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Sigma KEE - SubtractionFn

SubtractionFn

appearance as argument number 1

(documentation SubtractionFn ChineseLanguage "如果 ?NUMBER1 和 ?NUMBER2 是 Number,那么 (SubtractionFn ?NUMBER1 ?NUMBER2) 就是 ?NUMBER1 和 ?NUMBER2 的算术差，即使 ?NUMBER1 减 ?NUMBER2，除了在 ?NUMBER1 等于0时，那么(SubtractionFn ?NUMBER1 ?NUMBER2)就是 ?NUMBER2 的负数。")	chinese_format.kif 2216-2219
(documentation SubtractionFn EnglishLanguage "If ?NUMBER1 and ?NUMBER2 are Numbers, then (SubtractionFn ?NUMBER1 ?NUMBER2) is the arithmetical difference between ?NUMBER1 and ?NUMBER2, i.e. ?NUMBER1 minus ?NUMBER2. An exception occurs when ?NUMBER1 is equal to 0, in which case (SubtractionFn ?NUMBER1 ?NUMBER2) is the negation of ?NUMBER2.")	Merge.kif 4634-4638
(domain SubtractionFn 1 RealNumber)	Merge.kif 4630-4630	The number 1 argument of subtraction is an instance of real number
(domain SubtractionFn 2 RealNumber)	Merge.kif 4631-4631	The number 2 argument of subtraction is an instance of real number
(identityElement SubtractionFn 0)	Merge.kif 5196-5196	0 is an identity element of subtraction
(instance SubtractionFn BinaryFunction)	Merge.kif 4627-4627	Subtraction is an instance of binary function
(instance SubtractionFn TotalValuedRelation)	Merge.kif 4629-4629	Subtraction is an instance of total valued relation
(range SubtractionFn RealNumber)	Merge.kif 4632-4632	The range of subtraction is an instance of real number

appearance as argument number 2

(format ChineseLanguage SubtractionFn "(%*[-])")	chinese_format.kif 684-684
(format EnglishLanguage SubtractionFn "(%*[-])")	english_format.kif 686-686
(termFormat ChineseLanguage SubtractionFn "减法")	domainEnglishFormat.kif 55833-55833
(termFormat ChineseLanguage SubtractionFn "减法函数")	chinese_format.kif 685-685
(termFormat ChineseTraditionalLanguage SubtractionFn "減法")	domainEnglishFormat.kif 55832-55832
(termFormat EnglishLanguage SubtractionFn "subtraction")	domainEnglishFormat.kif 55831-55831

