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SUMO axioms
This commit is contained in:
krasimir
20
examples/SUMO/axioms/Communications.gft
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20
examples/SUMO/axioms/Communications.gft
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forall CommunicationDevice (\DEVICE -> forall Communication (\COMMUNICATION -> instrument (var ? ? ? COMMUNICATION)(var ? ? ? DEVICE)))
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forall TelephoneSystem (\SYSTEM -> exists Telephone (\PHONE -> engineeringSubcomponent(var ? ? ? PHONE)(var ? ? ? SYSTEM)))
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forall TelephoneSystem (\SYSTEM -> exists MainTelephoneLine (\LINE -> engineeringSubcomponent(var ? ? ? LINE)(var ? ? ? SYSTEM)))
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forall CommunicationSatellite (\SAT -> exists CommunicationSystem (\SYSTEM -> engineeringSubcomponent(var ? ? ? SAT)(var ? ? ? SYSTEM)))
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forall RadioSystem (\SYSTEM -> exists RadioReceiver (\DEVICE -> engineeringSubcomponent(var ? ? ? DEVICE)(var ? ? ? SYSTEM)))
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forall TelevisionSystem (\SYSTEM -> exists TelevisionStation (\STATION -> engineeringSubcomponent(var ? ? ? STATION)(var ? ? ? SYSTEM)))
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forall TelevisionSystem (\SYSTEM -> exists TelevisionReceiver (\DEVICE -> engineeringSubcomponent(var ? ? ? DEVICE)(var ? ? ? SYSTEM)))
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forall CableTelevisionSystem (\SYSTEM -> exists TelevisionReceiver (\DEVICE -> engineeringSubcomponent(var ? ? ? DEVICE)(var ? ? ? SYSTEM)))
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forall InternetServiceProvider (\PART -> engineeringSubcomponent(var ? ? ? PART)(el ? ? ? Internet))
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forall (both Object Agent) (\INDIVIDUAL -> impl ( attribute(var ? ? ? INDIVIDUAL)(el ? ? ? InternetUser))(exists Process (\PROCESS -> and ( agent(var ? ? ? PROCESS)(var ? ? ? INDIVIDUAL))( instrument(var ? ? ? PROCESS)(el ? ? ? Internet)))))
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16
examples/SUMO/axioms/CountriesAndRegions.gft
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16
examples/SUMO/axioms/CountriesAndRegions.gft
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forall AmericanState (\STATE -> part(var ? ? ? STATE)(el ? ? ? UnitedStates))
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forall AmericanCity (\CITY -> part(var ? ? ? CITY)(el ? ? ? UnitedStates))
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forall EuropeanCity (\CITY -> part(var ? ? ? CITY)(el ? ? ? Europe))
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forall City (\CITY -> impl ( part(var ? ? ? CITY)(el ? ? ? France))( lessThanOrEqualTo( el ? ? ? ( CardinalityFn( el ? ? ? ( ResidentFn(var ? ? ? CITY)))))( el ? ? ? ( CardinalityFn( el ? ? ? ( ResidentFn(el ? ? ? Paris)))))))
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forall AmericanCity (\CITY -> impl (and ( part(var ? ? ? CITY)(el ? ? ? California))( not ( equal(var ? ? ? CITY)(el ? ? ? LosAngelesCalifornia))))( greaterThan( el ? ? ? ( CardinalityFn( el ? ? ? ( ResidentFn(el ? ? ? LosAngelesCalifornia)))))( el ? ? ? ( CardinalityFn( el ? ? ? ( ResidentFn(var ? ? ? CITY)))))))
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forall AmericanState (\STATE -> impl ( not ( equal(var ? ? ? STATE)(el ? ? ? California)))( greaterThan( el ? ? ? ( CardinalityFn( el ? ? ? ( ResidentFn(el ? ? ? California)))))( el ? ? ? ( CardinalityFn( el ? ? ? ( ResidentFn(var ? ? ? STATE)))))))
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forall AmericanCity (\CITY -> lessThanOrEqualTo( el ? ? ? ( CardinalityFn( el ? ? ? ( ResidentFn(var ? ? ? CITY)))))( el ? ? ? ( CardinalityFn( el ? ? ? ( ResidentFn(el ? ? ? NewYorkCityUnitedStates))))))
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forall AreaMeasure (\UNIT -> forall Entity (\NUMBER1 -> forall AmericanState (\STATE -> forall Entity (\NUMBER2 -> impl (and ( measure(el ? ? ? Alaska)( el ? ? ? ( MeasureFn(var ? ? ? NUMBER1)(var ? ? ? UNIT))))(and ( measure(var ? ? ? STATE)( el ? ? ? ( MeasureFn(var ? ? ? NUMBER2)(var ? ? ? UNIT))))( not ( equal(el ? ? ? Alaska)(var ? ? ? STATE)))))( lessThan(var ? ? ? NUMBER2)(var ? ? ? NUMBER1))))))
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2274
examples/SUMO/axioms/CountriesAndRegionsP.gft
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2274
examples/SUMO/axioms/CountriesAndRegionsP.gft
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File diff suppressed because it is too large
Load Diff
102
examples/SUMO/axioms/Economy.gft
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102
examples/SUMO/axioms/Economy.gft
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forall (both Object Agent) (\AREA -> impl ( attribute(var ? ? ? AREA)(el ? ? ? FormerSovietOrEasternEuropeanCountry))( economyType(var ? ? ? AREA)(el ? ? ? CountryInTransition)))
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forall (both Object Agent) (\AREA -> impl ( attribute(var ? ? ? AREA)(el ? ? ? FourDragonsEconomy))( economyType(var ? ? ? AREA)(el ? ? ? LessDevelopedCountry)))
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forall (both Object Agent) (\AREA -> impl ( attribute(var ? ? ? AREA)(el ? ? ? FourDragonsEconomy))( economyType(var ? ? ? AREA)(el ? ? ? AdvancedEconomy)))
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forall (both Object Agent) (\AREA -> impl ( attribute(var ? ? ? AREA)(el ? ? ? LowIncomeCountry))( economyType(var ? ? ? AREA)(el ? ? ? LeastDevelopedCountry)))
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forall (both Object (both SelfConnectedObject Agent)) (\AREA -> impl (and ( attribute(var ? ? ? AREA)(el ? ? ? HighIncomeCountry))( not (member(var ? ? ? AREA)(el ? ? ? OrganizationOfPetroleumExportingCountries))))( economyType(var ? ? ? AREA)(el ? ? ? DevelopedCountry)))
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forall (both Object Agent) (\AREA -> impl ( attribute(var ? ? ? AREA)(el ? ? ? MajorIndustrialEconomy))( economyType(var ? ? ? AREA)(el ? ? ? DevelopedCountry)))
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forall (both Object Agent) (\AREA -> impl ( attribute(var ? ? ? AREA)(el ? ? ? MajorIndustrialEconomy))( economyType(var ? ? ? AREA)(el ? ? ? AdvancedEconomy)))
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forall (both SelfConnectedObject Object) (\STATE -> impl ( member(var ? ? ? STATE)(el ? ? ? GroupOf7))( attribute(var ? ? ? STATE)(el ? ? ? MajorIndustrialEconomy)))
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forall (both Object Agent) (\AREA -> impl ( attribute(var ? ? ? AREA)(el ? ? ? DemocraticSocialism))( governmentType(var ? ? ? AREA)(el ? ? ? Democracy)))
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forall Nation (\AREA -> impl ( attribute(var ? ? ? AREA)(el ? ? ? CommunistState))( economyType(var ? ? ? AREA)(el ? ? ? CentrallyPlannedEconomy)))
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forall (both Object Agent) (\AREA -> impl ( attribute(var ? ? ? AREA)(el ? ? ? PrivatizingEconomy))( economyType(var ? ? ? AREA)(el ? ? ? CountryInTransition)))
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forall (both RealNumber Quantity) (\FRACTION -> forall IndustryAttribute (\SECTOR -> forall GeopoliticalArea (\AREA -> impl ( sectorCompositionOfGDP(var ? ? ? AREA)(var ? ? ? SECTOR)(var ? ? ? FRACTION))( lessThanOrEqualTo(var ? ? ? FRACTION)(el ? ? ? (toRealNum 1.0))))))
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forall (both RealNumber Quantity) (\FRACTION -> forall GeopoliticalArea (\AREA -> impl ( populationFractionBelowPovertyLine(var ? ? ? AREA)(var ? ? ? FRACTION))( lessThanOrEqualTo(var ? ? ? FRACTION)(el ? ? ? (toRealNum 1.0)))))
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forall (both RealNumber Quantity) (\FRACTION -> forall GeopoliticalArea (\AREA -> impl ( lowestDecileShareOfHouseholdIncome(var ? ? ? AREA)(var ? ? ? FRACTION))( lessThanOrEqualTo(var ? ? ? FRACTION)(el ? ? ? (toRealNum 1.0)))))
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forall (both RealNumber Quantity) (\FRACTION -> forall GeopoliticalArea (\AREA -> impl ( highestDecileShareOfHouseholdIncome(var ? ? ? AREA)(var ? ? ? FRACTION))( lessThanOrEqualTo(var ? ? ? FRACTION)(el ? ? ? (toRealNum 1.0)))))
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forall (both NonnegativeRealNumber Quantity) (\INDEX -> forall GeopoliticalArea (\AREA -> impl ( incomeDistributionByGiniIndex(var ? ? ? AREA)(var ? ? ? INDEX))( lessThanOrEqualTo(var ? ? ? INDEX)(el ? ? ? (toInt 100)))))
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forall (both RealNumber Quantity) (\FRACTION -> forall GeopoliticalArea (\AREA -> impl ( inflationRateOfConsumerPrices(var ? ? ? AREA)(var ? ? ? FRACTION))( lessThanOrEqualTo(var ? ? ? FRACTION)(el ? ? ? (toRealNum 1.0)))))
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forall (both RealNumber Quantity) (\FRACTION -> forall Attribute (\SECTOR -> forall GeopoliticalArea (\AREA -> impl ( laborForceFractionByOccupation(var ? ? ? AREA)(var ? ? ? SECTOR)(var ? ? ? FRACTION))( lessThanOrEqualTo(var ? ? ? FRACTION)(el ? ? ? (toRealNum 1.0))))))
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forall (both CurrencyMeasure Quantity) (\TOTALAMOUNT -> forall (both CurrencyMeasure Quantity) (\CAPAMOUNT -> forall GeopoliticalArea (\AREA -> forall TimePosition (\TIME -> impl (and ( holdsDuring(var ? ? ? TIME)( capitalExpendituresOfArea(var ? ? ? AREA)(var ? ? ? CAPAMOUNT)))( holdsDuring(var ? ? ? TIME)( annualExpendituresOfArea(var ? ? ? AREA)(var ? ? ? TOTALAMOUNT))))( greaterThan(var ? ? ? TOTALAMOUNT)(var ? ? ? CAPAMOUNT))))))
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forall PositiveInteger (\NTH -> forall IndustryAttribute (\SECTOR -> forall GeopoliticalArea (\AREA -> impl ( industryRankByOutput(var ? ? ? AREA)(var ? ? ? SECTOR)(var ? ? ? NTH))( industryOfArea(var ? ? ? AREA)(var ? ? ? SECTOR)))))
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forall MetallurgicalPlant (\ORG -> attribute(var ? ? ? ORG)(el ? ? ? MetallurgyIndustry))
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forall (both RealNumber Quantity) (\X -> forall Entity (\AMOUNT -> impl ( equal(var ? ? ? AMOUNT)( el ? ? ? ( MeasureFn(var ? ? ? X)(el ? ? ? KilowattHour))))( equal(var ? ? ? AMOUNT)( el ? ? ? ( MeasureFn( el ? ? ? ( MultiplicationFn(el ? ? ? (toInt 3600000))(var ? ? ? X)))(el ? ? ? Joule))))))
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forall (both RealNumber Quantity) (\X -> forall Entity (\AMOUNT -> impl ( equal(var ? ? ? AMOUNT)( el ? ? ? ( MeasureFn(var ? ? ? X)(el ? ? ? Joule))))( equal(var ? ? ? AMOUNT)( el ? ? ? ( MeasureFn( el ? ? ? ( MultiplicationFn(el ? ? ? (toRealNum 0.0002778))(var ? ? ? X)))(el ? ? ? Watt))))))
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forall (both Agent Entity) (\AGENT2 -> forall (both Agent Object) (\AGENT1 -> impl ( exportPartner(var ? ? ? AGENT1)(var ? ? ? AGENT2))(exists Exporting (\EXPORT -> and ( origin(var ? ? ? EXPORT)(var ? ? ? AGENT1))( destination(var ? ? ? EXPORT)(var ? ? ? AGENT2))))))
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forall Exporting (\EXPORT -> exists Object (\ITEM -> patient(var ? ? ? EXPORT)(var ? ? ? ITEM)))
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forall Exporting (\EXPORT -> forall GeopoliticalArea (\AREA -> forall (both Entity Physical) (\ITEM -> impl (and ( patient(var ? ? ? EXPORT)(var ? ? ? ITEM))( origin(var ? ? ? EXPORT)(var ? ? ? AREA)))( holdsDuring( el ? ? ? ( BeginFn( el ? ? ? ( WhenFn(var ? ? ? EXPORT)))))( not (located(var ? ? ? ITEM)(var ? ? ? AREA)))))))
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forall Exporting (\EXPORT -> forall GeopoliticalArea (\AREA -> forall (both Entity Physical) (\ITEM -> impl (and ( patient(var ? ? ? EXPORT)(var ? ? ? ITEM))( holdsDuring( el ? ? ? ( BeginFn( el ? ? ? ( WhenFn(var ? ? ? EXPORT)))))( located(var ? ? ? ITEM)(var ? ? ? AREA))))( holdsDuring( el ? ? ? ( EndFn( el ? ? ? ( WhenFn(var ? ? ? EXPORT)))))( located(var ? ? ? ITEM)(var ? ? ? AREA))))))
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forall Exporting (\EXPORT -> forall GeopoliticalArea (\AREA -> forall GeopoliticalArea (\AREA1 -> forall (both Entity Physical) (\ITEM -> impl (and ( patient(var ? ? ? EXPORT)(var ? ? ? ITEM))( holdsDuring( el ? ? ? ( BeginFn( el ? ? ? ( WhenFn(var ? ? ? EXPORT)))))( located(var ? ? ? ITEM)(var ? ? ? AREA))))(exists GeopoliticalArea (\AREA2 -> and ( geopoliticalSubdivision(var ? ? ? AREA1)(var ? ? ? AREA2))(and ( geopoliticalSubdivision(var ? ? ? AREA2)(var ? ? ? AREA1))( holdsDuring( el ? ? ? ( EndFn( el ? ? ? ( WhenFn(var ? ? ? EXPORT)))))( not (located(var ? ? ? ITEM)(var ? ? ? AREA2)))))))))))
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forall Exporting (\EXPORT -> forall GeopoliticalArea (\AREA -> forall (both Entity Physical) (\ITEM -> impl (and ( patient(var ? ? ? EXPORT)(var ? ? ? ITEM))( destination(var ? ? ? EXPORT)(var ? ? ? AREA)))( holdsDuring( el ? ? ? ( EndFn( el ? ? ? ( WhenFn(var ? ? ? EXPORT)))))( located(var ? ? ? ITEM)(var ? ? ? AREA))))))
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forall Exporting (\EXPORT -> forall GeopoliticalArea (\AREA1 -> forall GeopoliticalArea (\AREA2 -> forall (both Entity Physical) (\ITEM -> impl (and ( patient(var ? ? ? EXPORT)(var ? ? ? ITEM))(and ( holdsDuring( el ? ? ? ( BeginFn( el ? ? ? ( WhenFn(var ? ? ? EXPORT)))))( located(var ? ? ? ITEM)(var ? ? ? AREA1)))( holdsDuring( el ? ? ? ( EndFn( el ? ? ? ( WhenFn(var ? ? ? EXPORT)))))( located(var ? ? ? ITEM)(var ? ? ? AREA2)))))( not ( located(var ? ? ? AREA2)(var ? ? ? AREA1)))))))
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forall Exporting (\EXPORT -> forall GeopoliticalArea (\AREA1 -> forall GeopoliticalArea (\AREA2 -> forall Entity (\ITEM -> impl (and ( patient(var ? ? ? EXPORT)(var ? ? ? ITEM))(and ( origin(var ? ? ? EXPORT)(var ? ? ? AREA1))( destination(var ? ? ? EXPORT)(var ? ? ? AREA2))))( not (equal(var ? ? ? AREA1)(var ? ? ? AREA2)))))))
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forall Exporting (\EXPORT -> forall GeopoliticalArea (\AREA1 -> forall GeopoliticalArea (\AREA2 -> forall Entity (\ITEM -> impl (and ( patient(var ? ? ? EXPORT)(var ? ? ? ITEM))(and ( origin(var ? ? ? EXPORT)(var ? ? ? AREA1))( destination(var ? ? ? EXPORT)(var ? ? ? AREA2))))( not (located(var ? ? ? AREA2)(var ? ? ? AREA1)))))))
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forall Quantity (\YEAR -> forall PositiveRealNumber (\FRACTION -> forall GeopoliticalArea (\AREA2 -> forall GeopoliticalArea (\AREA1 -> impl ( exportPartnerByFraction(var ? ? ? AREA1)(var ? ? ? AREA2)(var ? ? ? FRACTION))( lessThanOrEqualTo(var ? ? ? YEAR)(el ? ? ? (toRealNum 1.0)))))))
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forall (both Agent Object) (\AGENT2 -> forall (both Agent Entity) (\AGENT1 -> impl ( importPartner(var ? ? ? AGENT1)(var ? ? ? AGENT2))(exists Exporting (\EXPORT -> and ( origin(var ? ? ? EXPORT)(var ? ? ? AGENT2))( destination(var ? ? ? EXPORT)(var ? ? ? AGENT1))))))
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forall Quantity (\YEAR -> forall PositiveRealNumber (\FRACTION -> forall GeopoliticalArea (\AREA2 -> forall GeopoliticalArea (\AREA1 -> impl ( importPartnerByFraction(var ? ? ? AREA1)(var ? ? ? AREA2)(var ? ? ? FRACTION))( lessThanOrEqualTo(var ? ? ? YEAR)(el ? ? ? (toRealNum 1.0)))))))
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forall Agriculture (\AG -> resultType(var ? ? ? AG)(desc AgriculturalProduct ? ?))
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forall PackagedFoodProduct (\ITEM -> exists FoodProduct (\FOOD -> exists ProductPackage (\PACKAGE -> contains(var ? ? ? PACKAGE)(var ? ? ? FOOD))))
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forall PackagedBeverageProduct (\ITEM -> exists BeverageProduct (\DRINK -> exists ProductPackage (\PACKAGE -> contains(var ? ? ? PACKAGE)(var ? ? ? DRINK))))
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forall Bauxite (\ORE -> exists Alumina (\METAL -> component(var ? ? ? METAL)(var ? ? ? ORE)))
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forall IronOre (\ORE -> exists Iron (\METAL -> component(var ? ? ? METAL)(var ? ? ? ORE)))
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forall CopperOre (\ORE -> exists Copper (\METAL -> component(var ? ? ? METAL)(var ? ? ? ORE)))
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forall NickelOre (\ORE -> exists Nickel (\METAL -> component(var ? ? ? METAL)(var ? ? ? ORE)))
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forall LeadOre (\ORE -> exists Lead (\METAL -> component(var ? ? ? METAL)(var ? ? ? ORE)))
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forall ZincOre (\ORE -> exists Zinc (\METAL -> component(var ? ? ? METAL)(var ? ? ? ORE)))
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forall Steel (\ITEM -> exists Iron (\PART -> part(var ? ? ? PART)(var ? ? ? ITEM)))
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forall Steel (\ITEM -> exists Carbon (\PART -> part(var ? ? ? PART)(var ? ? ? ITEM)))
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forall IronMetal (\ITEM -> exists Iron (\PART -> part(var ? ? ? PART)(var ? ? ? ITEM)))
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forall AluminumMetal (\ITEM -> exists Aluminum (\PART -> part(var ? ? ? PART)(var ? ? ? ITEM)))
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forall LeadMetal (\ITEM -> exists Lead (\PART -> part(var ? ? ? PART)(var ? ? ? ITEM)))
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forall Concrete (\CONCRETE -> exists Mineral (\PART -> component(var ? ? ? PART)(var ? ? ? CONCRETE)))
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forall Concrete (\CONCRETE -> exists Cement (\PART -> component(var ? ? ? PART)(var ? ? ? CONCRETE)))
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4
examples/SUMO/axioms/EconomyHiO.gft
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4
examples/SUMO/axioms/EconomyHiO.gft
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IrreflexiveRelation ? (\x,y -> exportPartner x y)
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IrreflexiveRelation ? (\x,y -> importPartner x y)
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1097
examples/SUMO/axioms/EconomyP.gft
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1097
examples/SUMO/axioms/EconomyP.gft
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File diff suppressed because it is too large
Load Diff
154
examples/SUMO/axioms/EconomySubAtt.gft
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154
examples/SUMO/axioms/EconomySubAtt.gft
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@@ -0,0 +1,154 @@
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subAttribute (el ? ? ? AdvancedDevelopingCountry) (el ? ? ? LessDevelopedCountry)
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subAttribute (el ? ? ? UnderdevelopedCountry) (el ? ? ? LessDevelopedCountry)
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subAttribute (el ? ? ? LeastDevelopedCountry) (el ? ? ? LessDevelopedCountry)
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subAttribute (el ? ? ? CapitalistEconomy) (el ? ? ? PrivateEnterpriseEconomy)
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subAttribute (el ? ? ? PureCapitalistEconomy) (el ? ? ? CapitalistEconomy)
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subAttribute (el ? ? ? PrivateEnterpriseEconomy) (el ? ? ? CapitalistEconomy)
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subAttribute (el ? ? ? PureSocialistEconomy) (el ? ? ? SocialistEconomy)
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subAttribute (el ? ? ? DemocraticSocialism) (el ? ? ? SocialistEconomy)
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subAttribute (el ? ? ? MarketSocialism) (el ? ? ? PartialMarketEconomy)
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subAttribute (el ? ? ? CommunalLandOwnershipEconomy) (el ? ? ? SocialistEconomy)
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subAttribute (el ? ? ? PartialMarketEconomy) (el ? ? ? MixedEconomy)
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subAttribute (el ? ? ? CentrallyPlannedEconomy) (el ? ? ? GovernmentRegulatedEconomy)
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subAttribute (el ? ? ? PrivatizingEconomy) (el ? ? ? MixedEconomy)
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subAttribute (el ? ? ? NationalizedIndustryEconomy) (el ? ? ? GovernmentRegulatedEconomy)
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subAttribute (el ? ? ? WelfareCapitalism) (el ? ? ? MixedEconomy)
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subAttribute (el ? ? ? WelfareCapitalism) (el ? ? ? GovernmentSubsidizedEconomy)
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subAttribute (el ? ? ? SubsistenceAgricultureEconomy) (el ? ? ? AgricultureBasedEconomy)
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subAttribute (el ? ? ? TaxHavenEconomy) (el ? ? ? OffshoreFinancialSectorEconomy)
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subAttribute (el ? ? ? OffshoreBankingSectorEconomy) (el ? ? ? OffshoreFinancialSectorEconomy)
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subAttribute (el ? ? ? AgricultureForestryFishingAndHunting) (el ? ? ? AgriculturalSector)
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subAttribute (el ? ? ? CoalMining) (el ? ? ? CoalIndustry)
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subAttribute (el ? ? ? CoalProductsManufacturing) (el ? ? ? CoalIndustry)
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subAttribute (el ? ? ? CopperOreMining) (el ? ? ? CopperIndustry)
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subAttribute (el ? ? ? PrimarySmeltingAndRefiningOfCopper) (el ? ? ? CopperIndustry)
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subAttribute (el ? ? ? CopperRollingDrawingExtrudingAndAlloying) (el ? ? ? CopperIndustry)
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subAttribute (el ? ? ? CopperFoundriesExceptDieCasting) (el ? ? ? CopperIndustry)
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subAttribute (el ? ? ? FertilizerManufacturing) (el ? ? ? FertilizerIndustry)
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subAttribute (el ? ? ? FertilizerMineralMining) (el ? ? ? FertilizerIndustry)
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subAttribute (el ? ? ? FurnitureAndRelatedProductManufacturing) (el ? ? ? FurnitureIndustry)
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subAttribute (el ? ? ? FurnitureAndHomeFurnishingWholesalers) (el ? ? ? FurnitureIndustry)
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subAttribute (el ? ? ? FurnitureAndHomeFurnishingsStores) (el ? ? ? FurnitureIndustry)
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subAttribute (el ? ? ? FurnitureManufacturing) (el ? ? ? FurnitureAndRelatedProductManufacturing)
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subAttribute (el ? ? ? HandwovenCarpetManufacturing) (el ? ? ? HandicraftIndustry)
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subAttribute (el ? ? ? LeadOreMining) (el ? ? ? LeadIndustry)
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subAttribute (el ? ? ? LeadManufacturing) (el ? ? ? LeadIndustry)
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subAttribute (el ? ? ? ForestryAndLogging) (el ? ? ? LumberIndustry)
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subAttribute (el ? ? ? WoodProductManufacturing) (el ? ? ? LumberIndustry)
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subAttribute (el ? ? ? Millwork) (el ? ? ? LumberIndustry)
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subAttribute (el ? ? ? LumberPlywoodMillworkAndWoodPanelWholesalers) (el ? ? ? LumberIndustry)
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subAttribute (el ? ? ? MiningExceptOilAndGas) (el ? ? ? MiningIndustry)
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subAttribute (el ? ? ? SupportActivitiesForMetalMining) (el ? ? ? MiningIndustry)
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subAttribute (el ? ? ? SupportActivitiesForNonmetallicMineralsExceptFuels) (el ? ? ? MiningIndustry)
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subAttribute (el ? ? ? MotorVehicleManufacturing) (el ? ? ? MotorVehicleIndustry)
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subAttribute (el ? ? ? MotorVehiclePartsManufacturing) (el ? ? ? MotorVehicleIndustry)
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subAttribute (el ? ? ? MotorVehicleBodyAndTrailerManufacturing) (el ? ? ? MotorVehicleIndustry)
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subAttribute (el ? ? ? MotorVehicleAndMotorVehiclePartsAndSuppliesWholesalers) (el ? ? ? MotorVehicleIndustry)
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subAttribute (el ? ? ? MotorVehicleAndPartsDealers) (el ? ? ? MotorVehicleIndustry)
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subAttribute (el ? ? ? NaturalGasLiquidExtraction) (el ? ? ? NaturalGasIndustry)
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subAttribute (el ? ? ? NaturalGasDistribution) (el ? ? ? NaturalGasIndustry)
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subAttribute (el ? ? ? PipelineTransportationOfNaturalGas) (el ? ? ? NaturalGasIndustry)
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subAttribute (el ? ? ? PetroleumProductsManufacturing) (el ? ? ? PetroleumIndustry)
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subAttribute (el ? ? ? PetroleumRefineries) (el ? ? ? PetroleumIndustry)
|
||||
|
||||
subAttribute (el ? ? ? CrudePetroleumExtraction) (el ? ? ? PetroleumIndustry)
|
||||
|
||||
subAttribute (el ? ? ? DrillingOilAndGasWells) (el ? ? ? PetroleumIndustry)
|
||||
|
||||
subAttribute (el ? ? ? SupportActivitiesForOilOperations) (el ? ? ? PetroleumIndustry)
|
||||
|
||||
subAttribute (el ? ? ? AsphaltPavingRoofingAndSaturatedMaterialsManufacturing) (el ? ? ? PetroleumIndustry)
|
||||
|
||||
subAttribute (el ? ? ? RefrigerationEquipmentManufacturing) (el ? ? ? RefrigeratorAndFreezerIndustry)
|
||||
|
||||
subAttribute (el ? ? ? RefrigerationEquipmentAndSuppliesWholesalers) (el ? ? ? RefrigeratorAndFreezerIndustry)
|
||||
|
||||
subAttribute (el ? ? ? RefrigeratedWarehousingAndStorage) (el ? ? ? RefrigeratorAndFreezerIndustry)
|
||||
|
||||
subAttribute (el ? ? ? HouseholdRefrigeratorAndHomeFreezerManufacturing) (el ? ? ? RefrigeratorAndFreezerIndustry)
|
||||
|
||||
subAttribute (el ? ? ? CommercialAndIndustrialRefrigerationAndEquipmentManufacturing) (el ? ? ? RefrigeratorAndFreezerIndustry)
|
||||
|
||||
subAttribute (el ? ? ? SteelMills) (el ? ? ? SteelIndustry)
|
||||
|
||||
subAttribute (el ? ? ? SteelForging) (el ? ? ? SteelIndustry)
|
||||
|
||||
subAttribute (el ? ? ? SteelFoundriesExceptInvestment) (el ? ? ? SteelIndustry)
|
||||
|
||||
subAttribute (el ? ? ? SteelInvestmentFoundries) (el ? ? ? SteelIndustry)
|
||||
|
||||
subAttribute (el ? ? ? SteelProductManufacturingFromPurchasedSteel) (el ? ? ? SteelIndustry)
|
||||
|
||||
subAttribute (el ? ? ? TextileMills) (el ? ? ? TextileIndustry)
|
||||
|
||||
subAttribute (el ? ? ? TextileProductMills) (el ? ? ? TextileIndustry)
|
||||
|
||||
subAttribute (el ? ? ? GrainAndOilseedMilling) (el ? ? ? VegetableOilIndustry)
|
||||
|
||||
subAttribute (el ? ? ? ZincOreMining) (el ? ? ? ZincIndustry)
|
||||
|
||||
subAttribute (el ? ? ? CornFarming) (el ? ? ? CerealGrainFarming)
|
||||
|
||||
subAttribute (el ? ? ? RiceFarming) (el ? ? ? CerealGrainFarming)
|
||||
|
||||
subAttribute (el ? ? ? WheatFarming) (el ? ? ? CerealGrainFarming)
|
||||
|
||||
subAttribute (el ? ? ? OatFarming) (el ? ? ? CerealGrainFarming)
|
||||
|
||||
subAttribute (el ? ? ? BarleyFarming) (el ? ? ? CerealGrainFarming)
|
||||
|
||||
subAttribute (el ? ? ? RyeFarming) (el ? ? ? CerealGrainFarming)
|
||||
|
||||
subAttribute (el ? ? ? MilletFarming) (el ? ? ? CerealGrainFarming)
|
||||
4
examples/SUMO/axioms/EconomySubRel.gft
Normal file
4
examples/SUMO/axioms/EconomySubRel.gft
Normal file
@@ -0,0 +1,4 @@
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> economyType x y) (\x,y -> attribute x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> currencyCode x y) (\x,y -> abbreviation x y)
|
||||
23
examples/SUMO/axioms/Either.gft
Normal file
23
examples/SUMO/axioms/Either.gft
Normal file
@@ -0,0 +1,23 @@
|
||||
|
||||
forall Poisoning (\POISON -> exists (either Organism AnatomicalStructure) (\THING -> patient(var ? ? ? POISON)(var ? ? ? THING)))
|
||||
|
||||
forall (both OrganicCompound Molecule) (\COMPOUND -> exists Carbon (\CARBON -> part(var ? ? ? CARBON)(var ? ? ? COMPOUND)))
|
||||
|
||||
forall SalineSolution (\SOLUTION -> forall (either SodiumChloride Water) (\PART -> part(var ? ? ? PART)(var ? ? ? SOLUTION)))
|
||||
|
||||
forall Window (\W -> exists (either Vehicle (either Building Room)) (\A -> part(var ? ? ? W)(var ? ? ? A)))
|
||||
|
||||
forall Doorway (\WAY -> exists (either Room Building) (\ARTIFACT -> part(var ? ? ? WAY)(var ? ? ? ARTIFACT)))
|
||||
|
||||
forall Door (\DOOR -> exists (either Room Building) (\ARTIFACT -> part(var ? ? ? DOOR)(var ? ? ? ARTIFACT)))
|
||||
|
||||
forall Wagon (\W -> forall (both Transportation Pulling) (\T -> impl ( instrument(var ? ? ? T)(var ? ? ? W))(exists (either Vehicle DomesticAnimal) (\P -> and ( agent(var ? ? ? T)(var ? ? ? P))( patient(var ? ? ? T)(var ? ? ? W))))))
|
||||
|
||||
|
||||
forall ContraceptiveDevice (\C -> hasPurpose(var ? ? ? C)(exists Mating (\M -> and ( patient(var ? ? ? M)(var ? ? ? C)) (not (exists BiologicalConception (\SR -> result(var ? ? ? M)(var ? ? ? SR)))))))
|
||||
|
||||
forall Entity (\AXIS -> forall Entity (\OBJ -> impl ( axis(var ? ? ? AXIS)(var ? ? ? OBJ))(exists Rotating (\R -> and ( part(var ? ? ? AXIS)(var ? ? ? OBJ))(and ( experiencer(var ? ? ? R)(var ? ? ? OBJ))(not(exists Rotating (\R2 -> and ( subProcess(var ? ? ? R2)(var ? ? ? R))( experiencer(var ? ? ? R2)(var ? ? ? AXIS))))))))))
|
||||
|
||||
|
||||
|
||||
|
||||
153
examples/SUMO/axioms/ExtraLem.gft
Normal file
153
examples/SUMO/axioms/ExtraLem.gft
Normal file
@@ -0,0 +1,153 @@
|
||||
|
||||
forall CognitiveAgent (\AGENT -> forall Reasoning (\REASONING -> agent (var ? ? ? REASONING)(var ? ? ? AGENT)))
|
||||
|
||||
forall Object (\X -> impl ( attribute(var ? ? ? X)(el ? ? ? Flammable))(forall Combustion (\COMBUSTION -> patient (var ? ? ? COMBUSTION)(var ? ? ? X))))
|
||||
|
||||
forall SentientAgent (\AGENT -> forall Perception (\PERCEPTION -> experiencer (var ? ? ? PERCEPTION)(var ? ? ? AGENT)))
|
||||
|
||||
forall Cloud (\CLOUD -> forall Seeing (\SEEING -> patient (var ? ? ? SEEING)(var ? ? ? CLOUD)))
|
||||
|
||||
forall MusicalInstrument (\INSTRUMENT -> forall Music (\MUSIC -> instrument (var ? ? ? MUSIC)(var ? ? ? INSTRUMENT)))
|
||||
|
||||
forall TransportationDevice (\DEVICE -> forall Transportation (\TRANSPORTATION -> instrument (var ? ? ? TRANSPORTATION)(var ? ? ? DEVICE)))
|
||||
|
||||
forall Weapon (\WEAPON -> forall Damaging (\DAMAGING -> instrument (var ? ? ? DAMAGING)(var ? ? ? WEAPON)))
|
||||
|
||||
forall MilitaryForce (\ORG -> forall ViolentContest (\VIOLENTCONTEST -> agent (var ? ? ? VIOLENTCONTEST)(var ? ? ? ORG)))
|
||||
|
||||
forall Spacecraft (\CRAFT -> forall SpaceTransportation (\SPACETRANSPORTATION -> instrument (var ? ? ? SPACETRANSPORTATION)(var ? ? ? CRAFT)))
|
||||
|
||||
forall WaterVehicle (\CRAFT -> forall WaterTransportation (\WATERTRANSPORTATION -> instrument (var ? ? ? WATERTRANSPORTATION)(var ? ? ? CRAFT)))
|
||||
|
||||
forall LandVehicle (\VEHICLE -> forall LandTransportation (\LANDTRANSPORTATION -> instrument (var ? ? ? LANDTRANSPORTATION)(var ? ? ? VEHICLE)))
|
||||
|
||||
forall ExplosiveSubstance (\S -> forall Explosion (\EXPLOSION -> instrument (var ? ? ? EXPLOSION)(var ? ? ? S)))
|
||||
|
||||
forall Aircraft (\CRAFT -> forall AirTransportation (\AIRTRANSPORTATION -> instrument (var ? ? ? AIRTRANSPORTATION)(var ? ? ? CRAFT)))
|
||||
|
||||
forall Explosion (\EXPLOSION -> forall Damaging (\DAMAGING -> instrument (var ? ? ? DAMAGING) (var ? ? ? EXPLOSION)))
|
||||
|
||||
forall Antenna (\ANTENNA -> forall RadioEmission (\RADIOEMISSION -> instrument (var ? ? ? RADIOEMISSION)(var ? ? ? ANTENNA)))
|
||||
|
||||
forall TelevisionReceiver (\TELEVISION -> forall TelevisionBroadcasting (\TELEVISIONBROADCASTING -> patient (var ? ? ? TELEVISIONBROADCASTING)(var ? ? ? TELEVISION)))
|
||||
|
||||
forall RadioReceiver (\RADIO -> forall RadioBroadcasting (\RADIOBROADCASTING -> patient (var ? ? ? RADIOBROADCASTING)(var ? ? ? RADIO)))
|
||||
|
||||
forall Elevator (\E -> and (forall MotionUpward (\MOTIONUPWARD -> instrument (var ? ? ? MOTIONUPWARD)(var ? ? ? E))) ( forall MotionDownward (\MOTIONDOWNWARD -> instrument (var ? ? ? MOTIONDOWNWARD)(var ? ? ? E))))
|
||||
|
||||
forall Hinge (\HINGE -> hasPurpose(var ? ? ? HINGE)(exists SelfConnectedObject (\OBJ2 -> exists SelfConnectedObject (\OBJ1 -> and ( connects(var ? ? ? HINGE)(var ? ? ? OBJ1)(var ? ? ? OBJ2)) (forall Rotating (\ROTATING -> or ( patient (var ? ? ? ROTATING)(var ? ? ? OBJ1)) ( patient (var ? ? ? ROTATING)(var ? ? ? OBJ2))))))))
|
||||
|
||||
forall Ladder (\LADDER -> and (forall MotionUpward (\MOTIONUPWARD -> instrument (var ? ? ? MOTIONUPWARD)(var ? ? ? LADDER)))( forall MotionDownward (\MOTIONDOWNWARD -> instrument (var ? ? ? MOTIONDOWNWARD)(var ? ? ? LADDER))))
|
||||
|
||||
forall Steps (\STEPS -> and ( forall MotionUpward (\MOTIONUPWARD -> instrument (var ? ? ? MOTIONUPWARD)(var ? ? ? STEPS)))( forall MotionDownward (\MOTIONDOWNWARD -> instrument (var ? ? ? MOTIONDOWNWARD)(var ? ? ? STEPS))))
|
||||
|
||||
forall Stairway (\S -> and ( forall MotionUpward (\MOTIONUPWARD -> instrument (var ? ? ? MOTIONUPWARD)(var ? ? ? S)))( forall MotionDownward (\MOTIONDOWNWARD -> instrument (var ? ? ? MOTIONDOWNWARD)(var ? ? ? S))))
|
||||
|
||||
forall MusicRecording (\X -> exists Music (\EV -> and ( represents(var ? ? ? X)(var ? ? ? EV))( forall Music (\MUSIC -> patient (var ? ? ? MUSIC)(var ? ? ? X)))))
|
||||
|
||||
forall VideoRecording (\X -> exists Process (\EV -> and ( represents(var ? ? ? X)(var ? ? ? EV))( forall RadiatingLight (\RADIATINGLIGHT -> patient (var ? ? ? RADIATINGLIGHT)(var ? ? ? X)))))
|
||||
|
||||
forall MusicText (\X -> forall Music (\MUSIC -> patient (var ? ? ? MUSIC)(var ? ? ? X)))
|
||||
|
||||
forall AudioRecording (\X -> exists RadiatingSound (\EV -> and ( represents(var ? ? ? X)(var ? ? ? EV))( forall RadiatingSound (\RADIATINGSOUND -> patient (var ? ? ? RADIATINGSOUND)(var ? ? ? X)))))
|
||||
|
||||
forall LegislativeOrganization (\ORG -> forall PassingABill (\PASSINGABILL -> agent (var ? ? ? PASSINGABILL)(var ? ? ? ORG)))
|
||||
|
||||
forall Camera (\CAMERA -> forall Photographing (\PHOTOGRAPHING -> instrument (var ? ? ? PHOTOGRAPHING)(var ? ? ? CAMERA)))
|
||||
|
||||
forall QueenInsect (\INSECT -> exists Group (\GROUP -> and ( member(var ? ? ? INSECT)(var ? ? ? GROUP))(exists SelfConnectedObject (\MEMBER -> and ( member(var ? ? ? MEMBER)(var ? ? ? GROUP))(and ( forall Replication (\REPLICATION -> agent (var ? ? ? REPLICATION)(var ? ? ? MEMBER)))( equal(var ? ? ? MEMBER)(var ? ? ? INSECT)))))))
|
||||
|
||||
forall QueenInsect (\INSECT -> and ( attribute(var ? ? ? INSECT)(el ? ? ? Female))( forall Replication (\REPLICATION -> agent (var ? ? ? REPLICATION)(var ? ? ? INSECT))))
|
||||
|
||||
forall Eyelid (\E -> forall Covering (\COVERING -> instrument (var ? ? ? COVERING)(var ? ? ? E)))
|
||||
|
||||
forall Ear (\EAR -> forall Hearing (\HEARING -> instrument (var ? ? ? HEARING)(var ? ? ? EAR)))
|
||||
|
||||
forall Eye (\EYE -> forall Seeing (\SEEING -> instrument (var ? ? ? SEEING)(var ? ? ? EYE)))
|
||||
|
||||
forall Intestine (\I -> forall Digesting (\DIGESTING -> instrument (var ? ? ? DIGESTING)(var ? ? ? I)))
|
||||
|
||||
forall Stomach (\S -> forall Digesting (\DIGESTING -> instrument (var ? ? ? DIGESTING)(var ? ? ? S)))
|
||||
|
||||
forall RetailStore (\X -> and ( forall Selling (\SELLING -> located (var ? ? ? SELLING)(var ? ? ? X)))(exists Human (\P -> exists Selling (\EV -> destination(var ? ? ? EV)(var ? ? ? P)))))
|
||||
|
||||
forall RestaurantBuilding (\PLACE -> forall Cooking (\COOKING -> located (var ? ? ? COOKING)(var ? ? ? PLACE)))
|
||||
|
||||
forall Pocket (\POCKET -> forall Keeping (\KEEPING -> instrument (var ? ? ? KEEPING)(var ? ? ? POCKET)))
|
||||
|
||||
forall Towel (\X -> forall Drying (\DRYING -> instrument (var ? ? ? DRYING)(var ? ? ? X)))
|
||||
|
||||
forall BoardOrBlock (\BOARD -> forall Constructing (\CONSTRUCTING -> resourceS (var ? ? ? CONSTRUCTING)(var ? ? ? BOARD)))
|
||||
|
||||
forall Holder (\DEVICE -> forall Keeping (\KEEPING -> instrument (var ? ? ? KEEPING)(var ? ? ? DEVICE)))
|
||||
|
||||
forall Furniture (\F -> forall Translocation (\TRANSLOCATION -> moves (var ? ? ? TRANSLOCATION)(var ? ? ? F)))
|
||||
|
||||
forall Mirror (\M -> forall ReflectingLight (\REFLECTINGLIGHT -> instrument (var ? ? ? REFLECTINGLIGHT)(var ? ? ? M)))
|
||||
|
||||
forall Nose (\NOSE -> forall Smelling (\SMELLING -> instrument (var ? ? ? SMELLING)(var ? ? ? NOSE)))
|
||||
|
||||
forall Fallout (\POWDER -> forall RadiatingNuclear (\RADIATINGLIGHT -> instrument (var ? ? ? RADIATINGLIGHT)(var ? ? ? POWDER)))
|
||||
|
||||
forall SteeringWheel (\W -> forall DirectionChange (\DIRECTIONCHANGE -> instrument (var ? ? ? DIRECTIONCHANGE)(var ? ? ? W)))
|
||||
|
||||
forall Paint (\PAINT -> forall Coloring (\COLORING -> instrument (var ? ? ? COLORING)(var ? ? ? PAINT)))
|
||||
|
||||
forall LightFixture (\F -> forall RadiatingLight (\RADIATINGLIGHT -> instrument (var ? ? ? RADIATINGLIGHT)(var ? ? ? F)))
|
||||
|
||||
forall Key (\KEY -> exists Lock (\LOCK -> and ( forall Opening (\OPENING -> instrument (var ? ? ? OPENING)(var ? ? ? LOCK)))( forall Closing (\CLOSING -> instrument (var ? ? ? CLOSING)(var ? ? ? LOCK)))))
|
||||
|
||||
forall Sonar (\SONAR -> forall RadiatingSound (\RADIATINGSOUND -> agent (var ? ? ? RADIATINGSOUND)(var ? ? ? SONAR)))
|
||||
|
||||
forall Radar (\RADAR -> forall RadiatingElectromagnetic (\RADIATINGELECTROMAGNETIC -> agent (var ? ? ? RADIATINGELECTROMAGNETIC)(var ? ? ? RADAR)))
|
||||
|
||||
forall FileDevice (\DEVICE -> forall SurfaceChange (\SURFACECHANGE -> instrument (var ? ? ? SURFACECHANGE)(var ? ? ? DEVICE)))
|
||||
|
||||
forall HoistingDevice (\H -> forall MotionUpward (\MOTIONUPWARD -> instrument (var ? ? ? MOTIONUPWARD)(var ? ? ? H)))
|
||||
|
||||
forall HoistingDevice (\H -> forall MotionDownward (\MOTIONDOWNWARD -> instrument(var ? ? ? MOTIONDOWNWARD)(var ? ? ? H)))
|
||||
|
||||
forall Ramp (\R -> forall MotionUpward (\MOTIONUPWARD -> path (var ? ? ? MOTIONUPWARD)(var ? ? ? R)))
|
||||
|
||||
forall Ramp (\R -> forall MotionDownward (\MOTIONDOWNWARD -> path (var ? ? ? MOTIONDOWNWARD)(var ? ? ? R)))
|
||||
|
||||
forall Rotor (\R -> forall Rotating (\ROTATING -> instrument (var ? ? ? ROTATING)(var ? ? ? R)))
|
||||
|
||||
forall NuclearWeapon (\W -> forall RadiatingNuclear (\RADIATINGNUCLEAR -> instrument (var ? ? ? RADIATINGNUCLEAR)(var ? ? ? W)))
|
||||
|
||||
forall GunPowder (\P -> forall Explosion (\EXPLOSION -> instrument (var ? ? ? EXPLOSION)(var ? ? ? P)))
|
||||
|
||||
forall Gun (\GUN -> forall Shooting (\SHOOTING -> instrument (var ? ? ? SHOOTING)(var ? ? ? GUN)))
|
||||
|
||||
forall ProjectileLauncher (\L -> forall Shooting(\SHOOTING -> instrument (var ? ? ? SHOOTING)(var ? ? ? L)))
|
||||
|
||||
forall Projectile (\PROJECTILE -> forall Shooting (\SHOOTING -> patient (var ? ? ? SHOOTING)(var ? ? ? PROJECTILE)))
|
||||
|
||||
forall TelevisionReceiver (\T -> forall TelevisionBroadcasting (\TELEVISIONBROADCASTING -> patient (var ? ? ? TELEVISIONBROADCASTING)(var ? ? ? T)))
|
||||
|
||||
forall CommunicationDevice (\DEVICE -> forall Communication (\COMMUNICATION -> instrument (var ? ? ? COMMUNICATION)(var ? ? ? DEVICE)))
|
||||
|
||||
forall Object (\AREA -> impl ( attribute(var ? ? ? AREA)(el ? ? ? FertileTerrain))( forall Agriculture (\AGRICULTURE -> located (var ? ? ? AGRICULTURE)(var ? ? ? AREA))))
|
||||
|
||||
forall CallableBond (\Bond -> forall CognitiveAgent (\AGENT -> impl ( issuedBy(var ? ? ? Bond)(var ? ? ? AGENT))( forall Call (\CALL -> agent (var ? ? ? CALL)(var ? ? ? AGENT)))))
|
||||
|
||||
forall MilitaryVehicle (\MV -> forall MilitaryForce (\A -> and ( possesses(var ? ? ? A)(var ? ? ? MV))( forall MilitaryProcess (\MILITARYPROCESS -> patient (var ? ? ? MILITARYPROCESS)(var ? ? ? MV)))))
|
||||
|
||||
forall PortFacility (\PORT -> impl ( forall ShipBerthing (\SHIPBERTHING -> patient (var ? ? ? SHIPBERTHING)(var ? ? ? PORT)))(exists Harbor (\HARBOR -> and ( connected(var ? ? ? HARBOR)(var ? ? ? PORT))( forall ShipBerthing (\SHIPBERTHING -> path (var ? ? ? SHIPBERTHING)(var ? ? ? HARBOR))))))
|
||||
|
||||
forall Harbor (\HARBOR -> forall Quantity (\NUM -> impl (and ( equipmentCount(var ? ? ? HARBOR)(desc ShipBerth ? ?)(var ? ? ? NUM))( greaterThan(var ? ? ? NUM)(el ? ? ? (toInt 0))))( forall ShipBerthing (\SHIPBERTHING -> path (var ? ? ? SHIPBERTHING)(var ? ? ? HARBOR)))))
|
||||
|
||||
forall (both LengthMeasure Quantity) (\DRAFT -> forall (both WaterVehicle Vehicle) (\SHIP -> forall (both LengthMeasure Quantity) (\AMOUNT -> forall WaterArea (\WATERWAY -> impl (and ( navigableForDraft(var ? ? ? WATERWAY)(var ? ? ? AMOUNT))(and ( ladenDraft(var ? ? ? SHIP)(var ? ? ? DRAFT))( lessThanOrEqualTo(var ? ? ? AMOUNT)(var ? ? ? DRAFT))))( forall (descToClass ? ( TripFn(var ? ? ? SHIP))) (\O1 -> path (var ? ? ? O1)(var ? ? ? WATERWAY)))))))
|
||||
|
||||
forall (both LengthMeasure Quantity) (\DRAFT -> forall (both WaterVehicle Vehicle) (\SHIP -> forall (both LengthMeasure Quantity) (\AMOUNT -> forall WaterArea (\WATERWAY -> impl (and ( navigableForDraft(var ? ? ? WATERWAY)(var ? ? ? AMOUNT))(and ( ladenDraft(var ? ? ? SHIP)(var ? ? ? DRAFT))( greaterThan(var ? ? ? AMOUNT)(var ? ? ? DRAFT))))( forall (descToClass ? (TripFn(var ? ? ? SHIP))) (\O1 -> path (var ? ? ? O1)(var ? ? ? WATERWAY)))))))
|
||||
|
||||
forall WaterVehicle (\VESSEL -> forall (both RealNumber Quantity) (\DWT -> forall (both RealNumber Quantity) (\TONNAGE -> forall WaterArea (\WATERWAY -> impl (and ( navigableForShippingTonnage(var ? ? ? WATERWAY)( el ? ? ? ( MeasureFn(var ? ? ? TONNAGE)(el ? ? ? LongTon))))(and ( vesselDisplacement(var ? ? ? VESSEL)( el ? ? ? ( MeasureFn(var ? ? ? DWT)(el ? ? ? LongTon))))( lessThanOrEqualTo(var ? ? ? DWT)(var ? ? ? TONNAGE))))( forall (descToClass ? (TripFn(var ? ? ? VESSEL))) (\O1 -> path (var ? ? ? O1) (var ? ? ? WATERWAY)))))))
|
||||
|
||||
forall PassengerVehicle (\VEHICLE -> forall Human (\HUMAN -> forall Transportation (\TRANSPORTATION -> patient (var ? ? ? TRANSPORTATION)(var ? ? ? HUMAN))))
|
||||
|
||||
forall LifeThreateningDisease (\DISEASE -> forall Object (\AGENT -> impl ( attribute(var ? ? ? AGENT)(var ? ? ? DISEASE))( forall Death (\DEATH -> experiencer (var ? ? ? DEATH)(var ? ? ? AGENT)))))
|
||||
|
