Package com.luciad.tea.hypsometry

package com.luciad.tea.hypsometry

The hypsometry package provides support for computing and rendering slopes, orientations, azimuths, and other parameters derived from elevations.

Since:

6.2

Related Packages

Package	Description
com.luciad.tea	Contains all classes for terrain elevation analysis.
com.luciad.tea.viewshed	The viewshed package provides support for computing and rendering visbility for 3D scenes consisting of any meshes, extruded shapes or terrain.

Class	Description
ILcdHypsometricMultilevelRasterFactory	This interface provides a factory method for creating multilevel hypsometric rasters based on multilevel elevation rasters.
ILcdHypsometricNormalProvider	This interface specifies a method to compute normals based on matrices containing elevation data.
ILcdHypsometricRasterFactory	This interface provides a factory method for creating hypsometric rasters based on elevation rasters.
ILcdHypsometricTileFactory	This interface provides a factory method for creating hypsometric tiles based on elevation rasters.
ILcdHypsometricValueProvider	This interface specifies a method to compute hypsometric values based on elevation information.
TLcdHypsometric2x2NormalProvider	This ILcdHypsometricNormalProvider estimates normals based on 2x2 neighboring elevation values.
TLcdHypsometric3x3NormalProvider	This ILcdHypsometricNormalProvider estimates normals based on 3x3 neighboring elevation values.
TLcdHypsometricCrease	This ILcdHypsometricValueProvider computes the ridges and/or valleys of a terrain.
TLcdHypsometricEarthPainter	A painter for hypsometric results based on an earth tileset.
TLcdHypsometricMultilevelRasterFactory	This ILcdHypsometricMultilevelRasterFactory creates multilevel hypsometric rasters with the help of a given hypsometric raster factory.
TLcdHypsometricMultilevelRasterPainter	This ILcdRasterPainter paints hypsometric versions of multilevel elevation rasters.
TLcdHypsometricNormalizedNormalProvider	This ILcdHypsometricNormalProvider delegates computing normals to a given ILcdHypsometricNormalProvider, normalizing the resulting vector to a unit length.
TLcdHypsometricNormalProvider	This ILcdHypsometricNormalProvider estimates normals based on a rectangle of neighboring elevation values.
TLcdHypsometricOrientation	This ILcdHypsometricValueProvider computes the cosine of the angle between a given reference direction in the xy plane and the direction of steepest descent.
TLcdHypsometricOrientationAngle	This ILcdHypsometricValueProvider computes the angle between a given reference direction in the xy plane and the direction of steepest descent.
TLcdHypsometricRasterFactory	This ILcdHypsometricRasterFactory creates hypsometric rasters based on the given hypsometric value provider.
TLcdHypsometricRasterPainter	This ILcdRasterPainter paints hypsometric versions of elevation rasters.
TLcdHypsometricSlope	This ILcdHypsometricValueProvider computes the cosine of the angle between a given 3D reference direction and the normal.
TLcdHypsometricSlopeAngle	This ILcdHypsometricValueProvider computes the the angle between a given 3D reference direction and the normal.
TLcdHypsometricTileFactory	This ILcdHypsometricTileFactory creates hypsometric tiles based on the given hypsometric value provider.