Viewpoint Slideshow: Conformance Nist X3D Examples Archive, Geometry, Elevation Grid

X3D Example Archives: Conformance Nist, Geometry, Elevation Grid

[1] default_grid.x3d (default X3D view from 0 0 10)

Directory Viewpoint Slideshow

ElevationGrid is a geometry node defining a rectangular height field, with default values for a 1m by 1m square at height 0. Vertices corresponding to ElevationGrid height values define quadrilaterals, which are placed above or below a flat surface. Hint: the height array defines (xDimension-1)*(zDimension-1) quadrilaterals.

X3D Tooltips of interest: ElevationGrid.

X3D Specification sections of interest: 13 Geometry3D component, 13.2 Concepts and 13.3.4 ElevationGrid.

X3D Examples Archives of related interest:

VRML 2 Sourcebook: Chapter 14 Elevation Grid
X3D for Web Authors: Chapter 06 Geometry Points Lines Polygons

14 X3D Models		14 X3D Model Viewpoint Snapshots

	default grid.x3d		[1] default_grid.x3d (default X3D view from 0 0 10)

	heights 16000.x3d		[2] heights16000.x3d (Viewpoint contains no description)
	heights 16000.x3d		[3] heights16000.x3d (default X3D view from 0 0 10)

	test ccwsolid.x3d		[4] test_ccwsolid.x3d (default X3D view from 0 0 10)

	test color.x3d		[5] test_color.x3d (default X3D view from 0 0 10)

	test colorvertex.x3d		[6] test_colorvertex.x3d (default X3D view from 0 0 10)

	test crease Angle.x3d		[7] test_creaseAngle.x3d (default X3D view from 0 0 10)

	test deftext.x3d		[8] test_deftext.x3d (default X3D view from 0 0 10)

	test height.x3d		[9] test_height.x3d (default X3D view from 0 0 10)

	test negheights.x3d		[10] test_negheights.x3d (default X3D view from 0 0 10)

	test normalfaces.x3d		[11] test_normalfaces.x3d (default X3D view from 0 0 10)

	test normalvertices.x3d		[12] test_normalvertices.x3d (default X3D view from 0 0 10)

	test textcoord.x3d		[13] test_textcoord.x3d (default X3D view from 0 0 10)

	test x Spacing.x3d		[14] test_xSpacing.x3d (default X3D view from 0 0 10)

	test z Spacing.x3d		[15] test_zSpacing.x3d (default X3D view from 0 0 10)