- validate() - Method in class jv.objectGui.PsMultiLineLabel
-
Enforce recomputation of splitting of string, and call super.validate().
- validate() - Method in class jv.objectGui.PsTabPanel
-
Validate card panel and show named panel.
- validate() - Method in class jv.vecmath.PdBary
-
Check sum of barycentric coordinates, and adjust if sum is not one.
- validate() - Method in class jv.vecmath.PdBaryDir
-
Check sum of barycentric coordinates, and adjust if sum is not zero.
- validate() - Method in class jvx.numeric.PnSparseMatrix
-
Ensures, that the matrix is in a valid state.
- value() - Method in class jv.thirdParty.expr.Variable
-
Deprecated.
use setValue(double) instead
- Variable - Class in jv.thirdParty.expr
-
Variables associate values with names.
- Variable(String) - Constructor for class jv.thirdParty.expr.Variable
-
Constructor with name of variable and initial value zero.
- variance() - Method in class jv.vecmath.PdVector
-
Compute the variance of the entries of a PdVector.
- VECTOR - Static variable in class jv.object.PsPanel
-
Name of default vector panel under which panel is registered in panel list.
- VECTOR - Static variable in interface jv.object.PsViewerIf
-
- VECTOR_EXT - Static variable in class jv.object.PsPanel
-
File name suffix of vector panel class to name of base class.
- vectorFieldFromEigenVectors(PdVector[][], PgElementSet) - Static method in class jvx.vector.PwVectorField
-
Given a vertex based (1,1)-tensor field t as a double array of vectors, where each vector points
into an eigendirection of t and has the length of the absolute of the corresponding
eigenvalue, the method changes the order of the vectors at a vertex and the sign of the vector,
in order to make it consistent on the geometry.
- VERSION_DTD_JVD - Static variable in class jv.object.PsConfig
-
Identifier to receive the version number of the JVD dtd which this
JavaView program implements.
- VERSION_DTD_JVF - Static variable in class jv.object.PsConfig
-
Identifier to receive the version number of the JVF dtd which this
JavaView program implements.
- VERSION_DTD_JVR - Static variable in class jv.object.PsConfig
-
Identifier to receive the version number of the JVR dtd which this
JavaView program implements.
- VERSION_DTD_JVV - Static variable in class jv.object.PsConfig
-
Identifier to receive the version number of the JVV dtd which this
JavaView program implements.
- VERSION_DTD_JVX - Static variable in class jv.object.PsConfig
-
Identifier to receive the version number of the JVX dtd which this
JavaView program implements.
- VERTEX_BASED - Static variable in class jv.geom.PgVectorField
-
VectorField is given at vertices.
- VERTEX_DIVERGENCE - Static variable in class jvx.vector.PwRotDiv
-
- VERTEX_DIVERGENCE_AREA - Static variable in class jvx.vector.PwRotDiv
-
- VERTEX_DIVERGENCE_NOGAUSS - Static variable in class jvx.vector.PwRotDiv
-
- VERTEX_ROTATION - Static variable in class jvx.vector.PwRotDiv
-
- VERTEX_ROTATION_AREA - Static variable in class jvx.vector.PwRotDiv
-
- VERTEX_ROTATION_NOGAUSS - Static variable in class jvx.vector.PwRotDiv
-
- vertexToBary(PgElementSet, int, int) - Static method in class jvx.geom.PwBary
-
Create barycentric coordinates of a given vertex in a PgElementSet.
- VERTICAL - Static variable in class jv.object.PsStackLayout
-
Vertical stack.
- VERTICAL - Static variable in class jv.objectGui.GuiStackLayout
-
Deprecated.
The orientation constant for vertical layouts.
- vgp.curve.closedpoly - package vgp.curve.closedpoly
-
Modify closed planar polygons by keeping the edge length fixed.
- vgp.curve.common - package vgp.curve.common
-
Differential geometric curves on parametrized surfaces.
- vgp.curve.cycloid - package vgp.curve.cycloid
-
Cycloid curves.
