... '강도 약해져'\" which translates to \"Following the Gyeongju earthquake, 307 aftershocks have occurred... 'The intensity has weakened'\". This frame likely continues to illustrate the aftermath of the earthquake, showing a typical domestic scene that may have been affected by the aftershocks.",
"The current frame shows a close-up of two hanging light fixtures in a room. The text at the bottom of the screen continues to read \"경주 지진 이후 여진 307회 발생... '강도 약해져'\" which translates to \"Following the Gyeongju earthquake, 307 aftershocks have occurred... 'The intensity has weakened'\". This frame likely continues to illustrate the aftermath of the earthquake, focusing on the interior of a household that may have been affected by the aftershocks.",
"The current frame shows an empty baby bouncer in a room. The text at the bottom of the screen continues to read \"경주 지진 이후 여진 307회 발생... '강도 약해져'\" which translates to \"Following the Gyeongju earthquake, 307 aftershocks have occurred... 'The intensity has weakened'\". This frame likely continues to illustrate the aftermath of the earthquake, focusing on the interior of a household that may have been affected by the aftershocks.",
"The current frame shows a cluttered kitchen counter with various items, including a bottle of water and packaged goods. The text at the bottom of the screen continues to read \"경주 지진 이후 여진 307회 발생... '강도 약해져'\" which translates to \"Following the Gyeongju earthquake, 307 aftershocks have occurred... 'The intensity has weakened'\". This frame likely continues to illustrate the aftermath of the earthquake, focusing on the daily life and household impact due to the ongoing aftershocks.",
"The current frame shows a dimly lit room with a potted plant and a bag placed against the wall, near an open door. The text at the bottom of the screen continues to read \"경주 지진 이후 여진 307회 발생... '강도 약해져'\" which translates to \"Following the Gyeongju earthquake, 307 aftershocks have occurred... 'The intensity has weakened'\". This frame likely continues to illustrate the aftermath of the earthquake, focusing on the impact on daily life and the measures people are taking to cope with the ongoing aftershocks. The visible news channel logo and timestamp indicate that this is part of a news broadcast covering the earthquake and its aftermath.",
"The current frame shows a dimly lit room with a potted plant and a bag placed against the wall, near an open door. The text at the bottom of the screen continues to read \"경주 지진 이후 여진 307회 발생... '강도 약해져'\" which translates to \"Following the Gyeongju earthquake, 307 aftershocks have occurred... 'The intensity has weakened'\". This frame likely continues to illustrate the aftermath of the earthquake, focusing on the impact on daily life and the measures people are taking to cope with the ongoing aftershocks. The visible news channel logo and timestamp indicate that this is part of a news broadcast covering the earthquake and its aftermath.",
"The current frame shows a dimly lit room with a potted plant and a bag placed against the wall, near an open door. The text at the bottom of the screen reads \"경주 지진 이후 여진 307회 발생... '강도 약해져'\" which translates to \"Following the Gyeongju earthquake, 307 aftershocks have occurred... 'The intensity has weakened'\". This frame likely continues to illustrate the aftermath of the earthquake, focusing on the impact on daily life and the measures people are taking to cope with the ongoing aftershocks. The visible news channel logo and timestamp indicate that this is part of a news broadcast covering the earthquake and its aftermath.",
"The current frame shows a dimly lit room with a potted plant in the foreground. The text at the bottom of the screen reads \"연합뉴스TV\" and \"서울>경주 2시간 30분\", indicating a news broadcast from a news channel, along with a timestamp of 17:21 and the temperature in Incheon at 26.6°C. This frame likely continues to illustrate the aftermath of the Gyeongju earthquake, focusing on the ongoing news coverage and the information being relayed to the public regarding the aftershocks and their decreasing intensity.",
"The current frame is a black-and-white surveillance video showing a street scene at night. A bright light, likely from a vehicle, illuminates the area, with people walking in the background. The text at the bottom of the screen reads \"연합뉴스TV\" and \"서울>대전 2시간 00분,\" indicating a news broadcast from a news channel, along with a timestamp of 17:21 and the temperature in Incheon at 26.6°C. The footage appears to capture a moment of activity, possibly related to the ongoing news coverage of the Gyeongju earthquake's aftermath and the monitoring of aftershocks."
] |
n6UmQ9Kw2GQ
|
A news report covers the aftermath of a 5.8 magnitude earthquake that struck Gyeongju, resulting in 307 recorded aftershocks. The intensity of these aftershocks is decreasing, with most ranging from 1.5 to 3.0 in magnitude, and future aftershocks are expected to have a magnitude of 3.0 or less, causing no significant concern. The video shows news anchors discussing the earthquake, CCTV footage of various locations, and everyday scenes in households, illustrating the impact on daily life and the measures people are taking to cope with the ongoing aftershocks. The news broadcast continues to update the public on the situation, providing information on the decreasing intensity of the aftershocks and the expected future seismic activity.
