杉並区地震被害想定AR

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「杉並区地震被害想定AR」は、杉並区が公表した「地震被害シミュレーション結果報告(建物被害編)」(平成29年12月)と、「地震被害シミュレーション結果報告(避難者予測・ライフライン被害編)」(平成30年10月)に基づいた震度予測、現況の建物被害想定、減災対策後の建物被害想定、避難者予測・滞留者予測、ライフライン被害予測の情報を地図表示するアプリです。
防災情報を地図上に表示するとともに、GPS(全地球測位システム)情報と連動して、スマートフォンカメラで撮影された実写の映像にAR(拡張現実)技術を用いて、想定される被害レベルによって色分けされた情報や、被害様相を連想させるアニメーションを合成・表示して、想定される被害の様相をよりリアルタイムに可視化します。

■アプリの機能
①地震による被害状況をARで実写に合成
想定される被害レベルによって色分けされた情報が、実写の画面に合成されるので、想定される災害状況の理解と、防災意識を高めることができます。
②現在情報の確認
GPS機能をONにすると、今いる場所の地震被害シミュレーションデータと近くの震災救援所の情報が表示されます。
③地震被害シミュレーション結果情報の切り替え表示
地震被害シミュレーション情報や震災救援所の情報を、利用者が任意に切り替えて情報表示ができるため、必要な情報だけを見やすく表示することができます。
④ズームイン・ズームアウト
特定の位置を表示したいときに、ズームインすることで、より詳細な情報を把握することが可能となります。また、ズームアウトすることで、より広範囲の情報を確認することができます。

■アプリ搭載データ
①震度予測
東京湾北部地震を想定。地盤の状況や震源までの距離などからシミュレーションを実施した震度予測結果を表示。
②現況の建物被害想定
・全壊被害
東京湾北部地震が発生した際の現況建物の全壊被害想定結果を表示。
・半壊被害
 東京湾北部地震が発生した際の現況建物の半壊被害想定結果を表示。
・焼失被害
 火災延焼による現況建物の焼失被害想定結果。季節は火気器具等の使用頻度が高い冬、時刻は5時、12時、18時、風速は秒速4m、8m(風向きは北北西)の計6つのケースで実施したシミュレーション結果を切替表示。
③減災対策後の建物被害想定
・全壊被害
 東京湾北部地震が発生した際の減災対策後の全壊被害想定結果を表示。
・半壊被害
 東京湾北部地震が発生した際の減災対策後の半壊被害想定結果を表示。
・焼失被害
 火災延焼による減災対策後の焼失被害想定結果。季節は火気器具等の使用頻度が高い冬、時刻は5時、12時、18時、風速は秒速4m、8m(風向きは北北西)の計6つのケースで実施したシミュレーション結果を切替表示。
・減災対策期待度
全壊被害、半壊被害、焼失被害について、減災対策を実施した場合に、そのメッシュ地点にあらわれる減災効果に関する期待度を3種(期待度大:70%以上の減災効果、期待度中: 30%~70%の減災効果、期待度小: 30%未満の減災効果)を詳細情報としてポップアップ表示。
④避難者予測・滞留者予測
・避難者予測
建物被害及び焼失被害をもとに算定した避難者予測結果。季節は火気器具等の使用頻度が高い冬、時刻は5時、12時、18時、風速は秒速4m、8m(風向きは北北西)の計6つのケースで実施したシミュレーション結果を切替表示。
・駅別・道路別滞留者予測
発災時の交通支障による、駅別滞留者及び道路別滞留者の予測結果。
⑤ライフライン被害想定
・停電率
震度予測、建物被害、焼失被害等をもとに算定した停電率の想定結果。季節は火気器具等の使用頻度が高い冬、時刻は5時、12時、18時、風速は秒速4m、8m(風向きは北北西)の計6つのケースで実施したシミュレーション結果を切替表示。
・固定通信不通率
震度予測、建物被害、焼失被害等をもとに算定した固定通信不通率の想定結果。季節は火気器具等の使用頻度が高い冬、時刻は5時、12時、18時、風速は秒速4m、8m(風向きは北北西)の計6つのケースで実施したシミュレーション結果を切替表示。
・断水率
震度分布や液状化分布をもとに算定した、断水率の想定結果。
・下水道管きょ被害率
震度分布や液状化分布をもとに算定した、下水道管きょ被害率の想定結果。
・ガス供給停止率
震度分布や液状化分布をもとに算定した、ガス供給停止率の想定結果。
⑥震災救援所
震災救援所は震度5強以上の揺れを観測した場合、区立の全小学校・中学校等に開設。
震災救援所への直線距離と方向、施設の詳細情報を表示できます。
⑦各種支援事業の情報
「震度予測」「現況の建物被害想定」、「減災対策後の建物被害想定」では、減災対策に関する各種支援事業(耐震化支援、不燃化支援、感震ブレーカー設置支援、狭あい道
路拡幅整備)の
情報を切替表示できます。