||||
forall LifeThreateningAgent (\AGENT -> forall Killing (\KILLING -> instrument (var ? ? ? KILLING)(var ? ? ? AGENT)))
|
||||
|
||||
forall BiochemicalWeapon (\WEAPON -> forall Agent (\AGENT -> impl ( possesses(var ? ? ? AGENT)(var ? ? ? WEAPON))( forall BiochemicalAttack (\BIOCHEMICALATTACK -> agent (var ? ? ? BIOCHEMICALATTACK)(var ? ? ? AGENT)))))
|
||||
|
||||
304
examples/SUMO/axioms/FinancialOntology.gft
Normal file
304
examples/SUMO/axioms/FinancialOntology.gft
Normal file
@@ -0,0 +1,304 @@
|
||||
|
||||
forall FinancialAsset (\ASSET -> exists CurrencyMeasure (\VALUE -> monetaryValue(var ? ? ? ASSET)(var ? ? ? VALUE)))
|
||||
|
||||
forall FinancialAccount (\ACCOUNT -> exists FinancialOrganization (\ORGANIZATION -> accountAt(var ? ? ? ACCOUNT)(var ? ? ? ORGANIZATION)))
|
||||
|
||||
forall Check (\CHECK -> exists CurrencyMeasure (\VALUE -> monetaryValue(var ? ? ? CHECK)(var ? ? ? VALUE)))
|
||||
|
||||
forall Check (\CHECK -> exists FinancialAccount (\ACCOUNT -> checkAccount(var ? ? ? CHECK)(var ? ? ? ACCOUNT)))
|
||||
|
||||
forall ProcessingACheck (\PROCESSING -> forall (both Entity TimeInterval) (\WITHDRAWALTIME -> forall (both Entity TimeInterval) (\PROCESSINGTIME -> forall (both FinancialAccount Object) (\ACCOUNT -> forall CurrencyMeasure (\AMOUNT -> forall (both Physical (both Check (both Entity Object))) (\CHECK -> impl (and ( monetaryValue(var ? ? ? CHECK)(var ? ? ? AMOUNT))(and ( checkAccount(var ? ? ? CHECK)(var ? ? ? ACCOUNT))(and ( patient(var ? ? ? PROCESSING)(var ? ? ? CHECK))( equal( el ? ? ? ( WhenFn(var ? ? ? PROCESSING)))(var ? ? ? PROCESSINGTIME)))))(exists Withdrawal (\WITHDRAWAL -> and ( instrument(var ? ? ? WITHDRAWAL)(var ? ? ? CHECK))(and ( equal( el ? ? ? ( WhenFn(var ? ? ? WITHDRAWAL)))(var ? ? ? WITHDRAWALTIME))(and ( meetsTemporally(var ? ? ? PROCESSINGTIME)(var ? ? ? WITHDRAWALTIME))(and ( transactionAmount(var ? ? ? WITHDRAWAL)(var ? ? ? AMOUNT))( origin(var ? ? ? WITHDRAWAL)(var ? ? ? ACCOUNT)))))))))))))
|
||||
|
||||
forall ProcessingACheck (\PROCESSING -> forall FinancialAccount (\ACCOUNT -> forall (both Entity TimeInterval) (\DEPOSITTIME -> forall (both Entity TimeInterval) (\PROCESSINGTIME -> forall CurrencyMeasure (\AMOUNT -> forall (both Physical (both Entity Object)) (\CHECK -> impl (and ( monetaryValue(var ? ? ? CHECK)(var ? ? ? AMOUNT))(and ( patient(var ? ? ? PROCESSING)(var ? ? ? CHECK))(and ( destination(var ? ? ? PROCESSING)( el ? ? ? ( CurrencyFn(var ? ? ? ACCOUNT))))( equal( el ? ? ? ( WhenFn(var ? ? ? PROCESSING)))(var ? ? ? PROCESSINGTIME)))))(exists Deposit (\DEPOSIT -> and ( instrument(var ? ? ? DEPOSIT)(var ? ? ? CHECK))(and ( equal( el ? ? ? ( WhenFn(var ? ? ? DEPOSIT)))(var ? ? ? DEPOSITTIME))(and ( meetsTemporally(var ? ? ? PROCESSINGTIME)(var ? ? ? DEPOSITTIME))(and ( transactionAmount(var ? ? ? DEPOSIT)(var ? ? ? AMOUNT))( destination(var ? ? ? DEPOSIT)( el ? ? ? ( CurrencyFn(var ? ? ? ACCOUNT)))))))))))))))
|
||||
|
||||
forall Check (\CHECK -> forall ProcessingACheck (\PROCESSING -> impl ( patient(var ? ? ? PROCESSING)(var ? ? ? CHECK))(exists DepositingACheck (\DEPOSITING -> and ( patient(var ? ? ? DEPOSITING)(var ? ? ? CHECK))( time(var ? ? ? DEPOSITING)( el ? ? ? ( ImmediatePastFn( el ? ? ? ( WhenFn(var ? ? ? PROCESSING))))))))))
|
||||
|
||||
forall DepositingACheck (\DEPOSITING -> forall Check (\CHECK -> forall (both Agent CognitiveAgent) (\AGENT -> impl ( agent(var ? ? ? DEPOSITING)(var ? ? ? AGENT))( signedBy(var ? ? ? CHECK)(var ? ? ? AGENT)))))
|
||||
|
||||
forall DrawingACheck (\DRAWING -> forall ProcessingACheck (\PROCESSING -> forall Quantity (\DURATION -> forall TimeDuration (\DUATION -> forall TimeInterval (\TIME -> forall (both Entity TimeInterval) (\PROCESSINGTIME -> forall Physical (\PROCESING -> forall (both Entity TimeInterval) (\DRAWINGTIME -> forall Entity (\CHECK -> impl (and ( patient(var ? ? ? DRAWING)(var ? ? ? CHECK))(and ( patient(var ? ? ? PROCESSING)(var ? ? ? CHECK))(and ( equal( el ? ? ? ( WhenFn(var ? ? ? DRAWING)))(var ? ? ? DRAWINGTIME))(and ( equal( el ? ? ? ( WhenFn(var ? ? ? PROCESING)))(var ? ? ? PROCESSINGTIME))(and ( meetsTemporally(var ? ? ? DRAWINGTIME)(var ? ? ? TIME))(and ( meetsTemporally(var ? ? ? TIME)(var ? ? ? PROCESSINGTIME))( duration(var ? ? ? TIME)(var ? ? ? DUATION))))))))( lessThan(var ? ? ? DURATION)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 6))(el ? ? ? MonthDuration)))))))))))))
|
||||
|
||||
forall PayCheck (\CHECK -> forall Giving (\GIVE -> forall (both Entity Organization) (\AGENT -> forall CognitiveAgent (\ORGANIZATION -> impl (and ( issuedBy(var ? ? ? CHECK)(var ? ? ? ORGANIZATION))( destination(var ? ? ? GIVE)(var ? ? ? AGENT)))( employs(var ? ? ? AGENT)(var ? ? ? ORGANIZATION))))))
|
||||
|
||||
forall BankCard (\CARD -> exists CognitiveAgent (\ORGANIZATION -> issuedBy(var ? ? ? CARD)(var ? ? ? ORGANIZATION)))
|
||||
|
||||
forall BankCard (\CARD -> forall (both CognitiveAgent FinancialOrganization) (\BANK -> impl ( issuedBy(var ? ? ? CARD)(var ? ? ? BANK))(exists FinancialAccount (\ACCOUNT -> and ( cardAccount(var ? ? ? CARD)(var ? ? ? ACCOUNT))( accountAt(var ? ? ? ACCOUNT)(var ? ? ? BANK))))))
|
||||
|
||||
forall DebitCard (\CARD -> forall (both Agent CognitiveAgent) (\AGENT -> impl ( possesses(var ? ? ? AGENT)(var ? ? ? CARD))(exists DepositAccount (\ACCOUNT -> and ( cardAccount(var ? ? ? CARD)(var ? ? ? ACCOUNT))( accountHolder(var ? ? ? ACCOUNT)(var ? ? ? AGENT))))))
|
||||
|
||||
forall CreditCard (\CARD -> forall (both Agent CognitiveAgent) (\AGENT -> impl ( possesses(var ? ? ? AGENT)(var ? ? ? CARD))(exists CreditCardAccount (\ACCOUNT -> and ( cardAccount(var ? ? ? CARD)(var ? ? ? ACCOUNT))( accountHolder(var ? ? ? ACCOUNT)(var ? ? ? AGENT))))))
|
||||
|
||||
forall OpeningAnAccount (\OPENING -> forall FinancialOrganization (\BANK -> forall (both Entity TimeInterval) (\OPENINGTIME -> forall (both Agent CognitiveAgent) (\AGENT -> impl (and ( located(var ? ? ? OPENING)(var ? ? ? BANK))(and ( agent(var ? ? ? OPENING)(var ? ? ? AGENT))( equal( el ? ? ? ( WhenFn(var ? ? ? OPENING)))(var ? ? ? OPENINGTIME))))(exists FinancialAccount (\ACCOUNT -> exists TimeInterval (\ACCOUNTPERIOD -> and ( agreementPeriod(var ? ? ? ACCOUNT)(var ? ? ? ACCOUNTPERIOD))(and ( meetsTemporally(var ? ? ? OPENINGTIME)(var ? ? ? ACCOUNTPERIOD))(and ( accountAt(var ? ? ? ACCOUNT)(var ? ? ? BANK))( accountHolder(var ? ? ? ACCOUNT)(var ? ? ? AGENT)))))))))))
|
||||
|
||||
forall UsingAnAccount (\USING -> forall (both CognitiveAgent Agent) (\AGENT -> forall (both Entity FinancialAccount) (\ACCOUNT -> impl (and ( patient(var ? ? ? USING)(var ? ? ? ACCOUNT))( accountHolder(var ? ? ? ACCOUNT)(var ? ? ? AGENT)))( agent(var ? ? ? USING)(var ? ? ? AGENT)))))
|
||||
|
||||
forall DrawingACheck (\DRAWING -> forall FinancialAccount (\ACCOUNT -> forall (both Agent CognitiveAgent) (\AGENT -> forall (both Entity Check) (\CHECK -> impl (and ( patient(var ? ? ? DRAWING)(var ? ? ? CHECK))(and ( agent(var ? ? ? DRAWING)(var ? ? ? AGENT))( checkAccount(var ? ? ? CHECK)(var ? ? ? ACCOUNT))))( accountHolder(var ? ? ? ACCOUNT)(var ? ? ? AGENT))))))
|
||||
|
||||
forall DepositingACheck (\DEPOSITING -> exists Check (\CHECK -> patient(var ? ? ? DEPOSITING)(var ? ? ? CHECK)))
|
||||
|
||||
forall DepositingACheck (\DEPOSITING -> forall Check (\CHECK -> forall CurrencyMeasure (\AMOUNT -> forall FinancialAccount (\ACCOUNT -> impl (and ( patient(var ? ? ? DEPOSITING)(var ? ? ? CHECK))(and ( checkAccount(var ? ? ? CHECK)(var ? ? ? ACCOUNT))( monetaryValue(var ? ? ? CHECK)(var ? ? ? AMOUNT))))(exists Deposit (\DEPOSIT -> and ( destination(var ? ? ? DEPOSIT)( el ? ? ? ( CurrencyFn(var ? ? ? ACCOUNT))))( transactionAmount(var ? ? ? DEPOSIT)(var ? ? ? AMOUNT))))))))
|
||||
|
||||
forall ControllingAnAccount (\CONTROLLING -> forall (both FinancialOrganization Agent) (\BANK -> forall (both Entity FinancialAccount) (\ACCOUNT -> impl (and ( patient(var ? ? ? CONTROLLING)(var ? ? ? ACCOUNT))( accountAt(var ? ? ? ACCOUNT)(var ? ? ? BANK)))( agent(var ? ? ? CONTROLLING)(var ? ? ? BANK)))))
|
||||
|
||||
forall ProcessingACheck (\PROCESSING -> forall Process (\PROCESING -> exists Check (\CHECK -> patient(var ? ? ? PROCESING)(var ? ? ? CHECK))))
|
||||
|
||||
forall ProcessingACheck (\PROCESSING -> exists AuthorizationOfTransaction (\AUTHORIZATION -> subProcess(var ? ? ? AUTHORIZATION)(var ? ? ? PROCESSING)))
|
||||
|
||||
forall Payment (\PAYMENT -> forall FinancialAccount (\ACCOUNT -> forall (both Entity CurrencyMeasure) (\BALANCE2 -> forall (both CurrencyMeasure Quantity) (\BALANCE1 -> forall (both CurrencyMeasure Quantity) (\AMOUNT -> impl (and ( origin(var ? ? ? PAYMENT)( el ? ? ? ( CurrencyFn(var ? ? ? ACCOUNT))))(and ( transactionAmount(var ? ? ? PAYMENT)(var ? ? ? AMOUNT))(and ( currentAccountBalance(var ? ? ? ACCOUNT)( el ? ? ? ( ImmediatePastFn( el ? ? ? ( WhenFn(var ? ? ? PAYMENT)))))(var ? ? ? BALANCE1))( equal(var ? ? ? BALANCE2)( el ? ? ? ( SubtractionFn(var ? ? ? BALANCE1)(var ? ? ? AMOUNT)))))))( currentAccountBalance(var ? ? ? ACCOUNT)( el ? ? ? ( ImmediateFutureFn( el ? ? ? ( WhenFn(var ? ? ? PAYMENT)))))(var ? ? ? BALANCE2)))))))
|
||||
|
||||
forall Deposit (\DEPOSIT -> exists FinancialAccount (\ACCOUNT -> destination(var ? ? ? DEPOSIT)( el ? ? ? ( CurrencyFn(var ? ? ? ACCOUNT)))))
|
||||
|
||||
forall Deposit (\DEPOSIT -> forall FinancialAccount (\ACCOUNT -> forall (both Entity CurrencyMeasure) (\BALANCE2 -> forall (both CurrencyMeasure Quantity) (\BALANCE1 -> forall (both CurrencyMeasure Quantity) (\AMOUNT -> forall TimePosition (\TIMEOFDEPOSIT -> impl (and ( time(var ? ? ? DEPOSIT)(var ? ? ? TIMEOFDEPOSIT))(and ( destination(var ? ? ? DEPOSIT)( el ? ? ? ( CurrencyFn(var ? ? ? ACCOUNT))))(and ( transactionAmount(var ? ? ? DEPOSIT)(var ? ? ? AMOUNT))(and ( currentAccountBalance(var ? ? ? ACCOUNT)( el ? ? ? ( ImmediatePastFn( el ? ? ? ( WhenFn(var ? ? ? DEPOSIT)))))(var ? ? ? BALANCE1))( equal(var ? ? ? BALANCE2)( el ? ? ? ( AdditionFn(var ? ? ? BALANCE1)(var ? ? ? AMOUNT))))))))( currentAccountBalance(var ? ? ? ACCOUNT)( el ? ? ? ( ImmediateFutureFn( el ? ? ? ( FutureFn(var ? ? ? DEPOSIT)))))(var ? ? ? BALANCE2))))))))
|
||||
|
||||
forall Withdrawal (\WITHDRAWAL -> exists FinancialAccount (\ACCOUNT -> origin(var ? ? ? WITHDRAWAL)( el ? ? ? ( CurrencyFn(var ? ? ? ACCOUNT)))))
|
||||
|
||||
forall Withdrawal (\WITHDRAWAL -> forall FinancialAccount (\ACCOUNT -> forall (both Entity CurrencyMeasure) (\BALANCE2 -> forall (both CurrencyMeasure Quantity) (\BALANCE1 -> forall (both CurrencyMeasure Quantity) (\AMOUNT -> forall TimePosition (\TIMEOFWITHDRAWAL -> impl (and ( time(var ? ? ? WITHDRAWAL)(var ? ? ? TIMEOFWITHDRAWAL))(and ( origin(var ? ? ? WITHDRAWAL)(var ? ? ? ACCOUNT))(and ( transactionAmount(var ? ? ? WITHDRAWAL)(var ? ? ? AMOUNT))(and ( currentAccountBalance(var ? ? ? ACCOUNT)( el ? ? ? ( ImmediatePastFn( el ? ? ? ( WhenFn(var ? ? ? WITHDRAWAL)))))(var ? ? ? BALANCE1))( equal(var ? ? ? BALANCE2)( el ? ? ? ( SubtractionFn(var ? ? ? BALANCE1)(var ? ? ? AMOUNT))))))))( currentAccountBalance(var ? ? ? ACCOUNT)( el ? ? ? ( ImmediateFutureFn( el ? ? ? ( FutureFn(var ? ? ? WITHDRAWAL)))))(var ? ? ? BALANCE2))))))))
|
||||
|
||||
forall CurrencyMeasure (\MONEY -> forall (both Entity Physical) (\OBJECT -> forall (both Object Entity) (\SELLER -> forall Agent (\BUYER -> forall Process (\PURCHASE -> impl (and ( agent(var ? ? ? PURCHASE)(var ? ? ? BUYER))(and ( origin(var ? ? ? PURCHASE)(var ? ? ? SELLER))(and ( patient(var ? ? ? PURCHASE)(var ? ? ? OBJECT))( monetaryValue(var ? ? ? OBJECT)(var ? ? ? MONEY)))))(exists Payment (\PAYMENT -> and ( subProcess(var ? ? ? PAYMENT)(var ? ? ? PURCHASE))(and ( transactionAmount(var ? ? ? PAYMENT)(var ? ? ? MONEY))( destination(var ? ? ? PAYMENT)(var ? ? ? SELLER))))))))))
|
||||
|
||||
forall (both Entity Quantity) (\RATE_DECIMAL -> forall (both TimeInterval PhysicalQuantity) (\PERIOD -> forall (both Interest Entity) (\AMOUNT -> forall (both InterestRate PhysicalQuantity) (\RATE -> forall (both CurrencyMeasure Quantity) (\BALANCE -> forall FinancialAccount (\ACCOUNT -> impl (and ( principalAmount(var ? ? ? ACCOUNT)(var ? ? ? BALANCE))(and ( fixedInterestRate(var ? ? ? ACCOUNT)(var ? ? ? RATE))(and ( simpleInterest(var ? ? ? ACCOUNT)(var ? ? ? AMOUNT)(var ? ? ? PERIOD))( equal(var ? ? ? RATE_DECIMAL)( el ? ? ? ( DivisionFn( el ? ? ? ( MagnitudeFn(var ? ? ? RATE)))(el ? ? ? (toInt 100))))))))( equal(var ? ? ? AMOUNT)( el ? ? ? ( MultiplicationFn( el ? ? ? ( MultiplicationFn( el ? ? ? ( MagnitudeFn(var ? ? ? PERIOD)))(var ? ? ? BALANCE)))(var ? ? ? RATE_DECIMAL))))))))))
|
||||
|
||||
forall (both Entity Quantity) (\MULTIPLY -> forall (both Entity Quantity) (\EXPONENT -> forall (both Entity Quantity) (\ADD -> forall (both Entity Quantity) (\RATE_DECIMAL -> forall (both TimeInterval PhysicalQuantity) (\PERIOD -> forall (both Interest Entity) (\INTEREST -> forall (both InterestRate Quantity) (\RATE -> forall (both CurrencyMeasure Quantity) (\BALANCE -> forall FinancialAccount (\ACCOUNT -> impl (and ( principalAmount(var ? ? ? ACCOUNT)(var ? ? ? BALANCE))(and ( fixedInterestRate(var ? ? ? ACCOUNT)(var ? ? ? RATE))(and ( compoundInterest(var ? ? ? ACCOUNT)(var ? ? ? INTEREST)(var ? ? ? PERIOD))(and ( equal(var ? ? ? RATE_DECIMAL)( el ? ? ? ( DivisionFn(var ? ? ? RATE)(el ? ? ? (toInt 100)))))(and ( equal(var ? ? ? ADD)( el ? ? ? ( AdditionFn(el ? ? ? (toInt 1))(var ? ? ? RATE_DECIMAL))))(and ( equal(var ? ? ? EXPONENT)( el ? ? ? ( ExponentiationFn(var ? ? ? ADD)( el ? ? ? ( MagnitudeFn(var ? ? ? PERIOD))))))( equal(var ? ? ? MULTIPLY)( el ? ? ? ( MultiplicationFn(var ? ? ? EXPONENT)(var ? ? ? BALANCE))))))))))( equal(var ? ? ? INTEREST)( el ? ? ? ( SubtractionFn(var ? ? ? MULTIPLY)(var ? ? ? BALANCE)))))))))))))
|
||||
|
||||
forall (both Entity InterestRate) (\RATE -> forall (both Entity Quantity) (\RATE_DECIMAL -> forall (both CurrencyMeasure Quantity) (\PRINCIPAL -> forall TimeInterval (\PERIOD -> forall (both Interest Quantity) (\INTEREST -> forall FinancialAccount (\ACCOUNT -> impl (and ( simpleInterest(var ? ? ? ACCOUNT)(var ? ? ? INTEREST)(var ? ? ? PERIOD))(and ( principalAmount(var ? ? ? ACCOUNT)(var ? ? ? PRINCIPAL))(and ( equal(var ? ? ? RATE_DECIMAL)( el ? ? ? ( DivisionFn(var ? ? ? INTEREST)(var ? ? ? PRINCIPAL))))( equal(var ? ? ? RATE)( el ? ? ? ( MultiplicationFn(var ? ? ? RATE_DECIMAL)(el ? ? ? (toInt 100))))))))( interestRatePerPeriod(var ? ? ? ACCOUNT)(var ? ? ? RATE)(var ? ? ? PERIOD))))))))
|
||||
|
||||
forall PersonalAccount (\ACCOUNT -> forall (both InterestRate Quantity) (\PRIMERATE -> forall (both InterestRate Quantity) (\RATE -> forall Day (\DATE -> impl (and ( currentInterestRate(var ? ? ? ACCOUNT)(var ? ? ? DATE)(var ? ? ? RATE))( primeInterestRate(var ? ? ? DATE)(var ? ? ? PRIMERATE)))( greaterThan(var ? ? ? RATE)(var ? ? ? PRIMERATE))))))
|
||||
|
||||
forall (both TimeInterval TimePosition) (\DATE -> forall TimeInterval (\PERIOD -> forall Contract (\AGREEMENT -> equiv (and ( agreementPeriod(var ? ? ? AGREEMENT)(var ? ? ? PERIOD))( overlapsTemporally(var ? ? ? DATE)(var ? ? ? PERIOD)))( agreementActive(var ? ? ? AGREEMENT)(var ? ? ? DATE)))))
|
||||
|
||||
forall CurrencyMeasure (\PRINCIPAL -> forall (both Day TimePosition) (\DATE -> forall FinancialAccount (\ACCOUNT -> impl (and ( maturityDate(var ? ? ? ACCOUNT)(var ? ? ? DATE))( principalAmount(var ? ? ? ACCOUNT)(var ? ? ? PRINCIPAL)))( amountDue(var ? ? ? ACCOUNT)(var ? ? ? PRINCIPAL)(var ? ? ? DATE)))))
|
||||
|
||||
forall (both TimeInterval Day) (\END -> forall TimeInterval (\PERIOD -> forall (both Contract FinancialAccount) (\ACCOUNT -> equiv (and ( agreementPeriod(var ? ? ? ACCOUNT)(var ? ? ? PERIOD))( finishes(var ? ? ? END)(var ? ? ? PERIOD)))( maturityDate(var ? ? ? ACCOUNT)(var ? ? ? END)))))
|
||||
|
||||
forall CurrencyMeasure (\BALANCE -> forall Day (\DATE -> forall (both Contract FinancialAccount) (\ACCOUNT -> impl (and ( effectiveDate(var ? ? ? ACCOUNT)(var ? ? ? DATE))( currentAccountBalance(var ? ? ? ACCOUNT)(var ? ? ? DATE)(var ? ? ? BALANCE)))( originalBalance(var ? ? ? ACCOUNT)(var ? ? ? BALANCE)))))
|
||||
|
||||
forall LiabilityAccount (\ACCOUNT -> forall (both CurrencyMeasure Quantity) (\AMOUNT -> forall (both CurrencyMeasure Quantity) (\MINPAYMENT -> impl (and ( minimumPayment(var ? ? ? ACCOUNT)(var ? ? ? MINPAYMENT)(el ? ? ? MonthDuration))(exists Month (\MONTH -> exists Process (\PAYMENT -> and ( destination(var ? ? ? PAYMENT)( el ? ? ? ( CurrencyFn(var ? ? ? ACCOUNT))))(and ( paymentsPerPeriod(var ? ? ? ACCOUNT)(var ? ? ? AMOUNT)(var ? ? ? MONTH))( lessThan(var ? ? ? AMOUNT)(var ? ? ? MINPAYMENT)))))))(exists Penalty (\PENALTY -> destination(var ? ? ? PENALTY)( el ? ? ? ( CurrencyFn(var ? ? ? ACCOUNT))))))))
|
||||
|
||||
forall (both Entity RealNumber) (\OVERDRAFT -> forall (both RealNumber Quantity) (\BALANCE -> forall Day (\DATE -> forall FinancialAccount (\ACCOUNT -> impl (and ( currentAccountBalance(var ? ? ? ACCOUNT)(var ? ? ? DATE)( el ? ? ? ( MeasureFn(var ? ? ? BALANCE)(el ? ? ? UnitedStatesDollar))))(and ( lessThan(var ? ? ? BALANCE)(el ? ? ? (toInt 0)))( equal(var ? ? ? OVERDRAFT)( el ? ? ? ( SubtractionFn(el ? ? ? (toInt 0))(var ? ? ? BALANCE))))))( overdraft(var ? ? ? ACCOUNT)( el ? ? ? ( MeasureFn(var ? ? ? OVERDRAFT)(el ? ? ? UnitedStatesDollar)))(var ? ? ? DATE))))))
|
||||
|
||||
forall Day (\DATE -> forall CurrencyMeasure (\AMOUNT -> forall (both Loan (both Contract FinancialAccount)) (\LOAN -> impl (and ( downPayment(var ? ? ? LOAN)(var ? ? ? AMOUNT))( effectiveDate(var ? ? ? LOAN)(var ? ? ? DATE)))(exists (both FinancialTransaction (both Physical Process)) (\PAYMENT -> and ( transactionAmount(var ? ? ? PAYMENT)(var ? ? ? AMOUNT))(and ( date(var ? ? ? PAYMENT)(var ? ? ? DATE))( destination(var ? ? ? PAYMENT)( el ? ? ? ( CurrencyFn(var ? ? ? LOAN))))))))))
|
||||
|
||||
forall (both Entity CurrencyMeasure) (\BALANCE -> forall (both CurrencyMeasure Quantity) (\VALUE -> forall (both Object Physical) (\PURCHASE -> forall (both CurrencyMeasure Quantity) (\AMOUNT -> forall (both Loan FinancialAccount) (\LOAN -> impl (and ( downPayment(var ? ? ? LOAN)(var ? ? ? AMOUNT))(and ( loanForPurchase(var ? ? ? LOAN)(var ? ? ? PURCHASE))(and ( monetaryValue(var ? ? ? PURCHASE)(var ? ? ? VALUE))( equal(var ? ? ? BALANCE)( el ? ? ? ( SubtractionFn(var ? ? ? VALUE)(var ? ? ? AMOUNT)))))))( originalBalance(var ? ? ? LOAN)(var ? ? ? BALANCE)))))))
|
||||
|
||||
forall (both Day TimePosition) (\DATE -> forall (both CurrencyMeasure Entity) (\AMOUNT -> forall (both CognitiveAgent Agent) (\AGENT -> impl ( netWorth(var ? ? ? AGENT)(var ? ? ? AMOUNT)(var ? ? ? DATE))( holdsDuring(var ? ? ? DATE)( equal(var ? ? ? AMOUNT)( el ? ? ? ( WealthFn(var ? ? ? AGENT))))))))
|
||||
|
||||
forall CurrencyMeasure (\AMOUNT -> forall (both FinancialTransaction Process) (\ACTION -> forall (both FinancialOrganization Agent) (\BANK -> impl ( serviceFee(var ? ? ? BANK)(var ? ? ? ACTION)(var ? ? ? AMOUNT))(exists ChargingAFee (\FEE -> and ( agent(var ? ? ? FEE)(var ? ? ? BANK))(and ( causes(var ? ? ? ACTION)(var ? ? ? FEE))( amountCharged(var ? ? ? FEE)(var ? ? ? AMOUNT))))))))
|
||||
|
||||
forall Tax (\TAX -> exists Government (\ORG -> agent(var ? ? ? TAX)(var ? ? ? ORG)))
|
||||
|
||||
forall InterestBearingAccount (\ACCOUNT -> exists TimeInterval (\PERIOD -> exists InterestRate (\RATE -> interestRatePerPeriod(var ? ? ? ACCOUNT)(var ? ? ? RATE)(var ? ? ? PERIOD))))
|
||||
|
||||
forall PersonalAccount (\ACCOUNT -> forall Human (\AGENT -> accountHolder(var ? ? ? ACCOUNT)(var ? ? ? AGENT)))
|
||||
|
||||
forall SavingsAccount (\ACCOUNT -> forall FinancialTransaction (\TRANSACTION -> impl ( origin(var ? ? ? TRANSACTION)( el ? ? ? ( CurrencyFn(var ? ? ? ACCOUNT))))(exists AuthorizationOfTransaction (\AUTHORIZATION -> subProcess(var ? ? ? AUTHORIZATION)(var ? ? ? TRANSACTION)))))
|
||||
|
||||
forall SavingsAccount (\ACCOUNT -> forall TimeInterval (\PERIOD -> forall (both Interest CurrencyMeasure) (\INTEREST -> forall (both CognitiveAgent Entity) (\AGENT -> impl (and ( accountHolder(var ? ? ? ACCOUNT)(var ? ? ? AGENT))( interestEarned(var ? ? ? ACCOUNT)(var ? ? ? INTEREST)(var ? ? ? PERIOD)))(exists (both Process FinancialTransaction) (\PAYMENT -> and ( destination(var ? ? ? PAYMENT)( el ? ? ? ( CurrencyFn(var ? ? ? ACCOUNT))))(and ( transactionAmount(var ? ? ? PAYMENT)(var ? ? ? INTEREST))( destination(var ? ? ? PAYMENT)(var ? ? ? AGENT)))))))))
|
||||
|
||||
forall CertificateOfDeposit (\CD -> exists Day (\DATE -> maturityDate(var ? ? ? CD)(var ? ? ? DATE)))
|
||||
|
||||
forall CertificateOfDeposit (\CD -> forall Withdrawal (\WITHDRAWAL -> forall (both Day TimeInterval) (\DATEOFWITHDRAWAL -> forall (both Day TimeInterval) (\MATURITYDATE -> impl (and ( maturityDate(var ? ? ? CD)(var ? ? ? MATURITYDATE))(and ( origin(var ? ? ? WITHDRAWAL)( el ? ? ? ( CurrencyFn(var ? ? ? CD))))(and ( date(var ? ? ? WITHDRAWAL)(var ? ? ? DATEOFWITHDRAWAL))( before( el ? ? ? ( EndFn(var ? ? ? DATEOFWITHDRAWAL)))( el ? ? ? ( BeginFn(var ? ? ? MATURITYDATE)))))))(exists Penalty (\PENALTY -> and ( destination(var ? ? ? PENALTY)( el ? ? ? ( CurrencyFn(var ? ? ? CD))))( causes(var ? ? ? WITHDRAWAL)(var ? ? ? PENALTY))))))))
|
||||
|
||||
forall TraditionalSavingsAccount (\ACCOUNT -> not (exists Day (\DATE -> maturityDate(var ? ? ? ACCOUNT)(var ? ? ? DATE))))
|
||||
|
||||
forall TraditionalSavingsAccount (\ACCOUNT -> forall Withdrawal (\WITHDRAWAL -> impl ( origin(var ? ? ? WITHDRAWAL)( el ? ? ? ( CurrencyFn(var ? ? ? ACCOUNT))))(exists Penalty (\PENALTY -> and ( destination(var ? ? ? PENALTY)( el ? ? ? ( CurrencyFn(var ? ? ? ACCOUNT))))( causes(var ? ? ? WITHDRAWAL)(var ? ? ? PENALTY))))))
|
||||
|
||||
forall CheckingAccount (\ACCOUNT -> forall FinancialTransaction (\TRANSACTION -> impl ( origin(var ? ? ? TRANSACTION)( el ? ? ? ( CurrencyFn(var ? ? ? ACCOUNT))))(or (exists Check (\CHECK -> instrument(var ? ? ? TRANSACTION)(var ? ? ? CHECK)))(exists DebitCard (\DEBITCARD -> instrument(var ? ? ? TRANSACTION)(var ? ? ? DEBITCARD))))))
|
||||
|
||||
forall LiabilityAccount (\ACCOUNT -> forall (both FinancialOrganization CognitiveAgent) (\BANK -> forall CognitiveAgent (\AGENT -> impl (and ( accountHolder(var ? ? ? ACCOUNT)(var ? ? ? AGENT))( accountAt(var ? ? ? ACCOUNT)(var ? ? ? BANK)))(exists Liability (\DEBT -> and ( agreementMember(var ? ? ? DEBT)(var ? ? ? AGENT))( agreementMember(var ? ? ? DEBT)(var ? ? ? BANK)))))))
|
||||
|
||||
forall CreditAccount (\ACCOUNT -> forall TimeInterval (\PERIOD -> forall (both Interest CurrencyMeasure) (\INTEREST -> forall (both CognitiveAgent Object) (\AGENT -> forall (both FinancialOrganization Entity) (\ORGANIZATION -> impl (and ( accountAt(var ? ? ? ACCOUNT)(var ? ? ? ORGANIZATION))(and ( accountHolder(var ? ? ? ACCOUNT)(var ? ? ? AGENT))( interestEarned(var ? ? ? ACCOUNT)(var ? ? ? INTEREST)(var ? ? ? PERIOD))))(exists (both Process FinancialTransaction) (\PAYMENT -> and ( origin(var ? ? ? PAYMENT)(var ? ? ? AGENT))(and ( transactionAmount(var ? ? ? PAYMENT)(var ? ? ? INTEREST))( destination(var ? ? ? PAYMENT)(var ? ? ? ORGANIZATION))))))))))
|
||||
|
||||
forall CreditCardAccount (\ACCOUNT -> forall FinancialTransaction (\TRANSACTION -> impl ( origin(var ? ? ? TRANSACTION)( el ? ? ? ( CurrencyFn(var ? ? ? ACCOUNT))))(exists CreditCard (\CARD -> instrument(var ? ? ? TRANSACTION)(var ? ? ? CARD)))))
|
||||
|
||||
forall Loan (\LOAN -> exists CognitiveAgent (\LENDER -> exists CognitiveAgent (\BORROWER -> and ( borrower(var ? ? ? LOAN)(var ? ? ? BORROWER))( lender(var ? ? ? LOAN)(var ? ? ? LENDER)))))
|
||||
|
||||
forall (both Interest CurrencyMeasure) (\INTEREST -> forall TimeInterval (\PERIOD -> forall (both CognitiveAgent Entity) (\LENDER -> forall (both CognitiveAgent Object) (\BORROWER -> forall (both Loan (both Contract FinancialAccount)) (\LOAN -> impl (and ( borrower(var ? ? ? LOAN)(var ? ? ? BORROWER))(and ( lender(var ? ? ? LOAN)(var ? ? ? LENDER))(and ( agreementPeriod(var ? ? ? LOAN)(var ? ? ? PERIOD))( interestEarned(var ? ? ? LOAN)(var ? ? ? INTEREST)(var ? ? ? PERIOD)))))(exists (both Process FinancialTransaction) (\PAYMENT -> and ( origin(var ? ? ? PAYMENT)(var ? ? ? BORROWER))(and ( transactionAmount(var ? ? ? PAYMENT)(var ? ? ? INTEREST))( destination(var ? ? ? PAYMENT)(var ? ? ? LENDER))))))))))
|
||||
|
||||
forall (both CognitiveAgent Agent) (\AGENT -> forall Loan (\LOAN -> impl ( lender(var ? ? ? LOAN)(var ? ? ? AGENT))(exists Lending (\LENDING -> agent(var ? ? ? LENDING)(var ? ? ? AGENT)))))
|
||||
|
||||
forall (both CognitiveAgent Agent) (\AGENT -> forall Loan (\LOAN -> impl ( borrower(var ? ? ? LOAN)(var ? ? ? AGENT))(exists Borrowing (\BORROWING -> agent(var ? ? ? BORROWING)(var ? ? ? AGENT)))))
|
||||
|
||||
forall Collateral (\COLLATERAL -> exists SecuredLoan (\LOAN -> securedBy(var ? ? ? LOAN)(var ? ? ? COLLATERAL)))
|
||||
|
||||
forall Loan (\LOAN -> forall FinancialDefault (\DEFAULT -> forall (both CognitiveAgent Agent) (\BANK -> forall (both Collateral Object) (\SECURITY -> impl (and ( securedBy(var ? ? ? LOAN)(var ? ? ? SECURITY))(and ( lender(var ? ? ? LOAN)(var ? ? ? BANK))( patient(var ? ? ? DEFAULT)(var ? ? ? LOAN))))( holdsDuring( el ? ? ? ( ImmediateFutureFn( el ? ? ? ( WhenFn(var ? ? ? DEFAULT)))))( possesses(var ? ? ? BANK)(var ? ? ? SECURITY)))))))
|
||||
|
||||
forall SecuredLoan (\LOAN -> exists Collateral (\SECURITY -> securedBy(var ? ? ? LOAN)(var ? ? ? SECURITY)))
|
||||
|
||||
forall Mortgage (\LOAN -> exists RealEstate (\ESTATE -> loanForPurchase(var ? ? ? LOAN)(var ? ? ? ESTATE)))
|
||||
|
||||
forall Mortgage (\LOAN -> forall (both Object Collateral) (\REALESTATE -> impl ( loanForPurchase(var ? ? ? LOAN)(var ? ? ? REALESTATE))( securedBy(var ? ? ? LOAN)(var ? ? ? REALESTATE))))
|
||||
|
||||
forall Refinancing (\REFINANCING -> forall Loan (\LOAN -> forall CurrencyMeasure (\AMOUNT -> forall Day (\DATE -> forall CognitiveAgent (\BORROWER -> forall Collateral (\COLLATERAL -> forall TimePosition (\TIME -> impl (and ( time(var ? ? ? REFINANCING)(var ? ? ? TIME))(and ( securedBy(var ? ? ? LOAN)(var ? ? ? COLLATERAL))(and ( borrower(var ? ? ? LOAN)(var ? ? ? BORROWER))(and ( currentAccountBalance(var ? ? ? LOAN)(var ? ? ? DATE)(var ? ? ? AMOUNT))( patient(var ? ? ? REFINANCING)(var ? ? ? LOAN))))))(exists Loan (\NEWLOAN -> exists (both Process (both Physical FinancialTransaction)) (\PAYMENT -> and ( borrower(var ? ? ? NEWLOAN)(var ? ? ? BORROWER))(and ( securedBy(var ? ? ? LOAN)(var ? ? ? COLLATERAL))(and ( destination(var ? ? ? PAYMENT)( el ? ? ? ( CurrencyFn(var ? ? ? LOAN))))(and ( time(var ? ? ? PAYMENT)(var ? ? ? TIME))(and ( origin(var ? ? ? PAYMENT)( el ? ? ? ( CurrencyFn(var ? ? ? NEWLOAN))))( transactionAmount(var ? ? ? PAYMENT)(var ? ? ? AMOUNT))))))))))))))))
|
||||
|
||||
forall LoanCommitment (\COMMITMENT -> exists Loan (\LOAN -> exists CognitiveAgent (\BORROWER -> exists CognitiveAgent (\LENDER -> and ( lender(var ? ? ? LOAN)(var ? ? ? LENDER))(and ( borrower(var ? ? ? LOAN)(var ? ? ? BORROWER))(and ( agreementMember(var ? ? ? COMMITMENT)(var ? ? ? LENDER))( agreementMember(var ? ? ? COMMITMENT)(var ? ? ? BORROWER))))))))
|
||||
|
||||
forall BankTermLoan (\LOAN -> forall (both RealNumber Quantity) (\DURATION -> forall TimeInterval (\PERIOD -> impl (and ( agreementPeriod(var ? ? ? LOAN)(var ? ? ? PERIOD))( duration(var ? ? ? PERIOD)( el ? ? ? ( MeasureFn(var ? ? ? DURATION)(el ? ? ? YearDuration)))))( greaterThanOrEqualTo(var ? ? ? DURATION)(el ? ? ? (toInt 1))))))
|
||||
|
||||
forall ConsolidationLoan (\LOAN -> exists Loan (\LOAN1 -> exists Loan (\LOAN2 -> exists Process (\PAYMENT2 -> exists Process (\PAYMENT1 -> and ( destination(var ? ? ? PAYMENT1)( el ? ? ? ( CurrencyFn(var ? ? ? LOAN1))))(and ( destination(var ? ? ? PAYMENT2)( el ? ? ? ( CurrencyFn(var ? ? ? LOAN2))))(and ( origin(var ? ? ? PAYMENT1)( el ? ? ? ( CurrencyFn(var ? ? ? LOAN))))( origin(var ? ? ? PAYMENT2)( el ? ? ? ( CurrencyFn(var ? ? ? LOAN)))))))))))
|
||||
|
||||
forall ConventionalMortgage (\MORTGAGE -> exists Government (\GOVERNMENT -> insured(var ? ? ? MORTGAGE)(var ? ? ? GOVERNMENT)))
|
||||
|
||||
forall DayLoan (\LOAN -> forall TimeInterval (\PERIOD -> and ( agreementPeriod(var ? ? ? LOAN)(var ? ? ? PERIOD))( duration(var ? ? ? PERIOD)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 1))(el ? ? ? DayDuration))))))
|
||||
|
||||
forall SinglePaymentLoan (\LOAN -> forall (both Day TimePosition) (\MATURITY -> forall CurrencyMeasure (\PRINCIPAL -> impl (and ( principalAmount(var ? ? ? LOAN)(var ? ? ? PRINCIPAL))( maturityDate(var ? ? ? LOAN)(var ? ? ? MATURITY)))( amountDue(var ? ? ? LOAN)(var ? ? ? PRINCIPAL)(var ? ? ? MATURITY)))))
|
||||
|
||||
forall InterestOnlyLoan (\LOAN -> forall (both TimePosition TimeInterval) (\DATE -> forall (both Interest CurrencyMeasure) (\INTEREST -> forall CurrencyMeasure (\PRINCIPAL -> forall TimeInterval (\PERIOD -> impl (and ( agreementPeriod(var ? ? ? LOAN)(var ? ? ? PERIOD))(and ( principalAmount(var ? ? ? LOAN)(var ? ? ? PRINCIPAL))( interestEarned(var ? ? ? LOAN)(var ? ? ? INTEREST)(var ? ? ? PERIOD))))(and ( amountDue(var ? ? ? LOAN)(var ? ? ? PRINCIPAL)( el ? ? ? ( EndFn(var ? ? ? PERIOD))))(and ( amountDue(var ? ? ? LOAN)(var ? ? ? INTEREST)(var ? ? ? DATE))( before( el ? ? ? ( EndFn(var ? ? ? DATE)))( el ? ? ? ( EndFn(var ? ? ? PERIOD)))))))))))
|
||||
|
||||
forall Index (\INDEX -> exists EconomicIndicator (\PERFORMANCE -> benchmark(var ? ? ? PERFORMANCE)(var ? ? ? INDEX)))
|
||||
|
||||
forall Inflation (\INFLATION -> forall ConsumerPriceIndex (\CPI -> forall ProducerPriceIndex (\PPI -> or ( benchmark(var ? ? ? INFLATION)(var ? ? ? CPI))( benchmark(var ? ? ? INFLATION)(var ? ? ? PPI)))))
|
||||
|
||||
forall InflationIndex (\INDEX -> exists Inflation (\INFLATION -> benchmark(var ? ? ? INFLATION)(var ? ? ? INDEX)))
|
||||
|
||||
forall RealNumber (\R -> forall (both Nation Entity) (\N -> impl ( inflationRateInCountry(var ? ? ? N)(var ? ? ? R))(exists Inflation (\I -> and ( duration( el ? ? ? ( WhenFn(var ? ? ? I)))(el ? ? ? YearDuration))(and ( experiencer(var ? ? ? I)(var ? ? ? N))( inflationRate(var ? ? ? I)(var ? ? ? R)))))))
|
||||
|
||||
forall StockIndex (\INDEX -> exists Stock (\STOCK -> benchmark(var ? ? ? INDEX)(var ? ? ? STOCK)))
|
||||
|
||||
forall Investment (\INVESTMENT -> exists Agent (\AGENT -> exists Process (\INVESTING -> and ( agent(var ? ? ? INVESTING)(var ? ? ? AGENT))( possesses(var ? ? ? AGENT)(var ? ? ? INVESTMENT)))))
|
||||
|
||||
forall Investing (\INVESTING -> hasPurpose(var ? ? ? INVESTING)(exists CurrencyMeasure (\PROFIT -> profit(var ? ? ? INVESTING)(var ? ? ? PROFIT))))
|
||||
|
||||
forall InvestmentAttribute (\ATTRIBUTE -> exists InvestmentAccount (\ACCOUNT -> attribute(var ? ? ? ACCOUNT)(var ? ? ? ATTRIBUTE)))
|
||||
|
||||
forall Agent (\AGENT -> forall CurrencyMeasure (\MONEY -> forall (both Physical Entity) (\OBJ -> impl ( price(var ? ? ? OBJ)(var ? ? ? MONEY)(var ? ? ? AGENT))(exists Buying (\BUYING -> and ( agent(var ? ? ? BUYING)(var ? ? ? AGENT))(and ( patient(var ? ? ? BUYING)(var ? ? ? OBJ))( transactionAmount(var ? ? ? BUYING)(var ? ? ? MONEY))))))))
|
||||
|
||||
forall PlacingAnOrder (\PLACE -> forall (both Entity TimeInterval) (\TIME -> impl ( equal( el ? ? ? ( WhenFn(var ? ? ? PLACE)))(var ? ? ? TIME))(exists (both Entity TimeInterval) (\PERIOD -> exists Physical (\ORDER -> and ( equal( el ? ? ? ( WhenFn(var ? ? ? ORDER)))(var ? ? ? PERIOD))( meetsTemporally(var ? ? ? TIME)(var ? ? ? PERIOD)))))))
|
||||
|
||||
forall LimitOrder (\ORDER -> exists CurrencyMeasure (\PRICE -> limitPrice(var ? ? ? ORDER)(var ? ? ? PRICE)))
|
||||
|
||||
forall Broker (\BROKER -> exists ServiceContract (\CONTRACT -> agreementMember(var ? ? ? CONTRACT)(var ? ? ? BROKER)))
|
||||
|
||||
forall TaxFreeInvestment (\INVESTMENT -> exists Tax (\TAX -> origin(var ? ? ? TAX)(var ? ? ? INVESTMENT)))
|
||||
|
||||
forall TaxableInvestment (\INVESTMENT -> exists Tax (\TAX -> origin(var ? ? ? TAX)(var ? ? ? INVESTMENT)))
|
||||
|
||||
forall PreferredStock (\STOCK -> exists Dividend (\DIVIDEND -> exists CurrencyMeasure (\AMOUNT -> transactionAmount(var ? ? ? DIVIDEND)(var ? ? ? AMOUNT))))
|
||||
|
||||
forall PennyStock (\STOCK -> forall Agent (\DATE -> forall (both RealNumber Quantity) (\PRICE -> impl ( askPrice(var ? ? ? STOCK)( el ? ? ? ( MeasureFn(var ? ? ? PRICE)(el ? ? ? UnitedStatesDollar)))(var ? ? ? DATE))( lessThan(var ? ? ? PRICE)(el ? ? ? (toInt 5))))))
|
||||
|
||||
forall (both Agent TimeInterval) (\TIMEAFTERSPLIT -> forall (both Entity RealNumber) (\NEWNUMBER -> forall (both Entity Quantity) (\N3 -> forall (both Entity TimeInterval) (\TIMEOFSPLIT -> forall (both Integer Quantity) (\N2 -> forall (both Integer Quantity) (\N1 -> forall (both Agent TimeInterval) (\TIME -> forall (both RealNumber Quantity) (\NUMBER -> forall Physical (\STOCKS -> impl (and ( price(var ? ? ? STOCKS)( el ? ? ? ( MeasureFn(var ? ? ? NUMBER)(el ? ? ? UnitedStatesDollar)))(var ? ? ? TIME))(exists (both StockSplit Physical) (\EVENT -> and ( splitFor(var ? ? ? EVENT)(var ? ? ? N1)(var ? ? ? N2))( equal( el ? ? ? ( WhenFn(var ? ? ? EVENT)))(var ? ? ? TIMEOFSPLIT)))))(and ( equal(var ? ? ? N3)( el ? ? ? ( MultiplicationFn(var ? ? ? NUMBER)(var ? ? ? N1))))(and ( equal(var ? ? ? NEWNUMBER)( el ? ? ? ( DivisionFn(var ? ? ? N3)(var ? ? ? N2))))(and ( price(var ? ? ? STOCKS)( el ? ? ? ( MeasureFn(var ? ? ? NEWNUMBER)(el ? ? ? UnitedStatesDollar)))(var ? ? ? TIMEAFTERSPLIT))(and ( meetsTemporally(var ? ? ? TIME)(var ? ? ? TIMEOFSPLIT))( meetsTemporally(var ? ? ? TIMEOFSPLIT)(var ? ? ? TIMEAFTERSPLIT)))))))))))))))
|
||||
|
||||
forall Bond (\BOND -> exists Day (\DATE -> maturityDate(var ? ? ? BOND)(var ? ? ? DATE)))
|
||||
|
||||
forall Bond (\BOND -> forall (both Agent Entity) (\BONDHOLDER -> forall (both Interest CurrencyMeasure) (\INTEREST -> impl (and ( couponInterest(var ? ? ? BOND)(var ? ? ? INTEREST))( possesses(var ? ? ? BONDHOLDER)(var ? ? ? BOND)))(exists Process (\PAYMENT -> exists TimeDuration (\PERIOD -> and ( periodicPayment( el ? ? ? ( AccountFn(var ? ? ? BOND)))(var ? ? ? INTEREST)(var ? ? ? PERIOD))( destination(var ? ? ? PAYMENT)(var ? ? ? BONDHOLDER))))))))
|
||||
|
||||
forall FinancialAccount (\ACCOUNT -> forall (both Object FinancialAsset) (\ASSET -> forall (both Agent CognitiveAgent) (\AGENT -> equiv (and ( possesses(var ? ? ? AGENT)(var ? ? ? ASSET))( equal(var ? ? ? ACCOUNT)( el ? ? ? ( AccountFn(var ? ? ? ASSET)))))( accountHolder(var ? ? ? ACCOUNT)(var ? ? ? AGENT)))))
|
||||
|
||||
forall ZeroCouponBond (\BOND -> forall FinancialAccount (\BONDACCOUNT -> forall (both Entity CurrencyMeasure) (\TOTAL -> forall (both Interest Quantity) (\INTEREST -> forall TimeInterval (\PERIOD -> forall (both CurrencyMeasure Quantity) (\PRINCIPAL -> forall (both Agent Entity) (\BONDHOLDER -> forall Day (\DATE -> impl (and ( maturityDate( el ? ? ? ( AccountFn(var ? ? ? BOND)))(var ? ? ? DATE))(and ( possesses(var ? ? ? BONDHOLDER)(var ? ? ? BOND))(and ( principalAmount( el ? ? ? ( AccountFn(var ? ? ? BOND)))(var ? ? ? PRINCIPAL))(and ( agreementPeriod( el ? ? ? ( AccountFn(var ? ? ? BOND)))(var ? ? ? PERIOD))(and ( interestEarned( el ? ? ? ( AccountFn(var ? ? ? BOND)))(var ? ? ? INTEREST)(var ? ? ? PERIOD))( equal(var ? ? ? TOTAL)( el ? ? ? ( AdditionFn(var ? ? ? PRINCIPAL)(var ? ? ? INTEREST)))))))))(exists Payment (\PAYMENT -> and ( destination(var ? ? ? PAYMENT)(var ? ? ? BONDHOLDER))(and ( origin(var ? ? ? PAYMENT)( el ? ? ? ( CurrencyFn(var ? ? ? BONDACCOUNT))))( transactionAmount(var ? ? ? PAYMENT)(var ? ? ? TOTAL)))))))))))))
|
||||
|
||||
forall MunicipalBond (\BOND -> exists Government (\AGENT -> issuedBy(var ? ? ? BOND)(var ? ? ? AGENT)))
|
||||
|
||||
forall CorporateBond (\BOND -> exists Corporation (\AGENT -> issuedBy(var ? ? ? BOND)(var ? ? ? AGENT)))
|
||||
|
||||
forall SecuredBond (\BOND -> exists Collateral (\SECURITY -> securedBy(var ? ? ? BOND)(var ? ? ? SECURITY)))
|
||||
|
||||
forall SecuredBond (\BOND -> forall FinancialDefault (\DEFAULT -> forall Agent (\AGENT -> forall (both Collateral Object) (\SECURITY -> impl (and ( securedBy(var ? ? ? BOND)(var ? ? ? SECURITY))(and ( possesses(var ? ? ? AGENT)(var ? ? ? BOND))( patient(var ? ? ? DEFAULT)(var ? ? ? BOND))))( holdsDuring( el ? ? ? ( ImmediateFutureFn( el ? ? ? ( WhenFn(var ? ? ? DEFAULT)))))( possesses(var ? ? ? AGENT)(var ? ? ? SECURITY)))))))
|
||||
|
||||
forall TreasuryBond (\BOND -> exists Government (\AGENT -> issuedBy(var ? ? ? BOND)(var ? ? ? AGENT)))
|
||||
|
||||
forall CallableBond (\BOND -> forall CurrencyMeasure (\AMOUNT -> forall (both Day TimePosition) (\DATE -> impl (and ( currentAccountBalance( el ? ? ? ( AccountFn(var ? ? ? BOND)))(var ? ? ? DATE)(var ? ? ? AMOUNT))( callDate(var ? ? ? BOND)(var ? ? ? DATE)))( amountDue( el ? ? ? ( AccountFn(var ? ? ? BOND)))(var ? ? ? AMOUNT)(var ? ? ? DATE)))))
|
||||
|
||||
forall ConventionalOption (\OPTION -> forall TimeInterval (\PERIOD -> exists (both RealNumber Quantity) (\NUMBER -> and ( agreementPeriod(var ? ? ? OPTION)(var ? ? ? PERIOD))(and ( duration(var ? ? ? PERIOD)( el ? ? ? ( MeasureFn(var ? ? ? NUMBER)(el ? ? ? MonthDuration))))( lessThan(var ? ? ? NUMBER)(el ? ? ? (toInt 9)))))))
|
||||
|
||||
forall ConventionalOption (\OPTION -> forall TimeInterval (\PERIOD -> exists (both RealNumber Quantity) (\NUMBER -> and ( agreementPeriod(var ? ? ? OPTION)(var ? ? ? PERIOD))(and ( duration(var ? ? ? PERIOD)( el ? ? ? ( MeasureFn(var ? ? ? NUMBER)(el ? ? ? MonthDuration))))( lessThan(var ? ? ? NUMBER)(el ? ? ? (toInt 39)))))))
|
||||
|
||||
forall (both Day TimeInterval) (\DATE -> forall Contract (\CONTRACT -> impl ( expirationDate(var ? ? ? CONTRACT)(var ? ? ? DATE))(exists TimeInterval (\PERIOD -> and ( agreementPeriod(var ? ? ? CONTRACT)(var ? ? ? PERIOD))( finishes(var ? ? ? DATE)(var ? ? ? PERIOD))))))
|
||||
|
||||
forall CognitiveAgent (\AGENT -> forall CurrencyMeasure (\PREMIUM -> forall (both Option Investment) (\OPTION -> impl (and ( premium(var ? ? ? OPTION)(var ? ? ? PREMIUM))( optionHolder(var ? ? ? OPTION)(var ? ? ? AGENT)))( potentialLoss(var ? ? ? AGENT)(var ? ? ? OPTION)(var ? ? ? PREMIUM)))))
|
||||
|
||||
forall CancellingAnOrder (\KILL -> forall (both Entity Contract) (\ORDER -> impl ( patient(var ? ? ? KILL)(var ? ? ? ORDER))( not (agreementActive(var ? ? ? ORDER)( el ? ? ? ( ImmediateFutureFn( el ? ? ? ( WhenFn(var ? ? ? KILL)))))))))
|
||||
|
||||
forall IOCOrder (\ORDER -> forall TimeInterval (\PERIOD -> impl ( agreementPeriod(var ? ? ? ORDER)(var ? ? ? PERIOD))(or (exists FillingAnOrder (\FILL -> exists (both Entity TimeInterval) (\TIME1 -> and ( patient(var ? ? ? FILL)(var ? ? ? ORDER))(and ( equal( el ? ? ? ( WhenFn(var ? ? ? FILL)))(var ? ? ? TIME1))( starts(var ? ? ? TIME1)(var ? ? ? PERIOD))))))(exists CancellingAnOrder (\KILL -> exists (both Entity TimeInterval) (\TIME2 -> and ( patient(var ? ? ? KILL)(var ? ? ? ORDER))(and ( equal( el ? ? ? ( WhenFn(var ? ? ? KILL)))(var ? ? ? TIME2))( starts(var ? ? ? TIME2)(var ? ? ? PERIOD)))))))))
|
||||
|
||||
forall FOKOrder (\ORDER -> forall TimeInterval (\PERIOD -> impl ( agreementPeriod(var ? ? ? ORDER)(var ? ? ? PERIOD))(or (exists FillingAnOrder (\FILL -> exists (both Entity TimeInterval) (\TIME1 -> and ( patient(var ? ? ? FILL)(var ? ? ? ORDER))(and ( equal( el ? ? ? ( WhenFn(var ? ? ? FILL)))(var ? ? ? TIME1))( starts(var ? ? ? TIME1)(var ? ? ? PERIOD))))))(exists CancellingAnOrder (\KILL -> exists (both Entity TimeInterval) (\TIME2 -> and ( patient(var ? ? ? KILL)(var ? ? ? ORDER))(and ( equal( el ? ? ? ( WhenFn(var ? ? ? KILL)))(var ? ? ? TIME2))( starts(var ? ? ? TIME2)(var ? ? ? PERIOD)))))))))
|
||||
|
||||
forall GTCOrder (\ORDER -> forall (both Entity TimeInterval) (\END -> forall (both Entity TimeInterval) (\TIME -> forall TimeInterval (\PERIOD -> impl ( agreementPeriod(var ? ? ? ORDER)(var ? ? ? PERIOD))(or (exists FillingAnOrder (\EXECUTE -> and ( patient(var ? ? ? EXECUTE)(var ? ? ? ORDER))(and ( equal( el ? ? ? ( WhenFn(var ? ? ? EXECUTE)))(var ? ? ? TIME))( overlapsTemporally(var ? ? ? TIME)(var ? ? ? PERIOD)))))(exists CancellingAnOrder (\CANCEL -> and ( patient(var ? ? ? CANCEL)(var ? ? ? ORDER))(and ( equal( el ? ? ? ( WhenFn(var ? ? ? CANCEL)))(var ? ? ? END))( finishes(var ? ? ? END)(var ? ? ? PERIOD))))))))))
|
||||
|
||||
forall DayOrder (\ORDER -> forall TimeInterval (\PERIOD -> and ( agreementPeriod(var ? ? ? ORDER)(var ? ? ? PERIOD))( duration(var ? ? ? PERIOD)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 1))(el ? ? ? DayDuration))))))
|
||||
|
||||
forall CallOption (\OPTION -> forall (both Agent TimePosition) (\TIME -> equiv (exists (both CurrencyMeasure Quantity) (\STRIKEPRICE -> exists (both CurrencyMeasure Quantity) (\STOCKPRICE -> exists (both FinancialInstrument Physical) (\STOCK -> and ( underlier(var ? ? ? OPTION)(var ? ? ? STOCK))(and ( price(var ? ? ? STOCK)(var ? ? ? STOCKPRICE)(var ? ? ? TIME))(and ( strikePrice(var ? ? ? OPTION)(var ? ? ? STRIKEPRICE))( lessThan(var ? ? ? STRIKEPRICE)(var ? ? ? STOCKPRICE))))))))( inTheMoney(var ? ? ? OPTION)(var ? ? ? TIME))))
|
||||
|
||||
forall PutOption (\OPTION -> forall (both Agent TimePosition) (\TIME -> equiv (exists (both CurrencyMeasure Quantity) (\STRIKEPRICE -> exists (both CurrencyMeasure Quantity) (\STOCKPRICE -> exists (both FinancialInstrument Physical) (\STOCK -> and ( underlier(var ? ? ? OPTION)(var ? ? ? STOCK))(and ( price(var ? ? ? STOCK)(var ? ? ? STOCKPRICE)(var ? ? ? TIME))(and ( strikePrice(var ? ? ? OPTION)(var ? ? ? STRIKEPRICE))( lessThan(var ? ? ? STOCKPRICE)(var ? ? ? STRIKEPRICE))))))))( inTheMoney(var ? ? ? OPTION)(var ? ? ? TIME))))
|
||||
|
||||
forall Option (\OPTION -> forall (both Agent TimePosition) (\TIME -> equiv (exists (both CurrencyMeasure Entity) (\STRIKEPRICE -> exists (both CurrencyMeasure Entity) (\STOCKPRICE -> exists (both FinancialInstrument Physical) (\STOCK -> and ( underlier(var ? ? ? OPTION)(var ? ? ? STOCK))(and ( price(var ? ? ? STOCK)(var ? ? ? STOCKPRICE)(var ? ? ? TIME))(and ( strikePrice(var ? ? ? OPTION)(var ? ? ? STRIKEPRICE))( equal(var ? ? ? STOCKPRICE)(var ? ? ? STRIKEPRICE))))))))( atTheMoney(var ? ? ? OPTION)(var ? ? ? TIME))))
|
||||
|
||||
forall CallOption (\OPTION -> forall (both Agent TimePosition) (\TIME -> equiv (exists (both CurrencyMeasure Quantity) (\STRIKEPRICE -> exists (both CurrencyMeasure Quantity) (\STOCKPRICE -> exists (both FinancialInstrument Physical) (\STOCK -> and ( underlier(var ? ? ? OPTION)(var ? ? ? STOCK))(and ( price(var ? ? ? STOCK)(var ? ? ? STOCKPRICE)(var ? ? ? TIME))(and ( strikePrice(var ? ? ? OPTION)(var ? ? ? STRIKEPRICE))( lessThan(var ? ? ? STOCKPRICE)(var ? ? ? STRIKEPRICE))))))))( outOfTheMoney(var ? ? ? OPTION)(var ? ? ? TIME))))
|
||||
|
||||
forall PutOption (\OPTION -> forall (both Agent TimePosition) (\TIME -> equiv (exists (both CurrencyMeasure Quantity) (\STRIKEPRICE -> exists (both CurrencyMeasure Quantity) (\STOCKPRICE -> exists (both FinancialInstrument Physical) (\STOCK -> and ( underlier(var ? ? ? OPTION)(var ? ? ? STOCK))(and ( price(var ? ? ? STOCK)(var ? ? ? STOCKPRICE)(var ? ? ? TIME))(and ( strikePrice(var ? ? ? OPTION)(var ? ? ? STRIKEPRICE))( lessThan(var ? ? ? STRIKEPRICE)(var ? ? ? STOCKPRICE))))))))( outOfTheMoney(var ? ? ? OPTION)(var ? ? ? TIME))))
|
||||
|
||||
