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@ -8,11 +8,11 @@ The scripts should be run in the following order: |
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all functions used in the analysis. |
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2. plotter.py - This is the second script used in the analysis and is the script that performs the most. |
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Before getting started, the os.chdir(___) should be set to the 'formules.py' pathway |
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Before getting started, the os.chdir() should be set to the 'formules.py' pathway |
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The rootdir should be set to the folder containing 7 individual .csv day-files |
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The PtName variable should be set accordingly to the name of the files used. This possibly changes |
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between different weeks/different patients. |
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Finally, the CheckWeel.to_csv(___) should be filled with the used weeknumber, to save the |
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Finally, the CheckWeel.to_csv() should be filled with the used weeknumber, to save the |
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parameters of the trendline for each different week. |
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After changing these variables to your liking, the script should run automatically, using the |
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folder with individual days as input and saving the plots for individual days as well as an |
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@ -21,7 +21,7 @@ The scripts should be run in the following order: |
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3. Totalplotter.py - After running the plotter.py script you should have ended up with 6 .csv files with parameters |
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of the trendlines. Make sure that these files are saved within the same folder and set the path |
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of this folder as the rootdir in this script. |
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Change the names in the plt.title(___) and plt.savefig(___) commands accordingly and run the scripts |
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Change the names in the plt.title() and plt.savefig() commands accordingly and run the scripts |
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The output will be a plot of all 6 weeks in one figure. |
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