因而，对于称最适宜用正在图案、背景、总体格局、形式及所有听觉上主动的设想中。
Asymmetry can be used as a design tool to create points of interest and organize visual hierarchy within a group of similar elements. It creates disorder, which can call attention to certain points of a design through distinction.
没有对于称即是对于称的缺失。
We may find asymmetry appealing because of its ability to introduce visual complexity and variations to an otherwise orderly design.
做作界中，竹子的枝桠，云朵，和植物的毛皮都是没有对于称的表现。假如用的好，没有对于称能够营建出更风趣的成效。没有对于称攻破了事后的对于称形式，是设想中没有谐和的元素。
An asymmetrical object is visually heavier than symmetrical objects. Therefore, symmetry is great for patterns, backgrounds, the general layout, content, and anything else that is meant to be visually passive. Asymmetry is effective in drawing attention and breaking monotony.
没有对于称 vs. 对于称
Asymmetry vs. Symmetry
没有对于称存正在很强的吸收力，由于它能够正在一致的设想中营建出听觉的简单性和多样性。
Reflection symmetry can take on any direction: vertical, diagonal, and anything in between.
做作界是最广泛的反照是程度反照，如：蝴蝶、人体，核心轴是垂直的。
Translational symmetry is when an object is relocated to another position while maintaining its general or exact orientation. In the example below, we’ve moved one object several times at even intervals. These intervals do not have to be equal in order to maintain translational symmetry; they just need to be proportional.
平移对于称
Translational Symmetry
正在做作界中，从花瓣儿到水母的顶板视角图，随处能够发觉转动对于称的具有。正在艺术和设想中，转动对于称能够用于抒发举措和进度。
However, symmetry can get boring. Asymmetry is a break in symmetry, which when used effectively, can make things more interesting. We will also talk about asymmetry.
正在设想中，对于称创举了失调，失调了创举融洽、次序和审美。反照对于称就是一种眼镜效映，一度物体正在立体内反照后失去另一度自已。没有同办法的运用能够创举出激烈的兴味点和听觉稳固性。
How can designers use symmetry as a tool? In this guide, we’ll look into symmetry as a part of design and cover the basic concepts of symmetry, some symmetry techniques, tips and best practices, and a discussion of a few websites that embody symmetry.
但是，对于称也会让人主张厌倦，那时就涌现了没有对于称。
Rotational symmetry (or radial symmetry) is when an object is rotated in a certain direction around a point.
缭绕对于称
Rotational Symmetry
反照对于称能够是恣意位置的，垂直的，对于角线的，或者是界于这两者之间的任一立场。
There are three types of symmetry: reflection (bilateral), rotational (radial), and translational symmetry. Each can be used in design to create strong points of interest and visual stability.
对于称的品种
Types of Symmetry
设想人员如何将对于称作为机器?正在上面的形式中，咱们将触及设想中的对于称，对于称的根本概念，运用对于称的技巧、窍门和最佳案例，以及对于一些运用对于称设想的网站停止议论。
In nature, we can see asymmetry in tree branches, in clouds, and in the fur of animals.
没有对于称的运用能够创举出没有同的兴味点，正在一组类似的元素中构建听觉层级。
Reflection symmetry is also known as bilateral symmetry. It is the "mirror" effect, or when one object is reflected across a plane to create another instance of itself.
反照对于称
Reflection Symmetry
对于称分三种：反照对于称、 缭绕对于称、平移对于称。正在那里，我也将谈判一谈没有对于称的用法。做作界中对于称无处没有正在，或者许正是这种无处没有正在的形态让咱们发觉对于称的美。即便正在一度动态的介质中，转动对于称也能够抒发出静态的象征。(义务编者：帝位库)
Use Symmetry Strategically
正在运用对于称或者没有对于称做设想时，以次最佳案例能够用于参考。平移对于称的称动距离没有定然是相同的，只要要成对比挪动。
The most common type of reflection we think of, and the most common we see in nature, is horizontal reflection (a butterfly, the human body), with the central axis being vertical.
反照对于称也所谓内外对于称。而没有对于称能够抓人黑眼珠，攻破千篇一概。如次图，物体以相同的距离挪动了好多次。状态学的根本准则之一就是对于称，它是一套全人类形为实践，状态学以为全人类对于看到和遇到的对象天性的发生出次序和完好性。没有对于称创举出无次序的成效从而一般设想。
。假如使用的好，平移对于称彻底能够像转动对于称一样制造出笼动和进度成效。
Asymmetry is the lack of symmetry. Asymmetry can also represent an object that breaks a predefined pattern of symmetry, or an imbalance of design elements.
没有对于称
Asymmetry
平称对于称可用于制造各族图案，相似平铺的网站背景和反复的设想元素。
Translational symmetry can be used to create patterns, such as in the case of tiled website backgrounds and repeating design elements. It can also be used strategically and more profoundly to create the feeling of motion and speed just like rotational symmetry.
平移对于称，是将一度物体挪动到此外一度地位，物体大致的位置没有变。
Rotational symmetry in nature is found in everything from the petals of a flower to the topside view of a jellyfish. In art and design, rotational symmetry can be used to portray motion or speed. Even on a static medium, rotational symmetry can convey action.
缭绕对于称(或者称喷射对于称)是指某一物体绕着某小半正在某一位置上做转动。
When working with symmetry (or asymmetry) in design, there are several best practices you should keep in mind.
对于称/没有对于称设想技巧和最佳案例
Symmetry/Asymmetry Design Tips and Best Practices
没有对于称物体正在听觉上要重于对于称物体。