Demonstrations Listed by Top-Level Domain
See the quick tour for a smaller
set of demos that highlight the key features of Ptolemy II.
Ptolemy II Domains
An recent implementation of Continuous Time semantics, for use with the modal domain.
- Bouncing Ball (Does not require Java 3D) (New in Ptolemy II 8.0)
- Bouncing Ball (Requires Java 3D, see the GR domain) (New in Ptolemy II 8.0)
- Brownian (New in Ptolemy II 8.0)
- Cart with Pendulum (Requires Java 3D, see the GR domain) (New in Ptolemy II 8.0)
- Car Tracking (New in Ptolemy II 8.0)
- Compared Clocks (New in Ptolemy II 8.0)
- Continuous Inside DE
- Efficiency Curve (New in Ptolemy II 8.0)
- Furuta Pendulum (New in Ptolemy II 8.0)
- Hybrid Plant: Deterministic,
Random (New in Ptolemy II 8.0)
- Hysteresis (New in Ptolemy II 8.0)
- HysteresisWithBernoulliLosses (New in Ptolemy II 8.0)
- HysteresisWithRandomDelay (New in Ptolemy II 8.0)
- HysteresisWithRandomLosses (New in Ptolemy II 8.0)
- Level Crossing Detector,
- Level Crossing Detector Detecting Directions
- LevelCrossingDetectorDetectsGlitches (New in Ptolemy II 8.0)
- Lorenz Attractor
- Lorenz Attractor made with Differential System (New in Ptolemy II 8.0)
- MEMS accelerometer (New in Ptolemy II 8.0)
- Newtons Cradle
- NewtonsCradleAnimated (Requires Java 3D, see the GR domain) (New in Ptolemy II 8.0)
- Newton's Cradle with Complicated Dynamics (Requires Java 3D, see the GR domain) (New in Ptolemy II 8.0)
- Newton's Cradle with Nondeterministic State Machine (Requires Java 3D, see the GR domain) (New in Ptolemy II 8.0)
- Newton's Cradle with Perfectly Inelastic Collisions (Requires Java 3D, see the GR domain) (New in Ptolemy II 8.0)
- Newton's Cradle with Configurable Parameters (Requires Java 3D, see the GR domain) (New in Ptolemy II 8.0)
- Newton's Cradle with Balls Having Different Masses (Requires Java 3D, see the GR domain) (New in Ptolemy II 8.0)
- Noise (New in Ptolemy II 8.0)
- Noise Spectrum (New in Ptolemy II 8.0)
- 3D Pendulum (Requires Java 3D, see the GR domain) (New in Ptolemy II 8.0)
- Poisson,
IncreasingRatePoisson (New in Ptolemy II 8.0)
- Sampled Clocks (New in Ptolemy II 8.0)
- Satellite (New in Ptolemy II 8.0)
- Sinusoid
- Sinusoid In Noise) (New in Ptolemy II 8.0)
- Static Units
- Ball Bouncing on a Sinusoidal Surface (New in Ptolemy II 8.0)
- Square Wave Response (New in Ptolemy II 8.0)
- Starmac
- Sticky Point Masses
- Switch
- Thermostat
- Transmission
- Vehicle 2 Vehicle
An earlier implementation of Continuous Time semantics, for use with the Finite State Machine domain.
- Bouncing Ball (Does not require Java 3D)
- Bouncing Ball (Requires Java 3D, see the GR domain)
- Brownian
- Cart with Pendulum (Requires Java 3D, see the GR domain)
- Car Tracking
- Compared Clocks
- CT Inside DE
- Efficiency Curve
- Helicopter Control
- Hierarchical Execution
- Hybrid Plant: Deterministic,
Random
- Hysteresis
- HysteresisWithRandomDelay
- HysteresisWithRandomLosses
- IncreasingRatePoisson
- Level Crossing Detector
- Level Crossing Detector with Different Detecting Directions
- Level Crossing Detector Detects Glitches
- Lorenz Attractors
- Matlab in CT (Requires that Matlab be installed locally)
- MEMS accelerometer
- NewtonsCradle
- NewtonsCradleAnimated (Requires Java 3D, see the GR domain)
- Newton's Cradle with Complicated Dynamics (Requires Java 3D, see the GR domain)
- Newton's Cradle with Nondeterministic State Machine (Requires Java 3D, see the GR domain)
- Newton's Cradle with Perfectly Inelastic Collisions (Requires Java 3D, see the GR domain)
- Newton's Cradle with Configurable Parameters (Requires Java 3D, see the GR domain)
- Newton's Cradle with Balls Having Different Masses (Requires Java 3D, see the GR domain)
- 3D Pendulum (Requires Java 3D, see the GR domain)
- Poisson
- Sampled Clocks
- Satellite
- Ball Bouncing on a Sinusoidal Surface
- Square Wave Response
- Starmac
- Sticky Point Masses
- Sticky Point Masses Modified Version
- Switching Continuous Signals using Modal Models
- Thermostat
- Transmission
- Triggered Continuous Clock
- Units
- Vehicle 2 Vehicle
- Sleep (Requires some setup)
An earlier implementation of Finite State Machine semantics, for use with the CT domain.
Requires Java 3D, see the GR domain
A work-in-progress implementation of Modal semantics, for use with the continuous domain.