TrackingDataEditor.DefaultMeasurementTypes Property

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Description

Determines the default measurement types that will be shown. If the array is empty, then the first detected measurement type will be shown. If multiple types are chosen and a suitable scaling mode is not selected, one will be automatically chosen. If the selected default(s) is not available, the first detected option will be chosen.

 

Timing Precision Mode

This page describes functionality in nanosecond timing precision mode.

Click here to see the documentation for this object in millisecond timing precision mode.

 

Attributes

Type:

Array of string (size = 0)

Access:

read/write

Default Value:

{ "" }

Valid Values:

Value

Label

"GroundStation:Range"

GroundStation:Range

"GroundStation:RangeRate"

GroundStation:RangeRate

"GroundStation:Azimuth"

GroundStation:Azimuth

"GroundStation:Elevation"

GroundStation:Elevation

"GroundStation:RightAscension"

GroundStation:RightAscension

"GroundStation:Declination"

GroundStation:Declination

"PointSolution:X"

PointSolution:X

"PointSolution:Y"

PointSolution:Y

"PointSolution:Z"

PointSolution:Z

"PointSolution:VX"

PointSolution:VX

"PointSolution:VY"

PointSolution:VY

"PointSolution:VZ"

PointSolution:VZ

"Pseudorange:C1"

Pseudorange:C1

"Pseudorange:C2"

Pseudorange:C2

"Pseudorange:P1"

Pseudorange:P1

"Pseudorange:P2"

Pseudorange:P2

"TDRS:OneWayDoppler"

TDRS:OneWayDoppler

"TDRS:TwoWayDoppler"

TDRS:TwoWayDoppler

"TDRS:TwoWayRange"

TDRS:TwoWayRange

"BRTS:TwoWayDoppler"

BRTS:TwoWayDoppler

"BRTS:TwoWayRange"

BRTS:TwoWayRange

"Spacecraft:Range"

Spacecraft:Range

"Spacecraft:RangeRate"

Spacecraft:RangeRate

"Spacecraft:Azimuth"

Spacecraft:Azimuth

"Spacecraft:Elevation"

Spacecraft:Elevation

"Spacecraft:RightAscension"

Spacecraft:RightAscension

"Spacecraft:Declination"

Spacecraft:Declination

 

Syntax

myString1 = myTrackingDataEditor1.DefaultMeasurementTypes[0];

 

myTrackingDataEditor1.DefaultMeasurementTypes[0] = myString1;

 

See also

TrackingDataEditor Object

Orbit Determination Guide