■使用上のご注意
本アプリは、防災・減災について事前に学習することを目的としたアプリです。災害時にご使用になる場合は、通信回線の不通により地図が表示されないこと、アプリの表示内容が想定情報であることをよくご理解いただき、実際の被害状況を確認したうえで、行政の避難情報やご自身の判断に基づいて避難してください。
また、アプリの仕様上、表示されている情報については、最新のものでないことがあります。適時、行政発表の情報を確認してください。
"Suginami-ku Earthquake Damage Assumption AR" is based on "Seismic Damage Simulation Result Report (Building Damage Compilation)" (December 2007) published by Suginami Ward and "Earthquake Damage Simulation Result Report (Evaccumer Prediction / Lifeline Damage This is an application that maps information on the seismic intensity prediction based on (October, Heisei 30), the current building damage assumption, the building damage assumption after the disaster prevention countermeasure, evacuator prediction / stayer prediction, lifeline damage prediction information .
Disaster prevention information is displayed on a map and linked with GPS (Global Positioning System) information, images of live-action photographs taken with smartphone cameras are processed using AR (augmented reality) technology according to the assumed damage level, color coding We synthesize and display the information that is made and the animation reminiscent of the damage aspect, and visualize the aspect of the assumed damage in real time.

■ Functions of the application
① Synthesize damage caused by earthquake into live action by AR
Since the information color coded according to the assumed damage level is synthesized on the screen of live action, you can understand the assumed disaster situation and raise awareness of disaster prevention.
② Check current information
When you turn on the GPS function, the earthquake damage simulation data of the place you are and the information of the nearby earthquake relief office will be displayed.
③ Switch display of earthquake damage simulation result information
Users can arbitrarily switch information on earthquake damage simulation information and information on earthquake relief sites so that information can be displayed so that only the necessary information can be displayed easily.
④ Zoom in / zoom out
When you want to display a specific position, you can grasp more detailed information by zooming in. Also, by zooming out, you can check a wider range of information.