|
{
"original": " 지난 12일 저녁 발생한 규모 5.8의 경주 지진 탓에 여진이 307차례 발생한 것으로 집계됐습니다. 기상청에 따르면 오늘 오후 4시까지 경주 지진 이후 여진은 규모 1.5에서 3.0도 292회 등 모두 307차례 발생했습니다. 기상청 관계자는 경주 지진 탓에 여진이 계속 발생하고 있지만 강도가 약해지고 있다며 앞으로 일어날 여진 규모는 3.0 이하로 예상되기 때문에 그렇게 우려하지 않아도 될 것 같다고 말했습니다.",
"refined": "On the evening of the 12th, a 5.8 magnitude earthquake occurred in Gyeongju, resulting in 307 aftershocks. According to the weather agency, as of 4 pm today, there have been 307 aftershocks with magnitudes ranging from 1.5 to 3.0 since the Gyeongju earthquake. An agency official stated that although aftershocks are continuing due to the Gyeongju earthquake, their intensity is weakening, and it is expected that future aftershocks will have a magnitude of 3.0 or less, so there is no need to worry.",
"summarized": "A magnitude 5.8 earthquake occurred in Gyeongju on the 12th, resulting in 307 aftershocks, with 292 of them ranging from 1.5 to 3.0 in magnitude. According to the Korea Meteorological Administration, although aftershocks are still occurring due to the earthquake, their intensity is weakening. Officials expect future aftershocks to have a magnitude of 3.0 or less, indicating no significant concern is warranted.",
"translated": "Following the 5.8 magnitude earthquake that struck Gyeongju on the evening of the 12th, a total of 307 aftershocks have been recorded. According to the Korea Meteorological Administration, as of 4 pm today, there have been 307 aftershocks, with 292 of them ranging from 1.5 to 3.0 in magnitude. An official from the Meteorological Administration noted that while aftershocks are still occurring due to the Gyeongju earthquake, their intensity is weakening, and it is expected that future aftershocks will have a magnitude of 3.0 or less, so there is no need for significant concern.",
"translated_llm": "The latest estimates are that 307 earthquakes have occurred due to the 5.8 magnitude earthquake that occurred on the 12th evening. According to the Meteorological Office, as of 4 pm today, the earthquake has caused 307 earthquakes ranging from 1.5 to 3.0 degrees and 292 rounds.",
"translated_whisper": " The last 12 days, there were 5.8 times of earthquakes in Gyeongju, and 307 times of the earthquake in Yeojin. According to the Ministry of Emergency Situations, Yeojin has been 3 times in Gyeongju since the earthquake in Gyeongju, from 1.5 to 3.0 degrees 292 times. The Kisangcheon official said that the earthquake is still happening due to the Gyeongju earthquake, but the intensity is getting weaker, and the expected earthquake size to occur in the future is 3.0 or less, so it is not necessary to worry."
}
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
|
[
"People running out of buildings during the 2016 Gyeongju, South Korea earthquake on September 12",
"Emergency responders searching through rubble after the 2016 Gyeongju, South Korea earthquake on September 12, 2016",
"Cars driving away from the affected area in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Buildings with cracked walls and broken windows in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Rescue teams carrying injured people on stretchers during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"Buildings collapsing or showing significant structural damage during the 12 September 2016 earthquake in Gyeongju, South Korea",
"People evacuating their homes and gathering in safe areas in Gyeongju, South Korea after the earthquake on September 12, 2016",
"Emergency responders searching for survivors in rubble after the 2016 Gyeongju, South Korea earthquake on September 12",
"Roads blocked by debris and damaged vehicles after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Residents assessing damage to their homes and belongings after the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"People running out of buildings during the earthquake in Gyeongju, South Korea on September 12, 2016",
"Rescue teams searching through rubble after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Buildings with cracked walls and fallen debris in Gyeongju, South Korea after the 12 September 2016 earthquake",
"Emergency vehicles rushing to the scene after the 2016 Gyeongju, South Korea earthquake on September 12",
"People gathering in open spaces for safety during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
{
"article_url": "https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84",
"during_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to decompose the ongoing event in multiple simple events. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"during_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the consequences and aftermath of an earthquake, as these are the most likely to be visualized in a video. Events such as damage to buildings, rescue operations, and people reacting to the quake are plausible and commonly seen in earthquake-related videos.\n\nEVENTS:\n1. People running out of buildings\n2. Rescue teams searching through rubble\n3. Buildings with cracked walls and fallen debris\n4. Emergency vehicles rushing to the scene\n5. People gathering in open spaces for safety",
"en_article_excerpt": "The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.",
"en_article_url": "https://en.wikipedia.org/wiki/2016_Gyeongju_earthquake",
"event_category": "disasters",
"event_name": "gyeongju_earthquake",
"language": "korean",
"prequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what previous events could lead to this given event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"prequel_raw_generation": "EXPLANATION: It makes sense to extract events that are directly related to the aftermath or impact of an earthquake, as these would be the most visually apparent and relevant to a video about the 2016 Gyeongju earthquake. Events such as destruction, evacuation, and rescue efforts are likely to be seen in a video associated with this query.\n\nEVENTS:\n1. People running out of buildings\n2. Emergency responders searching through rubble\n3. Cars driving away from the affected area\n4. Buildings with cracked walls and broken windows\n5. Rescue teams carrying injured people on stretchers",
"sequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what events can be the outcome of this ongoing event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"sequel_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the aftermath and impact of an earthquake, such as damage to infrastructure, rescue efforts, and evacuation procedures. These events are likely to be visually represented in a video associated with the query, providing a concrete and tangible depiction of the earthquake's effects.\n\nEVENTS:\n1. Buildings collapsing or showing significant structural damage\n2. People evacuating their homes and gathering in safe areas\n3. Emergency responders searching for survivors in rubble\n4. Roads blocked by debris and damaged vehicles\n5. Residents assessing damage to their homes and belongings",
"video_URL": "http://youtube.com/watch?v=uoagwCVoHGM",
"video_description": "경주 지진으로 8명 부상…재산피해 253건 어제 저녁 경주 일대에서 발생한 지진으로 인해 8명이 다치고 카카오톡과 국민안전처 홈페이지 등 통신망이 일시적으로 마비되는 등의 장애가 있었습니다. 국민안전처는 경주 일대에서 오늘과 어제에 걸쳐 일어난 지진으로 인해 80살 여성 황 모 씨 등 8명이 경상을 입고 253건의 재산피해가 신고됐다고 밝혔습니다. 이번 지진으로 인해 KTX 대전~부산 구간이 5분가량 정차하기도 했습니다. 연합뉴스TV : 02-398-4409(제보) 4441(기사문의), 카톡/라인 jebo23 (끝)",
"video_id": "uoagwCVoHGM"
}
| 8
|
[
"A news reporter stands beside a screen displaying a grainy image of a building, likely affected by an earthquake. The headline on the screen reads \"경주 지진으로 8명 부상...재산피해 253건,\" which translates to \"8 people injured due to Gyeongju earthquake...253 cases of property damage.\" The report indicates that an earthquake in the Gyeongju area caused injuries and property damage, including disruptions to communication networks like KakaoTalk.",
"The image shows a close-up view of what appears to be structural damage, likely due to the earthquake mentioned in the ASR transcript. The scene depicts a heavily damaged interior, with debris and dust scattered around, indicating significant structural weakening or collapse. The visible text \"경주 지진으로 8명 부상...재산피해 253건\" reiterates the severity of the earthquake's impact, confirming 8 injuries and 253 cases of property damage. The damage suggests the potential severity of the earthquake in the Gyeongju area.",
"The image shows a blurred view of a building at night, with a large metal shutter partially open and lights shining through. The text \"경주 지진으로 8명 부상...재산피해 253건\" is prominently displayed, reiterating the earthquake's impact with 8 injuries and 253 cases of property damage. The scene suggests a focus on the aftermath of the earthquake, possibly indicating ongoing recovery and assessment efforts.",
"The image shows a close-up of a person's feet walking on a floor with visible debris, likely glass fragments, scattered around. The text \"경주 지진으로 8명 부상...재산피해 253건\" is displayed, continuing the narrative about the earthquake's impact with 8 injuries and 253 cases of property damage. This frame highlights the aftermath of the earthquake, focusing on the damage to buildings and the challenges faced during recovery efforts.",
"In the current frame, a person is seen removing a sheet of paper from a wall that has visible cracks, indicating structural damage from the earthquake. The text \"경주 지진으로 8명 부상...재산피해 253건\" is again displayed, reinforcing the ongoing discussion of the earthquake's impact with 8 injuries and 253 cases of property damage. The focus on the damaged wall and the person's action suggests an ongoing assessment or cleanup effort following the earthquake.",
"The current frame shows a close-up view of a wall with visible cracks, suggesting structural damage from the earthquake. The text \"경주 지진으로 8명 부상...재산피해 253건\" is displayed prominently, emphasizing the ongoing impact of the earthquake, which has resulted in 8 injuries and 253 cases of property damage. The scene appears to be part of a broader assessment or documentation of the damage caused by the earthquakes that occurred in Gyeongju.",
"The current frame shows an indoor public space, likely a train station, with several people walking and going about their business. The text \"경주 지진으로 8명 부상...재산피해 253건\" is prominently displayed, reinforcing the ongoing impact of the earthquake in Gyeongju, which has resulted in 8 injuries and 253 cases of property damage. The presence of people in the background suggests that life is continuing despite the recent earthquake disruptions. The image indicates that the video is providing context on the aftermath and effects of the earthquake on the local community and infrastructure.",
"The current frame depicts an indoor public space, possibly a train station, where two individuals are walking together. They appear engaged in conversation, with one person in a blue jacket and the other in a dark shirt. The visible text \"시사 파일\" suggests a news segment, likely discussing the aftermath of the earthquake in Gyeongju. The lower portion of the screen displays additional information, including time \"14:58\" and other news tickers, emphasizing the ongoing impact of the earthquake on the region. The scene continues to highlight the daily activities and resilience of the community in the face of the recent disaster."
