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The Analysis Menu |
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Creates a new table providing basig statistical information about the selected columns in the active table: average, variance, standard deviation, max value, etc...
Creates a new table providing basig statistical information about the selected rows in the active table: average, variance, standard deviation, max value, etc...
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-out allowing you to select the curve you want to analyse.
In most of the cases (except for integration), a new red curve is added to the active plot layer and a a new table
containing the data used to plot this curve is added to the workspace.
Useful information about the operation performed will be showed in the Results Log display.
Opens the Integration dialog, allowing you to choose the curve to integrate and the integration method.
Performs a linear interpolation. The curve you analyse must contain at least 3 points, if not a warning message will be prompted out.
Performs a cubic interpolation. The curve you analyse must contain at least 4 points, if not a warning message will be prompted out.
Performs a Non-rounded Akime interpolation. The curve you analyse must contain at least 5 points, if not a warning message will be prompted out.
Performs a forward FFT transform of the selected curve.
Performs an inverse FFT transform of the selected curve. The inverse FFT transform of a forward transform will result in a data set identical to that used for the forward transform.
Creates a new plot displaying the resulting curve of the numerical differentiation.
Performs a linear fit of the selected curve.
Opens the Polynomial Fit dialog, allowing you to choose the curve to fit, the order of the polynomial function to use, the number of points of the resulting curve and the abscissae limits for the fit.
Opens the Exponential Fit dialog, allowing you to choose the curve to fit and the initial guesses for the fit parameters.
Opens a dialog, allowing you to choose the curve to fit and the initial guesses for the fit parameters.
Opens a dialog, allowing you to choose the curve to fit and the initial guesses for the fit parameters.
Performs an exponential growth fit of the selected curve.
Performs a gaussian fit of the selected curve.
Performs a lorentzian fit of the selected curve.
Opens the Non-linear Fit dialog, allowing you to choose the curve to fit, the algorithm and the tolerance, the number of iterations to be performed, and to type the analytical function to use, the names of the fitting parameters and their initial guessed values.
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