**Rapid Analysis and Construction: The process of rapid prototyping typically begins with rapid analysis, followed by constructing
the prototype, then running and evaluating the prototype, and finally making necessary modifications based on feedback. This
process is iterative, which means that the design and testing cycle will continue to repeat until satisfactory results are achieved.

**Communication between users and developers: In software development, rapid prototyping emphasizes communication and
feedback between users and developers. By repeatedly evaluating and improving the prototype, misunderstandings can be reduced,
vulnerabilities can be filled, changes can be adapted, and ultimately the quality of the software can be improved.

**Visual User Experience * *: In website or application development, the purpose of rapid
prototyping is to visualize the user experience of the final product, obtain user feedback,
and obtain validation from all parties. An ideal prototype should have "just right" quality,
neither too rough to be associated with the final product, nor too delicate to be
time-consuming and laborious.

**Different types of technology: Rapid prototyping technology has various types, including 3D
printing, light curing, laser sintering, etc. Each technology has its own specific application scenarios
and advantages.