Studio 3 Control Bars

8/13/2019 Studio 3 Control Bars

http://slidepdf.com/reader/full/studio-3-control-bars 1/45

Studio 3 Control Bars

Studio 3 uses a number of control bars for navigating data. Each serves a distinct purpose; some relate tothe project as a whole whilst others relate to specific windows or to data which is loaded into memory.Each of the control bars may be hidden, docked or floated, and may be grouped with other control barsaccording to requirements and taste (more...)

Not all tabs may be visible on your system. To enable and disable tabs, either use the context menucommands (see Hiding and Showing tabs) or select View | Customization | Control Bars to toggle a tabon or off.

Understanding Control Bars

It is important to understand the nature of the data to which each bar provides access, and the controland functionality afforded by each. The items described on this page relate to control bars that deal withthe selection of data, and the accessing of data related functions using context menus. Generally, these bars are found on the left of your Studio 3 data window in a default configuration:

Project Files Control Bar

The Project File browser lists all the files in the project folder and categorizes them according to the

nature of the data: points, strings, block models etc.

This is the tool for performing basic file functions such as opening (in the table editor), loading intomemory, copying and exporting. All these commands are available through the right-click context menu.


Using Studio 3's Control bars to browse and access project data.

Page 1 of 45Studio 3 Selection Control Bars

12/24/2013file://C:\Documents and Settings\HRM\Local Settings\Temp\~hhF9AD.htm



More about the Project Files control bar

Loaded Data Control Bar

The Loaded Data control bar provides a view of current loaded data as a listing of tables with fieldnames (column headings).

Enlarge this image...

Enlarge this image...





More about the Loaded Data Control Bar

Sheets Browser

The Sheets browser can be used to control 3D objects. It expands the trees under all windows to revealthe 3D objects and their overlays. It provides the means to show or hide overlays (using the check boxes) and it provides access to display formatting through the context (right-click) menus.

Customization Control Bar

The Customization control bar is used to display links to commonly-used tasks such as import andexport options, for example.

In essence, it is an HTML page through which Datamine scripts and customized solutions can be run.The window has a number of tabs which may vary according to preferences but there will always be aScript tab and a File Edit tab.

More about the Customization control bar

Holes Control Bar

The Holes control bar is used to access loaded drillhole-specific information.





Data Control Bars

Control bars provide context-sensitive information relating to the selected object or component.

Another series of dockable and floatable panels exist in Studio 3 - Control bars. These components areused to control and view the state and display of loaded and in-memory data.

This information is categorized and presented on one of the following tabs (note that not all tabs may bedisplayed. To enable or disabled a control bar select View | Customization | Control Bars to set a control bar's status).

The items described on this page relate to the context-sensitive control bars normally found on the rightof the data window(s) in a default setup. These control bars are used to view and (optionally) amend

data relating to items selected in a data window. The contents of these bars will be updatedautomatically depending on the data that is selected:

Compositor Control Bar

The Compositor control bar displays the values associated with the drillhole segment currently selected.

Properties Control Bar

The Properties control bar is used to display context-sensitive information relating to the object selected.This bar does not represent the database values that are associated with the object, only the object properties. Depending on the object selected, some, none or all of the properties may be editable.

Data Properties Control Bar

You can rearrange the order that the tabs appear in on the screen by dragging them (hold down theleft mouse button when over a tab) to a new position in the tab group.

Related Topics

Customizing and organizing your workspace

Hiding, showing and docking tabs

Data Control Bars

Accessing information about objects





The Data Properties control bar is used to display the database values associated with the selectedobject. Depending on the object selected, some, none or all of the data properties may be editable.

Using the Output Windows

This section of the Studio 3 interface deals with commands, messages and process results. There arethree possible tabs available in this section (although not all may be visible - to make a tab visible selectView | Customization | Control Bars to toggle a tab on or off.

The output window is a scrollable, dockable window that displays any text output from commands and processes. The output may be cut or copied to the clipboard, or it may be sent to the printer.

Docking the output window

To dock the output window:

1. Right-click the window border to display the popup menu.

2. Clear the Float in Main Window check box and select Allow Docking.

3. The window can be dragged by its title bar to the desired docking position. It will dockautomatically when close to the top, bottom or either side of the main window.

You can rearrange the order that the tabs appear in on the screen by dragging them (hold down the

left mouse button when over a tab) to a new position in the tab group.

Related Topics

Customizing your Studio 3 interface

Output Windows

Using the Command, Output and Desurvey Report tabs

Undocking the window requires the Allow Docking check box to be cleared.





The following tabs are available in this part of the application:

The Output Tab

The Output tab is used by Studio 3 to display useful information about Studio 3 data objects. Forexampe, selecting a drillhole in the Design view will automatically add information to the Outputwindow about the selected hole, including dimensions, length, zone information e.g:

The Command Tab

The Command tab allows you to enter commands or values into Studio 3 either as part of a multi-stage process (e.g. adding sub-cell values when creating a prototype model) or to instigate a Studio 3command directly (e.g. ESTIMATE).





The command line acts as a direct input device, and if you are aware of the command syntax required, itcan often act as a shortcut.

The Desurvey Report Tab

The Desurvey Report window displays information relating to the validation/evaluation of drillhole data,for example, as a result of using the Define Holes command in the Design window, or accessing Tools |Validate e.g.:

The context menu

Right-clicking any of the output windows displays a context menu allowing you to do the followingthings:

Field details:

Use subtext if required, but remember to apply the FieldSub class.

Copy: copies the currently highlighted text to the clipboard.

Clear: clears the current window contents.

Select All: selects all available text.

Save As...: you can save the contents of the window to an external file using this command.

Font...: selecting this option displays a font browser allowing you to change the appearance of text in thecurrent window.

Go To Tag: goes to the tag.

You can rearrange the order that the tabs appear in on the screen by dragging them (hold down theleft mouse button when over a tab) to a new position in the tab group.





Hide: to hide the current window from view, select this option. To enable a hidden window, you willneed to set its status using the View | Customization | Control Bars menu.

Using this template

The Customization Window is, in essence, an HTML page through which Studio 3 scripts andcustomized solutions can be run. It can be configured for your needs by editing the underlying htmlcode:

This page is stored in your Studio 3 release directory, and if the default installation path is used, thelocation will be:

C:\Program Files\Datamine\Studio3\Html\customization\default.htm

Alternatively, as the file is local, you can right-click the Customization window and select View Sourcefrom the context menu. Edit your file and save it.