] |
uoagwCVoHGM
|
A news report describes the aftermath of an earthquake in the Gyeongju area, which resulted in 8 injuries and 253 cases of property damage. The earthquake disrupted communication networks, including KakaoTalk, and caused the KTX train to halt temporarily. The report shows structural damage to buildings, with debris and dust scattered around, and people walking amidst the damage. The community is seen going about their daily activities, with some individuals assessing and cleaning up the damage. The news segment provides updates on the earthquake's impact, including the number of injuries and property damage, and highlights the resilience of the community in the face of the disaster.
|
{
"original": " 어제저녁 경주 일대에서 발생한 지진으로 인해 8명이 다치고, 카카오톡과 국민안전처 홈페이지 등 통신망이 일시적으로 마비되는 등의 장애가 있었습니다. 국민안전처는 경주 일대에서 오늘과 어제에 걸쳐 일어난 지진으로 인해 80살 여성 황 모 씨 등 8명이 경상을 입고 253건의 재산 피해가 신고됐다고 밝혔습니다. 이번 지진으로 인해 KTX 대전에서 부산 구간이 5분가량 정차하기도 했습니다. MBC 뉴스 김성현입니다.",
"refined": "Yesterday evening, an earthquake in Gyeongju left 8 people injured and caused temporary disruptions to communication networks, including Kakao Talk and the National Safety Agency's website. The National Safety Agency reported that the earthquake, which occurred in Gyeongju over the past two days, resulted in 8 people, including an 80-year-old woman, sustaining minor injuries, and 253 cases of property damage. The earthquake also caused the KTX train service between Daejeon and Busan to be suspended for about 5 minutes.",
"summarized": "An earthquake in Gyeongju resulted in 8 people being injured, including an 80-year-old woman, and 253 cases of property damage reported. The incident also caused a temporary disruption to communication networks, including Kakao Talk and the National Security Agency website, and a 5-minute halt to the KTX train service between Daejeon and Busan.",
"translated": "Yesterday evening, an earthquake in the Gyeongju area resulted in 8 injuries and temporarily disrupted communication networks, including KakaoTalk and the National Security Agency's website. The National Security Agency reported that 8 people, including an 80-year-old woman named Hwang, were injured and 253 cases of property damage were reported due to the earthquakes that occurred in Gyeongju yesterday and today. The earthquake also caused the KTX train to halt for about 5 minutes on the Daejeon-Busan route. This is MBC News reporter Kim Seong-hyeon.",
"translated_llm": "The earthquake in the raceway yesterday evening caused 8 people to be injured, and the telecommunications network including the KaKaoTok and the website of the National Security Agency were temporarily disrupted. The National Security Agency said that eight people including an 80-year-old woman, Mr. Zhuang Mo, were injured and 253 property damage was reported due to the earthquake in the raceway today and yesterday.",
"translated_whisper": " Yesterday evening, 8 people were injured in the earthquake in Gyeongju, and there was a problem with the communication network such as Kakao Talk and the National Security Agency website. The National Security Agency reported that 8 people, including an 80-year-old woman, were injured in the earthquake that occurred yesterday and today in Gyeongju. 253 property damage was reported. Due to the earthquake, the Busan section of KTX Daejeon was also closed for about 5 minutes."
}
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
|
[
"People running out of buildings during the 2016 Gyeongju, South Korea earthquake on September 12",
"Emergency responders searching through rubble after the 2016 Gyeongju, South Korea earthquake on September 12, 2016",
"Cars driving away from the affected area in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Buildings with cracked walls and broken windows in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Rescue teams carrying injured people on stretchers during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"Buildings collapsing or showing significant structural damage during the 12 September 2016 earthquake in Gyeongju, South Korea",
"People evacuating their homes and gathering in safe areas in Gyeongju, South Korea after the earthquake on September 12, 2016",
"Emergency responders searching for survivors in rubble after the 2016 Gyeongju, South Korea earthquake on September 12",
"Roads blocked by debris and damaged vehicles after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Residents assessing damage to their homes and belongings after the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"People running out of buildings during the earthquake in Gyeongju, South Korea on September 12, 2016",
"Rescue teams searching through rubble after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Buildings with cracked walls and fallen debris in Gyeongju, South Korea after the 12 September 2016 earthquake",
"Emergency vehicles rushing to the scene after the 2016 Gyeongju, South Korea earthquake on September 12",
"People gathering in open spaces for safety during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
{
"article_url": "https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84",
"during_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to decompose the ongoing event in multiple simple events. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"during_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the consequences and aftermath of an earthquake, as these are the most likely to be visualized in a video. Events such as damage to buildings, rescue operations, and people reacting to the quake are plausible and commonly seen in earthquake-related videos.\n\nEVENTS:\n1. People running out of buildings\n2. Rescue teams searching through rubble\n3. Buildings with cracked walls and fallen debris\n4. Emergency vehicles rushing to the scene\n5. People gathering in open spaces for safety",
"en_article_excerpt": "The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.",
"en_article_url": "https://en.wikipedia.org/wiki/2016_Gyeongju_earthquake",
"event_category": "disasters",
"event_name": "gyeongju_earthquake",
"language": "korean",
"prequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what previous events could lead to this given event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"prequel_raw_generation": "EXPLANATION: It makes sense to extract events that are directly related to the aftermath or impact of an earthquake, as these would be the most visually apparent and relevant to a video about the 2016 Gyeongju earthquake. Events such as destruction, evacuation, and rescue efforts are likely to be seen in a video associated with this query.\n\nEVENTS:\n1. People running out of buildings\n2. Emergency responders searching through rubble\n3. Cars driving away from the affected area\n4. Buildings with cracked walls and broken windows\n5. Rescue teams carrying injured people on stretchers",
"sequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what events can be the outcome of this ongoing event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"sequel_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the aftermath and impact of an earthquake, such as damage to infrastructure, rescue efforts, and evacuation procedures. These events are likely to be visually represented in a video associated with the query, providing a concrete and tangible depiction of the earthquake's effects.\n\nEVENTS:\n1. Buildings collapsing or showing significant structural damage\n2. People evacuating their homes and gathering in safe areas\n3. Emergency responders searching for survivors in rubble\n4. Roads blocked by debris and damaged vehicles\n5. Residents assessing damage to their homes and belongings",
"video_URL": "http://youtube.com/watch?v=5p1N4MtudiI",
"video_description": "경주 지진 316회 이어가다 현재는 '잠잠' 지난 12일 발생한 규모 5.8의 경주 지진의 여진이 316회 발생한 것으로 집계됐습니다. 기상청은 오늘 오전 11시 기준 여진 횟수가 316회라고 발표했습니다. 규모별 횟수는 1.5에서 3.0이 301차례, 3.0에서 4.0은 14차례, 4.0에서 5.0은 1차례 감지됐습니다. 사흘째 계속된 여진은 일단 멈추는 징후를 보이고 있는 것으로 기상청은 파악하고 있습니다. 연합뉴스TV : 02-398-4409(제보) 4441(기사문의), 카톡/라인 jebo23 (끝)",
"video_id": "5p1N4MtudiI"
}
| 8
|
[
"The current frame shows two news anchors dressed in traditional Korean attire presenting a news broadcast. The text on the screen indicates that the broadcast is discussing the ongoing aftershocks following the 5.8-magnitude earthquake in Gyeongju. The news headline mentions that the aftershocks have been recorded 316 times, with details about the magnitudes of the aftershocks provided in the ASR transcript. The background displays a cityscape with a river and a bridge, likely as a visual representation of the affected area.",
"The current frame shows a graphical representation of the earthquake aftershocks in Gyeongju. The map highlights the affected area with numerous red circles indicating the locations and intensities of the 316 aftershocks recorded since the initial earthquake. The visible text in the image confirms the ongoing discussion of the aftershocks, noting that as of 11 am today, the Korea Meteorological Administration reported a total of 316 aftershocks. The map provides a visual context to the previous frame's news broadcast, illustrating the widespread impact of the aftershocks in the region.",
"The current frame shows a person working at a computer desk, monitoring and analyzing the earthquake aftershocks in Gyeongju. The computer screen displays detailed seismic data, likely including graphs or charts tracking the aftershocks. The visible text in the image, \"경주 지진 316회 이어가다 현재는 '잠잠'\" (Gyeongju earthquake 316 occurrences continue, currently quiet), reinforces the ongoing discussion about the aftershocks. The person is likely a meteorologist or seismologist, continuing the monitoring efforts highlighted in the previous frame.",
"The current frame shows a detailed graph on a computer screen, representing seismic activity data related to the Gyeongju earthquake. The graph likely includes multiple lines indicating different seismic events and their magnitudes, with specific markers or annotations highlighting significant aftershocks. The visible text \"경주 지진 316회 이어가다 현재는 '잠잠'\" (Gyeongju earthquake 316 occurrences continue, currently quiet) is prominently displayed, emphasizing the ongoing monitoring of the aftershocks. This frame continues the focus on analyzing and reporting the seismic activity, likely by a meteorologist or seismologist, and highlights the detailed data analysis involved in tracking the aftershocks.",
"The current frame shows a map displaying seismic activity data related to the Gyeongju earthquake. The map illustrates the distribution and intensity of aftershocks in the region, with different colored dots representing the frequency and magnitude of these aftershocks. The visible text \"경주 지진 316회 이어가다 현재는 '잠잠'\" (Gyeongju earthquake 316 occurrences continue, currently quiet) reinforces the ongoing monitoring and analysis of the aftershocks. This frame continues to highlight the detailed data analysis involved in tracking the seismic activity, likely by a meteorologist or seismologist, and emphasizes the geographical spread and intensity of the aftershocks.",
"The current frame shows a map displaying seismic activity data related to the Gyeongju earthquake. The map illustrates the distribution and intensity of aftershocks in the region, with different colored dots representing the frequency and magnitude of these aftershocks. The visible text \"경주 지진 316회 이어가다 현재는 '잠잠'\" (Gyeongju earthquake 316 occurrences continue, currently quiet) reinforces the ongoing monitoring and analysis of the aftershocks. This frame continues to highlight the detailed data analysis involved in tracking the seismic activity, likely by a meteorologist or seismologist, and emphasizes the geographical spread and intensity of the aftershocks.",
"The current frame shows a digital display on a computer screen, indicating the number of aftershocks recorded since the Gyeongju earthquake. The display reads \"89\" in large red digits, suggesting a real-time update on the number of aftershocks. The visible text \"경주 지진 316회 이어가다 현재는 '잠잠'\" (Gyeongju earthquake 316 occurrences continue, currently quiet) continues to emphasize the monitoring of the aftershocks. This frame highlights the ongoing tracking and analysis of seismic activity, likely conducted by a meteorologist or seismologist, to assess the current situation and trends in the aftershocks.",
"The current frame shows a digital map with a marked location indicating a recent seismic event, accompanied by a seismogram on the left side of the screen. The visible text \"대전·서울 3시간 40분\" suggests the time elapsed since the earthquake. The map highlights the affected area around Gyeongju and neighboring cities, such as Daegu and Ulsan, with a red marker pinpointing the epicenter. This frame emphasizes the geographical context and ongoing monitoring of seismic activity following the Gyeongju earthquake."
