Std Graph Analysis Menu - Revision history

LabRPS at 00:41, 28 October 2024

2024-10-28T00:41:39Z

@@ Line 14: / Line 14: @@
 ==Introduction==
-The '''Std Analysis Menu''' is one of the 4 sub-menus added to the [[Standard_Menu|standard menu]] when a [[Graph|graph view]] is active:
+The '''Std Analysis Menu''' is one of the 2 sub-menus added to the [[Standard_Menu|standard menu]] data visualization.
 The Std Analysis menu provides various tools to work with a graph. The following items are enabled only if the active window is a 2D Multilayer Plot Window. If the active plot layer contains more than one curve, and the Data Range Selectors are not enabled, a dialog window will pop-up allowing you to select the curve you want to analyze.

LabRPS at 11:32, 19 April 2024

2024-04-19T11:32:20Z

← Older revision		Revision as of 04:32, 19 April 2024
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	{{Std Base navi}}		{{Std Base navi}}
	{{Userdocnavi}}		{{Userdocnavi}}
	~~[[Category:Plugins]]~~
	{{clear}}		{{clear}}

LabRPS at 16:42, 5 September 2022

2022-09-05T16:42:47Z

← Older revision		Revision as of 09:42, 5 September 2022
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	** [[Std_Graph_Analysis_Filter_High_pass\|High Pass...]]: uses an FFT based digital filter to attenuate the low frequencies present in an input signal.		** [[Std_Graph_Analysis_Filter_High_pass\|High Pass...]]: uses an FFT based digital filter to attenuate the low frequencies present in an input signal.
	** [[Std_Graph_Analysis_Filter_Band_pass\|Band Pass...]]: uses an FFT based digital filter to attenuate both high and low frequencies present in an input signal.		** [[Std_Graph_Analysis_Filter_Band_pass\|Band Pass...]]: uses an FFT based digital filter to attenuate both high and low frequencies present in an input signal.
	** [[Std_Graph_Analysis_Filter_Band_block\|Band Block...]]: ~~command~~ uses an FFT based digital filter to remove a band of frequencies from a signal while leaving those frequencies above and below the stop band.		** [[Std_Graph_Analysis_Filter_Band_block\|Band Block...]]: uses an FFT based digital filter to remove a band of frequencies from a signal while leaving those frequencies above and below the stop band.

	* [[Std_Graph_Analysis_Smooth\|Smooth]]: gives access to 3 smoothing submenus.		* [[Std_Graph_Analysis_Smooth\|Smooth]]: gives access to 3 smoothing submenus.

LabRPS at 14:42, 5 September 2022

2022-09-05T14:42:57Z

← Older revision		Revision as of 07:42, 5 September 2022
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	** [[Std_Graph_Analysis_Translate_vertical\|Vertical]]:is used to move a curve in the vertical direction.		** [[Std_Graph_Analysis_Translate_vertical\|Vertical]]:is used to move a curve in the vertical direction.

	* [[~~Std_Analysis_FFT~~\|FFT...]]: opens a dialog that allows to compute a direct or inverse Fast Fourier Transform.		* [[Std_Graph_Analysis_FFT\|FFT...]]: opens a dialog that allows to compute a direct or inverse Fast Fourier Transform.

	* [[Std_Graph_Analysis_Filter\|FFT Filter]]: gives access to submenus that provides Lowpass, Highpass, Bandpass and Bandblock filter topologies:		* [[Std_Graph_Analysis_Filter\|FFT Filter]]: gives access to submenus that provides Lowpass, Highpass, Bandpass and Bandblock filter topologies:

LabRPS at 08:46, 30 August 2022

2022-08-30T08:46:27Z

← Older revision		Revision as of 01:46, 30 August 2022
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	** [[Std_Graph_Analysis_Smooth_FFT_filter\|FFT Filter...]]: performs a smoothing of the selected curve using the Low Pass method.		** [[Std_Graph_Analysis_Smooth_FFT_filter\|FFT Filter...]]: performs a smoothing of the selected curve using the Low Pass method.

	* [[Std_Graph_Analysis_Differentiate\|Differentiate]]: creates a new plot displaying the resulting curve of the numerical differentiation.		* [[Std_Graph_Analysis_Differentiate\|Differentiate]]: creates a new plot displaying the resulting curve of the numerical differentiation.