Related Topics

Hiding, showing and docking tabs

Customizing browsers

Customization Window

Template to be used where a more specific topic does not exist





The Project Files Control Bar

The Project File browser lists all the files in the project folder and categorizes them according to thenature of the data: points, strings, block models etc.

This is the tool for performing basic file functions such as opening (in the table editor), loading intomemory, copying and exporting. All these commands are available through the right-click context menu.

Using the Project Files Browser

There are several functions available in the Project Files bar:

Load data into memory

See which file is the current object. The current object is always shown with a blue title font in thetree menu.

If using a MineTrust-aware project, to check data in and out of the database and perform otherrelated functions.

To see the type of project file that is currently available. For a full list of project file icons andtheir meanings, see Project Icon Reference.

File-specific commands (via a context menu), such as file properties, previewing (before or afterloading into memory) and other general file management functions (for more information, see'The Project Files Context Menu' below).

Accessing version-control functions (MineTrust-Aware systems only)

Unless you are familiar with constructing html topics, JavaScript and object model requirements, itis not recommended that you edit this page.

In all cases, make a backup copy of your file before modifying it.

Related Topics


Project Files

Using the Project Files Control Bar

Note that all file paths that are referenced by your Studio 3 system cannot exceed 128 characters inlength





"Standard" and "MineTrust-Aware" Projects

Adding managed files to a MineTrust-aware project

If licensed, you will be able to create a MineTrust-Aware project using the Studio 3 Project Wizard.

You will also be able to upgrade your current Studio 3 projects to a MineTrust-Aware status. Older projects can be upgraded using a simple wizard when an attempt is made to load them into a MineTrust-Aware system. Once upgraded, any file within that project can be checked into and out of a securedatabase (either local or remote) and all of the other useful functions that MineTrust has to offer.

When MineTrust functions are enabled you will find that your Project Files control bar does a lot morethan it used to; you will then have the opportunity to perform the following tasks on any project files,regardless of their format;

Check files into a secure MineTrust database for sharing with other task collaborators.

Retrieve files by checking them out to your local system, preventing corruption by other users.

View a history of any file according to check-in and/or check-out comments.

Compare the contents of one file with another, including differences between same-file versions.

Upgrade your current project files to "managed" status.

Determine which server(s) are managing your files.

Once licensed, you will also have access to the new MineTrust toolbar, containing a series of project/file functions.

Note that the context menu options for MineTrust-aware project files will differ depending on the type

(managed or monitored) and status (checked in or out if managed) of each file. See below for moreinformation about Project Files Control Bar context menus).

Icon Color Coding

In addition to the above, all MineTrust-aware project icons are color-coded to indicate their status(please note that this coding is not relevant for unmanaged projects). A full list of MineTrust projectcolor codes is available here.

Find out more about MineTrust-aware projects...





Loading Data

Loading Data into Memory: unless a file has been loaded intomemory, it cannot be viewed in the Studio 3 data windows (providing the file contains viewable data). The Project Files

control bar supports a drag-and-drop interface that allows you toload a file (thus making it an 'object) by left clicking a file,holding the button down and dragging it into either the Plots, VR,Design or Visualizer windows.

When a file has been loaded into the VR, Plots or Designwindows, the view of the data will be automatically updated. Ifloaded into the Visualizer window, you will need to redraw thedata manually using the icon on the Visualizer toolbar (if this isnot displayed, select the Visualizer window tab, then select View| Customization | Toolbars | Visualizer).

Loading Filtered Files: it is possible to filter data as part of theloading process by holding down the <CTRL> key beforereleasing the mouse button on a data window. In this situation, aFilter dialog, appropriate to the data type(s) being loaded will bedisplayed, allowing you to select the aspects of the data that will be loaded on a field-by-field basis, or according to a series oflogical statements (for example, to load wireframe data onlyabove a specified Z value).

Loading Multiple Files: it is possible to select more than onefile from the Project Files bar, and drag them simultaneously intoa data window to load all selected files. If an object fails to load,for example, if you elect to filter incoming data using the<CTRL> key (see above) and you Cancel the filter dialog for a particular file, you will be given the option to load the remainingfiles, e.g.:





Using <CTRL> and <DELETE> to Delete filesYou can also use the shortcut keys <CTRL> and <DELETE> to delete project files from your system.To do this, ensure that a file is highlighted in the Project Files control bar, and select both keys on yourkeyboard.

You will be presented with a confirmation dialog before this action is performed.

Project Files Buttons

The following icons are available at the top of the Project Files control bar:

You will also see the MineTrust toolbar, enabled for MineTrust-aware projects...

The Project Files Context Menus

Right-clicking a file in the Project Files bar will display one of three possible context menus:

A project-level context menu (if the top-level project icon is selected).

A folder-level context menu (if a folder is selected).

A file-level context menu (if a file is selected).

Note that this action will REMOVE THE FILE FROM DISK, not just remove it from the project,so care should be taken when using this command as it cannot be undone.

Description

Collapse all items in the Project Files view.

Refresh the view of files in this control bar. Note that this willalso update the icons representing each file type.

Add new files to the project.Add existing files to the project.

Import files from a Data Source.

Add Files from MineTrust... (MineTrust-aware Projects only)









Field Details:

The following fields are available:

Add: this option is used to add files to the current project, and cascades the following options:

New File...: create a new table or macro file using the Add New File dialog. More...

Existing Files...: opens a file browser dialog to allow you to select a file (or files) to add to thecurrent project.

Import Files...: displays the Studio 3 Data Import dialog to permit import of file data from non-Datamine sources, using Datamine's Data Source Driver facility.

Properties: Shows overview information for the selected folder in the Properties control bar.

Item-Level Context Menu

This following menu is displayed if an individual file is right-clicked (note that not all commands may be available - for instance, the Re-import option is only available if the data was originally importedusing Data Source Drivers). Note that this list represents all available commands; the commands that areactually available is dependent on the license configuration that is currently in force - MineTrust-Awaresystems will have access to all commands but unlicensed systems will only be available to access asubset of these commands.

Field Details:

Please note that any option that is exclusive to MineTrust-aware systems is shown in a green font:

Open: opens the selected file in the Studio 3 Table Editor. From here, you can view and/or edit thefile's contents.

