DepartureArrivalCondition

DepartureArrivalCondition

A condition which is established for a departure or an arrival

Properties Definition Type
annotation -
engineType type of aircraft engine allowed for the condition -
maximumCrossingAtEnd The uppermost vertical position at the end point, when flying on the route portion in the direction indicated in the RoutePortionUsage. (string) ValDistanceVerticalType
maximumCrossingAtEndReference The reference surface used for the value of the maximumCrossingAtEnd. For example, Mean Sea Level, Ground, standard pressure, etc.. (string) CodeVerticalReferenceType
minimumCrossingAtEnd The lowermost vertical position at the end point, when flying on the route portion in the direction indicated in the RoutePortionUsage. (string) ValDistanceVerticalType
minimumCrossingAtEndReference The reference surface used for the value of the minimumCrossingAtEnd. For example, Mean Sea Level, Ground, standard pressure, etc.. (string) CodeVerticalReferenceType
minimumEnrouteAltitude Minimum en-route altitude (MEA). The altitude for an en-route segment that provides adequate reception of relevant navigation facilities and ATS communications, complies with the airspace structure and provides the required obstacle clearance. (string) ValDistanceVerticalType


Details

DepartureArrivalCondition

DepartureArrivalCondition

A condition which is established for a departure or an arrival

Semantic Correspondence
AIRM Concept Definition
DepartureLegCondition A condition which is established for a departure leg.

annotation

DepartureArrivalCondition.annotation


Semantic Correspondence
AIRM Concept Definition
Entity.annotation A general text note for the entity or for one of its properties.

engineType

DepartureArrivalCondition.engineType

type of aircraft engine allowed for the condition

Semantic Correspondence
AIRM Concept Definition
DepartureLegCondition.engine Type of aircraft engine allowed for the condition.

maximumCrossingAtEnd

DepartureArrivalCondition.maximumCrossingAtEnd

The uppermost vertical position at the end point, when flying on the route portion in the direction indicated in the RoutePortionUsage.

Semantic Correspondence
AIRM Concept Definition
DepartureLegCondition.maximumCrossingAtEnd The uppermost vertical position at the end point, when flying on the route portion in the direction indicated in the route portion usage.

maximumCrossingAtEndReference

DepartureArrivalCondition.maximumCrossingAtEndReference

The reference surface used for the value of the maximumCrossingAtEnd. For example, Mean Sea Level, Ground, standard pressure, etc..

Semantic Correspondence
AIRM Concept Definition
ValVerticalDistanceType.verticalReference The reference surface used for determining the value of the vertical distance.

minimumCrossingAtEnd

DepartureArrivalCondition.minimumCrossingAtEnd

The lowermost vertical position at the end point, when flying on the route portion in the direction indicated in the RoutePortionUsage.

Semantic Correspondence
AIRM Concept Definition
DepartureLegCondition.minimumCrossingAtEnd The lowermost vertical position at the end point, when flying on the route portion in the direction indicated in the route portion usage.

minimumCrossingAtEndReference

DepartureArrivalCondition.minimumCrossingAtEndReference

The reference surface used for the value of the minimumCrossingAtEnd. For example, Mean Sea Level, Ground, standard pressure, etc..

Semantic Correspondence
AIRM Concept Definition
ValVerticalDistanceType.verticalReference The reference surface used for determining the value of the vertical distance.

minimumEnrouteAltitude

DepartureArrivalCondition.minimumEnrouteAltitude

Minimum en-route altitude (MEA). The altitude for an en-route segment that provides adequate reception of relevant navigation facilities and ATS communications, complies with the airspace structure and provides the required obstacle clearance.

Semantic Correspondence
AIRM Concept Definition
DepartureLegCondition.minimumEnrouteAltitude The altitude for an en-route segment that provides adequate reception of relevant navigation facilities and ATS communications, complies with the airspace structure and provides the required obstacle clearance.