Update README.md

Author: DmitriyMakhnovskiy

README.md

@@ -1,10 +1,10 @@
-Digital BH-loop algorithm for calculating magnetic hysteresis loops.
+Digital BH-loop algorithm for calculating magnetic hysteresis loops. Last update 01.02.2024
 
-Run "BH.py" for GUI and enter the input parameters: copy-paste the directory path, enter the file name without extension (e.g. 50kHz), amend B-scale and H-scale (1 by default), and choose the moving average window (5 by default).
+The program can be launched in two ways. The executable file "BH.exe" is located in the "dist" folder. Enter the input parameters: copy-paste the directory path, enter the file name without extension (e.g. 50kHz), amend B-scale and H-scale (1 by default), and choose the moving average window (5 by default). If you have a Python IDE, for example PyCharm, Run "BH.py" for GUI. 
 
 A csv file (comma delimited) with data must contain only two columns: (1) signal response proportional to the magnetic induction B and (2) sinusoid proportional to the excitation field H. Four files are provided as examples: 50kHz.csv (time increment 5e-8 s), 100kHz.csv (time increment 2e-8 s), 200kHz.csv (time increment 1e-8 s), and 250kHz.csv (time increment 1e-8 s).
 
-A report is provided in the PDF file in the Report folder.
+A report is provided in the PDF file in the Report folder. However, in the report we are still undecided on how to choose the scales for the fields. The flux-based method gives non-arilist values for magnetic induction. When we reach a final decision, the report will be updated.
 
 Authors:
 Ekaterina Nefedova, Dr. Mark Nemirovich, Dr. Nikolay Udanov, and Prof. Larissa Panina,