forall SpreadOption (\SPREAD -> exists Option (\OPTION1 -> exists Option (\OPTION2 -> exists Buying (\BUY -> exists Selling (\SELL -> exists TimePosition (\TIME -> and ( patient(var ? ? ? BUY)(var ? ? ? OPTION1))(and ( patient(var ? ? ? SELL)(var ? ? ? OPTION2))(and ( time(var ? ? ? BUY)(var ? ? ? TIME))( time(var ? ? ? SELL)(var ? ? ? TIME))))))))))
|
||||
|
||||
forall ButterflySpread (\SPREAD -> exists CallOption (\CALL1 -> exists CallOption (\CALL2 -> exists CallOption (\CALL3 -> exists CallOption (\CALL4 -> exists (both CurrencyMeasure Quantity) (\PRICE4 -> exists (both CurrencyMeasure Quantity) (\PRICE3 -> exists (both CurrencyMeasure Quantity) (\PRICE2 -> exists (both CurrencyMeasure Quantity) (\PRICE1 -> and ( strikePrice(var ? ? ? CALL1)(var ? ? ? PRICE1))(and ( strikePrice(var ? ? ? CALL2)(var ? ? ? PRICE2))(and ( strikePrice(var ? ? ? CALL3)(var ? ? ? PRICE3))(and ( strikePrice(var ? ? ? CALL4)(var ? ? ? PRICE4))(and ( lessThan(var ? ? ? PRICE1)(var ? ? ? PRICE2))(and ( lessThan(var ? ? ? PRICE1)(var ? ? ? PRICE3))(and ( greaterThan(var ? ? ? PRICE4)(var ? ? ? PRICE2))( greaterThan(var ? ? ? PRICE4)(var ? ? ? PRICE2)))))))))))))))))
|
||||
|
||||
forall StockMarketTransaction (\TRANSACTION -> exists StockMarket (\MARKET -> located(var ? ? ? TRANSACTION)(var ? ? ? MARKET)))
|
||||
|
||||
forall Uptick (\UPTICK -> forall (both CurrencyMeasure Quantity) (\PRICE2 -> forall (both CurrencyMeasure Quantity) (\PRICE1 -> forall (both Entity (both Agent TimeInterval)) (\TIME1 -> forall (both Entity Physical) (\STOCK -> impl (and ( patient(var ? ? ? UPTICK)(var ? ? ? STOCK))(and ( equal( el ? ? ? ( WhenFn(var ? ? ? UPTICK)))(var ? ? ? TIME1))( price(var ? ? ? STOCK)(var ? ? ? PRICE1)(var ? ? ? TIME1))))(exists StockMarketTransaction (\TRANSACTION -> exists (both Entity (both TimeInterval Agent)) (\TIME2 -> and ( patient(var ? ? ? TRANSACTION)(var ? ? ? STOCK))(and ( equal( el ? ? ? ( WhenFn(var ? ? ? TRANSACTION)))(var ? ? ? TIME2))(and ( meetsTemporally(var ? ? ? TIME2)(var ? ? ? TIME1))(and ( price(var ? ? ? STOCK)(var ? ? ? PRICE2)(var ? ? ? TIME2))( lessThan(var ? ? ? PRICE2)(var ? ? ? PRICE1)))))))))))))
|
||||
|
||||
forall Downtick (\DOWNTICK -> forall (both CurrencyMeasure Quantity) (\PRICE2 -> forall (both CurrencyMeasure Quantity) (\PRICE1 -> forall (both Entity (both Agent TimeInterval)) (\TIME1 -> forall (both Entity Physical) (\STOCK -> impl (and ( patient(var ? ? ? DOWNTICK)(var ? ? ? STOCK))(and ( equal( el ? ? ? ( WhenFn(var ? ? ? DOWNTICK)))(var ? ? ? TIME1))( price(var ? ? ? STOCK)(var ? ? ? PRICE1)(var ? ? ? TIME1))))(exists StockMarketTransaction (\TRANSACTION -> exists (both Entity (both TimeInterval Agent)) (\TIME2 -> and ( patient(var ? ? ? TRANSACTION)(var ? ? ? STOCK))(and ( equal( el ? ? ? ( WhenFn(var ? ? ? TRANSACTION)))(var ? ? ? TIME2))(and ( meetsTemporally(var ? ? ? TIME2)(var ? ? ? TIME1))(and ( price(var ? ? ? STOCK)(var ? ? ? PRICE2)(var ? ? ? TIME2))( greaterThan(var ? ? ? PRICE2)(var ? ? ? PRICE1)))))))))))))
|
||||
|
||||
forall CognitiveAgent (\AGENT -> forall (both Organization CognitiveAgent) (\ORG -> equiv ( employs(var ? ? ? ORG)(var ? ? ? AGENT))(exists Employment (\EMPLOYMENT -> and ( agreementMember(var ? ? ? EMPLOYMENT)(var ? ? ? ORG))( agreementMember(var ? ? ? EMPLOYMENT)(var ? ? ? AGENT))))))
|
||||
|
||||
forall CurrencyMeasure (\MONEY -> forall Human (\AGENT -> equiv ( monthlyIncome(var ? ? ? AGENT)(var ? ? ? MONEY))(exists Month (\MONTH -> income(var ? ? ? AGENT)(var ? ? ? MONEY)(var ? ? ? MONTH)))))
|
||||
|
||||
forall (both OrganizationalProcess Process) (\ACTIVITY -> forall CurrencyMeasure (\MONEY -> forall (both Human Agent) (\AGENT -> impl ( incomeEarned(var ? ? ? AGENT)(var ? ? ? MONEY)(var ? ? ? ACTIVITY))( agent(var ? ? ? ACTIVITY)(var ? ? ? AGENT)))))
|
||||
|
||||
forall TimePosition (\TIME -> forall (both OrganizationalProcess (both Physical Process)) (\ACTIVITY -> forall CurrencyMeasure (\INCOME -> forall Human (\AGENT -> impl (and ( taxDeferredIncome(var ? ? ? AGENT)(var ? ? ? INCOME)(var ? ? ? ACTIVITY))( time(var ? ? ? ACTIVITY)(var ? ? ? TIME)))(exists Tax (\TAX -> and ( causes(var ? ? ? ACTIVITY)(var ? ? ? TAX))( time(var ? ? ? TAX)(var ? ? ? TIME))))))))
|
||||
|
||||
forall (both Entity OrganizationalProcess) (\ATINCOME -> forall (both OrganizationalProcess (both Process CurrencyMeasure)) (\ACTIVITY -> forall Human (\AGENT -> equiv (exists (both CurrencyMeasure Quantity) (\TAXAMOUNT -> exists (both ChargingAFee Process) (\TAX -> exists (both CurrencyMeasure Quantity) (\INCOME -> and ( incomeEarned(var ? ? ? AGENT)(var ? ? ? INCOME)(var ? ? ? ACTIVITY))(and ( amountCharged(var ? ? ? TAX)(var ? ? ? TAXAMOUNT))(and ( causes(var ? ? ? ACTIVITY)(var ? ? ? TAX))( equal(var ? ? ? ATINCOME)( el ? ? ? ( SubtractionFn(var ? ? ? INCOME)(var ? ? ? TAXAMOUNT))))))))))( afterTaxIncome(var ? ? ? AGENT)(var ? ? ? ACTIVITY)(var ? ? ? ATINCOME)))))
|
||||
|
||||
forall TimeInterval (\PERIOD -> forall CurrencyMeasure (\MONEY -> forall (both Human (both CognitiveAgent Entity)) (\AGENT -> impl ( employeeContribution(var ? ? ? AGENT)(var ? ? ? MONEY)(var ? ? ? PERIOD))(exists PensionPlan (\PLAN -> exists (both Organization Agent) (\ORG -> and ( employs(var ? ? ? ORG)(var ? ? ? AGENT))(and ( agent(var ? ? ? PLAN)(var ? ? ? ORG))( destination(var ? ? ? PLAN)(var ? ? ? AGENT)))))))))
|
||||
|
||||
forall (both TimePosition Entity) (\PERIOD -> forall CurrencyMeasure (\MONEY -> forall (both Human Agent) (\AGENT -> impl ( compensationPackage(var ? ? ? AGENT)(var ? ? ? MONEY)(var ? ? ? PERIOD))(exists Working (\ACTIVITY -> and ( agent(var ? ? ? ACTIVITY)(var ? ? ? AGENT))(and ( equal(var ? ? ? PERIOD)( el ? ? ? ( WhenFn(var ? ? ? ACTIVITY))))( incomeEarned(var ? ? ? AGENT)(var ? ? ? MONEY)(var ? ? ? ACTIVITY))))))))
|
||||
|
||||
forall (both Day TimeInterval) (\STARTDATE -> forall Contract (\AGREEMENT -> equiv ( effectiveDate(var ? ? ? AGREEMENT)(var ? ? ? STARTDATE))(exists TimeInterval (\PERIOD -> and ( agreementPeriod(var ? ? ? AGREEMENT)(var ? ? ? PERIOD))( starts(var ? ? ? STARTDATE)(var ? ? ? PERIOD))))))
|
||||
|
||||
forall Cash (\CASH -> exists CurrencyMeasure (\VALUE -> monetaryValue(var ? ? ? CASH)(var ? ? ? VALUE)))
|
||||
|
||||
forall Investment (\INVESTMENT -> forall RiskAttribute (\LEVEL -> forall (both Investor Agent) (\AGENT -> impl (and ( riskTolerance(var ? ? ? AGENT)(var ? ? ? LEVEL))( possesses(var ? ? ? AGENT)(var ? ? ? INVESTMENT)))( riskLevel(var ? ? ? INVESTMENT)(var ? ? ? LEVEL)))))
|
||||
|
||||
forall (both FinancialAccount Entity) (\ACCOUNT -> forall BankCard (\CARD -> forall ContentBearingObject (\CODE -> impl (and ( cardCode(var ? ? ? CODE)(var ? ? ? CARD))( cardAccount(var ? ? ? CARD)(var ? ? ? ACCOUNT)))(exists Encoding (\ENCODING -> patient(var ? ? ? ENCODING)(var ? ? ? ACCOUNT))))))
|
||||
|
||||
forall DebitCard (\CARD -> forall FinancialTransaction (\TRANSACTION -> forall Agent (\AGENT -> impl (and ( possesses(var ? ? ? AGENT)(var ? ? ? CARD))( instrument(var ? ? ? TRANSACTION)(var ? ? ? CARD)))(exists EnteringAPin (\ENTER -> exists (both SymbolicString Entity) (\PIN -> and ( pin(var ? ? ? PIN)(var ? ? ? CARD))(and ( patient(var ? ? ? ENTER)(var ? ? ? PIN))( agent(var ? ? ? ENTER)(var ? ? ? AGENT)))))))))
|
||||
|
||||
forall EnteringAPin (\ENTER -> exists BankCard (\CARD -> exists (both SymbolicString Entity) (\PIN -> and ( pin(var ? ? ? PIN)(var ? ? ? CARD))( patient(var ? ? ? ENTER)(var ? ? ? PIN)))))
|
||||
|
||||
forall VerifyingCardCode (\CHECK -> forall BankCard (\CARD -> forall (both Entity ContentBearingObject) (\CODE -> impl (and ( patient(var ? ? ? CHECK)(var ? ? ? CODE))( cardCode(var ? ? ? CODE)(var ? ? ? CARD)))(exists Decoding (\DECODE -> and ( subProcess(var ? ? ? DECODE)(var ? ? ? CHECK))( patient(var ? ? ? DECODE)(var ? ? ? CODE)))))))
|
||||
|
||||
forall CommercialService (\SERVICE -> forall (both Entity Object) (\CUSTOMER -> forall (both Organization Entity) (\ORG -> forall (both Agent CognitiveAgent) (\AGENT -> impl (and ( agent(var ? ? ? SERVICE)(var ? ? ? AGENT))(and ( employs(var ? ? ? ORG)(var ? ? ? AGENT))( destination(var ? ? ? SERVICE)(var ? ? ? CUSTOMER))))( hasPurpose(var ? ? ? SERVICE)(exists FinancialTransaction (\TRANSACTION -> and ( destination(var ? ? ? TRANSACTION)(var ? ? ? ORG))( origin(var ? ? ? TRANSACTION)(var ? ? ? CUSTOMER)))))))))
|
||||
|
||||
forall (both CognitiveAgent Agent) (\AGENT2 -> forall (both CognitiveAgent Entity) (\AGENT1 -> equiv ( customer(var ? ? ? AGENT1)(var ? ? ? AGENT2))(exists FinancialTransaction (\SERVICE -> and ( agent(var ? ? ? SERVICE)(var ? ? ? AGENT2))( destination(var ? ? ? SERVICE)(var ? ? ? AGENT1))))))
|
||||
|
||||
forall (both FinancialOrganization CognitiveAgent) (\BANK -> forall CognitiveAgent (\AGENT -> forall FinancialAccount (\ACCOUNT -> impl (and ( accountHolder(var ? ? ? ACCOUNT)(var ? ? ? AGENT))( accountAt(var ? ? ? ACCOUNT)(var ? ? ? BANK)))( customer(var ? ? ? AGENT)(var ? ? ? BANK)))))
|
||||
|
||||
forall Organization (\ORG -> forall (both CognitiveAgent Entity) (\PERSON2 -> forall (both CognitiveAgent Agent) (\PERSON1 -> equiv ( customerRepresentative(var ? ? ? PERSON1)(var ? ? ? PERSON2)(var ? ? ? ORG))(exists FinancialTransaction (\SERVICE -> and ( employs(var ? ? ? ORG)(var ? ? ? PERSON1))(and ( agent(var ? ? ? SERVICE)(var ? ? ? PERSON1))( destination(var ? ? ? SERVICE)(var ? ? ? PERSON2))))))))
|
||||
|
||||
forall ATMSlot (\SLOT -> exists ATMMachine (\ATM -> hole(var ? ? ? SLOT)(var ? ? ? ATM)))
|
||||
|
||||
forall ATMSlot (\SLOT -> exists Putting (\INSERT -> exists BankCard (\CARD -> and ( patient(var ? ? ? INSERT)(var ? ? ? CARD))( destination(var ? ? ? INSERT)(var ? ? ? SLOT)))))
|
||||
|
||||
forall Fax (\FAX -> exists FaxMachine (\FAXMACHINE -> instrument(var ? ? ? FAX)(var ? ? ? FAXMACHINE)))
|
||||
|
||||
forall Quantity (\AMOUNT1 -> forall Day (\DAY -> forall CurrencyMeasure (\AMOUNT -> forall FinancialAccount (\ACCOUNT -> impl (exists FinancialTransaction (\TRANSACTION -> and ( origin(var ? ? ? TRANSACTION)( el ? ? ? ( CurrencyFn(var ? ? ? ACCOUNT))))(and ( transactionAmount(var ? ? ? TRANSACTION)(var ? ? ? AMOUNT))( date(var ? ? ? TRANSACTION)(var ? ? ? DAY)))))(exists (both CurrencyMeasure Quantity) (\AMOUNT2 -> and ( availableBalance(var ? ? ? ACCOUNT)(var ? ? ? DAY)(var ? ? ? AMOUNT2))( greaterThanOrEqualTo(var ? ? ? AMOUNT1)(var ? ? ? AMOUNT2))))))))
|
||||
|
||||
forall Cash (\CASH -> forall Quantity (\AMOUNT1 -> forall Day (\DAY -> forall CurrencyMeasure (\AMOUNT -> forall FinancialAccount (\ACCOUNT -> impl (exists FinancialTransaction (\TRANSACTION -> and ( origin(var ? ? ? TRANSACTION)( el ? ? ? ( CurrencyFn(var ? ? ? ACCOUNT))))(and ( transactionAmount(var ? ? ? TRANSACTION)(var ? ? ? AMOUNT))(and ( instrument(var ? ? ? TRANSACTION)(var ? ? ? CASH))( date(var ? ? ? TRANSACTION)(var ? ? ? DAY))))))(exists (both CurrencyMeasure Quantity) (\AMOUNT2 -> and ( availableCash(var ? ? ? ACCOUNT)(var ? ? ? DAY)(var ? ? ? AMOUNT2))( greaterThanOrEqualTo(var ? ? ? AMOUNT1)(var ? ? ? AMOUNT2)))))))))
|
||||
|
||||
forall BankStatement (\STATEMENT -> forall FinancialAccount (\ACCOUNT -> impl ( statementAccount(var ? ? ? STATEMENT)(var ? ? ? ACCOUNT))(exists FinancialTransaction (\TRANSACTION -> and (or ( origin(var ? ? ? TRANSACTION)( el ? ? ? ( CurrencyFn(var ? ? ? ACCOUNT))))( destination(var ? ? ? TRANSACTION)( el ? ? ? ( CurrencyFn(var ? ? ? ACCOUNT)))))( realization(var ? ? ? STATEMENT)(var ? ? ? TRANSACTION))))))
|
||||
|
||||
forall FinancialTransaction (\TRANSACTION1 -> forall FinancialTransaction (\TRANSACTION2 -> forall (both BankStatement Process) (\STATEMENT -> forall FinancialAccount (\ACCOUNT -> impl (and ( lastStatement(var ? ? ? ACCOUNT)(var ? ? ? STATEMENT))(and ( not (realization(var ? ? ? STATEMENT)(var ? ? ? TRANSACTION1)))( realization(var ? ? ? STATEMENT)(var ? ? ? TRANSACTION2))))( earlier( el ? ? ? ( WhenFn(var ? ? ? TRANSACTION2)))( el ? ? ? ( WhenFn(var ? ? ? TRANSACTION1))))))))
|
||||
|
||||
forall Loan (\LOAN -> forall (both Interest CurrencyMeasure) (\AMOUNT -> equiv (exists TimeInterval (\PERIOD -> and ( agreementPeriod(var ? ? ? LOAN)(var ? ? ? PERIOD))( interestEarned(var ? ? ? LOAN)(var ? ? ? AMOUNT)(var ? ? ? PERIOD))))( loanInterest(var ? ? ? LOAN)(var ? ? ? AMOUNT))))
|
||||
|
||||
forall Day (\DATE -> forall (both BankStatement Proposition) (\STATEMENT -> impl ( dateOfStatement(var ? ? ? STATEMENT)(var ? ? ? DATE))(exists (both ContentBearingPhysical Physical) (\COPY -> and ( containsInformation(var ? ? ? COPY)(var ? ? ? STATEMENT))( date(var ? ? ? COPY)(var ? ? ? DATE))))))
|
||||
|
||||
forall Day (\DATE -> forall CurrencyMeasure (\BALANCE -> forall FinancialAccount (\ACCOUNT -> impl ( lastStatementBalance(var ? ? ? ACCOUNT)(var ? ? ? BALANCE))(exists BankStatement (\STATEMENT -> and ( lastStatement(var ? ? ? ACCOUNT)(var ? ? ? STATEMENT))(and ( dateOfStatement(var ? ? ? STATEMENT)(var ? ? ? DATE))( currentAccountBalance(var ? ? ? ACCOUNT)(var ? ? ? DATE)(var ? ? ? ACCOUNT))))))))
|
||||
|
||||
forall (both TimeDuration Entity) (\DURATION -> forall TimeInterval (\PERIOD -> forall BankStatement (\STATEMENT -> impl (and ( statementPeriod(var ? ? ? STATEMENT)(var ? ? ? PERIOD))( duration(var ? ? ? PERIOD)(var ? ? ? DURATION)))( equal(var ? ? ? DURATION)(el ? ? ? MonthDuration)))))
|
||||
|
||||
forall (both Day TimeInterval) (\DATE -> forall TimeInterval (\PERIOD -> forall BankStatement (\STATEMENT -> impl (and ( statementPeriod(var ? ? ? STATEMENT)(var ? ? ? PERIOD))( dateOfStatement(var ? ? ? STATEMENT)(var ? ? ? DATE)))( finishes(var ? ? ? DATE)(var ? ? ? PERIOD)))))
|
||||
|
||||
forall FinancialAccount (\ACCOUNT -> forall TimeInterval (\PERIOD -> forall CurrencyMeasure (\INTEREST -> forall BankStatement (\STATEMENT -> impl (and ( statementInterest(var ? ? ? STATEMENT)(var ? ? ? INTEREST))(and ( statementPeriod(var ? ? ? STATEMENT)(var ? ? ? PERIOD))( statementAccount(var ? ? ? STATEMENT)(var ? ? ? ACCOUNT))))(exists Interest (\AMOUNT -> interestEarned(var ? ? ? ACCOUNT)(var ? ? ? AMOUNT)(var ? ? ? PERIOD)))))))
|
||||
|
||||
forall ExternalTransfer (\TRANSFER -> forall FinancialOrganization (\ORGANIZATION1 -> forall FinancialOrganization (\ORGANIZATION2 -> impl (and ( origin(var ? ? ? TRANSFER)(var ? ? ? ORGANIZATION1))( destination(var ? ? ? TRANSFER)(var ? ? ? ORGANIZATION2)))( not (equal(var ? ? ? ORGANIZATION1)(var ? ? ? ORGANIZATION2))))))
|
||||
|
||||
forall ExternalTransfer (\TRANSFER -> forall FinancialOrganization (\ORGANIZATION1 -> forall FinancialOrganization (\ORGANIZATION2 -> forall Entity (\ORGANIZATION2 -> impl (and ( origin(var ? ? ? TRANSFER)(var ? ? ? ORGANIZATION1))( destination(var ? ? ? TRANSFER)(var ? ? ? ORGANIZATION2)))( equal(var ? ? ? ORGANIZATION1)(var ? ? ? ORGANIZATION2))))))
|
||||
|
||||
forall TimeInterval (\PERIOD -> forall (both CurrencyMeasure Interest) (\AMOUNT -> forall (both Loan (both Contract FinancialAccount)) (\LOAN -> impl (and ( loanFeeAmount(var ? ? ? LOAN)(var ? ? ? AMOUNT))( agreementPeriod(var ? ? ? LOAN)(var ? ? ? PERIOD)))( interestEarned(var ? ? ? LOAN)(var ? ? ? AMOUNT)(var ? ? ? PERIOD)))))
|
||||
4
examples/SUMO/axioms/FinancialOntologyHiO.gft
Normal file
4
examples/SUMO/axioms/FinancialOntologyHiO.gft
Normal file
@@ -0,0 +1,4 @@
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> customer x y)
|
||||
|
||||
AsymmetricRelation ? (\x,y -> customer x y)
|
||||
36
examples/SUMO/axioms/FinancialOntologySubRel.gft
Normal file
36
examples/SUMO/axioms/FinancialOntologySubRel.gft
Normal file
@@ -0,0 +1,36 @@
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> accountAt x y) (\x,y -> agreementMember x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> accountHolder x y) (\x,y -> agreementMember x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> maturityDate x y) (\x,y -> expirationDate x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> amountCharged x y) (\x,y -> transactionAmount x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> lender x y) (\x,y -> agreementMember x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> borrower x y) (\x,y -> agreementMember x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> appraisedValue x y) (\x,y -> monetaryValue x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> creditRanking x y) (\x,y -> attribute x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> bondRating x y) (\x,y -> attribute x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> optionHolder x y) (\x,y -> agreementMember x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> optionSeller x y) (\x,y -> agreementMember x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> expirationDate x y) (\x,y -> date x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> effectiveDate x y) (\x,y -> date x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> finalPrice x y) (\x,y -> monetaryValue x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> cardCode x y) (\x,y -> represents x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> pin x y) (\x,y -> represents x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> phoneNumber x y) (\x,y -> refers x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> emailAddress x y) (\x,y -> refers x y)
|
||||
586
examples/SUMO/axioms/Geography.gft
Normal file
586
examples/SUMO/axioms/Geography.gft
Normal file
@@ -0,0 +1,586 @@
|
||||
|
||||
forall Continent (\LAND -> impl ( not (equal(var ? ? ? LAND)(el ? ? ? Antarctica)))( orientation(el ? ? ? Antarctica)(var ? ? ? LAND)(el ? ? ? South)))
|
||||
|
||||
forall GeographicArea (\REGION -> forall Longitude (\LONG -> forall Latitude (\LAT -> impl ( objectGeographicCoordinates( el ? ? ? ( GeographicCenterFn(var ? ? ? REGION)))(var ? ? ? LAT)(var ? ? ? LONG))( objectGeographicCoordinates(var ? ? ? REGION)(var ? ? ? LAT)(var ? ? ? LONG)))))
|
||||
|
||||
forall (both RealNumber Quantity) (\NUMBER -> forall Object (\ANGLE -> impl ( measure(var ? ? ? ANGLE)( el ? ? ? ( MeasureFn(var ? ? ? NUMBER)(el ? ? ? AngularDegree))))( greaterThanOrEqualTo(var ? ? ? NUMBER)(el ? ? ? (toInt 0)))))
|
||||
|
||||
forall (both RealNumber Quantity) (\NUMBER -> forall Object (\ANGLE -> impl ( measure(var ? ? ? ANGLE)( el ? ? ? ( MeasureFn(var ? ? ? NUMBER)(el ? ? ? AngularDegree))))( lessThanOrEqualTo(var ? ? ? NUMBER)(el ? ? ? (toInt 360)))))
|
||||
|
||||
forall (both RealNumber Quantity) (\NUMBER -> forall Object (\ANGLE -> impl ( measure(var ? ? ? ANGLE)( el ? ? ? ( MeasureFn(var ? ? ? NUMBER)(el ? ? ? ArcMinute))))( greaterThanOrEqualTo(var ? ? ? NUMBER)(el ? ? ? (toInt 0)))))
|
||||
|
||||
forall (both RealNumber Quantity) (\NUMBER -> forall Object (\ANGLE -> impl ( measure(var ? ? ? ANGLE)( el ? ? ? ( MeasureFn(var ? ? ? NUMBER)(el ? ? ? ArcMinute))))( lessThanOrEqualTo(var ? ? ? NUMBER)(el ? ? ? (toInt 60)))))
|
||||
|
||||
forall (both RealNumber Quantity) (\DEG -> forall Object (\OBJ -> equiv ( measure(var ? ? ? OBJ)( el ? ? ? ( MeasureFn(var ? ? ? DEG)(el ? ? ? AngularDegree))))( measure(var ? ? ? OBJ)( el ? ? ? ( MeasureFn( el ? ? ? ( MultiplicationFn(el ? ? ? (toInt 60))(var ? ? ? DEG)))(el ? ? ? ArcMinute))))))
|
||||
|
||||
forall (both RealNumber Quantity) (\NUMBER -> forall Object (\ANGLE -> impl ( measure(var ? ? ? ANGLE)( el ? ? ? ( MeasureFn(var ? ? ? NUMBER)(el ? ? ? ArcSecond))))( greaterThanOrEqualTo(var ? ? ? NUMBER)(el ? ? ? (toInt 0)))))
|
||||
|
||||
forall (both RealNumber Quantity) (\NUMBER -> forall Object (\ANGLE -> impl ( measure(var ? ? ? ANGLE)( el ? ? ? ( MeasureFn(var ? ? ? NUMBER)(el ? ? ? ArcSecond))))( lessThanOrEqualTo(var ? ? ? NUMBER)(el ? ? ? (toInt 60)))))
|
||||
|
||||
forall (both RealNumber Quantity) (\DEG -> forall Object (\OBJ -> equiv ( measure(var ? ? ? OBJ)( el ? ? ? ( MeasureFn(var ? ? ? DEG)(el ? ? ? ArcMinute))))( measure(var ? ? ? OBJ)( el ? ? ? ( MeasureFn( el ? ? ? ( MultiplicationFn(el ? ? ? (toInt 60))(var ? ? ? DEG)))(el ? ? ? ArcSecond))))))
|
||||
|
||||
forall (both Entity DirectionalAttribute) (\DIRECTION -> impl (or ( equal(var ? ? ? DIRECTION)(el ? ? ? North))( equal(var ? ? ? DIRECTION)(el ? ? ? South)))( length( el ? ? ? ( LatitudeFn(var ? ? ? DIRECTION)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 0))(el ? ? ? AngularDegree)))( el ? ? ? ( MeasureFn(el ? ? ? (toInt 1))(el ? ? ? ArcMinute)))( el ? ? ? ( MeasureFn(el ? ? ? (toInt 0))(el ? ? ? ArcSecond)))))( el ? ? ? ( MeasureFn(el ? ? ? (toInt 1))(el ? ? ? NauticalMile)))))
|
||||
|
||||
forall GeographicArea (\SUBAREA -> forall (both GeographicArea Object) (\AREA -> forall Physical (\PLACE -> impl (and ( partlyLocated(var ? ? ? PLACE)(var ? ? ? SUBAREA))( geographicSubregion(var ? ? ? SUBAREA)(var ? ? ? AREA)))( partlyLocated(var ? ? ? PLACE)(var ? ? ? AREA)))))
|
||||
|
||||
forall Object (\Z -> forall Object (\Y -> forall Object (\X -> impl (and ( connected(var ? ? ? X)(var ? ? ? Y))( part(var ? ? ? Y)(var ? ? ? Z)))( connected(var ? ? ? X)(var ? ? ? Z)))))
|
||||
|
||||
forall UnitOfArea (\UNIT -> forall (both RealNumber Quantity) (\WATER -> forall (both RealNumber Quantity) (\LAND -> forall (both GeographicArea Region) (\AREA -> impl (and ( landAreaOnly(var ? ? ? AREA)( el ? ? ? ( MeasureFn(var ? ? ? LAND)(var ? ? ? UNIT))))( waterAreaOnly(var ? ? ? AREA)( el ? ? ? ( MeasureFn(var ? ? ? WATER)(var ? ? ? UNIT)))))( totalArea(var ? ? ? AREA)( el ? ? ? ( MeasureFn( el ? ? ? ( AdditionFn(var ? ? ? LAND)(var ? ? ? WATER)))(var ? ? ? UNIT))))))))
|
||||
|
||||
forall SurfaceGroundArea (\EXCLUSIVELANDAREA -> exists WaterArea (\WATERAREA -> part(var ? ? ? WATERAREA)(var ? ? ? EXCLUSIVELANDAREA)))
|
||||
|
||||
forall AreaMeasure (\MEASURE -> forall (both GeographicArea Object) (\AREA -> impl ( landAreaOnly(var ? ? ? AREA)(var ? ? ? MEASURE))(exists SurfaceGroundArea (\LAND -> and ( part(var ? ? ? LAND)(var ? ? ? AREA))( totalArea(var ? ? ? LAND)(var ? ? ? MEASURE))))))
|
||||
|
||||
forall WaterOnlyArea (\EXCLUSIVEWATERAREA -> exists LandArea (\LANDAREA -> part(var ? ? ? LANDAREA)(var ? ? ? EXCLUSIVEWATERAREA)))
|
||||
|
||||
forall AreaMeasure (\MEASURE -> forall (both GeographicArea Object) (\AREA -> impl ( waterAreaOnly(var ? ? ? AREA)(var ? ? ? MEASURE))(exists WaterOnlyArea (\WATER -> and ( part(var ? ? ? WATER)(var ? ? ? AREA))( totalArea(var ? ? ? WATER)(var ? ? ? MEASURE))))))
|
||||
|
||||
forall (both Entity (both RealNumber Quantity)) (\NUM -> impl ( equal(var ? ? ? NUM)( el ? ? ? ( MultiplicationFn(el ? ? ? (toInt 1))(var ? ? ? NUM))))( equal( el ? ? ? ( MeasureFn(var ? ? ? NUM)(el ? ? ? SquareKilometer)))( el ? ? ? ( MeasureFn( el ? ? ? ( MultiplicationFn(var ? ? ? NUM)(el ? ? ? (toInt 1000000))))(el ? ? ? SquareMeter)))))
|
||||
|
||||
forall GeographicArea (\OBJ1 -> forall GeographicArea (\OBJ2 -> equal( el ? ? ? ( BorderFn(var ? ? ? OBJ1)(var ? ? ? OBJ2)))( el ? ? ? ( BorderFn(var ? ? ? OBJ2)(var ? ? ? OBJ1)))))
|
||||
|
||||
forall Object (\TWO -> forall Object (\ONE -> impl ( orientation(var ? ? ? ONE)(var ? ? ? TWO)(el ? ? ? Adjacent))( orientation(var ? ? ? TWO)(var ? ? ? ONE)(el ? ? ? Adjacent))))
|
||||
|
||||
forall Object (\TWO -> forall Object (\ONE -> impl ( orientation(var ? ? ? ONE)(var ? ? ? TWO)(el ? ? ? Near))( orientation(var ? ? ? TWO)(var ? ? ? ONE)(el ? ? ? Near))))
|
||||
|
||||
forall Object (\AREA2 -> forall Object (\AREA1 -> impl ( meetsSpatially(var ? ? ? AREA1)(var ? ? ? AREA2))( not (overlapsSpatially(var ? ? ? AREA1)(var ? ? ? AREA2)))))
|
||||
|
||||
forall (both LengthMeasure PhysicalQuantity) (\M -> forall (both GeographicRegion GeographicArea) (\N2 -> forall (both GeographicRegion GeographicArea) (\N1 -> impl ( sharedBorderLength(var ? ? ? N1)(var ? ? ? N2)(var ? ? ? M))( length( el ? ? ? ( BorderFn(var ? ? ? N1)(var ? ? ? N2)))(var ? ? ? M)))))
|
||||
|
||||
forall Region (\REGION -> superficialPart( el ? ? ? ( InnerBoundaryFn(var ? ? ? REGION)))(var ? ? ? REGION))
|
||||
|
||||
forall Region (\REGION -> superficialPart( el ? ? ? ( OuterBoundaryFn(var ? ? ? REGION)))(var ? ? ? REGION))
|
||||
|
||||
forall UniformPerimeterArea (\AREA -> exists LengthMeasure (\WIDTH -> distance( el ? ? ? ( InnerBoundaryFn(var ? ? ? AREA)))( el ? ? ? ( OuterBoundaryFn(var ? ? ? AREA)))(var ? ? ? WIDTH)))
|
||||
|
||||
forall UniformPerimeterArea (\ZONE -> exists LengthMeasure (\WIDTH -> width(var ? ? ? ZONE)(var ? ? ? WIDTH)))
|
||||
|
||||
forall UniformPerimeterArea (\ZONE -> forall LengthMeasure (\WIDTH -> forall (both Object Physical) (\INNER -> impl ( part(var ? ? ? INNER)( el ? ? ? ( InnerBoundaryFn(var ? ? ? ZONE))))(exists (both Object Physical) (\OUTER -> and ( part(var ? ? ? OUTER)( el ? ? ? ( OuterBoundaryFn(var ? ? ? ZONE))))( distance(var ? ? ? INNER)(var ? ? ? OUTER)(var ? ? ? WIDTH)))))))
|
||||
|
||||
forall LandlockedArea (\AREA -> exists Seacoast (\COAST -> part(var ? ? ? COAST)(var ? ? ? AREA)))
|
||||
|
||||
forall LandlockedArea (\AREA -> forall UnitOfLength (\UNIT -> totalCoastline(var ? ? ? AREA)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 0))(var ? ? ? UNIT)))))
|
||||
|
||||
forall LandlockedArea (\AREA -> exists Ocean (\WATER -> meetsSpatially(var ? ? ? AREA)(var ? ? ? WATER)))
|
||||
|
||||
forall LandlockedArea (\AREA -> forall Ocean (\SEA -> exists SaltWaterArea (\WATER -> and ( part(var ? ? ? WATER)(var ? ? ? SEA))( meetsSpatially(var ? ? ? AREA)(var ? ? ? WATER)))))
|
||||
|
||||
forall LandlockedArea (\AREA -> exists LandArea (\LAND -> meetsSpatially(var ? ? ? AREA)(var ? ? ? LAND)))
|
||||
|
||||
forall MaritimeShelfArea (\ZONE -> forall (both LengthMeasure Quantity) (\WIDTH -> impl ( linearExtent(var ? ? ? ZONE)(var ? ? ? WIDTH))( lessThanOrEqualTo(var ? ? ? WIDTH)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 200))(el ? ? ? NauticalMile))))))
|
||||
|
||||
forall MaritimeShelfArea (\ZONE -> forall ContinentalShelf (\SHELF -> forall Nation (\COUNTRY -> forall Agent (\NATION -> impl (and ( meetsSpatially(var ? ? ? SHELF)(var ? ? ? COUNTRY))( claimedTerritory(var ? ? ? ZONE)(var ? ? ? NATION)))( overlapsSpatially(var ? ? ? ZONE)(var ? ? ? SHELF))))))
|
||||
|
||||
forall MaritimeExclusiveEconomicZone (\ZONE -> forall (both LengthMeasure Quantity) (\WIDTH -> impl ( linearExtent(var ? ? ? ZONE)(var ? ? ? WIDTH))( lessThanOrEqualTo(var ? ? ? WIDTH)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 200))(el ? ? ? NauticalMile))))))
|
||||
|
||||
forall ExclusiveFishingZone (\ZONE -> forall (both LengthMeasure Quantity) (\WIDTH -> impl ( linearExtent(var ? ? ? ZONE)(var ? ? ? WIDTH))( lessThanOrEqualTo(var ? ? ? WIDTH)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 200))(el ? ? ? NauticalMile))))))
|
||||
|
||||
forall ExtendedFishingZone (\ZONE -> forall (both LengthMeasure Quantity) (\WIDTH -> impl ( linearExtent(var ? ? ? ZONE)(var ? ? ? WIDTH))( lessThanOrEqualTo(var ? ? ? WIDTH)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 200))(el ? ? ? NauticalMile))))))
|
||||
|
||||
forall MaritimeContiguousZone (\ZONE -> forall TerritorialSea (\WATER -> forall (both Agent Object) (\AREA -> impl (and ( claimedTerritory(var ? ? ? ZONE)(var ? ? ? AREA))( claimedTerritory(var ? ? ? WATER)(var ? ? ? AREA)))( between(var ? ? ? AREA)(var ? ? ? WATER)(var ? ? ? ZONE)))))
|
||||
|
||||
forall TerritorialSea (\ZONE -> forall (both LengthMeasure Quantity) (\WIDTH -> impl ( linearExtent(var ? ? ? ZONE)(var ? ? ? WIDTH))( lessThanOrEqualTo(var ? ? ? WIDTH)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 12))(el ? ? ? NauticalMile))))))
|
||||
|
||||
forall WetTropicalClimateZone (\AREA -> forall (both LengthMeasure Quantity) (\AMOUNT -> forall Month (\MO -> impl ( averageRainfallForPeriod(var ? ? ? AREA)(var ? ? ? MO)(var ? ? ? AMOUNT))( greaterThanOrEqualTo(var ? ? ? AMOUNT)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 60))( el ? ? ? ( MilliFn(el ? ? ? Meter)))))))))
|
||||
|
||||
forall MediterraneanClimateZone (\AREA -> coolSeasonInArea(var ? ? ? AREA)(desc WinterSeason ? ?))
|
||||
|
||||
forall MediterraneanClimateZone (\AREA -> warmSeasonInArea(var ? ? ? AREA)(desc SummerSeason ? ?))
|
||||
|
||||
forall MediterraneanClimateZone (\AREA -> rainySeasonInArea(var ? ? ? AREA)(desc WinterSeason ? ?))
|
||||
|
||||
forall MediterraneanClimateZone (\AREA -> drySeasonInArea(var ? ? ? AREA)(desc SummerSeason ? ?))
|
||||
|
||||
forall ContinentalClimateZone (\AREA -> coldSeasonInArea(var ? ? ? AREA)(desc WinterSeason ? ?))
|
||||
|
||||
forall ContinentalClimateZone (\AREA -> hotSeasonInArea(var ? ? ? AREA)(desc SummerSeason ? ?))
|
||||
|
||||
forall MidlatitudeContinentalClimateZone (\AREA -> coolSeasonInArea(var ? ? ? AREA)(desc WinterSeason ? ?))
|
||||
|
||||
forall MidlatitudeContinentalClimateZone (\AREA -> hotSeasonInArea(var ? ? ? AREA)(desc SummerSeason ? ?))
|
||||
|
||||
forall PolarTypeFClimateZone (\AREA -> forall TimePosition (\TIME -> forall (both TemperatureMeasure Quantity) (\TEMP -> impl ( holdsDuring(var ? ? ? TIME)( airTemperature(var ? ? ? AREA)(var ? ? ? TEMP)))( holdsDuring(var ? ? ? TIME)( greaterThan( el ? ? ? ( MeasureFn(el ? ? ? (toInt 10))(el ? ? ? CelsiusDegree)))(var ? ? ? TEMP))))))
|
||||
|
||||
forall (both TerrainAttribute Attribute) (\ATTRIBUTE -> forall (both GeographicArea Object) (\AREA -> impl ( terrainInArea(var ? ? ? AREA)(var ? ? ? ATTRIBUTE))(exists GeographicArea (\REGION -> and ( attribute(var ? ? ? REGION)(var ? ? ? ATTRIBUTE))( partlyLocated(var ? ? ? REGION)(var ? ? ? AREA))))))
|
||||
|
||||
forall GeographicArea (\AREA -> forall TerrainAttribute (\ATTRIBUTE -> forall (both Object Physical) (\REGION -> impl (and ( attribute(var ? ? ? REGION)(var ? ? ? ATTRIBUTE))( partlyLocated(var ? ? ? REGION)(var ? ? ? AREA)))( terrainInArea(var ? ? ? AREA)(var ? ? ? ATTRIBUTE)))))
|
||||
|
||||
forall (both NonnegativeRealNumber Quantity) (\SLOPE -> forall (both Object LandArea) (\ZONE -> forall Object (\AREA -> impl (and ( attribute(var ? ? ? AREA)(el ? ? ? FlatTerrain))(and ( part(var ? ? ? ZONE)(var ? ? ? AREA))( slopeGradient(var ? ? ? ZONE)(var ? ? ? SLOPE))))( greaterThan(el ? ? ? (toRealNum 0.005))(var ? ? ? SLOPE)))))
|
||||
|
||||
forall (both NonnegativeRealNumber Quantity) (\SLOPE -> forall (both Object LandArea) (\ZONE -> forall Object (\AREA -> impl (and ( attribute(var ? ? ? AREA)(el ? ? ? LowTerrain))(and ( part(var ? ? ? ZONE)(var ? ? ? AREA))( slopeGradient(var ? ? ? ZONE)(var ? ? ? SLOPE))))( greaterThan(el ? ? ? (toRealNum 0.03))(var ? ? ? SLOPE)))))
|
||||
|
||||
forall (both NonnegativeRealNumber Quantity) (\SLOPE -> forall Object (\AREA -> impl ( attribute(var ? ? ? AREA)(el ? ? ? SteepTerrain))(exists (both Object LandArea) (\ZONE -> and ( part(var ? ? ? ZONE)(var ? ? ? AREA))(and ( slopeGradient(var ? ? ? ZONE)(var ? ? ? SLOPE))( greaterThan(var ? ? ? SLOPE)(el ? ? ? (toRealNum 0.1))))))))
|
||||
|
||||
forall Object (\AREA -> impl ( attribute(var ? ? ? AREA)(el ? ? ? MountainousTerrain))(exists Mountain (\MTN -> part(var ? ? ? MTN)(var ? ? ? AREA))))
|
||||
|
||||
forall Object (\AREA -> impl ( attribute(var ? ? ? AREA)(el ? ? ? MountainousTerrain))(exists Mountain (\MTN -> located(var ? ? ? MTN)(var ? ? ? AREA))))
|
||||
|
||||
forall MountainRange (\AREA -> attribute(var ? ? ? AREA)(el ? ? ? MountainousTerrain))
|
||||
|
||||
forall Object (\AREA -> impl ( attribute(var ? ? ? AREA)(el ? ? ? FertileTerrain))( forall Agriculture (\AGRICULTURE -> located (var ? ? ? AGRICULTURE) (var ? ? ? AREA))))
|
||||
|
||||
forall Soil (\SOIL -> forall LandArea (\AREA -> impl (and ( attribute(var ? ? ? SOIL)(el ? ? ? Red))( component(var ? ? ? SOIL)(var ? ? ? AREA)))( attribute(var ? ? ? AREA)(el ? ? ? FertileTerrain))))
|
||||
|
||||
forall Soil (\SOIL -> forall LandArea (\AREA -> impl (and ( attribute(var ? ? ? SOIL)(el ? ? ? Yellow))( component(var ? ? ? SOIL)(var ? ? ? AREA)))( not (attribute(var ? ? ? AREA)(el ? ? ? FertileTerrain)))))
|
||||
|
||||
forall GeographicArea (\AREA -> forall Volcano (\CONE -> impl ( attribute(var ? ? ? CONE)(el ? ? ? VolcanicallyActive))( not (attribute(var ? ? ? AREA)(el ? ? ? GeologicallyStable)))))
|
||||
|
||||
forall GeographicArea (\AREA -> forall VolcanicEruption (\BLOW -> impl ( located(var ? ? ? BLOW)(var ? ? ? AREA))( not (attribute(var ? ? ? AREA)(el ? ? ? GeologicallyStable)))))
|
||||
|
||||
forall GeographicArea (\AREA -> forall EarthTremor (\SHAKING -> impl ( located(var ? ? ? SHAKING)(var ? ? ? AREA))( not (attribute(var ? ? ? AREA)(el ? ? ? GeologicallyStable)))))
|
||||
|
||||
forall GeographicArea (\AREA -> forall GeologicalFault (\FAULT -> impl ( located(var ? ? ? FAULT)(var ? ? ? AREA))( not (attribute(var ? ? ? AREA)(el ? ? ? GeologicallyStable)))))
|
||||
|
||||
forall LengthMeasure (\HEIGHT -> forall (both Object Physical) (\OBJECT -> impl ( elevation(var ? ? ? OBJECT)(var ? ? ? HEIGHT))(exists GeographicArea (\PLACE -> located(var ? ? ? OBJECT)(var ? ? ? PLACE)))))
|
||||
|
||||
forall GeographicArea (\PLACE -> forall LengthMeasure (\HEIGHT -> forall (both Object Physical) (\OBJECT -> impl (and ( elevation(var ? ? ? OBJECT)(var ? ? ? HEIGHT))( located(var ? ? ? OBJECT)(var ? ? ? PLACE)))( superficialPart(var ? ? ? PLACE)(el ? ? ? PlanetEarth)))))
|
||||
|
||||
forall LengthMeasure (\HEIGHT -> forall (both Object Physical) (\OBJECT -> impl ( elevation(var ? ? ? OBJECT)(var ? ? ? HEIGHT))(exists (both Object Physical) (\DATUM -> and ( properPart(var ? ? ? DATUM)(el ? ? ? SeaLevel))(and ( orientation(var ? ? ? OBJECT)(var ? ? ? DATUM)(el ? ? ? Vertical))( distance(var ? ? ? OBJECT)(var ? ? ? DATUM)(var ? ? ? HEIGHT)))))))
|
||||
|
||||
forall LandForm (\OBJECT -> forall UnitOfLength (\UNIT -> forall RealNumber (\NUM -> impl ( elevation(var ? ? ? OBJECT)( el ? ? ? ( MeasureFn(var ? ? ? NUM)(var ? ? ? UNIT))))(exists (both SelfConnectedObject Physical) (\HIGHPOINT -> and ( top(var ? ? ? HIGHPOINT)(var ? ? ? OBJECT))( distance(var ? ? ? HIGHPOINT)(el ? ? ? SeaLevel)( el ? ? ? ( MeasureFn(var ? ? ? NUM)(var ? ? ? UNIT)))))))))
|
||||
|
||||
forall GeographicArea (\AREA -> forall (both LengthMeasure Quantity) (\ELEV1 -> impl (and ( geographicSubregion( el ? ? ? ( ElevationLowPointFn(var ? ? ? AREA)))(var ? ? ? AREA))( elevation( el ? ? ? ( ElevationLowPointFn(var ? ? ? AREA)))(var ? ? ? ELEV1)))(exists (both LengthMeasure Quantity) (\ELEV2 -> not (exists (both GeographicArea (both Entity Object)) (\OTHER -> and ( geographicSubregion(var ? ? ? OTHER)(var ? ? ? AREA))(and ( not (equal(var ? ? ? OTHER)( el ? ? ? ( ElevationLowPointFn(var ? ? ? AREA)))))(and ( elevation(var ? ? ? OTHER)(var ? ? ? ELEV2))( lessThan(var ? ? ? ELEV2)(var ? ? ? ELEV1))))))))))
|
||||
|
||||
forall GeographicArea (\AREA -> forall (both LengthMeasure Quantity) (\ELEV1 -> impl (and ( geographicSubregion( el ? ? ? ( ElevationHighPointFn(var ? ? ? AREA)))(var ? ? ? AREA))( elevation( el ? ? ? ( ElevationHighPointFn(var ? ? ? AREA)))(var ? ? ? ELEV1)))(exists (both LengthMeasure Quantity) (\ELEV2 -> not (exists (both GeographicArea (both Entity Object)) (\OTHER -> and ( geographicSubregion(var ? ? ? OTHER)(var ? ? ? AREA))(and ( not (equal(var ? ? ? OTHER)( el ? ? ? ( ElevationHighPointFn(var ? ? ? AREA)))))(and ( elevation(var ? ? ? OTHER)(var ? ? ? ELEV2))( greaterThan(var ? ? ? ELEV2)(var ? ? ? ELEV1))))))))))
|
||||
|
||||
forall NaturalGas (\GAS -> attribute(var ? ? ? GAS)(el ? ? ? Gas))
|
||||
|
||||
forall AreaMeasure (\TOTAL -> forall (both Entity ConstantQuantity) (\AMOUNT -> forall (both ConstantQuantity Quantity) (\FRACTION -> forall (both GeographicArea Region) (\REGION -> impl (and ( arableLandArea(var ? ? ? REGION)(var ? ? ? FRACTION))(and ( greaterThanOrEqualTo(var ? ? ? FRACTION)(el ? ? ? (toInt 0)))(and ( totalArea(var ? ? ? REGION)(var ? ? ? TOTAL))( equal(var ? ? ? AMOUNT)( el ? ? ? ( MultiplicationFn(var ? ? ? FRACTION)(var ? ? ? TOTAL)))))))( arableLandArea(var ? ? ? REGION)(var ? ? ? AMOUNT))))))
|
||||
|
||||
forall UnitOfArea (\UNIT -> forall (both Entity ConstantQuantity) (\AMOUNT -> forall (both RealNumber Quantity) (\TOTAL -> forall (both ConstantQuantity Quantity) (\FRACTION -> forall (both GeographicArea Region) (\REGION -> impl (and ( arableLandArea(var ? ? ? REGION)(var ? ? ? FRACTION))(and ( greaterThanOrEqualTo(var ? ? ? FRACTION)(el ? ? ? (toInt 0)))(and ( totalArea(var ? ? ? REGION)( el ? ? ? ( MeasureFn(var ? ? ? TOTAL)(var ? ? ? UNIT))))( equal(var ? ? ? AMOUNT)( el ? ? ? ( MeasureFn( el ? ? ? ( MultiplicationFn(var ? ? ? FRACTION)(var ? ? ? TOTAL)))(var ? ? ? UNIT)))))))( arableLandArea(var ? ? ? REGION)(var ? ? ? AMOUNT)))))))
|
||||
|
||||
forall UnitOfArea (\UNIT -> forall (both RealNumber Quantity) (\TOTAL -> forall (both ConstantQuantity Quantity) (\FRACTION -> forall (both GeographicArea Region) (\REGION -> impl (and ( arableLandArea(var ? ? ? REGION)(var ? ? ? FRACTION))(and ( greaterThanOrEqualTo(var ? ? ? FRACTION)(el ? ? ? (toInt 0)))( totalArea(var ? ? ? REGION)( el ? ? ? ( MeasureFn(var ? ? ? TOTAL)(var ? ? ? UNIT))))))(exists ArableLand (\ARABLE -> and ( geographicSubregion(var ? ? ? ARABLE)(var ? ? ? REGION))( measure(var ? ? ? ARABLE)( el ? ? ? ( MeasureFn( el ? ? ? ( MultiplicationFn(var ? ? ? FRACTION)(var ? ? ? TOTAL)))(var ? ? ? UNIT))))))))))
|
||||
|
||||
forall AreaMeasure (\TOTAL -> forall (both Entity ConstantQuantity) (\AMOUNT -> forall (both ConstantQuantity Quantity) (\FRACTION -> forall (both GeographicArea Region) (\REGION -> impl (and ( permanentCropLandArea(var ? ? ? REGION)(var ? ? ? FRACTION))(and ( greaterThanOrEqualTo(var ? ? ? FRACTION)(el ? ? ? (toInt 0)))(and ( totalArea(var ? ? ? REGION)(var ? ? ? TOTAL))( equal(var ? ? ? AMOUNT)( el ? ? ? ( MultiplicationFn(var ? ? ? FRACTION)(var ? ? ? TOTAL)))))))( permanentCropLandArea(var ? ? ? REGION)(var ? ? ? AMOUNT))))))
|
||||
|
||||
forall UnitOfArea (\UNIT -> forall (both Entity ConstantQuantity) (\AMOUNT -> forall (both RealNumber Quantity) (\TOTAL -> forall (both ConstantQuantity Quantity) (\FRACTION -> forall (both GeographicArea Region) (\REGION -> impl (and ( permanentCropLandArea(var ? ? ? REGION)(var ? ? ? FRACTION))(and ( greaterThanOrEqualTo(var ? ? ? FRACTION)(el ? ? ? (toInt 0)))(and ( totalArea(var ? ? ? REGION)( el ? ? ? ( MeasureFn(var ? ? ? TOTAL)(var ? ? ? UNIT))))( equal(var ? ? ? AMOUNT)( el ? ? ? ( MeasureFn( el ? ? ? ( MultiplicationFn(var ? ? ? FRACTION)(var ? ? ? TOTAL)))(var ? ? ? UNIT)))))))( permanentCropLandArea(var ? ? ? REGION)(var ? ? ? AMOUNT)))))))
|
||||
|
||||
forall UnitOfArea (\UNIT -> forall (both RealNumber Quantity) (\TOTAL -> forall (both ConstantQuantity Quantity) (\FRACTION -> forall (both GeographicArea Region) (\REGION -> impl (and ( permanentCropLandArea(var ? ? ? REGION)(var ? ? ? FRACTION))(and ( greaterThanOrEqualTo(var ? ? ? FRACTION)(el ? ? ? (toInt 0)))( totalArea(var ? ? ? REGION)( el ? ? ? ( MeasureFn(var ? ? ? TOTAL)(var ? ? ? UNIT))))))(exists PermanentCropLand (\PERMCROP -> and ( geographicSubregion(var ? ? ? PERMCROP)(var ? ? ? REGION))( measure(var ? ? ? PERMCROP)( el ? ? ? ( MeasureFn( el ? ? ? ( MultiplicationFn(var ? ? ? FRACTION)(var ? ? ? TOTAL)))(var ? ? ? UNIT))))))))))
|
||||
|
||||
forall AreaMeasure (\TOTAL -> forall (both Entity ConstantQuantity) (\AMOUNT -> forall (both ConstantQuantity Quantity) (\FRACTION -> forall (both GeographicArea Region) (\REGION -> impl (and ( otherLandUseArea(var ? ? ? REGION)(var ? ? ? FRACTION))(and ( greaterThanOrEqualTo(var ? ? ? FRACTION)(el ? ? ? (toInt 0)))(and ( totalArea(var ? ? ? REGION)(var ? ? ? TOTAL))( equal(var ? ? ? AMOUNT)( el ? ? ? ( MultiplicationFn(var ? ? ? FRACTION)(var ? ? ? TOTAL)))))))( otherLandUseArea(var ? ? ? REGION)(var ? ? ? AMOUNT))))))
|
||||
|
||||
forall UnitOfArea (\UNIT -> forall (both Entity ConstantQuantity) (\AMOUNT -> forall (both RealNumber Quantity) (\TOTAL -> forall (both ConstantQuantity Quantity) (\FRACTION -> forall (both GeographicArea Region) (\REGION -> impl (and ( otherLandUseArea(var ? ? ? REGION)(var ? ? ? FRACTION))(and ( greaterThanOrEqualTo(var ? ? ? FRACTION)(el ? ? ? (toInt 0)))(and ( totalArea(var ? ? ? REGION)( el ? ? ? ( MeasureFn(var ? ? ? TOTAL)(var ? ? ? UNIT))))( equal(var ? ? ? AMOUNT)( el ? ? ? ( MeasureFn( el ? ? ? ( MultiplicationFn(var ? ? ? FRACTION)(var ? ? ? TOTAL)))(var ? ? ? UNIT)))))))( otherLandUseArea(var ? ? ? REGION)(var ? ? ? AMOUNT)))))))
|
||||
|
||||
forall AreaMeasure (\AMOUNT -> forall AreaMeasure (\TOTAL -> forall (both Entity ConstantQuantity) (\FRACTION -> forall (both GeographicArea Region) (\REGION -> impl (and ( irrigatedLandArea(var ? ? ? REGION)(var ? ? ? AMOUNT))(and ( totalArea(var ? ? ? REGION)(var ? ? ? TOTAL))( equal(var ? ? ? FRACTION)( el ? ? ? ( DivisionFn(var ? ? ? AMOUNT)(var ? ? ? TOTAL))))))( irrigatedLandArea(var ? ? ? REGION)(var ? ? ? FRACTION))))))
|
||||
|
||||
forall UnitOfArea (\UNIT -> forall (both Entity ConstantQuantity) (\FRACTION -> forall (both RealNumber Quantity) (\TOTAL -> forall (both RealNumber Quantity) (\AMOUNT -> forall (both GeographicArea Region) (\REGION -> impl (and ( irrigatedLandArea(var ? ? ? REGION)( el ? ? ? ( MeasureFn(var ? ? ? AMOUNT)(var ? ? ? UNIT))))(and ( totalArea(var ? ? ? REGION)( el ? ? ? ( MeasureFn(var ? ? ? TOTAL)(var ? ? ? UNIT))))( equal(var ? ? ? FRACTION)( el ? ? ? ( DivisionFn(var ? ? ? AMOUNT)(var ? ? ? TOTAL))))))( irrigatedLandArea(var ? ? ? REGION)(var ? ? ? FRACTION)))))))
|
||||
|
||||
forall UnitOfArea (\UNIT -> forall Object (\PERMCROP -> forall RealNumber (\AMOUNT -> forall GeographicArea (\REGION -> impl ( irrigatedLandArea(var ? ? ? REGION)( el ? ? ? ( MeasureFn(var ? ? ? AMOUNT)(var ? ? ? UNIT))))(exists IrrigatedLand (\IRRLAND -> and ( geographicSubregion(var ? ? ? IRRLAND)(var ? ? ? REGION))( measure(var ? ? ? PERMCROP)( el ? ? ? ( MeasureFn(var ? ? ? AMOUNT)(var ? ? ? UNIT))))))))))
|
||||
|
||||
forall Drought (\DRYSPELL -> forall Object (\AREA -> impl ( exactlyLocated(var ? ? ? DRYSPELL)(var ? ? ? AREA))(exists Raining (\RAIN -> exists Region (\PLACE -> and ( located(var ? ? ? RAIN)(var ? ? ? PLACE))(and ( overlapsSpatially(var ? ? ? PLACE)(var ? ? ? AREA))( overlapsTemporally(var ? ? ? RAIN)(var ? ? ? DRYSPELL))))))))
|
||||
|
||||
forall Earthquake (\QUAKE -> exists EarthTremor (\TREMOR -> subProcess(var ? ? ? TREMOR)(var ? ? ? QUAKE)))
|
||||
|
||||
forall Aftershock (\SHOCK -> forall Object (\PLACE -> impl ( located(var ? ? ? SHOCK)(var ? ? ? PLACE))(exists EarthTremor (\TREMOR -> and ( located(var ? ? ? TREMOR)(var ? ? ? PLACE))( before( el ? ? ? ( WhenFn(var ? ? ? TREMOR)))( el ? ? ? ( WhenFn(var ? ? ? SHOCK))))))))
|
||||
|
||||
forall Earthquake (\QUAKE -> forall RealNumber (\VALUE -> impl ( measure(var ? ? ? QUAKE)( el ? ? ? ( MeasureFn(var ? ? ? VALUE)(el ? ? ? RichterMagnitude))))(exists EarthTremor (\TREMOR -> and ( subProcess(var ? ? ? TREMOR)(var ? ? ? QUAKE))( measure(var ? ? ? TREMOR)( el ? ? ? ( MeasureFn(var ? ? ? VALUE)(el ? ? ? RichterMagnitude))))))))
|
||||
|
||||
forall EarthTremor (\QUAKE -> exists GeologicalFault (\FAULT -> origin(var ? ? ? QUAKE)(var ? ? ? FAULT)))
|
||||
|
||||
forall Earthquake (\QUAKE -> exists GeologicalFault (\FAULT -> origin(var ? ? ? QUAKE)(var ? ? ? FAULT)))
|
||||
|
||||
forall ForestFire (\FIRE -> exists Forest (\FOREST -> and ( located(var ? ? ? FIRE)(var ? ? ? FOREST))( patient(var ? ? ? FIRE)(var ? ? ? FOREST))))
|
||||
|
||||
forall GrassFire (\FIRE -> exists Grass (\GRASS -> and ( located(var ? ? ? FIRE)(var ? ? ? GRASS))( patient(var ? ? ? FIRE)(var ? ? ? GRASS))))
|
||||
|
||||
forall VolcanicEruption (\ERUPTING -> exists Volcano (\VOLCANO -> located(var ? ? ? ERUPTING)(var ? ? ? VOLCANO)))
|
||||
|
||||
forall VolcanicEruption (\ERUPTING -> exists Heating (\HEATING -> subProcess(var ? ? ? HEATING)(var ? ? ? ERUPTING)))
|
||||
|
||||
