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Difference between revisions of "NVGate 2021: Release note"
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NVGate 2021: Release note (view source)
Revision as of 20:30, 18 January 2021
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| style="width: 25%"| [[File:1250px-Wikipedia_logo_(svg).svg.png|50px|link=NVGate_2021:_Release_note#Here_is_OROS_Wiki_on_the_line.2C_how_can_I_help_you.3F]]<br>''' On line OROS Wiki, how can I help you?''' <br> Help is now available online with a powerful search engine. An offline version is available as well for when you are in the field. | | style="width: 25%"| [[File:1250px-Wikipedia_logo_(svg).svg.png|50px|link=NVGate_2021:_Release_note#Here_is_OROS_Wiki_on_the_line.2C_how_can_I_help_you.3F]]<br>''' On line OROS Wiki, how can I help you?''' <br> Help is now available online with a powerful search engine. An offline version is available as well for when you are in the field. | ||
| style="width: 25%"| [[File:filter__2021.png|50px]]<br> '''Relax the limits of filtering!'''<br> Cut off frequencies of filters, Butterworth and '''new Chebyshev type I and II''', can now be chosen very flexibly. | | style="width: 25%"| [[File:filter__2021.png|50px]]<br> '''Relax the limits of filtering!'''<br> Cut off frequencies of filters, Butterworth and '''new Chebyshev type I and II''', can now be chosen very flexibly. | ||
| style="width: 25%"| [[File:kinematik_2021.png|50px]]<br>'''Tracking my bearing frequencies on RPMs variations''' <br> Kinematik markers are now tracking the frequency lines as the speed fluctuates | | style="width: 25%"| [[File:kinematik_2021.png|50px]]<br>'''Tracking my bearing frequencies on RPMs variations''' <br> Kinematik markers are now tracking the frequency lines as the speed fluctuates. | ||
| style="width: 25%"| [[File:gps_2021.png|50px]]<br> Enrich your measurements in real time with '''GPS''' information''' | | style="width: 25%"| [[File:gps_2021.png|50px]]<br> Enrich your measurements in real time with '''GPS''' information.''' | ||
|- | |- | ||
| [[File:simulated_dc.png|200px]]<br> Using the '''DC simulated''' function, one can now associate NVGate results with information from external software in real time using NVDrive | | [[File:simulated_dc.png|200px]]<br> Using the '''DC simulated''' function, one can now associate NVGate results with information from external software in real time using NVDrive. | ||
| [[File:orbit_2021.jpg|50px]]<br> '''Draw those orbits!''' <br>Orbits can now be displayed directly in NVGate with FFt-Diag option | | [[File:orbit_2021.jpg|50px]]<br> '''Draw those orbits!''' <br>Orbits can now be displayed directly in NVGate with FFt-Diag option. | ||
| [[File:calibration_2021.png|50px]]<br> | | [[File:calibration_2021.png|50px]]<br> Dynamical inputs can now calibrate DC sensors with y = ax + b formula. | ||
| [[File:human_2021.png|50px]]<br>'''How much does this body shake?''' <br>A new add-on is available to apply human vibrations filters and calculate associated quantities. | | [[File:human_2021.png|50px]]<br>'''How much does this body shake?''' <br>A new add-on is available to apply human vibrations filters and calculate associated quantities. | ||
|} | |} | ||
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= Here is OROS Wiki on the line, how can I help you? = | = Here is OROS Wiki on the line, how can I help you? = | ||
All the documentation and help have been completely renewed. We have put an online wiki-based documentation with videos, | All the documentation and help have been completely renewed. We have put an online wiki-based documentation with videos, manuals, application notes, and download links. | ||
This page is in free access and can be consulted here: https://wiki.oros.com/wiki/index.php/Home | This page is in free access and can be consulted here: https://wiki.oros.com/wiki/index.php/Home | ||
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</gallery> | </gallery> | ||
Be aware | Be aware this wiki page has a powerful search button if you need to search any setting.<br> | ||
[[File:help search.png]] | [[File:help search.png]] | ||
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If you are using NVGate in a different language than english, the wikipage will be opened with /XX at the end (XX correspond to the unicode language.<br> | If you are using NVGate in a different language than english, the wikipage will be opened with /XX at the end (XX correspond to the unicode language.<br> | ||
For example if you are using NVGate in Japanese, help will bring you to the page: | For example, if you are using NVGate in Japanese, help will bring you to the page: | ||
