The Parigi mechanism, invented by the author, is described and defined rigorously with the use of the kinetic reciprocal system (KRS) algorithm. The mechanism possesses one degree of freedom (DOF) and consists of a network of elements reciprocally connected with pin-slot joints. The network can be extended infinitely and retain one DOF, regardless of the number of elements added. The principle of the KRS algorithm is presented, and the inputs required to generate the Parigi mechanism are described. A KRS adaptive facade based on the Parigi mechanism is proposed. Since the mechanism possesses one DOF, a single actuator can actuate it. Therefore, a facade based on this mechanism can be engineered with a reduced mechanical complexity, while allowing the control of building physics performance (daylight illumination, solar gain, ventilation, acoustics), as well as quantifiable (privacy, view) and unquantifiable (composition, aesthetic sense of the movement) architectural parameters.

作者发明的帕里吉（Parigi）机制是使用动力学互惠系统（KRS）算法严格描述和定义的。该机构具有一个自由度（DOF），由与针槽接头相互连接的元件网络组成。网络可以无限扩展，并保留一个自由度，而不管添加的元素数量如何。介绍了KRS算法的原理，并描述了生成Parigi机制所需的输入。提出了一种基于Parigi机制的KRS自适应门面。由于该机构拥有一个自由度，因此可以由一个执行器来执行它。因此，可以在降低机械复杂性的同时设计出基于该机制的立面，同时可以控制建筑物的物理性能（日光照明，日照增益，通风，