antecedent

(=> (and (equal ?OUT (ReverseFn ?IN)) (equal ?LEN (StringLengthFn ?IN)) (greaterThan ?LEN 1) (greaterThan ?N 0) (lessThan ?N ?LEN) (equal ?PIVOT (CeilingFn (DivisionFn (SubtractionFn ?LEN 1) 2))) (equal ?NEW (AdditionFn (SubtractionFn ?PIVOT ?N) ?PIVOT)) (equal ?S (SubstringFn ?IN ?N (AdditionFn 1 ?N)))) (equal ?S (SubstringFn ?OUT ?NEW (AdditionFn 1 ?NEW))))	Media.kif 3056-3077	If a symbolic string is equal to the reverse of another symbolic string and a nonnegative integer is equal to the length of the other symbolic string and the nonnegative integer is greater than 1 and another nonnegative integer is greater than 0 and the other nonnegative integer is less than the nonnegative integer and an integer is equal to the ceiling of (the nonnegative integer and 1) and 2 and the other nonnegative integerEW is equal to ((the integer and the other nonnegative integer) and the integer) and a third symbolic string is equal to the sub-string of the other symbolic string from the other nonnegative integer to (1 and the other nonnegative integer), then the third symbolic string is equal to the sub-string of the symbolic string from the other nonnegative integerEW to (1 and the other nonnegative integerEW)
(=> (and (equal ?R (SubListFn ?S ?E ?L)) (equal (SubtractionFn ?E ?S) 0)) (equal ?R NullList))	Merge.kif 3098-3105	If a list is equal to the sub-list from an integer to another integer of another list and (the other integer and the integer) is equal to 0, then the list is equal to null list
(=> (and (equal ?R (SubListFn ?S ?E ?L)) (equal (SubtractionFn ?E ?S) 1)) (equal ?R (ListFn (ListOrderFn ?L ?S))))	Merge.kif 3107-3116	If a list is equal to the sub-list from a positive integer to an integer of another list and (the integer and the positive integer) is equal to 1, then the list is equal to (the positive integerth element of the other list)
(=> (and (equal ?R (SubListFn ?S ?E ?L)) (greaterThan (SubtractionFn ?E ?S) 1)) (equal ?R (ListConcatenateFn (ListFn (ListOrderFn ?L ?S)) (SubListFn (AdditionFn 1 ?S) ?E ?L))))	Merge.kif 3118-3130	If a list is equal to the sub-list from a positive integer to an integer of another list and (the integer and the positive integer) is greater than 1, then the list is equal to the list composed of (the positive integerth element of the other list) and the sub-list from (1 and the positive integer) to the integer of the other list
(=> (and (holdsDuring ?T1 (attribute ?F Menopausal)) (equal ?BEFORE (SubtractionFn (YearDuration 1) (BeginFn ?T1))) (equal ?YBEFORE (TimeIntervalFn ?YBEFORE (BeginFn ?T1)))) (not (exists (?M) (and (instance ?M Menstruation) (experiencer ?M ?F)))))	Mid-level-ontology.kif 23329-23343	If menopause is an attribute of an agent holds during a time interval and a real number is equal to (year duration 1 and the beginning of the time interval) and another time interval is equal to interval between the other time interval and the beginning of the time interval, then there doesn't exist a process such that the process is an instance of menstruation and the agent experiences the process
(=> (and (instance ?DAY1 (DayFn ?NUMBER1 ?MONTH)) (instance ?DAY2 (DayFn ?NUMBER2 ?MONTH)) (equal (SubtractionFn ?NUMBER2 ?NUMBER1) 1)) (meetsTemporally ?DAY1 ?DAY2))	Merge.kif 8505-8510	If a time interval is an instance of the day a positive integer and another time interval is an instance of the day another positive integer and (the other positive integer and the positive integer) is equal to 1, then the time interval meets the other time interval
(=> (and (instance ?HOUR1 (HourFn ?NUMBER1 ?DAY)) (instance ?HOUR2 (HourFn ?NUMBER2 ?DAY)) (equal (SubtractionFn ?NUMBER2 ?NUMBER1) 1)) (meetsTemporally ?HOUR1 ?HOUR2))	Merge.kif 8531-8536	If a time interval is an instance of the hour a nonnegative integer and another time interval is an instance of the hour another nonnegative integer and (the other nonnegative integer and the nonnegative integer) is equal to 1, then the time interval meets the other time interval
(=> (and (instance ?MINUTE1 (MinuteFn ?NUMBER1 ?HOUR)) (instance ?MINUTE2 (MinuteFn ?NUMBER2 ?HOUR)) (equal (SubtractionFn ?NUMBER2 ?NUMBER1) 1)) (meetsTemporally ?MINUTE1 ?MINUTE2))	Merge.kif 8558-8563	If a time interval is an instance of the minute a nonnegative integer and another time interval is an instance of the minute another nonnegative integer and (the other nonnegative integer and the nonnegative integer) is equal to 1, then the time interval meets the other time interval