- vgp.curve.deCasteljau - package vgp.curve.deCasteljau
-
Generation of a polynomial Bezier curve from a given control polygon
via the de Casteljau algorithm is visualized.
- vgp.curve.elastic - package vgp.curve.elastic
-
Continuous generalized elastic curves.
- vgp.curve.geodesic - package vgp.curve.geodesic
-
Computes shortest and straightest Geodesics that connect two points on a triangulation.
- vgp.curve.subdivision - package vgp.curve.subdivision
-
Subdivision curves on triangulations using discrete geodesics.
- vgp.curve.surface - package vgp.curve.surface
-
Demo project for extended PjCurve_IP, just to show how it might work.
- vgp.curve.zigzag - package vgp.curve.zigzag
-
Computes a Zigzag construction as described by Peter Giblin.
- vgp.discrete.conformal - package vgp.discrete.conformal
-
Conformal maps as pair of conjugate discrete harmonic maps.
- vgp.discrete.conjugate - package vgp.discrete.conjugate
-
Conjugation of discrete harmonic maps.
- vgp.discrete.curvature - package vgp.discrete.curvature
-
Demonstration of discrete curvature of a planar polygon.
- vgp.discrete.ellipse - package vgp.discrete.ellipse
-
Create discrete CMC Surfaces by playing billard in an ellipse.
- vgp.discrete.harmonic - package vgp.discrete.harmonic
-
Discrete harmonic maps on conforming and non-conforming triangulations.
- vgp.discrete.lantern - package vgp.discrete.lantern
-
Approximating the area of a smooth cylinder with interpolating discrete surfaces.
- vgp.discrete.maxPrinciple - package vgp.discrete.maxPrinciple
-
Counterexample to the Maximum Principle of Discrete Minimal Surfaces.
- vgp.discrete.platonic - package vgp.discrete.platonic
-
Collection of Platonic solids.
- vgp.game.life - package vgp.game.life
-
Cellular automata game on discrete surfaces.
- vgp.game.mines - package vgp.game.mines
-
Minesweeper game on discrete surfaces.
- vgp.game.snake - package vgp.game.snake
-
Snake game on discrete surfaces.
- vgp.iterate.juliaSet - package vgp.iterate.juliaSet
-
Project shows Julia sets parametrized by the Mandelbrot set moduli space.
- vgp.iterate.juliaSet - package vgp.iterate.juliaSet
-
Project shows Julia sets parametrized by the Mandelbrot set moduli space.
- vgp.iterate.pythagoreanTree - package vgp.iterate.pythagoreanTree
-
Shows a Pythagorean tree which is generated by iteration.
- vgp.iterate.pythagoreanTree - package vgp.iterate.pythagoreanTree
-
Shows a Pythagorean tree which is generated by iteration.
- vgp.minimal.catenoid - package vgp.minimal.catenoid
-
Discrete catenoid in explicit parametrization.
- vgp.minimal.helicoid - package vgp.minimal.helicoid
-
Discrete helicoid in explicit parametrization.
- vgp.minimal.weier - package vgp.minimal.weier
-
Mminimal surfaces computed by integrating Weierstrass functions.
- vgp.numeric.smooth - package vgp.numeric.smooth
-
Anisotropic smoothing and feature detection of polyhedral surfaces.
- vgp.object - package vgp.object
-
Base classes of the vgp package.
- vgp.rsrc - package vgp.rsrc
-
Resource information including language localization of the vgp package.
- vgp.surface.common - package vgp.surface.common
-
Parametrized surfaces given by Java functions, or interactively, by function expressions.
- vgp.surface.klein - package vgp.surface.klein
-
Klein bottle as parametrized surface.
- vgp.surface.rotation - package vgp.surface.rotation
-
Compute surfaces of rotation from a meridian.
- vgp.tutor.color - package vgp.tutor.color
-
Selecting color with color picker dialog.
- vgp.tutor.eventCamera - package vgp.tutor.eventCamera
-
Demo project for handling camera events in a project.
- vgp.tutor.firstApplet - package vgp.tutor.firstApplet
-
First JavaView applet.
- vgp.tutor.firstApplication - package vgp.tutor.firstApplication
-
First JavaView Application.
