8,877
edits
Difference between revisions of "NVGate Waterfall"
Jump to navigation
Jump to search
no edit summary
| Line 93: | Line 93: | ||
====From the Show Result window==== | ====From the Show Result window==== | ||
The [[NVGate_Software_overview#Step_2_Show_results|Show Results]] window is the most common way of adding a result in the waterfall. Here I will show you how to simply display a waterfall of the [[NVGate FFT | The [[NVGate_Software_overview#Step_2_Show_results|Show Results]] window is the most common way of adding a result in the waterfall. Here I will show you how to simply display a waterfall of the [[NVGate FFT|average spectrum]] for an acceleration input. | ||
First, open the Show Result window, go in the ''FFT 1'' tab, and reach the ''Waterfall'' section : | First, open the Show Result window, go in the ''FFT 1'' tab, and reach the ''Waterfall'' section : | ||
| Line 108: | Line 108: | ||
====From the graph window==== | ====From the graph window==== | ||
This method will allow you to add the result from a currently displayed [[NVGate_Display#Graph|graph]] into the waterfall. This will work with any result of NVGate [[NVGate Waterfall|compatible with the waterfall]]. As previously, we will add the [[NVGate FFT | This method will allow you to add the result from a currently displayed [[NVGate_Display#Graph|graph]] into the waterfall. This will work with any result of NVGate [[NVGate Waterfall|compatible with the waterfall]]. As previously, we will add the [[NVGate FFT|Average spectrum]] ''' of all the channels''' into the waterfall.<br> | ||
First of all, right-click on the grey border of the graph and go in the ''Add to Waterfall'' section : | First of all, right-click on the grey border of the graph and go in the ''Add to Waterfall'' section : | ||
| Line 116: | Line 116: | ||
* '''Active Trace''' will only add the [[NVGate Active Trace|active trace]] of the graph into the waterfall. | * '''Active Trace''' will only add the [[NVGate Active Trace|active trace]] of the graph into the waterfall. | ||
<br> | <br> | ||
Here, we will select '''All Trace''', as we want to add all the channels of the [[NVGate FFT | Here, we will select '''All Trace''', as we want to add all the channels of the [[NVGate FFT|FFT plug-in]]. | ||
[[Image:WTF_RgtClick_AllTrace.png|700px|none]]<br> | [[Image:WTF_RgtClick_AllTrace.png|700px|none]]<br> | ||
| Line 139: | Line 139: | ||
A profile can be used to plot trend over the time for DC inputs, Overall RMS level and Bode plots of Orders over the RPM value of the shaft.<br> | A profile can be used to plot trend over the time for DC inputs, Overall RMS level and Bode plots of Orders over the RPM value of the shaft.<br> | ||
In this section, I will show you how to display a profile of the [[NVGate_FFT_Analyzer#Display_available_results|Overall RMS level]] on a channel connected the the [[NVGate FFT | In this section, I will show you how to display a profile of the [[NVGate_FFT_Analyzer#Display_available_results|Overall RMS level]] on a channel connected the the [[NVGate FFT|FFT 1 plug-in]]. I will present the three same methods presented in the previous section. | ||
====From the Show Result window==== | ====From the Show Result window==== | ||
The [[NVGate_Software_overview#Step_2_Show_results|Show Results]] window is the most common way of adding a result in the waterfall. Here I will show you how to simply display a Profile of the [[NVGate FFT | The [[NVGate_Software_overview#Step_2_Show_results|Show Results]] window is the most common way of adding a result in the waterfall. Here I will show you how to simply display a Profile of the [[NVGate FFT|overall level]] for an acceleration input.<br> | ||
First, open the Show Result window, go in the ''FFT 1'' tab, and reach the ''Profile'' section : | First, open the Show Result window, go in the ''FFT 1'' tab, and reach the ''Profile'' section : | ||
| Line 162: | Line 162: | ||
[[NVGate_Waterfall#From_the_graph_window|As we did for the standard waterfall]], we will now see how to add a scalar value in the waterfall to create a profile directly from the result window. <br> | [[NVGate_Waterfall#From_the_graph_window|As we did for the standard waterfall]], we will now see how to add a scalar value in the waterfall to create a profile directly from the result window. <br> | ||
Here, we have [[NVGate_FFT_Analyzer#Display_available_results|displayed the ''Overall level'']] an acceleration input from the [[NVGate FFT | Here, we have [[NVGate_FFT_Analyzer#Display_available_results|displayed the ''Overall level'']] an acceleration input from the [[NVGate FFT|FFT plug-in]] : | ||
[[Image:FFT_Overall_scalar.png|200px|none]]<br> | [[Image:FFT_Overall_scalar.png|200px|none]]<br> | ||