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appearance as argument number 1

(documentation ListFn ChineseLanguage "这是一个可以接受任何数量的参数，然后交出含有跟哪些参数完全相同顺序的 Function。")	chinese_format.kif 1962-1963
(documentation ListFn EnglishLanguage "A Function that takes any number of arguments and returns the List containing those arguments in exactly the same order.")	Merge.kif 2938-2939
(documentation ListFn JapaneseLanguage "任意の数の引数を受け取り、それらの引数を含む List をまったく同じ順序で返す Function。")	japanese_format.kif 594-595
(domain ListFn 1 Entity)	Merge.kif 2934-2934	The number 1 argument of list is an instance of entity
(instance ListFn Function)	Merge.kif 2932-2932	List is an instance of function
(instance ListFn VariableArityRelation)	Merge.kif 2933-2933	List is an instance of variable arity relation
(range ListFn List)	Merge.kif 2936-2936	The range of list is an instance of list

appearance as argument number 2

(format ChineseLanguage ListFn "(%*[,])")	chinese_format.kif 261-261
(format EnglishLanguage ListFn "(%*[,])")	english_format.kif 266-266
(format FrenchLanguage ListFn "(%*[,])")	french_format.kif 149-149
(format ItalianLanguage ListFn "(%*[,]")	relations-it.txt 167-167
(format JapaneseLanguage ListFn "(%*[,])")	japanese_format.kif 1977-1977
(format PortugueseLanguage ListFn "(%*[,])")	portuguese_format.kif 101-101
(format cz ListFn "(%*[,])")	relations-cz.txt 158-158
(format de ListFn "(%*[,])")	relations-de.txt 336-336
(format hi ListFn "(%*[,]")	relations-hindi.txt 206-206
(format ro ListFn "(%*[,])")	relations-ro.kif 168-168
(format sv ListFn "(%*[,])")	relations-sv.txt 155-155
(format tg ListFn "(%*[,]")	relations-tg.txt 333-333
(termFormat ChineseLanguage ListFn "名单")	domainEnglishFormat.kif 34685-34685
(termFormat ChineseLanguage ListFn "表列函数")	chinese_format.kif 262-262
(termFormat ChineseTraditionalLanguage ListFn "名單")	domainEnglishFormat.kif 34684-34684
(termFormat EnglishLanguage ListFn "list")	domainEnglishFormat.kif 34683-34683
(termFormat de ListFn "ListeFn")	terms-de.txt 107-107
(termFormat tg ListFn "tungkulin ng talaan")	relations-tg.txt 334-334

antecedent

(=> (and (contraryAttribute @ROW) (equal ?ATTR1 (ListOrderFn (ListFn @ROW) ?NUMBER1)) (equal ?ATTR2 (ListOrderFn (ListFn @ROW) ?NUMBER2)) (not (equal ?NUMBER1 ?NUMBER2)) (property ?OBJ ?ATTR1)) (not (property ?OBJ ?ATTR2)))	Merge.kif 476-484	If @ROW is the opposite of and an attribute is equal to another entity element of (@ROW) and another attribute is equal to a third entity element of (@ROW) and a positive integer is not equal to another positive integer and a fourth entity the attribute the attribute, then the fourth entity does not have the attribute the other attribute
(=> (and (contraryAttribute @ROW1) (identicalListItems (ListFn @ROW1) (ListFn @ROW2))) (contraryAttribute @ROW2))	Merge.kif 470-474	If @ROW1 is the opposite of and (@ROW2) is an identical list items of (@ROW1), then @ROW2 is the opposite of
(=> (and (defaultMaxValue ?REL ?ARG ?N) (?REL @ARGS) (equal ?VAL (ListOrderFn (ListFn @ARGS) ?ARG))) (modalAttribute (greaterThan ?N ?VAL) Likely))	Merge.kif 18525-18530	If The defalutMaxValue of a predicate with a positive integer arguments is a quantity. and the predicate @ARGS and another entity is equal to the positive integerth element of (@ARGS), then the statement the quantity is greater than the other entity has the modal force of likely
