Difference between revisions of "NVGate Ribbons overview"

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This section of the Vision tab offers a clear way to build or modify a measurement or post-analysis configuration. That covers the main steps of a measurement setup. These steps are respectively managed by the Acquisition, Analyses and Display/Graphs tabs.
This section of the Vision tab offers a clear way to build or modify a measurement or post-analysis configuration. That covers the main steps of a measurement setup. These steps are respectively managed by the Acquisition, Analyses and Display/Graphs tabs.
===Status bar===
The software interface features a status bar that shows continuously the different status of the hardware, analysis and ongoing actions.
[[Image:Reports_Tools_Ribbons_485.png|framed|none]]
The status bar is divided in 5 parts
====Control Tab====
[[Image:Reports_Tools_Ribbons_486.png|framed|none]]
Allows starting, pausing and stopping the analysis.
''See Measurement tab/control group for details''
====Plug-ins progress bars====
Shows the individual analysis status of the active plug-ins. The Progress bars appear automatically when the plug-in are activated (i.e: Inputs or tracks are connected to their channels).
Ex:
[[Image:Reports_Tools_Ribbons_487.png|framed|none]]
Each progress bar displays:
* A progress bar:
* Indicates the current averaging number or analysis duration. In case of un expectable duration, the progress bar continuously run for one side to the other.
* The color indicates the real time status:
* Green = real-time, all sample are processed
* Red = the analysis has encountered a non real-time situation, sample have not been analyzed
* A text: (''AVT) SSSS: AAA''
* AVT = Average type
* SSSS= Plug-in status (Stop, run, Paused, triggering,)
* The text color indicates the current real-time status: Red = not real-time
====Information area====
In the top left of the status bar, contextual information and progress bar appear depending the on-going action. This concern the disk download, the setup and data saving and any long duration process from NVGate.
====Inputs status LED====
Shows the inputs/signal tracks status. The same status is displayed on the front-end LED.
{|border="2" cellspacing="0" cellpadding="4" width="79%" align="center"
|
[[Image:Reports_Tools_Ribbons_488.png|framed|none]]
|The input is not active
|-
|
[[Image:Reports_Tools_Ribbons_489.png|framed|none]]
|The input is under loaded. The signal amplitude is more than 24 dB below the current input range
|-
|
[[Image:Reports_Tools_Ribbons_490.png|framed|none]]
|Normal, the signal amplitude is between -24 dB and the input range.
|-
|
[[Image:Reports_Tools_Ribbons_491.png|framed|none]]
|An overload has been detected since the last run. The signal on the input is no more overloaded
|-
|
[[Image:Reports_Tools_Ribbons_492.png|framed|none]]
|The input is overloaded.
|}<br clear="all">
[[Image:Reports_Tools_Ribbons_19.png|framed|none]]
A right-click on an active input status LED displays a pop-up menu. It is used to modify the range or any of the input parameters.
=====Front-end LED colors=====
For those who use OR36, Mobi-Pack and OR38 version 2, the front-end LED colors helps knowing what is connected and signal levels.
The LED statuses are:
{|border="2" cellspacing="0" cellpadding="4" width="100%"
|Status
|Color on Front End
|Color on XPod
|-
|Dynamic inputs normal
|bgcolor = "#59FD5D"|Green
|none
|-
|Dynamic inputs underload
|bgcolor = "#69D8FF"|Cyan (clear blue)
|none
|-
|Every input type overload
|bgcolor = "#FF0000"|<font color="#000000">Red</font>
|bgcolor = "#FF0000"|<font color="#000000">Red</font>
|-
|Parametric input normal
|bgcolor = "#FFFF00"|Yellow
|none
|-
|Parametric input underload
|bgcolor = "#CCC0D9"|Clear purple
|none
|-
|Strain gauges normal
|none
|bgcolor = "#0070C0"|<font color="#000000">Blue</font>
|-
|Thermocouple JKTNB
|none
|Yellow, Green, Brown, Pink, purple
|-
|PT 100, PT1000
|none
|Blue, Grey (low white)
|}
====Accept/reject====
This function is used to accept or reject a measurement when the FFT trigger accept mode is set to manual.
=====Accept=====
[[Image:Reports_Tools_Ribbons_493.jpg|framed|none]]
Shortcut: Ctrl <nowiki>+</nowiki> Y. Accepts the last acquisition.
=====Reject =====
[[Image:Reports_Tools_Ribbons_494.jpg|framed|none]]
Shortcut: Ctrl <nowiki>+</nowiki> N. Rejects the last acquisition.
====Battery====
Shows the battery and powering status:
{|border="2" cellspacing="0" cellpadding="4" width="72%" align="center"
|
[[Image:Reports_Tools_Ribbons_495.png|framed|none]]
|The analyzer is powered by and external power
|-
[[Image:Reports_Tools_Ribbons_496.png|framed|none]]
|The analyzer is running on its battery
|}<br clear="all">
The battery level shows the available autonomy. The steps shows: 100%, 75%, 50%, 25% and 10% of battery charge. Note: The battery level is also replicated on the LCD screen of OR36 and OR38.
''See user manual for details about battery''
====Connection mode====
Depending the connection mode an analyzer or a display icon is displayed in the bottom right area.
{|border="2" cellspacing="0" cellpadding="4" width="95%"
|
[[Image:Reports_Tools_Ribbons_497.png|framed|none]]
|Office mode. The software processes data from a signal file (post-analysis) in the PC or simulates the inputs for preparing a measurement setup.
|-
|
[[Image:Reports_Tools_Ribbons_498.png|framed|none]]
|Connected mode. The hardware is connected. The software runs the analysis on the DSPs directly from the inputs or post-processing signal files from the Mobi-disk.
|}
Note: a fly over the Analyzer icon with the mouse will show the internal temperature and fan status of the analyzer.
====Acquisition status====
{|border="2" cellspacing="0" cellpadding="4" width="95%"
|
[[Image:Reports_Tools_Ribbons_499.png|framed|none]]
|The acquisition and analysis are real-time
|-
|
[[Image:Reports_Tools_Ribbons_500.png|framed|none]]
|The acquisition is not real-time. The analyzer is not working properly. Both software and hardware should be restarted
|}


