Message Number 1524 page NAS-IR-2104-4001 The Add Target Position Symbols
message contains primary and beacon radar for display on the Host Situation
Display at DSR R-positions.
TermSim is an object containing summary information on terminal
conditions, including simulation density, separation violation,
and hold counts: there will be one TermSim event created by the
TermSimFactory per sector per interval.
Constructs the TermSimCalc object with the sector, user-defined
aircraft conflict separation (horizontal), user-defined conflict
altitude separation, and the no-transgression zone area (can be null).
Constructs the TermSimCalc object with the sector, user-defined
aircraft conflict separation (horizontal), user-defined conflict
altitude separation, and the no-transgression zone area (can be null).
TextFilter is an AbstractFilter; it listens for Filterables and checks
to see if the text generated by the toDraText() method matches the regular
expression specified.
A Tg2dVector has both magnitude and direction in two dimentions
by having a separate AMeasure represting a unit value for each field
This class implements vector operations that are used in the TGF
simulation.
A aidl arc with extra parameters needed by TGF
turnRadius - radius of the turn, nm
arcDist - arc distance of the turn, nm
loffset - distance from point of intersection to begin turn, nm
poi - struct of lat/lon of point of intersection of seg1 and seg2
bank - the turn bank angle
See the source
TgfAidlArc.java
This object extends a Rti13NullFederateAmbassador - it's usd
whenever the RTI needs to tell a federate something via the
call back methods implemented within.
This object represents a means by which simulated aircraft within
the TGFs Next Generation Simulator are seen - monitored for aircraft,
updated, and destroyed.
Constructor -
Constructs a new TgfMonitorFedAmb - a Federate Ambassador
which works with the TgfHlaAircraftMonitor to display
various aircraft simulated within TGF.
The default constructor sets the logger to log all MessageEvents, and
send them to System.err (ErrorMessageEvents) and System.out (non-error
MessageEvents).
This class defines an Output Panel Component consisting
of two TextAreas (one with detailed messages, one without) as well
as a checkbutton element for switching between the two.
TimeFilter is an AbstractFilter; it listens for Filterable objects,
checks to see if the events are instances of HasSimTime (they have an
associated simulation time), and sends listeners the events that are
within the time range that they registered for.
Returns the index of the first Trace4D at or after the specified time;
OR returns -1 if there are no nodes;
OR returns size() if all nodes are before the specified time.
Returns the index of the first Trace4D at or after the specified time;
OR returns -1 if there are no nodes;
OR returns size() if all nodes are before the specified time.
This object represent time to go to conflict of aircraft pair,
based on cartesian components of:
- relative position vector (distance and angle)
- relative velocity vector (speed and angle).
TiProcessor does some comparisons to detemine which variables need to
to be updated within TiData by using data stored from reading in the
data from the Dart Log and from the data that was stored from storing
of Full Data Blocks.
Return list of filter/factory panel instances from the DRAT configuration
file, replacing the configuration's recording file name with the given
file name and replacing the configuration's output file name with a
derived name.
Returns the text information for the object: allows parameters to
determine the xy coordinates so text can contain xy-coordinates instead
of latitude/longitude if the parameters are not null.
Returns a string containing separation violation information, and
aircraft information for:
1) the starting second of the separation violation,
2) the ending second of the separation violation, and
3) the second containing the closest point of approach.
Returns a string containing separation violation information, and
aircraft information for:
1) the starting second of the separation violation,
2) the ending second of the separation violation, and
3) the second containing the closest point of approach.
Returns the DistSecond information as a DR&A text String: if the
parameter passed is TRUE, then text contains xy-coordinates to describe
the location instead of latitude/longitude.
Returns the DistSecond information as a DR&A text String: if the
parameter passed is TRUE, then text contains xy-coordinates to describe
the location instead of latitude/longitude.
Returns the DistSecond information as a DR&A text String: if the
parameter passed is TRUE, then text contains xy-coordinates to describe
the location instead of latitude/longitude.
