「Output」の版間の差分

提供: ComplexRI: Manual
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(ページの作成:「<div id="出力01" style="font-size: 150%;">01:Number</div> :This is the standard deviation of reflectance spectra represented by fitting the final fitting function fr…」)
 
 
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<div id="出力01"  style="font-size: 150%;">01:Number</div>
<div id="Stardard output of ComplexRI"  style="font-size: 150%;"> Stardard output of ComplexRI </div>
:This is the standard deviation of reflectance spectra represented by fitting the final fitting function from given reflectance spectra. The smaller this value is, the more precisely, reflectance spectra is fit and the dispersion of complex refractive index are represented.
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<div id="出力02"  style="font-size: 150%;">02:Table</div>
[[File:Newoutput.png|750px]]
:These are the parameters of Lorentz functions. The set of three parameters in the lines are for one Lorentz function.
: The standard output results of ComplexRI should be like the above figure.
: The first line (①) shows the residual value when the fitting is finished. The fitting results are closer to experimental data if this value is small.
 
: Part ② shows a table with the final results of the parameters of Lorentz functions. For each Lorentz function used in the fitting, the parameters <math> A_l, \nu_l, \gamma_l </math> are listed.
: Part ③ shows the plot of the complex refractive index in the target region, calculated by the Lorentz functions. The blue line is the real part and the purple line is the imaginary part.
: Part ④ shows the calculated and experimental intensity ratio of reflected light in the target region. The experimental data, obtained from ATR-IR, is shown in red line and the calculated results are shown in green line. The blue line shows the differences between calculated and experimental data.
<div id="Download your results"  style="font-size: 150%;"> Download your results </div>
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<div id="出力03"  style="font-size: 150%;">03:Graph</div>
[[File:DL.png|500px]]
:There are three graph.
: Click the "Download the output file" button to download the output file.
:experiment is the given reflectance spectra.
 
:calculate is represented with a set of Lorentz functions.
: In the output file, the residual value, table of Lorentz function parameters, and the graphs mentioned above are output.
:difference is calculated by subtracting experiment from calculate.
 
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: The "Execute another Fitting" button will bring you back to the Main Package page with the parameters remaining as you set.
<div id="出力04"  style="font-size: 150%;">04:Output file</div>
: Click the button to download the output file.
[[File:outputfile.png|500px]]
:In this file, the number, table, and graph mentioned above and so on are output.

2021年12月25日 (土) 03:07時点における最新版

Stardard output of ComplexRI

Newoutput.png

The standard output results of ComplexRI should be like the above figure.
The first line (①) shows the residual value when the fitting is finished. The fitting results are closer to experimental data if this value is small.
Part ② shows a table with the final results of the parameters of Lorentz functions. For each Lorentz function used in the fitting, the parameters are listed.
Part ③ shows the plot of the complex refractive index in the target region, calculated by the Lorentz functions. The blue line is the real part and the purple line is the imaginary part.
Part ④ shows the calculated and experimental intensity ratio of reflected light in the target region. The experimental data, obtained from ATR-IR, is shown in red line and the calculated results are shown in green line. The blue line shows the differences between calculated and experimental data.
Download your results

DL.png

Click the "Download the output file" button to download the output file.
In the output file, the residual value, table of Lorentz function parameters, and the graphs mentioned above are output.
The "Execute another Fitting" button will bring you back to the Main Package page with the parameters remaining as you set.