function make_forouzan_data()
%MAKE_FOROUZAN_DATA Convert the previous (Forouzan) study to our long format.
%   MAKE_FOROUZAN_DATA() calls FOROUZAN_LOAD_DATA and writes the curated long
%   table to analysis/forouzan_reach_data.csv (same columns as our
%   analysis/tdcs_reach_data.csv: subject, group, day, success, total), with
%   group in {a2_f (Control), b2_f (Anodal)}. It then prints a descriptives
%   summary and, as a conversion sanity-check, fits the paper's LME
%   (behavior ~ stim + day + stim:day + (1|rat)) and compares the interaction
%   to the paper's reported values (t(227)=2.68, F(1)=7.12, p=0.008, N=24).

thisDir = fileparts(mfilename('fullpath'));
T = forouzan_load_data();

outFile = fullfile(fileparts(thisDir), 'forouzan_reach_data.csv');
writetable(T, outFile);
fprintf('Wrote %s  (%d rows)\n\n', outFile, height(T));

fprintf('%-6s %6s %10s %12s %10s %8s\n', ...
    'group', 'nRats', 'nSessions', 'mean_success', 'mean_rate', 'max_day');
for g = categories(T.group)'
    r = T.group == g{1};
    fprintf('%-6s %6d %10d %12.1f %10.3f %8d\n', g{1}, ...
        numel(unique(T.subject(r))), sum(r), mean(T.success(r)), ...
        sum(T.success(r)) / sum(T.total(r)), max(T.day(r)));
end

% --- conversion sanity-check: the paper's own LME on the converted data ---
tbl = table(T.success, T.day, double(T.group == 'b2_f'), categorical(T.subject), ...
    'VariableNames', {'behavior', 'day', 'stim', 'rat'});
m = fitlme(tbl, 'behavior ~ stim + day + stim:day + (1|rat)');
C = m.Coefficients; A = anova(m);
ii = strcmp(C.Name, 'day:stim'); ai = strcmp(A.Term, 'day:stim');
fprintf(['\nPaper-LME check (behavior ~ stim + day + stim:day + (1|rat), N=%d):\n' ...
    '  stim x day interaction: t(%d)=%.2f, F(1)=%.2f, p=%.4g\n' ...
    '  paper reported:         t(227)=2.68, F(1)=7.12, p=0.008\n'], ...
    numel(unique(tbl.rat)), C.DF(ii), C.tStat(ii), A.FStat(ai), C.pValue(ii));

end