View difference between Paste ID: Qh38tCjk and c8cxQVY8

 %% Anki scheduler simulation by Jantek Mikulski
 
 % Card's structure
 dueDate = 1;
 daysInterval = 2;
 ease = 3;
 
 cards = [1 1 2.5]; %initial card
 maxSimTime = 100*365; %maximal simulation time
 dueTable = zeros(maxSimTime, 1);
 today = 0; %today date
-numberOfCards = 0; % number of total cards
+numberOfCards = 1; % number of total cards
 %%
 startingEase = 2.5;
 easyBonus = 1.2;
 newCardsDaily = 10; % number of new cards each day
 endDate = 15*365; % for how many days should the simulation be run
 goodPercentage = 0.65;
 easyPercentage = 0.1;
 hardPercentage = 0.2; %the rest if forgotten
 newIntervalOnLapses = 0.1;
 while today < endDate
     % reviewing existing cards
     for N=1:numberOfCards
         if cards(N, dueDate) == today
            r = rand();
            if r < goodPercentage % good on card
                cards(N, daysInterval) = floor(cards(N, daysInterval)*cards(N, ease));
                cards(N, dueDate) = today+cards(N, daysInterval);
            elseif r < goodPercentage + easyPercentage % easy on card
                cards(N, daysInterval) = floor(cards(N, daysInterval)*cards(N, ease)*easyBonus);
                cards(N, dueDate) = today+cards(N, daysInterval);
                cards(N, ease) = cards(N, ease) + 0.15;
            elseif r < goodPercentage + easyPercentage + hardPercentage % hard on card
                cards(N, daysInterval) = floor(cards(N, daysInterval)*1.2);
                cards(N, dueDate) = today+cards(N, daysInterval);
                cards(N, ease) = max(1.3, cards(N, ease)-0.15);
            else % card forgotten (again)
                cards(N, daysInterval) = max(1, floor(cards(N, daysInterval)*newIntervalOnLapses));
                cards(N, dueDate) = today+cards(N, daysInterval);
                cards(N, ease) = max(1.3, cards(N, ease)-0.20);
            end
            dueTable(today+cards(N, daysInterval))=dueTable(today+cards(N, daysInterval))+1;
         end
     end
     %adding new cards
     for N=1:newCardsDaily
        cards = [cards; [today+1 1 startingEase]];
        numberOfCards = numberOfCards+1;
     end
     today = today + 1;
 end
 
 plot(dueTable(1:endDate+30));