👉 Perspective math, also known as geometric algebra or Clifford algebra, is a mathematical framework that unifies vectors and scalars into a single algebraic structure, emphasizing geometric relationships and transformations. It extends traditional vector calculus by incorporating multivectors (objects that can be scaled, added, and multiplied) to represent geometric entities like points, lines, planes, and volumes in a more elegant and efficient way. This approach simplifies complex geometric operations such as rotations, reflections, and projections by leveraging algebraic rules that directly correspond to geometric transformations. Unlike conventional methods that often require separate treatments for different types of entities, perspective math provides a cohesive language where operations on multivectors inherently encode geometric properties, making it particularly powerful for fields like computer graphics, robotics, and theoretical physics where spatial reasoning is crucial.
