How to run the samples is explained in the starting the samples page.

This applet shows a manager that displays an
.ivl formatted file.

This sample shows a view containing one instance of each class in the
JViews graphic package. The class name for each object type is listed next
to the object.
To make code more readable, most JViews samples read the data necessary
to create graphers from JViews .ivl files.
This sample shows the Java code necessary to create JViews graphics
objects. In this sample graphic objects are created by calling the
NewGraphics.addGraphicObjects() method.
In addition to standard JViews graphics types, a custom graphic object
is defined and displayed in this sample. The
MyZoomableReliefLabel class demonstrates how to create
your own unique graphics types.

This sample shows the integration of Swing JComponent
objects into a JViews manager. Components are embedded in a
IlvJComponentGraphic graphic object.

This sample includes the code to drag and drop an IlvGraphic
object from one IlvManager to another. You are shown how
to incorporate the Java 2 drag-and-drop mechanism with JViews to add
drag-and-drop capabilities in your custom applications.

This sample contains code showing how to extend Java 2D objects such as
Paint and Stroke, add new drawing capabilities
to Java 2D objects, integrate new Java 2D objects into ILOG JViews code and
manage object persistency.

This applet shows how to create and use a simple grapher.
An IlvGrapher instance or grapher is a data
structure used to display any type of network.
This simple sample shows how to:

This sample shows a part of the ILOG JViews
IlvGraphic class hierarchy.
An interactor is attached to the view. When you click
a class node, the corresponding documentation is opened
in a browser window.

This sample shows how to define a new type of link. The link in this example is drawn as a Bezier spline curve. The shape of the spline depends on the number of links between two nodes. Select a node and move it to see how links are redrawn.

This simple sample shows the following:
IlvGrapherPin objects.IlvGrapher instance or grapher is a data structure
used to display any type of network.

This sample displays a manager with a background map of the world.
On top of the map, animated objects representing planes journeys
are displayed. Above the plans, there are also semi-transparent
clouds.
The background map is drawn using triple buffering. The cloud
layer is cached in this demo. Using these techniques the complexity
of the map and the clouds does not affect the redrawing time.

This sample shows how to save an ILOG JViews display to a Scalable
Vector Graphic (SVG) file, and how recognized elements of a SVG file are
translated into ILOG JViews graphic objects.
SVG is a language for describing two-dimensional graphics in XML. The
W3C Recommendation of the SVG language specification can be found at
http://www.w3.org/TR/SVG/.

This sample shows how to read DXF files in ILOG JViews.

This simple sample shows how to use the IlvMagnifyInteractor
class to magnify an area of an ILOG JViews IlvManager
instance that has been filled with a map of the Paris subway in
Scalable Vector Graphic(SVG)
format.

This sample shows how to bind a manager view to an ILOG JViews JSF component.

The "XML Grapher" sample shows how to build a Thin Client web application.
Some web applications require that client applications in the web browser stay very light, and that most of the functionality is implimented in the server. The SVG thin-client support in ILOG JViews allows you to create such light web client applications easily.
Use the power of the ILOG JViews class library to build complex two-dimensional representations running on the Web server and ILOG JViews SVG thin-client support to display and interact with images created by the server on your web browser.

This demo shows how to build an Scalable Vector Graphic(SVG) Thin Client application.
Some web applications require that client applications in the web browser stay very light, and that most of the functionality is implemented in the server. The SVG thin-client support in ILOG JViews allows you to create such light web client applications easily.
Use the power of the ILOG JViews class library to build complex two-dimensional representations running on the Web server and ILOG JViews SVG thin-client support to display and interact with images created by the server on your web browser.