- vgp.tutor.firstGraph - package vgp.tutor.firstGraph
-
First own Graph Surface.
- vgp.tutor.firstProject - package vgp.tutor.firstProject
-
First JavaView project.
- vgp.tutor.height - package 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 - package vgp.tutor.key
-
Demo project of keyframe animation of precomputed models.
- vgp.tutor.linear - package vgp.tutor.linear
-
Demo project for simple interactive linear algebra manipulations.
- vgp.tutor.loader - package vgp.tutor.loader
-
Demo tutorial shows how to write a loader for a user-defined geometry file format.
- vgp.tutor.lsystem - package vgp.tutor.lsystem
-
Demo project to generate trees and bushes with L-systems.
- vgp.tutor.model - package vgp.tutor.model
-
Demo tutorial on usage of importing models from file.
- vgp.tutor.ode - package vgp.tutor.ode
-
Demo project for solving an ODE using class PnOde.
- vgp.tutor.parm - package vgp.tutor.parm
-
Describes a parametrized surface over a two dimensional domain.
- vgp.tutor.parmCurve - package vgp.tutor.parmCurve
-
Describes a parametrized curve.
- vgp.tutor.pick - package vgp.tutor.pick
-
Project demonstrates the mechanism to pick points on surfaces and handle the callback.
- vgp.tutor.polygonSet - package vgp.tutor.polygonSet
-
Tutorial on the usage of the JavaView geometry class jv.geom.PgPolygonSet.
- vgp.tutor.rivara - package vgp.tutor.rivara
-
Rivara bisection algorithm for adaptive subdivision of triangulations.
- vgp.tutor.rootFinder - package vgp.tutor.rootFinder
-
Find roots of real-valued functions of one variable.
- vgp.tutor.ruler - package vgp.tutor.ruler
-
Create a ruler to measure distances in world coordinates
inside a viewer.
- vgp.tutor.sizeEdge - package vgp.tutor.sizeEdge
-
Tutorial project demonstrates how to assign and use
individual color and thickness of edges of an elementSet.
- vgp.tutor.sizePolygon - package vgp.tutor.sizePolygon
-
Tutorial project demonstrates how to assign and use
individual thickness of polygon edges.
- vgp.tutor.sizeVertex - package vgp.tutor.sizeVertex
-
Tutorial project demonstrates how to assign and use
individual thickness of vertices.
- vgp.tutor.slider - package vgp.tutor.slider
-
Create a slider to vary integer and double values interactively.
- vgp.tutor.subdivision - package vgp.tutor.subdivision
-
Tutorial on the usage of different subdivision algorithms
available in JavaView.
- vgp.tutor.texture - package vgp.tutor.texture
-
Tutorial on the usage of textures on JavaView surfaces.
- vgp.tutor.torusknot - package vgp.tutor.torusknot
-
Demo project for handling multiple geometries in the JavaView viewer.
- vgp.tutor.transform - package vgp.tutor.transform
-
Tutorial on usage of transforming a model rather than
the viewing camera.
- vgp.tutor.updatePanel - package vgp.tutor.updatePanel
-
Tutorial class for combined used of JavaView update mechanism and AWT 1.1 events.
- vgp.tutor.vectorField - package vgp.tutor.vectorField
-
Tutorial Project on Vector Fields.
- vgp.vector.hodge - package vgp.vector.hodge
-
Study hodge splitting of discrete vector fields.
- vgp.vector.lic - package vgp.vector.lic
-
Visualizes vector fields by geodesic Line Integral Convolution method.
- vgp.vector.rungeKutta - package vgp.vector.rungeKutta
-
Continuous discrete vector fields using geodesic technique.
- vgp.vector.translation - package vgp.vector.translation
-
Parallel translation of tangent vectors along a polyhedral surface.
- vgp.volume.mc - package vgp.volume.mc
-
Computes level surfaces of a 3D scalar field using marching cubes algorithm.
- viewer - Variable in class jvx.geom.PwSmooth
-
- VOLUME - Static variable in class jvx.numeric.PnEnergyMinimizer
-