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Sigma KEE - measuringListInterval

measuringListInterval

appearance as argument number 1

(domain measuringListInterval 1 MeasuringList)	Weather.kif 2245-2245	The number 1 argument of measuring list interval is an instance of measuring list
(domain measuringListInterval 2 TimeDuration)	Weather.kif 2246-2246	The number 2 argument of measuring list interval is an instance of time duration
(instance measuringListInterval BinaryPredicate)	Weather.kif 2247-2247	measuring list interval is an instance of binary predicate

appearance as argument number 2

(documentation ChineseLanguage measuringListInterval "measuringListInterval 是一个（二元关系） BinaryRelation。(measuringListInterval ?LIST ?DUR) ?DUR 是串列 ?LIST (MeasuringList) 上每个（量度过程） Measuring Process 从开始到结束的(持续时间) TimeDuration。")	Weather.kif 2241-2243
(documentation EnglishLanguage measuringListInterval "measuringListInterval is a BinaryRelation. (measuringListInterval ?LIST ?DUR) ?DUR is the TimeDuration for each Measuring Process contained in the ?LIST, MeasuringList, takes from when it begins till when it ends.")	Weather.kif 2236-2239
(format ChineseLanguage measuringListInterval "（量度） Measuring 串列 %1 在 %2 的时间间隔发生")	Weather.kif 2244-2244
(format EnglishLanguage measuringListInterval "The Measuring for list %1 occurs at %2 interval.")	Weather.kif 2240-2240
(termFormat ChineseLanguage measuringListInterval "量度串列时间间隔")	domainEnglishFormat.kif 10404-10404
(termFormat EnglishLanguage measuringListInterval "measuring list interval")	domainEnglishFormat.kif 10403-10403

antecedent

(=>
    (and
        (measuringListInterval ?LIST ?DUR)
        (inList ?M ?LIST))
    (duration
        (WhenFn ?M) ?DUR))

Weather.kif 2249-2253

If The Measuring for list a measuring list occurs at a time duration interval. and a physical is a member of the measuring list,
then duration of the time of existence of the physical is the time duration