] |
5p1N4MtudiI
|
A news broadcast discusses the ongoing aftershocks following a 5.8-magnitude earthquake in Gyeongju, where 316 aftershocks have been recorded as of 11 am. The aftershocks, which have continued for 12 days, are showing signs of subsiding, with most ranging from 1.5 to 3.0 in magnitude. Meteorologists and seismologists are actively monitoring and analyzing the seismic activity, tracking the frequency, magnitude, and geographical distribution of the aftershocks. The video features graphical representations, maps, and real-time updates, highlighting the widespread impact of the aftershocks in the region, including nearby cities such as Daegu and Ulsan. The news anchors and experts provide updates and insights, emphasizing the ongoing monitoring efforts and the current quiet state of the aftershocks.
|
{
"original": " 지난 12일에 발생한 규모 5.8의 경주 지진의 여진이 316회 발생한 것으로 집계됐습니다. 기상청은 오늘 오전 11시 기준 여진 횟수가 316회라고 발표했습니다. 규모별 횟수는 1.5에서 3.0이 301차례, 3.0에서 4.0은 14차례, 4.0에서 5.0은 1차례 감지됐습니다. 사흘째 계속된 여진은 일단 멈추는 징후를 보이고 있는 것으로 기상청은 파악하고 있습니다.",
"refined": "The aftershocks of the 5.8 magnitude Gyeongju earthquake that occurred on the 12th have been recorded 316 times. As of 11 am this morning, the Korea Meteorological Administration reported 316 aftershocks. The breakdown by magnitude is as follows: 301 aftershocks between 1.5 and 3.0, 14 between 3.0 and 4.0, and one between 4.0 and 5.0. The aftershocks, which have continued for three days, are showing signs of subsiding, according to the Korea Meteorological Administration.",
"summarized": "A 5.8-magnitude earthquake occurred in Gyeongju on the 12th, followed by 316 aftershocks as of 11 am today. The aftershocks were mostly minor, with 301 between 1.5 and 3.0 magnitude, 14 between 3.0 and 4.0, and 1 between 4.0 and 5.0. The aftershocks have continued for four days but appear to be subsiding, according to the Korea Meteorological Administration.",
"translated": "The aftershocks of the 5.8-magnitude earthquake that occurred in Gyeongju 12 days ago have been recorded 316 times. As of 11 am today, the Korea Meteorological Administration reported that the number of aftershocks has reached 316. By magnitude, 301 of the aftershocks ranged from 1.5 to 3.0, 14 ranged from 3.0 to 4.0, and one ranged from 4.0 to 5.0. The aftershocks, which have continued for three days, are showing signs of subsiding, according to the Korea Meteorological Administration.",
"translated_llm": "The number of earthquakes in the last 12 days has been estimated at 316 of magnitude 5.8. The Meteorological Office has announced that the number of earthquakes as of 11 am today is 316. The number of earthquakes in the past 12 days has been estimated at 1.5 to 3.0 and 301 times, 3.0 to 4.0 and 14 times, 4.0 to 5.0 and once.",
"translated_whisper": " The incident occurred on 5.8 Gyeongju. Three hundred and sixteen times of earthquake occurred. As a result. The Kisangcheon News Agency reported that the number of earthquakes occurred at 11 a.m. this morning as 316. The number of a 1.5 to 3.0 is 301 times. Three three points zero four points zero were a few zeroes, four points zero and a quarter is a few. I have been detected. Over the past four days, the 여진 has been seen to be stuck for a while. Kisang-chung is knowing that."
