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| Transitway(transitway)
more pictures... | | Belmont, Belmont_Park, access, approach, beeline, bend, celestial_orbit, course, crosscut, curve, cutoff, feeder_line, flyway, geosynchronous_orbit, itinerary, line_of_fire, main_line, migration_route, orbit, passage, path, route, shortcut, supply_line, supply_route, track, trade_route, way |
| appearance as argument number 1 |
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| appearance as argument number 2 |
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| appearance as argument number 3 |
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| (domain distanceOnPath 2 Transitway) | Mid-level-ontology.kif 26744-26744 | The number 2 argument of distance on path is an instance of transitway |
| (domain TransitFn 1 Transitway) | Transportation.kif 1747-1747 | The number 1 argument of transit is an instance of transitway |
| (domain pathInSystem 1 Transitway) | Transportation.kif 3828-3828 | The number 1 argument of path in system is an instance of transitway |
| (domain routeInSystem 1 Transitway) | Transportation.kif 3848-3848 | The number 1 argument of route in system is an instance of transitway |
| (domain routeBetween 1 Transitway) | Transportation.kif 4144-4144 | The number 1 argument of route between is an instance of transitway |
| (domain transitwayThroughputCapacity 1 Transitway) | Transportation.kif 4419-4419 | The number 1 argument of transit way throughput capacity is an instance of transitway |
| antecedent |
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| (=> (instance ?WAY Transitway) (hasPurpose ?WAY (exists (?TRANSPORT) (and (instance ?TRANSPORT Translocation) (path ?TRANSPORT ?WAY))))) |
Merge.kif 14457-14463 | If X is an instance of transitway, then X has the purpose there exists Y such that Y is an instance of translocation and X is path along which Y occurs |
| (=> (and (instance ?GOING (TransitFn ?WAY)) (instance ?WAY Transitway)) (path ?GOING ?WAY)) |
Transportation.kif 1753-1757 | If X is an instance of the transit of Y and Y is an instance of transitway, then Y is path along which X occurs |
| (=> (and (instance ?W Transitway) (attribute ?W BiDirectionalTraffic)) (exists (?P) (and (instance ?P Policy) (confersNorm (exists (?T1 ?A ?B) (and (instance ?T1 Transportation) (path ?T1 ?W) (instance ?A GeographicArea) (origin ?T1 ?A) (instance ?B GeographicArea) (destination ?T1 ?B) (holdsDuring (WhenFn ?T1) (exists (?T2) (and (instance ?T2 Transportation) (path ?T2 ?W) (origin ?T1 ?B) (destination ?T1 ?A) (not (equal ?T1 ?T2))))))) Permission ?P)))) |
Transportation.kif 3749-3773 | If X is an instance of transitway and bidirectional traffic is an attribute of X, then All of the following hold: (1) there exists Y such that Y is an instance of policy (2) there exist Z, W (3) V such that Z is an instance of transportation (4) X is path along which Z occurs (5) W is an instance of geographic area (6) Z originates at W (7) V is an instance of geographic area (8) Z ends up at V (9) there exists U such that U is an instance of transportation (10) X is path along which U occurs (11) Z originates at V (12) Z ends up at W (13) equal Z (14) U holds during the time of existence of Z confers norm permission for Y |
| (=> (and (instance ?W Transitway) (attribute ?W UniDirectionalTraffic)) (exists (?P) (and (instance ?P Policy) (confersNorm (exists (?T1 ?A ?B) (and (instance ?T1 Transportation) (path ?T1 ?W) (instance ?A GeographicArea) (origin ?T1 ?A) (instance ?B GeographicArea) (destination ?T1 ?B) (holdsDuring (WhenFn ?T1) (exists (?T2) (and (instance ?T2 Transportation) (path ?T2 ?W) (origin ?T1 ?B) (destination ?T1 ?A) (not (equal ?T1 ?T2))))))) Prohibition ?P)))) |
Transportation.kif 3782-3806 | If X is an instance of transitway and unidirectional traffic is an attribute of X, then All of the following hold: (1) there exists Y such that Y is an instance of policy (2) there exist Z, W (3) V such that Z is an instance of transportation (4) X is path along which Z occurs (5) W is an instance of geographic area (6) Z originates at W (7) V is an instance of geographic area (8) Z ends up at V (9) there exists U such that U is an instance of transportation (10) X is path along which U occurs (11) Z originates at V (12) Z ends up at W (13) equal Z (14) U holds during the time of existence of Z confers norm prohibition for Y |
| (=> (and (instance ?TS TransitSystem) (instance ?T Transitway) (abstractCounterpart ?G ?TS) (systemPart ?T ?TS)) (exists (?GA) (and (instance ?GA GraphArc) (abstractCounterpart ?GA ?T) (graphPart ?GA ?G)))) |
Transportation.kif 3951-3961 | If X is an instance of transit system, Y is an instance of transitway, the abstract counterpart of X is Z, and X is a system part of Y, then there exists W such that W is an instance of graph arc, the abstract counterpart of Y is W, and W is a part of Z |