forall (both RealNumber Quantity) (\PH -> forall Object (\SOLUTION -> impl ( measure(var ? ? ? SOLUTION)( el ? ? ? ( MeasureFn(var ? ? ? PH)(el ? ? ? PHValue))))( lessThanOrEqualTo(var ? ? ? PH)(el ? ? ? (toInt 14)))))
|
||||
|
||||
forall (both RealNumber Quantity) (\PH -> forall Object (\SOLUTION -> impl ( measure(var ? ? ? SOLUTION)( el ? ? ? ( MeasureFn(var ? ? ? PH)(el ? ? ? PHValue))))( greaterThanOrEqualTo(var ? ? ? PH)(el ? ? ? (toInt 0)))))
|
||||
|
||||
forall Process (\RAINFALL -> forall Water (\RAIN -> forall (both RealNumber Quantity) (\PH -> impl (and ( patient(var ? ? ? RAINFALL)(var ? ? ? RAIN))( measure(var ? ? ? RAIN)( el ? ? ? ( MeasureFn(var ? ? ? PH)(el ? ? ? PHValue)))))( lessThan(var ? ? ? PH)(el ? ? ? (toRealNum 5.6))))))
|
||||
|
||||
forall Reforestation (\RESTORE -> exists BotanicalTree (\TREE -> and ( attribute(var ? ? ? TREE)(el ? ? ? NonFullyFormed))( patient(var ? ? ? RESTORE)(var ? ? ? TREE))))
|
||||
|
||||
forall Effluent (\STUFF -> attribute(var ? ? ? STUFF)(el ? ? ? Fluid))
|
||||
|
||||
forall Erosion (\WEARING -> exists LandForm (\LAND -> patient(var ? ? ? WEARING)(var ? ? ? LAND)))
|
||||
|
||||
forall Erosion (\WEARING -> forall LandForm (\LAND -> forall VolumeMeasure (\SIZE1 -> impl (and ( patient(var ? ? ? WEARING)(var ? ? ? LAND))( measure(var ? ? ? LAND)(var ? ? ? SIZE1)))( holdsDuring( el ? ? ? ( ImmediateFutureFn( el ? ? ? ( WhenFn(var ? ? ? WEARING)))))(exists VolumeMeasure (\SIZE2 -> and ( measure(var ? ? ? LAND)(var ? ? ? SIZE2))( lessThan(var ? ? ? SIZE2)(var ? ? ? SIZE1))))))))
|
||||
|
||||
forall ForestDamage (\HARMING -> exists BotanicalTree (\TREE -> patient(var ? ? ? HARMING)(var ? ? ? TREE)))
|
||||
|
||||
forall Salination (\PROCESS -> exists SodiumChloride (\SALT -> resourceS(var ? ? ? PROCESS)(var ? ? ? SALT)))
|
||||
|
||||
forall SoilSalination (\PROCESS -> exists Soil (\SOIL -> resourceS(var ? ? ? PROCESS)(var ? ? ? SOIL)))
|
||||
|
||||
forall Agreement (\COMPACT -> exists Committing (\COMM -> represents(var ? ? ? COMM)(var ? ? ? COMPACT)))
|
||||
|
||||
forall InternationalAgreement (\AGREEMENT -> forall Committing (\COMMITTING -> impl ( represents(var ? ? ? COMMITTING)(var ? ? ? AGREEMENT))(exists Nation (\AGENT -> agent(var ? ? ? COMMITTING)(var ? ? ? AGENT)))))
|
||||
|
||||
forall Proposition (\PROP -> forall ContentBearingObject (\CBO -> forall Communication (\COMM -> impl (and ( containsInformation(var ? ? ? CBO)(var ? ? ? PROP))( patient(var ? ? ? COMM)(var ? ? ? CBO)))( represents(var ? ? ? COMM)(var ? ? ? PROP)))))
|
||||
|
||||
forall TreatyDocument (\TREATY -> exists Committing (\COMM -> exists GeopoliticalArea (\COUNTRY1 -> exists GeopoliticalArea (\COUNTRY2 -> and ( patient(var ? ? ? COMM)(var ? ? ? TREATY))(and ( agent(var ? ? ? COMM)(var ? ? ? COUNTRY1))(and ( agent(var ? ? ? COMM)(var ? ? ? COUNTRY2))( not (equal(var ? ? ? COUNTRY1)(var ? ? ? COUNTRY2)))))))))
|
||||
|
||||
forall Proposition (\CONTENT -> forall Agent (\AGENT -> impl ( partyToAgreement(var ? ? ? AGENT)(var ? ? ? CONTENT))(exists Committing (\COMMITTING -> exists ContentBearingObject (\CBO -> and ( patient(var ? ? ? COMMITTING)(var ? ? ? CBO))(and ( containsInformation(var ? ? ? CBO)(var ? ? ? CONTENT))( agent(var ? ? ? COMMITTING)(var ? ? ? AGENT))))))))
|
||||
|
||||
forall Proposition (\PROP -> forall Agent (\AGENT -> impl ( unratifiedSignatoryToAgreement(var ? ? ? AGENT)(var ? ? ? PROP))( not (partyToAgreement(var ? ? ? AGENT)(var ? ? ? PROP)))))
|
||||
|
||||
forall SigningADocument (\SIGNING -> exists LinguisticExpression (\DOC -> exists Agreement (\TERMS -> and ( containsInformation(var ? ? ? DOC)(var ? ? ? TERMS))( patient(var ? ? ? SIGNING)(var ? ? ? DOC)))))
|
||||
|
||||
forall Satellite (\SAT -> forall AstronomicalBody (\FOCUS -> exists AstronomicalBody (\BODY -> orbits(var ? ? ? SAT)(var ? ? ? FOCUS))))
|
||||
|
||||
forall Hemisphere (\AREA -> geographicSubregion(var ? ? ? AREA)(el ? ? ? PlanetEarth))
|
||||
|
||||
forall Hemisphere (\HEMISPHERE -> or ( equal(var ? ? ? HEMISPHERE)(el ? ? ? NorthernHemisphere))(or ( equal(var ? ? ? HEMISPHERE)(el ? ? ? SouthernHemisphere))(or ( equal(var ? ? ? HEMISPHERE)(el ? ? ? EasternHemisphere))( equal(var ? ? ? HEMISPHERE)(el ? ? ? WesternHemisphere)))))
|
||||
|
||||
forall Region (\TWO -> forall (both Object Physical) (\ONE -> impl ( overlapsSpatially(var ? ? ? ONE)(var ? ? ? TWO))( partlyLocated(var ? ? ? ONE)(var ? ? ? TWO))))
|
||||
|
||||
forall Continent (\CONTINENT -> or ( equal(el ? ? ? Africa)(var ? ? ? CONTINENT))(or ( equal(el ? ? ? NorthAmerica)(var ? ? ? CONTINENT))(or ( equal(el ? ? ? SouthAmerica)(var ? ? ? CONTINENT))(or ( equal(el ? ? ? Antarctica)(var ? ? ? CONTINENT))(or ( equal(el ? ? ? Europe)(var ? ? ? CONTINENT))(or ( equal(el ? ? ? Asia)(var ? ? ? CONTINENT))( equal(el ? ? ? Oceania)(var ? ? ? CONTINENT))))))))
|
||||
|
||||
forall Continent (\AREA -> geographicSubregion(var ? ? ? AREA)(el ? ? ? PlanetEarth))
|
||||
|
||||
forall PositionalAttribute (\DIR -> forall PositionalAttribute (\OPPDIR -> forall Object (\OBJ2 -> forall Object (\OBJ1 -> impl (and ( orientation(var ? ? ? OBJ1)(var ? ? ? OBJ2)(var ? ? ? DIR))( oppositeDirection(var ? ? ? DIR)(var ? ? ? OPPDIR)))( orientation(var ? ? ? OBJ2)(var ? ? ? OBJ1)(var ? ? ? OPPDIR))))))
|
||||
|
||||
forall PositionalAttribute (\DIR2 -> forall PositionalAttribute (\DIR1 -> impl ( oppositeDirection(var ? ? ? DIR1)(var ? ? ? DIR2))( contraryAttribute (ConsEl Attribute (var ? ? ? DIR1)(ConsEl Attribute (var ? ? ? DIR2) (BaseEl Attribute))))))
|
||||
|
||||
forall Object (\OBJ2 -> forall Object (\OBJ1 -> equiv ( orientation(var ? ? ? OBJ1)(var ? ? ? OBJ2)(el ? ? ? Northeast))(and ( orientation(var ? ? ? OBJ1)(var ? ? ? OBJ2)(el ? ? ? North))( orientation(var ? ? ? OBJ1)(var ? ? ? OBJ2)(el ? ? ? East)))))
|
||||
|
||||
forall Object (\OBJ2 -> forall Object (\OBJ1 -> equiv ( orientation(var ? ? ? OBJ1)(var ? ? ? OBJ2)(el ? ? ? Southeast))(and ( orientation(var ? ? ? OBJ1)(var ? ? ? OBJ2)(el ? ? ? South))( orientation(var ? ? ? OBJ1)(var ? ? ? OBJ2)(el ? ? ? East)))))
|
||||
|
||||
forall Object (\OBJ2 -> forall Object (\OBJ1 -> equiv ( orientation(var ? ? ? OBJ1)(var ? ? ? OBJ2)(el ? ? ? Southwest))(and ( orientation(var ? ? ? OBJ1)(var ? ? ? OBJ2)(el ? ? ? South))( orientation(var ? ? ? OBJ1)(var ? ? ? OBJ2)(el ? ? ? West)))))
|
||||
|
||||
forall Object (\OBJ2 -> forall Object (\OBJ1 -> equiv ( orientation(var ? ? ? OBJ1)(var ? ? ? OBJ2)(el ? ? ? Northwest))(and ( orientation(var ? ? ? OBJ1)(var ? ? ? OBJ2)(el ? ? ? North))( orientation(var ? ? ? OBJ1)(var ? ? ? OBJ2)(el ? ? ? West)))))
|
||||
|
||||
forall (both Physical Object) (\OBJ2 -> forall (both Physical Object) (\OBJ1 -> equiv ( courseWRTTrueNorth(var ? ? ? OBJ1)(var ? ? ? OBJ2)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 180))(el ? ? ? AngularDegree))))( orientation(var ? ? ? OBJ1)(var ? ? ? OBJ2)(el ? ? ? South))))
|
||||
|
||||
forall (both Physical Object) (\OBJ2 -> forall (both Physical Object) (\OBJ1 -> equiv ( courseWRTTrueNorth(var ? ? ? OBJ1)(var ? ? ? OBJ2)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 270))(el ? ? ? AngularDegree))))( orientation(var ? ? ? OBJ1)(var ? ? ? OBJ2)(el ? ? ? West))))
|
||||
|
||||
forall (both Physical Object) (\OBJ2 -> forall (both Physical Object) (\OBJ1 -> equiv ( courseWRTTrueNorth(var ? ? ? OBJ1)(var ? ? ? OBJ2)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 360))(el ? ? ? AngularDegree))))( orientation(var ? ? ? OBJ1)(var ? ? ? OBJ2)(el ? ? ? North))))
|
||||
|
||||
forall (both Physical Object) (\OBJ2 -> forall (both Physical Object) (\OBJ1 -> equiv ( courseWRTTrueNorth(var ? ? ? OBJ1)(var ? ? ? OBJ2)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 135))(el ? ? ? AngularDegree))))( orientation(var ? ? ? OBJ1)(var ? ? ? OBJ2)(el ? ? ? Southeast))))
|
||||
|
||||
forall (both Physical Object) (\OBJ2 -> forall (both Physical Object) (\OBJ1 -> equiv ( courseWRTTrueNorth(var ? ? ? OBJ1)(var ? ? ? OBJ2)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 225))(el ? ? ? AngularDegree))))( orientation(var ? ? ? OBJ1)(var ? ? ? OBJ2)(el ? ? ? Southwest))))
|
||||
|
||||
forall (both Physical Object) (\OBJ2 -> forall (both Physical Object) (\OBJ1 -> equiv ( courseWRTTrueNorth(var ? ? ? OBJ1)(var ? ? ? OBJ2)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 315))(el ? ? ? AngularDegree))))( orientation(var ? ? ? OBJ1)(var ? ? ? OBJ2)(el ? ? ? Northwest))))
|
||||
|
||||
forall (both DirectionalAttribute Entity) (\DIRECTION -> forall PlaneAngleMeasure (\DEGREE -> forall GeographicArea (\AREA -> impl ( magneticVariation(var ? ? ? AREA)(var ? ? ? DEGREE)(var ? ? ? DIRECTION))(or ( equal(var ? ? ? DIRECTION)(el ? ? ? East))( equal(var ? ? ? DIRECTION)(el ? ? ? West))))))
|
||||
|
||||
forall (both DirectionalAttribute Entity) (\DIRECTION -> forall (both PlaneAngleMeasure Quantity) (\DEGREE -> forall (both Object GeographicArea) (\AREA -> forall (both PlaneAngleMeasure Quantity) (\MAGDEGREE -> forall Physical (\OBJ2 -> forall Physical (\OBJ1 -> impl (and ( courseWRTMagneticNorth(var ? ? ? OBJ1)(var ? ? ? OBJ2)(var ? ? ? MAGDEGREE))(and ( partlyLocated(var ? ? ? OBJ1)(var ? ? ? AREA))(and ( partlyLocated(var ? ? ? OBJ2)(var ? ? ? AREA))( magneticVariation(var ? ? ? AREA)(var ? ? ? DEGREE)(var ? ? ? DIRECTION)))))(exists PlaneAngleMeasure (\TRUEDEGREE -> exists Entity (\DIFFDEGREE -> and ( impl (and ( equal(var ? ? ? DIRECTION)(el ? ? ? East))( equal(var ? ? ? DIFFDEGREE)( el ? ? ? ( AdditionFn(var ? ? ? MAGDEGREE)(var ? ? ? DEGREE)))))( courseWRTTrueNorth(var ? ? ? OBJ1)(var ? ? ? OBJ2)(var ? ? ? TRUEDEGREE)))( impl (and ( equal(var ? ? ? DIRECTION)(el ? ? ? West))( equal(var ? ? ? DIFFDEGREE)( el ? ? ? ( SubtractionFn(var ? ? ? MAGDEGREE)(var ? ? ? DEGREE)))))( courseWRTTrueNorth(var ? ? ? OBJ1)(var ? ? ? OBJ2)(var ? ? ? TRUEDEGREE))))))))))))
|
||||
|
||||
forall (both Entity (both RealNumber Quantity)) (\NUMBER -> impl ( equal(var ? ? ? NUMBER)( el ? ? ? ( MultiplicationFn(el ? ? ? (toInt 1))(var ? ? ? NUMBER))))( equal( el ? ? ? ( MeasureFn(var ? ? ? NUMBER)(el ? ? ? Fathom)))( el ? ? ? ( MeasureFn( el ? ? ? ( MultiplicationFn(var ? ? ? NUMBER)(el ? ? ? (toInt 6))))(el ? ? ? FootLength)))))
|
||||
|
||||
forall (both RealNumber Quantity) (\NUM -> forall Entity (\AMOUNT -> impl ( equal(var ? ? ? AMOUNT)( el ? ? ? ( MeasureFn(var ? ? ? NUM)(el ? ? ? NauticalMile))))( equal(var ? ? ? AMOUNT)( el ? ? ? ( MeasureFn( el ? ? ? ( MultiplicationFn(var ? ? ? NUM)(el ? ? ? (toRealNum 1.852))))( el ? ? ? ( KiloFn(el ? ? ? Meter))))))))
|
||||
|
||||
forall (both RealNumber Quantity) (\NUM -> forall Entity (\AMOUNT -> impl ( equal(var ? ? ? AMOUNT)( el ? ? ? ( MeasureFn(var ? ? ? NUM)(el ? ? ? NauticalMile))))( equal(var ? ? ? AMOUNT)( el ? ? ? ( MeasureFn( el ? ? ? ( MultiplicationFn(var ? ? ? NUM)(el ? ? ? (toRealNum 1.151))))(el ? ? ? Mile))))))
|
||||
|
||||
forall (both Entity (both RealNumber Quantity)) (\NUM -> impl ( equal(var ? ? ? NUM)( el ? ? ? ( MultiplicationFn(el ? ? ? (toInt 1))(var ? ? ? NUM))))( equal( el ? ? ? ( MeasureFn(var ? ? ? NUM)(el ? ? ? NauticalMile)))( el ? ? ? ( MeasureFn( el ? ? ? ( MultiplicationFn(var ? ? ? NUM)(el ? ? ? (toInt 1852))))(el ? ? ? Meter)))))
|
||||
|
||||
forall (both Entity (both RealNumber Quantity)) (\NUM -> impl ( equal(var ? ? ? NUM)( el ? ? ? ( MultiplicationFn(el ? ? ? (toInt 1))(var ? ? ? NUM))))( equal( el ? ? ? ( MeasureFn(var ? ? ? NUM)(el ? ? ? NauticalMile)))( el ? ? ? ( MeasureFn( el ? ? ? ( MultiplicationFn(var ? ? ? NUM)(el ? ? ? (toRealNum 1.852))))( el ? ? ? ( KiloFn(el ? ? ? Meter)))))))
|
||||
|
||||
forall (both Entity (both RealNumber Quantity)) (\NUM -> impl ( equal(var ? ? ? NUM)( el ? ? ? ( MultiplicationFn(el ? ? ? (toInt 1))(var ? ? ? NUM))))( equal( el ? ? ? ( MeasureFn(var ? ? ? NUM)(el ? ? ? NauticalMile)))( el ? ? ? ( MeasureFn( el ? ? ? ( MultiplicationFn(var ? ? ? NUM)(el ? ? ? (toRealNum 6076.1))))(el ? ? ? FootLength)))))
|
||||
|
||||
forall (both Entity (both RealNumber Quantity)) (\NUM -> impl ( equal(var ? ? ? NUM)( el ? ? ? ( MultiplicationFn(el ? ? ? (toInt 1))(var ? ? ? NUM))))( equal( el ? ? ? ( MeasureFn(var ? ? ? NUM)(el ? ? ? NauticalMile)))( el ? ? ? ( MeasureFn( el ? ? ? ( MultiplicationFn(var ? ? ? NUM)(el ? ? ? (toRealNum 1.151))))(el ? ? ? Mile)))))
|
||||
|
||||
forall (both RealNumber Quantity) (\TIME -> forall (both RealNumber Quantity) (\DISTANCE -> forall Entity (\SPEED -> impl ( equal(var ? ? ? SPEED)( el ? ? ? ( SpeedFn( el ? ? ? ( MeasureFn(var ? ? ? DISTANCE)(el ? ? ? NauticalMile)))( el ? ? ? ( MeasureFn(var ? ? ? TIME)(el ? ? ? HourDuration))))))( equal(var ? ? ? SPEED)( el ? ? ? ( MeasureFn( el ? ? ? ( DivisionFn(var ? ? ? DISTANCE)(var ? ? ? TIME)))(el ? ? ? KnotUnitOfSpeed)))))))
|
||||
|
||||
forall RealNumber (\NUM -> forall Entity (\SPEED -> impl ( equal(var ? ? ? SPEED)( el ? ? ? ( MeasureFn(var ? ? ? NUM)(el ? ? ? KnotUnitOfSpeed))))( equal(var ? ? ? SPEED)( el ? ? ? ( SpeedFn( el ? ? ? ( MeasureFn(var ? ? ? NUM)(el ? ? ? NauticalMile)))( el ? ? ? ( MeasureFn(el ? ? ? (toInt 1))(el ? ? ? HourDuration))))))))
|
||||
|
||||
forall UnitOfMeasure (\UNIT -> forall Entity (\AMOUNT -> equiv ( equal(var ? ? ? AMOUNT)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 1))( el ? ? ? ( SquareUnitFn(var ? ? ? UNIT))))))( equal(var ? ? ? AMOUNT)( el ? ? ? ( MultiplicationFn( el ? ? ? ( MeasureFn(el ? ? ? (toInt 1))(var ? ? ? UNIT)))( el ? ? ? ( MeasureFn(el ? ? ? (toInt 1))(var ? ? ? UNIT))))))))
|
||||
|
||||
forall UndergroundArea (\PLACE -> exists (both SelfConnectedObject Object) (\GROUND -> exists Object (\AREA -> and ( surface(var ? ? ? GROUND)(el ? ? ? PlanetEarth))(and ( part(var ? ? ? AREA)(var ? ? ? GROUND))( orientation(var ? ? ? PLACE)(var ? ? ? AREA)(el ? ? ? Below))))))
|
||||
|
||||
forall MountainRange (\RANGE -> forall Object (\MOUNTAIN1 -> impl ( part(var ? ? ? MOUNTAIN1)(var ? ? ? RANGE))(exists Mountain (\MOUNTAIN2 -> and ( component(var ? ? ? MOUNTAIN2)(var ? ? ? RANGE))( meetsSpatially(var ? ? ? MOUNTAIN1)(var ? ? ? MOUNTAIN2))))))
|
||||
|
||||
forall Mountain (\MOUNTAIN -> exists SlopedArea (\INCLINE -> and ( attribute(var ? ? ? INCLINE)(el ? ? ? SteepTerrain))( part(var ? ? ? INCLINE)(var ? ? ? MOUNTAIN))))
|
||||
|
||||
forall Hill (\HILL -> exists SlopedArea (\INCLINE -> part(var ? ? ? INCLINE)(var ? ? ? HILL)))
|
||||
|
||||
forall VolcanicEruption (\EVENT -> exists Volcano (\VOLCANO -> agent(var ? ? ? EVENT)(var ? ? ? VOLCANO)))
|
||||
|
||||
forall Cliff (\CLIFF -> exists RationalNumber (\SLOPE -> and ( slopeGradient(var ? ? ? CLIFF)(var ? ? ? SLOPE))(and ( greaterThan(var ? ? ? SLOPE)(el ? ? ? (toRealNum 0.60)))( greaterThan(el ? ? ? (toRealNum 1.20))(var ? ? ? SLOPE)))))
|
||||
|
||||
forall Plateau (\PLATEAU -> forall (both SelfConnectedObject Object) (\TOP -> impl ( top(var ? ? ? TOP)(var ? ? ? PLATEAU))( attribute(var ? ? ? TOP)(el ? ? ? FlatTerrain))))
|
||||
|
||||
forall Plateau (\PLATEAU -> exists SlopedArea (\SLOPE -> and ( attribute(var ? ? ? SLOPE)(el ? ? ? SteepTerrain))( overlapsSpatially(var ? ? ? SLOPE)(var ? ? ? PLATEAU))))
|
||||
|
||||
forall Mesa (\MESA -> forall (both SelfConnectedObject Object) (\TOP -> impl ( top(var ? ? ? TOP)(var ? ? ? MESA))( attribute(var ? ? ? TOP)(el ? ? ? FlatTerrain))))
|
||||
|
||||
forall Mesa (\MESA -> forall (both SelfConnectedObject Object) (\SIDE -> impl ( side(var ? ? ? SIDE)(var ? ? ? MESA))( attribute(var ? ? ? SIDE)(el ? ? ? SteepTerrain))))
|
||||
|
||||
forall Butte (\BUTTE -> forall (both SelfConnectedObject Object) (\SIDE -> impl ( side(var ? ? ? SIDE)(var ? ? ? BUTTE))( attribute(var ? ? ? SIDE)(el ? ? ? SteepTerrain))))
|
||||
|
||||
forall Butte (\BUTTE -> forall (both SelfConnectedObject Object) (\TOP -> impl ( top(var ? ? ? TOP)(var ? ? ? BUTTE))( attribute(var ? ? ? TOP)(el ? ? ? FlatTerrain))))
|
||||
|
||||
forall Butte (\BUTTE -> forall Mesa (\MESA -> forall (both RealNumber Quantity) (\SIZE2 -> forall UnitOfMeasure (\UNIT -> forall (both RealNumber Quantity) (\SIZE1 -> impl (and ( linearExtent(var ? ? ? BUTTE)( el ? ? ? ( MeasureFn(var ? ? ? SIZE1)(var ? ? ? UNIT))))( linearExtent(var ? ? ? MESA)( el ? ? ? ( MeasureFn(var ? ? ? SIZE2)(var ? ? ? UNIT)))))( greaterThan(var ? ? ? SIZE2)(var ? ? ? SIZE1)))))))
|
||||
|
||||
forall Piedmont (\PIEDMONT -> forall (both LengthMeasure (both Attribute Quantity)) (\HEIGHT2 -> forall (both LengthMeasure (both Attribute Quantity)) (\HEIGHT1 -> forall (both Object SelfConnectedObject) (\MOUNTAINS -> impl (and ( attribute(var ? ? ? MOUNTAINS)(el ? ? ? MountainousTerrain))(and ( orientation(var ? ? ? PIEDMONT)(var ? ? ? MOUNTAINS)(el ? ? ? Adjacent))(and ( height(var ? ? ? PIEDMONT)(var ? ? ? HEIGHT1))(and ( height(var ? ? ? MOUNTAINS)(var ? ? ? HEIGHT2))( successorAttributeClosure(var ? ? ? HEIGHT1)(var ? ? ? HEIGHT2))))))( greaterThan(var ? ? ? HEIGHT2)(var ? ? ? HEIGHT1))))))
|
||||
|
||||
forall Plain (\PLAIN -> attribute(var ? ? ? PLAIN)(el ? ? ? FlatTerrain))
|
||||
|
||||
forall Canyon (\CANYON -> exists Hole (\HOLE -> hole(var ? ? ? HOLE)(var ? ? ? CANYON)))
|
||||
|
||||
forall Canyon (\CANYON -> exists Erosion (\EROSION -> result(var ? ? ? EROSION)(var ? ? ? CANYON)))
|
||||
|
||||
forall Soil (\SOIL -> exists Humus (\HUMUS -> exists Mineral (\MINERAL -> and ( part(var ? ? ? HUMUS)(var ? ? ? SOIL))( part(var ? ? ? MINERAL)(var ? ? ? SOIL)))))
|
||||
|
||||
forall Humus (\HUMUS -> exists Soil (\SOIL -> part(var ? ? ? HUMUS)(var ? ? ? SOIL)))
|
||||
|
||||
forall SoilSolution (\SOLUTION -> exists Soil (\SOIL -> part(var ? ? ? SOLUTION)(var ? ? ? SOIL)))
|
||||
|
||||
forall Clay (\SOIL -> forall (both RealNumber Quantity) (\SIZE -> forall (both Object Circle) (\PARTICLE -> impl (and ( part(var ? ? ? PARTICLE)(var ? ? ? SOIL))( diameter(var ? ? ? PARTICLE)( el ? ? ? ( MeasureFn(var ? ? ? SIZE)(el ? ? ? Centimeter)))))( greaterThan(el ? ? ? (toRealNum 0.0002))(var ? ? ? SIZE)))))
|
||||
|
||||
forall Loam (\LOAM -> exists Clay (\CLAY -> exists Sand (\SAND -> exists Gravel (\GRAVEL -> exists Silt (\SILT -> exists BodySubstance (\ORGANIC -> and ( piece(var ? ? ? CLAY)(var ? ? ? LOAM))(and ( piece(var ? ? ? GRAVEL)(var ? ? ? LOAM))(and ( piece(var ? ? ? SAND)(var ? ? ? LOAM))(and ( piece(var ? ? ? SILT)(var ? ? ? LOAM))( piece(var ? ? ? ORGANIC)(var ? ? ? LOAM)))))))))))
|
||||
|
||||
forall GeographicArea (\AREA -> impl ( groundSurfaceType(var ? ? ? AREA)(desc Loam ? ?))( attribute(var ? ? ? AREA)(el ? ? ? FertileTerrain)))
|
||||
|
||||
forall Sand (\SOIL -> forall (both RealNumber Quantity) (\SIZE -> forall (both Object Circle) (\PARTICLE -> impl (and ( part(var ? ? ? PARTICLE)(var ? ? ? SOIL))( diameter(var ? ? ? PARTICLE)( el ? ? ? ( MeasureFn(var ? ? ? SIZE)(el ? ? ? Centimeter)))))(and ( greaterThan(var ? ? ? SIZE)(el ? ? ? (toRealNum 0.00002)))( greaterThan(el ? ? ? (toRealNum 0.005))(var ? ? ? SIZE))))))
|
||||
|
||||
forall Rock (\ROCK -> attribute(var ? ? ? ROCK)(el ? ? ? Solid))
|
||||
|
||||
forall Rock (\ROCK -> exists Mineral (\MINERAL -> part(var ? ? ? MINERAL)(var ? ? ? ROCK)))
|
||||
|
||||
forall GeographicArea (\AREA -> impl ( groundSurfaceType(var ? ? ? AREA)(desc Rock ? ?))( not (attribute(var ? ? ? AREA)(el ? ? ? FertileTerrain))))
|
||||
|
||||
forall Continent (\AREA -> meetsSpatially(var ? ? ? AREA)(el ? ? ? WorldOcean))
|
||||
|
||||
forall (both BodyOfWater Ocean) (\WATER -> forall Ocean (\OCEAN -> larger(var ? ? ? OCEAN)(var ? ? ? WATER)))
|
||||
|
||||
forall Ocean (\OCEAN -> properPart(var ? ? ? OCEAN)(el ? ? ? WorldOcean))
|
||||
|
||||
forall Ocean (\SEA -> impl ( not (equal(var ? ? ? SEA)(el ? ? ? ArcticOcean)))( smaller(el ? ? ? ArcticOcean)(var ? ? ? SEA)))
|
||||
|
||||
forall (both Entity Physical) (\FINISH -> forall (both Object Physical) (\START -> impl (and ( origin(el ? ? ? AntarcticCircumpolarCurrent)(var ? ? ? START))( destination(el ? ? ? AntarcticCircumpolarCurrent)(var ? ? ? FINISH)))( distance(var ? ? ? START)(var ? ? ? FINISH)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 21000))( el ? ? ? ( KiloFn(el ? ? ? Meter))))))))
|
||||
|
||||
forall Sea (\SEA -> properPart(var ? ? ? SEA)(el ? ? ? WorldOcean))
|
||||
|
||||
forall Sea (\SEA -> exists Ocean (\OCEAN -> exists WaterArea (\PATH -> connects(var ? ? ? PATH)(var ? ? ? OCEAN)(var ? ? ? SEA))))
|
||||
|
||||
forall Sea (\SEA -> exists LandArea (\LAND -> meetsSpatially(var ? ? ? LAND)(var ? ? ? SEA)))
|
||||
|
||||
forall Ocean (\OCEAN -> forall (both SelfConnectedObject Object) (\TOP -> impl ( surface(var ? ? ? TOP)(var ? ? ? OCEAN))( elevation(var ? ? ? TOP)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 0))(el ? ? ? Meter))))))
|
||||
|
||||
forall Ocean (\OCEAN -> forall (both SelfConnectedObject Object) (\TOP -> impl ( surface(var ? ? ? TOP)(var ? ? ? OCEAN))( elevation(var ? ? ? TOP)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 0))(el ? ? ? FootLength))))))
|
||||
|
||||
forall FlowRegion (\FR -> forall (both Physical Object) (\FLUID -> impl ( located(var ? ? ? FLUID)(var ? ? ? FR))( attribute(var ? ? ? FLUID)(el ? ? ? Fluid))))
|
||||
|
||||
forall Substance (\PART -> forall TimeDuration (\TIME -> forall LengthMeasure (\LENGTH -> forall (both FlowRegion Substance) (\FLUID -> impl (and ( measure( el ? ? ? ( FlowFn(var ? ? ? FLUID)))( el ? ? ? ( SpeedFn(var ? ? ? LENGTH)(var ? ? ? TIME))))( piece(var ? ? ? PART)(var ? ? ? FLUID)))( piece(var ? ? ? PART)( el ? ? ? ( SpeedFn(var ? ? ? LENGTH)(var ? ? ? TIME))))))))
|
||||
|
||||
forall Substance (\PART -> forall RealNumber (\NUM -> forall (both FlowRegion Substance) (\FLUID -> impl (and ( measure( el ? ? ? ( FlowFn(var ? ? ? FLUID)))( el ? ? ? ( MeasureFn(var ? ? ? NUM)(el ? ? ? KnotUnitOfSpeed))))( piece(var ? ? ? PART)(var ? ? ? FLUID)))( piece(var ? ? ? PART)( el ? ? ? ( MeasureFn(var ? ? ? NUM)(el ? ? ? KnotUnitOfSpeed)))))))
|
||||
|
||||
forall (both Substance Object) (\PART -> forall DirectionalAttribute (\DIRECTION -> forall Region (\REGION -> forall TimeDuration (\TIME -> forall LengthMeasure (\LENGTH -> forall (both FlowRegion Substance) (\FLUID -> impl (and ( measure( el ? ? ? ( FlowFn(var ? ? ? FLUID)))( el ? ? ? ( VelocityFn(var ? ? ? LENGTH)(var ? ? ? TIME)(var ? ? ? REGION)(var ? ? ? DIRECTION))))( piece(var ? ? ? PART)(var ? ? ? FLUID)))( measure(var ? ? ? PART)( el ? ? ? ( VelocityFn(var ? ? ? LENGTH)(var ? ? ? TIME)(var ? ? ? REGION)(var ? ? ? DIRECTION))))))))))
|
||||
|
||||
forall LowTide (\LOW -> forall HighTide (\HIGH -> forall Day (\DAY -> forall (both Object WaterArea) (\PLACE -> impl (and ( exactlyLocated(var ? ? ? LOW)(var ? ? ? PLACE))(and ( exactlyLocated(var ? ? ? HIGH)(var ? ? ? PLACE))(and ( overlapsTemporally(var ? ? ? LOW)(var ? ? ? DAY))( overlapsTemporally(var ? ? ? HIGH)(var ? ? ? DAY)))))(exists (both LengthMeasure Quantity) (\AMOUNT2 -> exists (both LengthMeasure Quantity) (\AMOUNT1 -> and ( holdsDuring(var ? ? ? LOW)( waterDepth(var ? ? ? PLACE)(var ? ? ? AMOUNT1)))(and ( holdsDuring(var ? ? ? HIGH)( waterDepth(var ? ? ? PLACE)(var ? ? ? AMOUNT2)))( greaterThan(var ? ? ? AMOUNT2)(var ? ? ? AMOUNT1))))))))))
|
||||
|
||||
forall Day (\DAY -> forall (both LengthMeasure Quantity) (\AMOUNT2 -> forall TimeInterval (\TIME2 -> forall (both LengthMeasure Quantity) (\AMOUNT1 -> forall TimeInterval (\TIME1 -> forall Region (\PLACE -> impl (and ( lowTide(var ? ? ? PLACE)(var ? ? ? TIME1)(var ? ? ? AMOUNT1))(and ( highTide(var ? ? ? PLACE)(var ? ? ? TIME2)(var ? ? ? AMOUNT2))(and ( overlapsTemporally(var ? ? ? TIME1)(var ? ? ? DAY))( overlapsTemporally(var ? ? ? TIME2)(var ? ? ? DAY)))))( greaterThan(var ? ? ? AMOUNT1)(var ? ? ? AMOUNT2))))))))
|
||||
|
||||
forall Gulf (\GULF -> exists (both Sea Ocean) (\SEA -> connected(var ? ? ? GULF)(var ? ? ? SEA)))
|
||||
|
||||
forall Gulf (\GULF -> exists SaltWaterArea (\WATER -> properPart(var ? ? ? GULF)(var ? ? ? WATER)))
|
||||
|
||||
forall Gulf (\GULF -> forall Bay (\BAY -> larger(var ? ? ? GULF)(var ? ? ? BAY)))
|
||||
|
||||
forall Estuary (\WATER -> exists SaltWaterArea (\SEA -> and ( part(var ? ? ? SEA)(el ? ? ? WorldOcean))( connected(var ? ? ? SEA)(var ? ? ? WATER))))
|
||||
|
||||
forall Estuary (\WATER -> forall Object (\ESTUARY -> exists RiverMouth (\MOUTH -> overlapsSpatially(var ? ? ? MOUTH)(var ? ? ? ESTUARY))))
|
||||
|
||||
forall Estuary (\WATER -> exists TidalProcess (\TIDES -> located(var ? ? ? TIDES)(var ? ? ? WATER)))
|
||||
|
||||
forall Inlet (\INLET -> exists LandArea (\LAND -> penetrates(var ? ? ? INLET)(var ? ? ? LAND)))
|
||||
|
||||
forall Inlet (\INLET -> exists WaterArea (\WATER -> connected(var ? ? ? INLET)(var ? ? ? WATER)))
|
||||
|
||||
forall Cove (\COVE -> forall Bay (\BAY -> larger(var ? ? ? BAY)(var ? ? ? COVE)))
|
||||
|
||||
forall (both SelfConnectedObject Entity) (\END2 -> forall (both SelfConnectedObject Entity) (\END1 -> forall SelfConnectedObject (\BETWEEN -> impl ( connects(var ? ? ? BETWEEN)(var ? ? ? END1)(var ? ? ? END2))( not (equal(var ? ? ? END1)(var ? ? ? END2))))))
|
||||
|
||||
forall Strait (\STRAIT -> exists BodyOfWater (\BODY1 -> exists BodyOfWater (\BODY2 -> connects(var ? ? ? STRAIT)(var ? ? ? BODY1)(var ? ? ? BODY2))))
|
||||
|
||||
forall BodyOfWater (\BODY1 -> forall BodyOfWater (\BODY2 -> forall (both SelfConnectedObject Object) (\STRAIT -> impl ( connects(var ? ? ? STRAIT)(var ? ? ? BODY1)(var ? ? ? BODY2))( larger(var ? ? ? BODY1)(var ? ? ? STRAIT)))))
|
||||
|
||||
forall Channel (\CHANNEL -> exists WaterArea (\WATER1 -> exists WaterArea (\WATER2 -> connects(var ? ? ? CHANNEL)(var ? ? ? WATER1)(var ? ? ? WATER2))))
|
||||
|
||||
forall Channel (\CHANNEL -> forall BodyOfWater (\BODY -> impl ( connected(var ? ? ? CHANNEL)(var ? ? ? BODY))( larger(var ? ? ? BODY)(var ? ? ? CHANNEL))))
|
||||
|
||||
forall InlandWaterSystem (\SYSTEM -> exists BodyOfWater (\BODY1 -> exists BodyOfWater (\BODY2 -> and ( not (equal(var ? ? ? BODY1)(var ? ? ? BODY2)))(and ( geographicSubregion(var ? ? ? BODY1)(var ? ? ? SYSTEM))( geographicSubregion(var ? ? ? BODY2)(var ? ? ? SYSTEM))))))
|
||||
|
||||
forall InlandWaterSystem (\SYSTEM -> forall WaterArea (\WATER1 -> forall WaterArea (\WATER2 -> impl (and ( not (equal(var ? ? ? WATER1)(var ? ? ? WATER2)))(and ( not (connected(var ? ? ? WATER1)(var ? ? ? WATER2)))(and ( geographicSubregion(var ? ? ? WATER1)(var ? ? ? SYSTEM))( geographicSubregion(var ? ? ? WATER2)(var ? ? ? SYSTEM)))))(exists WaterArea (\WATER3 -> and ( not (equal(var ? ? ? WATER3)(var ? ? ? WATER1)))(and ( not (equal(var ? ? ? WATER3)(var ? ? ? WATER1)))(and ( part(var ? ? ? WATER3)(var ? ? ? SYSTEM))( connects(var ? ? ? WATER3)(var ? ? ? WATER1)(var ? ? ? WATER2)))))))))
|
||||
|
||||
forall LakeRegion (\REGION -> exists Lake (\LAKE -> located(var ? ? ? LAKE)(var ? ? ? REGION)))
|
||||
|
||||
forall RiverSystem (\SYSTEM -> exists River (\RIVER -> part(var ? ? ? RIVER)(var ? ? ? SYSTEM)))
|
||||
|
||||
forall RiverSystem (\SYSTEM -> exists River (\RIVER -> exists StaticWaterArea (\STATIC -> and ( part(var ? ? ? RIVER)(var ? ? ? SYSTEM))( connected(var ? ? ? RIVER)(var ? ? ? STATIC)))))
|
||||
|
||||
forall Waterfall (\FALL -> forall WaterMotion (\CURRENT -> forall WaterArea (\TOP -> forall WaterArea (\BOTTOM -> impl (and ( flowCurrent(var ? ? ? CURRENT)(var ? ? ? FALL))(and ( origin(var ? ? ? CURRENT)(var ? ? ? TOP))( destination(var ? ? ? CURRENT)(var ? ? ? BOTTOM))))( orientation(var ? ? ? TOP)(var ? ? ? BOTTOM)(el ? ? ? Above))))))
|
||||
|
||||
forall Canal (\CHANNEL -> exists WaterArea (\WATER1 -> exists WaterArea (\WATER2 -> connects(var ? ? ? CHANNEL)(var ? ? ? WATER1)(var ? ? ? WATER2))))
|
||||
|
||||
forall Dam (\DAM -> forall Object (\RIVER -> exists WaterArea (\RIVER -> traverses(var ? ? ? DAM)(var ? ? ? RIVER))))
|
||||
|
||||
forall Rapids (\RAPIDS -> exists River (\RIVER -> part(var ? ? ? RAPIDS)(var ? ? ? RIVER)))
|
||||
|
||||
forall Rapids (\RAPIDS -> forall SelfConnectedObject (\RAPIDS -> forall (both SelfConnectedObject Object) (\BOTTOM -> impl ( bottom(var ? ? ? BOTTOM)(var ? ? ? RAPIDS))(exists Rock (\ROCK -> part(var ? ? ? ROCK)(var ? ? ? BOTTOM))))))
|
||||
|
||||
forall Irrigating (\IRRIGATION -> forall LandArea (\AREA -> forall Entity (\AREA -> impl ( patient(var ? ? ? IRRIGATION)(var ? ? ? AREA))(and ( holdsDuring( el ? ? ? ( ImmediatePastFn( el ? ? ? ( WhenFn(var ? ? ? IRRIGATION)))))( attribute(var ? ? ? AREA)(el ? ? ? Dry)))( holdsDuring( el ? ? ? ( ImmediateFutureFn( el ? ? ? ( WhenFn(var ? ? ? IRRIGATION)))))( attribute(var ? ? ? AREA)(el ? ? ? Damp)))))))
|
||||
|
||||
forall Irrigating (\IRRIGATION -> forall LandArea (\AREA -> impl ( patient(var ? ? ? IRRIGATION)(var ? ? ? AREA))( hasPurpose(var ? ? ? IRRIGATION)( attribute(var ? ? ? AREA)(el ? ? ? FertileTerrain)))))
|
||||
|
||||
forall Lake (\LAKE -> forall Ocean (\OCEAN -> smaller(var ? ? ? LAKE)(var ? ? ? OCEAN)))
|
||||
|
||||
forall CoastalPlain (\PLAIN -> exists ShoreArea (\SHORE -> part(var ? ? ? SHORE)(var ? ? ? PLAIN)))
|
||||
|
||||
forall RiverBank (\BANK -> exists River (\RIVER -> meetsSpatially(var ? ? ? RIVER)(var ? ? ? BANK)))
|
||||
|
||||
forall Delta (\DELTA -> exists RiverMouth (\MOUTH -> meetsSpatially(var ? ? ? MOUTH)(var ? ? ? DELTA)))
|
||||
|
||||
forall Delta (\DELTA -> attribute(var ? ? ? DELTA)(el ? ? ? FlatTerrain))
|
||||
|
||||
forall Peninsula (\PENINSULA -> exists WaterArea (\WATER -> penetrates(var ? ? ? PENINSULA)(var ? ? ? WATER)))
|
||||
|
||||
forall Cape (\CAPE -> exists WaterArea (\WATERREGION -> penetrates(var ? ? ? CAPE)(var ? ? ? WATERREGION)))
|
||||
|
||||
forall Isthmus (\ISTHMUS -> forall (both SelfConnectedObject (both Entity Object)) (\RIGHTSIDE -> forall (both SelfConnectedObject (both Entity Object)) (\LEFTSIDE -> impl (and ( side(var ? ? ? LEFTSIDE)(var ? ? ? ISTHMUS))(and ( side(var ? ? ? RIGHTSIDE)(var ? ? ? ISTHMUS))( not (equal(var ? ? ? LEFTSIDE)(var ? ? ? RIGHTSIDE)))))(exists LandArea (\REGION1 -> exists LandArea (\REGION2 -> exists WaterArea (\WATER1 -> exists WaterArea (\WATER2 -> and ( between(var ? ? ? REGION1)(var ? ? ? ISTHMUS)(var ? ? ? REGION2))(and ( meetsSpatially(var ? ? ? LEFTSIDE)(var ? ? ? WATER1))( meetsSpatially(var ? ? ? RIGHTSIDE)(var ? ? ? WATER2)))))))))))
|
||||
|
||||
forall ArchipelagicArea (\AREA -> exists Archipelago (\ISLANDS -> located(var ? ? ? ISLANDS)(var ? ? ? AREA)))
|
||||
|
||||
forall Reef (\REEF -> exists WaterArea (\WATER -> orientation(var ? ? ? REEF)(var ? ? ? WATER)(el ? ? ? Near)))
|
||||
|
||||
forall Reef (\REEF -> exists (both Sand (both Rock Coral)) (\STUFF -> part(var ? ? ? STUFF)(var ? ? ? REEF)))
|
||||
|
||||
forall CoralReef (\REEF -> exists Coral (\CORAL -> part(var ? ? ? CORAL)(var ? ? ? REEF)))
|
||||
|
||||
forall Glacier (\GLACIER -> forall Object (\ICE -> exists Water (\WATER -> and ( attribute(var ? ? ? WATER)(el ? ? ? Solid))( part(var ? ? ? ICE)(var ? ? ? GLACIER)))))
|
||||
|
||||
forall Cave (\CAVE -> exists Erosion (\EROSION -> result(var ? ? ? EROSION)(var ? ? ? CAVE)))
|
||||
|
||||
forall Cave (\CAVE -> exists CaveMatrix (\LAND -> hole(var ? ? ? CAVE)(var ? ? ? LAND)))
|
||||
|
||||
forall CaveMatrix (\LAND -> forall Cave (\CAVE -> impl ( hole(var ? ? ? CAVE)(var ? ? ? LAND))( equal(var ? ? ? LAND)( el ? ? ? ( HoleSkinFn(var ? ? ? CAVE))))))
|
||||
|
||||
forall SubmergedLandArea (\LAND -> exists WaterArea (\WATER -> and ( orientation(var ? ? ? LAND)(var ? ? ? WATER)(el ? ? ? Below))(and ( orientation(var ? ? ? WATER)(var ? ? ? LAND)(el ? ? ? On))( meetsSpatially(var ? ? ? LAND)(var ? ? ? WATER)))))
|
||||
|
||||
forall ContinentalShelf (\SHELF -> exists ContinentalMargin (\MARGIN -> and ( properPart(var ? ? ? SHELF)(var ? ? ? MARGIN))( overlapsSpatially(var ? ? ? SHELF)(var ? ? ? MARGIN))))
|
||||
|
||||
forall Shoreline (\LINE -> exists WaterArea (\WATER -> meetsSpatially(var ? ? ? WATER)(var ? ? ? LINE)))
|
||||
|
||||
forall ShoreArea (\SHORE -> exists Shoreline (\LINE -> part(var ? ? ? LINE)(var ? ? ? SHORE)))
|
||||
|
||||
forall ShoreArea (\SHORE -> forall WaterArea (\WATER -> impl ( orientation(var ? ? ? SHORE)(var ? ? ? WATER)(el ? ? ? Adjacent))(exists Shoreline (\LINE -> and ( part(var ? ? ? LINE)(var ? ? ? SHORE))( meetsSpatially(var ? ? ? LINE)(var ? ? ? WATER))))))
|
||||
|
||||
forall Object (\Y -> forall Object (\X -> impl ( meetsSpatially(var ? ? ? X)(var ? ? ? Y))( orientation(var ? ? ? X)(var ? ? ? Y)(el ? ? ? Adjacent))))
|
||||
|
||||
forall Atmosphere (\AIR -> exists AstronomicalBody (\BODY -> meetsSpatially(var ? ? ? AIR)(var ? ? ? BODY)))
|
||||
|
||||
forall AtmosphericRegion (\AIRSPACE -> part(var ? ? ? AIRSPACE)(el ? ? ? EarthsAtmosphere))
|
||||
|
||||
forall Air (\AIR -> piece(var ? ? ? AIR)(el ? ? ? EarthsAtmosphere))
|
||||
|
||||
forall AtmosphericRegion (\AIRSPACE -> exists Air (\AIR -> part(var ? ? ? AIR)(var ? ? ? AIRSPACE)))
|
||||
|
||||
forall Air (\AIR -> exists Oxygen (\PART -> part(var ? ? ? PART)(var ? ? ? AIR)))
|
||||
|
||||
forall Air (\AIR -> exists Nitrogen (\PART -> part(var ? ? ? PART)(var ? ? ? AIR)))
|
||||
|
||||
forall WindFlow (\BLOW -> located(var ? ? ? BLOW)(el ? ? ? EarthsAtmosphere))
|
||||
|
||||
forall WindFlow (\R -> exists Wind (\WIND -> located(var ? ? ? WIND)(var ? ? ? R)))
|
||||
|
||||
forall WindFlow (\PLACE -> forall DirectionalAttribute (\DIRECTION -> forall TimeDuration (\TIME -> forall LengthMeasure (\DIST -> impl ( surfaceWindVelocity(var ? ? ? PLACE)( el ? ? ? ( SpeedFn(var ? ? ? DIST)(var ? ? ? TIME)))(var ? ? ? DIRECTION))(exists Wind (\BLOW -> and ( partlyLocated(var ? ? ? BLOW)(var ? ? ? PLACE))( measure(var ? ? ? BLOW)( el ? ? ? ( VelocityFn(var ? ? ? DIST)(var ? ? ? TIME)(var ? ? ? PLACE)(var ? ? ? DIRECTION))))))))))
|
||||
|
||||
forall Object (\PLACE -> forall Wind (\BLOW -> forall DirectionalAttribute (\DIRECTION -> forall TimeDuration (\TIME -> forall LengthMeasure (\DIST -> impl ( measure(var ? ? ? BLOW)( el ? ? ? ( VelocityFn(var ? ? ? DIST)(var ? ? ? TIME)(var ? ? ? PLACE)(var ? ? ? DIRECTION))))( surfaceWindVelocity(var ? ? ? PLACE)( el ? ? ? ( SpeedFn(var ? ? ? DIST)(var ? ? ? TIME)))(var ? ? ? DIRECTION)))))))
|
||||
|
||||
forall DirectionalAttribute (\DIRECTION -> forall PhysicalQuantity (\SPEED -> forall Object (\PLACE -> impl ( surfaceWindVelocity(var ? ? ? PLACE)(var ? ? ? SPEED)(var ? ? ? DIRECTION))( surfaceWindSpeed(var ? ? ? PLACE)(var ? ? ? SPEED)))))
|
||||
|
||||
forall WindFlow (\ZEPHYR -> forall Object (\PLACE -> forall TimeDuration (\TIME -> forall LengthMeasure (\DIST -> impl (and ( partlyLocated(var ? ? ? ZEPHYR)(var ? ? ? PLACE))( measure(var ? ? ? ZEPHYR)( el ? ? ? ( SpeedFn(var ? ? ? DIST)(var ? ? ? TIME)))))( surfaceWindSpeed(var ? ? ? PLACE)( el ? ? ? ( SpeedFn(var ? ? ? DIST)(var ? ? ? TIME))))))))
|
||||
|
||||
forall WindFlow (\ZEPHYR -> forall Object (\PLACE -> forall RealNumber (\SPEED -> impl (and ( partlyLocated(var ? ? ? ZEPHYR)(var ? ? ? PLACE))( measure(var ? ? ? ZEPHYR)( el ? ? ? ( MeasureFn(var ? ? ? SPEED)(el ? ? ? KnotUnitOfSpeed)))))( surfaceWindSpeed(var ? ? ? PLACE)( el ? ? ? ( MeasureFn(var ? ? ? SPEED)(el ? ? ? KnotUnitOfSpeed)))))))
|
||||
|
||||
forall (both DirectionalAttribute PositionalAttribute) (\DIR -> forall Object (\PLACE -> impl ( surfaceWindDirection(var ? ? ? PLACE)(var ? ? ? DIR))(exists Wind (\WIND -> exists Region (\FROM -> and ( partlyLocated(var ? ? ? WIND)(var ? ? ? PLACE))(and ( origin(var ? ? ? WIND)(var ? ? ? FROM))( orientation(var ? ? ? FROM)(var ? ? ? PLACE)(var ? ? ? DIR))))))))
|
||||
|
||||
forall (both PositionalAttribute DirectionalAttribute) (\DIR_FROM -> forall (both DirectionalAttribute PositionalAttribute) (\DIR_TOWARD -> forall PhysicalQuantity (\SPEED -> forall Object (\PLACE -> impl (and ( surfaceWindVelocity(var ? ? ? PLACE)(var ? ? ? SPEED)(var ? ? ? DIR_TOWARD))( oppositeDirection(var ? ? ? DIR_TOWARD)(var ? ? ? DIR_FROM)))( surfaceWindDirection(var ? ? ? PLACE)(var ? ? ? DIR_FROM))))))
|
||||
|
||||
forall WindFlow (\ZEPHYR -> forall (both PositionalAttribute DirectionalAttribute) (\DIR_FROM -> forall (both DirectionalAttribute PositionalAttribute) (\DIR_TOWARD -> forall (both Region Object) (\PLACE -> forall TimeDuration (\TIME -> forall LengthMeasure (\DIST -> impl (and ( measure(var ? ? ? ZEPHYR)( el ? ? ? ( VelocityFn(var ? ? ? DIST)(var ? ? ? TIME)(var ? ? ? PLACE)(var ? ? ? DIR_TOWARD))))( oppositeDirection(var ? ? ? DIR_TOWARD)(var ? ? ? DIR_FROM)))( surfaceWindDirection(var ? ? ? PLACE)(var ? ? ? DIR_FROM))))))))
|
||||
|
||||
forall DirectionalAttribute (\DIRECTION -> forall PhysicalQuantity (\SPEED -> forall Object (\PLACE -> impl ( lowAltitudeWindVelocity(var ? ? ? PLACE)(var ? ? ? SPEED)(var ? ? ? DIRECTION))( lowAltitudeWindSpeed(var ? ? ? PLACE)(var ? ? ? SPEED)))))
|
||||
|
||||
forall DirectionalAttribute (\DIRECTION -> forall (both PhysicalQuantity ConstantQuantity) (\SPEED -> forall Object (\PLACE -> impl ( mediumAltitudeWindVelocity(var ? ? ? PLACE)(var ? ? ? SPEED)(var ? ? ? DIRECTION))( mediumAltitudeWindSpeed(var ? ? ? PLACE)(var ? ? ? SPEED)))))
|
||||
|
||||
forall DirectionalAttribute (\DIRECTION -> forall (both PhysicalQuantity ConstantQuantity) (\SPEED -> forall Object (\PLACE -> impl ( highAltitudeWindVelocity(var ? ? ? PLACE)(var ? ? ? SPEED)(var ? ? ? DIRECTION))( highAltitudeWindSpeed(var ? ? ? PLACE)(var ? ? ? SPEED)))))
|
||||
|
||||
forall LowPressureWeatherSystem (\SYSTEM -> forall (both RealNumber Quantity) (\AMOUNT -> forall Object (\AREA -> impl ( located(var ? ? ? SYSTEM)(var ? ? ? AREA))(and ( barometricPressure(var ? ? ? AREA)( el ? ? ? ( MeasureFn(var ? ? ? AMOUNT)(el ? ? ? InchMercury))))( lessThan(var ? ? ? AMOUNT)(el ? ? ? (toRealNum 29.5)))))))
|
||||
|
||||
forall TropicalCyclone (\STORM -> exists GeographicArea (\PLACE -> and ( geographicSubregion(var ? ? ? PLACE)(el ? ? ? Tropics))( located(var ? ? ? STORM)(var ? ? ? PLACE))))
|
||||
|
||||
forall HighPressureWeatherSystem (\SYSTEM -> forall (both RealNumber Quantity) (\AMOUNT -> forall Object (\AREA -> impl ( located(var ? ? ? SYSTEM)(var ? ? ? AREA))(and ( barometricPressure(var ? ? ? AREA)( el ? ? ? ( MeasureFn(var ? ? ? AMOUNT)(el ? ? ? InchMercury))))( greaterThan(var ? ? ? AMOUNT)(el ? ? ? (toRealNum 30.2)))))))
|
||||
|
||||
forall GeographicArea (\AREA -> forall ClearWeather (\WEATHER -> impl ( located(var ? ? ? WEATHER)(var ? ? ? AREA))(exists (both NonnegativeRealNumber Quantity) (\FRACTION -> and ( cloudCoverFraction(var ? ? ? AREA)(var ? ? ? FRACTION))( lessThan(var ? ? ? FRACTION)(el ? ? ? (toRealNum 0.3)))))))
|
||||
|
||||
forall GeographicArea (\AREA -> forall ClearWeather (\WEATHER -> forall (both NonnegativeRealNumber Quantity) (\FRACTION -> impl (and ( located(var ? ? ? WEATHER)(var ? ? ? AREA))( cloudCoverFraction(var ? ? ? AREA)(var ? ? ? FRACTION)))( lessThan(var ? ? ? FRACTION)(el ? ? ? (toRealNum 0.3))))))
|
||||
|
||||
forall GeographicArea (\AREA -> forall PartlyCloudyWeather (\WEATHER -> impl ( located(var ? ? ? WEATHER)(var ? ? ? AREA))(exists (both NonnegativeRealNumber Quantity) (\FRACTION -> and ( cloudCoverFraction(var ? ? ? AREA)(var ? ? ? FRACTION))(and ( greaterThanOrEqualTo(var ? ? ? FRACTION)(el ? ? ? (toRealNum 0.3)))( lessThanOrEqualTo(var ? ? ? FRACTION)(el ? ? ? (toRealNum 0.7))))))))
|
||||
|
||||
forall GeographicArea (\AREA -> forall PartlyCloudyWeather (\WEATHER -> forall (both NonnegativeRealNumber Quantity) (\FRACTION -> impl (and ( located(var ? ? ? WEATHER)(var ? ? ? AREA))( cloudCoverFraction(var ? ? ? AREA)(var ? ? ? FRACTION)))(and ( greaterThanOrEqualTo(var ? ? ? FRACTION)(el ? ? ? (toRealNum 0.3)))( lessThanOrEqualTo(var ? ? ? FRACTION)(el ? ? ? (toRealNum 0.7)))))))
|
||||
|
||||
forall GeographicArea (\AREA -> forall OvercastWeather (\WEATHER -> impl ( located(var ? ? ? WEATHER)(var ? ? ? AREA))(exists (both NonnegativeRealNumber Quantity) (\FRACTION -> and ( cloudCoverFraction(var ? ? ? AREA)(var ? ? ? FRACTION))( greaterThan(var ? ? ? FRACTION)(el ? ? ? (toRealNum 0.7)))))))
|
||||
|
||||
forall GeographicArea (\AREA -> forall OvercastWeather (\WEATHER -> forall (both NonnegativeRealNumber Quantity) (\FRACTION -> impl (and ( located(var ? ? ? WEATHER)(var ? ? ? AREA))( cloudCoverFraction(var ? ? ? AREA)(var ? ? ? FRACTION)))( greaterThan(var ? ? ? FRACTION)(el ? ? ? (toRealNum 0.7))))))
|
||||
|
||||
forall Object (\PLACE -> impl ( relativeHumidity(var ? ? ? PLACE)(el ? ? ? (toInt 1)))(exists Precipitation (\FALLING -> located(var ? ? ? FALLING)(var ? ? ? PLACE))))
|
||||
|
||||
forall Raining (\PROCESS -> precipitationState(var ? ? ? PROCESS)(el ? ? ? Liquid))
|
||||
|
||||
forall FreezingRain (\PROCESS -> precipitationState(var ? ? ? PROCESS)(el ? ? ? Liquid))
|
||||
|
||||
forall FreezingRain (\PROCESS -> forall Water (\STUFF -> impl ( patient(var ? ? ? PROCESS)(var ? ? ? STUFF))( holdsDuring( el ? ? ? ( ImmediateFutureFn( el ? ? ? ( WhenFn(var ? ? ? PROCESS)))))( attribute(var ? ? ? STUFF)(el ? ? ? Solid)))))
|
||||
|
||||
forall Snowing (\PROCESS -> precipitationState(var ? ? ? PROCESS)(el ? ? ? Solid))
|
||||
|
||||
forall Sleeting (\PROCESS -> precipitationState(var ? ? ? PROCESS)(el ? ? ? Solid))
|
||||
|
||||
forall Hailing (\PROCESS -> precipitationState(var ? ? ? PROCESS)(el ? ? ? Solid))
|
||||
|
||||
forall (both PhysicalState Attribute) (\STATE -> forall (both WeatherProcess Process) (\EVENT -> impl ( precipitationState(var ? ? ? EVENT)(var ? ? ? STATE))(exists Water (\STUFF -> and ( patient(var ? ? ? EVENT)(var ? ? ? STUFF))( attribute(var ? ? ? STUFF)(var ? ? ? STATE))))))
|
||||
|
||||
forall BotanicalTree (\TREE -> forall Shrub (\BUSH -> forall (both LengthMeasure Quantity) (\SHORT -> forall (both LengthMeasure Quantity) (\TALL -> impl (and ( height(var ? ? ? TREE)(var ? ? ? TALL))( height(var ? ? ? BUSH)(var ? ? ? SHORT)))( greaterThan(var ? ? ? TALL)(var ? ? ? SHORT))))))
|
||||
|
||||
forall Lichen (\LICH -> exists Alga (\ALGA -> part(var ? ? ? ALGA)(var ? ? ? LICH)))
|
||||
|
||||
forall Lichen (\LICH -> exists Fungus (\FUNG -> part(var ? ? ? FUNG)(var ? ? ? LICH)))
|
||||
|
||||
forall Forest (\FOREST -> vegetationTypePattern(var ? ? ? FOREST)(desc BotanicalTree ? ?)(el ? ? ? DenseVegetation))
|
||||
|
||||
forall RainForest (\FOREST -> vegetationTypePattern(var ? ? ? FOREST)(desc BotanicalTree ? ?)(el ? ? ? CanopiedVegetation))
|
||||
|
||||
forall BorealForest (\FOREST -> vegetationType(var ? ? ? FOREST)(desc PineTree ? ?))
|
||||
|
||||
forall Jungle (\FOREST -> vegetationTypePattern(var ? ? ? FOREST)(desc Plant ? ?)(el ? ? ? DenseVegetation))
|
||||
|
||||
forall Desert (\DESERT -> attribute(var ? ? ? DESERT)(el ? ? ? Dry))
|
||||
|
||||
forall Desert (\DESERT -> or ( groundSurfaceType(var ? ? ? DESERT)(desc Rock ? ?))( groundSurfaceType(var ? ? ? DESERT)(desc Sand ? ?)))
|
||||
|
||||
forall Desert (\DESERT -> not (vegetationType(var ? ? ? DESERT)(desc BotanicalTree ? ?)))
|
||||
|
||||
forall Oasis (\OASIS -> exists Desert (\DESERT -> located(var ? ? ? OASIS)(var ? ? ? DESERT)))
|
||||
|
||||
forall Oasis (\OASIS -> exists FreshWaterArea (\WATER -> located(var ? ? ? WATER)(var ? ? ? OASIS)))
|
||||
|
||||
forall Oasis (\OASIS -> attribute(var ? ? ? OASIS)(el ? ? ? FertileTerrain))
|
||||
|
||||
forall Grassland (\PLAIN -> vegetationTypePattern(var ? ? ? PLAIN)(desc Grass ? ?)(el ? ? ? GroundCoverVegetation))
|
||||
|
||||
forall Pampa (\PLAIN -> located(var ? ? ? PLAIN)(el ? ? ? SouthAmerica))
|
||||
|
||||
forall Savanna (\PLAIN -> not (vegetationType(var ? ? ? PLAIN)(desc BotanicalTree ? ?)))
|
||||
|
||||
forall Steppe (\PLAIN -> not (vegetationType(var ? ? ? PLAIN)(desc BotanicalTree ? ?)))
