Top left: ratio between the $\pt$-differential cross sections at midrapidity ($|y|<0.5$) of prompt $\Lambdac$ baryons and $\Dzero$ mesons in pp collisions at $\s=5.02$ TeV~, 7 TeV~ and $13$~TeV~ The measurement of $\Lambdac/\Dzero$ ratio in \pp collisions at $\s=13$ TeV for $\pt>1$ GeV$/c$ uses the $\Lambdac$-baryon cross section published in Ref.~ Bottom left: ratio between the $\pt$-differential cross sections at midrapidity ($|y|<0.5$) of prompt $\Lambdac$ baryons and $\Dzero$ mesons in pp collisions at $\s=13$~TeV compared with the predictions from PYTHIA Monash tune~, PYTHIA CR-BLC Mode 0, 2 and 3~, SHM+RQM~, Catania~, QCM~, and POWLANG~ models in pp collisions at $\s=13$~TeV Top right: $\pt$-differential $\XicPlus/\Dzero$ ratio in pp collisions at $\s=13$~TeV and $\XicZero/\Dzero$ ratio in pp collisions at $\s=5.02$~TeV~ and $\s=13$~TeV~. The $\XicPlus/\Dzero$ ratio in pp collisions at $\s=13$~TeV for $\pt>4$ GeV$/c$ uses the $\XicPlus$ published in Ref.~. Statistical (systematic) uncertainties are reported as vertical bars (open boxes). The shaded boxes show the BR uncertainty Bottom right: $\pt$-differential $\XicZero/\Dzero$ and $\XicPlus/\Dzero$ ratio in pp collisions at $\s=13$~TeV compared with the predictions from the models reported above.