All programs mentioned in the topic and additional ones can be downloaded at the online service to this book. Tables B.1 and B.2 refer to the pages where the programs are mentioned in the book. There is Table B.1 for Java 2D and Table B.2 for Java 3D programs. The programs are listed in alphabetical order.
|
Java class |
Topic |
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|
ArcExample |
Ellipse arc and segment |
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AreaExample |
Union, intersection, difference and symmetric difference for areas |
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BufferedImageDrawer |
Generic class for the use of double buffering for drawing a BufferedImage |
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ConvexCombTransforms |
Animation based on convex combinations of transformations with an example of transforming two ellipses |
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CurveDemo |
Drawing of lines, quadratic and cubic curves |
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DoubleBufferingClockExample |
Animation with moving objects using double buffering with a moving clock as an example |
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DToCMorphing |
Transformation of one object into another. The objects are modelled by curves defined over control points. The letter D is transformed into the letter C |
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GeneralPathCar |
Example of a GeneralPath for the silhouette of a car |
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GradientPaintExample |
Use of colour gradients |
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ImageLoadingExample |
Loading a JPEG image |
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ImageSavingExample |
Saving a JPEG image |
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LineEndings |
Line endings and joints for thick lines |
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MorphingCandS |
Uses the class TriangulatedImage for transforming two triangulated images into each other |
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MyFinishWindow |
Class for closing a window |
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NonSynchronizedClock |
Movements of a simple clock |
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RectangleEllipseExample |
Rectangle and ellipse |
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RotationExample |
Rotation |
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ScalingExample |
Scaling |
|
Java class |
Topic |
|
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ShearingExample |
Shear transformation |
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SimpleJava2DExample |
First Java 2D example program |
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SimpleLetterC |
Representation of the letter C with quadratic curves |
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SimpleLetterD |
Representation of the letter D with quadratic curves |
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StrokingExample |
Various dash patterns |
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TextExample |
Drawing and modifying text |
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Texture2DExample |
Drawing of textures |
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TransformationOrderExample |
Importance of the order for transformations |
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TransformationOrderExampleR |
Importance of the order for transformations |
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TransformationOrderExampleRT |
Importance of the order for transformations |
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TransformationOrderExampleT |
Importance of the order for transformations |
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TransformationOrderExampleTR |
Importance of the order for transformations |
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TranslationExample |
Translation |
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TriangulatedImage |
Class for triangulated images which can be transformed into each other by pixel and colour interpolation |
|
Java class |
Topic |
|
|
BackgroundExample |
An image from file as background. This program requires the file sunset.jpg. A background with a homogeneous colour can be found in the program StaticSceneExample |
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ClippingPlanes |
Modification of the clipping volume by the angle for the field of view and the front and the back clipping plane |
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CollisionBehaviour1 |
A class that is used in CollisionExample in order to change the colour of an object when a collision occurs. A Switch is used here |
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CollisionBehaviour2 |
A class that is used in CollisionExample in order to move an object when a collision occurs |
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CollisionExample |
Example for the application of collision detection. Uses also a Switch and navigation via keyboard commands. The classes CollisionBehaviour1 and CollisionBehaviour2 are needed |
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ConstantFloatCreator |
Implements the Interface IFloatCreator |
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ConstantLongCreator |
Implements the Interface ILongCreator |
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ConstantVector3fCreator |
Implements the Interface IVector3fCreator |
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DynamicSurfaceExample |
Carries out morphing of one surface into another one. IFunctionInTwoVariables, FunctionInTwoVariablesExample FunctionInTwoVariablesExample2 and SimpleMorphBehaviour are required |
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|
ExpFogExample |
Exponential fog and the multiple use of transformation group in a scene as a Link |
Table B.2
|
Java class |
Topic |
|
|
Extract3DExample |
Loading an object from a file in Wavefront Object Format. Only a selected part of the whole object is included in the scene. The file schiff.obj is required |