===File Menu===
===File Menu===

Revision as of 09:01, 20 April 2020

Ribbons Overview

The Vision interface gathers the analyzers functionalities in simple, clear and easy to identify tabs organized according to the main operations (First steps, measuring, results edition, configuration build-up, automation, general setup etc…).

Graphic user interface

Tabs & Groups

The Vision interface layer features 7 standard tabs. Each tab contains a set of groups which gathers settings, info and buttons about one topic (e.g. disk, FFT or transducers).

Reports Tools Ribbons 202.png

=====Actions:=====

The groups contain buttons, setting and check boxes of different types.

  • Buttons: Left click on it lead to an action or open a dialog box.
  • Examples:

for auto scale or

for inputs connection

  • Status buttons: These buttons work like the standard ones but they can be activated or de-activated. They are used for changing a state. An activated button is slightly darkened.
  • Examples:

that switches between on-line and post-analysis modes,
or

for enabling the marker manipulations.

  • Settings: Provide a direct access to one of the ASB setting. Allow to continuously check the setup.
  • Examples:
  • Multi-actions: These buttons works as the standard ones but it is possible to

select their action from a list. When an action item is selected from the list, it became the default action of the button, the icon is changed.

Examples are: Marker, or User selection.

Status buttons: These buttons change and show the status of the active element (windows, trace, etc..). Selecting one of the item in their list will apply this status to the active element. The status buttons change depending on the applied changes to the element (or change of element). It is useful to monitor and see immediately in what state is a 3D or the active user for ex.

Note: The buttons are highlighted when the mouse pointer pass over an active button.

On line help on Vision ribbons

The content of the Vision™ ribbons are connected to the on-line help.

In order to get help from one of the Vision element, activate the help mode by clicking on the upper right question mark. The cursor switches to a pointer + pointer marks. Then click on the desired item. The corresponding page of the reference manual will be opened.

Note that the latest pdf reader software are supported with NVGate V9.00: Acrobat reader 32 or 64 bits and Acrobat and any other pdf reader. The ability to open the manual at the corresponding pages is supported by Adobe™ products only. OROS recommend using acrobat reader using the on-line help functionality.

Minimize ribbon and full screen

In order to gain space on the NVGate screen during acquisition and analysis the NVGate ribbon can be minimized. It operates like in the MS Office suite:

Use the upper right arrow to minimize or reset the ribbon size. When the ribbon is minimized the tab header remains visible. Their content is accessible by clicking on the corresponding tab header.

The full screen function has been improved. It hides the application top bar as well as the windows bottom bar.

