Matlab outcome is different between online version and 2019a version

I have stacked bar codes that I want to see negative values below zero. When I use MATLAB online version I can get what I want but when I perform it on my computer it doesn't differentiate between positive and negative value. I am using MATLAB 2019a.

scaleaccretdecm(1:52, 1)=[0.024385606   0.022413488 0.044662561 0.003465332 0.020993959 0.032899477 0.030234633 0.049393371 0.045227192 0.042258106 0.065216925 0.060235394 0.050300704 0.059009665 0.044761431 0.032358603 0.012341471 0.019592291 0.040222551 0.029380475 0.037589868 0.046407316 0.077936607 0.107160264 0.096636333 0.0878621   0.108100764 0.075800066 0.118804893 0.108354917 0.121995114 0.145283354 0.156555518 0.175677074 0.201213601 0.220005439 0.167424693 0.183198114 0.188126781 0.199241433 0.229967391 0.232639002 0.228793215 0.228090775 0.229343472 0.217403674 0.237397605 0.247221671 0.260484612 0.292758388 0.28522593  0.269695308];
scaleaccretdecm(1:52, 2)=[-0.009871475  -0.005268862    0.001091759 0.034312917 0.029936851 0.042577605 0.052247005 0.035380186 0.032435718 0.074918233 0.038400657 0.024173677 0.058605382 0.049289806 0.052726973 0.059984301 0.078675061 0.075863711 0.053860121 0.062903069 0.064338411 0.078853407 0.052406498 0.023773216 0.037638943 0.053554811 0.02469932  0.045283892 0.026318071 0.030571141 0.030920266 0.020580842 0.004162456 -0.002937019    -0.023951657    -0.036207684    -0.05364969 -0.06978204 -0.049198249    -0.047269172    -0.042161151    -0.060016701    -0.042602654    -0.057791123    -0.050319653    -0.048266361    -0.04358329 -0.047806285    -0.031104006    -0.053715053    -0.03760559 -0.024190423];
scaleaccretdecm(1:52, 3)=[-0.011056757  -0.006954471    -0.002173208    0.009260237 0.00265849  0.003678591 0.006136322 -0.004435098    -0.008606409    0.002194055 -0.011360281    -0.014624702    -0.004002074    -0.009218405    -0.006049953    -8.56E-05   0.004971094 0.004898834 -0.00464586 0.000610642 0.000701145 0.004663761 -0.004330913    -0.017295049    -0.01253931 -0.007307185    -0.019971941    -0.011727831    -0.017468372    -0.015775705    -0.015876961    -0.021131038    -0.029309852    -0.029977501    -0.039566658    -0.04216126 -0.041484996    -0.043002834    -0.038862395    -0.037267353    -0.034064608    -0.039055899    -0.032824281    -0.037671632    -0.034290661    -0.034069499    -0.03312865 -0.034882352    -0.031628822    -0.038194886    -0.030256354    -0.027014841];

figure;
hold on; 
t = datetime(2001,1,5) + calweeks(1:52);
bar(t,scaleaccretdecm(1:52, 1:3),.99,"stacked");
hold on;
bar(t,-scaleaccretdecm(1:52, 1:3),.001,"stacked"); %legend(txt(16:18),'Location','southoutside');
ylim([-.5 .5]);
hold on;
saveas(gcf,'AccumReturns.png');
hold off;