WiFi Solver FDTD をPCで遊ぶ方法
累計DL 0
NoxPlayerをダウンロードして、PCの大画面でスマホゲームを遊ぼう-スマホより高品質で！
NoxPlayerを使い、 WiFi Solver FDTD をPCでプレイ
アプリ紹介
With this app you can take a floorplan of your house, set the location of a WiFi router, and simulate how the electromagnetic WiFi waves propagate.
See the app in action in the following video by tech news website The Verge:
https://www.youtube.com/watch?v=6ADqAX-heFY
This app is based on a post 'Helmhurts' at my blog 'Almost Looks Like Work', which was featured on Engadget, Ars Technica, and many other publications:
https://jasmcole.com/2014/08/25/helmhurts/
This app uses the 2D Finite Difference Time Domain (FDTD) method to solve Maxwell's equation on a Cartesian grid. An example floorplan is included in the app.
How to use:
Your floorplan needs to be a .png file, with empty space marked black and materials marked with colours. Images will be converted into the correct materials on loading - this may take a few seconds.
Pixels are mapped to 1 centimetre, so scale the floorplan appropriately.
The simulation is limited in speed due to the mobile processor, so try to keep images below approximately 1000x1000 pixels
Touch the image to set a router location, marked by a red circle. Select the antenna parameters at the bottom.
Choose what to plot - 'Field' is the instantaneous electric field amplitude, 'Flux' is the time-averaged magnitude of Poynting flux.
Click run and the simulation will begin. Click stop to pause at any time - this saves the simulation progress which can be continued by clicking run again. To reset, open an image again.
To save the simulation output as an image, click Save at any time. Images are saved to internal/external storage and added to the end of the camera roll.
To start recording a simulation click the record 'R' button. When the simulation is stopped a GIF animation is generated.
Under the bonnet:
An antenna oscillates at 2.4 GHz. The edges of the image use absorbing boundary conditions as in Mur 1981, IEEE Transactions on Electromagnetic Compatibility.
Where walls are defined, the relevant refractive indices and loss tangents for 2.4GHz radiation are used.
Disclaimer:
This app is not intended as a replacement for existing EM simulation software packages.
As a 2D approximation including only simple walls it may not accurately model a given floorplan.
See the app in action in the following video by tech news website The Verge:
https://www.youtube.com/watch?v=6ADqAX-heFY
This app is based on a post 'Helmhurts' at my blog 'Almost Looks Like Work', which was featured on Engadget, Ars Technica, and many other publications:
https://jasmcole.com/2014/08/25/helmhurts/
This app uses the 2D Finite Difference Time Domain (FDTD) method to solve Maxwell's equation on a Cartesian grid. An example floorplan is included in the app.
How to use:
Your floorplan needs to be a .png file, with empty space marked black and materials marked with colours. Images will be converted into the correct materials on loading - this may take a few seconds.
Pixels are mapped to 1 centimetre, so scale the floorplan appropriately.
The simulation is limited in speed due to the mobile processor, so try to keep images below approximately 1000x1000 pixels
Touch the image to set a router location, marked by a red circle. Select the antenna parameters at the bottom.
Choose what to plot - 'Field' is the instantaneous electric field amplitude, 'Flux' is the time-averaged magnitude of Poynting flux.
Click run and the simulation will begin. Click stop to pause at any time - this saves the simulation progress which can be continued by clicking run again. To reset, open an image again.
To save the simulation output as an image, click Save at any time. Images are saved to internal/external storage and added to the end of the camera roll.
To start recording a simulation click the record 'R' button. When the simulation is stopped a GIF animation is generated.
Under the bonnet:
An antenna oscillates at 2.4 GHz. The edges of the image use absorbing boundary conditions as in Mur 1981, IEEE Transactions on Electromagnetic Compatibility.
Where walls are defined, the relevant refractive indices and loss tangents for 2.4GHz radiation are used.
Disclaimer:
This app is not intended as a replacement for existing EM simulation software packages.
As a 2D approximation including only simple walls it may not accurately model a given floorplan.
WiFi Solver FDTDをPCプレイのやり方や仕組み
1お使いのPCでNoxPlayerをダウンロードします
2ダウンロードされたファイルを実行して PCにインストールします。
3NoxPlayerを起動し、検索バーに WiFi Solver FDTDを入力して検索します
4GoogleにサインインしてGoogle Play ストア経由で アプリをインストールします
5ホーム画面にてアプリのアイコンを クリックしてアプリを起動します。
6WiFi Solver FDTDをPCでダウンロードしてプレイする方法
お役立ち情報
オープンソースであるAndroidをもとにしており、NoxPlayer内アプリのダウンロードもGooglePlayから行われるのが前提となっており、 違法性がなく誰でも無料&安心して利用できます。iPhoneやAndroidスマホでもSNS連携済みのゲームアカウントを利用すれば、PCでスマホと同じデータでプレイできます！ 更に、NoxPlayerがGDPR（EU一般データ保護規則）に準拠しており、個人情報やプライバシーを保護することを約束します。
WiFi Solver FDTDのプレイ動画
WiFi Solver FDTDをプレイするには、スマホの小画面ではやりづらいとでも思われるプレイヤーにNoxPlayerをご紹介します！NoxPlayerでプレイのメリットがPCの大画面だけではなく、キーボードもマウスもコントローラーも対応というところもあります！WiFi Solver FDTDをPCでダウンロードし、プレイすることでバッテリー消耗激しい、空き容量不足、着信などによる邪魔という心配も解消されます。Android7に対応した最新版のNoxPlayerでは、99%のスマホゲームがプレイできます。スマホアプリやスマホゲームをPCで起動させるための最強かつ一番軽いAndroidエミュレーターです。スマホ以上の操作感を実現しています。当然ながら、NoxPlayerに内蔵されているのがオープンソースの純正AndroidOSとなっており、安全性もバッチリです。
NoxPlayerのマルチプレイ機能を使うことで、多重起動そして複数ゲームの同時プレイが可能になります。独自な仮想化技術、そしてAMDやIntelとの高い互換性を備え、一番軽くて安定なプレイ体験を届いています。今すぐダウンロードしましょう！
NoxPlayerのマルチプレイ機能を使うことで、多重起動そして複数ゲームの同時プレイが可能になります。独自な仮想化技術、そしてAMDやIntelとの高い互換性を備え、一番軽くて安定なプレイ体験を届いています。今すぐダウンロードしましょう！
お気に入りのアプリをNoxPlayerで満喫しよう
NoxPlayerがWin・Mac上起動できます。PC上のブラウザからNoxPlayerをダウンロードください