===========================================================================
                  Authors: Rodrigo Castellanos, Andrea Ianiro, Stefano Discetti
                 Platform: MATLAB
                     Date: 24th April 2023
                  Version: 1.0.0
                  Contact: sdiscett@ing.uc3m.es
===========================================================================

FILES
PIV 				.mat file
LGAC				.mat file
readme 				.txt Instruction file

STRUCTURE OF FILES

PIV.mat contains:
- Lref: reference length (boundary-layer thickness) in meters
- Uref: reference velocity in meters per second
- slot: structure containing the coordinates of the slots:
	- x0: streamwise position of the upstream edge
	- x1: streamwise position of the downstream edge
	- y0: spanwise position of the upstream edge
	- y1: spanwise position of the downstream edge
	- foil: streamwise position of the upstream edge of the foil
- PIV_snapshots: structure containing 3 cases, i.e. 'best_ind' (best individual), 'No_jet' (no actuation, i.e. unperturbed TBL) and 'steady-jet' (steady-jet actuation). For each case, the following variables are included:
	- X: 138x127 streamwise position of grid points
	- Y: 138x127 spanwise position of grid points
	- U: 138x127x1900 streamwise velocity fields, being 1900 the number of snapshots
	- W: 138x127x1900 spanwise velocity fields, being 1900 the number of snapshots

LGAC.mat contains:
- Nu_0 is the Nusselt number distribution for the unperturbed TBL
- Nu_sj is the Nusselt number distribution for the steady-jet actuation
- LGAC_Results is a structure containing
	- generations: number of generations
	- nonredundant_individuals: number of non-redundant generated and tested individuals
	- population: a 1x10 structure containing for each generation:
		- individuals: 100x5 array containing as columns the actuation parameters as in Eq. 5 of the manuscript.
		- J, Ja, Jb: loss function terms according to Eq. 11, 9 and 10 respectively