The process involves employing a precision instrument to measure dimensions and identify discrepancies within a tiled surface. Specifically, this technique aims to locate a discontinuity in a regular pattern, where a component is absent from its expected position. For example, consider a grid of ceramic squares where one unit has not been installed; a measuring tool can determine the location of the irregularity by comparing distances between existing pieces.
This method ensures quality control in manufacturing and construction. Its advantages include non-destructive evaluation and the ability to detect errors early in the process, preventing larger structural issues. Historically, manual approaches were time-consuming and less accurate; modern tools offer automated data collection and analysis, increasing efficiency and precision.
