artificial range
简明释义
人工叠标
英英释义
An artificial range refers to a predetermined set of values or parameters created by human design, often used in simulations, modeling, or testing environments. | 人工范围是指由人类设计的预定值或参数集合,通常用于模拟、建模或测试环境中。 |
例句
1.In the robotics lab, we tested the robot's movement within an artificial range designed to mimic real-world obstacles.
在机器人实验室,我们在一个旨在模仿现实世界障碍的人工范围内测试了机器人的运动。
2.The artificial range of colors available in the software allows for greater creativity in design.
软件中可用的人工范围颜色使设计更具创造性。
3.During the training session, we used an artificial range to help participants practice their skills.
在培训课程中,我们使用了一个人工范围来帮助参与者练习他们的技能。
4.The new video game features an artificial range that simulates various weather conditions.
这款新视频游戏具有一个人工范围,模拟各种天气条件。
5.The artificial range created by the simulation helps scientists predict environmental changes.
模拟创建的人工范围帮助科学家预测环境变化。
作文
In the field of technology and design, the term artificial range refers to a spectrum or variety of options that are created through human intervention rather than occurring naturally. This concept is particularly relevant in areas such as fashion, architecture, and product design, where designers often create an artificial range of colors, shapes, and materials to meet specific aesthetic or functional requirements. By manipulating these elements, designers can produce items that resonate with consumers on various levels, from emotional appeal to practical usability.One of the most significant advantages of utilizing an artificial range in design is the ability to cater to diverse consumer preferences. For instance, in the fashion industry, brands frequently develop collections that include a wide array of styles and colors, all of which fall within an artificial range. This allows them to attract a broader audience, ensuring that there is something for everyone, regardless of individual tastes. Moreover, the use of an artificial range enables designers to experiment with combinations that may not exist in nature, pushing the boundaries of creativity and innovation.Furthermore, an artificial range can also play a crucial role in sustainability efforts. As the world becomes more aware of environmental issues, many designers are turning to synthetic materials that mimic natural ones, creating an artificial range of eco-friendly alternatives. These materials can reduce waste and lower the carbon footprint associated with traditional manufacturing processes. For example, instead of using rare woods or endangered animal skins, designers might opt for high-quality, sustainable substitutes that offer similar aesthetics without harming the environment.However, there are challenges associated with the use of an artificial range. Critics argue that relying too heavily on artificially created options can lead to a lack of authenticity and a disconnect from nature. In some cases, products that utilize an artificial range may be perceived as less valuable or desirable because they do not have the same organic qualities as their natural counterparts. This debate raises important questions about the balance between innovation and tradition in design.Moreover, the perception of an artificial range can vary significantly across different cultures and markets. In some regions, consumers may embrace synthetic options as a sign of modernity and progress, while in others, there may be a strong preference for traditional, natural materials. Understanding these cultural nuances is essential for designers aiming to create successful products that resonate with their target audience.In conclusion, the concept of an artificial range is multifaceted, encompassing both opportunities and challenges in the realms of design and production. While it allows for greater creativity and adaptability, it also raises questions about authenticity and cultural relevance. As we move forward in an increasingly artificial world, it is crucial for designers to navigate these complexities thoughtfully, ensuring that their creations not only meet market demands but also respect the values and traditions of the communities they serve.
在技术和设计领域,术语人工范围指的是通过人为干预而非自然发生的选项谱或多样性。这个概念在时尚、建筑和产品设计等领域尤为相关,设计师常常创造出一系列色彩、形状和材料的人工范围,以满足特定的美学或功能需求。通过操控这些元素,设计师可以制作出在情感吸引力和实用性等各个层面上与消费者产生共鸣的物品。利用人工范围进行设计的一个显著优势是能够迎合多样化的消费者偏好。例如,在时尚行业,品牌经常开发包含各种风格和颜色的系列,这些都属于人工范围。这使得他们能够吸引更广泛的受众,确保每个人都有所选择,无论个人品味如何。此外,使用人工范围还使设计师能够尝试一些在自然界中可能不存在的组合,从而推动创意和创新的边界。此外,人工范围在可持续发展努力中也起着至关重要的作用。随着全球对环境问题的关注加大,许多设计师开始转向模仿自然材料的合成材料,创造出人工范围的环保替代品。这些材料可以减少浪费,并降低与传统制造过程相关的碳足迹。例如,设计师可能会选择高质量、可持续的替代品,而不是使用稀有木材或濒危动物皮革,这样既能保持美观,又不会对环境造成伤害。然而,使用人工范围也面临挑战。批评者认为,过于依赖人造选项可能导致缺乏真实性以及与自然的脱节。在某些情况下,利用人工范围的产品可能被视为价值或吸引力较低,因为它们不具备天然材料的有机特质。这场辩论引发了关于设计中创新与传统之间平衡的重要问题。此外,人工范围的感知在不同文化和市场中可能存在显著差异。在某些地区,消费者可能将合成选项视为现代性和进步的标志,而在其他地区,则可能强烈偏好传统的自然材料。理解这些文化细微差别对于那些希望创造出与目标受众产生共鸣的成功产品的设计师至关重要。总之,人工范围的概念是多方面的,涵盖了设计和生产领域的机遇与挑战。虽然它允许更大的创造性和适应性,但也提出了关于真实性和文化相关性的问题。随着我们在一个日益人工化的世界中前行,设计师必须深思熟虑地应对这些复杂性,确保他们的创作不仅能满足市场需求,还能尊重他们所服务社区的价值观和传统。
相关单词