	* [[Std_Graph_Analysis_Integrate\|Integrate]]: performs a piecewise numerical integration of a curve on the selected layer.		* [[Std_Graph_Analysis_Integrate\|Integrate]]: performs a piecewise numerical integration of a curve on the selected layer.

LabRPS at 08:45, 30 August 2022

2022-08-30T08:45:33Z

← Older revision		Revision as of 01:45, 30 August 2022
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	* [[Std_Graph_Analysis_Smooth\|Smooth]]: gives access to 3 smoothing submenus.		* [[Std_Graph_Analysis_Smooth\|Smooth]]: gives access to 3 smoothing submenus.
	* [[Std_Graph_Analysis_Smooth_Savitzky\|Savitzky Golay...]]: performs a smoothing of the selected curve using the Savitzky-Golay method.		** [[Std_Graph_Analysis_Smooth_Savitzky\|Savitzky Golay...]]: performs a smoothing of the selected curve using the Savitzky-Golay method.
	* [[Std_Graph_Analysis_Smooth_Moving_window_average\|Moving Window Average...]]: performs a smoothing of the selected curve with the moving window average method.		** [[Std_Graph_Analysis_Smooth_Moving_window_average\|Moving Window Average...]]: performs a smoothing of the selected curve with the moving window average method.
	* [[Std_Graph_Analysis_Smooth_FFT_filter\|FFT Filter...]]: performs a smoothing of the selected curve using the Low Pass method.		** [[Std_Graph_Analysis_Smooth_FFT_filter\|FFT Filter...]]: performs a smoothing of the selected curve using the Low Pass method.

	* [[Std_Graph_Analysis_Differentiate\|Differentiate]]: creates a new plot displaying the resulting curve of the numerical differentiation.		* [[Std_Graph_Analysis_Differentiate\|Differentiate]]: creates a new plot displaying the resulting curve of the numerical differentiation.

LabRPS: Created page with "{{Docnav |Std Tools Menu |Std Windows Menu |Std Base |IconL= |IconR= |IconC=Labrps.svg }} Std Base icon {{TOCright}} ==Introduction== The '''Std Analysis Menu''' is one of the 4 sub-menus added to the standard menu when a graph view is active: {{StdMenu | File Edit Std_View_Menu..."

2022-08-30T08:43:13Z

Created page with "{{Docnav |Std Tools Menu |Std Windows Menu |Std Base |IconL= |IconR= |IconC=Labrps.svg }} thumb|128px|Std Base icon {{TOCright}} ==Introduction== The '''Std Analysis Menu''' is one of the 4 sub-menus added to the standard menu when a graph view is active: {{StdMenu | File Edit Std_View_Menu..."

New page

{{Docnav
|[[Std_Tools_Menu|Std Tools Menu]]
|[[Std_Windows_Menu|Std Windows Menu]]
|[[Std_Base|Std Base]]
|IconL=
|IconR=
|IconC=Labrps.svg
}}

[[Image:Labrps.svg|thumb|128px|Std Base icon]]

{{TOCright}}

==Introduction==

The '''Std Analysis Menu''' is one of the 4 sub-menus added to the [[Standard_Menu|standard menu]] when a [[Graph|graph view]] is active:

{{StdMenu
|
[[Std_File_Menu|File]]
   
[[Std_Edit_Menu|Edit]]
   
[[Std_View_Menu|View]]
   
[[Std_Scripting_Menu|Scripting]]
   
[[Std_Input_Menu|Input]]
   
[[Std_Simulation_Menu|Simulation]]
   
[[Std_Output_Menu|Output]]
   
[[Std_Graph_Menu|Graph]]
   
[[Std_Tools_Menu|Tools]]
   
[[Std_Graph_Analysis_Menu|Analysis]]
   
[[Std_Windows_Menu|Windows]]
   
[[Std_Help_Menu|Help]]
}}

The Std Analysis menu provides various tools to work with a graph. The following items are enabled only if the active window is a 2D Multilayer Plot Window. If the active plot layer contains more than one curve, and the Data Range Selectors are not enabled, a dialog window will pop-up allowing you to select the curve you want to analyze.

In most cases (except for integration), a new red curve is added to the active plot layer and a new table containing the data used to plot this curve is added to the workspace. Useful information about the operation performed will be shown in the Results Log display.

