Temporal.History

Name	Signature and Synopsis
`alwaysDecreasingDouble`	`boolean alwaysDecreasingDouble(PropertyAtomDouble pad, long stime, long etime, int sample_interval, boolean bound_by_stime)` This method checks if samples of the property always decrease over a given time interval [stime, etime]. Returns true only if each sample value is less than the immediately prior sample value in the given time interval. All the times are in milliseconds.
`alwaysDecreasingInt`	`boolean alwaysDecreasingInt(PropertyAtomInt pai, long stime, long etime, int sample_interval, boolean bound_by_stime)` This method checks if samples of the property always decrease over a given time interval [stime, etime]. Returns true only if each sample value is less than the immediately prior sample value in the given time interval. All the times are in milliseconds.
`alwaysDecreasingLong`	`boolean alwaysDecreasingLong(PropertyAtomLong pal, long stime, long etime, int sample_interval, boolean bound_by_stime)` This method checks if samples of the property always decrease over a given time interval [stime, etime]. Returns true only if each sample value is less than the immediately prior sample value in the given time interval. All the times are in milliseconds.
`alwaysIncreasingDouble`	`boolean alwaysIncreasingDouble(PropertyAtomDouble pad, long stime, long etime, int sample_interval, boolean bound_by_stime)` This method checks if samples of the property always increase over a given time interval [stime, etime]. Returns true only if each sample value is greater than the immediately prior sample value in the given time interval. All the times are in milliseconds.
`alwaysIncreasingInt`	`boolean alwaysIncreasingInt(PropertyAtomInt pai, long stime, long etime, int sample_interval, boolean bound_by_stime)` This method checks if samples of the property always increase over a given time interval [stime, etime]. Returns true only if each sample value is greater than the immediately prior sample value in the given time interval. All the times are in milliseconds.
`alwaysIncreasingLong`	`boolean alwaysIncreasingLong(PropertyAtomLong pal, long stime, long etime, int sample_interval, boolean bound_by_stime)` This method checks if samples of the property always increase over a given time interval [stime, etime]. Returns true only if each sample value is greater than the immediately prior sample value in the given time interval. All the times are in milliseconds.
`everDecreasingDouble`	`boolean everDecreasingDouble(PropertyAtomDouble pad, long stime, long etime, int sample_interval, boolean bound_by_stime)` This method checks if samples of the property ever decrease over a given time interval [stime, etime]. Returns true only if any sample value is less than any prior sample value in the given time interval. All the times are in milliseconds.
`everDecreasingInt`	`boolean everDecreasingInt(PropertyAtomInt pai, long stime, long etime, int sample_interval, boolean bound_by_stime)` This method checks if samples of the property ever decrease over a given time interval [stime, etime]. Returns true only if any sample value is less than any prior sample value in the given time interval. All the times are in milliseconds.
`everDecreasingLong`	`boolean everDecreasingLong(PropertyAtomLong pal, long stime, long etime, int sample_interval, boolean bound_by_stime)` This method checks if samples of the property ever decrease over a given time interval [stime, etime]. Returns true only if any sample value is less than any prior sample value in the given time interval. All the times are in milliseconds.
`everIncreasingDouble`	`boolean everIncreasingDouble(PropertyAtomDouble pad, long stime, long etime, int sample_interval, boolean bound_by_stime)` This method checks if samples of the property ever increase over a given time interval [stime, etime]. Returns true only if any sample value is greater than any prior sample value in the given time interval. All the times are in milliseconds.
`everIncreasingInt`	`boolean everIncreasingInt(PropertyAtomInt pai, long stime, long etime, int sample_interval, boolean bound_by_stime)` This method checks if samples of the property ever increase over a given time interval [stime, etime]. Returns true only if any sample value is greater than any prior sample value in the given time interval. All the times are in milliseconds.
`everIncreasingLong`	`boolean everIncreasingLong(PropertyAtomLong pal, long stime, long etime, int sample_interval, boolean bound_by_stime)` This method checks if samples of the property ever increase over a given time interval [stime, etime]. Returns true only if any sample value is greater than any prior sample value in the given time interval. All the times are in milliseconds.
`history`	`Object history(PropertyAtom pad, long no_of_milli_seconds_ago)` This method returns PropertyAtom value a given number of milli seconds ago.
`historyDouble`	`double historyDouble(PropertyAtomDouble pad, long no_of_milli_seconds_ago)` This method returns PropertyAtomDouble value a given number of milli seconds ago.
`historyInt`	`double historyInt(PropertyAtomInt pai, long no_of_milli_seconds_ago)` This method returns PropertyAtomInt value a given number of milli seconds ago.
`historyLong`	`double historyLong(PropertyAtomLong pal, long no_of_milli_seconds_ago)` This method returns PropertyAtomLong value a given number of milli seconds ago.
`howCurrent`	`long howCurrent(PropertyAtom pa)` This method returns how old is the newest value in the PropertyAtom history.
`howMany`	`int howMany(PropertyAtom pa, long stime, long etime, boolean bound_by_stime)` This method returns how many values exist in interval [stime, etime].
`howManyInLast`	`int howManyInLast(PropertyAtom pa, long num_msec_ago)` This method returns how many history values exist for a property in last number of msec ago .
`howManySince`	`int howManySince(PropertyAtom pa, long time)` This method returns how many history values exist for given property since the specified time.
`howOld`	`long howOld(PropertyAtom pa)` This method returns how old is the oldest value in the PropertyAtom history.
`previous`	`Object previous(PropertyAtom pad)` This method returns the previous value of a PropertyAtom.
`previousDouble`	`double previousDouble(PropertyAtomDouble pad)` This method returns the previous value of PropertyAtomInt.
`previousInt`	`int previousInt(PropertyAtomInt pai)` This method returns the previous value of PropertyAtomInt.
`previousLong`	`long previousLong(PropertyAtomLong pal)` This method returns the previous value of PropertyAtomInt.
`steadyDouble`	`boolean steadyDouble(PropertyAtomDouble pad, long stime, long etime, int sample_interval, boolean bound_by_stime)` This method checks if samples of the property value remain steady over a given time interval[stime, etime], all the times are in (milliseconds).
`steadyInt`	`boolean steadyInt(PropertyAtomInt pai, long stime, long etime, int sample_interval, boolean bound_by_stime)` This method checks if samples of the property value remain steady over a given time interval[stime, etime], all the times are in (milliseconds).
`steadyLong`	`boolean steadyLong(PropertyAtomLong pal, long stime, long etime, int sample_interval, boolean bound_by_stime)` This method checks if samples of the property value remain steady over a given time interval[stime, etime], all the times are in (milliseconds).

Temporal.History

Description

Functions