Description

Represents the automation interface supported by the root object of the Automation Object Model.

Public Methods

AllInstanceNamesToXML	Returns an XML representation of AllInstanceNames.
BeginUpdate	Signals the object that the batch update is starting. This should only be called when manipulating graphical properties of objects that already exist. Never create or destroy objects or call Avtr methods inside Begin/End update blocks.
CloseScenario	Closes the scenario. The method throws an exception if no scenario has been loaded.
EndUpdate	Signals the object that the batch update is complete. This should only be called when manipulating graphical properties of objects that already exist. Never create or destroy objects or call Avtr methods inside Begin/End update blocks.
ExecuteCommand	Executes a custom CONNECT action. The method throws an exception if the command has failed.
ExecuteMultipleCommands	Executes multiple CONNECT actions. The behavior of the method when encountering an exception varies depending on the setting of the Action parameter. See the help for AgEExecMultiCmdResultAction.
GetLicensingReport	Returns a formatted string that contains the license names and their states. The string is formatted as an XML document.
GetObjectFromPath	Gets the object instance that matches the path provided.
Isolate	Mutually isolates unit preference settings in the current instance from those in other instances of the root.
Load	Loads a scenario/vdf using the specified path. The method throws an exception if there is a scenario already loaded.
LoadCustomMarker	Adds a custom marker to Application.
LoadScenario	Use Load method. Loads a scenario using the specified path. The method throws an exception if there is a scenario already loaded.
LoadVDF	Loads a vdf using the specified path. The method throws an exception if there is a scenario already loaded. If the password isn't needed, enter an empty string.
NewScenario	Creates a new scenario. User must close a scenario before creating a new one; otherwise an exception will occur.
ObjectExists	Checks whether a currently loaded scenario contains an object with the given path.
Save	Saves the changes made to the scenario/vdf.
SaveAs	Saves the changes made to the scenario/vdf to a specified path and file name.
SaveScenario	Use Save method. Saves the changes made to the scenario.
SaveScenarioAs	Use SaveAs method. Saves the changes made to the scenario to a specified path and file name.
SaveVDFAs	Saves the changes made to the scenario to a specified path and file name as a vdf file.

Public Properties

AvailableFeatures	Allows the user to inquiry about the available features.
CentralBodies	Returns a collection of available central bodies.
ConversionUtility	Returns the conversion utility interface.
CurrentScenario	Returns a Scenario object or null if no scenario has been loaded yet.
Isolated	Returns whether the instance is isolated.
NotificationFilter	Temporarily disable only the root events to prevent them from being raised. The event filtering can be used to improve client application performance.
RFChannelModeler	Returns an RF Channel Modeler object.
StdMil2525bSymbols	Returns the interface that enables creating 2525b symbols.
StkPreferences	Configures STK preferences.
UnitPreferences	Provides access to the Global Unit table.
VgtRoot	Returns an instance of VGT root object.

Interfaces

Implemented Interface
IAgStkObject
IAgLifetimeInformation
IAgAnimation
IAgStkObjectRootEvents

CoClasses that Implement IAgStkObjectRoot

Name
AgStkObjectRoot

Example

Load a VDF

[C#]

// Pass an empty string if there is no password to the VDF.
root.LoadVDF(vdfPath, vdfPassword);

Load a VDF

[Visual Basic .NET]

' Pass an empty string if there is no password to the VDF.
root.LoadVDF(vdfPath, vdfPassword)

Start STK Engine and get a reference to IAgStkObjectRoot

[Python - STK API]

# Start new instance of STK Engine
from agi.stk13.stkengine import STKEngine

stk = STKEngine.StartApplication(noGraphics=False) # optionally, noGraphics = True

# Get the IAgStkObjectRoot interface
root = stk.NewObjectRoot()

Get a reference to IAgStkObjectRoot using a running STK instance

[Python - STK API]

# Get reference to running STK instance
from agi.stk13.stkdesktop import STKDesktop

stk = STKDesktop.AttachToApplication()

# Get the IAgStkObjectRoot interface
root = stk.Root

Start STK and get a reference to IAgStkObjectRoot

[Python - STK API]

# Start new instance of STK
from agi.stk13.stkdesktop import STKDesktop

stk = STKDesktop.StartApplication(visible=True) #using optional visible argument

# Get the IAgStkObjectRoot interface
root = stk.Root

# ...

# Clean-up when done
stk.ShutDown()

Open a VDF

[Python - STK API]

