All Implemented Interfaces:


public final class Time

Nested Class Summary

Nested Classes
Modifier and Type	Class	Description

Field Summary

Fields
Modifier and Type	Field	Description

Constructor Summary

Constructors
Constructor	Description

Enum Constant Summary

Enum Constants
Enum Constant	Description

Method Summary

Modifier and Type	Method	Description
`final static <T extends Any> T`	`applyWhile(Boolean event, Function1<Unit, T> f, T null)`	Apply a function while condition is true.
`final static Number`	`countDown(Number length)`
`final static Number`	`countDownWithDecay(Number length, Number dt)`
`final static Boolean`	`cyclicTimer(Number length)`	Cyclic timer.
`final static Boolean`	`cyclicTimerWithDecay(Number length, Number decay)`	Cyclic timer.
`final static <T extends Any> T`	`cyclicFunction(Number length, Function1<Unit, T> f, T null)`	Periodically invoke a function.
`final static <T extends Any> T`	`cyclicFunctionWithDecay(Number length, Number decay, Function1<Unit, T> f, T null)`	Periodically invoke a function.
`final static Number`	`delta(Number signal)`
`final static <T extends Any> <ERROR CLASS>`	`evaporation(Number length, T info, Number decay)`	Evaporation pattern.
`final static Number`	`exponentialBackoffFilter(Number signal, Number a)`	Exponential back-off filter.
`final static Boolean`	`falseAfterTime(Number timeout)`
`final static Boolean`	`falseAfterTimeWithDt(Number timeout, Number dt)`
`final static Boolean`	`isFallingEdge(Boolean signal)`
`final static Boolean`	`isRecentEvent(Boolean event, Number timeout)`
`final static Boolean`	`isRisingEdge(Boolean signal)`
`final static <T extends Any> Boolean`	`isSignalStable(T signal, Number time)`
`final static <T extends Any> Boolean`	`isSignalStableWithDt(T signal, Number time, Number dt)`
`final static <T extends Any> Boolean`	`isValueChanged(T signal)`
`final static <T extends Any> T`	`limitedMemory(T value, T null, Number timeout, Number dt)`	Hold value until a specified timeout.
`final static Unit`	`T(Object initial, Object zero, Object decay)`
`final static Boolean`	`trueAfterTime(Number timeout)`
`final static Boolean`	`trueAfterTimeWithDt(Number timeout, Number dt)`
`final static Boolean`	`wait(Number timeout)`
`final static Boolean`	`waitWithDecay(Number timeout, Number dt)`
`final static <T extends Any> T`	`waitAndApply(Number timeout, Function1<Unit, T> f, T null)`

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

- Constructor Detail
- Method Detail
  - applyWhile
```
 final static <T extends Any> T applyWhile(Boolean event, Function1<Unit, T> f, T null)
```
    Apply a function while condition is true.
    
    Parameters:
    
    event - event
    
    f - function to be applied
    
    null - null value
  - countDown
```
 final static Number countDown(Number length)
```
    Parameters:
    
    length - count down length
  - countDownWithDecay
```
 final static Number countDownWithDecay(Number length, Number dt)
```
    Parameters:
    
    length - count down length
    
    dt - decay
  - cyclicTimer
```
 final static Boolean cyclicTimer(Number length)
```
    Cyclic timer.
    
    Parameters:
    
    length - timeout
  - cyclicTimerWithDecay
```
 final static Boolean cyclicTimerWithDecay(Number length, Number decay)
```
    Cyclic timer.
    
    Parameters:
    
    length - timeout
    
    decay - decay rate
  - cyclicFunction
```
 final static <T extends Any> T cyclicFunction(Number length, Function1<Unit, T> f, T null)
```
    Periodically invoke a function.
    
    Parameters:
    
    length - timeout
    
    f - function to be invoked
    
    null - default value
  - cyclicFunctionWithDecay
```
 final static <T extends Any> T cyclicFunctionWithDecay(Number length, Number decay, Function1<Unit, T> f, T null)
```
    Periodically invoke a function.
    