==Tools==

The following tools are available in this menu:

* [[Std_Graph_Analysis_Translate|Translate]]: provides access to 2 commands that are used for translating curves horizontally and vertically.
** [[Std_Graph_Analysis_Translate_horizontal|Honrizontal]]: is used to move a curve in the horizontal direction.
** [[Std_Graph_Analysis_Translate_vertical|Vertical]]:is used to move a curve in the vertical direction.

* [[Std_Analysis_FFT|FFT...]]: opens a dialog that allows to compute a direct or inverse Fast Fourier Transform.

* [[Std_Graph_Analysis_Filter|FFT Filter]]: gives access to submenus that provides Lowpass, Highpass, Bandpass and Bandblock filter topologies:
** [[Std_Graph_Analysis_Filter_Low_pass|Low Pass...]]: uses an FFT based digital filter to attenuate the high frequencies present in an input signal.
** [[Std_Graph_Analysis_Filter_High_pass|High Pass...]]: uses an FFT based digital filter to attenuate the low frequencies present in an input signal.
** [[Std_Graph_Analysis_Filter_Band_pass|Band Pass...]]: uses an FFT based digital filter to attenuate both high and low frequencies present in an input signal.
** [[Std_Graph_Analysis_Filter_Band_block|Band Block...]]: command uses an FFT based digital filter to remove a band of frequencies from a signal while leaving those frequencies above and below the stop band.

* [[Std_Graph_Analysis_Smooth|Smooth]]: gives access to 3 smoothing submenus.
* [[Std_Graph_Analysis_Smooth_Savitzky|Savitzky Golay...]]: performs a smoothing of the selected curve using the Savitzky-Golay method.
* [[Std_Graph_Analysis_Smooth_Moving_window_average|Moving Window Average...]]: performs a smoothing of the selected curve with the moving window average method.
* [[Std_Graph_Analysis_Smooth_FFT_filter|FFT Filter...]]: performs a smoothing of the selected curve using the Low Pass method.

* [[Std_Graph_Analysis_Differentiate|Differentiate]]: creates a new plot displaying the resulting curve of the numerical differentiation.

* [[Std_Graph_Analysis_Integrate|Integrate]]: performs a piecewise numerical integration of a curve on the selected layer.

* [[Std_Graph_Analysis_Interpolate|Interpolate]]: performs an interpolation using the selected method.

* [[Std_Graph_Analysis_Quick_fit|Quick Fit]]: provides the following data fitting routines for plot curves:
** [[Std_Graph_Analysis_Quick_fit_linear|Fit Linear...]]: performs a linear fit of the selected curve, using the default data fit settings.
** [[Std_Graph_Analysis_Quick_fit_polynomial|Fit Polynomial...]]: opens the [[Polynomial_fit_dlg|Polynomial Fit Options dialog]].
** [[Std_Graph_Analysis_Quick_fit_exponential_decay|Fit Exponential Decay...]]: provides 3 forms of exponential decay (First Order, Second Order, and Third Order).
** [[Std_Graph_Analysis_Quick_fit_exponential_growth|Fit Exponential Growth...]]: opens the [[Exponential_growth_fit_dlg| Exponential Growth Fit Dialog]].
** [[Std_Graph_Analysis_Quick_fit_boltzmann|Fit Boltzmann (Sigmoidal)...]]: performs a fit to a Boltzmann function on the selected curve.
** [[Std_Graph_Analysis_Quick_fit_gaussian|Fit Gaussian...]]: performs a Gaussian fit to the selected curve.
** [[Std_Graph_Analysis_Quick_fit_lorentzian|Fit Lorentzian...]]: performs a Lorentzian fit to the selected curve.
** [[Std_Graph_Analysis_Quick_fit_multipeak|Fit Multi-Peak...]]: performs a fit to a sum of profile functions on the selected curve. Two different profiles are available (Gaussian and Lorentzian).

* [[Std_Graph_Analysis_Fit_wizard|Fit Wizard]]: Opens the [[Fit_wizard_dlg|Fit Wizard dialog]].

{{Docnav
|[[Std_Tools_Menu|Std Tools Menu]]
|[[Std_Windows_Menu|Std Windows Menu]]
|[[Std_Base|Std Base]]
|IconL=
|IconR=
|IconC=Labrps.svg
}}

{{Std Base navi}}
{{Userdocnavi}}
[[Category:Plugins]]
{{clear}}