■ Application loaded data
① Seismic intensity prediction
Assume the Tokyo Bay North Earthquake. The result of prediction of the seismic intensity which simulation was carried out based on the situation of the ground and the distance to the epicenter is displayed.
(2) Assumption of current building damage
· Fully destructive damage
Presentation result of the total damage damage situation of the current building when the Tokyo Bay North Earthquake occurred is displayed.
· Semi-destructive damage
Presentation result of the semi-damage damage situation of the current building when the Tokyo Bay North Earthquake occurred is displayed.
· Burnout loss
Estimated results of burned-out damages of buildings due to fire spreading. In the season, the simulation results conducted in total of 6 cases, winter with frequent use of fire tools etc, at 5 o'clock, 12 o'clock, 18 o'clock, wind speed 4 m / s, wind speed of 4 m (wind direction is North-northwest)).
(3) Building damage assumption after measures against disasters
· Fully destructive damage
Shows the total damage damage assumption result after disaster reduction countermeasure when the Tokyo Bay North Earthquake occurred.
· Semi-destructive damage
Indication of semi-destructive damage estimation result after the disaster prevention countermeasure when the Tokyo Bay North Earthquake occurred.
· Burnout loss
Estimated result of burned-out damage after measures against disasters due to fire spreading. In the season, the simulation results conducted in total of 6 cases, winter with frequent use of fire tools etc, at 5 o'clock, 12 o'clock, 18 o'clock, wind speed 4 m / s, wind speed of 4 m (wind direction is North-northwest)).
· Expected disaster reduction countermeasure
Three kinds of expectation degree on disaster mitigation effect appearing at the mesh point (large expectation degree: disaster prevention effect of 70% or more, expectation degree: medium to medium: 30% 70% disaster reduction effect, small expectation: less than 30% reduction effect) pop up as detailed information.
④ Prediction of evacuees / prediction of stayers
· Predicted evacuees
Prediction results of evacuees calculated based on building damage and burned down damage. In the season, the simulation results conducted in total of 6 cases, winter with frequent use of fire tools etc, at 5 o'clock, 12 o'clock, 18 o'clock, wind speed 4 m / s, wind speed of 4 m (wind direction is North-northwest)).
· Prediction of stayers by station and by road
Forecasted results of stagnation by station and stagnation by road due to transportation trouble at the time of disaster.
⑤ Lifeline damage hypothesis
· Power outage rate
Assumed result of power outage rate calculated based on seismic intensity prediction, building damage, burned down damage etc etc. In the season, the simulation results conducted in total of 6 cases, winter with frequent use of fire tools etc, at 5 o'clock, 12 o'clock, 18 o'clock, wind speed 4 m / s, wind speed of 4 m (wind direction is North-northwest)).
· Fixed communication failure rate
Estimated result of fixed communication failure rate calculated based on seismic intensity prediction, building damage, burned down damage, etc. In the season, the simulation results conducted in total of 6 cases, winter with frequent use of fire tools etc, at 5 o'clock, 12 o'clock, 18 o'clock, wind speed 4 m / s, wind speed of 4 m (wind direction is North-northwest)).
· Water outage rate
Assumed result of water cut-off rate calculated based on the seismic intensity distribution and liquefaction distribution.
· Sewerage pipe damage rate
Assumed result of sewage pipe damage rate calculated based on the seismic intensity distribution and liquefaction distribution.
· Gas supply stop rate
Assumed result of gas supply stop rate calculated based on the seismic intensity distribution and liquefaction distribution.
⑥ Earthquake relief office
The earthquake relief office opened in all elementary schools, junior high schools, etc. of the district when observing a shake of more than 5 seismic intensity.
You can display the distance and direction to the earthquake relief office, detailed information on the facility.
⑦ Information on various support projects
"Seismic Intensity Forecast", "Current Building Damage Assumption", "Building Damage Assumption After Disaster Prevention Measures", various support projects related to disaster reduction measures (support for earthquake resistance, incombustibility support, earthquake breaker installation support, narrow road break
Road expansion
Information can be switched and displayed.

■ Usage Precautions
This application is aimed at learning about disaster prevention and disaster in advance. In case of using in case of a disaster, please understand that the map is not displayed due to disconnection of communication line, that the displayed content of the application is assumed information, after confirming the actual damage situation, evacuation information of the administration Please evacuate based on your own judgment.
Also, depending on the specifications of the application, the displayed information may not be the latest one. Please check the information of the administrative announcement in a timely manner.
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What's New

1.0.0 アプリ公開
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Additional Information

Updated
September 30, 2018
Size
52M
Installs
500+
Current Version
1.0.0
Requires Android
2.3 and up
Content Rating
Everyone
Permissions
Offered By
CAD CENTER CORPORATION
Developer
東京都千代田区九段北1-8-10 住友不動産九段ビル14F
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