(=> (and (instance ?Payment Payment) (origin ?Payment (CurrencyFn ?Account)) (instance ?Account FinancialAccount) (transactionAmount ?Payment (MeasureFn ?Amount ?CUNIT)) (currentAccountBalance ?Account (ImmediatePastFn (WhenFn ?Payment)) (MeasureFn ?Balance1 ?CUNIT)) (equal ?Balance2 (SubtractionFn ?Balance1 ?Amount))) (currentAccountBalance ?Account (ImmediateFutureFn (WhenFn ?Payment)) (MeasureFn ?Balance2 ?CUNIT)))	FinancialOntology.kif 408-424	If a financial transaction is an instance of payment and the financial transaction originates at the currency of a financial account and the financial account is an instance of financial account and a real number an unit of measure(s) is a transaction amount of the financial transaction and the financial account current account balance immediately before the time of existence of the financial transaction for another real number the unit of measure(s) and a third real number is equal to (the other real number and the real number), then the financial account current account balance immediately after the time of existence of the financial transaction for the third real number the unit of measure(s)
(=> (and (instance ?SECOND1 (SecondFn ?NUMBER1 ?MINUTE)) (instance ?SECOND2 (SecondFn ?NUMBER2 ?MINUTE)) (equal (SubtractionFn ?NUMBER2 ?NUMBER1) 1)) (meetsTemporally ?SECOND1 ?SECOND2))	Merge.kif 8585-8590	If a time interval is an instance of the second a positive integer and another time interval is an instance of the second another positive integer and (the other positive integer and the positive integer) is equal to 1, then the time interval meets the other time interval
(=> (and (instance ?Withdrawal Withdrawal) (instance ?Account FinancialAccount) (origin ?Withdrawal ?Account) (transactionAmount ?Withdrawal (MeasureFn ?Amount ?CUNIT)) (currentAccountBalance ?Account (ImmediatePastFn (WhenFn ?Withdrawal)) (MeasureFn ?Balance1 ?CUNIT)) (equal ?Balance2 (SubtractionFn ?Balance1 ?Amount))) (currentAccountBalance ?Account (ImmediateFutureFn (FutureFn ?Withdrawal)) (MeasureFn ?Balance2 ?CUNIT)))	FinancialOntology.kif 466-481	If a financial transaction is an instance of withdrawal and an object is an instance of financial account and the financial transaction originates at the object and a real number an unit of measure(s) is a transaction amount of the financial transaction and the object current account balance immediately before the time of existence of the financial transaction for another real number the unit of measure(s) and a third real number is equal to (the other real number and the real number), then the object current account balance immediately after after the financial transaction for the third real number the unit of measure(s)
(=> (and (instance ?Y1 (YearFn ?N1)) (instance ?Y2 (YearFn ?N2)) (equal (SubtractionFn ?N2 ?N1) 1)) (meetsTemporally ?Y1 ?Y2))	Merge.kif 8650-8655	If a time interval is an instance of the year an integer and another time interval is an instance of the year another integer and (the other integer and the integer) is equal to 1, then the time interval meets the other time interval
(=> (and (orientation ?OBJ ?REGION Outside) (instance ?ZONE (PerimeterAreaFn ?REGION)) (instance ?ZONE UniformPerimeterArea) (width ?ZONE (MeasureFn ?LIMIT ?UNIT)) (distance ?OBJ ?REGION (MeasureFn ?FAR ?UNIT)) (instance ?UNIT UnitOfMeasure) (greaterThan (SubtractionFn ?FAR ?LIMIT) 0.0)) (not (located ?OBJ ?ZONE)))	Geography.kif 870-879	If an object is outside to a region and another object is an instance of the perimeter area of the region and the other object is an instance of uniform perimeter area and the width of the other object is a real number an unit of measure(s) and the distance between the object and the region is another real number the unit of measure(s) and the unit of measure is an instance of unit of measure and (the other real number and the real number) is greater than 0.0, then the object is not located at the other object
(=> (and (orientation ?OBJ ?REGION Outside) (instance ?ZONE (PerimeterAreaFn ?REGION)) (instance ?ZONE UniformPerimeterArea) (width ?ZONE (MeasureFn ?LIMIT ?UNIT)) (distance ?OBJ ?REGION (MeasureFn ?FAR ?UNIT)) (instance ?UNIT UnitOfMeasure) (lessThanOrEqualTo (SubtractionFn ?FAR ?LIMIT) 0.0)) (located ?OBJ ?ZONE))	Geography.kif 859-868	If an object is outside to a region and another object is an instance of the perimeter area of the region and the other object is an instance of uniform perimeter area and the width of the other object is a real number an unit of measure(s) and the distance between the object and the region is another real number the unit of measure(s) and the unit of measure is an instance of unit of measure and (the other real number and the real number) is less than or equal to 0.0, then the object is located at the other object