https://wiki.oros.com/wiki/index.php/NVGate/ja (==> ja is the international Japanese code) | https://wiki.oros.com/wiki/index.php/NVGate/ja (==> ja is the international Japanese code) | ||
== Off line Help: PDF manual == | == Off line Help: PDF manual == | ||
If you are not connected to internet which may often happen in the field, the NVGate.pdf manual will be opened. This file is located in the "Manuals" folder in the installation directory of NVGate. | If you are not connected to the internet which may often happen in the field, the NVGate.pdf manual will be opened. This file is located in the "Manuals" folder in the installation directory of NVGate. | ||
== Tutorials Videos == | == Tutorials Videos == | ||
The OROS Youtube channel is available here featuring a full panel of videos on how to use OROS products | The OROS Youtube channel is available here featuring a full panel of videos on how to use OROS products: | ||
[[File:youtube.png|600px]]<br> | [[File:youtube.png|600px]]<br> | ||
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So during a Run up the kinematik marker will automatically move inside FFT spectrum with the speed. | So during a Run up the kinematik marker will automatically move inside FFT spectrum with the speed. | ||
How to use it : | How to use it: | ||
Select a Tachometer on the FFT tab from GoToResult page. | Select a Tachometer on the FFT tab from GoToResult page. | ||
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===Increased filter order=== | ===Increased filter order=== | ||
The order of the filter affects the steepness of its roll-off. The higher the order is, the sharper the transition between the pass band and the stop band is. An example demonstrating the impact of the filter order is shown below | The order of the filter affects the steepness of its roll-off. The higher the order is, the sharper the transition between the pass band and the stop band is. An example demonstrating the impact of the filter order is shown below: | ||
[[File:butterworth_freq_response.png|600px]] | [[File:butterworth_freq_response.png|600px]] | ||
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= Enrich your measurements in real time: from GPS to environmental metadata = | = Enrich your measurements in real time: from GPS to environmental metadata = | ||
The DC simulated inputs allow you to inject up to 32 external DC channels in NVGate from external source ( | The DC simulated inputs allow you to inject up to 32 external DC channels in NVGate from external source (example : GPS, weather station, external can bus...). The frequency sampling is up to 15 samples / second. | ||
Thanks to the python developer toolkit, a developer can easily develop an interface to inject the values into NVGate. The GPS and weather station below have been developed using the DC simulated. | Thanks to the python developer toolkit, a developer can easily develop an interface to inject the values into NVGate. The GPS and weather station below have been developed using the DC simulated. | ||
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<br> | <br> | ||
On the Acquisition Tab, select connect input, select the DC inputs and select the DC simulated channels. | |||
[[File:DC simulat.png|600px]] | [[File:DC simulat.png|600px]] | ||
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* Record and display the speed profile. | * Record and display the speed profile. | ||
* Use the speed profile as a waterfall reference. | * Use the speed profile as a waterfall reference. | ||
* | * Create a .gpx and display it on an internet website if you have an Internet connection). | ||
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We are compatible with GPS USB Serial Interface Compliant with NMEA 0183 standard GPGGA <br> | We are compatible with GPS USB Serial Interface Compliant with NMEA 0183 standard GPGGA <br> | ||
We | We recommend the GPS USB Navilock NL-602U but other GPS units will work as well.<br> | ||
[[File:gps_navilock.jpg|200px]] | [[File:gps_navilock.jpg|200px]] | ||
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|} | |} | ||
'''Signal | '''Signal filtering including''': | ||
{| class="wikitable" style="margin: auto;" | {| class="wikitable" style="margin: auto;" | ||
|+style="caption-side:bottom;"|''Time-weighting filters'' | |+style="caption-side:bottom;"|''Time-weighting filters'' | ||
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== Displaying Time in Zoomed signal relative to measurement== | == Displaying Time in Zoomed signal relative to measurement== | ||
It is now possible to | It is now possible to display the time "relative to measurement" in zoom signal.<br> | ||
[[image:zomm_relative.png|600px]] | [[image:zomm_relative.png|600px]] | ||