Load: load the selected file into memory. You can also drag-and-drop the file into a data window toachieve the same effect. Another useful feature of this command is that it can be used in conjunctionwith the <Ctrl> key held down to initiate a pre-filter of loaded data.

Preview: launches the Studio 3 File Previewer utility, allowing you to see a preview of a 2D or 3D datafile before or after it is loaded into memory.

Display: this option is only available if a Plots file has been selected. Running this command launchesthe Studio 3 DISPLA process, allowing you to view your Plots file. The output of this process is shownin the Graphics window.

Re-Import: if the select file was imported using data source drivers, this information will be associatedwith the file in question. Selecting the re-import option reloads the data on disk, using the associated





drivers, reinstating its originally loaded state.

Export...: export the file in a variety of formats with this option. The Export Data dialog is displayed.

Add File(s) to MineTrust...: only available for licensed MineTrust-enabled Studio 3 systems, this

option is used to add selected files to the current MineTrust database. Once a file has been added to theMineTrust database as a managed file (version-controlled) subsequent uses of the context menu willreveal additional functions:

Check Out For Edit...: check a file out of MineTrust's database. This allows the file to be editedas required. Once a file is checked out, it will be unavailable for check out by any other useraccessing the same database server.

Undo Check Out: for files that have been checked out - this command will revert the file to achecked-in status without changing it from it's previous state.

Check In: only available for files that you have checked out. Checking a file into the MineTrustdatabase will make it available to other users of the same database (access-rights permitting).

Get Latest Version: if you wish to get a local copy of a file in the database, without affecting itscurrent status (either checked-in or checked-out), you can use this command to take a 'snapshot' ofthe last saved state for your local use. Note that the only way to update the server-side file withany subsequent edits will be to make use of the Don't get local copy command.

Compare: compare the selected file with another, using MineTrust File Compare utility.

View History: for files that have been checked in or out with comments, this function allows youto list all distinct version-control operations and their respective reported comments. You will alsohave the opportunity to access any previously recorded version of a file using this facility. Moreinformation can be found by pressing <F1> when the dialog is in view.

More about MineTrust-aware Studio 3...

Remove From Project: remove the selected file from the project file with this option. Note that this isnot the same process as unloading data, which merely removes data from resident memory. Removing afile from the project, and saving the project file, will 'break' the association between the project files andthe selected file.

Cut: cut the contents of the selected file to the clipboard.

Copy: copy the contents of the selected file to the clipboard.

Delete: delete the selected file from disk.

This action is not reversible - you should not perform this operation on filesthat you are unsure about removing.





Rename...: rename the selected file, on disk and in the Project Files bar.

Properties: Shows overview information for the selected item in the Properties control bar.

The Loaded Data Bar

The Loaded Data bar is a floatable or dockable aspect of the Studio 3 interface. It allows you to see alldata that is currently 'in-memory' and available for viewing/editing using Studio 3's range of functions.

Files? Objects?

Files that have been loaded into memory are referred to throughout this Help file as 'objects', whereas ifthey are merely associated with the project (and shown only in the Project Files control bar) they arereferred to as 'files'.

In summary:

Objects that have been loaded into memory are known as 'objects'.

Objects that have been imported, or loaded into the project file, but not yet into memory, arereferred to as 'files'.

Loaded data is both part of the project file, but also 'active'. Data is loaded into memory by a variety ofmethods (see Loading Data) using both drop-down menus, context menus and the Project Files bar.When a file has been loaded, it will appear in the list shown in the Loaded Data bar.

Context Menus

Studio 3 makes extensive use of context menus. The Loaded Data bar is no exception and can also beused to access object-specific commands that allow you to manage the contents of memory. There are

Related Topics

Studio 3 Control BarsStudio 3 Data WindowsStudio 3 Interface IntroductionStudio 3 Browser BarsProject Icon ReferenceMineTrust & Studio 3 Overview

Loaded Data

Using the Loaded Data Browser Bar





three 'levels' of context menu available in this area, depending on the type of tree item in question:

A top-level, project-specific menu.

An object-level menu.

A data column-level menu.

Select a link above for more information on a menu.

Reloading vs. Refreshing Data

The important point to remember with reloading is that data is reloaded from the original source - forexample, if an AutoCad® is imported using the Data Source Drivers, and a .dm file is created, the link between the Datamine file and the original source is maintained. In this situation, when data is reloaded,the Datamine file will be reloaded into Studio 3 in whichever state it was last left when last refreshed,hence, if the original source data file (AutoCad) has changed, these changes will not be reflected in theassociated Datamine file.

Refreshing data is slightly different. When data is refreshed, the original data source is accessed (thenon-Datamine file). Then, the associated .dm file is updated in line with the original source using theData Source Drivers, and then loaded into Studio 3. This process ensures that the data viewed in Studio3 is synonymous with the non-Datamine format file.

Top Level Menu

Right-clicking the project icon in the Loaded Data control bar reveals the following context menu:

Field Details:

Load: allows you to load data from a variety of sources. The following options are cascaded:

From Project: load a file into memory from the current list of available project files (these will bethe items listed in the Project Files control bar). Selecting any of the cascaded options will launch

the Project Browser, from where you can select an existing project file or load a datamine filefrom an external location (note that this can also be achieved by the From File option shown below). For more information on loading project files, see Loading Data.

From File: Load an external datamine (.dm) file using a standard file browser with this option.Files loaded in this manner will automatically show the Object Filter dialog prior to loaded, toallow you to filter incoming data if required. For more information on filter data, see Loading andSaving Filtered Data.

The important difference between this action, and loading a file with Data | Load, is that by using

This menu is also available by right-clicking the project icon in the Sheets control bar.





the Loaded Data function, data is automatically loaded into the Project and into memory -meaning it will be shown in the Loaded Data bar straight away.

From Data Source: Similar to the above, this function is used to access an external data file.However,this option displays the Data Import dialog, to allow you to load non-datamine filesusing the Data Source Drivers. As above, this function will, on importing the file(s), load the datainto memory straight away, and show the imported item in the Loaded Data list. For more

information on importing data into Studio 3, see Importing Project Data, Importing and ExportingData and Loading Data.

Unload...: unloads selected data from memory (but does not remove the Project file association, norremove the file from disk).