| (=> (and (instance ?T Transportation) (instance ?P1 Transitway) (path ?T ?P1) (conveyance ?T ?V) (instance ?J TransitwayJunction) (part ?J ?P1)) (exists (?P2 ?M) (and (instance ?P2 Transitway) (not (equal ?P1 ?P2)) (connects ?J ?P1 ?P2) (capability Transfer path ?J) (instance ?M Transfer) (conveyance ?M ?V) (meetsTemporally (WhenFn ?T) (WhenFn ?M)) (modalAttribute (path ?M ?P2) Possibility)))) |
Transportation.kif 4326-4346 | If All of the following hold: (1) X is an instance of transportation (2) Y is an instance of transitway (3) Y is path along which X occurs (4) Z is a conveyance during X (5) W is an instance of transitway junction (6) W is a part of Y, then All of the following hold: (1) there exist V (2) U such that V is an instance of transitway (3) equal Y (4) V (5) W connects Y (6) V (7) W is capable of doing transfer as a path (8) U is an instance of transfer (9) Z is a conveyance during U (10) the time of existence of X meets the time of existence of U (11) the statement V is path along which U occurs has the modal force of possibility |
| (=> (and (instance ?R1 Transitway) (instance ?R2 Transitway) (not (equal ?R1 ?R2)) (connects ?J ?R1 ?R2)) (instance ?J TransitwayJunction)) |
Transportation.kif 4348-4355 | If X is an instance of transitway, Y is an instance of transitway, equal X and Y, and Z connects X and Y, then Z is an instance of transitway junction |
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| (=> (routeStart ?R ?TS) (exists (?T) (and (instance ?T Transitway) (connected ?R ?T) (systemPart ?T ?TS) (not (exists (?T2) (and (instance ?T2 Transitway) (connected ?R ?T2) (systemPart ?T2 ?TS) (not (equal ?T ?T2)))))))) |
Transportation.kif 3865-3879 | If X is the start of Y, then All of the following hold: (1) there exists Z such that Z is an instance of transitway (2) X is connected to Z (3) Y is a system part of Z (4) there doesn't exist W such that W is an instance of transitway (5) X is connected to W (6) Y is a system part of W (7) equal Z (8) W |
| (=> (routeEnd ?R ?TS) (exists (?T) (and (instance ?T Transitway) (connected ?R ?T) (systemPart ?T ?TS) (not (exists (?T2) (and (instance ?T2 Transitway) (connected ?R ?T2) (systemPart ?T2 ?TS) (not (equal ?T ?T2)))))))) |
Transportation.kif 3888-3902 | If X is the end of Y, then All of the following hold: (1) there exists Z such that Z is an instance of transitway (2) X is connected to Z (3) Y is a system part of Z (4) there doesn't exist W such that W is an instance of transitway (5) X is connected to W (6) Y is a system part of W (7) equal Z (8) W |
| (=> (instance ?SYSTEM TransitSystem) (exists (?ROUTE) (and (instance ?ROUTE Transitway) (part ?ROUTE ?SYSTEM)))) |
Transportation.kif 3937-3942 | If X is an instance of transit system, then there exists Y such that Y is an instance of transitway and Y is a part of X |
| (=> (and (instance ?SYSTEM TransitSystem) (systemPart ?PART ?SYSTEM)) (instance ?PART Transitway)) |
Transportation.kif 3983-3987 | If X is an instance of transit system and X is a system part of Y, then Y is an instance of transitway |
| (=> (instance ?J TransitwayJunction) (exists (?W1 ?A ?B ?W2 ?X ?Y) (and (instance ?W1 Transitway) (routeBetween ?W1 ?A ?B) (instance ?W2 Transitway) (routeBetween ?W2 ?X ?Y) (not (equal ?W1 ?W2)) (betweenOnPath ?A ?J ?B ?W1) (betweenOnPath ?X ?J ?Y ?W2) (connects ?J ?W1 ?W2)))) |
Transportation.kif 4312-4324 | If X is an instance of transitway junction, then All of the following hold: (1) there exist Y, Z,, , W,, , V,, , U (2) T such that Y is an instance of transitway (3) Y route between Z for W (4) V is an instance of transitway (5) V route between U for T (6) equal Y (7) V (8) X is between Z (9) W on path Y (10) X is between U (11) T on path V (12) X connects Y (13) V |
| (=> (and (instance ?T Transportation) (instance ?P1 Transitway) (path ?T ?P1) (conveyance ?T ?V) (instance ?J TransitwayJunction) (part ?J ?P1)) (exists (?P2 ?M) (and (instance ?P2 Transitway) (not (equal ?P1 ?P2)) (connects ?J ?P1 ?P2) (capability Transfer path ?J) (instance ?M Transfer) (conveyance ?M ?V) (meetsTemporally (WhenFn ?T) (WhenFn ?M)) (modalAttribute (path ?M ?P2) Possibility)))) |
Transportation.kif 4326-4346 | If All of the following hold: (1) X is an instance of transportation (2) Y is an instance of transitway (3) Y is path along which X occurs (4) Z is a conveyance during X (5) W is an instance of transitway junction (6) W is a part of Y, then All of the following hold: (1) there exist V (2) U such that V is an instance of transitway (3) equal Y (4) V (5) W connects Y (6) V (7) W is capable of doing transfer as a path (8) U is an instance of transfer (9) Z is a conveyance during U (10) the time of existence of X meets the time of existence of U (11) the statement V is path along which U occurs has the modal force of possibility |
| (=> (instance ?J TransitwayJunction) (exists (?W1 ?W2) (and (instance ?W1 Transitway) (instance ?W2 Transitway) (connects ?J ?W1 ?W2) (not (equal ?W1 ?W2))))) |
Transportation.kif 4357-4365 | If X is an instance of transitway junction, then All of the following hold: (1) there exist Y (2) Z such that Y is an instance of transitway (3) Z is an instance of transitway (4) X connects Y (5) Z (6) equal Y (7) Z |
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