consequent

(<=> (and (equal (AbsoluteValueFn ?NUMBER1) ?NUMBER2) (instance ?NUMBER1 RealNumber) (instance ?NUMBER2 RealNumber)) (or (and (instance ?NUMBER1 NonnegativeRealNumber) (equal ?NUMBER1 ?NUMBER2)) (and (instance ?NUMBER1 NegativeRealNumber) (equal ?NUMBER2 (SubtractionFn 0.0 ?NUMBER1)))))	Merge.kif 4672-4683	The absolute value of a real number is equal to a nonnegative real number and the real number is an instance of real number and the nonnegative real number is an instance of real number if and only if the real number is an instance of nonnegative real number and the real number is equal to the nonnegative real number or the real number is an instance of negative real number and the nonnegative real number is equal to (0.0 and the real number)
(<=> (average ?LIST1 ?AVERAGE) (exists (?LIST2) (and (equal (ListLengthFn ?LIST2) (ListLengthFn ?LIST1)) (equal (ListOrderFn ?LIST2 1) (ListOrderFn ?LIST1 1)) (forall (?ITEMFROM2) (=> (inList ?ITEMFROM2 ?LIST2) (exists (?POSITION ?POSITIONMINUSONE ?ITEMFROM1 ?PRIORFROM2) (and (greaterThan ?POSITION 1) (lessThanOrEqualTo ?POSITION (ListLengthFn ?LIST2)) (equal (ListOrderFn ?LIST2 ?ITEMFROM2) ?POSITION) (inList ?ITEMFROM1 ?LIST1) (equal ?POSITION (ListOrderFn ?LIST1 ?ITEMFROM1)) (inList ?PRIORFROM2 ?LIST2) (equal ?POSITIONMINUSONE (SubtractionFn ?POSITION 1)) (equal ?POSITIONMINUSONE (ListOrderFn ?LIST2 ?PRIORFROM2)) (equal ?ITEMFROM2 (AdditionFn ?ITEMFROM1 ?PRIORFROM2)))))) (equal ?LASTPLACE (ListLengthFn ?LIST2)) (equal ?AVERAGE (DivisionFn (ListOrderFn ?LIST2 ?LASTPLACE) ?LASTPLACE)))))	People.kif 289-310	A real number is an average of a list if and only if there exists another list such that length of the other list is equal to length of the list and 1th element of the other list is equal to 1th element of the list and for all a positive integer if the positive integer is a member of the other list, then there exist another real number, the other real numberMINUSONE,, , another positive integer and a third positive integer such that the other real number is greater than 1 and the other real number is less than or equal to length of the other list and the positive integerth element of the other list is equal to the other real number and the other positive integer is a member of the list and the other real number is equal to the other positive integerth element of the list and the third positive integer is a member of the other list and the other real numberMINUSONE is equal to (the other real number and 1) and the other real numberMINUSONE is equal to the third positive integerth element of the other list and the positive integer is equal to (the other positive integer and the third positive integer) and a fourth positive integer is equal to length of the other list and the real number is equal to the fourth positive integerth element of the other list and the fourth positive integer
(<=> (equal (MigrantsPerThousandFn ?AREA (YearFn ?YEAR)) ?REALNUMBER) (and (equal (SubtractionFn ?YEAR ?PREVIOUSYEAR) 1) (holdsDuring (YearFn ?YEAR) (equal (PopulationFn ?AREA) ?POPULATION)) (equal (DivisionFn ?POPULATION 1000) ?THOUSANDS) (equal ?IMMIGRATION (CardinalityFn (KappaFn ?PERSON (and (instance ?PERSON Human) (holdsDuring (YearFn ?PREVIOUSYEAR) (not (inhabits ?PERSON ?AREA))) (holdsDuring (YearFn ?YEAR) (inhabits ?PERSON ?AREA)))))) (equal ?EMMIGRATION (CardinalityFn (KappaFn ?PERSON (and (instance ?PERSON Human) (holdsDuring (YearFn ?PREVIOUSYEAR) (inhabits ?PERSON ?AREA)) (holdsDuring (YearFn ?YEAR) (not (inhabits ?PERSON ?AREA))))))) (equal (SubtractionFn ?IMMIGRATION ?EMMIGRATION) ?MIGRATIONCOUNT) (equal (DivisionFn ?MIGRATIONCOUNT ?THOUSANDS) ?REALNUMBER)))	People.kif 178-206	The migrants per thousand of a geopolitical area and the year an integer is equal to a real number if and only if (the integer and another real number) is equal to 1 and the population of the geopolitical area is equal to a third real number holds during the year the integer and the third real number and 1000 is equal to a fourth real number and another integer is equal to the number of instances in the class described by a symbolic string and a third integer is equal to the number of instances in the class described by the symbolic string and (the other integer and the third integer) is equal to a fifth real number and the fifth real number and the fourth real number is equal to the real number