Reload...: reloads a data file using the associated data source drivers into memory. This effectivelysynchronizes the data that is held on disk with the data held in memory. Select this option to display theData Reload dialog, which is used to select a loaded object prior to reloading it from its data source. Note that reloading data will run the import process interactively, allowing import settings to be changedfrom the previous import/load (as opposed to refreshing data - see below)

Create Table...: allows you to create a new, empty table. Selecting this option displays the Select TableType dialog. Select the type of data table you wish to create (Strings, Drillholes, Wireframes etc.) andclick OK. A new entry will be added to the Loaded Data list.

Refresh...: displays the Data Refresh Dialog. Note that refreshing data is different from reloading data.When data is refreshed, all current settings for import (Driver Type and Data Category) are maintainedfrom the previous import/load, whereas with the Reload option, the import process is run interactively,allowing filter and other import settings to be changed.

Refresh All: automatically refreshes all objects in memory.

Export...: displays the Object to Export dialog. Select an object from this list to initiate the Data Export dialog, allowing you to export the selected file using Data Source Drivers.

Set Conversions...: imported data tables may contain special values to signify absent, not recorded, traceor below detection limit values. Selecting this option displays the Data Conversions dialog, which can be used (from this menu) to set the data conversion rules for all loaded data.

Data Object Manager...: displays the Data Object Manager dialog, allowing you to perform variousobject-related functions on loaded data.

Properties: shows summary properties for the project, via the Project Properties dialog.

Object Level Menu

This functionality is provided via the context menu available by right-clicking an object in this area, asshown in the initial image.

Field Details:

Save: if the object in memory has been previously saved to a physical file (see Data Menu, below), this





option will be enabled to allow you to update the associated physical file on disk.

Data: allows you to perform several object-specific functions, and cascades the following furtheroptions:

Reload...: reloads the selected data file using the associated data source drivers into memory. Youwill be asked to confirm your actions if this option is selected as it can be undone. The import

process is run interactively.

Refresh...: refreshes the selected data item, following confirmation. Previous import/load settingswill be used.

Save As...: allows you to save the state of the currently loaded object data to a new file name.

Export...: export the data in memory for the selected object using the Data Export dialog.

To Excel...: quickly transfer the contents of the selected object's database to excel. This providesan excellent method for rapidly exporting data in .XLS format.

Unload...: unload the selected object data from memory. This process does not remove the filefrom disk, not break the association with the current project file.

Extract: displays the Extract Data Object dialog, which is used to create new objects based on the valuescontained within a selected field of the selected object.

Wireframe Properties (Wireframe objects only): shows the Properties dialog for the selected

wireframe data in memory.

Rename (Wireframe objects only): rename the current object in memory.

Send to Stereonet (Wireframe objects only): sends the current wireframe object data to the StereonetViewer.

Add Column: add a data column to an object with this function, using the Add Column dialog.

Object Properties (not wireframes): displays the Object Summary dialog, showing summary informationfor the selected object.

Data Object Manager...: displays the Data Object Manager dialog, allowing you to perform variousobject-related functions on loaded data.

Microsoft Excel only supports 65535 data rows, therefore, this option is not suitable forlarger data sets that have more data rows than this. If such a situation occurs, only the first65535 rows of data will be displayed.

The Add Column option is also available in the Data Object Manager , byright-clicking an object in the Loaded Objects list.





Verify (Wireframe objects only): verify the selected wireframe object using the wireframe-verifycommand.

Decimate (Wireframe objects only): reduce the resolution of the loaded wireframe object using theWireframe Decimate dialog.

Calculate Volume (Wireframe objects only): calculate the volume of the loaded wireframe object using

the Wireframe Calculate Volume dialog.

Boolean Operations (Wireframe objects only): cascades the same options available for booleaninteractions as shown in the Wireframes menu.

Plane Operations (Wireframe objects only): cascades the same options available for booleaninteractions as shown in the Wireframes menu.

Translate Wireframe (Wireframe objects only): transpose the current object in virtual 3D space usingthe translate-wireframe command.

Rotate Wireframe (Wireframe objects only): rotate the wireframe using the rotate-wireframe command.

Scale Wireframe (Wireframe objects only): scale the wireframe using the scale-wireframe command.

Data Column Level Menu

Each item in the tree menu can be expanded to see a list of data columns that comprise the selectedobject, e.g.:

Note that not all items will be available for all objects, for example, if an essential field is selected, suchas an X Coordinate for a point, you will not be able to delete it as this will void the definition of thelocation in 3D space.

Field Details:

Delete: if the select data column is not one of the required default fields for the type of object selected,you can delete the data column from the object in memory with this option. Note that to proliferate thischange to the Project file you will need to save your project file using File | Save.

Set Conversions...: imported data tables may contain special values to signify absent, not recorded, traceor below detection limit values. Selecting this option displays the Data Conversions dialog to allow youto manage this conversion process.

Object Properties: opens the Object Summary dialog, allowing you to view and (optionally) amend data





column-specific fields.

Sheets Control Bar

The Sheets control bar is used to view all sheets, projections, views and overlays related to a particulardata window.

For more information on the viewing hierarchy in studio 3, see Studio 3 View Hierarchy.

The Sheets control bar is situated on the left of the data window area on a default system. It can bedocked or floated, shown or hidden as any other control bar (see Customizing Studio 3 Control Bars).Making extensive use of the right-click (context) menu system, the Sheets control bar can be used toaccess commands and functions related to both individual items, and groups of items, depending atwhich point in the data hierarchy a menu is selected.

The data window to which the selected item(s) relate (VR, Plots etc.) will also determine the functionsthat are available in a given menu. For example, you can access the VR Strings Properties dialog byright-clicking a string object (in the Strings sub-folder of the main VR folder) and selecting Properties,

e.g.:

However, if the same object is accessed under the Design folder (and subsequently expanding theDesign View, Design Project and Overlays view hierarchy tree options), a right-click shows theFormat... option. When selected, the Format Display dialog is shown, allowing the overlay for thatobject (in the Design window) to be controlled, e.g.:

Related Topics

Loading DataProject Files Control Bar Overview

Data Conversions DialogObject Summary Dialog

Sheets Control Bar

Controlling Data Display using the Sheets Control Bar





Context Menus

A wide variety of functions can be accessed using the Sheets control bar; data overlays can be switchedon or off, object properties amended, new objects created and positioned, and new files can be loadedinto the project. In summary, the menu that is produced depends on:

The data window folder that the selection is made in.

The 'level' in that folder that is selected.

Generally, the options available can also be accessed using alternative methods such as the drop-downmenu system, or icon toolbars, however, the sheets menu provides a quick, context-sensitive way ofmanaging components of the Studio 3 View Hierarchy.

