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The purpose of this study is to disclose the results involving the relativity of anheoli and yongmaru. It was found that the front anheoli was larger than the side anheoli; the side anheoli curvature diagram was shown to be greater than the front anheoli curvature. The jeongcheukcha of anheoli was disclosed to have a closer relativity with the jeongcheukcha of chunyeo protrusion than the jeongcheukcha of eaves protrusion. The side seokkalae naemok length and side eaves protrusion displayed the tendency of direct proportion, but the relationship of the jeongcheukcha of chunyeo protrusion, side seokkalae naemok length, jeongcheukcha of chunyeo protrusion and side eaves protrusion were shown to be different. The chunyeo naemok length and chunyeoes protrusion showed the trend of direct proportion, but the relationship of the jeongcheukcha of chunyeo protrusion and chunyeo naemok length, the jeongcheukcha of chunyeo protrusion and chunyeoes protrusion were shown to be different. Lastly, the jeongcheukcha of chunyeoes protrusion and jeongcheukcha of seonjayon area length showed the tendency of an inverse proportion that the chunyeo is skewed toward the front to stretch out and the length of the side seonjayon area was lengthened. As demonstrated, the location of the combined angle that determined the yongmaru length had close relations to the direction of the chunyeo to stretch out and the side seokkalae protrusion; it was influenced by the composition of the seonjayon, which is a part of a high level of structural importance particularly its roof style.