specular

简明释义

英[ˈspekjʊlə(r)]美[ˈspekjələr]

adj. 镜子的；会反射的；镜子一般的

英英释义

单词用法

同义词

反义词

例句

1.Result of the base pass is Z buffer filled with scene contents and Render Texture with normals & specular power.

基本渲染的结果是被屏幕内容填满的Z缓冲和带有法线和高光强度的渲染纹理。

2.Result of the base pass is Z buffer filled with scene contents and Render Texture with normals & specular power.

基本渲染的结果是被屏幕内容填满的Z缓冲和带有法线和高光强度的渲染纹理。

3.To avoid this you must set a lower amount in the specular level slot.

为了避免出现这种状况，你可以设置较低的高光级别值。

4.In this way we have much more control of the position, colour and brightness of the specular highlights.

用这种方式我们可以更好的控制高光的位置，色彩，亮度。

5.A combined specular and diffuse reflection at the wall and at the particle surface is included in the analysis.

分析中气体分子在壁面和颗粒表面处均假定为部分镜反射和部分漫反射。

6.There are four colors: Ambient, Emissive, Diffuse, and Specular.

其中四种是颜色：环境光色、发射光色、漫射光色和反射光色。

7.Specular Transmittance shows the skin like it exists naturally, like glass.

镜面透射率像玻璃一样，反映自然状态下的皮肤。

8.The specular 镜面 effects in the virtual reality game added to the immersive experience.

虚拟现实游戏中的specular 镜面效果增强了沉浸式体验。

9.In computer graphics, specular 镜面反射 highlights are crucial for creating realistic images.

在计算机图形学中，specular 镜面反射高光对于创造逼真的图像至关重要。

10.When designing the interior, she chose specular 镜面的 materials to create a modern look.

在室内设计时，她选择了specular 镜面的材料，以营造现代感。

11.The photographer adjusted the lighting to enhance the specular 镜面反射 on the car's surface.

摄影师调整了灯光，以增强汽车表面的specular 镜面反射效果。

12.The artist used a specular 镜面的 finish to give the sculpture a reflective quality.

艺术家使用了<specular>镜面的specular>表面处理，使雕塑具有反射特性。

作文

In the realm of physics and optics, the term specular refers to a type of reflection that occurs when light bounces off a smooth surface in a single direction. This phenomenon is commonly observed with mirrors or calm water surfaces, where the reflected image retains clarity and detail. The concept of specular reflection is crucial in various fields, including photography, computer graphics, and even architectural design. Understanding how specular reflection works allows artists and scientists alike to manipulate light and create stunning visual effects.For instance, in photography, capturing the right amount of specular highlights can dramatically affect the mood and tone of an image. Photographers often seek to control these reflections to enhance the subject's features or to create a specific atmosphere. A well-placed light source can produce beautiful specular reflections that add depth and dimension to a photograph. Without this understanding, images may appear flat and uninteresting.In computer graphics, the simulation of specular reflection is vital for creating realistic images. Graphics designers use algorithms to calculate how light interacts with surfaces, allowing them to render objects that appear lifelike. For example, when designing a car in a virtual environment, the specular properties of the car's paint must be accurately represented to mimic how it would look under different lighting conditions. This level of detail is what makes modern video games and animated films visually captivating.Architects also consider specular reflections when designing buildings. The choice of materials, such as glass or polished stone, can influence how light interacts with a structure. A building with a lot of specular surfaces might reflect sunlight in a way that creates dazzling effects, but it could also lead to glare issues for pedestrians and nearby residents. Therefore, architects must balance aesthetic appeal with practical considerations, ensuring that their designs are both beautiful and functional.Moreover, the study of specular reflection has applications beyond aesthetics. In environmental science, researchers analyze how specular reflection from bodies of water can impact local climates. The way sunlight reflects off lakes and rivers can affect temperature regulation in surrounding areas, influencing weather patterns and local ecosystems. Understanding these interactions is essential for effective environmental management and conservation efforts.In conclusion, the term specular encompasses more than just a scientific definition; it plays a pivotal role in various disciplines that intersect with our daily lives. From enhancing artistic expression in photography to informing architectural design and environmental science, the implications of specular reflection are far-reaching. By grasping the principles behind specular reflection, individuals can appreciate the beauty of light and its interaction with the world around us, ultimately leading to a deeper understanding of both art and science.

在物理学和光学的领域中，术语specular指的是当光线从光滑表面以单一方向反射时发生的一种反射现象。这种现象通常在镜子或平静水面上观察到，反射的图像保持清晰和细节。specular反射的概念在多个领域中至关重要，包括摄影、计算机图形学，甚至建筑设计。理解specular反射的工作原理使艺术家和科学家能够操控光线，创造出惊人的视觉效果。例如，在摄影中，捕捉适量的specular高光可以显著影响图像的情感和基调。摄影师常常寻求控制这些反射，以增强主题的特征或创造特定的氛围。一个恰当放置的光源可以产生美丽的specular反射，为照片增添深度和维度。如果没有这种理解，图像可能会显得平坦和无趣。在计算机图形学中，specular反射的模拟对于创建逼真的图像至关重要。图形设计师使用算法来计算光与表面的相互作用，从而渲染出看起来栩栩如生的物体。例如，在虚拟环境中设计一辆汽车时，必须准确表示汽车涂料的specular特性，以模仿它在不同光照条件下的外观。这种细节水平使现代视频游戏和动画电影在视觉上引人入胜。建筑师在设计建筑时也考虑specular反射。材料的选择，如玻璃或抛光石材，会影响光与结构的相互作用。拥有大量specular表面的建筑可能以一种方式反射阳光，创造出令人眼花缭乱的效果，但也可能导致行人和附近居民的眩光问题。因此，建筑师必须平衡美学吸引力与实际考虑，确保他们的设计既美观又实用。此外，对specular反射的研究在美学之外还有应用。在环境科学中，研究人员分析水体的specular反射如何影响当地气候。阳光从湖泊和河流的反射方式可以影响周围地区的温度调节，进而影响天气模式和当地生态系统。理解这些相互作用对于有效的环境管理和保护工作至关重要。总之，术语specular不仅仅包含科学定义；它在与我们日常生活交叉的多个学科中扮演着关键角色。从增强摄影中的艺术表现到为建筑设计和环境科学提供信息，specular反射的影响范围广泛。通过掌握specular反射背后的原理，个人可以欣赏光的美及其与周围世界的相互作用，最终导致对艺术和科学更深刻的理解。