chore: remove unused function

process_wt.m

-function res = process_wt(idFile, inputFiles)
-    % PROCESS_WT Processing of Wind Tunnel data.
-    %   This code pareses processes and filters the raw wind tunnel data. If multiple files are
-    %   loaded, it compares their mean measurements.
-    % -----
-    %
-    % Syntax:
-    %   rotare() prompts the user to select a configuration file and then execute Rotare based on
-    %   the loaded file.
-    %
-    %   rotare(configFile) runs Rotare directly based on the parameters specified in the file
-    %   `configFile`.
-    %
-    % Inputs:
-    %   resDir: Base directory for results (typically <YYYY>-Series<X>).
-    %   subDir: Subdirectory ('calibration', 'runs'). Can be left empty ([])
-    %   filebase: Base filename to look for
-    %
-    % See also: readdata.
-
-    % ----------------------------------------------------------------------------------------------
-    % TODO:
-    %   1. Load identification table
-    %   2. Loop for all files specified in input
-    %   3. Look into table to associate the correct data
-    %   4. Analyze, plot, etc.
-    %
-    % ----------------------------------------------------------------------------------------------
-    % (c) Copyright 2022 University of Liege
-    % Author: Thomas Lambert <t.lambert@uliege.be>
-    % ULiege - Aeroelasticity and Experimental Aerodynamics
-    % MIT License
-    %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-
-    close all;
-    clc;
-
-    % Defaults and constants
-    DT = 1 / 1000; % Acquisition step (acquisition @ 1kHz), [s]
-    SURFACE = 2 * 0.2 * 0.050; % Total wing surface (per module), [m^2]
-    WING_SEP = 0.03; % Wing separation distance (from TE1 to LE2), [m]
-
-    % ==============================================================================================
-    % ===================================== Input checks ===========================================
-    % ==============================================================================================
-
-    % Get filenames
-    if nargin < 2
-        [filenames, filepaths] = uigetfile({'*.txt; *.csv', 'Text Files (*.txt, *.csv)'}, ...
-                                           'Select all wind tunnel test-files to load', ...
-                                           'MultiSelect', 'on');
-        filepaths = repmat(string(filepaths), 1, length(filenames));
-    else
-
-        fullFiles = string(inputFiles);
-
-        % Look for files
-        allFiles = [];
-
-        for i = 1:numel(fullFiles)
-
-            dummy = dir(fullFiles(i)); % List files properly
-            if isempty(dummy)
-                warning('MATLAB:process_wt:FileNotFound', ...
-                        'Could not find file %s.', fullFiles(i));
-            end
-            allFiles = [allFiles; dummy];
-        end
-        if isempty(allFiles)
-            error('MATLAB:parsefileinputs:noFilesFound', ...
-                  'Impossible to find ANY file matching the input arguments.');
-        end
-
-        % Output the proper file names and path
-        filenames = cell(1, length(allFiles));
-        filepaths = cell(1, length(allFiles));
-        for i = 1:length(allFiles)
-            filenames{i} = allFiles(i).name;
-            filepaths{i} = allFiles(i).folder;
-        end
-    end
-
-    allFiles = fullfile(filepaths, filenames);
-    %     clearvars -except allFiles idFile DT SURFACE;
-
-    % Load identification table
-    opts = detectImportOptions(idFile);
-    opts.VariableNamesLine = 3;
-    opts.VariableUnitsLine = 4;
-    opts.DataLines = [5 Inf];
-    idTable = readtable(idFile, opts);
-
-    % Read and parse all files,
-    res(length(allFiles)) = struct;
-
-    for iFile = 1:length(allFiles)
-        [res(iFile).forces, res(iFile).moments] = readdata(allFiles(iFile), idTable);
-        res(iFile).meanFor = mean(res(iFile).forces);
-        res(iFile).meanMom = mean(res(iFile).moments);
-        res(iFile).cFor = mean(res(iFile).forces);
-        res(iFile).cMom = mean(res(iFile).moments);
-    end
-
-    % Plot
-    for iFile = 1:length(allFiles)
-        nts = size(res(iFile).forces, 1);
-        time = linspace(0, DT * nts, nts);
-        size(res(iFile).forces(:, 1, 1));
-
-        figure;
-        subplot(211);
-        hold on;
-        plot(time, res(iFile).forces(:, 1, 1));
-        plot(time, res(iFile).forces(:, 2, 1));
-        plot(time, res(iFile).forces(:, 3, 1));
-        hold off;
-        legend('Fx1', 'Fy1', 'Fz1');
-        Vinf = 0; % FIXME
-        title(['Vitesse = ', Vinf, ' m/s']);
-        % ylim([-5 50])
-        subplot(212);
-        hold on;
-        plot(time, res(iFile).forces(:, 1, 2));
-        plot(time, res(iFile).forces(:, 2, 2));
-        plot(time, res(iFile).forces(:, 3, 2));
-        hold off;
-        legend('Fx2', 'Fy2', 'Fz2');
-    end
-
-end