scaletype

Scale type is a concept used in various fields of engineering and science, such as physics and biology. It defines the level of detail and the type of measurement in use.
In physics,scale type is used to classify physical phenomena according to the size and nature of physical events. For example, classical mechanics works at the macroscopic or global scale and deals with events on the order of meters. Quantum mechanics works on the subatomic or quantum scale and deals with events on the order of nanometers or picometers. Thus, quantum mechanics requires more precise methods of measurement than does classical mechanics.
In biology, scale type is a way of understanding the different changes that occur in cells, organs and other biological systems. The four major biological scales include the macroscopic, microscopic, cellular and molecular levels. For example, the macroscopic level may refer to the entire human body, while the microscopic level focuses on the cells within the body. At the cellular level, examination of the subcellular structure of cells is conducted to aid in our understanding of how they interact and function. At the molecular level, scientists explore macro- and micro-molecules such as proteins, lipids and enzymes to gain a better understanding of their structure, function and impact on the organism as a whole.
Scale type is important because it provides a way of understanding and framing physical and biological phenomena in ways that allow us to make sense of the world and understand its complexities. Without the concept of scale type, it would be difficult to classify events, make sense of biological or physical systems and advance research in different scientific and engineering fields.