consequent

(=> (equal ?SPEED (Mean10MinutesWindSpeedFn ?PLACE ?TIME)) (holdsDuring ?TIME (exists (?MLIST ?RLIST ?NLIST ?UNIT) (and (instance ?MLIST MeasuringSurfaceWindSpeedList) (locationMeasuringList ?MLIST ?PLACE) (measuringListInterval ?MLIST (MeasureFn 5 SecondDuration)) (measuringListDuration ?MLIST (MeasureFn 10 MinuteDuration)) (equal 120 (ListLengthFn ?MLIST)) (measuringResult ?MLIST ?RLIST) (equal ?NLIST (PhysicalQuantityToNumberFn ?RLIST)) (equal ?SPEED (MeasureFn (AverageFn ?NLIST) ?UNIT))))))	Weather.kif 2612-2629	If a function quantity is equal to Mean10MinutesWindSpeedFn for a time interval in region a geographic area, then there exist an entity, another entity,, , a third entity and a fourth entity such that the entity is an instance of measuring surface wind speed list and The eventLocated for the entity is the geographic area and The Measuring for list the entity occurs at 5 second duration(s) interval. and The Measuring for list the entity takes 10 minute duration(s). and 120 is equal to length of the entity and the other entity is the result of the entity and the third entity is equal to PhysicalQuantityToNumberFn returns the numberic values of a list of the other entity and the function quantity is equal to the average of the numbers in the third entity the fourth entity(s) holds during the time interval
(=> (equal ?SPEED (Mean1MinuteWindSpeedFn ?PLACE ?TIME)) (holdsDuring ?TIME (exists (?MLIST ?RLIST ?NLIST ?UNIT) (and (instance ?MLIST MeasuringSurfaceWindSpeedList) (locationMeasuringList ?MLIST ?PLACE) (measuringListInterval ?MLIST (MeasureFn 5 SecondDuration)) (measuringListDuration ?MLIST (MeasureFn 1 MinuteDuration)) (equal 12 (ListLengthFn ?MLIST)) (measuringResult ?MLIST ?RLIST) (equal ?NLIST (PhysicalQuantityToNumberFn ?RLIST)) (equal ?SPEED (MeasureFn (AverageFn ?NLIST) ?UNIT))))))	Weather.kif 2717-2734	If a function quantity is equal to Mean1MinuteWindSpeedFn for a time interval in region a geographic area, then there exist an entity, another entity,, , a third entity and a fourth entity such that the entity is an instance of measuring surface wind speed list and The eventLocated for the entity is the geographic area and The Measuring for list the entity occurs at 5 second duration(s) interval. and The Measuring for list the entity takes 1 minute duration(s). and 12 is equal to length of the entity and the other entity is the result of the entity and the third entity is equal to PhysicalQuantityToNumberFn returns the numberic values of a list of the other entity and the function quantity is equal to the average of the numbers in the third entity the fourth entity(s) holds during the time interval
(=> (equal ?SPEED (Mean2MinutesWindSpeedFn ?PLACE ?TIME)) (holdsDuring ?TIME (exists (?MLIST ?RLIST ?NLIST ?UNIT) (and (instance ?MLIST MeasuringSurfaceWindSpeedList) (locationMeasuringList ?MLIST ?PLACE) (measuringListInterval ?MLIST (MeasureFn 5 SecondDuration)) (measuringListDuration ?MLIST (MeasureFn 2 MinuteDuration)) (equal 24 (ListLengthFn ?MLIST)) (measuringResult ?MLIST ?RLIST) (equal ?NLIST (PhysicalQuantityToNumberFn ?RLIST)) (equal ?SPEED (MeasureFn (AverageFn ?NLIST) ?UNIT))))))	Weather.kif 2682-2699	If a function quantity is equal to Mean2MinutesWindSpeedFn for a time interval in region a geographic area, then there exist an entity, another entity,, , a third entity and a fourth entity such that the entity is an instance of measuring surface wind speed list and The eventLocated for the entity is the geographic area and The Measuring for list the entity occurs at 5 second duration(s) interval. and The Measuring for list the entity takes 2 minute duration(s). and 24 is equal to length of the entity and the other entity is the result of the entity and the third entity is equal to PhysicalQuantityToNumberFn returns the numberic values of a list of the other entity and the function quantity is equal to the average of the numbers in the third entity the fourth entity(s) holds during the time interval
(=> (equal ?SPEED (Mean3MinutesWindSpeedFn ?PLACE ?TIME)) (holdsDuring ?TIME (exists (?MLIST ?RLIST ?NLIST ?UNIT) (and (instance ?MLIST MeasuringSurfaceWindSpeedList) (locationMeasuringList ?MLIST ?PLACE) (measuringListInterval ?MLIST (MeasureFn 5 SecondDuration)) (measuringListDuration ?MLIST (MeasureFn 2 MinuteDuration)) (equal 36 (ListLengthFn ?MLIST)) (measuringResult ?MLIST ?RLIST) (equal ?NLIST (PhysicalQuantityToNumberFn ?RLIST)) (equal ?SPEED (MeasureFn (AverageFn ?NLIST) ?UNIT))))))	Weather.kif 2647-2664	If a function quantity is equal to Mean3MinutesWindSpeedFn for a time interval in region a geographic area, then there exist an entity, another entity,, , a third entity and a fourth entity such that the entity is an instance of measuring surface wind speed list and The eventLocated for the entity is the geographic area and The Measuring for list the entity occurs at 5 second duration(s) interval. and The Measuring for list the entity takes 2 minute duration(s). and 36 is equal to length of the entity and the other entity is the result of the entity and the third entity is equal to PhysicalQuantityToNumberFn returns the numberic values of a list of the other entity and the function quantity is equal to the average of the numbers in the third entity the fourth entity(s) holds during the time interval
(=> (equal ?SPEED (Mean3SecondWindSpeedFn ?PLACE ?TIME)) (holdsDuring ?TIME (exists (?MLIST ?RLIST ?NLIST ?UNIT) (and (instance ?MLIST MeasuringSurfaceWindSpeedList) (locationMeasuringList ?MLIST ?PLACE) (measuringListInterval ?MLIST (MeasureFn 0.25 SecondDuration)) (measuringListDuration ?MLIST (MeasureFn 3 SecondDuration)) (equal 12 (ListLengthFn ?MLIST)) (measuringResult ?MLIST ?RLIST) (equal ?NLIST (PhysicalQuantityToNumberFn ?RLIST)) (equal ?SPEED (MeasureFn (AverageFn ?NLIST) ?UNIT))))))	Weather.kif 2293-2310	If a function quantity is equal to Mean3SecondWindSpeedFn for a time interval in region a geographic area, then there exist an entity, another entity,, , a third entity and a fourth entity such that the entity is an instance of measuring surface wind speed list and The eventLocated for the entity is the geographic area and The Measuring for list the entity occurs at 0.25 second duration(s) interval. and The Measuring for list the entity takes 3 second duration(s). and 12 is equal to length of the entity and the other entity is the result of the entity and the third entity is equal to PhysicalQuantityToNumberFn returns the numberic values of a list of the other entity and the function quantity is equal to the average of the numbers in the third entity the fourth entity(s) holds during the time interval

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