For more information on the available menus, select a link from below:

Top-Level Project Icon Menu

Design Folder Menus

Plots Folder Menus

Logs Folder Menus

Tables Folder Menus

Reports Folder Menus

VR Folder Menus





Holes Control Bar

The Holes control bar displays a list of currently loaded drillholes by their Borehole Identifier(desurveyed from drillhole tables).

The Holes control bar, like all Studio 3 control bars, makes extensive use of the right-click contextmenus to access functions. The options available depends on which part of the tree menu is currentlyhighlighted when the menu is displayed:

The Top-Level Project Icon: this context menu is used to create/update hole sets, and to set whichhole set is the default.

The Hole Set folder icons: used to add holes to a specific hole set.

The Borehole Identifier icons: used to view borehole properties, and amend desurvey settings.

Top Level Project Icon Menu

Related Topics

Loading DataImporting Project Data

Project Files Control Bar OverviewIntroduction to VR

Holes Control Bar

Using the Holes control bar to manage loaded drillhole data.

The Holes control bar reports on dynamic drillhole data, known throughoutStudio 3 as 'Dynamic Drillholes', containing a series of XYZ sample centre points, lengths and directions representing hole traces.

The Holes control bar shows all currently loaded dynamic drillhole objects,and a list of the borehole identifiers.

The list displayed represents the drillhole data that is currently in-memory.For more information on building drillholes, see Defining and BuildingDrillholes.





Right-clicking the project icon shows the following options:

Field Details:


New Set...: used to create a new hole set in memory, and displays the New Hole Set dialog.

Paste: if data has been previously copied from the Hole Set folder right-click menu, this option will beavailable. Selecting it will transfer the contents of the clipboard to Holes list, creating a new, duplicatehole set.

Default...: select this option to define which hole set is to be the default (the set from which data will becopied), via the Default Hole Set dialog.

Hole Set Folder Menu

Right-clicking the project icon shows the following options providing the hole set is not the 'All Holes'variety. This folder is reserved to display all holes from all sets:

Field Details:

The following fields are available (although if the 'All Holes' folder is selected, some will be disabled -you will only be able to copy and view the hole set properties):

Add hole(s)...: used to add holes to the current set, via the New Hole Set dialog.

Insert...: if a drillhole has been copied to the clipboard (using the right-click menu at Borehole Identifier level), this menu option will allow you to insert it into the selected hole set, providing it does not alreadyexist (all borehole identifiers must be unique throughout a set).

Delete: remove the hole set from memory with this option. Note that this option is not available via the'All Holes' folder menu.





Copy: copy the contents of the hole set folder to the clipboard. You can now insert a copy of the hole set by right-clicking the top-level project icon and selecting Paste.

Set 1 Properties...: displays an Object Summary dialog showing summary properties for the selectedobject.

Default Set: make the selected hole set the default with this option.

Borehole Identifier Menu

Right-clicking a borehole identifier within a hole set sub-folder displays the following options (althoughif the identifiers are within the 'All Holes' folder, functionality will be restricted to Properties, Exclude,Copy and Synchronize options):

Field Details:


Properties...: displays the Drillhole Properties dialog, which can be used to view the drillhole settingsand edit desurvey settings.

Exclude...: exclude or include the selected drillhole from the current drillhole set. This is a toggle button.

Delete...: remove the selected borehole from the set, after confirmation. Please note that you cannotundo this command.

Copy...: copy the current drillhole to the clipboard. After copying, the item can be inserted using thePaste option accessed by right-clicking a Hole Set Folder , or the Insert Item option (see below).

Insert...: used to add holes to the current set, via the New Hole Set dialog.

Insert Item: if drillhole data has been copied using the above option, this command will insert it into thecurrently selected hole set.

Synchronize...: holes or intervals selected in one view can be displayed in any other using this option.The action of other views when a selection is synchronized is determined by the status of the Linked andLive settings.






The Properties control bar is a context sensitive settings table, updated on selection of data in theDesign, Plots, Tables, Logs and Reports windows.

Further hole management functions are found in the Format Display dialog. Right-clicking adrillholes overlay in the Design window of the Sheets control bar allows you to access a widerange of hole settings, including the Hole Manager dialog. This gives you alternative access tosome of the functions mentioned here, such as adding holes to a set and other editing options. Italso allows you to access the Hole Set dialog, which allows you to add holes from the full listavailable.

Also, you can use the Holes control bar in conjunction with the Compositor control bar - selectinga hole identifier automatically updates the contents of the Compositor window, showing datarelevant to the selected borehole.

Related Topics

Compositor Control Bar Overview

Hole Set DialogHole Set Name Dialog New Hole Set DialogDefining and Building Drillholes


Using the Properties control bar.





Fig 1. Example of a Properties control bar

This control bar offers methods of formatting the selected property, using an object-browser styleinterface. The menu displayed depends on the type of object selected, and in which window:

Design/Plots window data object selections

Plot item selections

Full section/plan selections

Table Cell/Report selections

In all cases, the following top bar icons are available:

Design/Plots Window Data Selections:

The following fields are displayed when object data (not a plot item) or annotation is selected(highlighted) in the Design or Plots windows:

3D Object: this read-only field displays the name of the currently selected object, and its associated data

type (in brackets).

Share: in a multi-sheet data window (Plots, Logs, Tables or Reports - for an overview of how sheets, projections and overlays are handled in Studio 3, see Studio 3 View Hierarchy) you can elect to makethe current object available to all sheets (and corresponding projections and overlays), the current sheet(only sharing the data across the projections and overlays relevant to the current sheet) or not shared(meaning the object data will only be available to the current sheet/projection/overlay combination.

The following fields relate to the color(s) associated with the current object:

Icon Command Description

CategorizeSort the list of properties into categories. Note that you can either select this option orthe A to Z option (see below).

A to Z Show all properties in an alphabetical, non-categorized list. You can either select thisoption or the Categorize toggle (see above).

AutoCollapse

This option is only relevant if the Categorize toggle is selected. Selecting this optionwill automatically collapse a section as another is expanded (using the '+' symbol).With this active, you cannot expand more than one category.

DynamicUpdate

Select this toggle to automatically update the contents of the data window whenchanges are made to an object's properties. If inactive, setting changes will not beapplied until the next display redraw (see below).

Redraw Redraw the contents of the data window.

