Greetings — I understand I’m asking a question related to the OpenGeo Suite implementation of GeoServer, but previous queries posted to our hosting service and GIS Stack Exchange have not received helpful replies, so I’m hoping someone in the GeoServer community can assist. The basic problem we’ve experienced is that we were once able to view layers from our local GeoServer instance via GeoExplorer, but now cannot.
One helpful hint in a related Stack Exchange thread suggests that we view the WMS GetCapabilities response to trace how the output may be broken. We’ve done this for WMS 1.3.0, but I cannot see anything immediately that may suggest a problem. For instance, a typical layer is summarized in this XML document as at bottom. Can anyone help us trace possible issues via this document?
Additionally, if anyone has experienced problems displaying local GeoServer layers via GeoExplorer, we would appreciate. We do know that buggy styles in GeoServer can potentially affect GeoExplorer, but we have swapped out all custom styles with default styles, and the layer view issue persists.
Thanks in advance for your help.
Regards,
Jim P.
fuji:Fuji_Landcover_1930 Fuji_landcover1930 These are shapefiles that identify land cover during 1930 of Mt. Fuji. Credit: nnn: “Geophysical Survey Institute of Japan" 1930. Made by nnn, Spring 2014. The Fuji area spans four maps, henceforth referred to as quadrants (southwest, northwest, southeast and northeast). The quadrants composed an area of 1680 kilometers squared. . For 1898 and 1992, all quadrants were from the same year, while for the 1930’s and 1950’s, quadrants were not uniform by date (1930’s: SW 1930, NW 1930, SE 1933, NE 1933 ; 1950’s: SW 1959, NW 1959, SE 1954, NE 1960). These shapefiles were created from traced images based on original Fuji land cover maps produced by the Kokudo Chiriin, or the “Geophysical Survey Institute of Japan”. To create these, tracings of each quadrant were scanned and uploaded onto ArcMap 10, georectified to the datum JGD 2000. The polyline shapefiles were cleaned up (making sure all connected) and were converted into polygon shapefiles. Each polygon was labeled with its land cover type code: Bam: BambooBo: BoulderBroFo: Broadleaf ForestBroCoFo: Broadleaf Coniferous ForestCoFo: Coniferous ForestDwBam: Dwarf BambooFi: FieldLakeMtsu: MitsumataMpl: Mulberry PlantationRPA: Rice PaddyTpl: Tea PlantationWL: Wasteland After labeling and converting into polygon shapefiles, quadrants for each time period were dissolved by land type, merged together and then dissolved by land type again to create a final shapefile. Gaps between merged quadrants were closed using topology. The gaps never exceeded a .001 meter cluster tolerance. These shapefiles were converted into gridded data (rasters) for further analysis. fuji_landcover1930 features EPSG:3095 CRS:84 138.48642806689833 139.0042108864186 35.16027201750784 35.51263407403097 FUJI_STYLE_SLD image/png