(=> (and (defaultMinValue ?REL ?ARG ?N) (?REL @ARGS) (equal ?VAL (ListOrderFn (ListFn @ARGS) ?ARG))) (modalAttribute (greaterThan ?VAL ?N) Likely))	Merge.kif 18508-18513	If The defaultMinValue of a predicate with a positive integer arguments is a quantity. and the predicate @ARGS and another entity is equal to the positive integerth element of (@ARGS), then the statement the other entity is greater than the quantity has the modal force of likely
(=> (and (defaultValue ?REL ?ARG ?N) (?REL @ARGS) (equal ?VAL (ListOrderFn (ListFn @ARGS) ?ARG))) (modalAttribute (equal ?N ?VAL) Likely))	Merge.kif 18542-18547	If The defaultValue of a predicate with a positive integer arguments is a quantity. and the predicate @ARGS and another entity is equal to the positive integerth element of (@ARGS), then the statement the quantity is equal to the other entity has the modal force of likely
(=> (and (equal ?LIST1 ?LIST2) (equal ?LIST1 (ListFn @ROW1)) (equal ?LIST2 (ListFn @ROW2))) (equal (ListOrderFn (ListFn @ROW1) ?NUMBER) (ListOrderFn (ListFn @ROW2) ?NUMBER)))	Merge.kif 295-302	If a list is equal to another list and the list is equal to (@ROW1) and the other list is equal to (@ROW2), then a third entity element of (@ROW1) is equal to the third entity element of (@ROW2)
(=> (and (exactCardinality ?REL ?ARG 1) (instance ?REL Predicate) (?REL @ARGS) (equal ?X (ListOrderFn (ListFn @ARGS) ?ARG)) (equal ?Y (ListOrderFn (ListFn @ARGS) ?ARG))) (equal ?X ?Y))	Media.kif 2106-2113	If there can be 1 values to argument a positive integer of a relation and the relation is an instance of predicate and the relation @ARGS and another entity is equal to the positive integerth element of (@ARGS) and a fourth entity is equal to the positive integerth element of (@ARGS), then the other entity is equal to the fourth entity
(=> (and (exactCardinality ?REL ?ARG 1) (instance ?REL Predicate) (?REL @ARGS) (equal ?X (ListOrderFn (ListFn @ARGS) ?ARG))) (not (exists (?Y) (and (equal ?Y (ListOrderFn (ListFn @ARGS) ?ARG)) (not (equal ?X ?Y))))))	Media.kif 2093-2103	If there can be 1 values to argument a positive integer of a relation and the relation is an instance of predicate and the relation @ARGS and another entity is equal to the positive integerth element of (@ARGS), then there doesn't exist a fourth entity such that the fourth entity is equal to the positive integerth element of (@ARGS) and the other entity is not equal to the fourth entity
(=> (and (exhaustiveAttribute ?CLASS @ROW) (inList ?ATTR (ListFn @ROW))) (instance ?ATTR ?CLASS))	Merge.kif 503-507	If @ROW are all the attributes of another kind of attribute and an entity is a member of (@ROW), then the entity is an instance of another kind of attribute
(=> (and (exhaustiveAttribute ?CLASS @ROW) (inList ?ATTR (ListFn @ROW))) (instance ?ATTR Attribute))	Merge.kif 497-501	If @ROW are all the attributes of another kind of attribute and an entity is a member of (@ROW), then the entity is an instance of attribute
(=> (and (instance (LatitudeFn ?DIRECTION @ROW) Region) (equal (ListOrderFn (ListFn @ROW) 1) (MeasureFn ?NUM AngularDegree))) (lessThanOrEqualTo ?NUM 90.0))	Geography.kif 427-431	If the region a directional attribute of @ROW is an instance of region and 1th element of (@ROW) is equal to a real number angular degree(s), then the real number is less than or equal to 90.0
