Search Results for "wkt"

Little spatial viewer for geometries like SDO geometries, WKT and EWKT. You have to copy the string to clipboard and program show you the geometry on the map.

The Esri Geometry API for Java can be used to enable spatial data processing in 3rd-party data-processing solutions. Developers of custom MapReduce-based applications for Hadoop can use this API for spatial processing of data in the Hadoop system. The API is also used by the Hive UDF’s and could be used by developers building geometry functions for 3rd-party applications such as Cassandra, HBase, Storm and many other Java-based “big data” applications.

Small and powerful! Write one or several WKT geometries on the text box, and visualize them in a click. Alternatively, draw the geometries in the drawing panel and you will have the WKT in the text box. You can also write your geometry readers and import your geometries in any format.

GeoWE is an open free GIS platform oriented to advanced geodata editing on The Web. The main aim of this initiative is to move the strenghts usually linked to desktop GIS to a web environment, by leveraging open source technologies. This is a free software project that is part of the open source GIS world, and it is developed in Java using the Google Web Toolkit framework. The geowe-core is being developed using the following technologies: - GWT (Google Web Toolkit) - JBoss...

LGML is a GML parser under the LGPL license. The aim is to parse a GML document or fragment in order to get a WKT output. 2D and 3D inputs are both handled, but it is not permitted to have mixed geometries. The caller can choose if the input coordinates are parsed as X, Y, Z (if present) order, or Y, X, Z (if present) order. The willing of the project is to be a starting point useful for developers that need to parse GML objects in order to use them, for example, in the context of OGC catalogue projects. ...

LWKT is a WKT parser under the LGPL license. It have not dependencies: it is pure Java compiled with 1.5 or 1.6 version. The output can be as GML 2 or 3 version, optionally setting a SRS name. Supported inputs are: POINT, MULTIPOINT, LINESTRING, MULTILINESTRING, POLYGON, MULTIPOLYGON For each of them, are handled both 2D inputs like: POINT(2.4 12.66) and 3D inputs like: POINT Z(2.4 12.66 0.0) At the following URL: http://95.110.227.201:8080/lwkt is exposed a minimal web interface in order to test it. ...