: Public Enumeration
Created: 10/3/2013 10:35:37 AM
Modified: 6/5/2022 6:31:18 PM
Project:
Advanced:
Enumerates any applicable properties of the trajectory point.<br/>
Attribute
Public
  AIRPORT_REFERENCE_LOCATION
Details:
Notes: Indicates that the associated trajectory point is the airport reference location.<br/>
Public
  BEGIN_STAY
Details:
Notes: Indicates that the associated trajectory point is a point at which the flight is expected to begin an operation at which the flight will remain for some time.<br/>
Public
  CONSTRAINT_POINT
Details:
Notes: Indicates that the associated trajectory point is the point of application of a constraint. These can include explicit altitude, speed or time constraints or implicit MIT/MINIT, or sequencing constraints. For named constraints, a reference to the name of the constraint should be provided under trajectory point reference.<br/>
Public
  CROSSING_CONSTRAINED_AIRSPACE
Details:
Notes: Indicates that the associated trajectory point is the point at which the trajectory is predicted to cross constrained airspace designated as a line.<br/>
Public
  CROSSOVER_ALTITUDE
Details:
Notes: The point in climb or descent where the airplane will transition between Mach Number and IAS control. (ARINC 702A)<br/>
Public
  DEPARTURE_RUNWAY_END
Details:
Notes: Indicates that the associated trajectory point corresponds to the point at the end of the runway on departure. This point is at the center of the runway at the departure end when departing.<br/>
Public
  END_EXPECT_VECTORS
Details:
Notes: When procedures specify "Expect Vectors", the associated point identifies the ending point of the vectoring. The Trajectory Point data at this point includes an estimate of the impact of vectoring.<br/>
Public
  END_LANDING_ROLL
Details:
Notes: Indicates that the associated trajectory point corresponds to the point at which the aircraft is predicted to come to a full stop on the arrival runway. (A prediction only, the flight will likely exit the runway without coming to a full stop).<br/>
Public
  END_PREDICTION_POINT
Details:
Notes: Indicates that the associated trajectory point is the final point at which a prediction was made. For FF-ICE Planning, an eASP may provide a trajectory which is predicted to end at an exit point from the eASP airspace.<br/>
Public
  END_STAY
Details:
Notes: Indicates that the associated trajectory point is a point at which the flight is expected to terminate an operation at which it remained for some time.<br/>
Public
  ENTRY_CONSTRAINED_AIRSPACE
Details:
Notes: Indicates that the associated trajectory point is the point at which the trajectory is predicted to cross into designated constrained airspace.<br/>
Public
  ENTRY_RESTRICTED_OR_RESERVED_AIRSPACE
Details:
Notes: Indicates that the associated trajectory point is the point at which the flight is predicted to enter an airspace restriction/reservation, including any additional safety buffer. An identifier to the airspace is provided in the trajectory point reference.<br/>
Public
  EXIT_CONSTRAINED_AIRSPACE
Details:
Notes: Indicates that the associated trajectory point is the point at which the trajectory is predicted to exit from designated constrained airspace.<br/>
Public
  EXIT_RESTRICTED_OR_RESERVED_AIRSPACE
Details:
Notes: Indicates that the associated trajectory point is the point at which the flight is predicted to exit an airspace restriction/reservation, including any additional separation requirements. An identifier to the airspace is provided in the trajectory point reference.<br/>
Public
  FIR_BOUNDARY_CROSSING_POINT
Details:
Notes: Indicates the point at which the trajectory crosses from one FIR into another. A named reference to the FIR being entered may also be provided.<br/>
Public
  HOLD_ENTRY
Details:
Notes: Indicates that the associated trajectory point is a point at which the flight is expected to enter into planned holding.<br/>
Public
  HOLD_EXIT
Details:
Notes: Indicates that the associated trajectory point is a point at which the flight is expected to exit from planned holding.<br/>
Public
  INITIAL_PREDICTION_POINT
Details:
Notes: Indicates that the associated trajectory point is the initial point at which a prediction was made. For FF-ICE Planning, an eASP may provide a trajectory which is predicted to begin at an entry point into the eASP airspace. This includes a point near entry into the Area of Responsibility.<br/>
Public
  IN_BLOCKS
Details:
Notes: Indicates the point and time at which an arriving aircraft is/was in blocks.<br/>
Public
  OFF_BLOCKS
Details:
Notes: This is the point at which the aircraft pushes back and begins to taxi for departure.<br/>
Public
  PRESCRIBED_EET_POINT
Details:
Notes: Indicates that the associated trajectory point represents a point that has been prescribed for required Estimated Elapsed Time reporting. This can include a FIR boundary crossing point or a significant point as prescribed on the basis of regional air navigation agreements, or by the appropriate ATS authority.<br/>
Public
  RUNWAY_THRESHOLD
Details:
Notes: This point is the threshold (which may be displaced) at the centerline of the runway at the approach end when arriving. See ICAO Annex 14.<br/>
Public
  START_EXPECT_VECTORS
Details:
Notes: When procedures specify "Expect Vectors", the associated point identifies the starting point of the vectoring.<br/>
Public
  START_TAKEOFF_ROLL
Details:
Notes: Indicates that the associated trajectory point corresponds to the point at the start of take-off roll (used for departures only).<br/>
Public
  TCP_LATERAL
Details:
Notes: Indicates that the associated trajectory change point (TCP) is one at which a course, track or heading change will be initiated or terminated. It is not required to be provided for a planned transition between published ATS routes.<br/>
Public
  TCP_SPEED
Details:
Notes: The point where the airplane will begin accelerating or decelerating as a result of a speed constraint or limit, or reaches the target speed. (ARINC 702A)<br/>
Public
  TCP_VERTICAL
Details:
Notes: Indicates that the associated trajectory change point (TCP) is one at which a level segment (intermediate or cruise) will be initiated or terminated.<br/>
Public
  TOP_OF_CLIMB
Details:
Notes: The point where the trajectory arrives at the cruise flight level after a climb. There will be one top-of-climb for each cruise flight level (step climbs). (From ARINC 702A)<br/>
Public
  TOP_OF_DESCENT
Details:
Notes: The point where the trajectory begins a descent from the final cruise flight level.<br/>
Public
  TRANSITION_ALTITUDE_OR_LEVEL
Details:
Notes: Indicates that the associated trajectory point is the point at which the trajectory reaches the transition altitude (in climb) or level (in descent).<br/>
Public
  WHEELS_OFF
Details:
Notes: Indicates that the associated trajectory point corresponds to the point at which the aircraft is predicted to be wheels off the runway on departure.<br/>
Public
  WHEELS_ON
Details:
Notes: Indicates that the associated trajectory point corresponds to the point at which the aircraft is predicted to be wheels on the runway for arrival.<br/>
Element Source Role Target Role
«XSDcomplexType» FficeTRP_TrajectoryPointProperty
Class  
Name:  
 
