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Class com.ibm.eou.toolkit.gauge.InertialSynchronization

java.lang.Object
   |
   +----com.ibm.eou.toolkit.gauge.ImmediateSynchronization
           |
           +----com.ibm.eou.toolkit.gauge.InertialSynchronization

public class InertialSynchronization

extends ImmediateSynchronization

InertialSynchronization()

Create an InertialSynchronization with a natural period of 20 and a damping of 1 (critical damping).

InertialSynchronization(double, double)

Create an InertialSynchronization with the specified damping, minimum velocity, and time delays when synchronized and when not synchronized.

InertialSynchronization(double, double, long, long)

Create an InertialSynchronization with the specified damping, minimum velocity, and time delays when synchronized and when not synchronized.

copyright()

getDamping()

Return the current damping.

getNaturalPeriod()

Return the current natural period.

getNextValue(int, int, int, int, int, int)

Return the next value for the gauge to show to achieve the required synchronization.

isSynchronized(int, int, int, int, int, int)

Return true if the gauge display is now synchronized.

resetSynchronization()

setDamping(double)

Set the damping.

setNaturalPeriod(double)

Set the natural period.

 public InertialSynchronization()

Create an InertialSynchronization with a natural period of 20 and a damping of 1 (critical damping).

See Also:

setNaturalPeriod, setDamping

 public InertialSynchronization(double naturalPeriod,
                                double damping)

Create an InertialSynchronization with the specified damping, minimum velocity, and time delays when synchronized and when not synchronized.

See Also:

setNaturalPeriod, setDamping

 public InertialSynchronization(double naturalPeriod,
                                double damping,
                                long synchronizedDelay,
                                long nonsynchronizedDelay)

Create an InertialSynchronization with the specified damping, minimum velocity, and time delays when synchronized and when not synchronized.

See Also:

setNaturalPeriod, setDamping

 public static String copyright()

 public synchronized void resetSynchronization()

Overrides:

resetSynchronization in class ImmediateSynchronization

 public double getNaturalPeriod()

Return the current natural period.

See Also:

setNaturalPeriod

 public synchronized void setNaturalPeriod(double naturalPeriod)

Set the natural period. This is the number of gauge updates which one complete oscillation will take if the damping is zero, so smaller values cause faster oscillations and larger values slower oscillations.

 public synchronized double getDamping()

Return the current damping.

See Also:

setDamping

 public synchronized void setDamping(double damping)

Set the damping. A damping of 1.0 gives critical damping, so that the gauge synchronizes with no overshoot. Values greater than 1.0 give overdamping, which increases the time taken to synchronize. Values less than 1.0 give underdamping, causing the gauge to overshoot and oscillate toward the next value. Zero damping causes endless oscillation, and the maximum value of the damping is equal to the natural period: damping values equal to or greater than the natural period cause the gauge to be completely damped, and the value never changes. In practice, the gauge value will change extremely slowly, even with these values, to minimize unpredictable side effects.

See Also:

setNaturalPeriod

 public synchronized boolean isSynchronized(int value,
                                            int min,
                                            int max,
                                            int displayvalue,
                                            int displaymin,
                                            int displaymax)

Return true if the gauge display is now synchronized.

Overrides:

isSynchronized in class ImmediateSynchronization

 public synchronized int getNextValue(int value,
                                      int min,
                                      int max,
                                      int previousdisplayvalue,
                                      int previousmin,
                                      int previousmax)

Return the next value for the gauge to show to achieve the required synchronization.

Overrides:

getNextValue in class ImmediateSynchronization

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