geometric shape

简明释义

几何线型

英英释义

例句

1.Children can learn about symmetry by coloring geometric shapes in different patterns.

孩子们可以通过给不同图案的几何形状上色来学习对称性。

2.The architect designed the building with a focus on geometric shapes to enhance its modern look.

建筑师在设计这座建筑时，注重使用几何形状来增强其现代感。

3.In mathematics, we often study properties of geometric shapes like circles and triangles.

在数学中，我们经常研究像圆和三角形这样的几何形状的性质。

4.In art class, we learned how to create a beautiful painting using various geometric shapes.

在美术课上，我们学习了如何使用各种几何形状创作一幅美丽的画。

5.The logo was created using simple geometric shapes, making it easily recognizable.

这个标志是由简单的几何形状构成的，使其易于识别。

作文

In the world of mathematics and art, the concept of geometric shape (几何形状) plays a vital role. From the simplest forms like circles and squares to more complex structures like polygons and polyhedra, geometric shapes (几何形状) are fundamental elements that help us understand and describe the world around us. These shapes are not just confined to the pages of textbooks; they are present in our daily lives in various forms and contexts.For instance, when we look at architecture, buildings often incorporate geometric shapes (几何形状) into their designs. The clean lines of a rectangular window or the curvature of a circular dome are all examples of how geometric shapes (几何形状) can create visually appealing structures. Architects use these shapes to evoke certain feelings and to ensure functionality. A well-designed space often features a harmonious balance of different geometric shapes (几何形状), which contributes to both aesthetic pleasure and structural integrity.Moreover, in the realm of art, many artists utilize geometric shapes (几何形状) to convey messages or emotions. Artists like Piet Mondrian and Kazimir Malevich focused on the abstraction of geometric shapes (几何形状) to explore the relationship between color and form. By simplifying their works to basic geometric shapes (几何形状), they challenged viewers to see beyond the literal representation and engage with the underlying concepts of balance, harmony, and contrast. This artistic approach not only reflects the importance of geometric shapes (几何形状) in visual arts but also highlights their ability to communicate complex ideas in a simple manner.In addition to art and architecture, geometric shapes (几何形状) are essential in various scientific fields. For example, in physics, the study of shapes can lead to significant discoveries about the nature of matter and energy. The arrangement of atoms in a crystal lattice can be described using geometric shapes (几何形状), which helps scientists understand properties such as conductivity and strength. Similarly, in biology, the structure of cells and organisms can often be analyzed through geometric shapes (几何形状), revealing insights into their functions and adaptations.Furthermore, the significance of geometric shapes (几何形状) extends into technology and computer graphics. In digital design, geometric shapes (几何形状) are the building blocks of visual interfaces. Designers use these shapes to create icons, buttons, and layouts that enhance user experience. Understanding the principles of geometric shapes (几何形状) allows designers to create intuitive and aesthetically pleasing products that resonate with users.In conclusion, the study and application of geometric shapes (几何形状) are integral to various fields, including mathematics, art, science, and technology. Whether we are designing a building, creating a piece of art, or developing a new software application, geometric shapes (几何形状) provide a framework for understanding and innovation. By recognizing the importance of these shapes in our environment, we can appreciate the beauty and complexity of the world around us, ultimately enhancing both our creative and analytical skills.

在数学和艺术的世界中，几何形状（geometric shape）的概念起着至关重要的作用。从最简单的形状，如圆形和正方形，到更复杂的结构，如多边形和多面体，几何形状（geometric shape）是帮助我们理解和描述周围世界的基本元素。这些形状不仅仅局限于教科书的页面；它们在我们日常生活中以各种形式和背景存在。例如，当我们看建筑时，建筑物通常将几何形状（geometric shape）融入其设计中。矩形窗户的干净线条或圆形圆顶的曲线都是如何利用几何形状（geometric shape）创造视觉吸引力的例子。建筑师使用这些形状来唤起某种感受并确保功能性。一处设计良好的空间通常融合了不同的几何形状（geometric shape），这有助于美学愉悦感和结构完整性。此外，在艺术领域，许多艺术家利用几何形状（geometric shape）来传达信息或情感。像皮特·蒙德里安和卡济米尔·马列维奇这样的艺术家专注于几何形状（geometric shape）的抽象，以探索颜色与形状之间的关系。通过将作品简化为基本的几何形状（geometric shape），他们挑战观众超越字面表现，与平衡、和谐和对比等基本概念进行互动。这种艺术方法不仅反映了几何形状（geometric shape）在视觉艺术中的重要性，还突显了它们以简单的方式传达复杂思想的能力。除了艺术和建筑，几何形状（geometric shape）在各个科学领域中也是必不可少的。例如，在物理学中，形状的研究可以导致关于物质和能量本质的重要发现。晶体格子中原子的排列可以用几何形状（geometric shape）来描述，这有助于科学家理解导电性和强度等属性。类似地，在生物学中，细胞和生物体的结构往往可以通过几何形状（geometric shape）进行分析，从而揭示其功能和适应性的见解。此外，几何形状（geometric shape）的重要性还扩展到技术和计算机图形学。在数字设计中，几何形状（geometric shape）是视觉界面的构建块。设计师使用这些形状来创建图标、按钮和布局，从而增强用户体验。理解几何形状（geometric shape）的原则使设计师能够创造出直观且美观的产品，与用户产生共鸣。总之，几何形状（geometric shape）的研究和应用对于多个领域至关重要，包括数学、艺术、科学和技术。无论我们是在设计建筑、创作艺术作品还是开发新软件应用，几何形状（geometric shape）都为理解和创新提供了框架。通过认识到这些形状在我们环境中的重要性，我们可以欣赏周围世界的美丽和复杂性，最终增强我们的创造力和分析能力。