(=> (and (instance (LongitudeFn ?DIRECTION @ROW) Region) (equal (ListOrderFn (ListFn @ROW) 1) (MeasureFn ?NUM AngularDegree))) (lessThanOrEqualTo ?NUM 180.0))	Geography.kif 467-474	If the meridian at @ROW a directional attribute is an instance of region and 1th element of (@ROW) is equal to a real number angular degree(s), then the real number is less than or equal to 180.0
(=> (and (instance ?REL IntentionalRelation) (?REL ?AGENT @ROW) (inList ?OBJ (ListFn @ROW))) (inScopeOfInterest ?AGENT ?OBJ))	Merge.kif 2677-2682	If an entity is an instance of intentional relation and the entity a cognitive agent and @ROW and a third entity is a member of (@ROW), then the cognitive agent is interested in the third entity
(=> (and (orientation ?OBJ1 ?OBJ2 ?ATTR1) (contraryAttribute @ROW) (inList ?ATTR1 (ListFn @ROW)) (inList ?ATTR2 (ListFn @ROW)) (not (equal ?ATTR1 ?ATTR2))) (not (orientation ?OBJ1 ?OBJ2 ?ATTR2)))	Merge.kif 16992-17000	If an object is a positional attribute to another object and @ROW is the opposite of and the positional attribute is a member of (@ROW) and another positional attribute is a member of (@ROW) and the positional attribute is not equal to the other positional attribute, then the object is not the other positional attribute to the other object
(=> (and (processList @ROW) (inList ?Process1 (ListFn @ROW)) (inList ?Process2 (ListFn @ROW)) (equal (ListOrderFn (ListFn @ROW) ?Number1) ?Process1) (equal (ListOrderFn (ListFn @ROW) ?Number2) ?Process2) (lessThan ?Number1 ?Number2)) (earlier (WhenFn ?Process1) (WhenFn ?Process2)))	QoSontology.kif 694-710	If the list of processes @ROW and a physical is a member of (@ROW) and another physical is a member of (@ROW) and another entity element of (@ROW) is equal to the physical and a third entity element of (@ROW) is equal to the other physical and a positive integer is less than another positive integer, then the time of existence of the physical happens earlier than the time of existence of the other physical

consequent

(=> (and (domain ?REL ?NUMBER ?CLASS) (instance ?REL Predicate) (?REL @ROW)) (instance (ListOrderFn (ListFn @ROW) ?NUMBER) ?CLASS))	Merge.kif 2999-3004	If the number a positive integer argument of a relation is an instance of a class and the relation is an instance of predicate and the relation @ROW, then the positive integerth element of (@ROW) is an instance of the class
(=> (and (domainSubclass ?REL ?NUMBER ?CLASS) (instance ?REL Predicate) (?REL @ROW)) (subclass (ListOrderFn (ListFn @ROW) ?NUMBER) ?CLASS))	Merge.kif 3006-3011	If the number a positive integer argument of a relation is a subclass of a class and the relation is an instance of predicate and the relation @ROW, then the positive integerth element of (@ROW) is a subclass of the class
(=> (and (equal (GreatestCommonDivisorFn @ROW) ?NUMBER) (not (equal ?NUMBER 0))) (forall (?ELEMENT) (=> (inList ?ELEMENT (ListFn @ROW)) (equal (RemainderFn ?ELEMENT ?NUMBER) 0))))	Merge.kif 4862-4873	If the greatest common divisor of @ROW is equal to an integer and the integer is not equal to 0, then for all another integer if the other integer is a member of (@ROW), then the other integer mod the integer is equal to 0
(=> (and (equal (GreatestCommonDivisorFn @ROW) ?NUMBER) (not (equal ?NUMBER 0))) (not (exists (?GREATER) (and (greaterThan ?GREATER ?NUMBER) (forall (?ELEMENT) (=> (inList ?ELEMENT (ListFn @ROW)) (equal (RemainderFn ?ELEMENT ?GREATER) 0)))))))	Merge.kif 4875-4889	If the greatest common divisor of @ROW is equal to an integer and the integer is not equal to 0, then there doesn't exist another integer such that the other integer is greater than the integer and for all a third integer if the third integer is a member of (@ROW), then the third integer mod the other integer is equal to 0