|
||||
|
||||
forall Steppe (\PLAIN -> or ( located(var ? ? ? PLAIN)(el ? ? ? Europe))( located(var ? ? ? PLAIN)(el ? ? ? Asia)))
|
||||
|
||||
forall Veldt (\PLAIN -> located(var ? ? ? PLAIN)(el ? ? ? Africa))
|
||||
|
||||
forall Veldt (\PLAIN -> vegetationTypePattern(var ? ? ? PLAIN)(desc Shrub ? ?)(el ? ? ? ScatteredVegetation))
|
||||
|
||||
forall Tundra (\PLAIN -> vegetationType(var ? ? ? PLAIN)(desc Lichen ? ?))
|
||||
|
||||
forall Tundra (\PLAIN -> vegetationType(var ? ? ? PLAIN)(desc Moss ? ?))
|
||||
|
||||
forall Agriculture (\AGRO -> exists Growth (\GROWTH -> subProcess(var ? ? ? GROWTH)(var ? ? ? AGRO)))
|
||||
|
||||
forall LandSubsidence (\SINKING -> exists LandArea (\LAND -> and ( exactlyLocated(var ? ? ? SINKING)(var ? ? ? LAND))( patient(var ? ? ? SINKING)(var ? ? ? LAND))))
|
||||
|
||||
forall LandSubsidence (\SINKING -> forall LandArea (\LAND -> forall (both LengthMeasure Quantity) (\HEIGHT1 -> impl (and ( patient(var ? ? ? SINKING)(var ? ? ? LAND))( elevation(var ? ? ? LAND)(var ? ? ? HEIGHT1)))( holdsDuring( el ? ? ? ( ImmediateFutureFn( el ? ? ? ( WhenFn(var ? ? ? SINKING)))))(exists (both LengthMeasure Quantity) (\HEIGHT2 -> and ( elevation(var ? ? ? LAND)(var ? ? ? HEIGHT2))( lessThan(var ? ? ? HEIGHT2)(var ? ? ? HEIGHT1))))))))
|
||||
4
examples/SUMO/axioms/GeographyHiO.gft
Normal file
4
examples/SUMO/axioms/GeographyHiO.gft
Normal file
@@ -0,0 +1,4 @@
|
||||
|
||||
SymmetricRelation ? (\x,y -> oppositeDirection x y)
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> oppositeDirection x y)
|
||||
434
examples/SUMO/axioms/GeographyP.gft
Normal file
434
examples/SUMO/axioms/GeographyP.gft
Normal file
@@ -0,0 +1,434 @@
|
||||
|
||||
geographicSubregion (el ? ? ? CentralAfrica) (el ? ? ? Africa)
|
||||
|
||||
geographicSubregion (el ? ? ? EasternAfrica) (el ? ? ? Africa)
|
||||
|
||||
geographicSubregion (el ? ? ? NorthernAfrica) (el ? ? ? Africa)
|
||||
|
||||
geographicSubregion (el ? ? ? SouthernAfrica) (el ? ? ? Africa)
|
||||
|
||||
geographicSubregion (el ? ? ? WesternAfrica) (el ? ? ? Africa)
|
||||
|
||||
overlapsSpatially (el ? ? ? MiddleEastRegion) (el ? ? ? Asia)
|
||||
|
||||
geographicSubregion (el ? ? ? CentralEurope) (el ? ? ? Europe)
|
||||
|
||||
geographicSubregion (el ? ? ? EasternEurope) (el ? ? ? Europe)
|
||||
|
||||
geographicSubregion (el ? ? ? NorthernEurope) (el ? ? ? Europe)
|
||||
|
||||
geographicSubregion (el ? ? ? SouthernEurope) (el ? ? ? Europe)
|
||||
|
||||
geographicSubregion (el ? ? ? WesternEurope) (el ? ? ? Europe)
|
||||
|
||||
geographicSubregion (el ? ? ? SoutheasternEurope) (el ? ? ? Europe)
|
||||
|
||||
geographicSubregion (el ? ? ? SouthwesternEurope) (el ? ? ? Europe)
|
||||
|
||||
geographicSubregion (el ? ? ? NorthernNorthAmerica) (el ? ? ? NorthAmerica)
|
||||
|
||||
overlapsSpatially (el ? ? ? CaribbeanRegion) (el ? ? ? SouthAmerica)
|
||||
|
||||
overlapsSpatially (el ? ? ? CaribbeanRegion) (el ? ? ? NorthAmerica)
|
||||
|
||||
overlapsSpatially (el ? ? ? MiddleAmerica) (el ? ? ? NorthAmerica)
|
||||
|
||||
overlapsSpatially (el ? ? ? MiddleAmerica) (el ? ? ? SouthAmerica)
|
||||
|
||||
geographicSubregion (el ? ? ? CentralSouthAmerica) (el ? ? ? SouthAmerica)
|
||||
|
||||
geographicSubregion (el ? ? ? EasternSouthAmerica) (el ? ? ? SouthAmerica)
|
||||
|
||||
geographicSubregion (el ? ? ? NorthernSouthAmerica) (el ? ? ? SouthAmerica)
|
||||
|
||||
geographicSubregion (el ? ? ? SouthernSouthAmerica) (el ? ? ? SouthAmerica)
|
||||
|
||||
geographicSubregion (el ? ? ? WesternSouthAmerica) (el ? ? ? SouthAmerica)
|
||||
|
||||
geographicSubregion (el ? ? ? CentralAsia) (el ? ? ? Asia)
|
||||
|
||||
geographicSubregion (el ? ? ? EasternAsia) (el ? ? ? Asia)
|
||||
|
||||
geographicSubregion (el ? ? ? NorthernAsia) (el ? ? ? Asia)
|
||||
|
||||
geographicSubregion (el ? ? ? NorthernAsia) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? SouthernAsia) (el ? ? ? Asia)
|
||||
|
||||
geographicSubregion (el ? ? ? SoutheasternAsia) (el ? ? ? Asia)
|
||||
|
||||
geographicSubregion (el ? ? ? SouthwesternAsia) (el ? ? ? Asia)
|
||||
|
||||
geographicSubregion (el ? ? ? CentralAfrica) (el ? ? ? EasternHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? CentralAfrica) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? CentralAfrica) (el ? ? ? SouthernHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? EasternAfrica) (el ? ? ? EasternHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? EasternAfrica) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? EasternAfrica) (el ? ? ? SouthernHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? NorthernAfrica) (el ? ? ? EasternHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? NorthernAfrica) (el ? ? ? WesternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? NorthernAfrica) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? SouthernAfrica) (el ? ? ? EasternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? SouthernAfrica) (el ? ? ? SouthernHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? WesternAfrica) (el ? ? ? EasternHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? WesternAfrica) (el ? ? ? WesternHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? WesternAfrica) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? WesternAfrica) (el ? ? ? SouthernHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? MiddleEastRegion) (el ? ? ? EasternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? MiddleEastRegion) (el ? ? ? WesternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? EasternEurope) (el ? ? ? EasternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? EasternEurope) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? CentralEurope) (el ? ? ? EasternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? CentralEurope) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? NorthernEurope) (el ? ? ? EasternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? NorthernEurope) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? SouthernEurope) (el ? ? ? EasternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? SouthernEurope) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? WesternEurope) (el ? ? ? EasternHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? WesternEurope) (el ? ? ? WesternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? WesternEurope) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? SoutheasternEurope) (el ? ? ? EasternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? SoutheasternEurope) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? SouthwesternEurope) (el ? ? ? EasternHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? SouthwesternEurope) (el ? ? ? WesternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? SouthwesternEurope) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? CaribbeanRegion) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? CaribbeanRegion) (el ? ? ? WesternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? MiddleAmerica) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? MiddleAmerica) (el ? ? ? WesternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? CentralSouthAmerica) (el ? ? ? WesternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? CentralSouthAmerica) (el ? ? ? SouthernHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? EasternSouthAmerica) (el ? ? ? WesternHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? EasternSouthAmerica) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? EasternSouthAmerica) (el ? ? ? SouthernHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? NorthernSouthAmerica) (el ? ? ? WesternHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? NorthernSouthAmerica) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? NorthernSouthAmerica) (el ? ? ? SouthernHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? SouthernSouthAmerica) (el ? ? ? WesternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? SouthernSouthAmerica) (el ? ? ? SouthernHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? WesternSouthAmerica) (el ? ? ? WesternHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? WesternSouthAmerica) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? WesternSouthAmerica) (el ? ? ? SouthernHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? CentralAsia) (el ? ? ? EasternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? CentralAsia) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? EasternAsia) (el ? ? ? EasternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? EasternAsia) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? NorthernAsia) (el ? ? ? EasternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? SouthernAsia) (el ? ? ? EasternHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? SouthernAsia) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? SouthernAsia) (el ? ? ? SouthernHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? SoutheasternAsia) (el ? ? ? EasternHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? SoutheasternAsia) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? SoutheasternAsia) (el ? ? ? SouthernHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? SouthwesternAsia) (el ? ? ? EasternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? SouthwesternAsia) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
orientation (el ? ? ? Europe) (el ? ? ? Africa) (el ? ? ? North)
|
||||
|
||||
orientation (el ? ? ? Europe) (el ? ? ? Asia) (el ? ? ? West)
|
||||
|
||||
orientation (el ? ? ? Europe) (el ? ? ? NorthAmerica) (el ? ? ? East)
|
||||
|
||||
orientation (el ? ? ? NorthAmerica) (el ? ? ? SouthAmerica) (el ? ? ? North)
|
||||
|
||||
orientation (el ? ? ? NorthAmerica) (el ? ? ? Asia) (el ? ? ? East)
|
||||
|
||||
orientation (el ? ? ? Africa) (el ? ? ? SouthAmerica) (el ? ? ? Northeast)
|
||||
|
||||
orientation (el ? ? ? Asia) (el ? ? ? Oceania) (el ? ? ? Northwest)
|
||||
|
||||
orientation (el ? ? ? Africa) (el ? ? ? NorthAmerica) (el ? ? ? Southeast)
|
||||
|
||||
orientation (el ? ? ? Europe) (el ? ? ? SouthAmerica) (el ? ? ? Northeast)
|
||||
|
||||
orientation (el ? ? ? Oceania) (el ? ? ? NorthAmerica) (el ? ? ? Southwest)
|
||||
|
||||
orientation (el ? ? ? MiddleEastRegion) (el ? ? ? Asia) (el ? ? ? Southwest)
|
||||
|
||||
orientation (el ? ? ? MiddleEastRegion) (el ? ? ? Africa) (el ? ? ? Northeast)
|
||||
|
||||
orientation (el ? ? ? MiddleAmerica) (el ? ? ? SouthAmerica) (el ? ? ? North)
|
||||
|
||||
orientation (el ? ? ? MiddleAmerica) (el ? ? ? NorthAmerica) (el ? ? ? South)
|
||||
|
||||
orientation (el ? ? ? CaribbeanRegion) (el ? ? ? SouthAmerica) (el ? ? ? North)
|
||||
|
||||
orientation (el ? ? ? CaribbeanRegion) (el ? ? ? NorthAmerica) (el ? ? ? South)
|
||||
|
||||
equal (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? AngularDegree))) (el ? ? ? (MeasureFn (el ? ? ? (toInt 60)) (el ? ? ? ArcMinute)))
|
||||
|
||||
equal (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? ArcMinute))) (el ? ? ? (MeasureFn (el ? ? ? (toInt 60)) (el ? ? ? ArcSecond)))
|
||||
|
||||
equal (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? SquareKilometer))) (el ? ? ? (MultiplicationFn (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? (KiloFn (el ? ? ? Meter))))) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? (KiloFn (el ? ? ? Meter)))))))
|
||||
|
||||
causesSubclass (desc AirPollution ? ?) (desc AcidRainfall ? ?)
|
||||
|
||||
causesSubclass (desc AcidRainfall ? ?) (desc Acidification ? ?)
|
||||
|
||||
earthAltitude (el ? ? ? OzoneShield) (el ? ? ? (MeasureFn (el ? ? ? (toInt 25)) (el ? ? ? Mile)))
|
||||
|
||||
causesSubclass (desc SoilErosion ? ?) (desc Siltation ? ?)
|
||||
|
||||
agreementAdoptionDate (el ? ? ? AntarcticTreaty) (descToDesc ? ? ? (DayFn (el ? ? ? (toInt 1)) (descToDesc ? ? ? (MonthFn (desc December ? ?) (descToDesc ? ? ? (YearFn (el ? ? ? (toInt 1959))))))))
|
||||
|
||||
agreementEffectiveDate (el ? ? ? AntarcticTreaty) (descToDesc ? ? ? (DayFn (el ? ? ? (toInt 23)) (descToDesc ? ? ? (MonthFn (desc June ? ?) (descToDesc ? ? ? (YearFn (el ? ? ? (toInt 1961))))))))
|
||||
|
||||
orbits (el ? ? ? EarthsMoon) (el ? ? ? PlanetEarth)
|
||||
|
||||
orbits (el ? ? ? PlanetEarth) (el ? ? ? Sol)
|
||||
|
||||
orbits (el ? ? ? PlanetMercury) (el ? ? ? Sol)
|
||||
|
||||
orbits (el ? ? ? PlanetVenus) (el ? ? ? Sol)
|
||||
|
||||
orbits (el ? ? ? PlanetMars) (el ? ? ? Sol)
|
||||
|
||||
orbits (el ? ? ? PlanetJupiter) (el ? ? ? Sol)
|
||||
|
||||
orbits (el ? ? ? PlanetSaturn) (el ? ? ? Sol)
|
||||
|
||||
orbits (el ? ? ? PlanetNeptune) (el ? ? ? Sol)
|
||||
|
||||
orbits (el ? ? ? PlanetUranus) (el ? ? ? Sol)
|
||||
|
||||
orbits (el ? ? ? PlanetPluto) (el ? ? ? Sol)
|
||||
|
||||
overlapsSpatially (el ? ? ? Africa) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? Africa) (el ? ? ? SouthernHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? Africa) (el ? ? ? EasternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? NorthAmerica) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? NorthAmerica) (el ? ? ? WesternHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? SouthAmerica) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? SouthAmerica) (el ? ? ? SouthernHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? SouthAmerica) (el ? ? ? WesternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? Antarctica) (el ? ? ? SouthernHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? Antarctica) (el ? ? ? EasternHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? Antarctica) (el ? ? ? WesternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? Europe) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? Europe) (el ? ? ? EasternHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? Europe) (el ? ? ? WesternHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? Asia) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? Asia) (el ? ? ? SouthernHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? Asia) (el ? ? ? EasternHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? Oceania) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? Oceania) (el ? ? ? SouthernHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? Oceania) (el ? ? ? EasternHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? Oceania) (el ? ? ? WesternHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? Tropics) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? Tropics) (el ? ? ? SouthernHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? Tropics) (el ? ? ? EasternHemisphere)
|
||||
|
||||
overlapsSpatially (el ? ? ? Tropics) (el ? ? ? WesternHemisphere)
|
||||
|
||||
oppositeDirection (el ? ? ? North) (el ? ? ? South)
|
||||
|
||||
oppositeDirection (el ? ? ? East) (el ? ? ? West)
|
||||
|
||||
oppositeDirection (el ? ? ? Northeast) (el ? ? ? Southwest)
|
||||
|
||||
oppositeDirection (el ? ? ? Northwest) (el ? ? ? Southeast)
|
||||
|
||||
equal (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? Fathom))) (el ? ? ? (MeasureFn (el ? ? ? (toInt 6)) (el ? ? ? FootLength)))
|
||||
|
||||
equal (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? NauticalMile))) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 6076.1)) (el ? ? ? FootLength)))
|
||||
|
||||
equal (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? NauticalMile))) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1852)) (el ? ? ? Meter)))
|
||||
|
||||
equal (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? SquareMeter))) (el ? ? ? (MultiplicationFn (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? Meter))) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? Meter)))))
|
||||
|
||||
equal (el ? ? ? SquareMeter) (el ? ? ? (SquareUnitFn (el ? ? ? Meter)))
|
||||
|
||||
equal (el ? ? ? SquareKilometer) (el ? ? ? (SquareUnitFn (el ? ? ? (KiloFn (el ? ? ? Meter)))))
|
||||
|
||||
geographicSubregion (el ? ? ? NorthAtlanticOcean) (el ? ? ? AtlanticOcean)
|
||||
|
||||
geographicSubregion (el ? ? ? NorthAtlanticOcean) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? NorthAtlanticOcean) (el ? ? ? WesternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? SouthAtlanticOcean) (el ? ? ? AtlanticOcean)
|
||||
|
||||
geographicSubregion (el ? ? ? SouthAtlanticOcean) (el ? ? ? SouthernHemisphere)
|
||||
|
||||
partlyLocated (el ? ? ? SouthAtlanticOcean) (el ? ? ? WesternHemisphere)
|
||||
|
||||
partlyLocated (el ? ? ? SouthAtlanticOcean) (el ? ? ? EasternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? NorthPacificOcean) (el ? ? ? PacificOcean)
|
||||
|
||||
geographicSubregion (el ? ? ? NorthPacificOcean) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
partlyLocated (el ? ? ? NorthPacificOcean) (el ? ? ? EasternHemisphere)
|
||||
|
||||
partlyLocated (el ? ? ? NorthPacificOcean) (el ? ? ? WesternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? SouthPacificOcean) (el ? ? ? PacificOcean)
|
||||
|
||||
geographicSubregion (el ? ? ? SouthPacificOcean) (el ? ? ? SouthernHemisphere)
|
||||
|
||||
partlyLocated (el ? ? ? SouthPacificOcean) (el ? ? ? EasternHemisphere)
|
||||
|
||||
partlyLocated (el ? ? ? SouthPacificOcean) (el ? ? ? WesternHemisphere)
|
||||
|
||||
connected (el ? ? ? IndianOcean) (el ? ? ? SouthPacificOcean)
|
||||
|
||||
connected (el ? ? ? IndianOcean) (el ? ? ? PersianGulf)
|
||||
|
||||
connected (el ? ? ? IndianOcean) (el ? ? ? SouthernOcean)
|
||||
|
||||
geographicSubregion (el ? ? ? ArcticOcean) (el ? ? ? NorthernHemisphere)
|
||||
|
||||
partlyLocated (el ? ? ? ArcticOcean) (el ? ? ? EasternHemisphere)
|
||||
|
||||
partlyLocated (el ? ? ? ArcticOcean) (el ? ? ? WesternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? SouthernOcean) (el ? ? ? SouthernHemisphere)
|
||||
|
||||
partlyLocated (el ? ? ? SouthernOcean) (el ? ? ? EasternHemisphere)
|
||||
|
||||
partlyLocated (el ? ? ? SouthernOcean) (el ? ? ? WesternHemisphere)
|
||||
|
||||
totalArea (el ? ? ? SouthernOcean) (el ? ? ? (MeasureFn (el ? ? ? (toInt 20327000)) (el ? ? ? SquareKilometer)))
|
||||
|
||||
length (el ? ? ? (ShorelineFn (el ? ? ? SouthernOcean) (el ? ? ? Antarctica))) (el ? ? ? (MeasureFn (el ? ? ? (toInt 17968)) (el ? ? ? (KiloFn (el ? ? ? Meter)))))
|
||||
|
||||
naturalHazardTypeInArea (el ? ? ? SouthernOcean) (desc CyclonicStorm ? ?)
|
||||
|
||||
naturalHazardTypeInArea (el ? ? ? SouthernOcean) (desc Iceberg ? ?)
|
||||
|
||||
naturalHazardTypeInArea (el ? ? ? SouthernOcean) (desc SeaIce ? ?)
|
||||
|
||||
elevation (el ? ? ? (ElevationHighPointFn (el ? ? ? SouthernOcean))) (el ? ? ? (MeasureFn (el ? ? ? (toInt 0)) (el ? ? ? Meter)))
|
||||
|
||||
elevation (el ? ? ? (ElevationLowPointFn (el ? ? ? SouthernOcean))) (el ? ? ? (MeasureFn (el ? ? ? (toInt -7235)) (el ? ? ? Meter)))
|
||||
|
||||
geographicSubregion (el ? ? ? SouthSandwichTrench) (el ? ? ? SouthernOcean)
|
||||
|
||||
located (el ? ? ? AntarcticCircumpolarCurrent) (el ? ? ? SouthernOcean)
|
||||
|
||||
meetsSpatially (el ? ? ? Egypt) (el ? ? ? RedSea)
|
||||
|
||||
meetsSpatially (el ? ? ? Sudan) (el ? ? ? RedSea)
|
||||
|
||||
meetsSpatially (el ? ? ? Eritrea) (el ? ? ? RedSea)
|
||||
|
||||
meetsSpatially (el ? ? ? SaudiArabia) (el ? ? ? RedSea)
|
||||
|
||||
elevation (el ? ? ? SeaLevel) (el ? ? ? (MeasureFn (el ? ? ? (toInt 0)) (el ? ? ? Meter)))
|
||||
|
||||
geographicSubregion (el ? ? ? GreatSaltLake) (el ? ? ? Utah)
|
||||
|
||||
geographicSubregion (el ? ? ? SaltonSea) (el ? ? ? California)
|
||||
|
||||
geographicSubregion (el ? ? ? LakeEyre) (el ? ? ? Australia)
|
||||
|
||||
connected (el ? ? ? PersianGulf) (el ? ? ? StraitOfHormuz)
|
||||
|
||||
meetsSpatially (el ? ? ? Iran) (el ? ? ? PersianGulf)
|
||||
|
||||
connected (el ? ? ? StraitOfHormuz) (el ? ? ? GulfOfOman)
|
||||
|
||||
connected (el ? ? ? GulfOfOman) (el ? ? ? ArabianSea)
|
||||
|
||||
meetsSpatially (el ? ? ? Iran) (el ? ? ? GulfOfOman)
|
||||
|
||||
meetsSpatially (el ? ? ? Oman) (el ? ? ? GulfOfOman)
|
||||
|
||||
connected (el ? ? ? RedSea) (el ? ? ? GulfOfAden)
|
||||
|
||||
connected (el ? ? ? GulfOfAden) (el ? ? ? ArabianSea)
|
||||
|
||||
meetsSpatially (el ? ? ? Yemen) (el ? ? ? GulfOfAden)
|
||||
|
||||
meetsSpatially (el ? ? ? Somalia) (el ? ? ? GulfOfAden)
|
||||
|
||||
connected (el ? ? ? GulfOfMexico) (el ? ? ? NorthAtlanticOcean)
|
||||
|
||||
connected (el ? ? ? GulfOfMexico) (el ? ? ? CaribbeanSea)
|
||||
|
||||
oppositeDirection (el ? ? ? Upstream) (el ? ? ? Downstream)
|
||||
12
examples/SUMO/axioms/GeographySubAtt.gft
Normal file
12
examples/SUMO/axioms/GeographySubAtt.gft
Normal file
@@ -0,0 +1,12 @@
|
||||
|
||||
subAttribute (el ? ? ? MountainousTerrain) (el ? ? ? SteepTerrain)
|
||||
|
||||
subAttribute (el ? ? ? Upwind) (el ? ? ? Upstream)
|
||||
|
||||
subAttribute (el ? ? ? Downwind) (el ? ? ? Downstream)
|
||||
|
||||
subAttribute (el ? ? ? GroundwaterPollutionIssue) (el ? ? ? WaterPollutionIssue)
|
||||
|
||||
subAttribute (el ? ? ? EndangeredMarineWildlifeIssue) (el ? ? ? EndangeredSpeciesIssue)
|
||||
|
||||
subAttribute (el ? ? ? SoilSalinityIssue) (el ? ? ? SoilDegradationIssue)
|
||||
8
examples/SUMO/axioms/GeographySubRel.gft
Normal file
8
examples/SUMO/axioms/GeographySubRel.gft
Normal file
@@ -0,0 +1,8 @@
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> dependentGeopoliticalArea x y) (\x,y -> claimedTerritory x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> waterDepth x y) (\x,y -> length x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> streamOutfall x y) (\x,y -> properPart x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> airTemperature x y) (\x,y -> measure x y)
|
||||
216
examples/SUMO/axioms/Government.gft
Normal file
216
examples/SUMO/axioms/Government.gft
Normal file
@@ -0,0 +1,216 @@
|
||||
|
||||
forall GeopoliticalArea (\AREA -> forall (both FormOfGovernment Attribute) (\TYPE -> impl ( governmentType(var ? ? ? AREA)(var ? ? ? TYPE))( attribute( el ? ? ? ( GovernmentFn(var ? ? ? AREA)))(var ? ? ? TYPE))))
|
||||
|
||||
forall FormOfGovernment (\TYPE -> forall (both GeopoliticalArea Agent) (\AREA -> impl ( attribute( el ? ? ? ( GovernmentFn(var ? ? ? AREA)))(var ? ? ? TYPE))( governmentType(var ? ? ? AREA)(var ? ? ? TYPE))))
|
||||
|
||||
forall (both FormOfGovernment Attribute) (\TYPE -> forall (both Agent GeopoliticalArea) (\PLACE -> impl (and ( governmentType(var ? ? ? PLACE)(var ? ? ? TYPE))( subAttribute(var ? ? ? TYPE)(el ? ? ? Monarchy)))(exists Human (\PERSON -> exists (both Position Attribute) (\ROLE -> and ( chiefOfState(var ? ? ? PLACE)(var ? ? ? ROLE)(var ? ? ? PERSON))( subAttribute(var ? ? ? ROLE)(el ? ? ? Monarch)))))))
|
||||
|
||||
forall GeopoliticalArea (\PLACE -> impl ( governmentType(var ? ? ? PLACE)(el ? ? ? AbsoluteMonarchy))( leaderPosition(var ? ? ? PLACE)(el ? ? ? Monarch)))
|
||||
|
||||
forall GeopoliticalArea (\PLACE -> forall (both FormOfGovernment Attribute) (\TYPE -> impl (and ( governmentType(var ? ? ? PLACE)(var ? ? ? TYPE))( subAttribute(var ? ? ? TYPE)(el ? ? ? ParliamentaryGovernment)))(exists Parliament (\ORG -> subOrganization(var ? ? ? ORG)( el ? ? ? ( GovernmentFn(var ? ? ? PLACE)))))))
|
||||
|
||||
forall Agent (\PLACE -> impl ( governmentType(var ? ? ? PLACE)(el ? ? ? MilitaryDictatorship))( leaderPosition(var ? ? ? PLACE)(el ? ? ? MilitaryCommander)))
|
||||
|
||||
forall (both NonnegativeInteger Entity) (\COUNT -> forall (both SetOrClass (either SetOrClass Collection)) (\SET -> impl ( cardinality(var ? ? ? SET)(var ? ? ? COUNT))( equal( el ? ? ? ( CardinalityFn(var ? ? ? SET)))(var ? ? ? COUNT))))
|
||||
|
||||
forall SetOrClass (\SET -> forall (both Entity NonnegativeInteger) (\COUNT -> impl ( equal( el ? ? ? ( CardinalityFn(var ? ? ? SET)))(var ? ? ? COUNT))( cardinality(var ? ? ? SET)(var ? ? ? COUNT))))
|
||||
|
||||
forall Agent (\COUNTRY -> forall (both GeographicArea Object) (\AREA -> impl ( dependentGeopoliticalArea(var ? ? ? AREA)(var ? ? ? COUNTRY))( possesses(var ? ? ? COUNTRY)(var ? ? ? AREA))))
|
||||
|
||||
forall (both Agent GeopoliticalArea) (\COUNTRY -> forall (both GeographicArea GeopoliticalArea) (\AREA -> impl ( dependentGeopoliticalArea(var ? ? ? AREA)(var ? ? ? COUNTRY))( not (geopoliticalSubdivision(var ? ? ? AREA)(var ? ? ? COUNTRY)))))
|
||||
|
||||
forall (both GeopoliticalArea Agent) (\COUNTRY -> forall (both GeopoliticalArea GeographicArea) (\AREA -> impl ( geopoliticalSubdivision(var ? ? ? AREA)(var ? ? ? COUNTRY))( not (dependentGeopoliticalArea(var ? ? ? AREA)(var ? ? ? COUNTRY)))))
|
||||
|
||||
forall OverseasArea (\AREA -> exists Nation (\COUNTRY -> dependentGeopoliticalArea(var ? ? ? AREA)(var ? ? ? COUNTRY)))
|
||||
|
||||
forall UnincorporatedUnitedStatesTerritory (\AREA -> dependentAreaOfType(var ? ? ? AREA)(el ? ? ? UnitedStates)(desc OverseasArea ? ?))
|
||||
|
||||
forall BritishCrownColony (\AREA -> dependentAreaOfType(var ? ? ? AREA)(el ? ? ? UnitedKingdom)(desc BritishCrownColony ? ?))
|
||||
|
||||
forall ParliamentaryTerritory (\AREA -> governmentType( el ? ? ? ( GovernmentFn(var ? ? ? AREA)))(el ? ? ? ParliamentaryGovernment))
|
||||
|
||||
forall ConstitutionDocument (\DOC -> exists Constitution (\CONST -> containsInformation(var ? ? ? DOC)(var ? ? ? CONST)))
|
||||
|
||||
forall (both LegalSystemAttribute Attribute) (\TYPE -> forall GeopoliticalArea (\AREA -> impl ( legalSystemType(var ? ? ? AREA)(var ? ? ? TYPE))( attribute( el ? ? ? ( JudiciaryFn(var ? ? ? AREA)))(var ? ? ? TYPE))))
|
||||
|
||||
forall RegionalLaw (\CORPUS -> attribute(var ? ? ? CORPUS)(el ? ? ? Law))
|
||||
|
||||
forall RegionalLaw (\CORPUS -> forall Proposition (\PART -> impl ( subProposition(var ? ? ? PART)(var ? ? ? CORPUS))( attribute(var ? ? ? CORPUS)(el ? ? ? Law))))
|
||||
|
||||
forall (both LegalSystemAttribute Attribute) (\TYPE -> forall GeopoliticalArea (\AREA -> impl ( legalSystemType(var ? ? ? AREA)(var ? ? ? TYPE))( attribute( el ? ? ? ( RegionalLawFn(var ? ? ? AREA)))(var ? ? ? TYPE))))
|
||||
|
||||
forall Nation (\COUNTRY -> impl ( governmentType(var ? ? ? COUNTRY)(el ? ? ? Democracy))(exists SuffrageLaw (\SUFFRAGE -> subProposition(var ? ? ? SUFFRAGE)( el ? ? ? ( RegionalLawFn(var ? ? ? COUNTRY))))))
|
||||
|
||||
forall GeopoliticalArea (\COUNTRY -> impl ( governmentType(var ? ? ? COUNTRY)(el ? ? ? Democracy))( subProposition(el ? ? ? VoterCitizenshipRequirement)( el ? ? ? ( RegionalLawFn(var ? ? ? COUNTRY)))))
|
||||
|
||||
forall Nation (\COUNTRY -> exists VoterAgeRequirement (\AGERULE -> subProposition(var ? ? ? AGERULE)( el ? ? ? ( RegionalLawFn(var ? ? ? COUNTRY)))))
|
||||
|
||||
forall Organization (\ORG -> forall Organization (\BRANCH -> impl ( executiveBranch(var ? ? ? BRANCH)(var ? ? ? ORG))( subOrganization(var ? ? ? BRANCH)(var ? ? ? ORG))))
|
||||
|
||||
forall GeopoliticalArea (\AREA -> forall Organization (\BRANCH -> impl ( executiveBranch(var ? ? ? BRANCH)(var ? ? ? AREA))( subOrganization(var ? ? ? BRANCH)( el ? ? ? ( GovernmentFn(var ? ? ? AREA))))))
|
||||
|
||||
forall GeopoliticalArea (\AREA -> forall Organization (\ORG -> forall Organization (\BRANCH -> impl (and ( executiveBranch(var ? ? ? BRANCH)(var ? ? ? AREA))( subOrganization(var ? ? ? ORG)(var ? ? ? BRANCH)))( subOrganization(var ? ? ? ORG)( el ? ? ? ( GovernmentFn(var ? ? ? AREA)))))))
|
||||
|
||||
forall Agent (\AGENT -> forall (both Organization Entity) (\BRANCH -> impl ( executiveBranch(var ? ? ? BRANCH)(var ? ? ? AGENT))( equal(var ? ? ? BRANCH)( el ? ? ? ( ExecutiveBranchFn(var ? ? ? AGENT))))))
|
||||
|
||||
forall (both Organization Agent) (\ORGANIZATION -> forall Human (\PERSON -> impl ( occupiesPosition(var ? ? ? PERSON)(el ? ? ? Leader)(var ? ? ? ORGANIZATION))( leader(var ? ? ? ORGANIZATION)(var ? ? ? PERSON))))
|
||||
|
||||
forall GeopoliticalArea (\AREA -> forall Human (\PERSON -> impl ( occupiesPosition(var ? ? ? PERSON)(el ? ? ? Leader)(var ? ? ? AREA))( leader( el ? ? ? ( GovernmentFn(var ? ? ? AREA)))(var ? ? ? PERSON))))
|
||||
|
||||
forall Agent (\ORG -> forall Position (\ROLE -> forall Human (\PERSON -> impl (and ( leader(var ? ? ? ORG)(var ? ? ? PERSON))( occupiesPosition(var ? ? ? PERSON)(var ? ? ? ROLE)(var ? ? ? ORG)))( leaderPosition(var ? ? ? ORG)(var ? ? ? ROLE)))))
|
||||
|
||||
forall Nation (\COUNTRY -> forall Position (\ROLE -> forall Human (\PERSON -> impl (and ( leader(var ? ? ? COUNTRY)(var ? ? ? PERSON))( occupiesPosition(var ? ? ? PERSON)(var ? ? ? ROLE)( el ? ? ? ( GovernmentFn(var ? ? ? COUNTRY)))))( leaderPosition(var ? ? ? COUNTRY)(var ? ? ? ROLE)))))
|
||||
|
||||
forall Nation (\COUNTRY -> forall Position (\ROLE -> impl ( leaderPosition( el ? ? ? ( GovernmentFn(var ? ? ? COUNTRY)))(var ? ? ? ROLE))( leaderPosition(var ? ? ? COUNTRY)(var ? ? ? ROLE))))
|
||||
|
||||
forall Nation (\COUNTRY -> forall Position (\ROLE -> impl ( leaderPosition(var ? ? ? COUNTRY)(var ? ? ? ROLE))( leaderPosition( el ? ? ? ( GovernmentFn(var ? ? ? COUNTRY)))(var ? ? ? ROLE))))
|
||||
|
||||
forall Human (\PERSON -> forall Position (\ROLE -> forall Agent (\ORG -> impl (and ( leaderPosition(var ? ? ? ORG)(var ? ? ? ROLE))( occupiesPosition(var ? ? ? PERSON)(var ? ? ? ROLE)(var ? ? ? ORG)))( leader(var ? ? ? ORG)(var ? ? ? PERSON)))))
|
||||
|
||||
forall Human (\PERSON -> forall Position (\ROLE -> forall GeopoliticalArea (\AREA -> impl (and ( leaderPosition(var ? ? ? AREA)(var ? ? ? ROLE))( occupiesPosition(var ? ? ? PERSON)(var ? ? ? ROLE)( el ? ? ? ( GovernmentFn(var ? ? ? AREA)))))( leader(var ? ? ? AREA)(var ? ? ? PERSON)))))
|
||||
|
||||
forall GovernmentCabinet (\CAB -> forall GeopoliticalArea (\AREA -> impl ( subOrganization(var ? ? ? CAB)( el ? ? ? ( GovernmentFn(var ? ? ? AREA))))( hasPurpose(var ? ? ? CAB)(exists Stating (\ADVICE -> exists (both Entity Agent) (\LEADER -> and ( agent(var ? ? ? ADVICE)(var ? ? ? CAB))(and ( patient(var ? ? ? ADVICE)(var ? ? ? LEADER))( leader(var ? ? ? LEADER)( el ? ? ? ( GovernmentFn(var ? ? ? AREA)))))))))))
|
||||
|
||||
forall GeopoliticalArea (\AREA -> subOrganization( el ? ? ? ( CabinetFn(var ? ? ? AREA)))( el ? ? ? ( ExecutiveBranchFn(var ? ? ? AREA))))
|
||||
|
||||
forall Human (\PERSON -> forall Position (\POSITION -> forall GeopoliticalArea (\AREA -> impl ( chiefOfState(var ? ? ? AREA)(var ? ? ? POSITION)(var ? ? ? PERSON))( occupiesPosition(var ? ? ? PERSON)(var ? ? ? POSITION)( el ? ? ? ( GovernmentFn(var ? ? ? AREA)))))))
|
||||
|
||||
forall Human (\PERSON -> forall Position (\POSITION -> forall GeopoliticalArea (\AREA -> impl ( chiefOfState(var ? ? ? AREA)(var ? ? ? POSITION)(var ? ? ? PERSON))( occupiesPosition(var ? ? ? PERSON)(el ? ? ? Leader)( el ? ? ? ( GovernmentFn(var ? ? ? AREA)))))))
|
||||
|
||||
forall Nation (\AREA -> forall Human (\PERSON -> forall Position (\POSITION -> impl ( chiefOfState(var ? ? ? AREA)(var ? ? ? POSITION)(var ? ? ? PERSON))( citizen(var ? ? ? PERSON)(var ? ? ? AREA)))))
|
||||
|
||||
forall Human (\PERSON -> forall Position (\POSITION -> forall GeopoliticalArea (\AREA -> impl ( chiefOfState(var ? ? ? AREA)(var ? ? ? POSITION)(var ? ? ? PERSON))( chiefOfStateType(var ? ? ? AREA)(var ? ? ? POSITION)))))
|
||||
|
||||
forall Nation (\AREA -> forall Human (\PERSON -> forall Position (\POSITION -> impl ( headOfGovernment(var ? ? ? AREA)(var ? ? ? POSITION)(var ? ? ? PERSON))( citizen(var ? ? ? PERSON)(var ? ? ? AREA)))))
|
||||
|
||||
forall Human (\PERSON -> forall Position (\POSITION -> forall GeopoliticalArea (\AREA -> impl ( headOfGovernment(var ? ? ? AREA)(var ? ? ? POSITION)(var ? ? ? PERSON))( occupiesPosition(var ? ? ? PERSON)(var ? ? ? POSITION)( el ? ? ? ( GovernmentFn(var ? ? ? AREA)))))))
|
||||
|
||||
forall SocialRole (\ROLE -> forall Election (\ELECTION -> impl ( electionForPosition(var ? ? ? ELECTION)(var ? ? ? ROLE))(exists Human (\CANDIDATE -> candidateForPosition(var ? ? ? ELECTION)(var ? ? ? ROLE)(var ? ? ? CANDIDATE)))))
|
||||
|
||||
forall Agent (\AGENT -> forall Organization (\ORG -> impl ( member(var ? ? ? AGENT)(var ? ? ? ORG))( attribute(var ? ? ? AGENT)( el ? ? ? ( MemberFn(var ? ? ? ORG))))))
|
||||
|
||||
forall Agent (\AGENT -> forall Organization (\ORG -> impl ( attribute(var ? ? ? AGENT)( el ? ? ? ( MemberFn(var ? ? ? ORG))))( member(var ? ? ? AGENT)(var ? ? ? ORG))))
|
||||
|
||||
forall Human (\AGENT -> forall Organization (\ORG -> forall Position (\POSITION -> impl ( attribute(var ? ? ? AGENT)( el ? ? ? ( MemberRoleFn(var ? ? ? ORG)(var ? ? ? POSITION))))( attribute(var ? ? ? AGENT)( el ? ? ? ( MemberFn(var ? ? ? ORG)))))))
|
||||
|
||||
forall Human (\AGENT -> forall Organization (\ORG -> forall Position (\POSITION -> impl ( attribute(var ? ? ? AGENT)( el ? ? ? ( MemberRoleFn(var ? ? ? ORG)(var ? ? ? POSITION))))( member(var ? ? ? AGENT)(var ? ? ? ORG)))))
|
||||
|
||||
forall Human (\PERSON -> forall Organization (\ORG -> forall Position (\POSITION -> impl ( attribute(var ? ? ? PERSON)( el ? ? ? ( MemberRoleFn(var ? ? ? ORG)(var ? ? ? POSITION))))( occupiesPosition(var ? ? ? PERSON)(var ? ? ? POSITION)(var ? ? ? ORG)))))
|
||||
|
||||
forall Organization (\ORG -> forall Position (\POSITION -> forall (both Human Object) (\PERSON -> impl ( occupiesPosition(var ? ? ? PERSON)(var ? ? ? POSITION)(var ? ? ? ORG))( attribute(var ? ? ? PERSON)( el ? ? ? ( MemberRoleFn(var ? ? ? ORG)(var ? ? ? POSITION)))))))
|
||||
|
||||
forall Organization (\GROUP -> forall Election (\ELECTION -> impl ( electionForOrganization(var ? ? ? ELECTION)(var ? ? ? GROUP))( electionForPosition(var ? ? ? ELECTION)( el ? ? ? ( MemberFn(var ? ? ? GROUP))))))
|
||||
|
||||
forall Organization (\GROUP -> forall Election (\ELECTION -> impl ( electionForPosition(var ? ? ? ELECTION)( el ? ? ? ( MemberFn(var ? ? ? GROUP))))( electionForOrganization(var ? ? ? ELECTION)(var ? ? ? GROUP))))
|
||||
|
||||
forall Agent (\CONTENDER -> forall SocialRole (\POSITION -> forall Election (\ELECTION -> impl ( candidateForPosition(var ? ? ? ELECTION)(var ? ? ? POSITION)(var ? ? ? CONTENDER))( electionForPosition(var ? ? ? ELECTION)(var ? ? ? POSITION)))))
|
||||
|
||||
forall (both Agent Organization) (\AGENT -> forall (both Agent CognitiveAgent) (\CONTENDER -> forall (both SocialRole Position) (\POSITION -> forall (both Election Process) (\ELECTION -> impl (and ( candidateForPosition(var ? ? ? ELECTION)(var ? ? ? POSITION)(var ? ? ? CONTENDER))( agent(var ? ? ? ELECTION)(var ? ? ? AGENT)))( desires(var ? ? ? CONTENDER)( occupiesPosition(var ? ? ? CONTENDER)(var ? ? ? POSITION)(var ? ? ? AGENT)))))))
|
||||
|
||||
forall RealNumber (\FRACTION -> forall Agent (\CONTENDER -> forall SocialRole (\POSITION -> forall Election (\ELECTION -> impl ( voteFractionReceived(var ? ? ? ELECTION)(var ? ? ? POSITION)(var ? ? ? CONTENDER)(var ? ? ? FRACTION))( candidateForPosition(var ? ? ? ELECTION)(var ? ? ? POSITION)(var ? ? ? CONTENDER))))))
|
||||
|
||||
forall PopularElection (\ELECTION -> forall (both RealNumber Quantity) (\NUMBER1 -> forall (both Agent Entity) (\PERSON1 -> forall SocialRole (\POSITION -> impl (and ( electionWinner(var ? ? ? ELECTION)(var ? ? ? POSITION)(var ? ? ? PERSON1))( voteFractionReceived(var ? ? ? ELECTION)(var ? ? ? POSITION)(var ? ? ? PERSON1)(var ? ? ? NUMBER1)))(exists (both RealNumber Quantity) (\NUMBER2 -> not (exists (both Agent Entity) (\PERSON2 -> and ( voteFractionReceived(var ? ? ? ELECTION)(var ? ? ? POSITION)(var ? ? ? PERSON2)(var ? ? ? NUMBER2))(and ( not (equal(var ? ? ? PERSON1)(var ? ? ? PERSON2)))( greaterThanOrEqualTo(var ? ? ? NUMBER2)(var ? ? ? NUMBER1)))))))))))
|
||||
|
||||
forall PopularElection (\ELECTION -> forall (both RealNumber Quantity) (\NUMBER2 -> forall (both Agent Entity) (\PERSON2 -> forall (both RealNumber Quantity) (\NUMBER1 -> forall (both Agent Entity) (\PERSON1 -> forall SocialRole (\POSITION -> impl (and ( electionWinner(var ? ? ? ELECTION)(var ? ? ? POSITION)(var ? ? ? PERSON1))(and ( voteFractionReceived(var ? ? ? ELECTION)(var ? ? ? POSITION)(var ? ? ? PERSON1)(var ? ? ? NUMBER1))(and ( voteFractionReceived(var ? ? ? ELECTION)(var ? ? ? POSITION)(var ? ? ? PERSON2)(var ? ? ? NUMBER2))( not (equal(var ? ? ? PERSON1)(var ? ? ? PERSON2))))))( greaterThan(var ? ? ? NUMBER1)(var ? ? ? NUMBER2))))))))
|
||||
|
||||
forall LegislativeChamber (\CHAMBER1 -> forall LegislativeChamber (\CHAMBER2 -> forall (both Agent GeopoliticalArea) (\AREA -> forall (both Object Organization) (\ORG -> impl (and ( attribute(var ? ? ? ORG)(el ? ? ? UnicameralLegislature))(and ( legislativeBranch(var ? ? ? ORG)(var ? ? ? AREA))(and ( subOrganization(var ? ? ? CHAMBER1)( el ? ? ? ( GovernmentFn(var ? ? ? AREA))))( subOrganization(var ? ? ? CHAMBER2)( el ? ? ? ( GovernmentFn(var ? ? ? AREA)))))))( equal(var ? ? ? CHAMBER1)(var ? ? ? CHAMBER2))))))
|
||||
|
||||
forall Organization (\AGENT -> forall Organization (\ORG -> impl ( legislativeBranch(var ? ? ? ORG)(var ? ? ? AGENT))( subOrganization(var ? ? ? ORG)(var ? ? ? AGENT))))
|
||||
|
||||
forall GeopoliticalArea (\AREA -> forall Organization (\ORG -> impl ( legislativeBranch(var ? ? ? ORG)(var ? ? ? AREA))( subOrganization(var ? ? ? ORG)( el ? ? ? ( GovernmentFn(var ? ? ? AREA))))))
|
||||
|
||||
forall (both Agent GeopoliticalArea) (\AGENT -> forall (both Organization Entity) (\BRANCH -> impl ( legislativeBranch(var ? ? ? BRANCH)(var ? ? ? AGENT))( equal(var ? ? ? BRANCH)( el ? ? ? ( LegislatureFn(var ? ? ? AGENT))))))
|
||||
|
||||
forall GovernmentOrganization (\ORG -> forall GeopoliticalArea (\AREA -> judicialBranch(var ? ? ? ORG)(var ? ? ? AREA)))
|
||||
|
||||
forall Organization (\ORG -> forall Organization (\BRANCH -> impl ( judicialBranch(var ? ? ? BRANCH)(var ? ? ? ORG))( subOrganization(var ? ? ? BRANCH)(var ? ? ? ORG))))
|
||||
|
||||
forall GeopoliticalArea (\AREA -> forall Organization (\BRANCH -> impl ( judicialBranch(var ? ? ? BRANCH)(var ? ? ? AREA))( subOrganization(var ? ? ? BRANCH)( el ? ? ? ( GovernmentFn(var ? ? ? AREA))))))
|
||||
|
||||
forall GeopoliticalArea (\AREA -> forall Organization (\ORG -> forall Organization (\BRANCH -> impl (and ( judicialBranch(var ? ? ? BRANCH)(var ? ? ? AREA))( subOrganization(var ? ? ? ORG)(var ? ? ? BRANCH)))( subOrganization(var ? ? ? ORG)( el ? ? ? ( GovernmentFn(var ? ? ? AREA)))))))
|
||||
|
||||
forall (both Agent GeopoliticalArea) (\AGENT -> forall (both Organization Entity) (\BRANCH -> impl ( judicialBranch(var ? ? ? BRANCH)(var ? ? ? AGENT))( equal(var ? ? ? BRANCH)( el ? ? ? ( JudiciaryFn(var ? ? ? AGENT))))))
|
||||
|
||||
forall IslamicLawCourt (\COURT -> attribute(var ? ? ? COURT)(el ? ? ? IslamicLaw))
|
||||
|
||||
forall (both Object CognitiveAgent) (\PERSON -> impl ( attribute(var ? ? ? PERSON)(el ? ? ? JudgeAtLaw))(exists (both JudicialOrganization GovernmentOrganization) (\ORG -> employs(var ? ? ? ORG)(var ? ? ? PERSON))))
|
||||
|
||||
forall PoliticalParty (\ORGANIZATION -> forall Position (\POSITION -> forall (both Human SelfConnectedObject) (\PERSON -> impl ( occupiesPosition(var ? ? ? PERSON)(var ? ? ? POSITION)(var ? ? ? ORGANIZATION))( member(var ? ? ? PERSON)(var ? ? ? ORGANIZATION)))))
|
||||
|
||||
forall (both Organization Entity) (\ORG -> forall (both Human Agent) (\PERSON -> impl ( occupiesPosition(var ? ? ? PERSON)(el ? ? ? Leader)(var ? ? ? ORG))(exists Guiding (\LEADING -> and ( patient(var ? ? ? LEADING)(var ? ? ? ORG))( agent(var ? ? ? LEADING)(var ? ? ? PERSON))))))
|
||||
|
||||
forall GeopoliticalArea (\AREA -> forall (both Human Agent) (\PERSON -> impl ( occupiesPosition(var ? ? ? PERSON)(el ? ? ? Leader)( el ? ? ? ( GovernmentFn(var ? ? ? AREA))))(exists Guiding (\LEADING -> and ( patient(var ? ? ? LEADING)(var ? ? ? AREA))( agent(var ? ? ? LEADING)(var ? ? ? PERSON))))))
|
||||
|
||||
forall PoliticalPressureGroup (\GROUP -> exists Requesting (\REQ -> exists GovernmentOrganization (\ORG -> and ( agent(var ? ? ? REQ)(var ? ? ? GROUP))( patient(var ? ? ? REQ)(var ? ? ? ORG)))))
|
||||
|
||||
forall PoliticalPressureGroup (\GROUP -> forall GovernmentOrganization (\ORG -> forall AreaOfConcern (\AIM -> impl (and ( organizationalObjective(var ? ? ? GROUP)(var ? ? ? AIM))( organizationalObjective(var ? ? ? ORG)(var ? ? ? AIM)))( inScopeOfInterest(var ? ? ? GROUP)(var ? ? ? ORG)))))
|
||||
|
||||
forall ForeignTerroristOrganization (\X -> exists Declaring (\EV -> and ( agent(var ? ? ? EV)(el ? ? ? USStateDepartment))( patient(var ? ? ? EV)(var ? ? ? X))))
|
||||
|
||||
forall Group (\GROUP -> forall RelationalAttribute (\STATUS -> forall Agent (\AGENT -> impl ( associateWithStatus(var ? ? ? AGENT)(var ? ? ? STATUS)(var ? ? ? GROUP))( associateInOrganization(var ? ? ? AGENT)(var ? ? ? GROUP)))))
|
||||
|
||||
forall (both Group Collection) (\GROUP -> forall (both Agent SelfConnectedObject) (\AGENT -> impl ( associateWithStatus(var ? ? ? AGENT)(el ? ? ? FullMember)(var ? ? ? GROUP))( member(var ? ? ? AGENT)(var ? ? ? GROUP))))
|
||||
|
||||
forall (both Group Collection) (\GROUP -> forall (both Agent SelfConnectedObject) (\AGENT -> impl ( associateWithStatus(var ? ? ? AGENT)(el ? ? ? SuspendedMember)(var ? ? ? GROUP))( not (member(var ? ? ? AGENT)(var ? ? ? GROUP)))))
|
||||
|
||||
forall InternationalOrganization (\ORG -> exists Nation (\COUNTRY1 -> exists Nation (\COUNTRY2 -> and ( agentOperatesInArea(var ? ? ? ORG)(var ? ? ? COUNTRY1))(and ( agentOperatesInArea(var ? ? ? ORG)(var ? ? ? COUNTRY2))( not (equal(var ? ? ? COUNTRY1)(var ? ? ? COUNTRY2)))))))
|
||||
|
||||
forall (both Organization Physical) (\ORG2 -> forall (both Organization Physical) (\ORG1 -> impl ( successorOrganization(var ? ? ? ORG1)(var ? ? ? ORG2))( earlier( el ? ? ? ( WhenFn(var ? ? ? ORG1)))( el ? ? ? ( WhenFn(var ? ? ? ORG2))))))
|
||||
|
||||
forall (both Attribute AreaOfConcern) (\OVERAIM -> forall (both AreaOfConcern Attribute) (\AIM -> forall Agent (\ORG -> impl (and ( organizationalObjective(var ? ? ? ORG)(var ? ? ? AIM))( subAttribute(var ? ? ? AIM)(var ? ? ? OVERAIM)))( organizationalObjective(var ? ? ? ORG)(var ? ? ? OVERAIM)))))
|
||||
|
||||
forall Nation (\AREA -> impl ( member(var ? ? ? AREA)(el ? ? ? EuropeanMonetaryUnion))( currencyType(var ? ? ? AREA)(el ? ? ? EuroDollar)))
|
||||
|
||||
forall Nation (\AREA -> impl ( currencyType(var ? ? ? AREA)(el ? ? ? EuroDollar))( member(var ? ? ? AREA)(el ? ? ? EuropeanMonetaryUnion)))
|
||||
|
||||
forall (both SelfConnectedObject (both Object Agent)) (\AGENT -> impl (and ( member(var ? ? ? AGENT)(el ? ? ? InternationalCourtOfJustice))( attribute(var ? ? ? AGENT)(el ? ? ? JudgeAtLaw)))(exists GeopoliticalArea (\POLITY -> representativeAgentToAgent(var ? ? ? POLITY)(var ? ? ? AGENT)(el ? ? ? InternationalCourtOfJustice))))
|
||||
|
||||
forall SelfConnectedObject (\PART -> equiv ( member(var ? ? ? PART)(el ? ? ? InternationalRedCrossAndRedCrescentMovement))( member(var ? ? ? PART)(el ? ? ? InternationalFederationOfRedCrossAndRedCrescentSocieties)))
|
||||
|
||||
forall ForeignServicePosition (\ROLE -> subAttribute(var ? ? ? ROLE)(el ? ? ? DiplomaticAgent))
|
||||
|
||||
forall Nation (\AGENT1 -> forall Agent (\AGENT2 -> forall Position (\POSITION -> forall Human (\PERSON -> impl ( diplomaticRepresentativeInRole(var ? ? ? AGENT1)(var ? ? ? PERSON)(var ? ? ? POSITION)(var ? ? ? AGENT2))(exists DiplomaticOrganization (\ORG -> and ( subOrganization(var ? ? ? ORG)( el ? ? ? ( GovernmentFn(var ? ? ? AGENT1))))( occupiesPosition(var ? ? ? PERSON)(var ? ? ? POSITION)(var ? ? ? ORG))))))))
|
||||
|
||||
forall Organization (\AGENT1 -> forall Organization (\ORG -> forall Agent (\AGENT2 -> forall Position (\POSITION -> forall Human (\PERSON -> impl ( diplomaticRepresentativeInRole(var ? ? ? AGENT1)(var ? ? ? PERSON)(var ? ? ? POSITION)(var ? ? ? AGENT2))( occupiesPosition(var ? ? ? PERSON)(var ? ? ? POSITION)(var ? ? ? ORG)))))))
|
||||
|
||||
forall GeopoliticalArea (\AGENT1 -> forall Agent (\AGENT2 -> forall Position (\POSITION -> forall (both Human CognitiveAgent) (\PERSON -> impl ( diplomaticRepresentativeInRole(var ? ? ? AGENT1)(var ? ? ? PERSON)(var ? ? ? POSITION)(var ? ? ? AGENT2))( employs( el ? ? ? ( GovernmentFn(var ? ? ? AGENT1)))(var ? ? ? PERSON))))))
|
||||
|
||||
forall Organization (\AGENT1 -> forall Agent (\AGENT2 -> forall Position (\POSITION -> forall (both Human CognitiveAgent) (\PERSON -> impl ( diplomaticRepresentativeInRole(var ? ? ? AGENT1)(var ? ? ? PERSON)(var ? ? ? POSITION)(var ? ? ? AGENT2))( employs(var ? ? ? AGENT1)(var ? ? ? PERSON))))))
|
||||
|
||||
forall GeopoliticalArea (\AGENT2 -> forall Position (\POSITION -> forall (both Human Agent) (\PERSON -> forall Agent (\AGENT1 -> impl ( diplomaticRepresentativeInRole(var ? ? ? AGENT1)(var ? ? ? PERSON)(var ? ? ? POSITION)(var ? ? ? AGENT2))( agentOperatesInArea(var ? ? ? PERSON)(var ? ? ? AGENT2))))))
|
||||
|
||||
forall Organization (\AGENT1 -> forall GeopoliticalArea (\AGENT2 -> forall Position (\POSITION -> forall Human (\PERSON -> impl ( diplomaticRepresentativeInRole(var ? ? ? AGENT1)(var ? ? ? PERSON)(var ? ? ? POSITION)(var ? ? ? AGENT2))( agentOperatesInArea(var ? ? ? AGENT1)(var ? ? ? AGENT2))))))
|
||||
|
||||
forall Nation (\AGENT1 -> forall GeopoliticalArea (\AGENT2 -> forall DiplomaticOrganization (\ORG -> forall Position (\POSITION -> forall Human (\PERSON -> impl (and ( diplomaticRepresentativeInRole(var ? ? ? AGENT1)(var ? ? ? PERSON)(var ? ? ? POSITION)(var ? ? ? AGENT2))(and ( subOrganization(var ? ? ? ORG)( el ? ? ? ( GovernmentFn(var ? ? ? AGENT1))))( occupiesPosition(var ? ? ? PERSON)(var ? ? ? POSITION)(var ? ? ? ORG))))( agentOperatesInArea(var ? ? ? ORG)(var ? ? ? AGENT2)))))))
|
||||
|
||||
forall Agent (\AGENT2 -> forall Position (\POSITION -> forall Human (\PERSON -> forall Agent (\AGENT1 -> impl ( diplomaticRepresentativeInRole(var ? ? ? AGENT1)(var ? ? ? PERSON)(var ? ? ? POSITION)(var ? ? ? AGENT2))( diplomaticRepresentationType(var ? ? ? AGENT1)(var ? ? ? POSITION)(var ? ? ? AGENT2))))))
|
||||
|
||||
forall Nation (\AGENT3 -> forall (both Agent GeopoliticalArea) (\AGENT2 -> forall Position (\POSITION -> forall Agent (\AGENT1 -> impl (and ( diplomaticRepresentationType(var ? ? ? AGENT1)(var ? ? ? POSITION)(var ? ? ? AGENT2))( geopoliticalSubdivision(var ? ? ? AGENT2)(var ? ? ? AGENT3)))( diplomaticRepresentationType(var ? ? ? AGENT1)(var ? ? ? POSITION)(var ? ? ? AGENT3))))))
|
||||
|
||||
forall (both Agent GeopoliticalArea) (\COUNTRY2 -> forall Position (\ROLE -> forall (both Agent GeopoliticalArea) (\COUNTRY1 -> impl ( diplomaticRepresentationType(var ? ? ? COUNTRY1)(var ? ? ? ROLE)(var ? ? ? COUNTRY2))( diplomaticRelations(var ? ? ? COUNTRY1)(var ? ? ? COUNTRY2)))))
|
||||
|
||||
forall (both GeopoliticalArea Agent) (\COUNTRY2 -> forall (both GeopoliticalArea Agent) (\COUNTRY1 -> impl ( diplomaticRelations(var ? ? ? COUNTRY1)(var ? ? ? COUNTRY2))(exists ForeignServicePosition (\ROLE -> and ( subAttribute(var ? ? ? ROLE)(el ? ? ? DiplomaticAgent))( diplomaticRepresentationType(var ? ? ? COUNTRY1)(var ? ? ? ROLE)(var ? ? ? COUNTRY2))))))
|
||||
|
||||
forall (both GeopoliticalArea Agent) (\COUNTRY2 -> forall (both GeopoliticalArea Agent) (\COUNTRY1 -> impl ( diplomaticRelations(var ? ? ? COUNTRY1)(var ? ? ? COUNTRY2))(exists ForeignServicePosition (\ROLE -> and ( subAttribute(var ? ? ? ROLE)(el ? ? ? DiplomaticAgent))( diplomaticRepresentationType(var ? ? ? COUNTRY2)(var ? ? ? ROLE)(var ? ? ? COUNTRY1))))))
|
||||
|
||||
forall (both GeopoliticalArea Agent) (\COUNTRY2 -> forall (both GeopoliticalArea Agent) (\COUNTRY1 -> impl ( diplomaticRelations(var ? ? ? COUNTRY1)(var ? ? ? COUNTRY2))(exists Position (\ROLE1 -> exists Position (\ROLE2 -> and ( diplomaticRepresentationType(var ? ? ? COUNTRY1)(var ? ? ? ROLE1)(var ? ? ? COUNTRY2))( diplomaticRepresentationType(var ? ? ? COUNTRY2)(var ? ? ? ROLE2)(var ? ? ? COUNTRY1)))))))
|
||||
|
||||
forall Agent (\COUNTRY2 -> forall (both Position Attribute) (\ROLE -> forall (both Agent Nation) (\COUNTRY1 -> impl (and ( diplomaticRepresentationType(var ? ? ? COUNTRY1)(var ? ? ? ROLE)(var ? ? ? COUNTRY2))( subAttribute(var ? ? ? ROLE)(el ? ? ? DiplomaticAgent)))(exists Human (\PERSON -> and ( citizen(var ? ? ? PERSON)(var ? ? ? COUNTRY1))( diplomaticRepresentativeInRole(var ? ? ? COUNTRY1)(var ? ? ? PERSON)(var ? ? ? ROLE)(var ? ? ? COUNTRY2)))))))
|
||||
|
||||
forall Agent (\COUNTRY2 -> forall Position (\ROLE -> forall (both Human Agent) (\PERSON -> forall Agent (\COUNTRY1 -> impl ( diplomaticRepresentativeInRole(var ? ? ? COUNTRY1)(var ? ? ? PERSON)(var ? ? ? ROLE)(var ? ? ? COUNTRY2))( representativeAgentToAgent(var ? ? ? COUNTRY1)(var ? ? ? PERSON)(var ? ? ? COUNTRY2))))))
|
||||
|
||||
forall Organization (\SENDER -> forall CognitiveAgent (\REP -> forall Agent (\RECEIVER -> impl ( representativeAgentToAgent(var ? ? ? SENDER)(var ? ? ? REP)(var ? ? ? RECEIVER))( employs(var ? ? ? SENDER)(var ? ? ? REP)))))
|
||||
|
||||
forall Nation (\SENDER -> forall CognitiveAgent (\REP -> forall Agent (\RECEIVER -> impl ( representativeAgentToAgent(var ? ? ? SENDER)(var ? ? ? REP)(var ? ? ? RECEIVER))( employs( el ? ? ? ( GovernmentFn(var ? ? ? SENDER)))(var ? ? ? REP)))))
|
||||
|
||||
forall Nation (\SENDER -> forall Nation (\RECEIVER -> forall Human (\PERSON -> forall (both Attribute Position) (\ROLE -> impl (and ( attribute(var ? ? ? PERSON)(var ? ? ? ROLE))(and ( subAttribute(var ? ? ? ROLE)(el ? ? ? DiplomaticAgent))( representativeAgentToAgent(var ? ? ? SENDER)(var ? ? ? PERSON)(var ? ? ? RECEIVER))))( diplomaticRepresentationType(var ? ? ? SENDER)(var ? ? ? ROLE)(var ? ? ? RECEIVER))))))
|
||||
|
||||
forall Agent (\AGENT2 -> forall Agent (\AGENT1 -> impl ( diplomaticOrganizationType(var ? ? ? AGENT1)(desc ConsulateGeneral ? ?)(var ? ? ? AGENT2))( diplomaticRepresentationType(var ? ? ? AGENT1)(el ? ? ? ConsulGeneral)(var ? ? ? AGENT2))))
|
||||
|
||||
forall City (\AREA2 -> forall Agent (\AGENT2 -> forall Agent (\AGENT1 -> impl ( diplomaticRepresentationType(var ? ? ? AGENT1)(el ? ? ? ConsulGeneral)(var ? ? ? AGENT2))( diplomaticOrganizationType(var ? ? ? AGENT1)(desc ConsulateGeneral ? ?)(var ? ? ? AGENT2)))))