Name: propertyType
Provides the type of trajectory point property.
Details:
 
«XSDcomplexType» FficePFP_TrajectoryPointProperty
Class  
Name:  
 
Name: propertyType
Provides the type of trajectory point property.
Details:
 
«XSDcomplexType» FficeFS_TrajectoryPointProperty
Class  
Name:  
 
Name: propertyType
Provides the type of trajectory point property.
Details:
 
«XSDcomplexType» FficeTRQ_TrajectoryPointProperty
Class  
Name:  
 
Name: propertyType
Provides the type of trajectory point property.
Details:
 
«XSDcomplexType» FficeFFP_TrajectoryPointProperty
Class  
Name:  
 
Name: propertyType
Provides the type of trajectory point property.
Details:
 
«XSDcomplexType» FficeFPU_TrajectoryPointProperty
Class  
Name:  
 
Name: propertyType
Provides the type of trajectory point property.
Details:
 
«XSDcomplexType» TrajectoryPointProperty
Class  
Name:  
 
Name: propertyType
Provides the type of trajectory point property.
Details:
 
«XSDcomplexType» FficePS_TrajectoryPointProperty
Class  
Name:  
 
Name: propertyType
Provides the type of trajectory point property.
Details:
 
Object Type Connection Direction Notes
«XSDcomplexType» FficeTRP_TrajectoryPointProperty Class Strong From  
«XSDcomplexType» FficePFP_TrajectoryPointProperty Class Strong From  
DepartureTimeType Enumeration Generalization From  
«XSDcomplexType» FficeFS_TrajectoryPointProperty Class Strong From  
«XSDcomplexType» FficeTRQ_TrajectoryPointProperty Class Strong From  
«XSDcomplexType» FficeFFP_TrajectoryPointProperty Class Strong From  
«XSDcomplexType» FficeFPU_TrajectoryPointProperty Class Strong From  
ArrivalTimeType Enumeration Generalization From  
«XSDcomplexType» TrajectoryPointProperty Class Strong From  
«XSDcomplexType» FficePS_TrajectoryPointProperty Class Strong From