animatronic

简明释义

英[ˌænɪməˈtrɒnɪk]美[ˌænɪməˈtrɑːnɪk]

电子动物的

英英释义

单词用法

同义词

反义词

例句

1.Tarfful's mask included animatronic articulation that allowed his lips and brows to have a greater range of motion.

塔弗尔的面具内装有电动关节，可以让他的嘴唇和眉毛做出大幅度动作。

2.Don't miss the animatronic dinosaurs.

不要错过这个恐龙哦。

3.The “Men in Black” ride at Universal Studios in Orlando, Florida, in which passengers shoot at animatronic aliens, is a good example of what industry types like to call an “immersive” experience.

以著名的梦工厂美国佛罗里达州奥兰多市的UniversalStudio主题乐园的“黑衣人”骑马旅行为例，乘客可以在这个游戏过程中体验射击电动外星人的经验，这种类型的主题也就是主题乐园产业中俗称的“渗入式”经历的一个很好的典型。

4.And wondered what it was like when you were walking with the animatronic version of the lion.

我想知道当你当时和电动狮子走在一起的时候是个什么样的情形。

5.An animatronic puppet of the Iron Monger was built for the film by Stan Winston Studios.

斯坦·温斯顿工作室为电影制造了一个钢铁巨人的动画电子模型。

6.The animatronic puppet of Treebeard was 14 feet high.

那些树木的守护者有14英尺高。

7.The “Men in Black” ride at Universal Studios in Orlando, Florida, in which passengers shoot at animatronic aliens, is a good example of what industry types like to call an “immersive” experience.

以著名的梦工厂美国佛罗里达州奥兰多市的UniversalStudio主题乐园的“黑衣人”骑马旅行为例，乘客可以在这个游戏过程中体验射击电动外星人的经验，这种类型的主题也就是主题乐园产业中俗称的“渗入式”经历的一个很好的典型。

8.The museum has an exhibit featuring animatronic 仿生机器人 animals, allowing visitors to learn about wildlife in an engaging way.

博物馆有一个展览，展示了animatronic 仿生机器人 动物，让游客以一种引人入胜的方式了解野生动物。

9.At the fair, there was a booth showcasing animatronic 仿生机器人 creatures that danced and entertained the crowd.

在集市上，有一个摊位展示了跳舞和娱乐观众的animatronic 仿生机器人 生物。

10.In the movie, the main character interacts with an animatronic 仿生机器人 owl that provides wisdom and guidance.

在电影中，主角与一只animatronic 仿生机器人 猫头鹰互动，提供智慧和指导。

11.The theme park features a thrilling ride with life-sized animatronic 仿生机器人 dinosaurs that roar and move.

这个主题公园有一个刺激的游乐设施，里面有逼真的animatronic 仿生机器人 恐龙，它们会咆哮和移动。

12.The new restaurant features animatronic 仿生机器人 waiters that serve food and drinks to customers.