(=> (and (equal (LeastCommonMultipleFn @ROW) ?NUMBER) (not (equal ?NUMBER 0))) (forall (?ELEMENT) (=> (inList ?ELEMENT (ListFn @ROW)) (equal (RemainderFn ?NUMBER ?ELEMENT) 0))))	Merge.kif 4947-4957	If the least common multiple of @ROW is equal to an integer and the integer is not equal to 0, then for all another integer if the other integer is a member of (@ROW), then the integer mod the other integer is equal to 0
(=> (and (equal (LeastCommonMultipleFn @ROW) ?NUMBER) (not (equal ?NUMBER 0))) (not (exists (?LESS) (and (lessThan ?LESS ?NUMBER) (forall (?ELEMENT) (=> (inList ?ELEMENT (ListFn @ROW)) (equal (RemainderFn ?LESS ?ELEMENT) 0)))))))	Merge.kif 4959-4973	If the least common multiple of @ROW is equal to an integer and the integer is not equal to 0, then there doesn't exist another integer such that the other integer is less than the integer and for all a third integer if the third integer is a member of (@ROW), then the other integer mod the third integer is equal to 0
(=> (and (equal ?LIST1 ?LIST2) (equal ?LIST1 (ListFn @ROW1)) (equal ?LIST2 (ListFn @ROW2))) (equal (ListOrderFn (ListFn @ROW1) ?NUMBER) (ListOrderFn (ListFn @ROW2) ?NUMBER)))	Merge.kif 295-302	If a list is equal to another list and the list is equal to (@ROW1) and the other list is equal to (@ROW2), then a third entity element of (@ROW1) is equal to the third entity element of (@ROW2)
(=> (and (equal ?R (SubListFn ?S ?E ?L)) (equal (SubtractionFn ?E ?S) 1)) (equal ?R (ListFn (ListOrderFn ?L ?S))))	Merge.kif 3180-3189	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 3191-3203	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 (exactCardinality ?REL ?ARG 1) (instance ?REL Predicate) (?REL @ARGS) (equal ?X (ListOrderFn (ListFn @ARGS) ?ARG))) (not (exists (?Y) (and (equal ?Y (ListOrderFn (ListFn @ARGS) ?ARG)) (not (equal ?X ?Y))))))	Media.kif 2093-2103	If there can be 1 values to argument a positive integer of a relation and the relation is an instance of predicate and the relation @ARGS and another entity is equal to the positive integerth element of (@ARGS), then there doesn't exist a fourth entity such that the fourth entity is equal to the positive integerth element of (@ARGS) and the other entity is not equal to the fourth entity
(=> (and (exactCardinality ?REL ?ARG 1) (instance ?REL Predicate)) (exists (?X @ARGS) (and (?REL @ARGS) (equal ?X (ListOrderFn (ListFn @ARGS) ?ARG)) (not (exists (?Y) (and (equal ?Y (ListOrderFn (ListFn @ARGS) ?ARG)) (not (equal ?X ?Y))))))))	Media.kif 2075-2090	If there can be 1 values to argument a positive integer of a relation and the relation is an instance of predicate, then there exist an entity and @ARGS such that the relation @ARGS and the entity is equal to the positive integerth element of (@ARGS) and there doesn't exist a fourth entity such that the fourth entity is equal to the positive integerth element of (@ARGS) and the entity is not equal to the fourth entity