(<=> (equal (PopulationGrowthFn ?AREA (YearFn ?YEAR)) ?ADJUSTEDPERCENT) (exists (?Y1 ?Y2) (and (equal (SubtractionFn ?YEAR ?PREVIOUSYEAR) 1) (equal ?Y1 (YearFn ?YEAR)) (equal ?Y2 (YearFn ?PREVIOUSYEAR)) (holdsDuring ?Y1 (equal (PopulationFn ?AREA) ?POPULATION)) (holdsDuring ?Y2 (equal (PopulationFn ?AREA) ?PREVIOUSPOPULATION)) (equal (DivisionFn ?POPULATION ?PREVIOUSPOPULATION) ?PERCENT) (equal (SubtractionFn ?PERCENT 1) ?ADJUSTEDPERCENT))))	People.kif 78-90	The population growth of a geopolitical area and the year an integer is equal to a real number if and only if there exist a kind of year and another kind of year such that (the integer and another integer) is equal to 1 and a kind of year is equal to the year the integer and another kind of year is equal to the year the other integer and the population of the geopolitical area is equal to another real number holds during the kind of year and the population of the geopolitical area is equal to a third real number holds during the other kind of year and the other real number and the third real number is equal to a fourth real number and (the fourth real number and 1) is equal to the real number
(=> (and (equal ?VA (VarianceAverageFn ?M ?L)) (equal 1 (ListLengthFn ?L))) (equal ?VA (MultiplicationFn (SubtractionFn ?M (ListOrderFn ?L 1)) (SubtractionFn ?M (ListOrderFn ?L 1)))))	Weather.kif 1485-1496	If a real number is equal to VarianceAverageFn of a list with the mean of another real number and 1 is equal to length of the list, then the real number is equal to (the other real number and 1th element of the list) and (the other real number and 1th element of the list)
(=> (and (equal ?WF (WeekBeforeFn (DayFn ?D (MonthFn ?M (YearFn ?Y))))) (equal ?WF (DayFn ?D2 (MonthFn ?M (YearFn ?Y))))) (equal ?D2 (SubtractionFn ?D 7)))	Mid-level-ontology.kif 14278-14290	If a kind of day is equal to WeekBeforeFn the day a positive integer and a kind of day is equal to the day the positive integer2, then the positive integer2 is equal to (the positive integer and 7)
(=> (and (instance ?QUANTITY1 Quantity) (instance ?QUANTITY2 Quantity)) (equal (LiftFn ?QUANTITY1 ?QUANTITY2) (DivisionFn (SubtractionFn ?QUANTITY1 ?QUANTITY2) ?QUANTITY2)))	UXExperimentalTerms.kif 4764-4772	If a real number is an instance of quantity and another real number is an instance of quantity, then the financial improvement percentage of the real number over the other real number is equal to (the real number and the other real number) and the other real number
(=> (and (relativeAngle ?O1 ?O2 ?N) (physicalEnd ?E1 ?O1) (physicalEnd ?E2 ?O1) (not (equal ?E1 ?E2)) (length ?O1 (MeasureFn ?N1 ?U)) (length ?O2 (MeasureFn ?N2 ?U)) (distance ?E1 ?E3 (MeasureFn ?N3 ?U)) (physicalEnd ?E3 ?O2) (physicalEnd ?E4 ?O2) (not (equal ?E3 ?E4)) (not (meetsSpatially ?E1 ?E3))) (equal ?N (ArcCosineFn (DivisionFn (SubtractionFn (SubtractionFn (MultiplicationFn ?N3 ?N3) (MultiplicationFn ?N1 ?N1)) (MultiplicationFn ?N2 ?N2)) (MultiplicationFn 2.0 (MultiplicationFn ?N1 ?N2))))))	Merge.kif 17637-17662	If the relative angle between an object and another object is a real number and one end of the object is a third object and one end of the object is a fourth object and the third object is not equal to the fourth object and the length of the object is the real number1 an unit of measure(s) and the length of the other object is the real number2 the unit of measure(s) and the distance between the third object and a fifth object is the real number3 the unit of measure(s) and one end of the other object is the fifth object and one end of the other object is a sixth object and the fifth object is not equal to the sixth object and the third object doesn't meet the fifth object, then the real number is equal to the arccosine of ((the real number3 and the real number3 and the real number1 and the real number1) and the real number2 and the real number2) and 2.0 and the real number1 and the real number2

