|
Class Summary |
| BouncingBall |
BouncingBall models a falling ball as it bounces off of a floor or a wall. |
| BouncingBallApp |
BouncingBall models a collection of bouncing balls. |
| CalculationApp |
CalculationApp demonstrates the use of a CalculationControl. |
| Complex |
Complex defines a new data type that models a complex number. |
| ComplexApp |
ComplexApp tests the validity of the Complex class. |
| FallingBall |
FallingBall models a falling ball using the Euler algorithm. |
| FallingBallApp |
FallingBallApp computes the time for a ball to fall 10 meters and prints the variables. |
| FallingParticle |
FallingParticle models a falling ball by subclassing the Particle class. |
| FallingParticleApp |
FallingParticleApp computes the time for a particle to fall 10 meters and displays the variables. |
| FallingParticleCalcApp |
FallingParticleCalcApp computes the time for a particle to fall to the ground and displays the variables. |
| FallingParticlePlotApp |
FallingParticlePlotApp computes the time for a particle to fall to the ground and plots the position as a funciton of time. |
| FirstFallingBallApp |
FirstFallingBallApp computes the time for a ball to fall 10 meters and displays the variables. |
| Particle |
Particle models a one-dimensional trajectory that can be computed analytically and numerically. |
| PlotFrameApp |
PlotFrameApp demonstrates the use of the Open Source Physics library to produce a simple plot. |
| SHO |
SHO models a simple harmonic oscillator. |
| SHOParticle |
SHOParticle models a simple harmonic oscillator by subclassing the Particle class. |
| SimulationApp |
SimulationApp demonstrates a SimulationControl. |