|
||||
|
||||
forall Agent (\AGENT2 -> forall Human (\PERSON -> forall Agent (\AGENT1 -> impl ( diplomaticRepresentativeInRole(var ? ? ? AGENT1)(var ? ? ? PERSON)(el ? ? ? Ambassador)(var ? ? ? AGENT2))( diplomaticOrganizationType(var ? ? ? AGENT1)(desc Embassy ? ?)(var ? ? ? AGENT2)))))
|
||||
|
||||
forall Agent (\AGENT2 -> forall Agent (\AGENT1 -> impl ( diplomaticRepresentationType(var ? ? ? AGENT1)(el ? ? ? Ambassador)(var ? ? ? AGENT2))( diplomaticOrganizationType(var ? ? ? AGENT1)(desc Embassy ? ?)(var ? ? ? AGENT2))))
|
||||
|
||||
forall Agent (\AGENT2 -> forall Agent (\AGENT1 -> impl ( diplomaticOrganizationType(var ? ? ? AGENT1)(desc Embassy ? ?)(var ? ? ? AGENT2))( diplomaticRepresentationType(var ? ? ? AGENT1)(el ? ? ? Ambassador) (var ? ? ? AGENT2))))
|
||||
10
examples/SUMO/axioms/GovernmentHiO.gft
Normal file
10
examples/SUMO/axioms/GovernmentHiO.gft
Normal file
@@ -0,0 +1,10 @@
|
||||
|
||||
AsymmetricRelation ? (\x,y -> primaryGeopoliticalSubdivision x y)
|
||||
|
||||
AsymmetricRelation ? (\x,y -> chamberOfLegislature x y)
|
||||
|
||||
AsymmetricRelation ? (\x,y -> successorOrganization x y)
|
||||
|
||||
SymmetricRelation ? (\x,y -> diplomaticRelations x y)
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> diplomaticRelations x y)
|
||||
1184
examples/SUMO/axioms/GovernmentP.gft
Normal file
1184
examples/SUMO/axioms/GovernmentP.gft
Normal file
File diff suppressed because it is too large
Load Diff
252
examples/SUMO/axioms/GovernmentSubAtt.gft
Normal file
252
examples/SUMO/axioms/GovernmentSubAtt.gft
Normal file
@@ -0,0 +1,252 @@
|
||||
|
||||
subAttribute (el ? ? ? HereditaryMonarchy) (el ? ? ? Monarchy)
|
||||
|
||||
subAttribute (el ? ? ? Chiefdom) (el ? ? ? Monarchy)
|
||||
|
||||
subAttribute (el ? ? ? ConstitutionalMonarchy) (el ? ? ? Monarchy)
|
||||
|
||||
subAttribute (el ? ? ? AbsoluteMonarchy) (el ? ? ? Monarchy)
|
||||
|
||||
subAttribute (el ? ? ? ParliamentaryRepublic) (el ? ? ? ParliamentaryGovernment)
|
||||
|
||||
subAttribute (el ? ? ? ParliamentaryDemocracy) (el ? ? ? ParliamentaryGovernment)
|
||||
|
||||
subAttribute (el ? ? ? FederalParliamentaryDemocracy) (el ? ? ? ParliamentaryGovernment)
|
||||
|
||||
subAttribute (el ? ? ? ConstitutionalParliamentaryDemocracy) (el ? ? ? ParliamentaryGovernment)
|
||||
|
||||
subAttribute (el ? ? ? FederalRepublic) (el ? ? ? FederalGovernment)
|
||||
|
||||
subAttribute (el ? ? ? FederalDemocraticRepublic) (el ? ? ? FederalGovernment)
|
||||
|
||||
subAttribute (el ? ? ? FederalParliamentaryDemocracy) (el ? ? ? FederalGovernment)
|
||||
|
||||
subAttribute (el ? ? ? Federation) (el ? ? ? FederalGovernment)
|
||||
|
||||
subAttribute (el ? ? ? ConstitutionalRepublic) (el ? ? ? Republic)
|
||||
|
||||
subAttribute (el ? ? ? ConstitutionalDemocraticRepublic) (el ? ? ? Republic)
|
||||
|
||||
subAttribute (el ? ? ? FederalRepublic) (el ? ? ? Republic)
|
||||
|
||||
subAttribute (el ? ? ? ParliamentaryRepublic) (el ? ? ? Republic)
|
||||
|
||||
subAttribute (el ? ? ? ParliamentaryDemocraticRepublic) (el ? ? ? Republic)
|
||||
|
||||
subAttribute (el ? ? ? FederalDemocraticRepublic) (el ? ? ? Republic)
|
||||
|
||||
subAttribute (el ? ? ? FederalDemocraticRepublic) (el ? ? ? Democracy)
|
||||
|
||||
subAttribute (el ? ? ? ParliamentaryDemocracy) (el ? ? ? Democracy)
|
||||
|
||||
subAttribute (el ? ? ? ParliamentaryDemocraticRepublic) (el ? ? ? Democracy)
|
||||
|
||||
subAttribute (el ? ? ? FederalParliamentaryDemocracy) (el ? ? ? Democracy)
|
||||
|
||||
subAttribute (el ? ? ? ConstitutionalParliamentaryDemocracy) (el ? ? ? Democracy)
|
||||
|
||||
subAttribute (el ? ? ? ConstitutionalDemocraticRepublic) (el ? ? ? Democracy)
|
||||
|
||||
subAttribute (el ? ? ? MultipartyDemocracy) (el ? ? ? Democracy)
|
||||
|
||||
subAttribute (el ? ? ? EmergingDemocracy) (el ? ? ? Democracy)
|
||||
|
||||
subAttribute (el ? ? ? ConstitutionalDemocracy) (el ? ? ? ConstitutionalGovernment)
|
||||
|
||||
subAttribute (el ? ? ? ConstitutionalMonarchy) (el ? ? ? ConstitutionalGovernment)
|
||||
|
||||
subAttribute (el ? ? ? ConstitutionalParliamentaryDemocracy) (el ? ? ? ConstitutionalDemocracy)
|
||||
|
||||
subAttribute (el ? ? ? ConstitutionalRepublic) (el ? ? ? ConstitutionalGovernment)
|
||||
|
||||
subAttribute (el ? ? ? Dictatorship) (el ? ? ? AuthoritarianRegime)
|
||||
|
||||
subAttribute (el ? ? ? MilitaryDictatorship) (el ? ? ? Dictatorship)
|
||||
|
||||
subAttribute (el ? ? ? AbsoluteMonarchy) (el ? ? ? AuthoritarianRegime)
|
||||
|
||||
subAttribute (el ? ? ? CommunistState) (el ? ? ? AuthoritarianRegime)
|
||||
|
||||
subAttribute (el ? ? ? AuthoritarianSocialist) (el ? ? ? AuthoritarianRegime)
|
||||
|
||||
subAttribute (el ? ? ? TheocraticGovernment) (el ? ? ? AuthoritarianRegime)
|
||||
|
||||
subAttribute (el ? ? ? TheocraticRepublic) (el ? ? ? TheocraticGovernment)
|
||||
|
||||
subAttribute (el ? ? ? EcclesiasticalGovernment) (el ? ? ? TheocraticGovernment)
|
||||
|
||||
subAttribute (el ? ? ? IslamicGovernment) (el ? ? ? TheocraticGovernment)
|
||||
|
||||
subAttribute (el ? ? ? EmergingDemocracy) (el ? ? ? TransitionalGovernment)
|
||||
|
||||
subAttribute (el ? ? ? Factionalism) (el ? ? ? TransitionalGovernment)
|
||||
|
||||
subAttribute (el ? ? ? NapoleonicCode) (el ? ? ? CivilLaw)
|
||||
|
||||
subAttribute (el ? ? ? Queen) (el ? ? ? Monarch)
|
||||
|
||||
subAttribute (el ? ? ? King) (el ? ? ? Monarch)
|
||||
|
||||
subAttribute (el ? ? ? SupremeCourtJudge) (el ? ? ? JudgeAtLaw)
|
||||
|
||||
subAttribute (el ? ? ? TransitionalAdministration) (el ? ? ? AdministrationAndManagement)
|
||||
|
||||
subAttribute (el ? ? ? TransitionalAdministration) (el ? ? ? PromoteRegionalStability)
|
||||
|
||||
subAttribute (el ? ? ? PeacekeepingOperation) (el ? ? ? PromoteRegionalStability)
|
||||
|
||||
subAttribute (el ? ? ? EmigrationAndImmigrationIssues) (el ? ? ? PromoteRegionalStability)
|
||||
|
||||
subAttribute (el ? ? ? WeaponsInspection) (el ? ? ? ObservationAndMonitoring)
|
||||
|
||||
subAttribute (el ? ? ? WeaponsInspection) (el ? ? ? ArmsControl)
|
||||
|
||||
subAttribute (el ? ? ? ArmsControl) (el ? ? ? InternationalPeaceAndSecurity)
|
||||
|
||||
subAttribute (el ? ? ? ConventionalArmsControl) (el ? ? ? ArmsControl)
|
||||
|
||||
subAttribute (el ? ? ? ControlWeaponsOfMassDestruction) (el ? ? ? ArmsControl)
|
||||
|
||||
subAttribute (el ? ? ? ControlNuclearWeapons) (el ? ? ? ControlWeaponsOfMassDestruction)
|
||||
|
||||
subAttribute (el ? ? ? NuclearNonproliferation) (el ? ? ? ControlWeaponsOfMassDestruction)
|
||||
|
||||
subAttribute (el ? ? ? NuclearExportControls) (el ? ? ? NuclearNonproliferation)
|
||||
|
||||
subAttribute (el ? ? ? NuclearDisarmament) (el ? ? ? NuclearNonproliferation)
|
||||
|
||||
subAttribute (el ? ? ? ControlBiologicalAndChemicalWeapons) (el ? ? ? ControlWeaponsOfMassDestruction)
|
||||
|
||||
subAttribute (el ? ? ? CBWExportControls) (el ? ? ? ControlBiologicalAndChemicalWeapons)
|
||||
|
||||
subAttribute (el ? ? ? EliminateChemicalWeapons) (el ? ? ? ControlBiologicalAndChemicalWeapons)
|
||||
|
||||
subAttribute (el ? ? ? ReducingCrime) (el ? ? ? SocialDevelopment)
|
||||
|
||||
subAttribute (el ? ? ? CrimePrevention) (el ? ? ? ReducingCrime)
|
||||
|
||||
subAttribute (el ? ? ? SupportLawEnforcement) (el ? ? ? ReducingCrime)
|
||||
|
||||
subAttribute (el ? ? ? CivilPoliceTraining) (el ? ? ? SupportLawEnforcement)
|
||||
|
||||
subAttribute (el ? ? ? PeacekeepingOperation) (el ? ? ? ReducingCrime)
|
||||
|
||||
subAttribute (el ? ? ? EconomicIntegration) (el ? ? ? EconomicCooperation)
|
||||
|
||||
subAttribute (el ? ? ? EconomicPolicyCoordination) (el ? ? ? EconomicCooperation)
|
||||
|
||||
subAttribute (el ? ? ? CoordinateCreditPolicy) (el ? ? ? EconomicPolicyCoordination)
|
||||
|
||||
subAttribute (el ? ? ? FinancialCooperation) (el ? ? ? EconomicCooperation)
|
||||
|
||||
subAttribute (el ? ? ? MonetaryUnion) (el ? ? ? FinancialCooperation)
|
||||
|
||||
subAttribute (el ? ? ? EnergyCooperation) (el ? ? ? EconomicCooperation)
|
||||
|
||||
subAttribute (el ? ? ? EnvironmentalCooperation) (el ? ? ? EnergyAndTheEnvironment)
|
||||
|
||||
subAttribute (el ? ? ? EnergyCooperation) (el ? ? ? EnergyAndTheEnvironment)
|
||||
|
||||
subAttribute (el ? ? ? PeacefulUseOfAtomicPower) (el ? ? ? EnergyAndTheEnvironment)
|
||||
|
||||
subAttribute (el ? ? ? TransportationCoordination) (el ? ? ? InfrastructureCooperation)
|
||||
|
||||
subAttribute (el ? ? ? CooperationInCivilAviation) (el ? ? ? TransportationCoordination)
|
||||
|
||||
subAttribute (el ? ? ? EnergyCooperation) (el ? ? ? InfrastructureCooperation)
|
||||
|
||||
subAttribute (el ? ? ? InformationStandards) (el ? ? ? InfrastructureCooperation)
|
||||
|
||||
subAttribute (el ? ? ? IndustryStandards) (el ? ? ? InfrastructureCooperation)
|
||||
|
||||
subAttribute (el ? ? ? CommunicationsCoordination) (el ? ? ? InfrastructureCooperation)
|
||||
|
||||
subAttribute (el ? ? ? IntellectualPropertyProtection) (el ? ? ? InfrastructureCooperation)
|
||||
|
||||
subAttribute (el ? ? ? InternationalMaritimeAffairs) (el ? ? ? InfrastructureCooperation)
|
||||
|
||||
subAttribute (el ? ? ? AgriculturalDevelopment) (el ? ? ? EconomicDevelopment)
|
||||
|
||||
subAttribute (el ? ? ? PromotionOfPrivateEnterprise) (el ? ? ? EconomicDevelopment)
|
||||
|
||||
subAttribute (el ? ? ? PromotionOfTourism) (el ? ? ? EconomicDevelopment)
|
||||
|
||||
subAttribute (el ? ? ? PromotionOfTradeAndInvestment) (el ? ? ? InternationalTradeSupport)
|
||||
|
||||
subAttribute (el ? ? ? PromotionOfFreeTrade) (el ? ? ? InternationalTradeSupport)
|
||||
|
||||
subAttribute (el ? ? ? EfficientCustomsAdministration) (el ? ? ? InternationalTradeSupport)
|
||||
|
||||
subAttribute (el ? ? ? EfficientCustomsAdministration) (el ? ? ? InfrastructureCooperation)
|
||||
|
||||
subAttribute (el ? ? ? MonetaryStability) (el ? ? ? EconomicDevelopment)
|
||||
|
||||
subAttribute (el ? ? ? ReducePoverty) (el ? ? ? EconomicDevelopment)
|
||||
|
||||
subAttribute (el ? ? ? PromoteSustainableDevelopment) (el ? ? ? EconomicDevelopment)
|
||||
|
||||
subAttribute (el ? ? ? LaborIssues) (el ? ? ? EconomicDevelopment)
|
||||
|
||||
subAttribute (el ? ? ? PromoteTradeUnionism) (el ? ? ? LaborIssues)
|
||||
|
||||
subAttribute (el ? ? ? WorldLaborIssues) (el ? ? ? LaborIssues)
|
||||
|
||||
subAttribute (el ? ? ? MutualDefensePact) (el ? ? ? MilitaryCooperation)
|
||||
|
||||
subAttribute (el ? ? ? PoliticalIntegration) (el ? ? ? PoliticalCooperation)
|
||||
|
||||
subAttribute (el ? ? ? PoliticalDevelopment) (el ? ? ? PoliticalCooperation)
|
||||
|
||||
subAttribute (el ? ? ? WarCrimesProsecution) (el ? ? ? InternationalJustice)
|
||||
|
||||
subAttribute (el ? ? ? CompensationAndReparation) (el ? ? ? JusticeIssues)
|
||||
|
||||
subAttribute (el ? ? ? GenderEquality) (el ? ? ? SocialDevelopment)
|
||||
|
||||
subAttribute (el ? ? ? ReducePoverty) (el ? ? ? SocialDevelopment)
|
||||
|
||||
subAttribute (el ? ? ? PromoteSustainableDevelopment) (el ? ? ? SocialDevelopment)
|
||||
|
||||
subAttribute (el ? ? ? EmigrationAndImmigrationIssues) (el ? ? ? SocialDevelopment)
|
||||
|
||||
subAttribute (el ? ? ? PublicHealthConcern) (el ? ? ? SocialDevelopment)
|
||||
|
||||
subAttribute (el ? ? ? CulturalCooperation) (el ? ? ? SocialCooperation)
|
||||
|
||||
subAttribute (el ? ? ? OrganizeOlympicGames) (el ? ? ? CulturalCooperation)
|
||||
|
||||
subAttribute (el ? ? ? EducationalCooperation) (el ? ? ? SocialCooperation)
|
||||
|
||||
subAttribute (el ? ? ? HumanitarianAssistance) (el ? ? ? SocialCooperation)
|
||||
|
||||
subAttribute (el ? ? ? EducationalCooperation) (el ? ? ? InformationCooperation)
|
||||
|
||||
subAttribute (el ? ? ? HumanRightsIssues) (el ? ? ? HumanitarianAssistance)
|
||||
|
||||
subAttribute (el ? ? ? HumanitarianAid) (el ? ? ? HumanitarianAssistance)
|
||||
|
||||
subAttribute (el ? ? ? FoodAid) (el ? ? ? HumanitarianAid)
|
||||
|
||||
subAttribute (el ? ? ? RefugeeAssistance) (el ? ? ? HumanitarianAssistance)
|
||||
|
||||
subAttribute (el ? ? ? RefugeeAssistance) (el ? ? ? EmigrationAndImmigrationIssues)
|
||||
|
||||
subAttribute (el ? ? ? ChildHealthServices) (el ? ? ? PublicHealthConcern)
|
||||
|
||||
subAttribute (el ? ? ? ReproductiveHealthAndFamilyPlannning) (el ? ? ? PublicHealthConcern)
|
||||
|
||||
subAttribute (el ? ? ? PopulationPolicySupport) (el ? ? ? ReproductiveHealthAndFamilyPlannning)
|
||||
|
||||
subAttribute (el ? ? ? ImproveHumanSettlementConditions) (el ? ? ? PublicHealthConcern)
|
||||
|
||||
subAttribute (el ? ? ? Ambassador) (el ? ? ? DiplomaticAgent)
|
||||
|
||||
subAttribute (el ? ? ? ConsulGeneral) (el ? ? ? DiplomaticAgent)
|
||||
|
||||
subAttribute (el ? ? ? Consul) (el ? ? ? DiplomaticAgent)
|
||||
|
||||
subAttribute (el ? ? ? ChargeDAffaires) (el ? ? ? DiplomaticAgent)
|
||||
|
||||
subAttribute (el ? ? ? PermanentChargeDAffaires) (el ? ? ? ChargeDAffaires)
|
||||
|
||||
subAttribute (el ? ? ? ActingConsulGeneral) (el ? ? ? ConsulGeneral)
|
||||
24
examples/SUMO/axioms/GovernmentSubRel.gft
Normal file
24
examples/SUMO/axioms/GovernmentSubRel.gft
Normal file
@@ -0,0 +1,24 @@
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> conventionalLongName x y) (\x,y -> names x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> conventionalShortName x y) (\x,y -> names x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> abbreviation x y) (\x,y -> conventionalShortName x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> governmentType x y) (\x,y -> attribute x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> capitalCity x y) (\x,y -> administrativeCenter x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> administrativeCenter x y) (\x,y -> geopoliticalSubdivision x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> primaryGeopoliticalSubdivision x y) (\x,y -> geopoliticalSubdivision x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> chamberOfLegislature x y) (\x,y -> subOrganization x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> politicalPartyOfCountry x y) (\x,y -> agentOperatesInArea x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> agentOperatesInArea x y) (\x,y -> partlyLocated x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> member x y) (\x,y -> associateInOrganization x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> organizationalObjective x y) (\x,y -> attribute x y)
|
||||
1184
examples/SUMO/axioms/Merge.gft
Normal file
1184
examples/SUMO/axioms/Merge.gft
Normal file
File diff suppressed because it is too large
Load Diff
208
examples/SUMO/axioms/MergeHiO.gft
Normal file
208
examples/SUMO/axioms/MergeHiO.gft
Normal file
@@ -0,0 +1,208 @@
|
||||
|
||||
EquivalenceRelation ? (\x,y -> equal x y)
|
||||
|
||||
SymmetricRelation ? (\x,y -> disjoint x y)
|
||||
|
||||
EquivalenceRelation ? (\x,y -> relatedInternalConcept x y)
|
||||
|
||||
PartialOrderingRelation ? (\x,y -> subAttribute x y)
|
||||
|
||||
AsymmetricRelation ? (\x,y -> successorAttribute x y)
|
||||
|
||||
TransitiveRelation ? (\x,y -> successorAttributeClosure x y)
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> successorAttributeClosure x y)
|
||||
|
||||
PartialOrderingRelation ? (\x,y -> part x y)
|
||||
|
||||
AsymmetricRelation ? (\x,y -> properPart x y)
|
||||
|
||||
TransitiveRelation ? (\x,y -> properPart x y)
|
||||
|
||||
PartialOrderingRelation ? (\x,y -> subCollection x y)
|
||||
|
||||
TransitiveRelation ? (\x,y -> lessThan x y)
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> lessThan x y)
|
||||
|
||||
TransitiveRelation ? (\x,y -> greaterThan x y)
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> greaterThan x y)
|
||||
|
||||
PartialOrderingRelation ? (\x,y -> lessThanOrEqualTo x y)
|
||||
|
||||
PartialOrderingRelation ? (\x,y -> greaterThanOrEqualTo x y)
|
||||
|
||||
IntentionalRelation ? ? (\x,y -> inScopeOfInterest x y)
|
||||
|
||||
ObjectAttitude ? ? (\x,y -> needs x y)
|
||||
|
||||
ObjectAttitude ? ? (\x,y -> wants x y)
|
||||
|
||||
PartialOrderingRelation ? (\x,y -> subList x y)
|
||||
|
||||
EquivalenceRelation ? (\x,y -> identicalListItems x y)
|
||||
|
||||
SymmetricRelation ? (\x,y -> relatedEvent x y)
|
||||
|
||||
AsymmetricRelation ? (\x,y -> causes x y)
|
||||
|
||||
EquivalenceRelation ? (\x,y -> copy x y)
|
||||
|
||||
AsymmetricRelation ? (\x,y -> crosses x y)
|
||||
|
||||
TransitiveRelation ? (\x,y -> crosses x y)
|
||||
|
||||
AsymmetricRelation ? (\x,y -> penetrates x y)
|
||||
|
||||
IntransitiveRelation ? (\x,y -> penetrates x y)
|
||||
|
||||
EquivalenceRelation ? (\x,y -> equivalentContentInstance x y)
|
||||
|
||||
PartialOrderingRelation ? (\x,y -> subsumesContentInstance x y)
|
||||
|
||||
TransitiveRelation ? (\x,y -> subProposition x y)
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> subProposition x y)
|
||||
|
||||
TransitiveRelation ? (\x,y -> subPlan x y)
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> subPlan x y)
|
||||
|
||||
AssociativeFunction ? (\x,y -> MultiplicationFn x y)
|
||||
|
||||
CommutativeFunction ? ? (\x,y -> MultiplicationFn x y)
|
||||
|
||||
AssociativeFunction ? (\x,y -> AdditionFn x y)
|
||||
|
||||
CommutativeFunction ? ? (\x,y -> AdditionFn x y)
|
||||
|
||||
AssociativeFunction ? (\x,y -> SubtractionFn x y)
|
||||
|
||||
AssociativeFunction ? (\x,y -> DivisionFn x y)
|
||||
|
||||
TransitiveRelation ? (\x,y -> multiplicativeFactor x y)
|
||||
|
||||
AssociativeFunction ? (\x,y -> MaxFn x y)
|
||||
|
||||
CommutativeFunction ? ? (\x,y -> MaxFn x y)
|
||||
|
||||
AssociativeFunction ? (\x,y -> MinFn x y)
|
||||
|
||||
CommutativeFunction ? ? (\x,y -> MinFn x y)
|
||||
|
||||
ReflexiveRelation ? (\x,y -> subGraph x y)
|
||||
|
||||
TransitiveRelation ? (\x,y -> subGraph x y)
|
||||
|
||||
TransitiveRelation ? (\x,y -> larger x y)
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> larger x y)
|
||||
|
||||
TransitiveRelation ? (\x,y -> smaller x y)
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> smaller x y)
|
||||
|
||||
PartialOrderingRelation ? (\x,y -> temporalPart x y)
|
||||
|
||||
TransitiveRelation ? (\x,y -> starts x y)
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> starts x y)
|
||||
|
||||
TransitiveRelation ? (\x,y -> finishes x y)
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> finishes x y)
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> before x y)
|
||||
|
||||
TransitiveRelation ? (\x,y -> before x y)
|
||||
|
||||
PartialOrderingRelation ? (\x,y -> beforeOrEqual x y)
|
||||
|
||||
ReflexiveRelation ? (\x,y -> overlapsTemporally x y)
|
||||
|
||||
SymmetricRelation ? (\x,y -> overlapsTemporally x y)
|
||||
|
||||
TransitiveRelation ? (\x,y -> during x y)
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> during x y)
|
||||
|
||||
AsymmetricRelation ? (\x,y -> meetsTemporally x y)
|
||||
|
||||
IntransitiveRelation ? (\x,y -> meetsTemporally x y)
|
||||
|
||||
TransitiveRelation ? (\x,y -> earlier x y)
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> earlier x y)
|
||||
|
||||
EquivalenceRelation ? (\x,y -> cooccur x y)
|
||||
|
||||
ReflexiveRelation ? (\x,y -> connected x y)
|
||||
|
||||
SymmetricRelation ? (\x,y -> connected x y)
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> meetsSpatially x y)
|
||||
|
||||
SymmetricRelation ? (\x,y -> meetsSpatially x y)
|
||||
|
||||
ReflexiveRelation ? (\x,y -> overlapsSpatially x y)
|
||||
|
||||
SymmetricRelation ? (\x,y -> overlapsSpatially x y)
|
||||
|
||||
SymmetricRelation ? (\x,y -> overlapsPartially x y)
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> overlapsPartially x y)
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> superficialPart x y)
|
||||
|
||||
TransitiveRelation ? (\x,y -> superficialPart x y)
|
||||
|
||||
AsymmetricRelation ? (\x,y -> surface x y)
|
||||
|
||||
AsymmetricRelation ? (\x,y -> interiorPart x y)
|
||||
|
||||
TransitiveRelation ? (\x,y -> interiorPart x y)
|
||||
|
||||
PartialOrderingRelation ? (\x,y -> subProcess x y)
|
||||
|
||||
TransitiveRelation ? (\x,y -> geographicSubregion x y)
|
||||
|
||||
AsymmetricRelation ? (\x,y -> geographicSubregion x y)
|
||||
|
||||
AsymmetricRelation ? (\x,y -> geopoliticalSubdivision x y)
|
||||
|
||||
TransitiveRelation ? (\x,y -> geopoliticalSubdivision x y)
|
||||
|
||||
SymmetricRelation ? (\x,y -> connectedEngineeringComponents x y)
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> connectedEngineeringComponents x y)
|
||||
|
||||
SymmetricRelation ? (\x,y -> relative x y)
|
||||
|
||||
EquivalenceRelation ? (\x,y -> familyRelation x y)
|
||||
|
||||
TransitiveRelation ? (\x,y -> ancestor x y)
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> ancestor x y)
|
||||
|
||||
AsymmetricRelation ? (\x,y -> parent x y)
|
||||
|
||||
IntransitiveRelation ? (\x,y -> parent x y)
|
||||
|
||||
SymmetricRelation ? (\x,y -> sibling x y)
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> sibling x y)
|
||||
|
||||
SymmetricRelation ? (\x,y -> legalRelation x y)
|
||||
|
||||
SymmetricRelation ? (\x,y -> mutualAcquaintance x y)
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> spouse x y)
|
||||
|
||||
SymmetricRelation ? (\x,y -> spouse x y)
|
||||
|
||||
PartialOrderingRelation ? (\x,y -> subOrganization x y)
|
||||
|
||||
SymmetricRelation ? (\x,y -> consistent x y)
|
||||
|
||||
PartialOrderingRelation ? (\x,y -> geometricPart x y)
|
||||
9
examples/SUMO/axioms/MergeP.gft
Normal file
9
examples/SUMO/axioms/MergeP.gft
Normal file
@@ -0,0 +1,9 @@
|
||||
|
||||
equal (el ? ? ? (MeasureFn (el ? ? ? (toInt 0)) (el ? ? ? AngularDegree))) (el ? ? ? (MeasureFn (el ? ? ? (toInt 360)) (el ? ? ? AngularDegree)))
|
||||
|
||||
typicalPart (desc VocalCords ? ?) (desc Human ? ?)
|
||||
|
||||
typicallyContainsPart (desc VocalCords ? ?) (desc Human ? ?)
|
||||
|
||||
initialPart (desc VocalCords ? ?) (desc Human ? ?)
|
||||
|
||||
20
examples/SUMO/axioms/MergeSubAtt.gft
Normal file
20
examples/SUMO/axioms/MergeSubAtt.gft
Normal file
@@ -0,0 +1,20 @@
|
||||
|
||||
subAttribute (el ? ? ? Law) (el ? ? ? Obligation)
|
||||
|
||||
subAttribute (el ? ? ? Promise) (el ? ? ? Obligation)
|
||||
|
||||
subAttribute (el ? ? ? NakedPromise) (el ? ? ? Promise)
|
||||
|
||||
subAttribute (el ? ? ? Liquid) (el ? ? ? Fluid)
|
||||
|
||||
subAttribute (el ? ? ? Gas) (el ? ? ? Fluid)
|
||||
|
||||
subAttribute (el ? ? ? Plasma) (el ? ? ? Fluid)
|
||||
|
||||
subAttribute (el ? ? ? Wet) (el ? ? ? Damp)
|
||||
|
||||
subAttribute (el ? ? ? Dead) (el ? ? ? Unconscious)
|
||||
|
||||
subAttribute (el ? ? ? Larval) (el ? ? ? NonFullyFormed)
|
||||
|
||||
subAttribute (el ? ? ? Embryonic) (el ? ? ? NonFullyFormed)
|
||||
184
examples/SUMO/axioms/MergeSubRel.gft
Normal file
184
examples/SUMO/axioms/MergeSubRel.gft
Normal file
@@ -0,0 +1,184 @@
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> properPart x y) (\x,y -> part x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> piece x y) (\x,y -> part x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> component x y) (\x,y -> part x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> contains x y) (\x,y -> partlyLocated x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> member x y) (\x,y -> part x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> containsInformation x y) (\x,y -> represents x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> attribute x y) (\x,y -> property x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> manner x y) (\x,y -> property x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> agent x y) (\x,y -> involvedInEvent x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> destination x y) (\x,y -> involvedInEvent x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> experiencer x y) (\x,y -> involvedInEvent x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> instrument x y) (\x,y -> patient x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> origin x y) (\x,y -> involvedInEvent x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> patient x y) (\x,y -> involvedInEvent x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> result x y) (\x,y -> patient x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> needs x y) (\x,y -> inScopeOfInterest x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> wants x y) (\x,y -> inScopeOfInterest x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> causes x y) (\x,y -> relatedEvent x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> located x y) (\x,y -> partlyLocated x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> exactlyLocated x y) (\x,y -> located x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> crosses x y) (\x,y -> traverses x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> penetrates x y) (\x,y -> traverses x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> penetrates x y) (\x,y -> meetsSpatially x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> names x y) (\x,y -> refers x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> uniqueIdentifier x y) (\x,y -> names x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> represents x y) (\x,y -> refers x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> equivalentContentInstance x y) (\x,y -> subsumesContentInstance x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> realization x y) (\x,y -> represents x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> subPlan x y) (\x,y -> subProposition x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> abstractCounterpart x y) (\x,y -> represents x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> weight x y) (\x,y -> measure x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> age x y) (\x,y -> measure x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> linearExtent x y) (\x,y -> measure x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> width x y) (\x,y -> linearExtent x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> height x y) (\x,y -> linearExtent x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> length x y) (\x,y -> linearExtent x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> diameter x y) (\x,y -> width x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> monetaryValue x y) (\x,y -> measure x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> barometricPressure x y) (\x,y -> measure x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> starts x y) (\x,y -> temporalPart x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> finishes x y) (\x,y -> temporalPart x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> before x y) (\x,y -> beforeOrEqual x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> during x y) (\x,y -> temporalPart x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> during x y) (\x,y -> overlapsTemporally x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> date x y) (\x,y -> time x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> meetsSpatially x y) (\x,y -> connected x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> overlapsSpatially x y) (\x,y -> connected x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> overlapsPartially x y) (\x,y -> overlapsSpatially x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> superficialPart x y) (\x,y -> part x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> surface x y) (\x,y -> superficialPart x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> interiorPart x y) (\x,y -> part x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> bottom x y) (\x,y -> superficialPart x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> top x y) (\x,y -> superficialPart x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> side x y) (\x,y -> superficialPart x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> partiallyFills x y) (\x,y -> located x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> properlyFills x y) (\x,y -> partiallyFills x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> completelyFills x y) (\x,y -> partiallyFills x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> fills x y) (\x,y -> completelyFills x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> fills x y) (\x,y -> properlyFills x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> path x y) (\x,y -> involvedInEvent x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> grasps x y) (\x,y -> meetsSpatially x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> attends x y) (\x,y -> experiencer x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> geographicSubregion x y) (\x,y -> properPart x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> geographicSubregion x y) (\x,y -> located x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> geopoliticalSubdivision x y) (\x,y -> geographicSubregion x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> developmentalForm x y) (\x,y -> attribute x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> home x y) (\x,y -> inhabits x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> stays x y) (\x,y -> inhabits x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> engineeringSubcomponent x y) (\x,y -> properPart x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> connectedEngineeringComponents x y) (\x,y -> connected x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> familyRelation x y) (\x,y -> relative x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> spouse x y) (\x,y -> relative x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> ancestor x y) (\x,y -> familyRelation x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> parent x y) (\x,y -> ancestor x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> parent x y) (\x,y -> familyRelation x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> mother x y) (\x,y -> parent x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> father x y) (\x,y -> parent x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> daughter x y) (\x,y -> parent x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> son x y) (\x,y -> parent x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> sibling x y) (\x,y -> familyRelation x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> brother x y) (\x,y -> sibling x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> sister x y) (\x,y -> sibling x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> mutualAcquaintance x y) (\x,y -> acquaintance x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> spouse x y) (\x,y -> mutualAcquaintance x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> spouse x y) (\x,y -> legalRelation x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> husband x y) (\x,y -> spouse x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> wife x y) (\x,y -> spouse x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> subOrganization x y) (\x,y -> subCollection x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> direction x y) (\x,y -> involvedInEvent x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> truth x y) (\x,y -> property x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> pointOfFigure x y) (\x,y -> geometricPart x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> angleOfFigure x y) (\x,y -> geometricPart x y)
|
||||
1632
examples/SUMO/axioms/Mid_level_ontology.gft
Normal file
1632
examples/SUMO/axioms/Mid_level_ontology.gft
Normal file
File diff suppressed because it is too large
Load Diff
46
examples/SUMO/axioms/Mid_level_ontologyHiO.gft
Normal file
46
examples/SUMO/axioms/Mid_level_ontologyHiO.gft
Normal file
@@ -0,0 +1,46 @@
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> conjugate x y)
|
||||
|
||||
SymmetricRelation ? (\x,y -> conjugate x y)
|
||||
|
||||
TransitiveRelation ? (\x,y -> conjugate x y)
|
||||
|
||||
SymmetricRelation ? (\x,y -> neighbor x y)
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> neighbor x y)
|
||||
|
||||
ObjectAttitude ? ? (\x,y -> dislikes x y)
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> hostileForces x y)
|
||||
|
||||
TransitiveRelation ? (\x,y -> subField x y)
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> subField x y)
|
||||
|
||||
IntentionalRelation ? ? (\x,y -> serviceProvider x y)
|
||||
|
||||
IntentionalRelation ? ? (\x,y -> serviceRecipient x y)
|
||||
|
||||
SymmetricRelation ? (\x,y -> friend x y)
|
||||
|
||||
IntentionalRelation ? ? (\x,y -> friend x y)
|
||||
|
||||
SymmetricRelation ? (\x,y -> coworker x y)
|
||||
|
||||
SymmetricRelation ? (\x,y -> cohabitant x y)
|
||||
|
||||
IntentionalRelation ? ? (\x,y -> cohabitant x y)
|
||||
|
||||
AsymmetricRelation ? (\x,y -> grandparent x y)
|
||||
|
||||
SymmetricRelation ? (\x,y -> mutualStranger x y)
|
||||
|
||||
SymmetricRelation ? (\x,y -> domesticPartner x y)
|
||||
|
||||
IntentionalRelation ? ? (\x,y -> domesticPartner x y)
|
||||
|
||||
AntisymmetricRelation ? (\x,y -> legalGuardian x y)
|
||||
|
||||
TransitiveRelation ? (\x,y -> ancestorOrganization x y)
|
||||
|
||||
IrreflexiveRelation ? (\x,y -> ancestorOrganization x y)
|
||||
42
examples/SUMO/axioms/Mid_level_ontologyP.gft
Normal file
42
examples/SUMO/axioms/Mid_level_ontologyP.gft
Normal file
@@ -0,0 +1,42 @@
|
||||
|
||||
subsumesContentClass (desc ChristianBible ? ?) (desc NewTestament ? ?)
|
||||
|
||||
subsumesContentClass (desc ChristianBible ? ?) (desc OldTestament ? ?)
|
||||
|
||||
subsumesContentClass (desc NewTestament ? ?) (desc ChristianGospel ? ?)
|
||||
|
||||
equal (el ? ? ? (BeginFn (el ? ? ? BeforeCommonEra))) (el ? ? ? NegativeInfinity)
|
||||
|
||||
equal (el ? ? ? (EndFn (el ? ? ? CommonEra))) (el ? ? ? PositiveInfinity)
|
||||
|
||||
subOrganization (el ? ? ? UnitedStatesDepartmentOfState) (el ? ? ? (GovernmentFn (el ? ? ? UnitedStates)))
|
||||
|
||||
subOrganization (el ? ? ? UnitedStatesDepartmentOfInterior) (el ? ? ? (GovernmentFn (el ? ? ? UnitedStates)))
|
||||
|
||||
subOrganization (el ? ? ? UnitedStatesCongress) (el ? ? ? (GovernmentFn (el ? ? ? UnitedStates)))
|
||||
|
||||
initialPart (desc DigitAppendage ? ?) (desc Limb ? ?)
|
||||
|
||||
equal (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? MetricTon))) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2205)) (el ? ? ? PoundMass)))
|
||||
|
||||
equal (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? SquareMile))) (el ? ? ? (PerFn (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? Mile))) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? Mile)))))
|
||||
|
||||
equal (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? SquareYard))) (el ? ? ? (PerFn (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? YardLength))) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? YardLength)))))
|
||||
|
||||
meatOfAnimal (desc Beef ? ?) (desc Cow ? ?)
|
||||
|
||||
meatOfAnimal (desc ChickenMeat ? ?) (desc Chicken ? ?)
|
||||
|
||||
meatOfAnimal (desc Pork ? ?) (desc Pig ? ?)
|
||||
|
||||
meatOfAnimal (desc FishMeat ? ?) (desc Fish ? ?)
|
||||
|
||||
subField (el ? ? ? Physiology) (el ? ? ? Biology)
|
||||
|
||||
subField (el ? ? ? MedicalScience) (el ? ? ? Biology)
|
||||
|
||||
subField (el ? ? ? Electronics) (el ? ? ? Physics)
|
||||
|
||||
subField (el ? ? ? Electronics) (el ? ? ? Engineering)
|
||||
|
||||
initialPart (desc AnimalAnatomicalStructure ? ?) (desc Animal ? ?)
|
||||
38
examples/SUMO/axioms/Mid_level_ontologySubAtt.gft
Normal file
38
examples/SUMO/axioms/Mid_level_ontologySubAtt.gft
Normal file
@@ -0,0 +1,38 @@
|
||||
|
||||
subAttribute (el ? ? ? Drunk) (el ? ? ? Drugged)
|
||||
|
||||
subAttribute (el ? ? ? InternationalLaw) (el ? ? ? Law)
|
||||
|
||||
subAttribute (el ? ? ? Illegal) (el ? ? ? Prohibition)
|
||||
|
||||
subAttribute (el ? ? ? Legal) (el ? ? ? Permission)
|
||||
|
||||
subAttribute (el ? ? ? Satisfaction) (el ? ? ? Happiness)
|
||||
|
||||
subAttribute (el ? ? ? Tranquility) (el ? ? ? Happiness)
|
||||
|
||||
subAttribute (el ? ? ? Excitement) (el ? ? ? Happiness)
|
||||
|
||||
subAttribute (el ? ? ? Anxiety) (el ? ? ? Unhappiness)
|
||||
|
||||
subAttribute (el ? ? ? Anger) (el ? ? ? Unhappiness)
|
||||
|
||||
subAttribute (el ? ? ? Pain) (el ? ? ? Unhappiness)
|
||||
|
||||
subAttribute (el ? ? ? Headache) (el ? ? ? Pain)
|
||||
|
||||
subAttribute (el ? ? ? Puberty) (el ? ? ? NonFullyFormed)
|
||||
|
||||
subAttribute (el ? ? ? Squatting) (el ? ? ? Sitting)
|
||||
|
||||
subAttribute (el ? ? ? Retired) (el ? ? ? Unemployed)
|
||||
|
||||
subAttribute (el ? ? ? Housewife) (el ? ? ? Unemployed)
|
||||
|
||||
subAttribute (el ? ? ? Professor) (el ? ? ? Teacher)
|
||||
|
||||
subAttribute (el ? ? ? Diplomat) (el ? ? ? GovernmentPerson)
|
||||
|
||||
subAttribute (el ? ? ? StoreOwner) (el ? ? ? BusinessPerson)
|
||||
|
||||
subAttribute (el ? ? ? PolicePerson) (el ? ? ? GovernmentPerson)
|
||||
158
examples/SUMO/axioms/Mid_level_ontologySubRel.gft
Normal file
158
examples/SUMO/axioms/Mid_level_ontologySubRel.gft
Normal file
@@ -0,0 +1,158 @@
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> wavelength x y) (\x,y -> measure x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> sententialObject x y) (\x,y -> grammaticalRelation x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> sententialSubject x y) (\x,y -> grammaticalRelation x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> effectiveRange x y) (\x,y -> measure x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> powerPlant x y) (\x,y -> component x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> deviceState x y) (\x,y -> attribute x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> telephoneNumber x y) (\x,y -> uniqueIdentifier x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> postalCode x y) (\x,y -> uniqueIdentifier x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> postalBoxNumber x y) (\x,y -> uniqueIdentifier x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> cityAddress x y) (\x,y -> address x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> streetAddress x y) (\x,y -> address x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> streetNumber x y) (\x,y -> address x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> unitNumber x y) (\x,y -> address x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> detainee x y) (\x,y -> patient x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> targetInAttack x y) (\x,y -> patient x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> enjoys x y) (\x,y -> inScopeOfInterest x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> dislikes x y) (\x,y -> inScopeOfInterest x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> lacks x y) (\x,y -> needs x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> groupMember x y) (\x,y -> member x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> headquartersOfOrganization x y) (\x,y -> located x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> reagent x y) (\x,y -> instrument x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> half x y) (\x,y -> part x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> third x y) (\x,y -> part x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> quarter x y) (\x,y -> part x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> most x y) (\x,y -> part x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> titles x y) (\x,y -> names x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> brandName x y) (\x,y -> names x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> formerName x y) (\x,y -> names x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> familyName x y) (\x,y -> names x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> middleName x y) (\x,y -> names x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> givenName x y) (\x,y -> names x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> localLongName x y) (\x,y -> names x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> localShortName x y) (\x,y -> names x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> experimentalControl x y) (\x,y -> patient x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> defendant x y) (\x,y -> patient x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> plaintiff x y) (\x,y -> agent x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> registeredItem x y) (\x,y -> refers x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> student x y) (\x,y -> member x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> teacher x y) (\x,y -> member x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> onboard x y) (\x,y -> located x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> sideOfFigure x y) (\x,y -> geometricPart x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> contestParticipant x y) (\x,y -> agent x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> subField x y) (\x,y -> subProposition x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> financialAccount x y) (\x,y -> agreementMember x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> transported x y) (\x,y -> patient x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> cargo x y) (\x,y -> transported x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> serviceProvider x y) (\x,y -> agent x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> serviceRecipient x y) (\x,y -> experiencer x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> moves x y) (\x,y -> involvedInEvent x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> changesLocation x y) (\x,y -> moves x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> friend x y) (\x,y -> mutualAcquaintance x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> coworker x y) (\x,y -> mutualAcquaintance x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> cohabitant x y) (\x,y -> mutualAcquaintance x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> grandmother x y) (\x,y -> grandparent x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> grandfather x y) (\x,y -> grandparent x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> grandparent x y) (\x,y -> ancestor x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> aunt x y) (\x,y -> familyRelation x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> cousin x y) (\x,y -> familyRelation x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> grandfather x y) (\x,y -> familyRelation x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> grandmother x y) (\x,y -> familyRelation x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> nephew x y) (\x,y -> familyRelation x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> niece x y) (\x,y -> familyRelation x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> uncle x y) (\x,y -> familyRelation x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> stepfather x y) (\x,y -> legalRelation x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> stepmother x y) (\x,y -> legalRelation x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> alias x y) (\x,y -> names x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> deceptiveIdentifier x y) (\x,y -> refers x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> alias x y) (\x,y -> deceptiveIdentifier x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> mutualStranger x y) (\x,y -> stranger x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> domesticPartner x y) (\x,y -> cohabitant x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> controlled x y) (\x,y -> patient x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> gainsControl x y) (\x,y -> agent x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> losesControl x y) (\x,y -> experiencer x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> arrested x y) (\x,y -> controlled x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> conveyance x y) (\x,y -> instrument x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> financialAsset x y) (\x,y -> possesses x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> birthday x y) (\x,y -> anniversary x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> pathInSystem x y) (\x,y -> part x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> routeInSystem x y) (\x,y -> pathInSystem x y)
|
||||
28
examples/SUMO/axioms/Military.gft
Normal file
28
examples/SUMO/axioms/Military.gft
Normal file
@@ -0,0 +1,28 @@
|
||||
|
||||
forall MilitaryOperation (\MO -> exists Plan (\PLAN -> represents(var ? ? ? PLAN)(var ? ? ? MO)))
|
||||
|
||||
forall Plan (\PLAN -> forall Process (\PROC -> forall Process (\PLANNNG -> impl ( represents(var ? ? ? PLAN)(var ? ? ? PROC))(exists Planning (\PLANNING -> exists ContentBearingPhysical (\CBO -> and ( containsInformation(var ? ? ? CBO)(var ? ? ? PLAN))(and ( result(var ? ? ? PLANNNG)(var ? ? ? CBO))(and ( earlier( el ? ? ? ( BeginFn( el ? ? ? ( WhenFn(var ? ? ? PLANNING)))))( el ? ? ? ( BeginFn( el ? ? ? ( WhenFn(var ? ? ? PROC))))))( earlier( el ? ? ? ( EndFn( el ? ? ? ( WhenFn(var ? ? ? PLANNING)))))( el ? ? ? ( EndFn( el ? ? ? ( WhenFn(var ? ? ? PROC))))))))))))))
|
||||
|
||||
forall FoodDistributionOperation (\FD -> exists (both Giving Getting) (\GI -> exists Process (\GE -> and ( subProcess(var ? ? ? GI)(var ? ? ? FD))( subProcess(var ? ? ? GE)(var ? ? ? FD)))))
|
||||
|
||||
forall FoodDistributionOperation (\FD -> exists Food (\FOOD -> exists CognitiveAgent (\CA -> and ( patient(var ? ? ? FD)(var ? ? ? FOOD))(and ( destination(var ? ? ? FD)(var ? ? ? CA))( holdsDuring( el ? ? ? ( ImmediateFutureFn( el ? ? ? ( WhenFn(var ? ? ? FD)))))( possesses(var ? ? ? CA)(var ? ? ? FOOD)))))))
|
||||
|
||||
forall Convoy (\C -> forall (both SelfConnectedObject (both Entity Agent)) (\X2 -> forall (both SelfConnectedObject (both Entity Agent)) (\X1 -> impl (and ( member(var ? ? ? X1)(var ? ? ? C))(and ( member(var ? ? ? X2)(var ? ? ? C))( not (equal(var ? ? ? X1)(var ? ? ? X2)))))(exists Transportation (\P1 -> exists Transportation (\P2 -> exists Entity (\D -> and ( agent(var ? ? ? P1)(var ? ? ? X1))(and ( agent(var ? ? ? P2)(var ? ? ? X2))(and ( destination(var ? ? ? P1)(var ? ? ? D))( destination(var ? ? ? P2)(var ? ? ? D)))))))))))
|
||||
|
||||
forall USMilitaryRank (\ATTR -> forall (both Object SelfConnectedObject) (\PERSON -> impl ( attribute(var ? ? ? PERSON)(var ? ? ? ATTR))(exists (both Collection MilitaryOrganization) (\MO -> and ( member(var ? ? ? PERSON)(var ? ? ? MO))( militaryOfArea(var ? ? ? MO)(el ? ? ? UnitedStates))))))
|
||||
|
||||
forall InfantryUnit (\AB -> forall Object (\C -> exists (both AutomaticGun (both Firearm (both MortarGun ExplosiveMine))) (\AC -> possesses(var ? ? ? AB)(var ? ? ? C))))
|
||||
|
||||
forall Pulling (\P -> forall (both LengthMeasure Quantity) (\LARGER -> forall (both LengthMeasure Quantity) (\SMALLER -> forall (both Entity Physical) (\D -> forall (both Entity Physical) (\PULLED -> forall (both Agent Physical) (\A -> forall Object (\PATH -> impl (and ( path(var ? ? ? P)(var ? ? ? PATH))(and ( agent(var ? ? ? P)(var ? ? ? A))(and ( patient(var ? ? ? P)(var ? ? ? PULLED))( destination(var ? ? ? P)(var ? ? ? D)))))( holdsDuring(var ? ? ? P)(and ( distance(var ? ? ? A)(var ? ? ? D)(var ? ? ? SMALLER))(and ( distance(var ? ? ? PULLED)(var ? ? ? D)(var ? ? ? LARGER))( greaterThan(var ? ? ? LARGER)(var ? ? ? SMALLER))))))))))))
|
||||
|
||||
forall (both Nation Object) (\C -> forall (both Human Physical) (\P -> impl (and ( citizen(var ? ? ? P)(var ? ? ? C))(not (exists Object (\L -> located(var ? ? ? P)(var ? ? ? L)))))( located(var ? ? ? P)(var ? ? ? C))))
|
||||
|
||||
forall MilitaryOrganization (\MILITARY -> exists GeopoliticalArea (\AREA -> militaryOfArea(var ? ? ? MILITARY)(var ? ? ? AREA)))
|
||||
|
||||
forall (both SelfConnectedObject Object) (\AGENT -> forall (both MilitaryOrganization Collection) (\MILITARY -> forall (both TimeDuration Quantity) (\MILITARYAGE -> forall GeopoliticalArea (\AREA -> impl (and ( militaryAge(var ? ? ? AREA)(var ? ? ? MILITARYAGE))(and ( militaryOfArea(var ? ? ? MILITARY)(var ? ? ? AREA))( member(var ? ? ? AGENT)(var ? ? ? MILITARY))))(exists (both TimeDuration Quantity) (\AGE -> and ( age(var ? ? ? AGENT)(var ? ? ? AGE))( greaterThanOrEqualTo(var ? ? ? AGE)(var ? ? ? MILITARYAGE))))))))
|
||||
|
||||
forall (both TimeDuration Quantity) (\AGE -> forall (both SelfConnectedObject Object) (\AGENT -> forall (both MilitaryOrganization Collection) (\MILITARY -> forall (both TimeDuration Quantity) (\MILITARYAGE -> forall GeopoliticalArea (\AREA -> impl (and ( militaryAge(var ? ? ? AREA)(var ? ? ? MILITARYAGE))(and ( militaryOfArea(var ? ? ? MILITARY)(var ? ? ? AREA))(and ( member(var ? ? ? AGENT)(var ? ? ? MILITARY))( age(var ? ? ? AGENT)(var ? ? ? AGE)))))( greaterThanOrEqualTo(var ? ? ? AGE)(var ? ? ? MILITARYAGE)))))))
|
||||
|
||||
forall TimeInterval (\PERIOD -> forall (both RationalNumber Quantity) (\FRACTION -> forall GeopoliticalArea (\AREA -> impl ( militaryExpendituresFractionOfGDPInPeriod(var ? ? ? AREA)(var ? ? ? FRACTION)(var ? ? ? PERIOD))( lessThanOrEqualTo(var ? ? ? FRACTION)(el ? ? ? (toRealNum 1.0))))))
|
||||
|
||||
forall (both RationalNumber Quantity) (\FRACTION -> forall GeopoliticalArea (\AREA -> impl ( militaryExpendituresFractionOfGDP(var ? ? ? AREA)(var ? ? ? FRACTION))( lessThanOrEqualTo(var ? ? ? FRACTION)(el ? ? ? (toRealNum 1.0)))))
|
||||
13
examples/SUMO/axioms/MilitaryP.gft
Normal file
13
examples/SUMO/axioms/MilitaryP.gft
Normal file
@@ -0,0 +1,13 @@
|
||||
|
||||
subEchelon (desc Brigade ? ?) (desc Battalion ? ?)
|
||||
|
||||
subEchelon (desc Battalion ? ?) (desc Company_Military ? ?)
|
||||
|
||||
commandRankOfEchelon (desc Battalion ? ?) (el ? ? ? USMilitaryRankO5)
|
||||
|
||||
subEchelon (desc Company_Military ? ?) (desc Platoon ? ?)