    Parameters:
    
    length - timeout
    
    decay - decay rate
    
    f - function to be invoked
    
    null - default value
  - delta
```
 final static Number delta(Number signal)
```
    Parameters:
    
    signal - signal to be monitored
  - evaporation
```
 final static <T extends Any> <ERROR CLASS> evaporation(Number length, T info, Number decay)
```
    Evaporation pattern.
    
    Parameters:
    
    length - duration
    
    info - information
    
    decay - decay rate
  - exponentialBackoffFilter
```
 final static Number exponentialBackoffFilter(Number signal, Number a)
```
    Exponential back-off filter.
    
    Parameters:
    
    signal - signal to be filtered
    
    a - alpha value
  - falseAfterTime
```
 final static Boolean falseAfterTime(Number timeout)
```
    Parameters:
    
    timeout - timeout
  - falseAfterTimeWithDt
```
 final static Boolean falseAfterTimeWithDt(Number timeout, Number dt)
```
    Parameters:
    
    timeout - timeout
    
    dt - dt
  - isFallingEdge
```
 final static Boolean isFallingEdge(Boolean signal)
```
    Parameters:
    
    signal - binary signal to be monitored
  - isRecentEvent
```
 final static Boolean isRecentEvent(Boolean event, Number timeout)
```
    Parameters:
    
    event - event
    
    timeout - timeout
  - isRisingEdge
```
 final static Boolean isRisingEdge(Boolean signal)
```
    Parameters:
    
    signal - binary signal to be monitored
  - isSignalStable
```
 final static <T extends Any> Boolean isSignalStable(T signal, Number time)
```
    Parameters:
    
    signal - signal to be monitored
    
    time - consider the signal stable after this time
  - isSignalStableWithDt
```
 final static <T extends Any> Boolean isSignalStableWithDt(T signal, Number time, Number dt)
```
    Parameters:
    
    signal - signal to be monitored
    
    time - consider the signal stable after this time
    
    dt - dt
  - isValueChanged
```
 final static <T extends Any> Boolean isValueChanged(T signal)
```
    Parameters:
    
    signal - value to be monitored
  - limitedMemory
```
 final static <T extends Any> T limitedMemory(T value, T null, Number timeout, Number dt)
```
    Hold value until a specified timeout.
    TODO: reconsider this function. When do we trigger the recording?
    
    Parameters:
    
    value - value to be stored
    
    null - default value
    
    timeout - hold the value for this amount of time
    
    dt - increase the time of this value
  - T
```
 final static Unit T(Object initial, Object zero, Object decay)
```
  - trueAfterTime
```
 final static Boolean trueAfterTime(Number timeout)
```
    Parameters:
    
    timeout - timeout
  - trueAfterTimeWithDt
```
 final static Boolean trueAfterTimeWithDt(Number timeout, Number dt)
```
    Parameters:
    
    timeout - timeout
    
    dt - dt
  - wait
```
 final static Boolean wait(Number timeout)
```
    Parameters:
    
    timeout - count down length
  - waitWithDecay
```
 final static Boolean waitWithDecay(Number timeout, Number dt)
```
    Parameters:
    
    timeout - count down length
    
    dt - decay
  - waitAndApply
```
 final static <T extends Any> T waitAndApply(Number timeout, Function1<Unit, T> f, T null)
```
    Parameters:
    
    timeout - timeut
    
    f - function to be applied
    
    null - null value

Class Time

Nested Class Summary

Field Summary

Constructor Summary

Enum Constant Summary

Method Summary

Methods inherited from class java.lang.Object

Constructor Detail

Method Detail

applyWhile

countDown

countDownWithDecay

cyclicTimer

cyclicTimerWithDecay

cyclicFunction

cyclicFunctionWithDecay

delta

evaporation

exponentialBackoffFilter

falseAfterTime

falseAfterTimeWithDt

isFallingEdge

isRecentEvent

isRisingEdge

isSignalStable

isSignalStableWithDt

isValueChanged

limitedMemory

T

trueAfterTime

trueAfterTimeWithDt

wait

waitWithDecay

waitAndApply