Pivotpunkt

Pivotpunkt, or pivot point, is a reference point used as the center of rotation, transformation, or calculation in various fields. It acts as a stable anchor around which movements or computations are defined.

In geometry and computer graphics, the pivot point is the origin for rotations, scaling, and other transformations. Its position determines how much of an object moves during a rotation and which parts remain more stationary. Many software tools allow setting the pivot to an object’s center, a corner, or a user-defined point to achieve desired animation and modeling effects.

In mechanical engineering and robotics, a pivot point refers to a hinge or joint that enables rotation between connected parts. The characteristics of the pivot, including clearance, friction, and alignment, influence motion quality, load transmission, and control.

In finance and technical analysis, pivot points are indicators used to estimate potential support and resistance levels for the next trading period. The traditional pivot is typically calculated as the average of the high, low, and close of the previous period, with additional support and resistance levels derived from this base value to inform trading decisions.

Etymology and usage: The term is common in German-speaking contexts and is employed across education, engineering, and software documentation to denote a central reference point around which transformations or motions are defined.