bitmapped

简明释义

英[ˈbɪt.mæpt]美[ˈbɪt.mæpt]

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英英释义

单词用法

同义词

反义词

例句

1.These computer-driven systems lacked the horsepower to turn curves into bitmapped output.

这种电脑驱动系统缺少足够的马力将曲线转化为位图输出。

2.As the user types in a password, a reclining model dubbed Sally loses her garments a few chunkily bitmapped patches at a time.

当用户输入一个密码，一个名唤Sally的斜躺着的模特开始脱她的衣服，“衣服”是由一些位图块组成的，每次脱一点。

3.This is used to adjust bitmapped image sizes from their pixel size to something suitable for the page.

这是用于将位图图像的大小从像素大小调整为适合的页面。

4.Create your bitmapped output with the command fdp dotFile.slash -Tpng -o graph.png.

使用fdpdotFile.slash -Tpng -o graph.png命令创建位图化的输出。

5.As the user types in a password, a reclining model dubbed Sally loses her garments a few chunkily bitmapped patches at a time.

当用户输入一个密码，一个名唤Sally的斜躺着的模特开始脱她的衣服，“衣服”是由一些位图块组成的，每次脱一点。

6.Enable bitmapped fonts by default?

是否默认启用bitmap字体?。

7.Bitmapped maps require huge storage space.

位元映射地图需要巨大的存储空间。

8.Use the CBitmapButton class to create pushbutton controls labeled with bitmapped images instead of text.

类CBitmapButton用于创建用位图而不是文本做标签的按钮控件。

9.In graphic design, using bitmapped 位图 images can lead to larger file sizes compared to vector images.

在图形设计中，使用bitmapped 位图图像可能会导致比矢量图像更大的文件大小。

10.A bitmapped 位图 representation of the logo was created for use on the website.

为网站创建了一个logo的bitmapped 位图表示。

11.When printing, bitmapped 位图 images often require higher resolution to maintain clarity.

在打印时，bitmapped 位图图像通常需要更高的分辨率以保持清晰度。

12.The software supports both bitmapped 位图 and vector formats for better flexibility in design.

该软件支持bitmapped 位图和矢量格式，以便在设计中提供更好的灵活性。

13.The image was saved as a bitmapped 位图 file, which allows for high-quality graphics.

这张图像被保存为一个bitmapped 位图文件，这样可以实现高质量的图形。

作文

In the world of digital graphics, the term bitmapped refers to a method of representing images using a grid of pixels. Each pixel in a bitmapped image corresponds to a specific color, and together they form the complete picture that we see on our screens. This technology has revolutionized how we create and manipulate images, allowing for detailed and vibrant visuals that are essential in various fields such as photography, gaming, and graphic design.One of the primary advantages of bitmapped images is their ability to capture intricate details. For example, when a photograph is taken, the camera sensor records the light information and converts it into a bitmapped format. This means that every subtle shade and color variation is preserved, resulting in high-quality images that can be printed or displayed with stunning clarity. In contrast to vector graphics, which use mathematical equations to represent images, bitmapped images are more suited for complex scenes where color gradients and textures play a significant role.However, bitmapped images also come with their drawbacks. One major issue is the file size. Since each pixel must be stored individually, bitmapped images can become quite large, especially at high resolutions. This can lead to challenges in storage and transmission, particularly over the internet. To mitigate this, various compression techniques have been developed, such as JPEG and PNG formats, which reduce file sizes while attempting to maintain image quality.Another limitation of bitmapped images is their scalability. When a bitmapped image is enlarged, it can lose quality and appear pixelated. This happens because the pixels that make up the image are stretched beyond their original size, leading to a loss of detail. On the other hand, vector graphics can be resized without any loss of quality, making them a preferred choice for logos and illustrations that require flexibility in size.Despite these limitations, bitmapped images remain incredibly popular due to their versatility and the richness of detail they offer. They are widely used in digital art, where artists utilize software to create stunning visuals from scratch, employing techniques that leverage the bitmapped format to achieve desired effects. Additionally, many modern applications and games rely heavily on bitmapped graphics to deliver immersive experiences to users.In conclusion, understanding the concept of bitmapped images is crucial for anyone involved in digital media. While they have certain limitations, the ability to capture and display intricate details makes bitmapped images a fundamental aspect of graphic design and digital art. As technology continues to evolve, the way we create and interact with bitmapped images will undoubtedly change, but their importance in the digital landscape will remain significant.

在数字图形的世界中，术语bitmapped指的是一种使用像素网格表示图像的方法。bitmapped图像中的每个像素对应于特定颜色，它们共同形成我们在屏幕上看到的完整图像。这项技术彻底改变了我们创建和处理图像的方式，使得在摄影、游戏和图形设计等各个领域，细致而生动的视觉效果成为可能。bitmapped图像的主要优点之一是能够捕捉复杂的细节。例如，当拍摄照片时，照相机传感器记录光信息并将其转换为bitmapped格式。这意味着每个微妙的色调和颜色变化都得以保留，从而生成高质量的图像，可以打印或以惊人的清晰度显示。与使用数学方程表示图像的矢量图形相比，bitmapped图像更适合复杂场景，其中颜色渐变和纹理起着重要作用。然而，bitmapped图像也有其缺点。一个主要问题是文件大小。由于每个像素必须单独存储，bitmapped图像可能会变得相当大，尤其是在高分辨率下。这可能导致存储和传输方面的挑战，特别是在互联网上。为了缓解这一问题，已经开发了各种压缩技术，如JPEG和PNG格式，这些格式在尽量保持图像质量的同时减少文件大小。bitmapped图像的另一个限制是它们的可缩放性。当bitmapped图像被放大时，可能会失去质量并出现像素化。这是因为构成图像的像素被拉伸超出其原始大小，导致细节丢失。另一方面，矢量图形可以在不损失质量的情况下调整大小，因此对于需要尺寸灵活性的徽标和插图来说，它们是首选。尽管存在这些限制，bitmapped图像因其多功能性和提供的丰富细节而仍然非常受欢迎。它们广泛用于数字艺术，艺术家利用软件从零开始创建惊艳的视觉效果，采用利用bitmapped格式的技术来实现所需效果。此外，许多现代应用程序和游戏在向用户提供沉浸式体验时，严重依赖于bitmapped图形。总之，理解bitmapped图像的概念对于任何参与数字媒体的人来说都是至关重要的。尽管它们有某些局限性，但捕捉和展示复杂细节的能力使得bitmapped图像成为图形设计和数字艺术的基本组成部分。随着技术的不断发展，我们创建和与bitmapped图像互动的方式无疑会发生变化，但它们在数字领域的重要性将始终显著。