# IAgStkObjectRoot root: STK Object Model Root
root.LoadVDF(r'C:\Program Files\AGI\STK_ODTK 13\Data\ExampleScenarios\Intro_STK_Space_Systems.vdf', '')

Close an open Scenario

[Python - STK API]

# IAgStkObjectRoot root: STK Object Model Root
root.CloseScenario()

Create a new Scenario

[Python - STK API]

# IAgStkObjectRoot root: STK Object Model Root
root.NewScenario('Example_Scenario')

Set unit preferences for Object Model

[Python - STK API]

# IAgStkObjectRoot root: STK Object Model Root
root.UnitPreferences.Item('DateFormat').SetCurrentUnit('UTCG')
root.UnitPreferences.Item('Distance').SetCurrentUnit('km')

Execute Connect command

[Python - STK API]

root.ExecuteCommand('New / */Target MyTarget')

Execute multiple Connect commands

[Python - STK API]

commandList = [['New / */Place MyPlace'], ['SetPosition */Place/MyPlace Geodetic 37.9 -75.5 0.0']]
root.ExecuteMultipleCommands(commandList, AgEExecMultiCmdResultAction.eExceptionOnError)

Extract data from Connect result

[Python - STK API]

result = root.ExecuteCommand('Report_RM */Place/MyPlace Style "Cartesian Position"')

for i in range(0, result.Count):
    cmdRes = result.Item(i)
    print(cmdRes)

Start STK and get a reference to IAgStkObjectRoot

[MATLAB]

% Create an instance of STK
uiApplication = actxserver('STK.Application');
uiApplication.Visible = 1;

% Get our IAgStkObjectRoot interface
root = uiApplication.Personality2;

Create instance of AgStkObjectRoot in STK Engine application

[MATLAB]

% Before instantiating AgStkObjectRoot an instance of AgSTKXApplication or an STK X control must be created
% This also requires a STKX license to be present
STKXApplication = actxserver('STKX13.Application');
rootEngine = actxserver('AgStkObjects13.AgStkObjectRoot');

Open a VDF

[MATLAB]

% IAgStkObjectRoot root: STK Object Model Root
root.LoadVDF('C:\Program Files\AGI\STK_ODTK 13\Data\ExampleScenarios\Intro_STK_Space_Systems.vdf', '');

Close an open Scenario

[MATLAB]

% IAgStkObjectRoot root: STK Object Model Root
if ~isempty(root.CurrentScenario)
    root.CloseScenario();
end

Close STK

[MATLAB]

% AgUiApplication uiApplication: STK Application
uiApplication.Quit;
clear uiApplication root

Get a reference to the AgStkObjectRoot using the running STK instance

[MATLAB]

% Get reference to running STK instance
uiApplication = actxGetRunningServer('STK.Application');

% Get our IAgStkObjectRoot interface
root = uiApplication.Personality2;

Create a new Scenario

[MATLAB]

% IAgStkObjectRoot root: STK Object Model Root
root.NewScenario('Example_Scenario');

STK window layout settings

[MATLAB]

% AgUiApplication uiApplication: STK Application
% Loop through the available windows to close the Timeline and maximize the
% 3D window
timelineWindow = '';
for i=0:uiApplication.Windows.Count - 1
    window = uiApplication.Windows.Item(i);
    if (strcmp(window.Caption, '3D Graphics 1 - Earth'))
        window.WindowState = 'eWindowStateMaximized';
    elseif (strcmp(window.Caption, ''))
        timelineWindow = window;
    end
end
timelineWindow.Close();

Set unit preferences for Object Model

[MATLAB]

% IAgStkObjectRoot root: STK Object Model Root
root.UnitPreferences.Item('DateFormat').SetCurrentUnit('UTCG');
root.UnitPreferences.Item('Distance').SetCurrentUnit('km');

Execute Connect command

[MATLAB]

root.ExecuteCommand('New / */Target MyTarget');

Execute multiple Connect commands

[MATLAB]

commandList = {'New / */Place MyPlace';'SetPosition */Place/MyPlace Geodetic 37.9 -75.5 0.0'};
root.ExecuteMultipleCommands(commandList, 'eExceptionOnError');

Extract data from Connect result

[MATLAB]

result = root.ExecuteCommand('Report_RM */Place/MyPlace Style "Cartesian Position"');

for i = 0:result.Count-1
    cmdRes = result.Item(i);
    fprintf(' %s \n', cmdRes);
end

STK Objects	Send comments on this topic.
IAgStkObjectRoot Interface