See: Description
Package  Description 

jv.anim 
Interfaces and support classes for animations including an animation dialog
and a keyframe container.

jv.function 
Multivariate functions based on the expression package
jv.thirdParty.expr
may be interactively edited and typed. 
jv.geom 
Basic geometry container classes for points, curves, surfaces, and volumes
in ndimensional Euclidean, spherical and hyperbolic space.

jv.loader 
Loader for some essential geometry file formats, display configuration and
web pages to read/write from file or URL.

jv.number 
Basic classes for integer, double, color, vectors, and array
which implement the update interface and provide inspectors.

jv.object  
jv.objectGui 
Additional basic GUI classes with dialogs, widgets and layout managers.

jv.project 
Major classes related with projects and JavaView interfaces.

jv.rsrc 
Resources and system information about the current JavaView session,
user preferences, language localization and XML support.

jv.thirdParty.acmeEncoders 
Encoder and decoder classes for some image formats.

jv.thirdParty.expr 
Expression parser for mathematical functions.

jv.thirdParty.ruler 
Coordinate axes, gridlines and rulers to measure distances and
lengths in a JavaView display.

jv.vecmath 
Vector and matrix classes for double and integers support
simple linear algebra functionality.

jv.viewer 
Viewer package of JavaView handles all 3d drawing, manages the control window and loading of projects.

Package  Description 

jvx.cellular 
Contains algorithms and data structures related
to cellular automata defined on geometry meshes.

jvx.curve 
Geometry classes to describe curves.

jvx.geom 
Extensions of geometry classes and various geometry algorithms.

jvx.loader 
Additional loaders for various geometry files formats and export dialog.

jvx.math 
Listener classes for JavaView events to communicate with Mathematica through J/Link.

jvx.number 
Tools and visuals for numbers and discrete sets.

jvx.numeric 
Numerical algorithms and datastructures.

jvx.project 
System classes for workshops which are simple projects for the modification
of single geometries.

jvx.rsrc 
Additional configuration classes of JavaView to store and display
resource information.

jvx.surface 
Geometry classes for graphs, parametrized surfaces and other surface generators.

jvx.thirdParty.acmeGui 
Collection of popup widgets displaying a message.

jvx.thirdParty.fonts 
Print all available system fonts in different resolutions for testing.

jvx.util 
Contains data structure and container
similar to java.util but with a focus on algorithmic structures.

jvx.vector 
Workshops for modeling and analysing scalar and vector fields.

Package  Description 

vgp.curve.closedpoly 
Modify closed planar polygons by keeping the edge length fixed.

vgp.curve.common 
Differential geometric curves on parametrized surfaces.

vgp.curve.cycloid 
Cycloid curves.

vgp.curve.deCasteljau 
Generation of a polynomial Bezier curve from a given control polygon
via the de Casteljau algorithm is visualized.

vgp.curve.elastic 
Continuous generalized elastic curves.

vgp.curve.geodesic 
Computes shortest and straightest Geodesics that connect two points on a triangulation.

vgp.curve.subdivision 
Subdivision curves on triangulations using discrete geodesics.

vgp.curve.surface 
Demo project for extended PjCurve_IP, just to show how it might work.

vgp.curve.zigzag 
Computes a Zigzag construction as described by Peter Giblin.

vgp.discrete.conformal 
Conformal maps as pair of conjugate discrete harmonic maps.

vgp.discrete.conjugate 
Conjugation of discrete harmonic maps.

vgp.discrete.curvature 
Demonstration of discrete curvature of a planar polygon.

vgp.discrete.ellipse 
Create discrete CMC Surfaces by playing billard in an ellipse.

vgp.discrete.harmonic 
Discrete harmonic maps on conforming and nonconforming triangulations.

vgp.discrete.lantern 
Approximating the area of a smooth cylinder with interpolating discrete surfaces.

vgp.discrete.maxPrinciple 
Counterexample to the Maximum Principle of Discrete Minimal Surfaces.

vgp.discrete.platonic 
Collection of Platonic solids.

vgp.game.life 
Cellular automata game on discrete surfaces.

vgp.game.mines 
Minesweeper game on discrete surfaces.

