I have noticed that the number of solvers does not increase a lot for the CODY problem: Problem 24. Function Iterator
This problem is very interesting but not so easy to solve. This Trendy will confirm it .
Note : correct solutions can be given by the same CODY player. For example there are are 120 correct solutions for 92 CODY players (=solvers) at 07-June-2012.
% How many solvers for Problem 24. Function Iterator? % time vector is: time1660 % data vector is: data1660 current_correct = int2str(data1660(end,1)); plot(time1660,data1660(:,1), 'co-','linewidth',4,'displayname',[current_correct ' Correct Solutions']); correct_sol = data1660(:,1); real_solvers = data1660(:,2); real_solvers_start = time1660; % NaN values before 07-June-2012 real_solvers_start(isnan(real_solvers)) =; real_solvers(isnan(real_solvers)) =; firstday =fix( min(time1660)); lastday = fix(max(time1660)); sinceis = lastday - firstday; difference = max(correct_sol)-min(correct_sol); title(['Monitoring Cody Problem 24. Function Iterator' 10,... int2str(difference) ' more correct solutions in ' int2str(sinceis) ' days'],'fontweight','bold') datetick %% plot solvers hold on plot(real_solvers_start,real_solvers, 'ro-','linewidth',4,'displayname',[int2str(real_solvers(end)) ' Solvers']); % y-limits y1 = min(real_solvers)-2; y2 = max(correct_sol)+2; ylim([y1 y2]) set(gca,'YGrid','on') legend('location','best')
Created 22 May 2012 by Aurelien Queffurust
108 views (30 days)
This trend is associated in this plot (though may not be used.)