More

Properties

If extended properties exist for an object, select this button to access them. For

example, if a string object is in focus, selecting this button displays the Format Display dialog, showing overlay settings for the selected object.





Column: this drop-down list contains descriptions of the data columns from which the selected object iscomprised. You can assign the currently selected Legend (see below) to this data column to interpret thedisplay properties of the object.

Use Legend: if [Yes] is selected, the Legend specified (see above) will be applied to the Columnspecified (see below), for display purposes. If [No] is selected, the currently selected solid color will beused to display the object.

Legend: this drop-down list contains descriptions of all available legends (system and user-defined) thatcan be applied to the selected data column, providing the Use Legend field is set to [Yes].

For more information on creating and applying legends, please refer to your Legends online Help.

For more information on applying legends to overlays, see Format Display Dialog.

The following field relates to the general appearance of the object:

Show Bounding Box: by default, this is set to [No]. A 'bounding box' in CAD terms, refers to a cube

surrounding the data extremities of the selected object. If enabled, this box can be seen on screen, e.g.:

The bounding box is always orthogonal to the view axes, so can act as a useful guide to the orientationof the viewplane in the Design window, and the orientation of a section, for example, in the Plotswindow.

Can select: select [Yes] (default) to allow this data object to be selected with the mouse, or [No] toexclude it from data selection.

Snap: if you do not wish the selected object to be 'snapped to' when snap mode is on, select [No],otherwise select [Yes] (default).

Plot Item Selections:

Selecting a plot item in the Plots window shows some, or all, of the following options (note that theactual menu order and contents will depend on the type of plot item that is selected - only fields relevantto the plot item will be displayed):





Use log/section filtering (Table Plot Items only): Select or deselect the options to include records fromholes off section and include records from the selected hole only.

X/Y: the XY origin of the selected plot item, with 0,0 being the bottom-left corner of the plot sheet.

Width/Height: the width and height of the selected plot item in millimeters.

Fixed Size (Table Plot Items only): select [Yes] to maintain the overall dimensions of the table onresizing individual elements, or [No] to allow the table dimensions to scale when individual table itemsare scaled.

Border: select [Yes] to display a border for the selected item, or [No] to disable borders.

Grid: Show a grid lattice within the plot item, or hide grid lines.

Outside/Inside Width: change the inner/outer dimensions of the selected item.

Color: select a color from the drop-down list with which to display the plot item.

Font: select a font from the drop-down list to use when displaying text/annotation.

Height: specify the font height.

Bold/Underline/Italic: add font formatting settings.

Minimum Height: specify the minimum height of the font, regardless of the scaling of the plot item.

Projection Item Selections

The following options are shown when a projection is highlighted on a Plot Sheet:

View Direction: this section contains the following items:

Share: share the selected projection's view direction with other projections on the sheet. Toactivate this facility, more than one projection (at least) will need to have a [Yes] valuespecified for this property. Then, whenever the view direction is changed for any one of those projections, the direction will be updated in all other qualifying view areas.

View Direction: set the view direction by selecting a predefined description from the drop-down list.

Azimuth: set the azimuth of the projection's view direction.

Dip: set the dip of the projection's view direction.

Align with Section: you can set this to [Yes] to force the view direction of the projectionwindow to line up with that of the current section definition.

View Center: this section contains the following items:





Share: share the selected projection's view center setting with other projections on the sheet.All projections with a [Yes] value - on the same sheet - will be updated if the view center ischanged in any of those sections.

X/Y/Z: specify the center point of the view in 3D space.

Use section mid point: if set to [Yes] the center point as currently established by the section

definition will be used to center the data view.

Section Mid Point: set the Easting, Northing and Level (elevation) for the mid point of the data sectionthat passes through the current view.

Section Orientation: the orientation of a section is set initially when a new sheet is added (Insert | Sheet| ...), but you can change it here at any time; you can either select a predefined alignment using adescription from the drop-down list, or set a custom Azimuth and Dip value. Note that these values areautomatically populated if a predefined orientation is selected.

Section Definition: the following options are available:

Share: share the section definition with other projections on the sheet. The section definitioncan be [Shared], in which case any other projection that has the same [Shared] value will beupdated whenever the section definition changes in any qualify projection (for example, makingthe section 'corridor' wider in one will make it wider in all shared projections).

Conversely, if set to [Not Shared], the section definition will not be updated if other projectionsare subjected to a section definition change.

The additional settings in this drop-down menu are important; [Consecutive] is a method bywhich a projection is automatically assigned a unique section number, normally one higher than

the highest thus recorded on the sheet. For example, if all projections were set to this value,they could be set to section definitions 1,2 and 3 (or 2,3 and 4 etc.) - subsequent alterations tosection 1 would affect 2 and 3, but consecutive sections would still be shown.

(This is a useful way of showing sections either side of a selected central slice in multi- projection sheets)

Finally, [Locked] will do just that; if set to [Yes], it will prevent any changes to the currentsection definition for the selected section, regardless of any commands run from the menu orcommand bar. Note that it is also possible to lock other aspects of a projection.

Section Number: the number of the section according to the current definition.

Title: an automatically generated (and non-editable) name for the currently active section.

Sections Table: if a section definition file is to be used but is not already loaded, select [Yes] and youwill be prompted for the location of a file. If a section definition file is already in use, this field willautomatically read [Yes]; this loaded file can be disabled by selecting [No].

Section Clipping: if data clipping is to be relevant to the selected projection, it can be enabled here.If enabled, you are able to share the current clipping values with the remaining projections on





the sheet.

Position: the position of the selected projection on the sheet. As plot sheets are 2D entities, this can bedefined by setting the required X and Y values to set the bottom left corner location. The resulting Height and Width settings are then used to define the overall size of the projection window.

General: this area deals with view (projection) synchronization; whether data that is selected in one

projection is also selected in other projections. The concept of "Linked" and "Live" is important here;

Linked: this refers to how data selection is performed in multiple projections. If two (or more) projections are linked, when you select data in one, it becomes selected in the other(s).

Live: this refers to whether the view of data is automatically updated to show selected data.

One or both of these settings can be activated. For example, if both Linked and Live settings areenabled, if data is selected in one projection, it will be selected in any other projection on the sheet thathas a positive Linked setting, and will also force all linked views to update (if required) in order to showthe selected data.

By default, all projections are linked, but are not live, meaning that data selection is performed in all projections, but the view scale and direction is not updated.