vgp.game.snake 
Snake game on discrete surfaces.

vgp.iterate.juliaSet 
Project shows Julia sets parametrized by the Mandelbrot set moduli space.

vgp.iterate.pythagoreanTree 
Shows a Pythagorean tree which is generated by iteration.

vgp.minimal.catenoid 
Discrete catenoid in explicit parametrization.

vgp.minimal.helicoid 
Discrete helicoid in explicit parametrization.

vgp.minimal.weier 
Mminimal surfaces computed by integrating Weierstrass functions.

vgp.numeric.smooth 
Anisotropic smoothing and feature detection of polyhedral surfaces.

vgp.object 
Base classes of the vgp package.

vgp.rsrc 
Resource information including language localization of the vgp package.

vgp.surface.common 
Parametrized surfaces given by Java functions, or interactively, by function expressions.

vgp.surface.klein 
Klein bottle as parametrized surface.

vgp.surface.rotation 
Compute surfaces of rotation from a meridian.

vgp.tutor.color 
Selecting color with color picker dialog.

vgp.tutor.eventCamera 
Demo project for handling camera events in a project.

vgp.tutor.firstApplet 
First JavaView applet.

vgp.tutor.firstApplication 
First JavaView Application.

vgp.tutor.firstGraph 
First own Graph Surface.

vgp.tutor.firstProject 
First JavaView project.

vgp.tutor.height 
Demo project for displaying scalar field on a surfaces and usage of class PgFem
describing arbitrary functions on surfaces.

vgp.tutor.key 
Demo project of keyframe animation of precomputed models.

vgp.tutor.linear 
Demo project for simple interactive linear algebra manipulations.

vgp.tutor.loader 
Demo tutorial shows how to write a loader for a userdefined geometry file format.

vgp.tutor.lsystem 
Demo project to generate trees and bushes with Lsystems.

vgp.tutor.model 
Demo tutorial on usage of importing models from file.

vgp.tutor.ode 
Demo project for solving an ODE using class PnOde.

vgp.tutor.parm 
Describes a parametrized surface over a two dimensional domain.

vgp.tutor.parmCurve 
Describes a parametrized curve.

vgp.tutor.pick 
Project demonstrates the mechanism to pick points on surfaces and handle the callback.

vgp.tutor.polygonSet 
Tutorial on the usage of the JavaView geometry class jv.geom.PgPolygonSet.

vgp.tutor.rivara 
Rivara bisection algorithm for adaptive subdivision of triangulations.

vgp.tutor.rootFinder 
Find roots of realvalued functions of one variable.

vgp.tutor.ruler 
Create a ruler to measure distances in world coordinates
inside a viewer.

vgp.tutor.sizeEdge 
Tutorial project demonstrates how to assign and use
individual color and thickness of edges of an elementSet.

vgp.tutor.sizePolygon 
Tutorial project demonstrates how to assign and use
individual thickness of polygon edges.

vgp.tutor.sizeVertex 
Tutorial project demonstrates how to assign and use
individual thickness of vertices.

vgp.tutor.slider 
Create a slider to vary integer and double values interactively.

vgp.tutor.subdivision 
Tutorial on the usage of different subdivision algorithms
available in JavaView.

vgp.tutor.texture 
Tutorial on the usage of textures on JavaView surfaces.

vgp.tutor.torusknot 
Demo project for handling multiple geometries in the JavaView viewer.

vgp.tutor.transform 
Tutorial on usage of transforming a model rather than
the viewing camera.

vgp.tutor.updatePanel 
Tutorial class for combined used of JavaView update mechanism and AWT 1.1 events.

vgp.tutor.vectorField 
Tutorial Project on Vector Fields.

vgp.vector.hodge 
Study hodge splitting of discrete vector fields.

vgp.vector.lic 
Visualizes vector fields by geodesic Line Integral Convolution method.

vgp.vector.rungeKutta 
Continuous discrete vector fields using geodesic technique.

vgp.vector.translation 
Parallel translation of tangent vectors along a polyhedral surface.

vgp.volume.mc 
Computes level surfaces of a 3D scalar field using marching cubes algorithm.

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