Now I want to fit my spectrum with sum of thee Gauss functions and linear baseline. The program shows basic format properties of selected curve in inspector toolbar. I can check ‘Create Fit Plot’ just in this dialog and MagicPlot import my file and creates Fit Plot. The main are encoding, column and decimal separators. I select Project->Import Text Table menu item and select my file in file browser. I want to make a graph of this spectrum and fit it with some Gaussians. This file contains table with two columns: x, y. Now I have a text file with some noisy spectrum data.
As we mentioned above, it does not needs any installation. In case you want to follow along this example, download MagicPlot. Alexander from MagicPlot helped us out with that, and provided all that we needed. Instead of cooking up some dummy data ourselves, we decided to take help of MagicPlot team to provide us with some real data and use case.
Magicplot student software#
Best way to review such a software is by taking some real data, and plot that on software. MagicPlot Student is a scientific data plotting software.
Magicplot student mac os x#
Magicplot student pro#
Some features are supported in MagicPlot Pro only. For commercial purposes you can use paid and full-featured MagicPlot Pro edition. MagicPlot Student is free of charge for noncommercial purposes including education. balsamina L.and I.MagicPlot Student is a freeware for plotting and nonlinear curve fitting which is intended for scientists, students, engineers. In addition, the mole fraction of α-linolenic acid in both seed oils was also abundant at 24.5% and 28.2% for I. These conjugated fattyĪcids were determined to be α-parinaric (C18:49Z,11E,13E,15Z) and β-parinaric (C18:49Z,11E,13E,15Z), in which isomer β-parinaric representsĢ3.21% and 26.27% of conjugated octadecatetraenoic acids for I. Impatiens walleriana contain 43.44% and 36.12% mole of conjugated octadecatetraenoic fatty acids, respectively. The mole fraction of 15 TAGs containing conjugated moieties was more significant than 88% (for Impatiens balsamina L.) and 81% (for Impatiens walleriana Hook.f.). The results showed that both Impatiens seed oils contain the same 23 TAGs. The quantitative analysis of TAG was achieved by careful calibration, introducing correction factors for the sensitivity of each compound. Triacylglycerol (TAG)Ĭompositions were performed using an incremental approach and confirmed by the results of MS and electronic spectra. The presence of conjugated octadecatetraenoic moieties was confirmed by UV and IR spectroscopy. seed oils were determined using reverse phase high performance liquid chromatography with both refractive index and spectrophotometricĭetections.
In the present work, triacylglycerol and fatty acid compositions of Impatiens balsamina L.
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