File Menu

A unique "File" menu is available on upper left for input/output file operation. It allows loading/saving setups and provides access to the on-line help

Status bar

At the bottom of the screen a fixed status bar maintain a continuous monitoring of the inputs and analysis:


Tabs

Operation with Vision

With Vision the software entries are organized in a logical operations way. There is 7 different tabs corresponding to 3 main operations type:

1. Measure – Setup – Custom

2. Measurements

The principal goal the instrument is to measure noise and vibrations. The tabs corresponding to such operations are gathered at the top left of the interface: Home & Measurements.

3. Setup and fine tuning

This section of the Vision tab offers a clear way to build or modify a measurement or post-analysis configuration. That covers the main steps of a measurement setup. These steps are respectively managed by the Acquisition, Analyses and Display/Graphs tabs.

File Menu

Project

Reports Tools Ribbons 501.jpg
New

Opens the Start & Go. This dialog proposes to load predefined setups or to build a new one. See § Tabs/Home in this chapter for details

Load

Opens the dialog box to load a project. Select a project from the current base.

Save:

Saves the current project. If the current project is the default project, the Save command will act as the Save As.

Save As:

Saves the current project with a new name

Save setup as model

Reports Tools Ribbons 502.jpg

Save the current setup in the C:\OROS\NVGate data\Workbook Library\user Directory. The models can be reloaded from the Load setup button in the Home Tab.

A Model includes the following items:

  • Workbook
  • ASB
  • Layouts
  • Control panel
  • Save Setup
  • Macros
  • Sequences
  • Signal file loaded in the player

After being saved, the model remains unchanged whatever the number of time it is used. In order to change a model it must be loaded, modified and saved as a model again with the same name.

Export

Reports Tools Ribbons 503.jpg
Result files

Export results from the project manager to a user specified directory in various data format.

Reports Tools Ribbons 504.png

Project: Lists the projects that contain measurements. Only one project can be selected.

Measurement: Lists the measurements in the project selected. Select one or several measurements and click on the add button.

Batch list: Contains all the measurements that will be converted. Use the add/remove button to modify list content.

Format: This is the output format. The formats available are:

Result Signal
Mat: to be used with Matlab Mat: to be used with Matlab
Txt: usable by any text or spreadsheet editor SDF: Standard data format
UFF: Universal File Format UFF: Universal File Format
  Wav audio: Wav file, re-sampled to standard audio frequency (44.1, 48, 96 kHz) . To be used by any audio player
  Wav: Standard wav format, usable with OR2X technology
  Txt: Text usable by any text or spreadsheet editor


See Chapter 7 User preferences- § Export" topic for more details

Output directory: The location on the disk where the files will be exported. During the export, a directory will be created for each project, and will contain the exported files corresponding to all selected measurements.

Signals files

Export Signal from the project manager records to a user specified directory in various data format.

See details from previous § Export result files

Import

Reports Tools Ribbons 505.jpg
Import project

This command is used to import project that are not in the project database. It makes a copy of the project and makes it available to the current user, or whoever created the project. If a project already exists in the project base, a ~ (tilde) will automatically be added.

Directory: Select the directory in which you would like to look for the project. The "found project" list will display all projects that are immediately in the directory selected. If the "scan" button is pressed, all the projects that are contained in the specified directory will be displayed.

Found projects: Displays the list of projects found. Select one or several projects to import.

Import Files

This command is used to import results or signals. It makes a copy of the file and makes it available to the current user, or whoever created the file. The file will be included in a measurement If a measurement already exists in the project, a ~ (tilde) will automatically be appended.

  • Reception project: Determines which project will receive the new measurement
  • File type: One or several types can be selected. File type may be OR2X or OR3X
  • Directory: Selects the directory in which you would like to look for the files. The "found files" list will display all the files that are immediately in the directory selected. If the "scan" button is pressed, all the files that are contained in the specified directory will be displayed.
  • Found files: Displays the list of files found. Select one or several projects to import.

Recent projects

Displays the list of the most recent projects used by the current user.

Recent measurements

Displays the list of the most recent measurements used by the current user.

Help

Users’ manual

Load the users’ manual. Acrobat reader must be installed on the PC.

The user manual gathers all the guides and rules to uses the analyzer from its installation to advanced automated operations. It answer to the "How do I?" question.

Reference manual

Load the reference manual. Acrobat reader must be installed on the PC.

The reference manual contains the detailed description of each item of the analyzer. It can be loaded with the F1 key on any Item.

