Title: AWT Gravity and Sphere Collision Demo Applet
Description: This applet demonstrates the use of NOOPE to simulate the Gravity and SphereCollision laws.
Asserts that all the data is provided (If it is, it has to be valid, because there is no
way of storing it in this object, other than getting it via the public accessors.
This class implements a BlockReaderLocation that contains the context
straight away; this is needed when an exception occurs while a
BlockReader is being constructed, since then, we don't have it to
produce the context from the location.
This class implements a frame object that is buffered: whenever it needs redrawing, it occurs
into a BufferedImage object first, before it is finally drawn to the screen.
Constructs a new DynamicEntityLoader that first tries to load an Entity class with exactly
the name provided, and, if that fails, tries to look in the package specified.
Title: AWT Gravity and Sphere Collision Demo Applet
Description: This applet demonstrates the use of NOOPE to simulate the Gravity and SphereCollision laws.
Title: AWT Gravity and Sphere Collision Demo Applet
Description: This applet demonstrates the use of NOOPE to simulate the Gravity and SphereCollision laws.
This is the central class of a JDK 1.1 compatible GIF encoder that, AFAIK,
supports more features of the extended GIF spec than any other Java open
source encoder.
This is an implementation of the LawPropertyRecordLoader that has all the classes it can load
hard-coded in, so it just switches on the className it is given.
Instances of this Gif89Frame subclass are constructed from bitmaps in the
form of color-index pixels, which accords with a GIF's native palettized
color model.
This is an abstract OutputProjectionPropertyRecord class intended to be the base class for
things that are to be represented by an object implementing java.awt.geom.Shape.
Resets the subblock position to the beginning, so that the next call to getNextBlock()
will return the first subblock (unless there are no subblocks, in which case an exception
is thrown, of course.
Setting this option determines (in a cooperative GIF-viewer) what will be
done with this frame's display area before the subsequent frame is
displayed.
Displays a message box complaining to the user and informing them
briefly of the format of a Color, if the input is invalid, in
addition to calling the inherited method.
Displays a message box complaining to the user and informing them
briefly of the format of a double, if the input is invalid, in
addition to calling the inherited method.
Displays a message box complaining to the user and informing them
briefly of the format of a Vector3D, if the input is invalid, in
addition to calling the inherited method.