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## Uses of Class
tesl.Tick

Packages that use Tick
modhelxs.simulation |
tesl |

Uses of Tick in modhelxs.simulation

Fields in modhelxs.simulation declared as Tick
`Tick<java.lang.Long>` | `SynchronizingRTClock.ClockBackup.now_backup`
`Tick<java.lang.Long>` | `PeriodicRTClock.ClockBackup.now_backup`
`Tick<java.lang.Long>` | `EventFeederClock.ClockBackup.now_backup`
`Tick<Unit>` | `ASAPClock.ClockBackup.now_backup`

Methods in modhelxs.simulation that return Tick
`Tick<java.lang.Long>` | `SynchronizingRTClock.newTick()` This clock should have only one tick, so we can't add new ones.
`Tick<java.lang.Long>` | `PeriodicRTClock.newTick()` This clock should have only one tick, so we can't add new ones.
`Tick<java.lang.Long>` | `EventFeederClock.newTick()` This clock should have only one tick, so we can't add new ones.
`Tick<Unit>` | `ASAPClock.newTick()` This clock should have only one tick, so we can't add new ones.

Methods in modhelxs.simulation with parameters of type Tick
`void` | `SynchronizingRTClock.removeTick(Tick<java.lang.Long> tick)` This clock manages its tick by itself, so we cannot remove them.
`void` | `PeriodicRTClock.removeTick(Tick<java.lang.Long> tick)` This clock should always have a tick, so we cannot remove its tick.
`void` | `EventFeederClock.removeTick(Tick<java.lang.Long> tick)` This clock should always have a tick, so we cannot remove its tick.
`void` | `ASAPClock.removeTick(Tick<Unit> tick)` This clock should always have a tick, so we cannot remove its tick.

Uses of Tick in tesl

Fields in tesl declared as Tick
`private Tick<T>` | `Clock.now_`
`Tick<T>` | `Clock.ClockBackup.now_backup_`

Fields in tesl with type parameters of type Tick
`private java.util.List<Tick<? extends java.lang.Comparable<?>>>` | `ClockSet.floatingGhosts_`
`private java.util.Map<Tick<T>,Tag<T>>` | `Clock.tags_`
`java.util.Map<Tick<T>,Tag<T>>` | `Clock.ClockBackup.tags_backup_`
`private java.util.List<Tick<T>>` | `Clock.ticks_`
`java.util.List<Tick<T>>` | `Clock.ClockBackup.ticks_backup_`

Methods in tesl that return Tick
`private Tick<T>` | `Clock.copyTick(Tick<T> t)`
`Tick<T>` | `Clock.getFirstTaggedTick()`
`Tick<T>` | `Clock.getFloatingTick()`
`Tick<T>` | `Clock.getNowTick()`
`Tick<T>` | `Clock.getTick(int i)`
`Tick<T>` | `Clock.getTick(T tag)`
`Tick<T>` | `Clock.getTick(Tag<T> tag)`
`private static
`<T extends java.lang.Comparable<? super T>> Tick<T>`
` | `ClockSet.getTickWithTag(Clock<T> clk, Tag<? extends java.lang.Comparable<?>> tag)`
`Tick<T>` | `Clock.newTick()`
`Tick<T>` | `Clock.newTick(T value)`
`Tick<T>` | `Tick.setNow(boolean now)`
`Tick<T>` | `Clock.setNow(Tick<T> tick, boolean now)`
`Tick<T>` | `Tick.setTag(Tag<T> tag)`
`Tick<T>` | `Clock.setTag(Tick<T> tick, Tag<T> tag)`
`Tick<T>` | `Tick.setTagValue(T tag)`
`Tick<T>` | `Clock.setTagValue(Tick<T> tick, T tag)`

Methods in tesl that return types with arguments of type Tick
`java.util.Collection<Tick<T>>` | `Clock.getTicks()`

Methods in tesl with parameters of type Tick
`int` | `Tick.compareTo(Tick<T> o)`
`private Tick<T>` | `Clock.copyTick(Tick<T> t)`
`Tag<T>` | `Clock.getTag(Tick<T> tick)`
`T` | `Clock.getTagValue(Tick<T> tick)`
`boolean` | `Clock.isNow(Tick<T> tick)`
`private static
`<T extends java.lang.Comparable<? super T>> void`
` | `ClockSet.removeTick(Clock<T> clk, Tick<? extends java.lang.Comparable<?>> tick)`
`void` | `Clock.removeTick(Tick<T> tick)`
`Tick<T>` | `Clock.setNow(Tick<T> tick, boolean now)`
`private static
`<T extends java.lang.Comparable<? super T>> void`
` | `ClockSet.setTag(Tick<T> tick, Tag<? extends java.lang.Comparable<?>> tag)`
`Tick<T>` | `Clock.setTag(Tick<T> tick, Tag<T> tag)`
`Tick<T>` | `Clock.setTagValue(Tick<T> tick, T tag)`
`
`<T extends java.lang.Comparable<T>> ClockSet`
` | `ClockSet.solve(Tick<T> tick)`

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