function create_table(info, dirs)

test_id = {'A1','A4','B4'};


for ii=1:length(test_id)
	data=load([dirs.output filesep test_id{ii}  filesep 'data_' test_id{ii}]);
    xb=load([dirs.output filesep test_id{ii}  filesep 'xb_' test_id{ii}]);
    
    [r2 sci_HS(ii) relbias_HS(ii) bss] = xb_skill([data.gauge_loc',[data.data(:).Hs]'], [xb.pointx,[xb.result(:).Hs]']);
    [r2 sci_HS_L(ii) relbias_HS_l(ii) bss] = xb_skill([data.gauge_loc',[data.data(:).Hs_low_f]'], [xb.pointx,[xb.result(:).Hs_low_f]']);
end




dlm = {'$H_{m0,HF}$ Rel. bias','$H_{m0,HF}$ SCI','$H_{m0,LF}$ Rel. bias','$H_{m0,LF}$ SCI'};
matrix2latex([relbias_HS; sci_HS; relbias_HS_l; relbias_HS_l], 'filename', 'skill.tex', ...
    'rowjustification','p{1.5cm}',...
    'caption',  'The statistical scores for the Van Noorloos experiments. The scatter index (SCI) and relative bias (rel. bias) are shown for the short-wave height, infragravity wave height and spectral period.', ...
    'rowlabel', dlm, ...
    'collabel', test_id, ...
    'format',	{'%s', '%4.2f', '%4.2f','%4.2f'});

end