Package Basic.Geospatial
The X3D Geospatial component provides support for geographic and geospatial applications that includes the ability to utilize double-precision geospatial coordinates and to handle large multi-resolution terrain databases.
These examples illustrate capabilities provided by the X3D Abstract Specification Geospatial Component. Significant additional work is being pursued by the X3D Earth Working Group Executive Summary and is documented on the X3D Earth Working Group Wiki.
The supporting Geospatial Component - X3D Earth chapter slideset is available online via X3dGraphics.com.
This X3D Basic: Geospatial examples archive is online.
The X3D Java Scene Access Interface (x3djsail) package provides concrete classes for each X3D node and statement.
Online: X3D Java Scene Access Interface Library (X3DJSAIL) and X3DJSAIL Javadoc
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ClassDescriptionSpecification example shows the use of the GeoElevationGrid and the GeoViewpoint nodes.Specification example shows animated GeoViewpoint, using GeoPositionInterpolator between latitude/longitude locations for London, Paris, and New York.Specification example: on-demand inlining via GeoInline for scene resource management.Specification example georeferencing VRML objects: display standard VRML cone at latitude/longitude location of Lossiemouth, Scotland.Specification example shows use of GeoOrigin node to provide accurate geospatial positioning.Simple Box shape used as test scene for GeoInline/Inline loading and unloading.Viewpoints and tour of California campuses.Viewpoints and tour of California campuses.Viewpoints and tour of California campuses.Viewpoints and tour of California campuses.X Y Z axis arrows and labels in Geospatial coordinate system.GeoVrml Recommendation, Example 1: GeoElevation, using ExternProtoDeclare statements instead of GeoSpatial DTD.This example shows the use of the GeoTouchSensor in order to retrieve the geographic coordinate that the user is pointing to.Simplest example to load X3D Earth into an X3D scene.Simplest example to load X3D Earth into an X3D scene.Simplest example to load X3D Earth into an X3D scene.X3D prototypes to render Keyhole Markup Language (KML) information.This model was output using the GeoVRML export capabilities of the ESRI 3D Analyst Extension for ArcView/ArcInfo 8.1 product (official release date Q1 2001).ESRI GeoVRML export subscene of Mars.ESRI GeoVRML export subscene of Mars.ESRI GeoVRML export subscene of Mars.ESRI GeoVRML export subscene of Mars.ESRI GeoVRML export subscene of Mars.ESRI GeoVRML export subscene of Mars.ESRI GeoVRML export subscene of Mars.ESRI GeoVRML export subscene of Mars.ESRI GeoVRML export subscene of Mars.ESRI GeoVRML export subscene of Mars.ESRI GeoVRML export subscene of Mars.ESRI GeoVRML export subscene of Mars.ESRI GeoVRML export subscene of Mars.ESRI GeoVRML export subscene of Mars.ESRI GeoVRML export subscene of Mars.ESRI GeoVRML export subscene of Mars.ESRI GeoVRML export subscene of Mars.ESRI GeoVRML export subscene of Mars.ESRI GeoVRML export subscene of Mars.ESRI GeoVRML export subscene of Mars.ESRI GeoVRML export subscene of Mars.ESRI GeoVRML export subscene of Mars.ESRI GeoVRML export subscene of Mars.This GeoVRML scene was converted from an original ESRI Shape file by the Bashir Research ShapeViz tool.Sample default scene which shows syntax and provides default relationships among Geospatial nodes.Example scene OpenStreetMapX3dEarthDemo.This model was output using the GeoVRML export capabilities of ESRI's 3D Analyst Extension for ArcView/ArcInfo 8.1 product (official release date Q1 2001).ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.ESRI GeoVRML export subscene of Squaw Valley California USA.This example shows a 3D model of the SRI International campus in Menlo Park, CA.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.SRI campus building.The temple example shows precise positioning of geometry using double-precision coordinates.Temple without GeoOrigin results in jittery locations due to floating-point roundoff error of geospatial position values.Temple with GeoOrigin node coregisters columns to same reference frame, eliminating floating-point roundoff errors and avoiding jitter on column positions.Temple with nice Background.This GeoVRML scene has a model of the earth which you can drag to rotate.Individual trip locations and links, integrated as Inline into TripsAroundWorld.World selector for different vertical exaggeration and texturing.World selector with high vertical exaggeration.World with standard vertical height values.Simple globe using GeoElevationGrid with drag/rotate capability.Simple globe using GeoElevationGrid.