Difference between revisions of "EPR Simulations with EasySpin"
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(Created page with "== Overview == This page serves as a resource to assist those trying to simulate EPR spectra with the EasySpin MATLAB package. == Importing Data == EasySpin has a functio...") |
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== Creating a Simulation == | == Creating a Simulation == | ||
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| + | The central concept to constructing a simulation with EasySpin is defining a Spin System (Sys) and Experimental Parameters (Exp). | ||
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| + | === Spin System === | ||
Revision as of 19:28, 7 February 2019
Overview
This page serves as a resource to assist those trying to simulate EPR spectra with the EasySpin MATLAB package.
Importing Data
EasySpin has a function for doing this, called eprload(). The method used to import your data depends on the format in which your experimental data is saved:
- For Modern Bruker Spectrometer Data:
[B,spc] = eprload('mydata');
- For Older Bruker Spectrometer Data:
[B,spc] = eprload('myolddata.spc');
[B,spc] = eprload('myolddata.par');
The function changes when you are trying to load a text file of data:
- For Data Stored in Text Files:
[B,spc] = textread('mydata.txt','%f %f');
- Text Files with Header Information:
[B,spc] = textread('mydata.txt','%f %f','headerlines',17)
Creating a Simulation
The central concept to constructing a simulation with EasySpin is defining a Spin System (Sys) and Experimental Parameters (Exp).