(=> (and (exactCardinality ?REL ?ARG ?COUNT) (instance ?REL Predicate)) (exists (?S ?EL @ARGS) (and (instance ?S SetOrClass) (=> (and (?REL @ARGS) (equal ?EL (ListOrderFn (ListFn @ARGS) ?ARG))) (and (instance ?EL ?S) (equal (CardinalityFn ?S) ?COUNT))))))	Media.kif 2137-2150	If there can be an integer values to argument a positive integer of a relation and the relation is an instance of predicate, then there exist a class, an entity and @ARGS such that the class is an instance of set or class and if the relation @ARGS and the entity is equal to the positive integerth element of (@ARGS), then the entity is an instance of the class and the number of instances in the class is equal to the integer
(=> (and (maxCardinality ?REL ?ARG ?COUNT) (instance ?REL Predicate)) (exists (?S ?EL @ARGS) (and (instance ?S SetOrClass) (=> (and (?REL @ARGS) (equal ?EL (ListOrderFn (ListFn @ARGS) ?ARG))) (and (instance ?EL ?S) (lessThanOrEqualTo (CardinalityFn ?S) ?COUNT))))))	Media.kif 2210-2223	If there can be at most an integer values to argument a positive integer of a relation and the relation is an instance of predicate, then there exist a class, an entity and @ARGS such that the class is an instance of set or class and if the relation @ARGS and the entity is equal to the positive integerth element of (@ARGS), then the entity is an instance of the class and the number of instances in the class is less than or equal to the integer
(=> (and (minCardinality ?REL ?ARG ?COUNT) (instance ?REL Predicate)) (exists (?S ?EL @ARGS) (and (instance ?S SetOrClass) (=> (and (?REL @ARGS) (equal ?EL (ListOrderFn (ListFn @ARGS) ?ARG))) (and (instance ?EL ?S) (greaterThanOrEqualTo (CardinalityFn ?S) ?COUNT))))))	Media.kif 2174-2187	If there are at least an integer values to argument a positive integer of a relation and the relation is an instance of predicate, then there exist a class, an entity and @ARGS such that the class is an instance of set or class and if the relation @ARGS and the entity is equal to the positive integerth element of (@ARGS), then the entity is an instance of the class and the number of instances in the class is greater than or equal to the integer
(=> (and (valence ?REL ?NUMBER) (instance ?REL Predicate)) (forall (@ROW) (=> (?REL @ROW) (equal (ListLengthFn (ListFn @ROW)) ?NUMBER))))	Merge.kif 3049-3056	If a relation has a positive integer argument(s) and the relation is an instance of predicate, then for all @ROW if the relation @ROW, then length of (@ROW) is equal to the positive integer
(=> (contraryAttribute @ROW) (=> (inList ?ELEMENT (ListFn @ROW)) (instance ?ELEMENT Attribute)))	Merge.kif 464-468	If @ROW is the opposite of , then if another entity is a member of (@ROW), then the other entity is an instance of attribute
(=> (disjointDecomposition ?CLASS @ROW) (forall (?ITEM) (=> (inList ?ITEM (ListFn @ROW)) (subclass ?ITEM ?CLASS))))	Merge.kif 2951-2956	If a class is disjointly decomposed into @ROW, then for all a third class if the third class is a member of (@ROW), then the third class is a subclass of the class
(=> (disjointDecomposition ?CLASS @ROW) (forall (?ITEM1 ?ITEM2) (=> (and (inList ?ITEM1 (ListFn @ROW)) (inList ?ITEM2 (ListFn @ROW)) (not (equal ?ITEM1 ?ITEM2))) (disjoint ?ITEM1 ?ITEM2))))	Merge.kif 2958-2967	If a class is disjointly decomposed into @ROW, then for all a third class and a fourth class if the third class is a member of (@ROW) and the fourth class is a member of (@ROW) and the third class is not equal to the fourth class, then the third class is disjoint from the fourth class