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FunctionInTwo- VariablesExample |
Implements the Interface IFunctionInTwoVariables which is needed in the class SurfaceExample |
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GeomArrayExample |
Definition of an object (tetrahedron) with triangles |
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IDirectionCreator |
An Interface to generate the directions of movement of particles |
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IFloatCreator |
An Interface to generate the velocity of particles |
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IFunctionInTwoVariables |
An Interface to describe a real-valued function of two variables |
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ILongCreator |
An Interface to generate the time between the creation of two consecutive particles and to define the life span of a particle |
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InteractionExample |
Picking objects with the mouse and initiating movements. The class PickingExample is needed |
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InteractionTest |
Picking objects with the mouse. Using the class PickingTest the name of the picked object is printed |
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ISimpleParticleCreator |
An Interface in the package simpleParticleSystemPackage to generate single particles |
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IVector3fCreator |
An Interface to generate the initial position of a particle |
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|
LightingExample |
Use of different light sources and different reflection properties of surfaces |
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LightingExample2 |
A rotating Light source causing unrealistic colour effects for objects with badly modelled reflection properties |
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LineOfSparksCreator |
Implements the Interface ISimpleParticleCreator |
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LinFogExample |
Linear fog and the multiple use of transformation group in a scene as a Link |
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Load3DExample |
Loading and displaying an object from a file in Wavefront Object Format. Printing out the names of all sub-objects. Assigning a new colour to one of the sub-objects. The file schiff.obj is needed |
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|
LODExample |
Usage of the LOD technique (level of detail) |
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MovingLight |
A moving light source |
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MovingSpotLight |
A spotlight rotation around the scene. The intensity in the cone of light is constant and drops abruptly to zero at the edge |
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|
NormalsForGeomArrays |
Definition of an object (tetrahedron) with triangles. Normal vectors are interpolated |
|
Java class |
Topic |
|
|
ParticleSystemExample |
Implementation of a sparkler based on a particle system. The package simpleParticleSystemPackage is required |
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PickingExample |
A class needed for InteractionExample for initiating movements and scalings for picked objects |
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PickingTest |
A class needed for InteractionTest in order to print out the names of picked objects |
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|
RandomDirectionCreator2 |
Implements the Interface IDirectionCreator |
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RandomLongCreator |
Implements the Interface ILongCreator |
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ShadingExample |
Use of constant instead of Gouraud shading |
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SimpleAnimation3d |
A simple animation with a starting and landing helicopter |
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|
SimpleMorphBehaviour |
Ein Behaviour, das die Konvexkombination bei einem Morph steuert |
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SimpleParticleSystem |
The central class in the package simpleParticleSystemPackage to generate a simple particle system |
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SimpleParticleSystemRunner |
A Thread in which the particle system is generated and executed |
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SimpleSingleParticleCreator |
A Thread to generate to generate single particles including their movement |
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|
SoundExample |
Incorporating sound effects into a scene in the form of a BackgroundSound and a PointSound. The files bgsound.wav,psound.wav and darkclouds.jpg are needed |
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StaticSceneExample |
A static scene with a helicopter and a tree |
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SurfaceExample |
Display of a function of two variables as a surface. The classes IFunctionInTwoVariables and FunctionInTwoVariablesExample are required |
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TesselationBWExample |
Wire frame model of a static scene with a helicopter and a tree |
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TesselationExample |
Part of a static scene with a helicopter and a tree shown as a wire frame model |
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TesselationResolution |
Approximation of the surface of a sphere with different numbers of triangles |
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|
Text3DExample |
An example for displaying text and a Billboard behaviours in a three-dimensional scene. The classes IFunctionInTwoVariables and FunctionInTwoVariablesExample are required |
|
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TextureExample |
Loading a texture from a file and mapping it to an object’s surface. The file myTexture.jpg is needed |
|
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TransparencyExample |
Example for interpolated and screen-door transparency |
|
|
ViewParallelProjection |
Parallel projection for displaying a static scene with a helicopter and a tree |
