axonometric

简明释义

英[ˌæks(ə)nəʊˈmetrɪk]美[æksəˈnɑːmetrɪk]

adj. 轴测法的；[数] 三向投影的

英英释义

单词用法

同义词

反义词

例句

1.Part one 'didactic' depicts the transformation of the existing building through diagram, plan and axonometric.

第一部分“直观呈现”，通过示意图、平面图和轴测图展示了原建筑的改变。

2.Understand freehand sketching methods and axonometric drawing methods of sections.

了解徒手作剖视草图和剖视轴测图技能。

3.A new algorithm is presented for recognizing planar objects from a line drawing under axonometric and perspective projections based on principle of homograph.

基于类似形的定义给出了在透视投影下平面多边形为类似形的识别算法。

4.To end it, the graphic method and analytic method to reconstruct the original shape of an axonometric stereo projection have been given.

给出了轴测体视投影复原的图解法和解析法。

5.Finally, from the discussion are derived the analytical formulas, by which the coordinates of points on the axonometric drawing can be calculated with known coordinates of points on the body.

最后给出了由实物上点的空间坐标，求出它在轴测图上坐标的解析式。

6.This paper introduces the application and graphic analysis of perspective affine transformations in axonometric ellipse.

本文介绍透视仿射交换在轴测椭圆中的应用和作图分析。

7.There are over 500 illustrations, including 130 original photographs and 230 original axonometric drawings, arranged to explain the technical, aesthetic, and historical aspects of the building form.

有500多个插图，其中包括130的照片和230原轴测图的，安排解释技术，美学，以及历史方面的建设形式。

8.In engineering, oblique axonometric drawing is useful.

在工程图中，斜轴测图是很有用的。

9.The architect presented the design using an axonometric projection to give a clearer view of the building's dimensions.

建筑师使用轴测图投影展示设计，以更清晰地展现建筑的尺寸。

10.In our engineering class, we learned how to create axonometric drawings for various mechanical parts.

在我们的工程课上，我们学习了如何为各种机械零件制作轴测图。

11.The game's interface features an axonometric map that allows players to navigate the terrain easily.

游戏界面有一个轴测图地图，方便玩家轻松导航地形。

12.Using axonometric projections can help visualize complex structures in three dimensions.

使用轴测图投影可以帮助可视化复杂的三维结构。

13.The product design team used axonometric views to showcase the features of the new gadget.

产品设计团队使用轴测图视图展示新设备的特点。

作文

In the field of architecture and design, the term axonometric refers to a type of projection that allows for the representation of three-dimensional objects in two dimensions. This method is particularly useful because it preserves the scale and proportion of the objects being depicted, making it easier for architects and designers to communicate their ideas effectively. Unlike perspective drawings, which can distort the size and shape of objects based on the viewer's position, axonometric projections maintain consistent angles and dimensions. This characteristic makes them an invaluable tool in technical drawings and presentations. The most common forms of axonometric projections include isometric, dimetric, and trimetric projections. Each type varies in the angle at which the object is viewed, leading to different visual representations. For instance, in isometric projection, the angles between the axes are all equal, typically set at 120 degrees. This results in a balanced view where the height, width, and depth are equally represented. On the other hand, dimetric projection uses two angles, creating a more dynamic representation but sacrificing some accuracy in scale. Trimetric projection, while providing the most freedom in viewing angles, can often become complex and challenging to interpret. Understanding axonometric projections is essential for students and professionals in design fields. It enables them to visualize and manipulate objects in space without the constraints of perspective. This skill is particularly important when developing concepts for buildings or products, as it allows designers to consider multiple viewpoints and how various elements interact with one another. For instance, when designing a new building, an architect might use axonometric drawings to illustrate how different floors relate to each other, the overall shape of the structure, and how light enters through windows from various angles. Moreover, axonometric projections are not limited to architectural designs; they are also widely used in engineering, video game design, and even animation. In engineering, for example, axonometric views help engineers to create detailed plans for machinery, ensuring that all components fit together correctly. In video game design, developers may use axonometric projections to create environments that players can navigate, allowing for a unique gameplay experience that combines both strategy and exploration. In conclusion, the concept of axonometric projection is a fundamental aspect of visual representation in various design disciplines. It provides a means to convey complex three-dimensional ideas in a clear and understandable manner. As technology continues to evolve, the application of axonometric techniques will likely expand further, offering even more innovative ways to visualize and design the world around us. Mastering this technique not only enhances one's skill set but also fosters creativity and precision in architectural and design projects, ultimately contributing to the realization of imaginative concepts into tangible realities.

在建筑和设计领域，术语axonometric指的是一种投影类型，它允许将三维物体以二维形式表示。这种方法特别有用，因为它保持了被描绘物体的比例和尺度，使建筑师和设计师能够有效地传达他们的想法。与透视图不同，透视图会根据观察者的位置扭曲物体的大小和形状，而axonometric投影则保持一致的角度和尺寸。这一特性使其成为技术图纸和演示中不可或缺的工具。 最常见的axonometric投影形式包括等距投影、双距投影和三距投影。每种类型在观察物体时所采用的角度不同，从而导致不同的视觉表现。例如，在等距投影中，轴之间的角度都是相等的，通常设置为120度。这导致了一种平衡的视图，其中高度、宽度和深度均被等量表示。另一方面，双距投影使用两个角度，创建更具动感的表现，但牺牲了一些比例的准确性。三距投影虽然提供了最大的观察角度自由度，但往往变得复杂且难以解释。 理解axonometric投影对设计领域的学生和专业人士至关重要。它使他们能够在没有透视限制的情况下可视化和操作空间中的物体。这一技能在开发建筑或产品概念时尤为重要，因为它使设计师能够考虑多个视角以及各种元素之间的相互关系。例如，在设计一座新建筑时，建筑师可能会使用axonometric图纸来说明不同楼层之间的关系、结构的整体形状以及光线如何从不同角度通过窗户进入。 此外，axonometric投影不仅限于建筑设计；它们还广泛应用于工程、视频游戏设计甚至动画。在工程领域，例如，axonometric视图帮助工程师创建机械的详细计划，确保所有组件正确配合。在视频游戏设计中，开发人员可能会使用axonometric投影来创建玩家可以导航的环境，提供一种结合策略和探索的独特游戏体验。 总之，axonometric投影的概念是各种设计学科中视觉表现的基本方面。它提供了一种清晰易懂地传达复杂三维思想的方法。随着技术的不断发展，axonometric技术的应用可能会进一步扩展，提供更多创新的方式来可视化和设计我们周围的世界。掌握这一技术不仅增强了个人的技能，还促进了建筑和设计项目的创造力和精确性，最终有助于将富有想象力的概念转化为具体的现实。