(=> (disjointDecomposition @ROW) (=> (inList ?ELEMENT (ListFn @ROW)) (instance ?ELEMENT Class)))	Merge.kif 574-578	If @ROW is disjointly decomposed into @ROW, then if another entity is a member of (@ROW), then the other entity is an instance of class
(=> (equal (GreatestCommonDivisorFn @ROW) ?NUMBER) (=> (inList ?ELEMENT (ListFn @ROW)) (instance ?ELEMENT Number)))	Merge.kif 4855-4860	If the greatest common divisor of @ROW is equal to an integer, then if another entity is a member of (@ROW), then the other entity is an instance of number
(=> (equal (LeastCommonMultipleFn @ROW) ?NUMBER) (=> (inList ?ELEMENT (ListFn @ROW)) (instance ?ELEMENT Number)))	Merge.kif 4940-4945	If the least common multiple of @ROW is equal to an integer, then if another entity is a member of (@ROW), then the other entity is an instance of number
(=> (exactCardinality ?REL ?ARG ?COUNT) (exists (?EL @ARGS) (equal (CardinalityFn (KappaFn ?EL (and (?REL @ARGS) (equal ?EL (ListOrderFn (ListFn @ARGS) ?ARG))))) ?COUNT)))	Media.kif 2125-2134	If there can be an integer values to argument another integer of a relation, then there exist a symbolic string and @ARGS such that the number of instances in the class described by the symbolic string is equal to the integer
(=> (exhaustiveAttribute ?ATTRCLASS @ROW) (not (exists (?EL) (and (instance ?EL ?ATTRCLASS) (not (exists (?ATTR ?NUMBER) (and (equal ?EL ?ATTR) (equal ?ATTR (ListOrderFn (ListFn @ROW) ?NUMBER)))))))))	Merge.kif 519-531	If @ROW are all the attributes of another kind of attribute, then there doesn't exist an entity such that the entity is an instance of another kind of attribute and there don't exist another entity and a positive integer such that the entity is equal to the other entity and the other entity is equal to the positive integerth element of (@ROW)
(=> (exhaustiveAttribute ?CLASS @ROW) (forall (?ATTR1) (=> (instance ?ATTR1 ?CLASS) (exists (?ATTR2) (and (inList ?ATTR2 (ListFn @ROW)) (equal ?ATTR1 ?ATTR2))))))	Merge.kif 509-517	If @ROW are all the attributes of another kind of attribute, then for all an entity if the entity is an instance of another kind of attribute, then there exists another entity such that the other entity is a member of (@ROW) and the entity is equal to the other entity
(=> (exhaustiveDecomposition ?CLASS @ROW) (forall (?OBJ) (=> (instance ?OBJ ?CLASS) (exists (?ITEM) (and (inList ?ITEM (ListFn @ROW)) (instance ?OBJ ?ITEM))))))	Merge.kif 2941-2949	If a class is covered by @ROW, then for all an entity if the entity is an instance of the class, then there exists a third class such that the third class is a member of (@ROW) and the entity is an instance of the third class

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statement

(forall (@ROW ?ITEM) (equal (ListLengthFn (ListFn @ROW ?ITEM)) (SuccessorFn (ListLengthFn (ListFn @ROW)))))	Merge.kif 3038-3041	For all @ROW and another entity length of (@ROW and the other entity) is equal to (length of (@ROW)+1)
(forall (@ROW ?ITEM) (equal (ListOrderFn (ListFn @ROW ?ITEM) (ListLengthFn (ListFn @ROW ?ITEM))) ?ITEM))	Merge.kif 3043-3047	For all @ROW and another entity length of (@ROW and the other entity)th element of (@ROW and the other entity) is equal to the other entity
(forall (@ROW ?ITEM) (initialList (ListFn @ROW) (ListFn @ROW ?ITEM)))	Merge.kif 3316-3317	For all @ROW and another entity (@ROW) starts (@ROW and the other entity)

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