计算机模拟技术如今已能创造出高度逼真的仿真环境，使用户仿佛身临其境，能够与之进行深度互动。这种人机交互的新模式不仅极大地丰富了用户的体验，也为众多领域带来了革命性的变革。与此同时，人因工程作为一门专注于研究人类与系统、设备以及工作环境之间关系的学科，其核心目标在于设计和优化交互界面与流程，以确保人类能够更高效、更安全地与技术和环境进行交互。当计算机仿真环境与人因工程相结合时，两者相辅相成，共同开创了一个全新的交互体验时代。

Computer simulation technology can now create highly realistic simulation environments that allow users to interact with them as if they were there. This new model of human-computer interaction has not only greatly enriched the user experience, but also brought revolutionary changes to many fields. At the same time, human factors engineering, as a discipline focused on the relationship between humans and systems, devices, and the working environment, has a core goal of designing and optimizing interactive interfaces and processes to ensure that humans can interact more efficiently and safely with technology and the environment. When computer simulation environment is combined with human factor engineering, the two complement each other and jointly create a new era of interactive experience.

计算机仿真环境通过高度模拟真实世界的各种场景和情境，为用户提供了一个近乎完美的测试和训练平台。无论是模拟飞行、驾驶训练，还是复杂的工业操作演练，仿真环境都能使用户在接近真实的环境中进行操作和学习，从而极大地提高了培训效果和安全性。而人因工程的介入，则进一步确保了这些仿真环境在设计和使用过程中能够充分考虑人的因素，如人的认知、生理和心理特性，以及人在特定环境下的行为模式等。

The computer simulation environment provides a nearly perfect test and training platform for users by highly simulating various scenes and situations in the real world. Whether it is simulated flight, driver training, or complex industrial operation drills, simulation environments enable users to operate and learn in a near-real environment, greatly improving training effectiveness and safety. The intervention of human factors engineering further ensures that human factors can be fully considered in the design and use of these simulation environments, such as human cognitive, physiological and psychological characteristics, as well as human behavior patterns in specific environments.

在人因工程的指导下，计算机仿真环境的设计更加注重用户的体验和感受。例如，通过优化界面布局、色彩搭配和交互方式，可以减少用户的认知负担，提高操作效率。同时，人因工程还关注用户在长时间使用仿真环境时的疲劳和不适问题，通过引入人体工学原理和设计舒适的交互方式，确保用户能够在保持高效的同时，也能保持身心的健康。

Under the guidance of human factor engineering, the design of computer simulation environment pays more attention to user experience and feeling. For example, by optimizing the interface layout, color matching, and interaction mode, the user's cognitive burden can be reduced and the operation efficiency can be improved. At the same time, human factors engineering also pays attention to the fatigue and discomfort of users when using the simulation environment for a long time, and through the introduction of ergonomic principles and the design of comfortable interaction methods, ensure that users can maintain high efficiency while maintaining physical and mental health.

另一方面，计算机仿真环境也为人因工程的研究提供了宝贵的实验平台和数据来源。通过在仿真环境中进行用户行为和数据采集，人因工程师可以更加深入地了解人类在与技术和环境交互过程中的各种行为和反应，从而为设计和优化更加符合人类特性的交互系统提供有力的支持。

On the other hand, computer simulation environment also provides valuable experimental platform and data source for human factor engineering research. Through the acquisition of user behaviors and data in the simulation environment, human factors engineers can better understand the various behaviors and reactions of humans in the process of interacting with technology and environment, which provides strong support for the design and optimization of interaction systems that are more in line with human characteristics.