Open mlucas17 opened 11 years ago
mlucas17
commented
11 years ago Expand slightly to look at support for disconnected operations. Define an area of interest and fill an external hard drive with tiled imagery that would be used in the field when disconnected from the network.
mlucas17
commented
11 years ago Relevant information for Geopackage and CPCE
Geopackage Spec for your team...
http://www.opengeospatial.org/standards/requests/105
New Cesium engine has been updated for CPCE. Could map widgetsplease checkout and verify functionality?
New capabilities/fixes for 21-Aug
* Handle arbitrarily large/nested KML via addFeature()
* Handle z-index for KML features
* Implement add/remove ImageLayer
* Implement Highlighter tool
* Engine code streamlined for clarity and performance
* Expanded testClient.html to test capabilities
Firefox 21. It has been the recommended browser for CPCE.https://redmine.inscomfutures.com/redmine/projects/gaia/wiki/Cpce_
dburken
commented
11 years ago Mark,
This will be a big effort... We'll need sample data sets, i.e. .gpkg files.
Dave
On 10/12/2013 05:13 PM, mlucas17 wrote:
Relevant information for Geopackage and CPCE
Geopackage Spec for your team...
http://www.opengeospatial.org/standards/requests/105
New Cesium engine has been updated for CPCE. Could map widgets please checkout and verify functionality?
New capabilities/fixes for 21-Aug
* Handle arbitrarily large/nested KML via addFeature() * Handle z-index for KML features * Implement add/remove ImageLayer * Implement Highlighter tool * Engine code streamlined for clarity and performance * Expanded testClient.html to test capabilities Firefox 21. It has been the recommended browser for CPCE.https://redmine.inscomfutures.com/redmine/projects/gaia/wiki/Cpce_
Reply to this email directly or view it on GitHub: https://github.com/radiantbluetechnologies/omar/issues/30#issuecomment-26206164
AGC requirement. Cesium is one of the leading open source implementations of WebGL and will be the focus of this effort. WebGL requires a reasonable GPU at the client side and an HTML5 compliant browser. Develop a tiling tool in OMAR to create Cesium 3D globes and 2D maps. Have the ability to publish/share these Cesium formats with thin client users. Much of the scaling/pyramid management could be done by referencing or utilizing GOTS (DARPA Panthr Tiles). Demonstrate workflows that generate the building, staging and serving of Advanced Geospatial Intelligence (AGI) products. This specific example would fill an area of interest with projected imagery, create an automated mosaic suitable for a tile server, and demonstrate access of that data set in both 2D and 3D environments – OMAR, GeoCell, consumed with OGC services. The plan would be to incorporate workflow management of background tasks to build product that will be subsequently staged into the OMAR database. The 2D/3D map projections will take advantage of the GeoCell client and or/ the WebGL Cesium interface as those tools are developed.