completely rewrite: This involves attaching strings to bloodstains to approximate their flight paths and determine the area of origin; a method known as stringing (Joris et al., 2015). According to Carter (2001), measuring the impact and directional angles, as well as the x-, y-, and z-coordinates of the bloodstains, can result in a linear function that depicts the course of the blood in flight. Once the strings have been drawn from all of the tear-shaped bloodstains, the singular, or multiple, point(s) of origin can be approximated from the convergence of the strings (MacDonell, 1993). The location(s) within the crime scene of the victim during the altercation can then be determined by utilising the area(s) of origin. High-Resolution Photographic documentation is essential for precise evaluation of bloodstain edges, distribution, and deposition mechanisms. High-resolution images help in identifying void patterns and other subtle details (Sacco, 2025). Despite the concept behind stringing being well established, basing its core ideas only on simple trigonometry and the distinguished physical laws of motion, and not relying on extraneous measures such as the speed and size of droplets, it presents many limitations (Carter, 2001)