1. Post_process_CAE_array contains the file type reader as the measurements are recorded in .tdms files. DO NOT CHANGE.
2. Frequency_correction contains the calibration over frequency for different microphones. DO NOT CHANGE.
3. Optical_camera_CAE can be used to create an optical video/photo overlay for acoustic imaging maps. Inputs are written in the code.
4. Read_data_CAE reads the data from the CAE array. Need to specify where the data is located on the computer and also where the folder 'post_process_CAE_array' is located.
   In the end, you need to change the input for line 15 and need to specify somewhere in the main or the Read_data_CAE code line 9 through 11.
   Can be run in code, is not a function. 


Read_data_CAE contains a part where the selected data segment is calibrated in the frequency domain, this gives SPL_cal f.e.
It also contains time-domain calibrated data, however, only use this when applying ROSI or other time domain beamforming codes. 
Do not use the time-domain calibrated data for frequency domain acoustic imaging, as it is slightly less accurate.


Read 'Explanation of Read_data_CAE' for more in dept information on the data extraction code.