In this approach, we have measured two dissimilar values of h as (1 and 0.1) in the first quadrant of a circle. For h=1, every one of the outcomes of Midpoint Circle Drawing Algorithm have been confirmed and for
Importantly, our research presents a refined technique aimed at minimizing inaccuracies inherent in the standard cartesian-based Midpoint Circle Drawing Algorithm (MPCDA). By incorporating an error-reduction strategy, we ensure greater accuracy in depicting circles. Comparative tests...