WebMapSolutions have started honoring Veterans with GIS; story maps providing the perfect mechanism.
The Military Banners Program has been adopted by many US cities: honoring local veterans with banners hung along designated streets. WebMapSolutions wanted to share these banners with those being honored. Now those serving overseas can find and view their banner in a story map published over the Internet.
WebMapSolutions have adapted an existing story map to enable search and enhanced viewing capabilities for data from the city of Chino Hills. Data collection was done using Esri’s Offline Mobile Editing App. (more…)
Let’s step back a little in time. Remember the dot com boom in the 90’s, when the Internet went from being a tool only known to academics to ubiquity. We all began feverishly buying computers, and installing Web browsers to access network based applications. Financially it was a boom and bust period, but the new paradigm that was the Internet was here to stay. The world of GIS was then a world filled with desktop nerds working with ArcInfo, ArcMap and the like. With Esri getting wind of this new shift to networked computing the IMS products were released; we remember fondly MapObjects IMS and ArcIMS. Using the Internet we began to be able to build networked GIS apps which allowed developers to share with everybody interactive maps.
Exciting times indeed. But for those developing Internet GIS apps there were two major frustrations:
1) Geo-data was hard to find; in particular base maps.
2) There were no good API’s or tools for developers to use. Many older developers remember well building Internet GIS applications from scratch in Flash; cool output which took an age to build. For those unfamiliar with API’s, these are the building blocks for developing applications, they make the process easier. In the same way as constructing a car is the process of combining pre-built components; wheels, engine etc, this is the same process developers walk through to build an application. Imagine how long and painful car making would be if you had to build every component – wheel, engine – from scratch!
We have spent much of the last year focused on ArcGIS Online. Our initial development efforts targeted mobile. Working with the Idaho Transportation Department, we have been building an online/offline mobile editing app. The data itself is part of a hosted feature service in ArcGIS Online. Using these hosted feature services, we have started doing analytic’s in ArcMap 10.1 and building Web apps for office based executives. The demo below shows the mobile, desktop and Web portions of this work.
Our work with mobile ArcGIS Online and disconnected or offline mode continues. The most recent addition we made to the mobile app was attachments. Those clever people at Esri have integrated attachments – images, video, audio – into feature layers/services. A very nice integration given mobile devices ability to capture photos, videos and audio. So we can use the camera on the mobile device for example, to take a picture of feature and attach that to what is stored in the ArcGIS service for that feature. Adding this functionality while in online mode we discussed in our last post. Doing the same while offline was a little more tricky. But after some late nights we managed to add offline attachments to the app. The demo below shows this in action:
Mobile ArcGIS – Demo of Adding Attachments when Offline
We continue our work with mobile online and offline editing. At present our focus is on ArcGIS data in Santa Clara, California. Now editable ArcGIS data needs to served as feature layers from a Feature Server. Data which is served from a MapServer instance of ArcGIS server is largely for visualization. In the video below we have set up a web map in ArcGIS Online. We have published to this web map MapServer data served by ArcGIS Server, and an editable feature service hosted from ArcGIS Online. So a combination of editable and non-editable layers. The video shows the web map running in our mobile app on an Android tablet. We demonstrate editing layers in offline mode, then updating the hosted feature service when back online:
Mobile offline editing is something we have written much about. It is also the most common request we receive. We have had in our minds the idea to release a demo version of the application we have shown in many videos. So here we post that mobile app.
This downloadable release is for use on an Android tablet. The application can also be run on an iPad, contact us for more information. Before installing the mobile ArcGIS Online app, please watch the video below which shows the various workflows:
One of the many nice things about ArcGIS Online, is the ability to host Web App templates on your own server. We thought is worth walking through he steps of how this is done.
Step 1 – Log into your ArcGIS Online account and publish a web map
ArcGIS Online and the new ArcGIS 10.1 release are about to provide a plethora of online and offline mobile GIS solutions. We launched GeoMobile for ArcGIS nearly a year ago. The goal was to provide a custom mobile ArcGIS app. We include a configuration file so users could add their own map layers; basemaps, dynamic and tiled ArcGIS layers. The mobile app has proved to be very popular. But the need for a single service, which provides all map data, has nagged at us. To the rescue comes ArcGIS Online and web maps. Now users can publish their ArcGIS layers, shapefiles, CSV, GPX, KML ad WMS to a single service. The associated web map can then be consumed by mobile applications like GeoMobile for ArcGIS.
ArcGIS 10.1 is exciting for many reasons. Primarily, in this discussion, because it allows users to generate tile packages for use offline. More on this in a later post. Lets first walk through the steps to publish a web map in ArcGIS Online.