statement

(equal (MeasureFn ?NUMBER CelsiusDegree) (MeasureFn (DivisionFn (SubtractionFn ?NUMBER 32.0) 1.8) FahrenheitDegree))	Merge.kif 6916-6918	A real number celsius degree(s) is equal to (the real number and 32.0) and 1.8 fahrenheit degree(s)
(equal (MeasureFn ?NUMBER CelsiusDegree) (MeasureFn (SubtractionFn ?NUMBER 273.15) KelvinDegree))	Merge.kif 6912-6914	A real number celsius degree(s) is equal to (the real number and 273.15) kelvin degree(s)
(equal (ReachingMilitaryAgeAnnuallyMaleFn ?AREA ?YEAR) (CardinalityFn (KappaFn ?PERSON (and (instance ?PERSON Human) (attribute ?PERSON Male) (militaryAge ?AREA ?MILITARYAGE) (equal ?AGEMINUSONE (SubtractionFn ?AGE 1)) (holdsDuring ?YEAR (or (age ?PERSON ?AGEMINUSONE) (age ?PERSON ?AGE))) (equal ?AGE ?MILITARYAGE) (inhabits ?PERSON ?AREA)))))	Military.kif 933-946	The reaching military age annually male of a geopolitical area and a year is equal to the number of instances in the class described by a symbolic string
(forall (?NUMBER) (equal (PredecessorFn ?NUMBER) (SubtractionFn ?NUMBER 1)))	Merge.kif 4640-4641	For all an integer (the integer+2) is equal to (the integer and 1)

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