Returns the DistSecond information as a DR&A text String: if the
parameter passed is TRUE, then text contains xy-coordinates to describe
the location instead of latitude/longitude.
Returns the AircraftState information as a DR&A text String: if the
parameter passed is TRUE, then text contains xy-coordinates to describe
the location instead of latitude/longitude.
Returns the DistSecond information as a DR&A text String: if the
parameter passed is TRUE, then text contains xy-coordinates to describe
the location instead of latitude/longitude.
Returns the DistSecond information as a DR&A text String: if the
parameter passed is TRUE, then text contains xy-coordinates to describe
the location instead of latitude/longitude.
Returns the DistSecond information as a DR&A text String: if the
parameter passed is TRUE, then text contains xy-coordinates to describe
the location instead of latitude/longitude.
Returns the end of route information as a DR&A text String: if the
parameters passed are not null, then display xy-coordinates for the
specified map projection instead of latitude/longitude.
Returns the DistSecond information as a DR&A text String: if the
parameter passed is TRUE, then text contains xy-coordinates to describe
the location instead of latitude/longitude.
Returns the DistSecond information as a DR&A text String: if the
parameter passed is TRUE, then text contains xy-coordinates to describe
the location instead of latitude/longitude.
Returns the DistSecond information as a DR&A text String: if the
parameter passed is TRUE, then text contains xy-coordinates to describe
the location instead of latitude/longitude.
Returns the DistSecond information as a DR&A text String: if the
parameter passed is TRUE, then text contains xy-coordinates to describe
the location instead of latitude/longitude.
Returns the DistSecond information as a DR&A text String: if the
parameter passed is TRUE, then text contains xy-coordinates to describe
the location instead of latitude/longitude.
Returns the DistSecond information as a DR&A text String: if the
parameter passed is TRUE, then text contains xy-coordinates to describe
the location instead of latitude/longitude.
Returns the DistSecond information as a DR&A text String: if the
parameter passed is TRUE, then text contains xy-coordinates to describe
the location instead of latitude/longitude.
Returns the DistSecond information as a DR&A text String: if the
parameter passed is TRUE, then text contains xy-coordinates to describe
the location instead of latitude/longitude.
Returns the DistSecond information as a DR&A text String: if the
parameter passed is TRUE, then text contains xy-coordinates to describe
the location instead of latitude/longitude.
Returns the DistSecond information as a DR&A text String: if the
parameter passed is TRUE, then text contains xy-coordinates to describe
the location instead of latitude/longitude.
Returns the DistSecond information as a DR&A text String: if the
parameter passed is TRUE, then text contains xy-coordinates to describe
the location instead of latitude/longitude.
Returns the DistSecond information as a DR&A text String: if the
parameter passed is TRUE, then text contains xy-coordinates to describe
the location instead of latitude/longitude.
Returns the DistSecond information as a DR&A text String: if the
parameter passed is TRUE, then text contains xy-coordinates to describe
the location instead of latitude/longitude.
Returns the event information as a jdom XML Element with
a root element of type SimEvent (if added to a simevent object, a
event file can be created duplicating the command(s) in the
SimEventObject XML.
Returns the event information as a jdom XML Element with
a root element of type SimEvent (if added to a simevent object, a
event file can be created duplicating the command(s) in the
SimEventObject XML.
Returns the event information as a jdom XML Element with
a root element of type SimEvent (if added to a simevent object, a
event file can be created duplicating the command(s) in the
SimEventObject XML.
Returns the event information with the specified time as a jdom XML
Element with a root element of type SimEvent (if added to a simevent
object, a event file can be created duplicating the command(s) in the
SimEventObject XML.
Derive the GroundTrackSpeed (the actual speed relative to the ground)
from the TrueAirspeed, other values relative to air mass, and the
wind component values.
Returns the string representation of this object in the form
HH:MM:SS[.SSS] which will display up to thousandths of a second if
the time is not a round number.