}
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
|
[
"People running out of buildings during the 2016 Gyeongju, South Korea earthquake on September 12",
"Emergency responders searching through rubble after the 2016 Gyeongju, South Korea earthquake on September 12, 2016",
"Cars driving away from the affected area in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Buildings with cracked walls and broken windows in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Rescue teams carrying injured people on stretchers during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"Buildings collapsing or showing significant structural damage during the 12 September 2016 earthquake in Gyeongju, South Korea",
"People evacuating their homes and gathering in safe areas in Gyeongju, South Korea after the earthquake on September 12, 2016",
"Emergency responders searching for survivors in rubble after the 2016 Gyeongju, South Korea earthquake on September 12",
"Roads blocked by debris and damaged vehicles after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Residents assessing damage to their homes and belongings after the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"People running out of buildings during the earthquake in Gyeongju, South Korea on September 12, 2016",
"Rescue teams searching through rubble after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Buildings with cracked walls and fallen debris in Gyeongju, South Korea after the 12 September 2016 earthquake",
"Emergency vehicles rushing to the scene after the 2016 Gyeongju, South Korea earthquake on September 12",
"People gathering in open spaces for safety during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
{
"article_url": "https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84",
"during_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to decompose the ongoing event in multiple simple events. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"during_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the consequences and aftermath of an earthquake, as these are the most likely to be visualized in a video. Events such as damage to buildings, rescue operations, and people reacting to the quake are plausible and commonly seen in earthquake-related videos.\n\nEVENTS:\n1. People running out of buildings\n2. Rescue teams searching through rubble\n3. Buildings with cracked walls and fallen debris\n4. Emergency vehicles rushing to the scene\n5. People gathering in open spaces for safety",
"en_article_excerpt": "The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.",
"en_article_url": "https://en.wikipedia.org/wiki/2016_Gyeongju_earthquake",
"event_category": "disasters",
"event_name": "gyeongju_earthquake",
"language": "korean",
"prequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what previous events could lead to this given event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"prequel_raw_generation": "EXPLANATION: It makes sense to extract events that are directly related to the aftermath or impact of an earthquake, as these would be the most visually apparent and relevant to a video about the 2016 Gyeongju earthquake. Events such as destruction, evacuation, and rescue efforts are likely to be seen in a video associated with this query.\n\nEVENTS:\n1. People running out of buildings\n2. Emergency responders searching through rubble\n3. Cars driving away from the affected area\n4. Buildings with cracked walls and broken windows\n5. Rescue teams carrying injured people on stretchers",
"sequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what events can be the outcome of this ongoing event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"sequel_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the aftermath and impact of an earthquake, such as damage to infrastructure, rescue efforts, and evacuation procedures. These events are likely to be visually represented in a video associated with the query, providing a concrete and tangible depiction of the earthquake's effects.\n\nEVENTS:\n1. Buildings collapsing or showing significant structural damage\n2. People evacuating their homes and gathering in safe areas\n3. Emergency responders searching for survivors in rubble\n4. Roads blocked by debris and damaged vehicles\n5. Residents assessing damage to their homes and belongings",
"video_URL": "http://youtube.com/watch?v=roaxxb8zRLU",
"video_description": "국제신문 뉴스&이슈 구독하기 http://goo.gl/FFQL4 국제신문 근교산&기획특집 구독하기 http://goo.gl/SM0fM 국제신문 기사보기 http://iii.im/pk3Z 국제신문 영상팀이 경주 지진피해 복구 현장을 드론으로 담았다.",
"video_id": "roaxxb8zRLU"
}
| 8
|
[
"The image shows an aerial view of a street with several parked cars and traditional Korean houses with tiled roofs. There is blue tarpaulin covering part of a roof, possibly indicating ongoing maintenance or repairs. The street appears relatively quiet with a few vehicles and a pedestrian walking.",
"In this frame, two workers are actively engaged in covering the roof of a traditional Korean house with a green mesh netting. One worker, wearing a yellow raincoat and a black cap, is crouched on the roof, securing the netting. The other worker, in a red harness suspended from a cherry picker, reaches over to assist in the positioning of the netting. The scene suggests a collaborative effort to protect the roof from potential damage or debris. The roof is partially covered with a blue tarpaulin, indicating ongoing maintenance or repairs.",
"In this frame, a group of workers is continuing the effort to cover the roof of a traditional Korean house. The workers are wearing high-visibility vests and helmets, emphasizing safety measures. One worker, in a bright yellow vest, is seen securing the netting, while others work on different sections of the roof, which is still partially covered by a blue tarpaulin. The scene conveys a coordinated team effort to ensure the roof is adequately protected, possibly from ongoing or anticipated weather conditions.",
"In this frame, a worker wearing a helmet and vest is actively engaged in placing or adjusting tiles on the roof of a traditional Korean house. Another worker in a white helmet is visible, observing the process. The roof is partially covered with netting, indicating ongoing protection efforts. The scene continues to emphasize the coordinated team effort and safety measures in preserving the historical structure, possibly against weather conditions. The text \"하늘에서 본 경주\" (\"Gyeongju from the sky\") and \"피해복구 모습\" (\"Recovery scene\") suggests the context of restoration and recovery work.",
"The current frame is an aerial view of a park-like area featuring a historical monument in the center, surrounded by a circular pathway. The area is landscaped with green spaces, trees, and a few smaller structures. People are scattered throughout the park, walking or gathering in small groups. The text \"하늘에서 본 경주\" (\"Gyeongju from the sky\") and \"평소보다 한산한 모습\" (\"Seemingly quieter than usual\") suggests that this scene might be depicting a quieter day at the park, possibly due to ongoing recovery efforts or reduced foot traffic. The overall setting highlights the juxtaposition between the historical monument and the contemporary park environment.",
"The current frame is an aerial view of a rural area with a layout of fields and small buildings, possibly indicating a residential or agricultural community. The text \"하늘에서 본 경주\" (\"Gyeongju from the sky\") and \"경주 일대 본진 이후 여진 현황\" (\"Status of the aftermath in the Gyeongju area after the main event\") suggests that this scene is depicting the post-disaster situation in Gyeongju. A red circle overlays part of the landscape, likely highlighting an area of interest or impact. The map inset shows a marked location with details, possibly indicating affected areas or response efforts. The overall setting emphasizes the rural and agricultural context of the region amidst recovery or assessment activities.",
"The current frame continues to show an aerial view of the rural area in Gyeongju, highlighting the landscape with fields and small buildings. Two large red overlays mark two sections of a highway, indicating specific areas of interest or impact. The text \"하늘에서 본 경주\" (\"Gyeongju from the sky\") remains, emphasizing the perspective of the scene. The red overlays could signify sections of the highway affected by the disaster or areas requiring attention during recovery efforts. The setting continues to emphasize the rural and agricultural context, with the highway as a key element in the aftermath analysis or response planning.",
"The current frame displays a logo and text against a black background. The logo features a stylized blue 'K' within a rectangle, and the text \"국제신문\" (Kookje Shinmun) is written in white below the logo. This frame appears to serve as a title or introductory screen for a news segment or report related to the previously discussed topic, likely providing context or attribution to the source of the content."