What’s new

Load the release note of the current NVGate version. Acrobat reader must be installed on the PC.

This is helpful identifying the latest features or getting instruction of items which are not already available in the reference manual

Web

Shortcuts to the OROS pages on the web. The myOROS website gathers many helpful information and example dedicated to OROS products users. Register on www.myOROS.com

Exit

Exit NVGate.


Shortcuts

General shortcuts

F1 On-Line Help
Ctrl + Space Move from one layout to the next one
Ctrl + Tab Move from one window to another one in the same layout
Page Up Change Workspace tab (ASB, Control Panel, Project Manager)
Page Down Change Workspace tab (ASB, Control Panel, Project Manager)
F10 Freeze the active window
Reports Tools Ribbons 507.png
Move the cursor to the left
Reports Tools Ribbons 508.png
Move the cursor to the right
+ Zoom in on Y axis
- Zoom out on Y axis
/ Zoom out on X axis
*
Zoom in on X axis
Shift + F1 Contextual help
Ctrl + Insert Edit Copy
Shift + Delete Edit Cut
Ctrl + X Edit Cut
Shift + Insert Edit Paste
Alt + Back Edit Undo
   
Ctrl + R Run
Pause Pause
Ctrl + S Stop
Ctrl + A Y axis auto-scale on all windows
Crtl + Alt + A Y axis auto-scale on active window
Ctrl + Shift + A Auto-range
Ctrl + B Next Step
Ctrl + C Copy item content (ASB settings, mask)
Ctrl + V Paste item content (ASB settings, mask)
Ctrl + D Save current workbook
Ctrl + Y Accept acquisition
Ctrl + N Reject acquisition
Ctrl + 0 to 9 Macro start
Ctrl + P Print report
Ctrl + Q Zoom auto-scale on Z axis
Ctrl + T Manual trigger
Ctrl + M Add record marker
Ctrl + W or Z Full width on active trace
Insert Memorize Trace
Ctrl + Delete Remove Active Trace
Ctrl + F5, F6, F7, F8, F9, F10 Change the mouse mode (display mode toolbar)
X/Y/Z +Shift + Mouse wheel (up) Zoom in on (X/Y/Z) axis (+ Ctrl for small steps)
X/Y/Z +Shift + Mouse wheel (down) Zoom out on (X/Y/Z) axis (+ Ctrl for small steps)
X/Y/Z + Mouse wheel (up) Translate X/Y/Z axis positively (+ Ctrl for small steps)
X/Y/Z + Mouse wheel (down) Translate X/Y/Z axis negatively (+ Ctrl for small steps)
Ctrl + F5 Default mode activation (scale mode)
Ctrl + F6 Zoom mode activation
Ctrl + F7 Cursor mode activation
Ctrl + F8 Move mode activation
Ctrl + F9 Rotate mode activation
Ctrl + F10 Marker mode activation
F2 to F9, F11, F12 Macro Hot key

Use the mouse wheel for 1D windows

Mouse wheel: move the min, the max or shift a scale.

Note: If you do not have a mouse wheel, you can use the top and bottom arrows

Template Editor

Tab Browse the objects on the active page
Alt Gr + Tab Browse the objects on the active page in the opposite direction
Alt + Enter Last selected object properties
Reports Tools Ribbons 509.png
Move one or several selected controls to the left
Reports Tools Ribbons 510.png
Move one or several selected controls to the right
Reports Tools Ribbons 511.png
Move one or several selected controls to the top
Reports Tools Ribbons 512.png
Move one or several selected controls to the bottom
Suppr Delete one or several selected controls

Use the mouse wheel for 2D windows

Cursor mode

Mouse Wheel: right/left move by 5 steps.

Mouse Wheel + CTRL: right/left move by 1 step.

Arrow mode

When the pointer is on the X or Y axis and on the min or max value, use the mouse wheel to move 5 pixels.

When the pointer is on the X or Y axis and on the min or max value, use the mouse wheel + CRTL to move 1 pixel.

When the pointer is in the middle of X or Y axis, use the mouse wheel to shift translation of the zoom area 5 pixels.

When the pointer is in the middle of the X or Y axis, use the mouse wheel + CRTL to shift of the zoom area 1 pixel.

When the pointer is in the middle of X or Y axis, use the mouse wheel + SHIFT to zoom quickly.

When the pointer is in the middle of X or Y axis, use the mouse wheel + CRTL + SHIFT to zoom.



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