|
||||
|
||||
commandRankOfEchelon (desc Company_Military ? ?) (el ? ? ? (UnionFn (el ? ? ? USMilitaryRankO3) (el ? ? ? USMilitaryRankO4)))
|
||||
|
||||
commandRankOfEchelon (desc Platoon ? ?) (el ? ? ? USMilitaryRankO2)
|
||||
|
||||
114
examples/SUMO/axioms/QoSOntology.gft
Normal file
114
examples/SUMO/axioms/QoSOntology.gft
Normal file
@@ -0,0 +1,114 @@
|
||||
|
||||
forall ComputerHardware (\HARDWARE -> exists Computer (\COMPUTER -> component(var ? ? ? HARDWARE)(var ? ? ? COMPUTER)))
|
||||
|
||||
forall DataTransfer (\TRANSFER -> exists HardwareSystem (\ORIGIN -> exists ComputationalSystem (\DESTINATION -> exists HardwareSystem (\SYSTEM -> exists ComputerData (\DATA -> and ( origin(var ? ? ? TRANSFER)(var ? ? ? ORIGIN))(and ( destination(var ? ? ? TRANSFER)(var ? ? ? DESTINATION))(and ( instrument(var ? ? ? TRANSFER)(var ? ? ? SYSTEM))( patient(var ? ? ? TRANSFER)(var ? ? ? DATA)))))))))
|
||||
|
||||
forall ComputerProcess (\PROCESS -> exists Computer (\COMPUTER -> exists ComputerProgram (\PROGRAM -> and ( computerRunning(var ? ? ? PROCESS)(var ? ? ? COMPUTER))( programRunning(var ? ? ? PROCESS)(var ? ? ? PROGRAM)))))
|
||||
|
||||
forall ComputerProgram (\PROGRAM -> forall ComputerProcess (\PROCESS -> impl ( programRunning(var ? ? ? PROCESS)(var ? ? ? PROGRAM))(exists Computer (\COMPUTER -> runningOn(var ? ? ? PROGRAM)(var ? ? ? COMPUTER)))))
|
||||
|
||||
forall Computer (\COMPUTER -> forall ComputerProgram (\PROGRAM -> impl ( runningOn(var ? ? ? PROGRAM)(var ? ? ? COMPUTER))(exists ComputerProcess (\PROCESS -> and ( programRunning(var ? ? ? PROCESS)(var ? ? ? PROGRAM))( computerRunning(var ? ? ? PROCESS)(var ? ? ? COMPUTER))))))
|
||||
|
||||
forall ComputerDirectory (\DIRECTORY -> forall ComputerFile (\FILE -> impl ( directoryOf(var ? ? ? FILE)(var ? ? ? DIRECTORY))( refers( el ? ? ? ( AddressFn(var ? ? ? FILE)))(var ? ? ? DIRECTORY))))
|
||||
|
||||
forall SoftwareSystem (\SOFTWARE -> forall ComputerProcess (\PROCESS -> impl ( programRunning(var ? ? ? PROCESS)(var ? ? ? SOFTWARE))(exists HardwareSystem (\HARDWARE -> computerRunning(var ? ? ? PROCESS)(var ? ? ? HARDWARE)))))
|
||||
|
||||
forall HardwareSystem (\SYSTEM -> exists CPU (\PROCESSOR -> exists ComputerMemory (\MEMORY -> exists ComputerNetwork (\NETWORK -> and ( component(var ? ? ? SYSTEM)(var ? ? ? PROCESSOR))(and ( component(var ? ? ? SYSTEM)(var ? ? ? MEMORY))( component(var ? ? ? SYSTEM)(var ? ? ? NETWORK)))))))
|
||||
|
||||
forall Computer (\COMPUTER -> forall ComputerProgram (\PROGRAM -> impl (exists ComputerProcess (\PROCESS -> and ( programRunning(var ? ? ? PROCESS)(var ? ? ? PROGRAM))( computerRunning(var ? ? ? PROCESS)(var ? ? ? COMPUTER))))( runsOn(var ? ? ? PROGRAM)(var ? ? ? COMPUTER))))
|
||||
|
||||
forall StartupBlock (\STARTUP -> exists ComputerProgram (\APPLICATION -> startupOf(var ? ? ? STARTUP)(var ? ? ? APPLICATION)))
|
||||
|
||||
forall ComputerProcess (\PROCESS1 -> forall (both Entity TimeInterval) (\TIME1 -> forall ComputerProgram (\APPLICATION -> forall (both StartupBlock ComputerProgram) (\STARTUP -> impl (and ( startupOf(var ? ? ? STARTUP)(var ? ? ? APPLICATION))(and ( programRunning(var ? ? ? PROCESS1)(var ? ? ? STARTUP))( equal( el ? ? ? ( WhenFn(var ? ? ? PROCESS1)))(var ? ? ? TIME1))))(exists ComputerProcess (\PROCESS2 -> exists (both Entity TimeInterval) (\TIME2 -> and ( programRunning(var ? ? ? PROCESS2)(var ? ? ? APPLICATION))(and ( equal( el ? ? ? ( WhenFn(var ? ? ? PROCESS2)))(var ? ? ? TIME2))( meetsTemporally(var ? ? ? TIME1)(var ? ? ? TIME2))))))))))
|
||||
|
||||
forall ShutdownBlock (\SHUTDOWN -> exists ComputerProgram (\APPLICATION -> shutdownOf(var ? ? ? SHUTDOWN)(var ? ? ? APPLICATION)))
|
||||
|
||||
forall ComputerProcess (\PROCESS1 -> forall (both Entity TimeInterval) (\TIME1 -> forall ComputerProgram (\APPLICATION -> forall (both ShutdownBlock ComputerProgram) (\SHUTDOWN -> impl (and ( shutdownOf(var ? ? ? SHUTDOWN)(var ? ? ? APPLICATION))(and ( programRunning(var ? ? ? PROCESS1)(var ? ? ? SHUTDOWN))( equal( el ? ? ? ( WhenFn(var ? ? ? PROCESS1)))(var ? ? ? TIME1))))(exists ComputerProcess (\PROCESS2 -> exists (both Entity TimeInterval) (\TIME2 -> and ( programRunning(var ? ? ? PROCESS2)(var ? ? ? APPLICATION))(and ( equal( el ? ? ? ( WhenFn(var ? ? ? PROCESS2)))(var ? ? ? TIME2))( meetsTemporally(var ? ? ? TIME2)(var ? ? ? TIME1))))))))))
|
||||
|
||||
forall ComputerProgram (\PROGRAM -> forall ComputerProcess (\PROCESS -> impl ( programRunning(var ? ? ? PROCESS)(var ? ? ? PROGRAM))(exists ComputerInputDevice (\DEVICE -> standardInputDevice(var ? ? ? PROCESS)(var ? ? ? DEVICE)))))
|
||||
|
||||
forall ComputerProgram (\PROGRAM -> forall ComputerProcess (\PROCESS -> impl ( programRunning(var ? ? ? PROCESS)(var ? ? ? PROGRAM))(exists ComputerOutputDevice (\DEVICE -> standardOutputDevice(var ? ? ? PROCESS)(var ? ? ? DEVICE)))))
|
||||
|
||||
forall ComputerProgram (\PROGRAM -> forall ComputerProcess (\PROCESS -> impl ( programRunning(var ? ? ? PROCESS)(var ? ? ? PROGRAM))(exists ComputerOutputDevice (\DEVICE -> standardErrorDevice(var ? ? ? PROCESS)(var ? ? ? DEVICE)))))
|
||||
|
||||
forall ProcessState (\STATE -> exists ComputerProgram (\PROGRAM -> forall (both ComputerProcess Entity) (\PROCESS -> impl ( programRunning(var ? ? ? PROCESS)(var ? ? ? PROGRAM))( represents(var ? ? ? STATE)(var ? ? ? PROCESS)))))
|
||||
|
||||
forall AutomaticApplication (\APPLICATION -> forall SoftwareSystem (\SYSTEM -> impl ( part(var ? ? ? APPLICATION)(var ? ? ? SYSTEM))( part( el ? ? ? ( StartupFn(var ? ? ? APPLICATION)))( el ? ? ? ( StartupFn(var ? ? ? SYSTEM))))))
|
||||
|
||||
forall RM_StartApplication (\RM -> exists ComputerProgram (\APPLICATION -> exists (both ComputerFile Agent) (\RMCOPY -> exists (both ComputerProcess Process) (\PROCESS -> and ( programCopy(var ? ? ? RMCOPY)(var ? ? ? RM))(and ( programRunning(var ? ? ? PROCESS)( el ? ? ? ( StartupFn(var ? ? ? APPLICATION))))( agent(var ? ? ? PROCESS)(var ? ? ? RMCOPY)))))))
|
||||
|
||||
forall (both SoftwareSystem Object) (\SYSTEM -> forall (both ResourceManagementProgram ComputerProgram) (\RM -> impl ( rMProgram_of(var ? ? ? RM)(var ? ? ? SYSTEM))(exists (both ComputerFile Agent) (\RMCOPY -> exists (both ComputerProcess Process) (\PROCESS -> exists (both Object ComputerProgram) (\APPLICATION -> and ( part(var ? ? ? APPLICATION)(var ? ? ? SYSTEM))(and ( programCopy(var ? ? ? RMCOPY)(var ? ? ? RM))(and ( programRunning(var ? ? ? PROCESS)(var ? ? ? APPLICATION))( agent(var ? ? ? PROCESS)(var ? ? ? RMCOPY))))))))))
|
||||
|
||||
forall ComputerProcess (\PROCESS1 -> forall ComputerProcess (\PROCESS2 -> forall (both TimeInterval Object) (\TIME -> forall (both Entity TimeInterval) (\TIME2 -> forall (both Entity TimeInterval) (\TIME1 -> forall (both TimeDuration PhysicalQuantity) (\DELAY -> forall ComputerProgram (\APPLICATION -> impl (and ( startupTimeDelay(var ? ? ? APPLICATION)(var ? ? ? DELAY))(and ( programRunning(var ? ? ? PROCESS1)(var ? ? ? APPLICATION))(and ( equal( el ? ? ? ( WhenFn(var ? ? ? PROCESS1)))(var ? ? ? TIME1))(and ( equal( el ? ? ? ( WhenFn(var ? ? ? PROCESS2)))(var ? ? ? TIME2))(and ( meetsTemporally(var ? ? ? TIME1)(var ? ? ? TIME))( meetsTemporally(var ? ? ? TIME)(var ? ? ? TIME2)))))))( measure(var ? ? ? TIME)(var ? ? ? DELAY)))))))))
|
||||
|
||||
forall Feedback (\FEEDBACK -> forall DataTransfer (\SEND -> exists (both SoftwareSystem ComputerProgram) (\PROGRAM -> exists ComputerProcess (\PROCESS -> exists (both ResourceManagementProgram Entity) (\RM -> and ( rMProgram_of(var ? ? ? RM)(var ? ? ? PROGRAM))(and ( programRunning(var ? ? ? PROCESS)(var ? ? ? PROGRAM))(and ( patient(var ? ? ? SEND)(var ? ? ? FEEDBACK))( destination(var ? ? ? SEND)(var ? ? ? RM)))))))))
|
||||
|
||||
forall ComputerComponent (\COMPONENT -> exists UnitOfMeasure (\UNIT -> unitMeasuringPerformance(var ? ? ? COMPONENT)(var ? ? ? UNIT)))
|
||||
|
||||
forall NetworkAdapter (\NA -> exists ComputerNetwork (\NET -> connected(var ? ? ? NA)(var ? ? ? NET)))
|
||||
|
||||
forall NetworkAdapter (\NA -> unitMeasuringPerformance(var ? ? ? NA)(el ? ? ? PacketsPerSecond))
|
||||
|
||||
forall MonitoringProgram (\MONITOR -> exists (both ComputerFile Agent) (\MONITORCOPY -> exists (both MeasuringPerformance Process) (\EVENT -> exists ComputationalSystem (\SYSTEM -> and ( systemMeasured(var ? ? ? EVENT)(var ? ? ? SYSTEM))(and ( programCopy(var ? ? ? MONITORCOPY)(var ? ? ? MONITOR))( agent(var ? ? ? EVENT)(var ? ? ? MONITORCOPY)))))))
|
||||
|
||||
forall MeasuringPerformance (\EVENT -> exists MonitoringProgram (\PROGRAM -> exists (both ComputerFile Agent) (\COPY -> and ( programCopy(var ? ? ? COPY)(var ? ? ? PROGRAM))( agent(var ? ? ? EVENT)(var ? ? ? COPY)))))
|
||||
|
||||
forall ComputerProgram (\APPLICATION -> forall TimePosition (\TIME -> impl ( monitorApplicationData(var ? ? ? TIME)(var ? ? ? APPLICATION))(exists (both ComputerProcess Physical) (\PROCESS -> and ( programRunning(var ? ? ? PROCESS)(var ? ? ? APPLICATION))( time(var ? ? ? PROCESS)(var ? ? ? TIME))))))
|
||||
|
||||
forall (both ComputerProgram Entity) (\PROGRAM -> equiv (exists ComputerProcess (\PROCESS -> programRunning(var ? ? ? PROCESS)(var ? ? ? PROGRAM)))( property(var ? ? ? PROGRAM)(el ? ? ? Executable)))
|
||||
|
||||
forall (both SymbolicString ContentBearingObject) (\MODEL -> forall (both Computer Product) (\COMPUTER -> forall (both SymbolicString ContentBearingObject) (\TYPE -> impl (and ( hardwareType(var ? ? ? TYPE)(var ? ? ? COMPUTER))( productModel(var ? ? ? MODEL)(var ? ? ? COMPUTER)))( subsumesContentInstance(var ? ? ? TYPE)(var ? ? ? MODEL)))))
|
||||
|
||||
forall (both Quantity RealNumber) (\NUMBER -> forall MonitoringProgram (\TEST -> forall (both ComputationalSystem ComputerComponent) (\SYSTEM -> impl ( benchmarkPerformance(var ? ? ? SYSTEM)(var ? ? ? TEST)(var ? ? ? NUMBER))(exists MeasuringPerformance (\EVENT -> performanceResult(var ? ? ? EVENT)(var ? ? ? SYSTEM)(var ? ? ? NUMBER))))))
|
||||
|
||||
forall ComputerPathAttribute (\ATTRIBUTE -> exists ComputerPath (\PATH -> property(var ? ? ? PATH)(var ? ? ? ATTRIBUTE)))
|
||||
|
||||
forall ComputerProcess (\PROCESS1 -> forall ComputerProcess (\PROCESS2 -> forall TimeInterval (\TIME -> forall ComputerProgram (\PROGRAM2 -> forall TimeDuration (\DELAY -> forall ComputerProgram (\PROGRAM1 -> impl (exists (both Entity TimeInterval) (\TIME2 -> exists (both Entity TimeInterval) (\TIME1 -> and ( dependencyDelay(var ? ? ? PROGRAM1)(var ? ? ? DELAY))(and ( dependencyType(var ? ? ? PROGRAM1)(desc StartupBlock ? ?))(and ( hasDependency(var ? ? ? PROGRAM1)(var ? ? ? PROGRAM2))(and ( programRunning(var ? ? ? PROCESS1)(var ? ? ? PROGRAM1))(and ( programRunning(var ? ? ? PROCESS2)(var ? ? ? PROGRAM2))(and ( equal( el ? ? ? ( WhenFn(var ? ? ? PROCESS2)))(var ? ? ? TIME2))(and ( starts(var ? ? ? TIME2)(var ? ? ? TIME))(and ( equal( el ? ? ? ( WhenFn(var ? ? ? PROCESS1)))(var ? ? ? TIME1))( equal( el ? ? ? ( EndFn(var ? ? ? TIME)))( el ? ? ? ( BeginFn(var ? ? ? TIME1))))))))))))))( duration(var ? ? ? TIME)(var ? ? ? DELAY))))))))
|
||||
|
||||
forall ComputerProcess (\PROCESS1 -> forall ComputerProcess (\PROCESS2 -> forall TimeInterval (\TIME -> forall ComputerProgram (\PROGRAM2 -> forall TimeDuration (\DELAY -> forall ComputerProgram (\PROGRAM1 -> impl (exists (both Entity TimeInterval) (\TIME2 -> exists TimeInterval (\TIME1 -> and ( dependencyDelay(var ? ? ? PROGRAM1)(var ? ? ? DELAY))(and ( dependencyType(var ? ? ? PROGRAM1)(desc ShutdownBlock ? ?))(and ( hasDependency(var ? ? ? PROGRAM1)(var ? ? ? PROGRAM2))(and ( programRunning(var ? ? ? PROCESS1)(var ? ? ? PROGRAM1))(and ( programRunning(var ? ? ? PROCESS2)(var ? ? ? PROGRAM2))(and ( equal( el ? ? ? ( WhenFn(var ? ? ? PROCESS2)))(var ? ? ? TIME2))(and ( finishes(var ? ? ? TIME)(var ? ? ? TIME1))(and ( equal( el ? ? ? ( WhenFn(var ? ? ? PROCESS2)))(var ? ? ? TIME2))( equal( el ? ? ? ( BeginFn(var ? ? ? TIME)))( el ? ? ? ( EndFn(var ? ? ? TIME2))))))))))))))( duration(var ? ? ? TIME)(var ? ? ? DELAY))))))))
|
||||
|
||||
forall Entity (\PROGRAM -> impl ( property(var ? ? ? PROGRAM)(el ? ? ? ReplicationsOnSameHostOK))( property(var ? ? ? PROGRAM)(el ? ? ? Restartable)))
|
||||
|
||||
forall UniformResourceIdentifier (\URI -> exists ComputerData (\RESOURCE -> refers(var ? ? ? URI)(var ? ? ? RESOURCE)))
|
||||
|
||||
forall UniformResourceLocator (\URL -> exists IPAddress (\ADDRESS -> represents(var ? ? ? URL)(var ? ? ? ADDRESS)))
|
||||
|
||||
forall DataSink (\SINK -> exists DataTransfer (\TRANSFER -> destination(var ? ? ? TRANSFER)(var ? ? ? SINK)))
|
||||
|
||||
forall ComputerUser (\USER -> exists Computer (\COMPUTER -> uses(var ? ? ? USER)(var ? ? ? COMPUTER)))
|
||||
|
||||
forall UserRequest (\REQUEST -> exists ComputerUser (\USER -> agent(var ? ? ? REQUEST)(var ? ? ? USER)))
|
||||
|
||||
forall (both ComputerResponse Physical) (\RESPONSE -> forall TimeDuration (\TIME -> forall UserRequest (\REQUEST -> impl (and ( responseTime(var ? ? ? REQUEST)(var ? ? ? TIME))( computerResponseTo(var ? ? ? RESPONSE)(var ? ? ? REQUEST)))( duration( el ? ? ? ( WhenFn(var ? ? ? RESPONSE)))(var ? ? ? TIME)))))
|
||||
|
||||
forall Multitasking (\PROCESS -> exists (both ComputerProgram Entity) (\PROGRAM2 -> exists (both ComputerProgram Entity) (\PROGRAM1 -> and ( programRunning(var ? ? ? PROCESS)(var ? ? ? PROGRAM1))(and ( programRunning(var ? ? ? PROCESS)(var ? ? ? PROGRAM2))( not (equal(var ? ? ? PROGRAM1)(var ? ? ? PROGRAM2)))))))
|
||||
|
||||
forall ComputerTask (\TASK -> exists Multitasking (\PROCESS -> exists ComputerProgram (\PROGRAM -> and ( part(var ? ? ? TASK)(var ? ? ? PROCESS))( programRunning(var ? ? ? TASK)(var ? ? ? PROGRAM)))))
|
||||
|
||||
forall ComputerResource (\RESOURCE -> exists ComputationalSystem (\SYSTEM -> part(var ? ? ? RESOURCE)(var ? ? ? SYSTEM)))
|
||||
|
||||
forall (both ConstantQuantity RealNumber) (\LOAD -> forall ComputerComponent (\SYSTEM -> impl ( load(var ? ? ? SYSTEM)(var ? ? ? LOAD))(exists MeasuringPerformance (\EVENT -> performanceResult(var ? ? ? EVENT)(var ? ? ? SYSTEM)(var ? ? ? LOAD)))))
|
||||
|
||||
forall ComputerData (\DATA -> exists ComputerHardware (\HARDWARE -> located(var ? ? ? DATA)(var ? ? ? HARDWARE)))
|
||||
|
||||
forall ComputerData (\DATA -> forall ComputerProcess (\PROCESS -> forall Abort (\ABORT -> impl (and ( processAborted(var ? ? ? ABORT)(var ? ? ? PROCESS))( dataProcessed(var ? ? ? PROCESS)(var ? ? ? DATA)))(exists DataSaving (\SAVE -> dataProcessed(var ? ? ? SAVE)(var ? ? ? DATA))))))
|
||||
|
||||
forall DataSaving (\SAVE -> exists ComputerData (\DATA -> dataProcessed(var ? ? ? SAVE)(var ? ? ? DATA)))
|
||||
|
||||
forall DataCompression (\COMPRESSION -> forall (both RealNumber Quantity) (\NEWMEMORY -> forall UnitOfMeasure (\MEASURE -> forall (both RealNumber Quantity) (\MEMORY -> forall (both ComputerData ComputationalSystem) (\DATA -> impl (and ( dataProcessed(var ? ? ? COMPRESSION)(var ? ? ? DATA))(and ( holdsDuring( el ? ? ? ( ImmediatePastFn( el ? ? ? ( WhenFn(var ? ? ? COMPRESSION)))))( memorySize(var ? ? ? DATA)( el ? ? ? ( MeasureFn(var ? ? ? MEMORY)(var ? ? ? MEASURE)))))( holdsDuring( el ? ? ? ( ImmediateFutureFn( el ? ? ? ( WhenFn(var ? ? ? COMPRESSION)))))( memorySize(var ? ? ? DATA)( el ? ? ? ( MeasureFn(var ? ? ? NEWMEMORY)(var ? ? ? MEASURE)))))))( lessThan(var ? ? ? NEWMEMORY)(var ? ? ? MEMORY)))))))
|
||||
|
||||
forall ProcessTask (\TASK -> exists ComputerProcess (\PROCESS -> task(var ? ? ? PROCESS)(var ? ? ? TASK)))
|
||||
|
||||
forall UsingAResource (\USING -> exists ComputerResource (\RESOURCE -> resourceUsed(var ? ? ? USING)(var ? ? ? RESOURCE)))
|
||||
|
||||
forall UsingAResource (\USING -> forall (both Agent Object) (\AGENT -> forall (both ComputerResource Agent) (\RESOURCE -> impl (and ( resourceUsed(var ? ? ? USING)(var ? ? ? RESOURCE))( agent(var ? ? ? USING)(var ? ? ? AGENT)))( uses(var ? ? ? AGENT)(var ? ? ? RESOURCE)))))
|
||||
|
||||
forall ReusingAResource (\USING -> exists ComputerResource (\RESOURCE -> resourceUsed(var ? ? ? USING)(var ? ? ? RESOURCE)))
|
||||
|
||||
forall ReusingAResource (\REUSING -> forall ComputerResource (\RESOURCE -> impl ( resourceUsed(var ? ? ? REUSING)(var ? ? ? RESOURCE))(exists UsingAResource (\USING -> and ( resourceUsed(var ? ? ? USING)(var ? ? ? RESOURCE))( earlier( el ? ? ? ( WhenFn(var ? ? ? USING)))( el ? ? ? ( WhenFn(var ? ? ? REUSING))))))))
|
||||
|
||||
forall UserAccount (\ACCOUNT -> exists ComputerUser (\USER -> hasAccount(var ? ? ? USER)(var ? ? ? ACCOUNT)))
|
||||
|
||||
forall UserAccount (\ACCOUNT -> forall ComputerUser (\USER -> impl ( hasAccount(var ? ? ? USER)(var ? ? ? ACCOUNT))(exists UserName (\NAME -> userName(var ? ? ? USER)(var ? ? ? NAME)))))
|
||||
|
||||
forall UserAccount (\ACCOUNT -> forall (both ComputerUser ComputerPassword) (\USER -> impl ( hasAccount(var ? ? ? USER)(var ? ? ? ACCOUNT))(exists ComputerUser (\PASSWORD -> password(var ? ? ? PASSWORD)(var ? ? ? USER)))))
|
||||
48
examples/SUMO/axioms/QoSOntologySubRel.gft
Normal file
48
examples/SUMO/axioms/QoSOntologySubRel.gft
Normal file
@@ -0,0 +1,48 @@
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> productModel x y) (\x,y -> represents x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> computerRunning x y) (\x,y -> instrument x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> environmentAttributes x y) (\x,y -> property x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> standardInputDevice x y) (\x,y -> instrument x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> standardOutputDevice x y) (\x,y -> instrument x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> standardErrorDevice x y) (\x,y -> instrument x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> programCopy x y) (\x,y -> containsInformation x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> status x y) (\x,y -> property x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> hardwareType x y) (\x,y -> represents x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> systemBehavior x y) (\x,y -> property x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> designPattern x y) (\x,y -> property x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> taskRelation x y) (\x,y -> property x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> formOfAdaptation x y) (\x,y -> property x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> complexity x y) (\x,y -> property x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> strictness x y) (\x,y -> property x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> abstractionLevel x y) (\x,y -> property x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> memorySize x y) (\x,y -> measure x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> load x y) (\x,y -> measure x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> dataProcessed x y) (\x,y -> patient x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> resourceUsed x y) (\x,y -> patient x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> userName x y) (\x,y -> names x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> hasAccount x y) (\x,y -> possesses x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> password x y) (\x,y -> names x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> hostStatus x y) (\x,y -> attribute x y)
|
||||
172
examples/SUMO/axioms/Transportation.gft
Normal file
172
examples/SUMO/axioms/Transportation.gft
Normal file
@@ -0,0 +1,172 @@
|
||||
|
||||
forall (both LengthMeasure Quantity) (\LENGTH -> forall (both GeographicArea Object) (\AREA -> impl (and ( totalLengthOfRailwaySystem(var ? ? ? AREA)(var ? ? ? LENGTH))( greaterThan(var ? ? ? LENGTH)(el ? ? ? (toInt 0))))(exists Railway (\RAILWAY -> located(var ? ? ? RAILWAY)(var ? ? ? AREA)))))
|
||||
|
||||
forall (both LengthMeasure Quantity) (\LENGTH -> forall (both GeographicArea Object) (\AREA -> impl (and ( lengthOfElectrifiedRailway(var ? ? ? AREA)(var ? ? ? LENGTH))( greaterThan(var ? ? ? LENGTH)(el ? ? ? (toInt 0))))(exists ElectrifiedRailway (\RAILWAY -> located(var ? ? ? RAILWAY)(var ? ? ? AREA)))))
|
||||
|
||||
forall (both LengthMeasure Quantity) (\LENGTH -> forall (both GeographicArea Object) (\AREA -> impl (and ( lengthOfMultipleTrackRailway(var ? ? ? AREA)(var ? ? ? LENGTH))( greaterThan(var ? ? ? LENGTH)(el ? ? ? (toInt 0))))(exists MultipleTrackRailway (\RAILWAY -> located(var ? ? ? RAILWAY)(var ? ? ? AREA)))))
|
||||
|
||||
forall UnitOfLength (\UNIT -> forall (both RealNumber Quantity) (\LENGTH -> forall (both GeographicArea Object) (\AREA -> impl (and ( lengthOfBroadGaugeRailway(var ? ? ? AREA)( el ? ? ? ( MeasureFn(var ? ? ? LENGTH)(var ? ? ? UNIT))))( greaterThan(var ? ? ? LENGTH)(el ? ? ? (toInt 0))))(exists BroadGaugeRailway (\RAILWAY -> located(var ? ? ? RAILWAY)(var ? ? ? AREA))))))
|
||||
|
||||
forall UnitOfLength (\UNIT -> forall (both RealNumber Quantity) (\LENGTH -> forall (both GeographicArea Object) (\AREA -> impl (and ( lengthOfDualGaugeRailway(var ? ? ? AREA)( el ? ? ? ( MeasureFn(var ? ? ? LENGTH)(var ? ? ? UNIT))))( greaterThan(var ? ? ? LENGTH)(el ? ? ? (toInt 0))))(exists DualGaugeRailway (\RAILWAY -> located(var ? ? ? RAILWAY)(var ? ? ? AREA))))))
|
||||
|
||||
forall UnitOfLength (\UNIT -> forall (both RealNumber Quantity) (\LENGTH -> forall (both GeographicArea Object) (\AREA -> impl (and ( lengthOfNarrowGaugeRailway(var ? ? ? AREA)( el ? ? ? ( MeasureFn(var ? ? ? LENGTH)(var ? ? ? UNIT))))( greaterThan(var ? ? ? LENGTH)(el ? ? ? (toInt 0))))(exists NarrowGaugeRailway (\RAILWAY -> located(var ? ? ? RAILWAY)(var ? ? ? AREA))))))
|
||||
|
||||
forall UnitOfLength (\UNIT -> forall (both RealNumber Quantity) (\LENGTH -> forall (both GeographicArea Object) (\AREA -> impl (and ( lengthOfStandardGaugeRailway(var ? ? ? AREA)( el ? ? ? ( MeasureFn(var ? ? ? LENGTH)(var ? ? ? UNIT))))( greaterThan(var ? ? ? LENGTH)(el ? ? ? (toInt 0))))(exists StandardGaugeRailway (\RAILWAY -> located(var ? ? ? RAILWAY)(var ? ? ? AREA))))))
|
||||
|
||||
forall UnitOfLength (\UNIT -> forall (both RealNumber Quantity) (\LENGTH -> forall (both GeographicArea Object) (\AREA -> impl (and ( lengthOfUnclassifiedGaugeRailway(var ? ? ? AREA)( el ? ? ? ( MeasureFn(var ? ? ? LENGTH)(var ? ? ? UNIT))))( greaterThan(var ? ? ? LENGTH)(el ? ? ? (toInt 0))))(exists Railway (\RAILWAY -> located(var ? ? ? RAILWAY)(var ? ? ? AREA))))))
|
||||
|
||||
forall MultipleTrackRailway (\RAIL -> exists RailroadTrack (\TRACK1 -> exists RailroadTrack (\TRACK2 -> and ( not (equal(var ? ? ? TRACK1)(var ? ? ? TRACK2)))(and ( part(var ? ? ? TRACK1)(var ? ? ? RAIL))( part(var ? ? ? TRACK2)(var ? ? ? RAIL))))))
|
||||
|
||||
forall Railway (\RR -> forall (both LengthMeasure Quantity) (\WIDTH -> impl (and ( property(var ? ? ? RR)(el ? ? ? BroadGauge))( trackWidth(var ? ? ? RR)(var ? ? ? WIDTH)))( greaterThan(var ? ? ? WIDTH)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 1.44))(el ? ? ? Meter))))))
|
||||
|
||||
forall Railway (\RR -> forall (both LengthMeasure Quantity) (\WIDTH -> impl (and ( property(var ? ? ? RR)(el ? ? ? StandardGauge))( trackWidth(var ? ? ? RR)(var ? ? ? WIDTH)))( greaterThanOrEqualTo(var ? ? ? WIDTH)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 1.435))(el ? ? ? Meter))))))
|
||||
|
||||
forall Railway (\RR -> forall (both LengthMeasure Quantity) (\WIDTH -> impl (and ( property(var ? ? ? RR)(el ? ? ? StandardGauge))( trackWidth(var ? ? ? RR)(var ? ? ? WIDTH)))( lessThanOrEqualTo(var ? ? ? WIDTH)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 1.44))(el ? ? ? Meter))))))
|
||||
|
||||
forall Railway (\RR -> forall (both LengthMeasure Quantity) (\WIDTH -> impl (and ( property(var ? ? ? RR)(el ? ? ? NarrowGauge))( trackWidth(var ? ? ? RR)(var ? ? ? WIDTH)))( lessThanOrEqualTo(var ? ? ? WIDTH)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 1.435))(el ? ? ? Meter))))))
|
||||
|
||||
forall UnitOfLength (\UNIT -> forall (both RealNumber Quantity) (\LENGTH -> forall (both GeographicArea Object) (\AREA -> impl (and ( totalLengthOfHighwaySystem(var ? ? ? AREA)( el ? ? ? ( MeasureFn(var ? ? ? LENGTH)(var ? ? ? UNIT))))( greaterThan(var ? ? ? LENGTH)(el ? ? ? (toInt 0))))(exists Roadway (\HIGHWAY -> located(var ? ? ? HIGHWAY)(var ? ? ? AREA))))))
|
||||
|
||||
forall (both LengthMeasure Quantity) (\LENGTH2 -> forall (both LengthMeasure Quantity) (\LENGTH1 -> forall (both LengthMeasure Entity) (\LENGTH -> forall GeographicArea (\AREA -> impl (and ( totalLengthOfHighwaySystem(var ? ? ? AREA)(var ? ? ? LENGTH))(and ( lengthOfPavedHighway(var ? ? ? AREA)(var ? ? ? LENGTH1))( lengthOfUnpavedHighway(var ? ? ? AREA)(var ? ? ? LENGTH2))))( equal(var ? ? ? LENGTH)( el ? ? ? ( AdditionFn(var ? ? ? LENGTH1)(var ? ? ? LENGTH2))))))))
|
||||
|
||||
forall UnitOfLength (\UNIT -> forall (both RealNumber Quantity) (\LENGTH2 -> forall (both RealNumber Quantity) (\LENGTH1 -> forall RealNumber (\LENGTH -> forall GeographicArea (\AREA -> impl (and ( totalLengthOfHighwaySystem(var ? ? ? AREA)( el ? ? ? ( MeasureFn(var ? ? ? LENGTH)(var ? ? ? UNIT))))(and ( lengthOfPavedHighway(var ? ? ? AREA)( el ? ? ? ( MeasureFn(var ? ? ? LENGTH1)(var ? ? ? UNIT))))( lengthOfUnpavedHighway(var ? ? ? AREA)( el ? ? ? ( MeasureFn(var ? ? ? LENGTH2)(var ? ? ? UNIT))))))( totalLengthOfHighwaySystem(var ? ? ? AREA)( el ? ? ? ( MeasureFn( el ? ? ? ( AdditionFn(var ? ? ? LENGTH1)(var ? ? ? LENGTH2)))(var ? ? ? UNIT)))))))))
|
||||
|
||||
forall (both LengthMeasure Quantity) (\PAVED -> forall (both LengthMeasure Quantity) (\TOTAL -> forall GeographicArea (\AREA -> impl (and ( totalLengthOfHighwaySystem(var ? ? ? AREA)(var ? ? ? TOTAL))( lengthOfPavedHighway(var ? ? ? AREA)(var ? ? ? PAVED)))( greaterThanOrEqualTo(var ? ? ? TOTAL)(var ? ? ? PAVED)))))
|
||||
|
||||
forall (both LengthMeasure Quantity) (\UNPAVED -> forall (both LengthMeasure Quantity) (\TOTAL -> forall GeographicArea (\AREA -> impl (and ( totalLengthOfHighwaySystem(var ? ? ? AREA)(var ? ? ? TOTAL))( lengthOfUnpavedHighway(var ? ? ? AREA)(var ? ? ? UNPAVED)))( greaterThanOrEqualTo(var ? ? ? TOTAL)(var ? ? ? UNPAVED)))))
|
||||
|
||||
forall UnitOfLength (\UNIT -> forall (both RealNumber Quantity) (\LENGTH -> forall (both GeographicArea Object) (\AREA -> impl (and ( lengthOfPavedHighway(var ? ? ? AREA)( el ? ? ? ( MeasureFn(var ? ? ? LENGTH)(var ? ? ? UNIT))))( greaterThan(var ? ? ? LENGTH)(el ? ? ? (toInt 0))))(exists SurfacedRoadway (\HIGHWAY -> located(var ? ? ? HIGHWAY)(var ? ? ? AREA))))))
|
||||
|
||||
forall UnitOfLength (\UNIT -> forall (both RealNumber Quantity) (\LENGTH -> forall (both GeographicArea Object) (\AREA -> impl (and ( lengthOfExpresswaySystem(var ? ? ? AREA)( el ? ? ? ( MeasureFn(var ? ? ? LENGTH)(var ? ? ? UNIT))))( greaterThan(var ? ? ? LENGTH)(el ? ? ? (toInt 0))))(exists Expressway (\HIGHWAY -> located(var ? ? ? HIGHWAY)(var ? ? ? AREA))))))
|
||||
|
||||
forall (both LengthMeasure Quantity) (\LENGTH2 -> forall (both LengthMeasure Quantity) (\LENGTH1 -> forall GeographicArea (\AREA -> impl (and ( lengthOfExpresswaySystem(var ? ? ? AREA)(var ? ? ? LENGTH1))( lengthOfPavedHighway(var ? ? ? AREA)(var ? ? ? LENGTH2)))( greaterThanOrEqualTo(var ? ? ? LENGTH2)(var ? ? ? LENGTH1)))))
|
||||
|
||||
forall UnitOfLength (\UNIT -> forall (both RealNumber Quantity) (\LENGTH -> forall (both GeographicArea Object) (\AREA -> impl (and ( lengthOfUnpavedHighway(var ? ? ? AREA)( el ? ? ? ( MeasureFn(var ? ? ? LENGTH)(var ? ? ? UNIT))))( greaterThan(var ? ? ? LENGTH)(el ? ? ? (toInt 0))))(exists UnsurfacedRoadway (\HIGHWAY -> located(var ? ? ? HIGHWAY)(var ? ? ? AREA))))))
|
||||
|
||||
forall UnitOfLength (\UNIT -> forall (both RealNumber Quantity) (\LENGTH -> forall (both GeographicArea Object) (\AREA -> impl (and ( totalLengthOfWaterways(var ? ? ? AREA)( el ? ? ? ( MeasureFn(var ? ? ? LENGTH)(var ? ? ? UNIT))))( greaterThan(var ? ? ? LENGTH)(el ? ? ? (toInt 0))))(exists Waterway (\WATERWAY -> located(var ? ? ? WATERWAY)(var ? ? ? AREA))))))
|
||||
|
||||
forall UnitOfLength (\UNIT -> forall (both RealNumber Quantity) (\LENGTH -> forall (both GeographicArea Object) (\AREA -> impl (and ( totalPipelineInArea(var ? ? ? AREA)( el ? ? ? ( MeasureFn(var ? ? ? LENGTH)(var ? ? ? UNIT))))( greaterThan(var ? ? ? LENGTH)(el ? ? ? (toInt 0))))(exists Pipeline (\PIPE -> located(var ? ? ? PIPE)(var ? ? ? AREA))))))
|
||||
|
||||
forall (both LengthMeasure Quantity) (\AMOUNT2 -> forall (both LengthMeasure Quantity) (\AMOUNT1 -> forall GeographicArea (\AREA -> impl (and ( lengthOfCrudeOilPipeline(var ? ? ? AREA)(var ? ? ? AMOUNT1))( totalPipelineInArea(var ? ? ? AREA)(var ? ? ? AMOUNT2)))( lessThanOrEqualTo(var ? ? ? AMOUNT1)(var ? ? ? AMOUNT2)))))
|
||||
|
||||
forall (both LengthMeasure Quantity) (\AMOUNT2 -> forall (both LengthMeasure Quantity) (\AMOUNT1 -> forall GeographicArea (\AREA -> impl (and ( lengthOfNaturalGasPipeline(var ? ? ? AREA)(var ? ? ? AMOUNT1))( totalPipelineInArea(var ? ? ? AREA)(var ? ? ? AMOUNT2)))( lessThanOrEqualTo(var ? ? ? AMOUNT1)(var ? ? ? AMOUNT2)))))
|
||||
|
||||
forall (both LengthMeasure Quantity) (\AMOUNT2 -> forall (both LengthMeasure Quantity) (\AMOUNT1 -> forall GeographicArea (\AREA -> impl (and ( lengthOfPetroleumProductPipeline(var ? ? ? AREA)(var ? ? ? AMOUNT1))( totalPipelineInArea(var ? ? ? AREA)(var ? ? ? AMOUNT2)))( lessThanOrEqualTo(var ? ? ? AMOUNT1)(var ? ? ? AMOUNT2)))))
|
||||
|
||||
forall PortCity (\CITY -> exists Harbor (\HARBOR -> geographicSubregion(var ? ? ? HARBOR)(var ? ? ? CITY)))
|
||||
|
||||
forall RiverPort (\PORT -> exists (both River Waterway) (\RIVER -> meetsSpatially(var ? ? ? PORT)(var ? ? ? RIVER)))
|
||||
|
||||
forall Object (\OBJECT2 -> forall Object (\OBJECT1 -> impl ( meetsSpatially(var ? ? ? OBJECT1)(var ? ? ? OBJECT2))( orientation(var ? ? ? OBJECT1)(var ? ? ? OBJECT2)(el ? ? ? Adjacent))))
|
||||
|
||||
forall SeaPort (\PORT -> exists (both Sea Ocean) (\SEA -> or ( orientation(var ? ? ? PORT)(var ? ? ? SEA)(el ? ? ? Adjacent))( orientation(var ? ? ? PORT)(var ? ? ? SEA)(el ? ? ? Near))))
|
||||
|
||||
forall DeepDraftPort (\PORT -> exists DeepDraftHarbor (\HARBOR -> geographicSubregion(var ? ? ? HARBOR)(var ? ? ? PORT)))
|
||||
|
||||
forall DeepDraftHarbor (\HARBOR -> navigableForDraft(var ? ? ? HARBOR)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 13.7))(el ? ? ? Meter))))
|
||||
|
||||
forall DeepDraftHarbor (\HARBOR -> navigableForDraft(var ? ? ? HARBOR)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 45))(el ? ? ? FootLength))))
|
||||
|
||||
forall OffshoreAnchorage (\ANCHOR -> exists Harbor (\HARBOR -> located(var ? ? ? ANCHOR)(var ? ? ? HARBOR)))
|
||||
|
||||
forall UnitOfMass (\UNIT -> forall RealNumber (\NUMBER -> forall Collection (\FLEET -> impl ( fleetGrossRegisteredTonnage(var ? ? ? FLEET)( el ? ? ? ( MeasureFn(var ? ? ? NUMBER)(var ? ? ? UNIT))))( equal(var ? ? ? UNIT)(el ? ? ? RegistryTon)))))
|
||||
|
||||
forall UnitOfMass (\UNIT -> forall RealNumber (\NUMBER -> forall Collection (\FLEET -> impl ( fleetDeadWeightTonnage(var ? ? ? FLEET)( el ? ? ? ( MeasureFn(var ? ? ? NUMBER)(var ? ? ? UNIT))))( equal(var ? ? ? UNIT)(el ? ? ? LongTon)))))
|
||||
|
||||
forall MerchantMarineShip (\SHIP -> forall (both RealNumber Quantity) (\GRT -> impl ( measure(var ? ? ? SHIP)( el ? ? ? ( MeasureFn(var ? ? ? GRT)(el ? ? ? RegistryTon))))( greaterThanOrEqualTo(var ? ? ? GRT)(el ? ? ? (toInt 1000)))))
|
||||
|
||||
forall PetroleumTankerShip (\SHIP -> cargoType(var ? ? ? SHIP)(desc PetroleumProduct ? ?))
|
||||
|
||||
forall ChemicalTankerShip (\SHIP -> cargoType(var ? ? ? SHIP)(desc ChemicalProduct ? ?))
|
||||
|
||||
forall LiquefiedGasTankerShip (\SHIP -> cargoType(var ? ? ? SHIP)(desc ChemicalProduct ? ?))
|
||||
|
||||
forall LiquefiedGasTankerShip (\SHIP -> cargoType(var ? ? ? SHIP)( desc(ExtensionFn(el ? ? ? Liquid)) ? ?))
|
||||
|
||||
forall CombinationBulk_OilCarrierShip (\SHIP -> cargoType(var ? ? ? SHIP)(desc Object ? ?))
|
||||
|
||||
forall CombinationBulk_OilCarrierShip (\SHIP -> cargoType(var ? ? ? SHIP)(desc Petroleum ? ?))
|
||||
|
||||
forall CombinationOre_OilCarrierShip (\SHIP -> cargoType(var ? ? ? SHIP)(desc Mineral ? ?))
|
||||
|
||||
forall CombinationOre_OilCarrierShip (\SHIP -> cargoType(var ? ? ? SHIP)(desc Petroleum ? ?))
|
||||
|
||||
forall GeneralCargoShip (\SHIP -> cargoType(var ? ? ? SHIP)(desc Product ? ?))
|
||||
|
||||
forall ContainerShip (\SHIP -> cargoType(var ? ? ? SHIP)(desc ShipContainer ? ?))
|
||||
|
||||
forall VehicleCarrierShip (\SHIP -> cargoType(var ? ? ? SHIP)(desc Vehicle ? ?))
|
||||
|
||||
forall RailcarCarrierShip (\SHIP -> cargoType(var ? ? ? SHIP)(desc RollingStock ? ?))
|
||||
|
||||
forall LivestockCarrierShip (\SHIP -> cargoType(var ? ? ? SHIP)(desc Livestock ? ?))
|
||||
|
||||
forall PassengerShip (\SHIP -> cargoType(var ? ? ? SHIP)(desc Human ? ?))
|
||||
|
||||
forall SpecializedTankerShip (\SHIP -> cargoType(var ? ? ? SHIP)(desc ( ExtensionFn(el ? ? ? Fluid)) ? ?))
|
||||
|
||||
forall ShipRegistration (\REGISTRATION -> forall Ship (\SHIP -> forall GeopoliticalArea (\AREA -> impl (and ( possesses(var ? ? ? SHIP)(var ? ? ? REGISTRATION))( flagState(var ? ? ? SHIP)(var ? ? ? AREA)))( subsumesContentInstance( el ? ? ? ( ShipRegisterFn(var ? ? ? AREA)))(var ? ? ? REGISTRATION)))))
|
||||
|
||||
forall Ship (\SHIP -> forall GeopoliticalArea (\AREA -> impl ( member(var ? ? ? SHIP)( el ? ? ? ( MerchantMarineFn(var ? ? ? AREA))))(exists ShipRegistration (\REGISTRATION -> and ( possesses(var ? ? ? SHIP)(var ? ? ? REGISTRATION))( subsumesContentInstance( el ? ? ? ( ShipRegisterFn(var ? ? ? AREA)))(var ? ? ? REGISTRATION))))))
|
||||
|
||||
forall (both GeopoliticalArea Entity) (\AREA -> forall NonnegativeInteger (\COUNT -> forall (both GeopoliticalArea Entity) (\HOME -> forall (both MerchantMarine Entity) (\MM -> impl (and ( fOCShipsByOrigin(var ? ? ? MM)(var ? ? ? HOME)(var ? ? ? COUNT))( equal(var ? ? ? MM)( el ? ? ? ( MerchantMarineFn(var ? ? ? AREA)))))( not (equal(var ? ? ? HOME)(var ? ? ? AREA)))))))
|
||||
|
||||
forall NonnegativeInteger (\COUNT -> forall (both GeographicArea Object) (\AREA -> impl ( totalFacilityTypeInArea(var ? ? ? AREA)( ExtensionFn(el ? ? ? AirportWithPavedRunway))(var ? ? ? COUNT))(exists Airport (\AIRPORT -> exists PavedRunway (\RUNWAY -> and ( part(var ? ? ? RUNWAY)(var ? ? ? AIRPORT))( located(var ? ? ? AIRPORT)(var ? ? ? AREA)))))))
|
||||
|
||||
forall Runway (\RUNWAY -> exists LengthMeasure (\LENGTH -> length(var ? ? ? RUNWAY)(var ? ? ? LENGTH)))
|
||||
|
||||
forall Airport (\AIRPORT -> impl ( attribute(var ? ? ? AIRPORT)(el ? ? ? AirportWithPavedRunway))(exists PavedRunway (\RUNWAY -> part(var ? ? ? RUNWAY)(var ? ? ? AIRPORT))))
|
||||
|
||||
forall Airport (\AIRPORT -> impl ( attribute(var ? ? ? AIRPORT)(el ? ? ? AirportWithUnpavedRunway))(exists UnpavedRunway (\RUNWAY -> part(var ? ? ? RUNWAY)(var ? ? ? AIRPORT))))
|
||||
|
||||
forall Airport (\AIRPORT -> impl ( attribute(var ? ? ? AIRPORT)(el ? ? ? VeryShortRunwayAirport))(exists Runway (\RUNWAY -> exists (both PhysicalQuantity Quantity) (\LENGTH -> and ( part(var ? ? ? RUNWAY)(var ? ? ? AIRPORT))(and ( length(var ? ? ? RUNWAY)(var ? ? ? LENGTH))( lessThan(var ? ? ? LENGTH)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 914))(el ? ? ? Meter)))))))))
|
||||
|
||||
forall Airport (\AIRPORT -> impl ( attribute(var ? ? ? AIRPORT)(el ? ? ? ShortRunwayAirport))(exists Runway (\RUNWAY -> exists (both PhysicalQuantity Quantity) (\LENGTH -> and ( part(var ? ? ? RUNWAY)(var ? ? ? AIRPORT))(and ( length(var ? ? ? RUNWAY)(var ? ? ? LENGTH))(or ( greaterThanOrEqualTo(var ? ? ? LENGTH)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 914))(el ? ? ? Meter))))( lessThanOrEqualTo(var ? ? ? LENGTH)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 1523))(el ? ? ? Meter))))))))))
|
||||
|
||||
forall Airport (\AIRPORT -> impl ( attribute(var ? ? ? AIRPORT)(el ? ? ? ShortRunwayAirport))(exists Runway (\RUNWAY -> exists (both PhysicalQuantity Quantity) (\LENGTH -> and ( part(var ? ? ? RUNWAY)(var ? ? ? AIRPORT))(and ( length(var ? ? ? RUNWAY)(var ? ? ? LENGTH))(or ( greaterThanOrEqualTo(var ? ? ? LENGTH)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 1524))(el ? ? ? Meter))))( lessThanOrEqualTo(var ? ? ? LENGTH)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 2437))(el ? ? ? Meter))))))))))
|
||||
|
||||
forall Airport (\AIRPORT -> impl ( attribute(var ? ? ? AIRPORT)(el ? ? ? LongRunwayAirport))(exists Runway (\RUNWAY -> exists (both PhysicalQuantity Quantity) (\LENGTH -> and ( part(var ? ? ? RUNWAY)(var ? ? ? AIRPORT))(and ( length(var ? ? ? RUNWAY)(var ? ? ? LENGTH))(or ( greaterThanOrEqualTo(var ? ? ? LENGTH)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 2438))(el ? ? ? Meter))))( lessThanOrEqualTo(var ? ? ? LENGTH)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 3047))(el ? ? ? Meter))))))))))
|
||||
|
||||
forall Airport (\AIRPORT -> impl ( attribute(var ? ? ? AIRPORT)(el ? ? ? VeryLongRunwayAirport))(exists Runway (\RUNWAY -> exists (both PhysicalQuantity Quantity) (\LENGTH -> and ( part(var ? ? ? RUNWAY)(var ? ? ? AIRPORT))(and ( length(var ? ? ? RUNWAY)(var ? ? ? LENGTH))( greaterThan(var ? ? ? LENGTH)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 3047))(el ? ? ? Meter)))))))))
|
||||
|
||||
forall (both NonnegativeInteger Quantity) (\COUNT -> forall (both GeographicArea Object) (\AREA -> impl (and ( totalFacilityTypeInArea(var ? ? ? AREA)( ExtensionFn(el ? ? ? AirportWithUnpavedRunway))(var ? ? ? COUNT))( greaterThan(var ? ? ? COUNT)(el ? ? ? (toInt 0))))(exists Airport (\AIRPORT -> exists UnpavedRunway (\RUNWAY -> and ( part(var ? ? ? RUNWAY)(var ? ? ? AIRPORT))( located(var ? ? ? AIRPORT)(var ? ? ? AREA)))))))
|
||||
|
||||
forall Heliport (\HELO -> trafficableForTrafficType(var ? ? ? HELO)(desc Helicopter ? ?))
|
||||
|
||||
forall TimeDuration (\T2 -> forall LengthMeasure (\L2 -> forall (both Entity Quantity) (\SLOWPROB -> forall TimeDuration (\T1 -> forall LengthMeasure (\L1 -> forall (both Entity Quantity) (\FASTPROB -> forall FunctionQuantity (\Q -> forall (both Vehicle Object) (\V -> impl (and ( topSpeed(var ? ? ? V)(var ? ? ? Q))(and ( equal(var ? ? ? FASTPROB)( el ? ? ? ( ProbabilityFn( measure(var ? ? ? V)( el ? ? ? ( SpeedFn(var ? ? ? L1)(var ? ? ? T1)))))))(and ( equal(var ? ? ? SLOWPROB)( el ? ? ? ( ProbabilityFn( measure(var ? ? ? V)( el ? ? ? ( SpeedFn(var ? ? ? L2)(var ? ? ? T2)))))))( greaterThan( el ? ? ? ( SpeedFn(var ? ? ? L1)(var ? ? ? T1)))( el ? ? ? ( SpeedFn(var ? ? ? L2)(var ? ? ? T2)))))))( greaterThan(var ? ? ? SLOWPROB)(var ? ? ? FASTPROB))))))))))
|
||||
|
||||
forall RailVehicle (\X -> hasPurpose(var ? ? ? X)(exists Transportation (\EV -> exists Railway (\RAIL -> holdsDuring( el ? ? ? ( WhenFn(var ? ? ? EV)))( meetsSpatially(var ? ? ? X)(var ? ? ? RAIL))))))
|
||||
|
||||
forall Train (\TRAIN -> exists RollingStock (\X -> exists RollingStock (\Y -> not (equal(var ? ? ? X)(var ? ? ? Y)))))
|
||||
|
||||
forall WaterVehicle (\X -> hasPurpose(var ? ? ? X)(exists Transportation (\EV -> exists Water (\SURF -> holdsDuring( el ? ? ? ( WhenFn(var ? ? ? EV)))( meetsSpatially(var ? ? ? X)(var ? ? ? SURF))))))
|
||||
|
||||
forall WaterVehicle (\CRAFT -> forall Transportation (\EVENT -> impl ( instrument(var ? ? ? EVENT)(var ? ? ? CRAFT))(exists WaterArea (\WATER -> located(var ? ? ? EVENT)(var ? ? ? WATER)))))
|
||||
|
||||
forall (both Entity (both RealNumber Quantity)) (\NUMBER -> impl ( equal(var ? ? ? NUMBER)( el ? ? ? ( MultiplicationFn(el ? ? ? (toInt 1))(var ? ? ? NUMBER))))( equal( el ? ? ? ( MeasureFn(var ? ? ? NUMBER)(el ? ? ? LongTon)))( el ? ? ? ( MeasureFn( el ? ? ? ( MultiplicationFn(var ? ? ? NUMBER)(el ? ? ? (toInt 2240))))(el ? ? ? PoundMass)))))
|
||||
|
||||
forall Entity (\QUANT -> forall (both Quantity RealNumber) (\N3 -> forall (both Quantity RealNumber) (\N2 -> forall (both Quantity RealNumber) (\N1 -> forall (both Entity RealNumber) (\N4 -> impl (and ( equal(var ? ? ? N4)( el ? ? ? ( MultiplicationFn(var ? ? ? N1)( el ? ? ? ( MultiplicationFn(var ? ? ? N2)(var ? ? ? N3))))))( equal(var ? ? ? QUANT)( el ? ? ? ( MultiplicationFn( el ? ? ? ( MeasureFn(var ? ? ? N1)(el ? ? ? FootLength)))( el ? ? ? ( MultiplicationFn( el ? ? ? ( MeasureFn(var ? ? ? N2)(el ? ? ? FootLength)))( el ? ? ? ( MeasureFn(var ? ? ? N3)(el ? ? ? FootLength)))))))))( equal(var ? ? ? QUANT)( el ? ? ? ( MeasureFn(var ? ? ? N4)(el ? ? ? CubicFoot)))))))))
|
||||
|
||||
forall (both Entity (both RealNumber Quantity)) (\NUMBER -> impl ( equal(var ? ? ? NUMBER)( el ? ? ? ( MultiplicationFn(el ? ? ? (toInt 1))(var ? ? ? NUMBER))))( equal( el ? ? ? ( MeasureFn(var ? ? ? NUMBER)(el ? ? ? RegistryTon)))( el ? ? ? ( MeasureFn( el ? ? ? ( MultiplicationFn(var ? ? ? NUMBER)(el ? ? ? (toInt 100))))(el ? ? ? CubicFoot)))))
|
||||
|
||||
forall ShipDeck (\DECK -> exists Ship (\SHIP -> properPart(var ? ? ? DECK)(var ? ? ? SHIP)))
|
||||
|
||||
forall Airport (\AIRPORT -> trafficableForTrafficType(var ? ? ? AIRPORT)(desc Airplane ? ?))
