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which presents data in separate layers. Users can add as many layers to a NinJo scene as they want with all layers show time-synchronised data for the same map area. The layers show geo-referenced data, not fix images, so the screen display is always done directly from the data and interactive
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probing using the mouse is giving the values of the original data, not a scale extracted one. The data are stored in native format, rather than stored in a common internal format, avoiding degradation in zooms and always keeping the full details and resolution of the original data.
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The layers are independent, can be added and removed from the scenes separately, and be set visible or invisible. Layers can be arranged in any order the users want enabling them to arrange all data types according to their specific needs. Scenes can be set for:
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and viewing meteorological data. An additional batch component is able to render graphical products off-line, these may, for example, be visualized by a web service. Essentially it is a client—server system an implemented fully with the programming language
194:(Bundeswehr Geo Information Service, BGIS) in 2000. Since 2006, NinJo has been used operationally. NinJo is licensed for weather services, organisations and universities not taking part in the development consortium.
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Different tools are available for enhancing or interrogating the displays. For example, it is possible to do vertical cross-sections in a layered scene, extracting the vertical structure of NWP or radars data.
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and can easily be extended by further layers and applications according to user-specific requirements. The workstation fed by the servers can be installed on different operating systems (e.g.
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NinJo is a client-server system with interactive displays on the client side fed by batch applications implemented on the server. The system is programmed entirely in
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The NinJo Server imports a variety of meteorological data, such as
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383:"Research with NinJo examples on the German Weather Service (DWD)"
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375:"NinJo web page on the German Weather Service (DWD) website"
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Joe, Paul; Falla, Marie; et al. (6–10 September 2004).
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European
Conference on Radar in Meteorology and Hydrology
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391:"Java Advanced Imaging in Action (NinJo)"
359:(ERAD). Visby, Island of Gotland, Sweden.
349:Radar Visualizations in the NinJo Project
150:system. It is a community project of the
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170:. It consists of modules for monitoring
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190:(Deutscher Wetterdienst, DWD) and the
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269:Configuration of NinJo batch products
222:onto the specific operating system.
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260:Monitoring the state of data input
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257:Visualisation of weather products
432:Meteorological Service of Canada
156:Meteorological Service of Canada
65:Meteorological Service of Canada
57:Danmarks Meteorologiske Institut
417:Graphic software in meteorology
160:Danish Meteorological Institute
118:Danish, English, French, German
263:Production of weather warnings
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266:Interactive editing of texts
239:numerical weather prediction
37:NinJo 1.7, released in 2013.
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186:NinJo was initiated by the
76:; 24 years ago
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218:), avoiding importing the
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324:. NinJo Consortium. 2018
299:. NinJo Consortium. 2018
297:"Technical Information"
244:The client is a NinJo
188:German Weather Service
174:events, editing point
152:German Weather Service
49:Deutscher Wetterdienst
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422:Weather prediction
130:.ninjo-workstation
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235:weather satellite
216:Microsoft Windows
166:, and the German
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412:Science software
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393:. Archived from
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395:the original
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326:. Retrieved
301:. Retrieved
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115:Available in
44:Developer(s)
246:workstation
237:images and
220:source code
198:Description
192:German army
427:Bundeswehr
406:Categories
322:"Features"
278:References
168:Bundeswehr
164:MeteoSwiss
109:MS Windows
89:Written in
61:MeteoSwiss
53:Bundeswehr
328:April 20,
303:April 20,
229:reports,
176:forecasts
355:. Third
148:software
172:weather
123:Website
79: (
158:, the
154:, the
353:(PDF)
227:METAR
212:Linux
143:is a
141:NinJo
105:Linux
17:NinJo
330:2020
305:2020
233:and
214:and
208:Unix
204:Java
181:Java
132:.com
93:Java
81:2000
74:2000
128:www
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338:^
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Text is available under the Creative Commons Attribution-ShareAlike License. Additional terms may apply.