Scale: you can share the same value for scale across all projections. Note that all projections where theScale - Share setting is set to [Yes] will be synchronized when any scaling operation is performed inany of those projections

View Exaggeration: you can alter the exaggeration (distortion) of the selected projection in X, Y and/orZ directions, using these fields. By default, data will not be exaggerated (that is, it will be represented ina 1:1:1 ratio, maintaining the aspect ratio of the original data).

Full Section / Plan Selections

The following options are shown when a full plot sheet is in focus (i.e. not an individual item):

Auto name sheet: if enabled, sheets will be automatically named on creation.

Name: the name of the current section sheet.

Auto size plot: if enabled, the plot sheet view will be automatically scaled to view all plot items,regardless of their size, fitting everything into the viewing area.

Size: the print media currently emulated in the Plots window. Select the drop-down list for more options.

Page orientation: specify portrait or landscape.

Draw margins: if selected, the margins of the selected media will be shown on the screen as guidelines,e.g.:





(margins shown by grey slatted line).

Show printable area: displays or hides a slashed line denoting the limiits of the printable area for theselected media. Data falling outside these limits will not be printed, and may result in printing errors.

Width/Height: the overall width and height of the selected sheet.

Margins: set the margins of the selected sheet in mm. All four margins are independently configurable.

Table Cell/Report Selections:

Selecting a table cell in the Tables or Reports view shows the following property options:

Data Table: this read-only field denotes the database table that the selected data belongs to. The datatype (strings, wireframe etc.) is shown in brackets.

Data Field: the object's data column that the selected cell takes its data from. You can use the drop-downlist to change the name of the table column (and corresponding data values). Note that changing this

setting will affect the whole data column, not just the selected cell.

Use Legend: if selected, a legend will be used to display the data in the selected table or report column.If no legend is selected, the Color (see below) will be used instead.

Color: specify a fixed color to display the contents of the selected table column. This setting is onlyrelevant if the data is not being displayed using a legend (see above).

Legend: if the Use Legend option is selected (see above), this drop-down list is used to select a systemor user-defined legend with which to display the contents of the table or report column.

Related Topics

Customizing Studio 3 Control BarsData Properties Control Bar Overview


Using the Data Properties control bar






The Data Properties control bar is a context-sensitive data browser that allows you to see the data valuesassociated with a selected (clicked) object in the Design, Plots, Tables, Logs and Reports windows.

The contents of this window will be relevant to the data selected and the window in use. For example, to

view the XYZ coordinates of all points on a digitized string, select the string (left-click) in the Designwindow and a list of points and corresponding values will be displayed, along with string display properties and other general values.

However, if you select the contents of a cell in the Tables view (for more information on creating tableviews, see Working with Tables), the Data Properties window reveals only data relevant to the selecteddata row, e.g.:

Display Properties

The display style relating to the selected object, in all cases, will be reported if such information exists,

and a color preview bar will be shown to the left of these display items. In the above image, editablefields exist representing display formatting; LSTYLE, SYMBOL, and BLOCKID. Selecting one ofthese fields presents a drop down arrow, used to display a drop-down list from which a value can beselected, e.g.:





The top of this list displays the standard Studio 'special values', used throughout the system to denotestandard, non-numerical data values. Below this, numeric values relevant to the selection will bedisplayed, e.g. for the drop-down list, all available color values will be displayed. Selecting a colourvalue will update the color of the selected object, and the color bar preview. Note that the number andtype of editable fields available depends on the type of data selected, and in which window.

As with all control bars, the Data Properties window can be shown or hidden, docked or floated. Formore information on customizing your Studio 3 interface, see Customizing Studio 3 Control Bars.


The Compositor displays the values associated with the Drillhole segment currently selected. Extra

values such as horizontal and vertical thickness are also displayed:

Related Topics

Customizing Studio 3 Control BarsStudio 3 Data Control Bars


Using the Compositor control bar.





The Compositor control bar is a powerful tool for investigating and navigating your way around projectdata.

Use the compositor in conjunction with any Table, Section, Design window or Log view.

Select intervals interactively and display composite results.

Slide composite or composite limits up and down the hole and observe composite values.

Select intervals by Hole Name and From - To depth and display composite results.

Locate any interval on any hole on any section by synchronizing views from the compositor.

Save composited intervals to the intersections table with any selection of composite result fields.

Composite samples over Lithological domains.

Composite drillholes over fixed downhole lengths.

Composite results may include:

length weighted grades

length @ grade

length x grade

dominant lithology

specific gravity

vertical and horizontal thickness

from-to depths

start, mid and end coordinates

azimuth, inclination and declination.

By default, the data represented by the Compositor window relates to the entire hole. You can

change the context of the Compositor control bar using the right-click (context menu), which isdescribed below.

The easiest way to update the Compositor window with data relevant to a specific drillhole is toexpand the relevant hole set folder in the Holes control bar. Selecting a borehole identifier willautomatically update the contents of the Compositor.





Context Menu Details:

Right-clicking a blank area of the Compositor control bar reveals the following options (select a sectionof the image for more information:

Synchronize:

Holes or intervals selected in one view can be displayed in any other view using Edit | Synchronize from the menu. The action of other views when a selection is synchronized is determined by the statusof the Linked and Live settings. Choose Format | Properties tab to display the status of the Linked and Live settings for the current view:

You can synchronize views in many ways

Choose the method which best suits the way you work:

Select the sample interval or hole in any table, log or section view and choose Edit | Synchronize,or

Click Synchronize on the Selection toolbar. Select a hole interval then right click to display the context menu. Select Synchronize.

The view in which the data was originally selected does not need to be Linked or Live to permit

When view is Synchronizing a selection in another view will

Linked only Select and display the same selection. The dataselected will not always be visible.

Linked and Live Select and display the same selection and modify the

view so that the selected data is visible.Live only Modify the view so that the selected data is visible butnot selected.





synchronizing other views. Data can be selected in any table, section, 3D or log view and synchronizedwith all other linked table, section, 3D and log views.

Save Selection:

Creates a new, default (empty) intersections table using the default Zone Label, on confirmation.

To change the table definition

1. Select the table view you wish to edit.

2. In the Sheets control bar, expand the Tables folder and right-click the Intersections table.

3. Select Format to display the Format Columns Display dialog.

4. The fields currently defined in this table view are displayed in the Columns in View box. Theintersections table must at least contain the fields Hole Name, From, To and Zone.

