交互实验

Interactive experiment

《人抬头时看见神》是由多个同类装置形成的交互装置群，群体内的单个装置模拟的是未来达到长生的人类个体。单个装置的结构主要由承载着显示屏幕的头部和仿人形脊柱的机械脊柱组成。

装置的交互设计部分拟通过识别现场的观众，驱动脊柱跟踪到观众所在的方向来实现。沿着前面的设计需求，装置的驱动将利用安装在头部的摄像头模块识别人体，通过伺服器和钢丝组成的驱动系统实现脊柱运动。装置通过摄像头模块实时获取现场观众的脸部信息，并使用processing和openCV的人脸识别技术将人脸的信息传递给带有伺服器的arduino驱动板以驱动装置模拟跟踪观众所在位置与观众互动。

"See God When Man Looks Up" is an interactive device group formed by multiple similar devices. The single device in the group simulates the human individual who will achieve longevity in the future. The structure of a single device is mainly composed of a head carrying a display screen and a mechanical spine that resembles a human-shaped spine.

The interactive design part of the device is intended to be realized by identifying the audience at the scene and driving the spine to track the direction of the audience. Along with the previous design requirements, the drive of the device will use the camera module mounted on the head to identify the human body, and the spine movement will be realized through the drive system composed of the servo and the steel wire. The device obtains the face information of the live audience in real time through the camera module, and uses processing and openCV face recognition technology to pass the face information to the arduino driver board with a server to drive the device to simulate the location of the audience and interact with the audience.

装置主体是以人类为原型设计的，根据人类行为模式/习惯来设计合适的交互方式来驱动脊柱和头部模拟人类行为，实现装置模拟未来获得长生的人类相互之间互动的效果。

这是一种通过交互融合两种立场的交互方式，在参与者与装置中，参与者是以自然人的身份与“长生人”的一次互动。头部和脊柱是人体不可或缺的部分，通过对人类躯体的分析和再设计，未来长生人的基本结构取自人类的脊柱和头部两部分。

装置的生物原型之一取自人类脊柱中含颈椎胸椎和腰椎部分。

脊柱的运动范围分为三个节段：颈椎、胸椎和腰椎，在侧屈，回转，屈伸有不同的自由度。

The main body of the device is designed with humans as the prototype. According to human behavior patterns/habits, appropriate interaction methods are designed to drive the spine and head to simulate human behavior.The head and spine are indispensable parts of the human body. Through the analysis and redesign of the human body, the basic structure of future longevity people is taken from the human spine and head.The range of motion of the spine is divided into three segments: cervical vertebrae, thoracic vertebrae and lumbar vertebrae, with different degrees of freedom in lateral flexion, rotation, flexion and extension.

装置主体是以人类为原型设计的，根据人类行为模式/习惯来设计合适的交互方式来驱动脊柱和头部模拟人类行为，实现装置模拟未来获得长生的人类相互之间互动的效果。

这是一种通过交互融合两种立场的交互方式，在参与者与装置中，参与者是以自然人的身份与“长生人”的一次互动。头部和脊柱是人体不可或缺的部分，通过对人类躯体的分析和再设计，未来长生人的基本结构取自人类的脊柱和头部两部分。

装置的生物原型之一取自人类脊柱中含颈椎胸椎和腰椎部分。

脊柱的运动范围分为三个节段：颈椎、胸椎和腰椎，在侧屈，回转，屈伸有不同的自由度。

The main body of the device is designed with humans as the prototype. According to human behavior patterns/habits, appropriate interaction methods are designed to drive the spine and head to simulate human behavior.The head and spine are indispensable parts of the human body. Through the analysis and redesign of the human body, the basic structure of future longevity people is taken from the human spine and head.The range of motion of the spine is divided into three segments: cervical vertebrae, thoracic vertebrae and lumbar vertebrae, with different degrees of freedom in lateral flexion, rotation, flexion and extension.

装置主体是以人类为原型设计的，根据人类行为模式/习惯来设计合适的交互方式来驱动脊柱和头部模拟人类行为，实现装置模拟未来获得长生的人类相互之间互动的效果。

这是一种通过交互融合两种立场的交互方式，在参与者与装置中，参与者是以自然人的身份与“长生人”的一次互动。头部和脊柱是人体不可或缺的部分，通过对人类躯体的分析和再设计，未来长生人的基本结构取自人类的脊柱和头部两部分。

装置的生物原型之一取自人类脊柱中含颈椎胸椎和腰椎部分。

脊柱的运动范围分为三个节段：颈椎、胸椎和腰椎，在侧屈，回转，屈伸有不同的自由度。

The main body of the device is designed with humans as the prototype. According to human behavior patterns/habits, appropriate interaction methods are designed to drive the spine and head to simulate human behavior.The head and spine are indispensable parts of the human body. Through the analysis and redesign of the human body, the basic structure of future longevity people is taken from the human spine and head.The range of motion of the spine is divided into three segments: cervical vertebrae, thoracic vertebrae and lumbar vertebrae, with different degrees of freedom in lateral flexion, rotation, flexion and extension.