|
||||
|
||||
forall Waterway (\WATERWAY -> forall UnitOfLength (\UNIT -> forall (both Quantity RealNumber) (\DRAFT -> forall (both RealNumber Quantity) (\DEPTH -> forall Physical (\OBJ -> impl (and ( depth(var ? ? ? OBJ)(var ? ? ? WATERWAY)( el ? ? ? ( MeasureFn(var ? ? ? DEPTH)(var ? ? ? UNIT))))( lessThan(var ? ? ? DRAFT)(var ? ? ? DEPTH)))( navigableForDraft(var ? ? ? WATERWAY)( el ? ? ? ( MeasureFn(var ? ? ? DRAFT)(var ? ? ? UNIT)))))))))
|
||||
|
||||
forall TransitSystem (\SYSTEM -> exists Transitway (\ROUTE -> part(var ? ? ? ROUTE)(var ? ? ? SYSTEM)))
|
||||
|
||||
forall TransitSystem (\TS -> exists Graph (\G -> abstractCounterpart(var ? ? ? G)(var ? ? ? TS)))
|
||||
|
||||
forall TransitSystem (\TS -> forall Transitway (\T -> forall (both Abstract Graph) (\G -> impl (and ( abstractCounterpart(var ? ? ? G)(var ? ? ? TS))( systemPart(var ? ? ? T)(var ? ? ? TS)))(exists GraphArc (\GA -> and ( abstractCounterpart(var ? ? ? GA)(var ? ? ? T))( graphPart(var ? ? ? GA)(var ? ? ? G)))))))
|
||||
|
||||
forall TransitSystem (\TS -> forall TransitwayJunction (\TJ -> forall (both Abstract Graph) (\G -> impl (and ( abstractCounterpart(var ? ? ? G)(var ? ? ? TS))( systemPart(var ? ? ? TJ)(var ? ? ? TS)))(exists GraphNode (\GN -> and ( abstractCounterpart(var ? ? ? GN)(var ? ? ? TJ))( graphPart(var ? ? ? GN)(var ? ? ? G)))))))
|
||||
|
||||
forall (both Abstract GraphArc) (\ARC -> forall (both Abstract GraphNode) (\N2 -> forall (both Abstract GraphNode) (\N1 -> forall (both SelfConnectedObject Physical) (\NODE2 -> forall (both SelfConnectedObject Physical) (\NODE1 -> forall (both SelfConnectedObject Physical) (\A -> impl (and ( connects(var ? ? ? A)(var ? ? ? NODE1)(var ? ? ? NODE2))(and ( abstractCounterpart(var ? ? ? N1)(var ? ? ? NODE1))(and ( abstractCounterpart(var ? ? ? N2)(var ? ? ? NODE2))( abstractCounterpart(var ? ? ? ARC)(var ? ? ? A)))))( links(var ? ? ? N1)(var ? ? ? N2)(var ? ? ? ARC))))))))
|
||||
|
||||
forall (both Transitway Physical) (\PATH -> forall ConstantQuantity (\DIST -> impl ( distanceOnPath(var ? ? ? DIST)(var ? ? ? PATH))(exists GraphPath (\GP -> abstractCounterpart(var ? ? ? GP)(var ? ? ? PATH)))))
|
||||
|
||||
forall (both Abstract (both Graph GraphPath)) (\GRAPH -> forall Region (\END -> forall (both Region Physical) (\START -> forall (both TransitSystem Physical) (\SYS -> forall (both Transitway TransitSystem) (\PATH -> forall ConstantQuantity (\DIST -> impl (and ( distanceOnPath(var ? ? ? DIST)(var ? ? ? PATH))(and ( pathInSystem(var ? ? ? PATH)(var ? ? ? SYS))(and ( routeStart(var ? ? ? START)(var ? ? ? PATH))(and ( routeEnd(var ? ? ? END)(var ? ? ? PATH))( abstractCounterpart(var ? ? ? GRAPH)(var ? ? ? SYS))))))(exists (both Entity Abstract) (\EN -> exists (both Entity Abstract) (\BN -> exists Graph (\S -> and ( subGraph(var ? ? ? S)(var ? ? ? GRAPH))(and ( equal(var ? ? ? BN)( el ? ? ? ( BeginNodeFn(var ? ? ? GRAPH))))(and ( equal(var ? ? ? EN)( el ? ? ? ( EndNodeFn(var ? ? ? GRAPH))))(and ( abstractCounterpart(var ? ? ? BN)(var ? ? ? START))( abstractCounterpart(var ? ? ? EN)(var ? ? ? END)))))))))))))))
|
||||
|
||||
|
||||
10
examples/SUMO/axioms/TransportationP.gft
Normal file
10
examples/SUMO/axioms/TransportationP.gft
Normal file
@@ -0,0 +1,10 @@
|
||||
|
||||
geographicSubregion (el ? ? ? NorthwestPassage) (el ? ? ? ArcticOcean)
|
||||
|
||||
geographicSubregion (el ? ? ? NorthwestPassage) (el ? ? ? WesternHemisphere)
|
||||
|
||||
geographicSubregion (el ? ? ? NorthernSeaRoute) (el ? ? ? ArcticOcean)
|
||||
|
||||
geographicSubregion (el ? ? ? NorthernSeaRoute) (el ? ? ? EasternHemisphere)
|
||||
|
||||
equal (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? CubicFoot))) (el ? ? ? (MultiplicationFn (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? FootLength))) (el ? ? ? (MultiplicationFn (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? FootLength))) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? FootLength)))))))
|
||||
14
examples/SUMO/axioms/TransportationSubRel.gft
Normal file
14
examples/SUMO/axioms/TransportationSubRel.gft
Normal file
@@ -0,0 +1,14 @@
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> trackWidth x y) (\x,y -> measure x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> fleetGrossRegisteredTonnage x y) (\x,y -> measure x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> fleetDeadWeightTonnage x y) (\x,y -> measure x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> path x y) (\x,y -> partlyLocated x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> vesselDisplacement x y) (\x,y -> measure x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> vesselDeadWeightTonnage x y) (\x,y -> vesselDisplacement x y)
|
||||
|
||||
subRelation2El ? ? ? ? (\x,y -> vesselGrossRegisteredTonnage x y) (\x,y -> vesselDisplacement x y)
|
||||
46
examples/SUMO/axioms/WMD.gft
Normal file
46
examples/SUMO/axioms/WMD.gft
Normal file
@@ -0,0 +1,46 @@
|
||||
|
||||
forall BiochemicalAttack (\ATTACK -> forall Organism (\Organism -> hasPurpose(var ? ? ? ATTACK)(exists Damaging (\DAMAGE -> exists Entity (\ORGANISM -> and ( patient(var ? ? ? DAMAGE)(var ? ? ? ORGANISM))( causes(var ? ? ? ATTACK)(var ? ? ? DAMAGE)))))))
|
||||
|
||||
forall BiochemicalWeapon (\WEAPON -> exists BiochemicalAgent (\AGENT -> part(var ? ? ? AGENT)(var ? ? ? WEAPON)))
|
||||
|
||||
forall BiologicalWeapon (\WEAPON -> exists BiologicalAgent (\AGENT -> part(var ? ? ? AGENT)(var ? ? ? WEAPON)))
|
||||
|
||||
forall Toxin (\SUBSTANCE -> exists ToxicOrganism (\ORGANISM -> exists BiologicalProcess (\PROCESS -> and ( instrument(var ? ? ? PROCESS)(var ? ? ? ORGANISM))(or ( result(var ? ? ? PROCESS)(var ? ? ? SUBSTANCE))(exists (both Entity Object) (\RESULT -> and ( result(var ? ? ? PROCESS)(var ? ? ? RESULT))( copy(var ? ? ? SUBSTANCE)(var ? ? ? RESULT))))))))
|
||||
|
||||
forall ToxicOrganism (\ORGANISM -> exists Toxin (\SUBSTANCE -> part(var ? ? ? SUBSTANCE)(var ? ? ? ORGANISM)))
|
||||
|
||||
forall Bacterium (\BACTERIUM -> exists (both RealNumber Quantity) (\NUMBER -> and ( width(var ? ? ? BACTERIUM)( el ? ? ? ( MeasureFn(var ? ? ? NUMBER)(el ? ? ? Meter))))(and ( greaterThanOrEqualTo(var ? ? ? NUMBER)(el ? ? ? (toRealNum 0.000001)))( lessThanOrEqualTo(var ? ? ? NUMBER)(el ? ? ? (toRealNum 0.000002))))))
|
||||
|
||||
forall Mycotoxin (\SUBSTANCE -> forall Object (\ORGANISM -> exists FungalAgent (\FUNGUS -> exists BiologicalProcess (\PROCESS -> and ( instrument(var ? ? ? PROCESS)(var ? ? ? ORGANISM))( result(var ? ? ? PROCESS)(var ? ? ? SUBSTANCE))))))
|
||||
|
||||
forall GeneticallyEngineeredOrganism (\ORGANISM -> exists IntentionalProcess (\PROCESS -> result(var ? ? ? PROCESS)(var ? ? ? ORGANISM)))
|
||||
|
||||
forall ChemicalWeapon (\WEAPON -> exists ChemicalAgent (\AGENT -> part(var ? ? ? AGENT)(var ? ? ? WEAPON)))
|
||||
|
||||
forall ChemicalAgent (\AGENT -> exists Organism (\ORGANISM -> exists BiologicalProcess (\PROCESS -> exists (both Entity Object) (\SUBSTANCE -> and ( instrument(var ? ? ? PROCESS)(var ? ? ? ORGANISM))(and ( result(var ? ? ? PROCESS)(var ? ? ? SUBSTANCE))( copy(var ? ? ? SUBSTANCE)(var ? ? ? AGENT)))))))
|
||||
|
||||
forall BlisterAgent (\AGENT -> hasPurpose(var ? ? ? AGENT)(exists Damaging (\DAMAGE -> exists Tissue (\TISSUE -> patient(var ? ? ? DAMAGE)(var ? ? ? TISSUE)))))
|
||||
|
||||
forall WMDWeaponsProductionFacility (\FACILITY -> exists DevelopingWeaponOfMassDestruction (\DEVELOP -> located(var ? ? ? DEVELOP)(var ? ? ? FACILITY)))
|
||||
|
||||
forall WMDWeaponsResearchFacility (\FACILITY -> exists ResearchingWeaponOfMassDestruction (\RESEARCH -> located(var ? ? ? RESEARCH)(var ? ? ? FACILITY)))
|
||||
|
||||
forall DismantlingWeaponOfMassDestruction (\DISMANTLE -> forall Entity (\WEAPON -> impl ( patient(var ? ? ? DISMANTLE)(var ? ? ? WEAPON))(exists DevelopingWeaponOfMassDestruction (\DEVELOP -> and ( result(var ? ? ? DEVELOP)(var ? ? ? WEAPON))( earlier( el ? ? ? ( WhenFn(var ? ? ? DEVELOP)))( el ? ? ? ( WhenFn(var ? ? ? DISMANTLE))))))))
|
||||
|
||||
forall Object (\ORGANISM -> forall (both DiseaseOrSyndrome Attribute) (\SYMPTOM -> forall (both DiseaseOrSyndrome Attribute) (\DISEASE -> impl ( diseaseSymptom(var ? ? ? DISEASE)(var ? ? ? SYMPTOM))( increasesLikelihood( attribute(var ? ? ? ORGANISM)(var ? ? ? DISEASE))( attribute(var ? ? ? ORGANISM)(var ? ? ? SYMPTOM))))))
|
||||
|
||||
forall (both Object Entity) (\ORGANISM -> forall RealNumber (\RATE -> forall (both DiseaseOrSyndrome Attribute) (\DISEASE -> impl ( diseaseMortality(var ? ? ? DISEASE)(var ? ? ? RATE))( conditionalProbability( attribute(var ? ? ? ORGANISM)(var ? ? ? DISEASE))(exists Death (\DEATH -> experiencer(var ? ? ? DEATH)(var ? ? ? ORGANISM)))(var ? ? ? RATE)))))
|
||||
|
||||
forall (both RealNumber Quantity) (\RATE -> forall DiseaseOrSyndrome (\DISEASE -> impl ( diseaseMortality(var ? ? ? DISEASE)(var ? ? ? RATE))(and ( greaterThan(var ? ? ? RATE)(el ? ? ? (toInt 0)))( lessThan(var ? ? ? RATE)(el ? ? ? (toInt 1))))))
|
||||
|
||||
forall VaccinatableDisease (\DISEASE -> forall Putting (\PUT -> forall Human (\HUMAN -> exists BiologicallyActiveSubstance (\VACCINE -> impl ( destination(var ? ? ? PUT)(var ? ? ? HUMAN))( holdsDuring( el ? ? ? ( FutureFn( el ? ? ? ( WhenFn(var ? ? ? PUT)))))( not (attribute(var ? ? ? HUMAN)(var ? ? ? DISEASE))))))))
|
||||
|
||||
forall Human (\ORGANISM -> impl ( attribute(var ? ? ? ORGANISM)(el ? ? ? Fever))(exists (both RealNumber Quantity) (\NUMBER -> and ( measure(var ? ? ? ORGANISM)( el ? ? ? ( MeasureFn(var ? ? ? NUMBER)(el ? ? ? FahrenheitDegree))))( greaterThan(var ? ? ? NUMBER)(el ? ? ? (toRealNum 98.6))))))
|
||||
|
||||
forall (both Object Agent) (\ORGANISM -> impl ( attribute(var ? ? ? ORGANISM)(el ? ? ? InhalationalAnthrax))(exists BacillusAnthracis (\ANTHRACIS -> exists Breathing (\BREATHING -> and ( agent(var ? ? ? BREATHING)(var ? ? ? ORGANISM))( patient(var ? ? ? BREATHING)(var ? ? ? ANTHRACIS))))))
|
||||
|
||||
forall YellowFeverVirus (\VIRUS -> exists (both RealNumber Entity) (\NUMBER -> and ( width(var ? ? ? VIRUS)( el ? ? ? ( MeasureFn(var ? ? ? NUMBER)(el ? ? ? Meter))))( equal(var ? ? ? NUMBER)(el ? ? ? (toRealNum 0.00000002)))))
|
||||
|
||||
forall FootAndMouthVirus (\VIRUS1 -> forall YellowFeverVirus (\VIRUS2 -> smaller(var ? ? ? VIRUS1)(var ? ? ? VIRUS2)))
|
||||
|
||||
forall Hepatitis (\DISEASE -> biochemicalAgentSyndrome(desc HepatitisVirus ? ?)(var ? ? ? DISEASE))
|
||||
398
examples/SUMO/axioms/WMDP.gft
Normal file
398
examples/SUMO/axioms/WMDP.gft
Normal file
@@ -0,0 +1,398 @@
|
||||
|
||||
biochemicalAgentDelivery (desc BacterialAgent ? ?) (desc Breathing ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc BacterialAgent ? ?) (desc Touching ? ?)
|
||||
|
||||
biologicalAgentCarrier (desc RickettsialAgent ? ?) (desc Mammal ? ?)
|
||||
|
||||
biologicalAgentCarrier (desc RickettsialAgent ? ?) (desc Arthropod ? ?)
|
||||
|
||||
biologicalAgentCarrier (desc RickettsiaRickettsii ? ?) (desc Arthropod ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc RickettsiaRickettsii ? ?) (el ? ? ? RockyMountainSpottedFever)
|
||||
|
||||
diseaseMortality (el ? ? ? RockyMountainSpottedFever) (el ? ? ? (toRealNum 0.04))
|
||||
|
||||
diseaseTreatment (el ? ? ? RockyMountainSpottedFever) (desc OralAntibiotic ? ?) (desc Ingesting ? ?)
|
||||
|
||||
biologicalAgentCarrier (desc RickettsiaProwazekii ? ?) (desc Arthropod ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc RickettsiaProwazekii ? ?) (el ? ? ? LouseBorneTyphus)
|
||||
|
||||
diseaseTreatment (el ? ? ? LouseBorneTyphus) (desc OralAntibiotic ? ?) (desc Ingesting ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc BacillusAnthracis ? ?) (el ? ? ? Anthrax)
|
||||
|
||||
biochemicalAgentDelivery (desc BacillusAnthracis ? ?) (desc Breathing ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc BacillusAnthracis ? ?) (desc Ingesting ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc BacillusAnthracis ? ?) (desc Poking ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc BacillusAnthracis ? ?) (desc Touching ? ?)
|
||||
|
||||
biologicalAgentCarrier (desc BacillusAnthracis ? ?) (desc HoofedMammal ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc AerosolizedBacillusAnthracis ? ?) (desc Breathing ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc AerosolizedBacillusAnthracis ? ?) (el ? ? ? InhalationalAnthrax)
|
||||
|
||||
lethalDose (desc Batrachotoxin ? ?) (el ? ? ? (PerFn (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 2.0)) (el ? ? ? (MicroFn (el ? ? ? Gram))))) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 1.0)) (el ? ? ? (KiloFn (el ? ? ? Gram)))))))
|
||||
|
||||
secretesToxin (desc ClostridiumBotulinum ? ?) (desc BotulinumToxin ? ?)
|
||||
|
||||
lethalDose (desc BotulinumToxin ? ?) (el ? ? ? (PerFn (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 0.001)) (el ? ? ? (MicroFn (el ? ? ? Gram))))) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? (KiloFn (el ? ? ? Gram)))))))
|
||||
|
||||
biochemicalAgentDelivery (desc BotulinumToxin ? ?) (desc Ingesting ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc BotulinumToxin ? ?) (el ? ? ? Botulism)
|
||||
|
||||
diseaseSymptom (el ? ? ? Botulism) (el ? ? ? Paralysis)
|
||||
|
||||
secretesToxin (desc ClostridiumPerfringens ? ?) (desc EpsilonToxin ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc ClostridiumPerfringens ? ?) (desc Ingesting ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc EpsilonToxin ? ?) (desc Ingesting ? ?)
|
||||
|
||||
biologicalAgentCarrier (desc BurkholderiaMallei ? ?) (desc Mammal ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc BurkholderiaMallei ? ?) (desc Poking ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc BurkholderiaMallei ? ?) (el ? ? ? Glanders)
|
||||
|
||||
diseaseSymptom (el ? ? ? Glanders) (el ? ? ? Fever)
|
||||
|
||||
biologicalAgentCarrier (desc BurkholderiaPseudomallei ? ?) (desc Mammal ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc BurkholderiaPseudomallei ? ?) (desc Poking ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc BurkholderiaPseudomallei ? ?) (desc Breathing ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc BurkholderiaPseudomallei ? ?) (desc Ingesting ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc BurkholderiaPseudomallei ? ?) (el ? ? ? Melioidosis)
|
||||
|
||||
biochemicalAgentSyndrome (desc BrucellaBacterium ? ?) (el ? ? ? Brucellosis)
|
||||
|
||||
diseaseSymptom (el ? ? ? Brucellosis) (el ? ? ? Fever)
|
||||
|
||||
biochemicalAgentSyndrome (desc YersiniaPestis ? ?) (el ? ? ? Plague)
|
||||
|
||||
biologicalAgentCarrier (desc YersiniaPestis ? ?) (desc Rodent ? ?)
|
||||
|
||||
biologicalAgentCarrier (desc YersiniaPestis ? ?) (desc Insect ? ?)
|
||||
|
||||
diseaseSymptom (el ? ? ? Plague) (el ? ? ? Fever)
|
||||
|
||||
lethalDose (desc RicinToxin ? ?) (el ? ? ? (PerFn (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 3.0)) (el ? ? ? (MicroFn (el ? ? ? Gram))))) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? (KiloFn (el ? ? ? Gram)))))))
|
||||
|
||||
lethalDose (desc AbrinToxin ? ?) (el ? ? ? (PerFn (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 0.04)) (el ? ? ? (MicroFn (el ? ? ? Gram))))) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? (KiloFn (el ? ? ? Gram)))))))
|
||||
|
||||
biochemicalAgentDelivery (desc BlisterAgent ? ?) (desc Touching ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc BlisterAgent ? ?) (desc Breathing ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc BlisterAgent ? ?) (desc Ingesting ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc BloodAgent ? ?) (desc Breathing ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc NerveAgent ? ?) (desc Breathing ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc NerveAgent ? ?) (el ? ? ? Paralysis)
|
||||
|
||||
lethalDose (desc Soman ? ?) (el ? ? ? (PerFn (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 64.0)) (el ? ? ? (MicroFn (el ? ? ? Gram))))) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 1.0)) (el ? ? ? (KiloFn (el ? ? ? Gram)))))))
|
||||
|
||||
lethalDose (desc Sarin ? ?) (el ? ? ? (PerFn (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 100.0)) (el ? ? ? (MicroFn (el ? ? ? Gram))))) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? (KiloFn (el ? ? ? Gram)))))))
|
||||
|
||||
lethalDose (desc VX ? ?) (el ? ? ? (PerFn (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 15.0)) (el ? ? ? (MicroFn (el ? ? ? Gram))))) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 1.0)) (el ? ? ? (KiloFn (el ? ? ? Gram)))))))
|
||||
|
||||
biochemicalAgentDelivery (desc ChokingAgent ? ?) (desc Breathing ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc Chloropicrin ? ?) (el ? ? ? Gastroenteritis)
|
||||
|
||||
biochemicalAgentSyndrome (desc SalmonellaTyphimurium ? ?) (el ? ? ? Gastroenteritis)
|
||||
|
||||
biochemicalAgentSyndrome (desc SalmonellaTyphimurium ? ?) (el ? ? ? Fever)
|
||||
|
||||
diseaseTreatment (el ? ? ? Anthrax) (desc Doxycycline ? ?) (desc Ingesting ? ?)
|
||||
|
||||
diseaseTreatment (el ? ? ? Anthrax) (desc Ciprofloxacin ? ?) (desc Ingesting ? ?)
|
||||
|
||||
diseaseSymptom (el ? ? ? QFever) (el ? ? ? Fever)
|
||||
|
||||
diseaseMortality (el ? ? ? QFever) (el ? ? ? (toRealNum 0.01))
|
||||
|
||||
biochemicalAgentSyndrome (desc YellowFeverVirus ? ?) (el ? ? ? Fever)
|
||||
|
||||
biochemicalAgentSyndrome (desc YellowFeverVirus ? ?) (el ? ? ? YellowSkin)
|
||||
|
||||
biochemicalAgentSyndrome (desc EbolaVirus ? ?) (el ? ? ? EbolaHemorrhagicFever)
|
||||
|
||||
biologicalAgentCarrier (desc FrancisellaTularensis ? ?) (desc Rodent ? ?)
|
||||
|
||||
biologicalAgentCarrier (desc FrancisellaTularensis ? ?) (desc Arachnid ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc FrancisellaTularensis ? ?) (el ? ? ? Tularemia)
|
||||
|
||||
biochemicalAgentDelivery (desc FrancisellaTularensis ? ?) (desc Breathing ? ?)
|
||||
|
||||
diseaseSymptom (el ? ? ? Tularemia) (el ? ? ? Fever)
|
||||
|
||||
diseaseMortality (el ? ? ? Tularemia) (el ? ? ? (toRealNum 0.05))
|
||||
|
||||
diseaseMortality (el ? ? ? Smallpox) (el ? ? ? (toRealNum 0.33))
|
||||
|
||||
biochemicalAgentSyndrome (desc MonkeypoxVirus ? ?) (el ? ? ? Monkeypox)
|
||||
|
||||
biochemicalAgentDelivery (desc MonkeypoxVirus ? ?) (desc Poking ? ?)
|
||||
|
||||
biologicalAgentCarrier (desc MonkeypoxVirus ? ?) (desc Mammal ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc NeisseriaGonorrhoeae ? ?) (el ? ? ? Gonorrhea)
|
||||
|
||||
biochemicalAgentSyndrome (desc CoxiellaBurnetii ? ?) (el ? ? ? QFever)
|
||||
|
||||
biochemicalAgentDelivery (desc CoxiellaBurnetii ? ?) (desc Breathing ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc CoxiellaBurnetii ? ?) (desc Ingesting ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc VariolaMajor ? ?) (el ? ? ? Smallpox)
|
||||
|
||||
biochemicalAgentSyndrome (desc VariolaMinor ? ?) (el ? ? ? Smallpox)
|
||||
|
||||
secretesToxin (desc ShigellaDysenteriae ? ?) (desc ShigaToxin ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc ShigellaDysenteriae ? ?) (desc Ingesting ? ?)
|
||||
|
||||
lethalDose (desc ShigaToxin ? ?) (el ? ? ? (PerFn (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 0.002)) (el ? ? ? (MicroFn (el ? ? ? Gram))))) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? (KiloFn (el ? ? ? Gram)))))))
|
||||
|
||||
biochemicalAgentDelivery (desc HIVVirus ? ?) (desc SexualReproduction ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc SalmonellaTyphi ? ?) (desc Ingesting ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc GiardiaLamblia ? ?) (el ? ? ? Gastroenteritis)
|
||||
|
||||
biologicalAgentCarrier (desc GiardiaLamblia ? ?) (desc Rodent ? ?)
|
||||
|
||||
biologicalAgentCarrier (desc Mixomatosis ? ?) (desc Rodent ? ?)
|
||||
|
||||
secretesToxin (desc StaphyylococcusAureus ? ?) (desc StaphylococcalEnterotoxinB ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc StaphyylococcusAureus ? ?) (el ? ? ? Fever)
|
||||
|
||||
lethalDose (desc StaphylococcalEnterotoxinB ? ?) (el ? ? ? (PerFn (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 0.02)) (el ? ? ? (MicroFn (el ? ? ? Gram))))) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? (KiloFn (el ? ? ? Gram)))))))
|
||||
|
||||
biochemicalAgentDelivery (desc StaphylococcalEnterotoxinB ? ?) (desc Ingesting ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc StaphylococcalEnterotoxinB ? ?) (desc Breathing ? ?)
|
||||
|
||||
biologicalAgentCarrier (desc Saxitoxin ? ?) (desc Mollusk ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc Saxitoxin ? ?) (desc Ingesting ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc Saxitoxin ? ?) (desc Breathing ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc Saxitoxin ? ?) (el ? ? ? ParalyticShellfishPoisoning)
|
||||
|
||||
diseaseSymptom (el ? ? ? ParalyticShellfishPoisoning) (el ? ? ? Paralysis)
|
||||
|
||||
biologicalAgentCarrier (desc Conotoxin ? ?) (desc Mollusk ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc Conotoxin ? ?) (el ? ? ? ParalyticShellfishPoisoning)
|
||||
|
||||
biochemicalAgentSyndrome (desc Tetrodotoxin ? ?) (el ? ? ? ParalyticShellfishPoisoning)
|
||||
|
||||
biochemicalAgentDelivery (desc VibrioCholera ? ?) (desc Ingesting ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc VibrioCholera ? ?) (el ? ? ? Cholera)
|
||||
|
||||
biochemicalAgentDelivery (desc ClostridiumTetani ? ?) (desc Poking ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc ClostridiumTetani ? ?) (el ? ? ? Tetanus)
|
||||
|
||||
diseaseMortality (el ? ? ? HerpesB) (el ? ? ? (toRealNum 0.7))
|
||||
|
||||
biologicalAgentCarrier (desc HerpesBVirus ? ?) (desc Monkey ? ?)
|
||||
|
||||
diseaseTreatment (el ? ? ? Pertussis) (desc Antibiotic ? ?) (desc Ingesting ? ?)
|
||||
|
||||
biologicalAgentCarrier (desc BordetellaPertussis ? ?) (desc Human ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc BordetellaPertussis ? ?) (el ? ? ? Pertussis)
|
||||
|
||||
biochemicalAgentDelivery (desc BordetellaPertussis ? ?) (desc Breathing ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc ChlamydiaPsittaci ? ?) (el ? ? ? Psittacosis)
|
||||
|
||||
biologicalAgentCarrier (desc ChlamydiaPsittaci ? ?) (desc Bird ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc ChlamydiaPsittaci ? ?) (desc Breathing ? ?)
|
||||
|
||||
diseaseSymptom (el ? ? ? Malaria) (el ? ? ? Fever)
|
||||
|
||||
biologicalAgentCarrier (desc MalarialPlasmodium ? ?) (desc Insect ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc MalarialPlasmodium ? ?) (desc Poking ? ?)
|
||||
|
||||
biologicalAgentCarrier (desc WestNileVirus ? ?) (desc Insect ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc WestNileVirus ? ?) (el ? ? ? WestNileFever)
|
||||
|
||||
biochemicalAgentDelivery (desc WestNileVirus ? ?) (desc Poking ? ?)
|
||||
|
||||
biologicalAgentCarrier (desc DengueFeverVirus ? ?) (desc Insect ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc DengueFeverVirus ? ?) (el ? ? ? DengueFever)
|
||||
|
||||
biochemicalAgentSyndrome (desc DengueFeverVirus ? ?) (el ? ? ? DengueHemorrhagicFever)
|
||||
|
||||
biochemicalAgentDelivery (desc DengueFeverVirus ? ?) (desc Poking ? ?)
|
||||
|
||||
diseaseMortality (el ? ? ? DengueHemorrhagicFever) (el ? ? ? (toRealNum 0.05))
|
||||
|
||||
biologicalAgentCarrier (desc LaCrosseVirus ? ?) (desc Insect ? ?)
|
||||
|
||||
biologicalAgentCarrier (desc LaCrosseVirus ? ?) (desc Rodent ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc LaCrosseVirus ? ?) (desc Poking ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc LaCrosseVirus ? ?) (el ? ? ? LaCrosseEncephalitis)
|
||||
|
||||
diseaseMortality (el ? ? ? LaCrosseEncephalitis) (el ? ? ? (toRealNum 0.01))
|
||||
|
||||
biologicalAgentCarrier (desc SaintLouisEncephalitisVirus ? ?) (desc Bird ? ?)
|
||||
|
||||
biologicalAgentCarrier (desc SaintLouisEncephalitisVirus ? ?) (desc Insect ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc SaintLouisEncephalitisVirus ? ?) (desc Poking ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc SaintLouisEncephalitisVirus ? ?) (el ? ? ? SaintLouisEncephalitis)
|
||||
|
||||
diseaseSymptom (el ? ? ? SaintLouisEncephalitis) (el ? ? ? Fever)
|
||||
|
||||
biologicalAgentCarrier (desc EasternEquineEncephalitisVirus ? ?) (desc Insect ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc EasternEquineEncephalitisVirus ? ?) (desc Poking ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc EasternEquineEncephalitisVirus ? ?) (el ? ? ? EasternEquineEncephalitis)
|
||||
|
||||
diseaseSymptom (el ? ? ? EasternEquineEncephalitis) (el ? ? ? Fever)
|
||||
|
||||
biologicalAgentCarrier (desc JapaneseEncephalitisVirus ? ?) (desc Insect ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc JapaneseEncephalitisVirus ? ?) (desc Poking ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc JapaneseEncephalitisVirus ? ?) (el ? ? ? JapaneseEncephalitis)
|
||||
|
||||
diseaseMortality (el ? ? ? JapaneseEncephalitis) (el ? ? ? (toRealNum 0.30))
|
||||
|
||||
biochemicalAgentDelivery (desc EscherichiaColi0157H7 ? ?) (desc Ingesting ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc MycobacteriumTuberculosis ? ?) (el ? ? ? Tuberculosis)
|
||||
|
||||
biochemicalAgentDelivery (desc MycobacteriumTuberculosis ? ?) (desc Breathing ? ?)
|
||||
|
||||
diseaseTreatment (el ? ? ? Tuberculosis) (desc OralAntibiotic ? ?) (desc Ingesting ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc MarburgVirus ? ?) (desc Breathing ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc MarburgVirus ? ?) (desc Poking ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc MarburgVirus ? ?) (el ? ? ? MarburgDisease)
|
||||
|
||||
diseaseMortality (el ? ? ? MarburgDisease) (el ? ? ? (toRealNum 0.25))
|
||||
|
||||
biochemicalAgentSyndrome (desc StreptococcusA ? ?) (el ? ? ? StrepThroat)
|
||||
|
||||
biochemicalAgentSyndrome (desc StreptococcusA ? ?) (el ? ? ? ScarletFever)
|
||||
|
||||
biochemicalAgentSyndrome (desc StreptococcusA ? ?) (el ? ? ? NecrotizingFaciitis)
|
||||
|
||||
biochemicalAgentSyndrome (desc HepatitisAVirus ? ?) (el ? ? ? HepatitisA)
|
||||
|
||||
biochemicalAgentDelivery (desc HepatitisAVirus ? ?) (desc Ingesting ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc HepatitisAVirus ? ?) (desc Poking ? ?)
|
||||
|
||||
diseaseSymptom (el ? ? ? HepatitisA) (el ? ? ? Fever)
|
||||
|
||||
biochemicalAgentSyndrome (desc HepatitisBVirus ? ?) (el ? ? ? HepatitisB)
|
||||
|
||||
biochemicalAgentDelivery (desc HepatitisBVirus ? ?) (desc Poking ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc HepatitisCVirus ? ?) (el ? ? ? HepatitisC)
|
||||
|
||||
biochemicalAgentDelivery (desc HepatitisCVirus ? ?) (desc Poking ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc Rotavirus ? ?) (el ? ? ? RotavirusGastroenteritis)
|
||||
|
||||
biochemicalAgentDelivery (desc Rotavirus ? ?) (desc Ingesting ? ?)
|
||||
|
||||
diseaseSymptom (el ? ? ? RotavirusGastroenteritis) (el ? ? ? Fever)
|
||||
|
||||
biochemicalAgentSyndrome (desc Aflatoxin ? ?) (el ? ? ? Aflatoxicosis)
|
||||
|
||||
lethalDose (desc Diacetoxyscirpenol ? ?) (el ? ? ? (PerFn (el ? ? ? (MeasureFn (el ? ? ? (toInt 23)) (el ? ? ? (MilliFn (el ? ? ? Gram))))) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? (KiloFn (el ? ? ? Gram)))))))
|
||||
|
||||
lethalDose (desc T2Toxin ? ?) (el ? ? ? (PerFn (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 5.2)) (el ? ? ? (MilliFn (el ? ? ? Gram))))) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1)) (el ? ? ? (KiloFn (el ? ? ? Gram)))))))
|
||||
|
||||
biochemicalAgentDelivery (desc BacillusCereus ? ?) (desc Ingesting ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc LassaVirus ? ?) (el ? ? ? LassaFever)
|
||||
|
||||
biochemicalAgentDelivery (desc LassaVirus ? ?) (desc Ingesting ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc LassaVirus ? ?) (desc Touching ? ?)
|
||||
|
||||
biologicalAgentCarrier (desc LassaVirus ? ?) (desc Rodent ? ?)
|
||||
|
||||
diseaseSymptom (el ? ? ? LassaFever) (el ? ? ? Fever)
|
||||
|
||||
diseaseMortality (el ? ? ? LassaFever) (el ? ? ? (toRealNum 0.01))
|
||||
|
||||
biochemicalAgentSyndrome (desc Legionella ? ?) (el ? ? ? Legionellosis)
|
||||
|
||||
diseaseMortality (el ? ? ? LegionnairesDisease) (el ? ? ? (toRealNum 0.125))
|
||||
|
||||
biochemicalAgentSyndrome (desc CorynebacteriumDiphtheriae ? ?) (el ? ? ? Diphtheria)
|
||||
|
||||
diseaseSymptom (el ? ? ? Diphtheria) (el ? ? ? Fever)
|
||||
|
||||
diseaseSymptom (el ? ? ? CrimeanCongoHemorrhagicFever) (el ? ? ? Fever)
|
||||
|
||||
diseaseMortality (el ? ? ? CrimeanCongoHemorrhagicFever) (el ? ? ? (toRealNum 0.3))
|
||||
|
||||
biologicalAgentCarrier (desc CrimeanCongoHemorrhagicFeverVirus ? ?) (desc Arachnid ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc CrimeanCongoHemorrhagicFeverVirus ? ?) (el ? ? ? CrimeanCongoHemorrhagicFever)
|
||||
|
||||
biochemicalAgentDelivery (desc CrimeanCongoHemorrhagicFeverVirus ? ?) (desc Poking ? ?)
|
||||
|
||||
biologicalAgentCarrier (desc JuninVirus ? ?) (desc Rodent ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc JuninVirus ? ?) (el ? ? ? ArgentinianHemorrhagicFever)
|
||||
|
||||
biochemicalAgentDelivery (desc JuninVirus ? ?) (desc Breathing ? ?)
|
||||
|
||||
diseaseSymptom (el ? ? ? ArgentinianHemorrhagicFever) (el ? ? ? Fever)
|
||||
|
||||
biologicalAgentCarrier (desc MachupoVirus ? ?) (desc Rodent ? ?)
|
||||
|
||||
biochemicalAgentSyndrome (desc MachupoVirus ? ?) (el ? ? ? BolivianHemorrhagicFever)
|
||||
|
||||
biochemicalAgentDelivery (desc MachupoVirus ? ?) (desc Breathing ? ?)
|
||||
|
||||
diseaseSymptom (el ? ? ? BolivianHemorrhagicFever) (el ? ? ? Fever)
|
||||
|
||||
biochemicalAgentSyndrome (desc GuanaritoVirus ? ?) (el ? ? ? VenezuelanHemorrhagicFever)
|
||||
|
||||
diseaseSymptom (el ? ? ? VenezuelanHemorrhagicFever) (el ? ? ? Fever)
|
||||
|
||||
biochemicalAgentSyndrome (desc SabiaVirus ? ?) (el ? ? ? BrazilianHemorrhagicFever)
|
||||
|
||||
diseaseSymptom (el ? ? ? BrazilianHemorrhagicFever) (el ? ? ? Fever)
|
||||
|
||||
biologicalAgentCarrier (desc TickBorneEncephalitisVirus ? ?) (desc Arachnid ? ?)
|
||||
|
||||
biochemicalAgentDelivery (desc TickBorneEncephalitisVirus ? ?) (desc Poking ? ?)
|
||||
10
examples/SUMO/axioms/WMDSubAtt.gft
Normal file
10
examples/SUMO/axioms/WMDSubAtt.gft
Normal file
@@ -0,0 +1,10 @@
|
||||
|
||||
subAttribute (el ? ? ? BubonicPlague) (el ? ? ? Plague)
|
||||
|
||||
subAttribute (el ? ? ? PneumonicPlague) (el ? ? ? Plague)
|
||||
|
||||
subAttribute (el ? ? ? InhalationalAnthrax) (el ? ? ? Anthrax)
|
||||
|
||||
subAttribute (el ? ? ? LegionnairesDisease) (el ? ? ? Legionellosis)
|
||||
|
||||
subAttribute (el ? ? ? PontiacFever) (el ? ? ? Legionellosis)
|
||||
8016
examples/SUMO/axioms/WorldAirportsA-KP.gft
Normal file
8016
examples/SUMO/axioms/WorldAirportsA-KP.gft
Normal file
File diff suppressed because it is too large
Load Diff
10218
examples/SUMO/axioms/WorldAirportsL-ZP.gft
Normal file
10218
examples/SUMO/axioms/WorldAirportsL-ZP.gft
Normal file
File diff suppressed because it is too large
Load Diff
220
examples/SUMO/axioms/elements.gft
Normal file
220
examples/SUMO/axioms/elements.gft
Normal file
@@ -0,0 +1,220 @@
|
||||
|
||||
forall (both Atom Hydrogen) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 1.0079)) (el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Helium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 4.0026))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Lithium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 6.939))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Beryllium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 9.0122))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Boron) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 10.811))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Carbon) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 12.01115))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Nitrogen) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 14.0067))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Oxygen) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 15.9994))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Fluorine) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 18.9984))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Neon) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 20.183))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Sodium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 22.9898))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Magnesium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 24.312))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Aluminum) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 26.9815))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Silicon) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 28.086))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Phosphorus) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 30.9738))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Sulphur) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 32.064))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Chlorine) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 35.453))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Argon) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 39.948))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Potassium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 39.0983))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Calcium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 40.08))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Scandium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 44.956))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Titanium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 47.90))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Vanadium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 50.9415))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Chromium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 51.996))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Manganese) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 54.938))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Iron) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 55.847))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Cobalt) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 58.993))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Nickel) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 58.71))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Copper) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 63.54))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Zinc) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 65.38))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Gallium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 69.72))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Germanium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 72.59))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Arsenic) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 74.922))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Selenium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 78.96))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Bromine) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 79.909))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Krypton) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 83.80))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Rubidium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 85.47))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Strontium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 87.62))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Yttrium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 88.905))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Zirconium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 91.22))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Niobium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 92.906))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Molybdenum) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 95.94))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Technetium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 98))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Ruthenium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 101.07))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Rhodium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 102.905))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Palladium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 106.4))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Silver) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 107.870))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Cadmium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 112.40))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Indium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 114.82))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Tin) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 118.69))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Antimony) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 121.75))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Tellurium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 127.60))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Iodine) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 126.904))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Xenon) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 131.30))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Caesium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 132.90545))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Barium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 137.34))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Lanthanum) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 138.9055))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Cerium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 140.12))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Praseodymium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 140.907))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Neodymium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 144.24))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Promethium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 147))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Samarium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 150.35))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Europium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 151.25))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Gadolinium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 157.25))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Terbium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 158.924))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Dysprosium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 162.50))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Holmium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 167.26))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Erbium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 167.26))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Thulium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 168.934))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Ytterbium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 173.04))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Lutetium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 194.967))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Hafnium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 178.49))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Tantalum) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 180.948))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Tungsten) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 183.85))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Rhenium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 186.2))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Osmium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 190.2))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Iridium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 192.217))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Platinum) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 195.078))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Gold) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 196.96655))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Mercury) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 200.59))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Thallium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 204.3833))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Lead) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 207.19))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Bismuth) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 208.980))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Polonium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 210))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Astatine) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 210))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Radon) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 222))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Francium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 223))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Radium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 226))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Actinium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 227))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Thorium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toRealNum 232.038))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Protactinium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 231))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Uranium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 231))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Neptunium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 237))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Plutonium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 242))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Americium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 243))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Curium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 247))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Berkelium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 247))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Californium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 249))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Einsteinium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 254))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Fermium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 253))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Mendelevium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 256))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Nobelium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 254))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Lawrencium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 262))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Unnilquadium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 261))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Unnilpentium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 262))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Unnilhexium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 263))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Unnilseptium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 262))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Unniloctium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 265))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Meitnerium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 266))(el ? ? ? Amu))))
|
||||
|
||||
forall (both Atom Unnildecium) (\ATOM -> measure(var ? ? ? ATOM)( el ? ? ? ( MeasureFn(el ? ? ? (toInt 272))(el ? ? ? Amu))))
|
||||
608
examples/SUMO/axioms/elementsP.gft
Normal file
608
examples/SUMO/axioms/elementsP.gft
Normal file
@@ -0,0 +1,608 @@
|
||||
|
||||
atomicNumber (desc Hydrogen ? ?) (el ? ? ? (toInt 1))
|
||||
|
||||
atomicNumber (desc Helium ? ?) (el ? ? ? (toInt 2))
|
||||
|
||||
atomicNumber (desc Lithium ? ?) (el ? ? ? (toInt 3))
|
||||
|
||||
atomicNumber (desc Beryllium ? ?) (el ? ? ? (toInt 4))
|
||||
|
||||
atomicNumber (desc Boron ? ?) (el ? ? ? (toInt 5))
|
||||
|
||||
atomicNumber (desc Carbon ? ?) (el ? ? ? (toInt 6))
|
||||
|
||||
atomicNumber (desc Nitrogen ? ?) (el ? ? ? (toInt 7))
|
||||
|
||||
atomicNumber (desc Oxygen ? ?) (el ? ? ? (toInt 8))
|
||||
|
||||
atomicNumber (desc Fluorine ? ?) (el ? ? ? (toInt 9))
|
||||
|
||||
atomicNumber (desc Neon ? ?) (el ? ? ? (toInt 10))
|
||||
|
||||
atomicNumber (desc Sodium ? ?) (el ? ? ? (toInt 11))
|
||||
|
||||
atomicNumber (desc Magnesium ? ?) (el ? ? ? (toInt 12))
|
||||
|
||||
atomicNumber (desc Aluminum ? ?) (el ? ? ? (toInt 13))
|
||||
|
||||
atomicNumber (desc Silicon ? ?) (el ? ? ? (toInt 14))
|
||||
|
||||
atomicNumber (desc Phosphorus ? ?) (el ? ? ? (toInt 15))
|
||||
|
||||
atomicNumber (desc Sulphur ? ?) (el ? ? ? (toInt 16))
|
||||
|
||||
atomicNumber (desc Chlorine ? ?) (el ? ? ? (toInt 17))
|
||||
|
||||
atomicNumber (desc Argon ? ?) (el ? ? ? (toInt 18))
|
||||
|
||||
atomicNumber (desc Potassium ? ?) (el ? ? ? (toInt 19))
|
||||
|
||||
atomicNumber (desc Calcium ? ?) (el ? ? ? (toInt 20))
|
||||
|
||||
atomicNumber (desc Scandium ? ?) (el ? ? ? (toInt 21))
|
||||
|
||||
atomicNumber (desc Titanium ? ?) (el ? ? ? (toInt 22))
|
||||
|
||||
atomicNumber (desc Vanadium ? ?) (el ? ? ? (toInt 23))
|
||||
|
||||
atomicNumber (desc Chromium ? ?) (el ? ? ? (toInt 24))
|
||||
|
||||
atomicNumber (desc Manganese ? ?) (el ? ? ? (toInt 25))
|
||||
|
||||
atomicNumber (desc Iron ? ?) (el ? ? ? (toInt 26))
|
||||
|
||||
atomicNumber (desc Cobalt ? ?) (el ? ? ? (toInt 27))
|
||||
|
||||
atomicNumber (desc Nickel ? ?) (el ? ? ? (toInt 28))
|
||||
|
||||
atomicNumber (desc Copper ? ?) (el ? ? ? (toInt 29))
|
||||
|
||||
atomicNumber (desc Zinc ? ?) (el ? ? ? (toInt 30))
|
||||
|
||||
atomicNumber (desc Gallium ? ?) (el ? ? ? (toInt 31))
|
||||
|
||||
atomicNumber (desc Germanium ? ?) (el ? ? ? (toInt 32))
|
||||
|
||||
atomicNumber (desc Arsenic ? ?) (el ? ? ? (toInt 33))
|
||||
|
||||
atomicNumber (desc Selenium ? ?) (el ? ? ? (toInt 34))
|
||||
|
||||
atomicNumber (desc Bromine ? ?) (el ? ? ? (toInt 35))
|
||||
|
||||
atomicNumber (desc Krypton ? ?) (el ? ? ? (toInt 36))
|
||||
|
||||
atomicNumber (desc Rubidium ? ?) (el ? ? ? (toInt 37))
|
||||
|
||||
atomicNumber (desc Strontium ? ?) (el ? ? ? (toInt 38))
|
||||
|
||||
atomicNumber (desc Yttrium ? ?) (el ? ? ? (toInt 39))
|
||||
|
||||
atomicNumber (desc Zirconium ? ?) (el ? ? ? (toInt 40))
|
||||
|
||||
atomicNumber (desc Niobium ? ?) (el ? ? ? (toInt 41))
|
||||
|
||||
atomicNumber (desc Molybdenum ? ?) (el ? ? ? (toInt 42))
|
||||
|
||||
atomicNumber (desc Technetium ? ?) (el ? ? ? (toInt 43))
|
||||
|
||||
atomicNumber (desc Ruthenium ? ?) (el ? ? ? (toInt 44))
|
||||
|
||||
atomicNumber (desc Rhodium ? ?) (el ? ? ? (toInt 45))
|
||||
|
||||
atomicNumber (desc Palladium ? ?) (el ? ? ? (toInt 46))
|
||||
|
||||
atomicNumber (desc Silver ? ?) (el ? ? ? (toInt 47))
|
||||
|
||||
atomicNumber (desc Cadmium ? ?) (el ? ? ? (toInt 48))
|
||||
|
||||
atomicNumber (desc Indium ? ?) (el ? ? ? (toInt 49))
|
||||
|
||||
atomicNumber (desc Tin ? ?) (el ? ? ? (toInt 50))
|
||||
|
||||
atomicNumber (desc Antimony ? ?) (el ? ? ? (toInt 51))
|
||||
|
||||
atomicNumber (desc Tellurium ? ?) (el ? ? ? (toInt 52))
|
||||
|
||||
atomicNumber (desc Iodine ? ?) (el ? ? ? (toInt 53))
|
||||
|
||||
atomicNumber (desc Xenon ? ?) (el ? ? ? (toInt 54))
|
||||
|
||||
atomicNumber (desc Caesium ? ?) (el ? ? ? (toInt 55))
|
||||
|
||||
atomicNumber (desc Barium ? ?) (el ? ? ? (toInt 56))
|
||||
|
||||
atomicNumber (desc Lanthanum ? ?) (el ? ? ? (toInt 57))
|
||||
|
||||
atomicNumber (desc Cerium ? ?) (el ? ? ? (toInt 58))
|
||||
|
||||
atomicNumber (desc Praseodymium ? ?) (el ? ? ? (toInt 59))
|
||||
|
||||
atomicNumber (desc Neodymium ? ?) (el ? ? ? (toInt 60))
|
||||
|
||||
atomicNumber (desc Promethium ? ?) (el ? ? ? (toInt 61))
|
||||
|
||||
atomicNumber (desc Samarium ? ?) (el ? ? ? (toInt 62))
|
||||
|
||||
atomicNumber (desc Europium ? ?) (el ? ? ? (toInt 63))
|
||||
|
||||
atomicNumber (desc Gadolinium ? ?) (el ? ? ? (toInt 64))
|
||||
|
||||
atomicNumber (desc Terbium ? ?) (el ? ? ? (toInt 65))
|
||||
|
||||
atomicNumber (desc Dysprosium ? ?) (el ? ? ? (toInt 66))
|
||||
|
||||
atomicNumber (desc Holmium ? ?) (el ? ? ? (toInt 67))
|
||||
|
||||
atomicNumber (desc Erbium ? ?) (el ? ? ? (toInt 68))
|
||||
|
||||
atomicNumber (desc Thulium ? ?) (el ? ? ? (toInt 69))
|
||||
|
||||
atomicNumber (desc Ytterbium ? ?) (el ? ? ? (toInt 70))
|
||||
|
||||
atomicNumber (desc Lutetium ? ?) (el ? ? ? (toInt 71))
|
||||
|
||||
atomicNumber (desc Hafnium ? ?) (el ? ? ? (toInt 72))
|
||||
|
||||
atomicNumber (desc Tantalum ? ?) (el ? ? ? (toInt 73))
|
||||
|
||||
atomicNumber (desc Tungsten ? ?) (el ? ? ? (toInt 74))
|
||||
|
||||
atomicNumber (desc Rhenium ? ?) (el ? ? ? (toInt 75))
|
||||
|
||||
atomicNumber (desc Osmium ? ?) (el ? ? ? (toInt 76))
|
||||
|
||||
atomicNumber (desc Iridium ? ?) (el ? ? ? (toInt 77))
|
||||
|
||||
atomicNumber (desc Platinum ? ?) (el ? ? ? (toInt 78))
|
||||
|
||||
atomicNumber (desc Gold ? ?) (el ? ? ? (toInt 79))
|
||||
|
||||
atomicNumber (desc Mercury ? ?) (el ? ? ? (toInt 80))
|
||||
|
||||
atomicNumber (desc Thallium ? ?) (el ? ? ? (toInt 81))
|
||||
|
||||
atomicNumber (desc Lead ? ?) (el ? ? ? (toInt 82))
|
||||
|
||||
atomicNumber (desc Bismuth ? ?) (el ? ? ? (toInt 83))
|
||||
|
||||
atomicNumber (desc Polonium ? ?) (el ? ? ? (toInt 84))
|
||||
|
||||
atomicNumber (desc Astatine ? ?) (el ? ? ? (toInt 85))
|
||||
|
||||
atomicNumber (desc Radon ? ?) (el ? ? ? (toInt 86))
|
||||
|
||||
atomicNumber (desc Francium ? ?) (el ? ? ? (toInt 87))
|
||||
|
||||
atomicNumber (desc Radium ? ?) (el ? ? ? (toInt 88))
|
||||
|
||||
atomicNumber (desc Actinium ? ?) (el ? ? ? (toInt 89))
|
||||
|
||||
atomicNumber (desc Thorium ? ?) (el ? ? ? (toInt 90))
|
||||
|
||||
atomicNumber (desc Protactinium ? ?) (el ? ? ? (toInt 91))
|
||||
|
||||
atomicNumber (desc Uranium ? ?) (el ? ? ? (toInt 92))
|
||||
|
||||
atomicNumber (desc Neptunium ? ?) (el ? ? ? (toInt 93))
|
||||
|
||||
atomicNumber (desc Plutonium ? ?) (el ? ? ? (toInt 94))
|
||||
|
||||
atomicNumber (desc Americium ? ?) (el ? ? ? (toInt 95))
|
||||
|
||||
atomicNumber (desc Curium ? ?) (el ? ? ? (toInt 96))
|
||||
|
||||
atomicNumber (desc Berkelium ? ?) (el ? ? ? (toInt 97))
|
||||
|
||||
atomicNumber (desc Californium ? ?) (el ? ? ? (toInt 98))
|
||||
|
||||
atomicNumber (desc Einsteinium ? ?) (el ? ? ? (toInt 99))
|
||||
|
||||
atomicNumber (desc Fermium ? ?) (el ? ? ? (toInt 100))
|
||||
|
||||
atomicNumber (desc Mendelevium ? ?) (el ? ? ? (toInt 101))
|
||||
|
||||
atomicNumber (desc Nobelium ? ?) (el ? ? ? (toInt 102))
|
||||
|
||||
atomicNumber (desc Lawrencium ? ?) (el ? ? ? (toInt 103))
|
||||
|
||||
atomicNumber (desc Unnilquadium ? ?) (el ? ? ? (toInt 104))
|
||||
|
||||
atomicNumber (desc Unnilpentium ? ?) (el ? ? ? (toInt 105))
|
||||
|
||||
atomicNumber (desc Unnilhexium ? ?) (el ? ? ? (toInt 106))
|
||||
|
||||
atomicNumber (desc Unnilseptium ? ?) (el ? ? ? (toInt 107))
|
||||
|
||||
atomicNumber (desc Unniloctium ? ?) (el ? ? ? (toInt 108))
|
||||
|
||||
atomicNumber (desc Meitnerium ? ?) (el ? ? ? (toInt 109))
|
||||
|
||||
atomicNumber (desc Unnildecium ? ?) (el ? ? ? (toInt 110))
|
||||
|
||||
meltingPoint (desc Hydrogen ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 14.01)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Hydrogen ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 20.28)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Helium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 0.95)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Helium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 4.216)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Lithium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 453.69)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Lithium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1590)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Beryllium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1551)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Beryllium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3243)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Boron ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2573)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Boron ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2823)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Carbon ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3823)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Carbon ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 5100)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Nitrogen ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 63.29)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Nitrogen ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 77.4)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Oxygen ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 54.75)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Oxygen ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 90.188)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Fluorine ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 53.53)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Fluorine ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 85.01)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Neon ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 24.48)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Neon ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 27.1)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Sodium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 370.95)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Sodium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1165)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Magnesium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 921.95)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Magnesium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1380)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Aluminum ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 933.52)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Aluminum ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2740)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Silicon ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1683)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Silicon ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2628)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Phosphorus ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 317.3)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Phosphorus ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 553)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Sulphur ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 386)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Sulphur ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 717.824)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Chlorine ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 172.17)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Chlorine ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 238.55)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Argon ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 83.78)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Argon ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 87.29)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Potassium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 336.8)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Potassium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1047)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Calcium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1112)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Calcium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1760)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Scandium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1812)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Scandium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3105)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Titanium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1933)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Titanium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3533)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Vanadium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2163)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Vanadium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3653)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Chromium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2130)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Chromium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2755)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Manganese ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1517)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Manganese ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2370)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Iron ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1808)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Iron ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3023)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Cobalt ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1768)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Cobalt ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3143)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Nickel ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1726)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Nickel ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3005)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Copper ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 1356.6)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Copper ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2868)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Zinc ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 692.73)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Zinc ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1180)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Gallium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 302.93)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Gallium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2676)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Germanium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 1210.55)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Germanium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3103)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Arsenic ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 886)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Arsenic ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 886)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Selenium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 490)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Selenium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 958.1)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Bromine ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 265.9)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Bromine ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 331.93)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Krypton ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 116.55)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Krypton ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 120.85)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Rubidium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 312.2)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Rubidium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 961)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Strontium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1042)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Strontium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1657)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Yttrium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1796)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Yttrium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3610)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Zirconium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2125)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Zirconium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 4650)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Niobium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2741)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Niobium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 5200)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Molybdenum ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2890)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Molybdenum ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 5833)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Technetium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2445)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Technetium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 5303)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Ruthenium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2583)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Ruthenium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 4173)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Rhodium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2239)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Rhodium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 4000)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Palladium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1825)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Palladium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3413)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Silver ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 1235.08)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Silver ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2485)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Cadmium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 594.1)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Cadmium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1038)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Indium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 429.32)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Indium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2353)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Tin ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 505.118)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Tin ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2543)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Antimony ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 903.89)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Antimony ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2023)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Tellurium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 722.7)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Tellurium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1263)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Iodine ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 386.65)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Iodine ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 457.55)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Xenon ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 161.3)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Xenon ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 166.1)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Caesium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 301.55)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Caesium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 963)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Barium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 998)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Barium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1913)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Lanthanum ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1193)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Lanthanum ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3727)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Cerium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1071)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Cerium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3530)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Praseodymium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1204)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Praseodymium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3485)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Neodymium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1283)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Neodymium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3400)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Promethium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1353)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Promethium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3000)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Samarium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1345)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Samarium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2051)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Europium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1095)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Europium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1870)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Gadolinium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1584)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Gadolinium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3506)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Terbium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1633)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Terbium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3314)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Dysprosium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1682)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Dysprosium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2608)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Holmium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1743)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Holmium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2993)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Erbium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1795)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Erbium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2783)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Thulium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1818)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Thulium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2000)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Ytterbium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1097)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Ytterbium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1466)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Lutetium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1929)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Lutetium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3588)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Hafnium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2423)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Hafnium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 5673)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Tantalum ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3269)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Tantalum ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 5698)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Tungsten ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3680)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Tungsten ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 6200)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Rhenium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3453)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Rhenium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 5900)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Osmium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3318)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Osmium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 5300)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Iridium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2683)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Iridium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 4403)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Platinum ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2045)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Platinum ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 4100)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Gold ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 1337.58)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Gold ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3213)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Mercury ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 234.28)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Mercury ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 629.73)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Thallium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 576.7)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Thallium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1730)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Lead ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 600.65)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Lead ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2013)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Bismuth ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 544.5)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Bismuth ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1833)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Polonium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 527)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Polonium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1235)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Astatine ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 575)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Astatine ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 610)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Radon ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 202)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Radon ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 211.4)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Francium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 300)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Francium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 950)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Radium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 973)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Radium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1413)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Actinium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1320)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Actinium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3470)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Thorium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2023)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Thorium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 5060)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Protactinium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1827)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Protactinium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 4300)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Uranium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toRealNum 1405.5)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Uranium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 4091)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Neptunium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 913)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Neptunium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 4175)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Plutonium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 914)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Plutonium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 3600)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Americium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1267)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
boilingPoint (desc Americium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 2880)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Curium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1613)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Berkelium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1259)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Californium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1173)) (el ? ? ? KelvinDegree)))
|
||||
|
||||
meltingPoint (desc Einsteinium ? ?) (el ? ? ? (MeasureFn (el ? ? ? (toInt 1133)) (el ? ? ? KelvinDegree)))
|
||||
33
examples/SUMO/axioms/engineering.gft
Normal file
33
examples/SUMO/axioms/engineering.gft
Normal file
@@ -0,0 +1,33 @@
|
||||
|
||||
forall Modeling (\MODELING -> exists Model (\MODEL -> result(var ? ? ? MODELING)(var ? ? ? MODEL)))
|
||||
|
||||
forall MultipoleModeling (\MODELING -> exists MultipoleModel (\MODEL -> result(var ? ? ? MODELING)(var ? ? ? MODEL)))
|
||||
|
||||
forall MultipolePole (\POLE -> forall Abstract (\MULTIPOLE -> impl ( abstractPart(var ? ? ? POLE)(var ? ? ? MULTIPOLE))(exists MultipoleSection (\SECTION -> and ( abstractPart(var ? ? ? POLE)(var ? ? ? SECTION))( abstractPart(var ? ? ? SECTION)(var ? ? ? MULTIPOLE))))))
|
||||
|
||||
forall PhysicalDimension (\DTHROUGH -> forall PhysicalDimension (\DACROSS -> forall MultipoleQuantity (\QTHROUGH -> forall MultipoleQuantity (\QACROSS -> forall MultipoleVariable (\THROUGH -> forall MultipoleVariable (\ACROSS -> forall MultipolePole (\POLE -> impl (and ( hasAcrossVariable(var ? ? ? POLE)(var ? ? ? ACROSS))(and ( hasThroughVariable(var ? ? ? POLE)(var ? ? ? THROUGH))(and ( hasVariable(var ? ? ? QACROSS)(var ? ? ? ACROSS))(and ( hasVariable(var ? ? ? QTHROUGH)(var ? ? ? THROUGH))(and ( hasDimension(var ? ? ? QACROSS)(var ? ? ? DACROSS))( hasDimension(var ? ? ? QTHROUGH)(var ? ? ? DTHROUGH)))))))(exists PhysicalDomain (\DOMAIN -> physicalDomain(var ? ? ? DACROSS)(var ? ? ? DTHROUGH)(var ? ? ? DOMAIN))))))))))
|
||||
|
||||
forall Multipole (\MULTIPOLE -> exists MultipoleSection (\SECTION -> abstractPart(var ? ? ? SECTION)(var ? ? ? MULTIPOLE)))
|
||||
|
||||
forall MultipoleSection (\SECTION -> exists MultipolePole (\POLE1 -> exists MultipolePole (\POLE2 -> and ( abstractPart(var ? ? ? POLE1)(var ? ? ? SECTION))(and ( abstractPart(var ? ? ? POLE2)(var ? ? ? SECTION))( not (equal(var ? ? ? POLE1)(var ? ? ? POLE2)))))))
|
||||
|
||||
forall MultipolePort (\PORT -> exists MultipolePole (\POLE1 -> exists MultipolePole (\POLE2 -> exists MultipolePole (\POLE3 -> and ( abstractPart(var ? ? ? POLE1)(var ? ? ? PORT))(and ( abstractPart(var ? ? ? POLE2)(var ? ? ? PORT))(and ( abstractPart(var ? ? ? POLE3)(var ? ? ? PORT))(and ( equal(var ? ? ? POLE1)(var ? ? ? POLE2))(and ( equal(var ? ? ? POLE2)(var ? ? ? POLE3))( equal(var ? ? ? POLE1)(var ? ? ? POLE3))))))))))
|
||||
|
||||
forall AcrossVariableAccumulator (\M -> exists CapacitorElement (\C -> represents(var ? ? ? M)(var ? ? ? C)))
|
||||
|
||||
forall ElectricalTwopole (\M -> forall Entity (\E -> exists CapacitorElement (\C -> represents(var ? ? ? M)(var ? ? ? E))))
|
||||
|
||||
forall ThroughVariableAccumulator (\M -> exists InductorElement (\I -> represents(var ? ? ? M)(var ? ? ? I)))
|
||||
|
||||
forall ElectricalTwopole (\M -> forall Entity (\I -> exists InductorElement (\C -> represents(var ? ? ? M)(var ? ? ? I))))
|
||||
|
||||
forall Twoport (\M -> exists Transducer (\T -> represents(var ? ? ? M)(var ? ? ? T)))
|
||||
|
||||
forall Dissipator (\M -> exists ResistorElement (\R -> represents(var ? ? ? M)(var ? ? ? R)))
|
||||
|
||||
forall ElectricalTwopole (\M -> exists ResistorElement (\R -> represents(var ? ? ? M)(var ? ? ? R)))
|
||||
|
||||
forall PowerSource (\PS -> exists RadiatingElectromagnetic (\RE -> origin(var ? ? ? RE)(var ? ? ? PS)))
|
||||
|
||||
forall ITProcess (\PROCESS -> exists ITAgent (\AGENT -> exists Computer (\PATIENT -> and ( agent(var ? ? ? PROCESS)(var ? ? ? AGENT))( patient(var ? ? ? PROCESS)(var ? ? ? PATIENT)))))
|
||||
|
||||
2
examples/SUMO/axioms/engineeringHiO.gft
Normal file
2
examples/SUMO/axioms/engineeringHiO.gft
Normal file
@@ -0,0 +1,2 @@
|
||||
|
||||
PartialOrderingRelation ? (\x,y -> abstractPart x y)
|
||||
24
examples/SUMO/axioms/engineeringP.gft
Normal file
24
examples/SUMO/axioms/engineeringP.gft
Normal file
@@ -0,0 +1,24 @@
|
||||
|
||||
physicalDomain (el ? ? ? Velocity) (el ? ? ? Force) (el ? ? ? Translatory)
|
||||
|
||||
physicalDomain (el ? ? ? AngularVelocity) (el ? ? ? Torque) (el ? ? ? Rotary)
|
||||
|
||||
physicalDomain (el ? ? ? Voltage) (el ? ? ? Current) (el ? ? ? Electrical)
|
||||
|
||||
physicalDomain (el ? ? ? Pressure) (el ? ? ? VolumeFlow) (el ? ? ? FluidPower)
|
||||
|
||||
meronym (descToDesc ? ? ? (desc Gear ? ?)) (descToDesc ? ? ? (desc GearTrain ? ?))
|
||||
|
||||
meronym (descToDesc ? ? ? (desc GearTrain ? ?)) (descToDesc ? ? ? (desc Gearbox ? ?))
|
||||
|
||||
meronym (descToDesc ? ? ? (desc Shaft ? ?)) (descToDesc ? ? ? (desc Motor ? ?))
|
||||
|
||||
meronym (descToDesc ? ? ? (desc Rotor ? ?)) (descToDesc ? ? ? (desc ElectricalMotor ? ?))
|
||||
|
||||
meronym (descToDesc ? ? ? (desc Terminal ? ?)) (descToDesc ? ? ? (desc ElectricalComponent ? ?))
|
||||
|
||||
meronym (descToDesc ? ? ? (desc Base ? ?)) (descToDesc ? ? ? (desc BjtTransistor ? ?))
|
||||
|
||||
meronym (descToDesc ? ? ? (desc Collector ? ?)) (descToDesc ? ? ? (desc BjtTransistor ? ?))
|
||||
|
||||
meronym (descToDesc ? ? ? (desc Emitter ? ?)) (descToDesc ? ? ? (desc BjtTransistor ? ?))
|
||||
48822
examples/SUMO/axioms/mondialP.gft
Normal file
48822
examples/SUMO/axioms/mondialP.gft
Normal file
File diff suppressed because it is too large
Load Diff
Reference in New Issue
Block a user