这家新餐厅有animatronic 仿生机器人 服务员，为顾客提供食物和饮料。

作文

In recent years, the world of entertainment has seen a remarkable evolution with the introduction of advanced technologies. One of the most fascinating developments in this field is the use of animatronic creatures. These lifelike figures, which are designed to move and behave like real animals or humans, have become a staple in theme parks, movies, and even museums. The term animatronic refers to the combination of 'animation' and 'electronic,' highlighting the blend of artistry and technology that brings these figures to life.The history of animatronic figures can be traced back to the early 20th century when simple mechanical devices were used to create moving puppets. However, it wasn't until the late 1960s and 1970s that animatronic technology began to flourish. One of the most iconic examples from this era is the creation of the dinosaurs for the film "Jurassic Park." These figures were groundbreaking in their realism and movement, setting a new standard for future productions.Today, animatronic figures are not only used in films but also play a significant role in live performances and attractions. For instance, Disneyland's "Pirates of the Caribbean" ride features hundreds of animatronic pirates that interact with guests in a fully immersive environment. This integration of animatronic technology allows for storytelling that captivates audiences of all ages, making the experience more engaging and memorable.Moreover, the development of animatronic figures involves a multidisciplinary approach, combining skills from engineering, robotics, art, and design. Engineers work on the mechanics and electronics, ensuring that the figures can move fluidly and realistically. Artists and designers focus on the appearance, making sure that every detail, from skin texture to eye movement, is meticulously crafted to enhance the illusion of life.As technology continues to advance, the capabilities of animatronic figures are becoming more sophisticated. Recent innovations include the use of artificial intelligence to enable these figures to respond to human interaction, creating a more dynamic experience. For example, some animatronic characters can recognize voices or movements, allowing them to engage in conversations with guests, which adds a layer of interactivity that was previously unimaginable.The impact of animatronic technology extends beyond entertainment. In educational settings, animatronic models are used to teach students about biology and anatomy. Museums often feature animatronic exhibits that bring historical figures or extinct animals to life, providing visitors with an engaging way to learn about the past. This educational application demonstrates the versatility of animatronic technology, proving that it can serve both entertainment and informative purposes.In conclusion, animatronic technology has revolutionized the way we experience stories and learn about the world around us. From theme parks to classrooms, these remarkable creations captivate our imagination and enhance our understanding of various subjects. As we look to the future, it is exciting to think about how further advancements in this field will continue to blur the lines between reality and animation, creating experiences that are even more immersive and engaging. The journey of animatronic technology is just beginning, and its potential is limitless.

近年来，娱乐世界经历了显著的演变，随着先进技术的引入。其中一个最令人着迷的发展是使用animatronic生物。这些栩栩如生的形象，旨在像真实动物或人类一样移动和表现，已成为主题公园、电影甚至博物馆的主打产品。术语animatronic指的是“动画”和“电子”的结合，突显了艺术与技术的融合，使这些形象栩栩如生。animatronic生物的历史可以追溯到20世纪初，当时简单的机械装置被用来创建活动木偶。然而，直到20世纪60年代末和70年代，animatronic技术才开始蓬勃发展。这一时期最具标志性的例子之一是为电影《侏罗纪公园》制作的恐龙。这些形象在逼真性和运动方面开创了先河，为未来的制作设定了新标准。如今，animatronic生物不仅用于电影，还在现场表演和景点中发挥重要作用。例如，迪士尼乐园的“加勒比海盗”游乐设施中，有数百个animatronic海盗与游客互动，营造出一个完全沉浸的环境。这种animatronic技术的整合使得讲故事能够吸引各个年龄段的观众，使体验更加引人入胜和难忘。此外，animatronic生物的开发涉及多学科的合作，结合了工程、机器人技术、艺术和设计等领域的技能。工程师负责机械和电子设备的工作，确保这些生物能够流畅而逼真地移动。艺术家和设计师则专注于外观，确保每个细节，从皮肤纹理到眼睛运动，都经过精心制作，以增强生命的错觉。随着技术的不断进步，animatronic生物的能力变得越来越复杂。最近的创新包括使用人工智能，使这些生物能够对人类互动做出反应，从而创造出更动态的体验。例如，一些animatronic角色可以识别声音或动作，使它们能够与游客进行对话，这增加了一层以前难以想象的互动性。animatronic技术的影响超越了娱乐。在教育环境中，animatronic模型被用来教学生生物学和解剖学。博物馆经常展示animatronic展品，使历史人物或灭绝动物复活，为游客提供了一种参与学习过去的生动方式。这种教育应用展示了animatronic技术的多功能性，证明它可以服务于娱乐和信息传播的目的。总之，animatronic技术彻底改变了我们体验故事和了解周围世界的方式。从主题公园到教室，这些惊人的创造物吸引了我们的想象力，增强了我们对各种主题的理解。展望未来，令人兴奋的是思考这一领域的进一步进步将如何继续模糊现实与动画之间的界限，创造出更加沉浸和引人入胜的体验。animatronic技术的旅程才刚刚开始，其潜力是无限的。