] |
roaxxb8zRLU
|
The video depicts the aftermath of a disaster in Gyeongju, showcasing recovery efforts and the current state of the area. The scene begins with an aerial view of a street with traditional Korean houses, where workers are actively engaged in covering roofs with netting and performing repairs, indicating ongoing maintenance to protect the structures from potential damage. The workers are seen wearing safety gear, emphasizing the importance of safety measures during the recovery process.
As the video progresses, it shows a group of workers collaboratively covering a roof, securing netting, and placing tiles, highlighting a coordinated team effort to preserve historical structures. The aerial views also capture a park-like area with a historical monument, which appears quieter than usual, possibly due to the ongoing recovery efforts.
The video then shifts to aerial views of rural areas in Gyeongju, showing fields, small buildings, and highways, with red overlays marking areas of interest or impact. These scenes suggest an assessment of the post-disaster situation, potentially identifying areas that require attention during recovery efforts.
The final frame displays a logo and text, "국제신문" (Kookje Shinmun), against a black background, which appears to be a title or introductory screen for a news segment or report related to the recovery efforts in Gyeongju. Overall, the video provides a glimpse into the recovery and assessment activities following a disaster in Gyeongju, highlighting the collaborative efforts to protect historical structures and the ongoing analysis of the situation in the affected areas.
|
{
"original": " ល្ពបានដោយើងមំខងានដំល ១ េការអណាញុណុណាស្នៃទីពះម្អាចំង ១ងះបំ្រឿ្រភង្តាថាពវច្ញុ់វាសដំង ៩ចម្រាប់ប់ព្បចេតដែ និងយបាចំទេណល្នៅមិនោយើងរឹកខ្តើពយត។ សល អាចប្រាប់ប់ម្ន... លៈក សូតប្រឿស សុវីបាន់បញុងថ្ពេក ទានយ។ កំពុជ។ ឯកំពុជ្តលើយៈ។ ឡើលយងឬហើយចំផុជោយ ចុង។",
"refined": "The Khmer script has been written by us for about a thousand years, and we have kept it until now. If we lose Khmer script, it means we lose Khmer identity.",
"summarized": "Not Available",
"translated": "Not Available",
"translated_llm": "The first one is a very strong one, and it's a very strong one, and it's a very strong one, and it's a very strong one, and it's a very strong one. It's a very strong one, and it's a very strong one.",
"translated_whisper": " The"
}
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
| ["People running out of buildings during the 2016 Gyeongju, South Korea earthquake on September 12",(...TRUNCATED)
| ["Buildings collapsing or showing significant structural damage during the 12 September 2016 earthqu(...TRUNCATED)
| ["People running out of buildings during the earthquake in Gyeongju, South Korea on September 12, 20(...TRUNCATED)
| {"article_url":"https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84","(...TRUNCATED)
| 8
| ["In the current frame, a group of individuals, including President Park Geun-hye and other official(...TRUNCATED)
|
3ojHTwrvx90
| "President Park Geun-hye visits the Gyeongju region in Gyeongbuk, which has been affected by recent (...TRUNCATED)
| {"original":" 박근혜 대통령이 최근 강진이 잇따라 발생한 경북 경주지역을 찾(...TRUNCATED)
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
| ["People running out of buildings during the 2016 Gyeongju, South Korea earthquake on September 12",(...TRUNCATED)
| ["Buildings collapsing or showing significant structural damage during the 12 September 2016 earthqu(...TRUNCATED)
| ["People running out of buildings during the earthquake in Gyeongju, South Korea on September 12, 20(...TRUNCATED)
| {"article_url":"https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84","(...TRUNCATED)
| 8
| ["A news anchor is delivering a report about a 5.8 magnitude earthquake in Gyeongju, which resulted (...TRUNCATED)
|
w6jdwGYcKZU
| "A 5.8 magnitude earthquake struck Gyeongju, resulting in 23 injuries and 1,118 cases of property da(...TRUNCATED)
| {"original":" 국민안전처는 경주에서 발생한 규모 5.8의 지진으로 부상자 23명(...TRUNCATED)
|
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