Difference between revisions of "NVGate 2021: Release note fr"

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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>''' Ici OROS Wiki, que puis-je faire pour vous?''' <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> '''Les limitations sur les filtres sont assouplies !'''<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>'''Suivre les fréquences kinématiques lors de variations de vitesse''' <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> Enrichissez vos mesures en temps réel avec des données '''GPS'''.'''  
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| [[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> '''Affiche-moi des orbites!''' <br>Orbits can now be displayed directly in NVGate with FFt-Diag option.
| [[File:calibration_2021.png|50px]]<br> Dynamical inputs can now calibrate DC sensors with y = ax + b formula.  
| [[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>'''Effets des vibrations sur le corps humain''' <br>A new add-on is available to apply human vibrations filters and calculate associated quantities.
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Cette release note décrit le contenu de la version avec des détails sur son fonctionnement.  
Cette release note décrit le contenu de la version avec des détails sur son fonctionnement.  
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https://wiki.oros.com/wiki/index.php/Human_Vibration
https://wiki.oros.com/wiki/index.php/Human_Vibration


Cet outil est offert aux utilisateurs NVGate 2021 et TDA.
Cet outil est disponible pour les utilisateurs NVGate 2021 et ceux disposant du plug-in TDA.


= Affichage des Orbites inclus dans l'option FFT diag ou ORD diag =
= Affichage des Orbites inclus dans l'option FFT diag ou ORD diag =

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