horizontal resolution

简明释义

木平分解力

英英释义

例句

1.When printing photos, the horizontal resolution 水平分辨率 must match the printer's capabilities.

打印照片时，水平分辨率必须与打印机的能力相匹配。

2.In digital photography, a higher horizontal resolution 水平分辨率 allows for more detail in landscapes.

在数字摄影中，更高的水平分辨率可以在风景中捕捉更多细节。

3.The image quality improves significantly when the horizontal resolution 水平分辨率 is increased.

当水平分辨率提高时，图像质量显著改善。

4.The horizontal resolution 水平分辨率 of this monitor is 1920 pixels.

这款显示器的水平分辨率为1920像素。

5.For web design, ensuring adequate horizontal resolution 水平分辨率 is crucial for responsive images.

对于网页设计，确保足够的水平分辨率对响应式图像至关重要。

作文

In the realm of digital imaging and display technology, the term horizontal resolution plays a significant role in determining the clarity and quality of an image. Horizontal resolution refers to the number of distinct pixels that can be displayed or captured horizontally across a given image or screen. It is a critical parameter that influences how sharp and detailed an image appears to the viewer. For instance, a higher horizontal resolution allows for more detail to be rendered in an image, making it possible to discern finer features and textures. This is particularly important in applications such as photography, graphic design, and video production, where image quality is paramount.When discussing horizontal resolution, it is essential to consider its counterpart, vertical resolution. While horizontal resolution measures the pixel count across the width of an image, vertical resolution measures it along the height. Together, these two dimensions define the overall resolution of an image, often expressed in terms of width x height, such as 1920x1080 pixels. In this example, the horizontal resolution is 1920 pixels, which indicates how many vertical lines of pixels are present in the image.The impact of horizontal resolution can be observed in various fields. In television and cinema, for example, higher horizontal resolution leads to more immersive viewing experiences. Modern high-definition (HD) and ultra-high-definition (UHD) displays boast impressive horizontal resolutions, allowing viewers to enjoy movies and shows with remarkable detail and vibrancy. Similarly, in the world of gaming, a higher horizontal resolution enhances the realism of graphics, making virtual environments more engaging and lifelike.Moreover, the importance of horizontal resolution extends beyond just visual aesthetics. In scientific imaging, such as medical imaging or satellite imagery, having a high horizontal resolution can be crucial for accurate analysis and diagnosis. For instance, in MRI scans, a higher horizontal resolution means that doctors can see finer details of tissues and organs, leading to better patient outcomes.However, there are trade-offs associated with increasing horizontal resolution. Higher resolutions typically require more storage space and processing power, which can be a limitation for some devices. For example, smartphones and tablets may struggle to display ultra-high-definition content smoothly due to hardware constraints. Additionally, the human eye has its limits when it comes to perceiving differences in resolution. Beyond a certain point, increasing horizontal resolution may yield diminishing returns in perceived image quality.In conclusion, horizontal resolution is a fundamental concept in digital imaging that significantly affects the quality and clarity of images. Understanding its implications helps individuals appreciate the advancements in display technology and the importance of resolution in various fields. Whether it's enjoying a movie, playing a video game, or analyzing medical images, horizontal resolution remains a key factor in delivering high-quality visual experiences. As technology continues to evolve, so will the standards for horizontal resolution, pushing the boundaries of what we can see and experience through digital media.

在数字成像和显示技术领域，术语水平分辨率在确定图像的清晰度和质量方面发挥着重要作用。水平分辨率指的是在给定图像或屏幕的宽度上可以显示或捕捉的独特像素数量。这是一个关键参数，影响图像对观众的锐利度和细节程度。例如，更高的水平分辨率允许在图像中呈现更多细节，使得能够辨别更细微的特征和纹理。这在摄影、平面设计和视频制作等应用中尤为重要，因为图像质量至关重要。在讨论水平分辨率时，必须考虑其对应的垂直分辨率。虽然水平分辨率测量图像宽度方向上的像素数量，但垂直分辨率则测量高度方向上的像素数量。这两个维度共同定义了图像的整体分辨率，通常以宽度 x 高度的形式表示，例如1920x1080像素。在这个例子中，水平分辨率为1920像素，表示图像中存在多少条垂直像素线。水平分辨率的影响可以在各个领域观察到。例如，在电视和电影中，更高的水平分辨率带来了更身临其境的观看体验。现代高清（HD）和超高清（UHD）显示器拥有令人印象深刻的水平分辨率，使观众能够欣赏到细节和生动色彩卓越的电影和节目。同样，在游戏世界中，更高的水平分辨率增强了图形的真实感，使虚拟环境更加引人入胜和生动。此外，水平分辨率的重要性不仅限于视觉美学。在科学成像中，例如医学成像或卫星图像，拥有高水平分辨率对于准确分析和诊断至关重要。例如，在MRI扫描中，更高的水平分辨率意味着医生可以看到组织和器官的更精细细节，从而改善患者的治疗效果。然而，增加水平分辨率也存在一些权衡。更高的分辨率通常需要更多的存储空间和处理能力，这可能对某些设备构成限制。例如，智能手机和平板电脑可能由于硬件限制而难以流畅地显示超高清内容。此外，人眼在感知分辨率方面也有其极限。超过某个点，增加水平分辨率可能在感知图像质量方面产生递减回报。总之，水平分辨率是数字成像中的一个基本概念，对图像的质量和清晰度有显著影响。理解其含义有助于个人欣赏显示技术的进步以及分辨率在各个领域的重要性。无论是欣赏电影、玩视频游戏还是分析医学图像，水平分辨率仍然是提供高质量视觉体验的关键因素。随着技术的不断发展，水平分辨率的标准也将不断提高，推动我们通过数字媒体所能看到和体验的界限。