Extract compressed file to a folder. Then:
1) cd to the folder containing the contents of the compressed file.
2) To produce the spectrograms:
	a) Run the following commands in a terminal (Windows/Unix):
		python AI/extraction/stft.py data/mirnov/raw/voltage 139317_V plots/KTF/ KTF 2 0 500
		python AI/extraction/stft.py data/mirnov/raw/voltage 139317_V plots/TAE/ TAE 2 0 500
		python overlay.py
	b) The images of interest are: 
		plots/KTF/139317_V_KTF_t10.svg
		plots/TAE/139317_V_TAE_t1.svg
		plots/TAE/139317_V_TAE_t5.svg
		plots/TAE/139317_V_TAE_t11.svg
		plots/TAE/139317_V_TAE_t15.svg
		plots/overlay.svg
3) To produce the correlation plots:
	a) Run the following commands in a terminal (Windows/Unix):
		python AI/correlation/scatter.py TRANSP AI data plots/correl KTF
		python AI/correlation/scatter.py TRANSP AI data plots/correl TAE
	b) The images of interest are: 
		plots/correl/correlKTF_AMM_ASM.svg
		plots/correl/correlKTF_AMM_ASM.svg
		plots/correl/correlKTF_ETA.svg
		plots/correl/correlKTF_VINJ_BTBE.svg
		plots/correl/correlKTF_VINJ_VTORA.svg
		plots/correl/correlTAE_AMM_ASM.svg
		plots/correl/correlTAE_AMM_ASM.svg
		plots/correl/correlTAE_ETA.svg
		plots/correl/correlTAE_VINJ_BTBE.svg
		plots/correl/correlTAE_VINJ_VTORA.svg
4) The D-alpha plots can be produced simply via histogram binning the data in dalpha/check_elms_nstx_fida.txt.