Metadata-Version: 2.1
Name: molmag-ac-gui
Version: 0.2.2
Summary: A user interface and functions to work with magnetic relaxation
Home-page: http://www.eklahn.com
Author: Emil A. Klahn
Author-email: emil.klahn@gmail.com
License: MIT
Download-URL: https://pypi.org/project/molmag-ac-gui
Description: # Molmag AC GUI
        
        Import `process_ac` to use in scripts with your own data.
        
        Install with
        ```
        python -m pip install molmag_ac_gui
        ```
        Run with
        ```
        python -m molmag_ac_gui
        ```
        
        To use the GUI for fitting relaxation times, your own file with data of (T, tau) can be loaded and fitted in the "Analysis"-tab
        when the file is formatted as (the header line is mandatory, but the content is of no importance)
        
        ```
        Temp;Tau
        T1;tau1(;dtau1)
        T2;tau2(;dtau2)
        T3;tau3(;dtau3)
        
        ...
        ```
        
        
        
        # v. 0.2.2:
        Published on 4/3/2021
        Adding a data-folder to hold static variables. This will also
        make it easier in the future to add a function to change which
        header values can be read by the interface.
        
        # v. 0.2.1:
        Published on 3/3/2021
        Changed fitting procedures so
         - function to fit Xp and Xpp together is now in a separate function in process_ac
         - fitting of Xp and Xpp in the GUI is now done by multiprocessing
        
        # v. 0.2.0:
        Published on 1/3/2021
        Fixed issues relating to
         - loading of PPMS-data (issue #8)
         - loading of T,tau-data (issue #5, issue #9)
         - calculation of diamagnetic corrections (issue #6)
         - now using matplotlib to handle color mapping (issue #11)
        
        # v. 0.1.10:
        Fixed issue with loading ACMS data files (issue #4 on Github)
        
        # v. 0.1.9:
        Fixed import issue in importing process_ac
        
        # v. 0.1.8:
        Removed a dependency on my own library of scientific constants and replaced with scipy.constants
        
Keywords: Magnetism,Molecular magnetism,Magnetic relaxation
Platform: UNKNOWN
Description-Content-Type: text/markdown