5. To remove a field from the table, select the field name in the Columns in View box and clickDelete.

6. To add a field to the table, select a field type (Data Columns, Hole Data Fields, Length WeightedAverages or Dominant Text Values), select one of the available fields, then click Add.

7. The order of columns in the table can be adjusted using the Up and Down buttons.

8. Click OK to apply the changes and view the table.

Whenever an intersection is saved, a record is added to the top of this table and all the defined fields arecomputed. For more information on intersection tables, see Display intersections, Select, name and saveintersections

Select Collar:

Updates the data in the compositor window for the selected borehole to show data relevant to the collarXYZ position, Azimuth, Inclination and Declination, among other properties, e.g.:





Select End of Hole:

Updates the data in the compositor window for the selected borehole to show data relevant to thedrillhole's end of hole position. The fields shown will be identical to those of the Select by Collarversion (see above), but the contents of the field, particularly the mineral grade sections, will be updated.

Select Entire Hole:

Shows the full view of the Compositor table, denoting the mineral grade for the entire hole, start and end positions in 3D space, drillhole orientation and the current desurvey status.

Select By Table:

Allows you to update the contents of the Compositor control bar according to a selection from a table.To utilize this facility you will need to ensure the following criteria are met:

A table sheet has been created (using Insert | Plot | Sheet - see Working with Tables).

The Tables window is in view (select the tab on the top of the data window area, or if the tab isnot shown, enable it using View | Windows | Tables).

When a table is in view, clicking a table cell updates the compositor to show the composite data relevantto the selection:





You can change tables in the Tables window, and subsequent cell selections will change the Compositor context automatically. For more information on the Tables window, see Window Overview: Tables.

Change Table:

Displays the Select Table dialog, allowing you to change the table the Compositor tool currently relates

to.

Command Control Bar

The Command Control Bar is used to record the progress of Studio 3 commands, and supply prompts foradditional user input:

Related Topics

Holes Control Bar OverviewSelect TablesWorking with Tables

Command Control Bar

Using the Command Control Bar





Situated below the data window area (with the Desurvey Report and Output control bars) on a default

system setup, the Command control bar displays information that is relevant to the process(es) beingrun. Commands are entered into the Command Line, at the bottom of the Studio 3 interface:

Activating the Command Line

To activate the Command Line (i.e. to give the control 'focus' if it is already displayed, or to show it ifhidden), press <F2>. You can now enter data directly into the command line (for example, the name of aStudio 3 process). Alternatively, click inside the Command Line to activate it.

For a full list of Studio 3 commands and processes, see the Studio 3 Command Table.

Finding Commands

To the left of the command line, the Find Command can be used to show a list of all availablecommands:





Select a command from the list (double-click or select and Run) and the command will be executed.Alternatively you can type the command description into the Command Line from where it can be runeither by pressing <ENTER> or by clicking Execute Command as shown below:

To cancel a command in progress, click Cancel Command, as shown below:

If a process or command requires additional user input, the Command Line will show a prompt, and theinput field will be highlighted. This indicates that the information required must be entered before thenext step is accessed.

Example

Text added to the command line is 'remembered' for subsequent uses of the command line,allowing you to press <Enter> to re-submit the command. However, this may not always berequired, so it is wise to check the contents of the command line before pressing <Enter>.





1. Run the PROTOM command (used to generate a model prototype) by entering 'protom' into theCommand Line.

2. The PROTOM dialog is displayed, and on entering an Ouput filename and clicking OK to dismissthe dialog, the command Line updates to show the following prompt:

3. Enter 'y' and the prompt and response is now copied to the Command window:

4. The command line now prompts you to define if sub-cells are to be used. Enter 'y' into thecommand line and press <Enter>.

5. The next step uses a slightly different approach. The Command window now displays the message

'PLEASE SUPPLY COORDINATES OF MODEL ORIGIN', and the command Line promptchanges to 'X'. Enter '0' into the Command Line and press <ENTER>.

6. Enter '0' values for the following prompts ('Y' and 'Z'). As you press <ENTER> the values of thecoordinates are added to the Command window:

7. The next phase of the command is similar to that for entering coordinates, but is for celldimensions. The Command window shows the message 'PLEASE SUPPLY CELLDIMENSIONS'. Follow a similar procedure to above, enter '10' for the X dimension, '29' for the Ydimension, and '30' for the Z value.

8. The final phase asks you to define the NUMBER OF CELLS IN EACH DIRECTION? - enter '50'for each coordinate.

9. The Command window now shows the '>>>Protom Complete<<<' message, and a prototypemodel has been created with the Output file name specified in step 2.

10. The Command window shows a full history of entered commands and responses. In this case, thefollowing data is shown:





Output Control Bar

The Output control bar is used to view the results and reports of some Studio 3 processes, such asquerying the current filters used, or querying a specific item of data using the Design | Query menuoptions.

Examples:

1. Select the Output control bar tab. If this tab is not currently visible, select View | Customization |Control Bars | Output.

2. Select the menu command Format | Filter All Objects | Show All Filters.

You can restore your Studio 3 application to the default layout by selecting View | Customization |Customization State | Restore Defaults. You should save your existing profile before doing thisusing View | Customization | Cusomization State | Save.

For more information on managing profiles, see Saving and Loading Profiles.

Related Topics

Studio 3 Data Control BarsStudio 3 Selection Control BarsCommand TableCompositor Control BarDesurvey Report Control BarOutput Control BarThe PROTOM Process

Output Control Bar

Viewing the results of Studio 3 processes





3. Each loaded object is now listed in the Output control bar along with any associated filterexpressions that may exist, e.g.:

As another example:

1. Select the Output control bar tab. If this tab is not currently visible, select View | Customization |Control Bars | Output.

2. Select the menu command Design | Query | Points.

3. Information relating to the selected point is now listed in the Output control bar, e.g.:

Dynamic Desurveying Report

As processes report progress to the Command control bar (window) and interactive commands andactions report to the Output control bar (window), so dynamic desurveying reports to the DesurveyReport control bar.

When the Define Drillholes dialog is used to define which of all the tables loaded into memory is to bethe Collars table, the surveys and the samples tables, each is validated instantly and the results are outputto the Desurvey Report control bar.

Not only does it report on the validation of each of the tables but it also reports on the desurveying process itself.

Desurvey Report Control Bar

Dynamic Desurveying Report

Related Topics

Command Control Bar OverviewOutput Control Bar Overview
