位图

基本解释 (translations)

bitmap  ·  bitmaps

与位图相关的网络例句 [注：此内容来源于网络，仅供参考]

When the BitBlt function converts a monochrome bitmap to color, it sets white bits (1) to the background color and black bits (0) to the foreground color.

在BitBlt的时候，一个单色的位图把是1的地方设置为背景色，而0为前景色，而转换彩色位图到单色位图的时候，BitBlt设置与背景色相同的象素为白色，而其他的颜色为黑色。

Vectorgraph can be converted to a bitmap, but in turn bitmap converted to vectorgraph technical comparison difficult to achieve, a lot of graphic design software that support the use of pixel figure converted to vectorgraph, a general description of the software for free vector function realization, so that we can on the basis of vectorgraph to do the editing, but this kind of conversion sometimes is time-consuming, and sometimes does not achieve the expected results, it is generally used for relatively simple bitmap, or you would like some special effects.

矢量图可以转换成位图，不过反过来把位图转换为矢量图技术上比较难实现，很多图形设计软件都支持将像素图转换成矢量图性，一般可用矢量软件的描摹功能实现，这样我们就可以在矢量图形的基础上再做编辑，但这样的转换有时候会很耗时，有时候并不能达到预想的效果，一般用于比较简单的位图，或者想要表现一些特殊的效果。

To work with other bitmaps you need to pick apart the pixel values and look them up in the images color table which is a bit more complicated.

在OpenGL里使用windows位图作为材质贴图，限制是只能是24位位图，要使用其它类型的位图必须使用颜色表

The target bitmap's area is mapped to the 2D plane, with its lower left corner at (0,0). This means that a bitmap or pixmap of dimensions will be mapped to a 2D rectangle window delimited by (0,0)-.

目标位图映射到2D平面上，左下角在(0，0)上，这就是说一个大小的位图和象素图将被映射到(0，0)-界定的2D矩形窗口。

Don't forget to declare a private member for the bitmap, for use within the class

别忘了声明一个私有成员的位图，类内的使用："/页"私人位图位图

The difference between vector graphics and raster graphics, therefore, is that vector graphics are not translated into bit maps until the last possible moment, after all sizes and resolutions have been specified.

矢量图和位图的不同导致在所有尺寸和像素被确定后，不到最后一刻，矢量图不会被转换成位图。

The membership card before preparation: Let's customers is color, optical disc, samples, or e-mail, whether or not a clear pattern, enter the computer to try not to use bitmap software as bitmap software produce film to have Engrailed, use vector graphics software such as AdObe Il1ustratorhuO or CorelDRAW, produce smooth lines do not have Engrailed, such as patterns having a narrow line, the line control in 0.3 mm (line pattern is too thin affect colorfastness) above.

会员卡制作后绸缪：我们首不后看客户供答是彩稿、光盘、样衣，还是电子邮件，图案是否澄辉，不输不入筹算机时倡导只管即便不给用位图软件制作，因为用位图软件制作不入的软片有锯齿边，给用矢量图软件如AdObe Il1ustratorhuO 或CorelDRAW ，制作不入的线条畅达操纵锯齿边，如图案有粗线条时，线条把持在0.3 mm (线条太粗会感化图案牢量)以上。

According to the degrees of PSC they have,Shanghai-accented Mandarin interlanguage are classified into four stages as elementary ,intermediate ,intermediate-advanced and advanced.Then the phonologies of Standard Mandarin and Shanghai-accented Mandarin interlanguage are compared in order to find out the phonological differences between these two dialects. Based on the statistical results, the writer chooses ten typical kinds of pronunciation errors of finals according to the rates of pronunciation errors of finals on stages.Then, the phonetic level analysis is made on them for the four stages respectively. Furthermore, acoustic features of vowels, diphthongs, triphthongs and vowels with nasal endings are analysized and compared by plotting vowel charts and formant patterns for them. Finally, the writer gets some preliminary results of the typical pronunciation errors of finals during the whole process of Shanghai-accented Mandarin interlanguage and on the stages of it respectively.

本文结合当前这种实际研究和应用的需要，以上海地区普通话过渡语为考察对象，从韵母发音偏误入手，借鉴第二语言习得研究中偏误分析和中介语研究的相关理论，采用实验语音学的方法，随机选取了80位上海地区不同普通话水平等级的应试人的应试录音和试卷作为本研究使用的语料，并将其分别对应于上海地区普通话过渡语的四个阶段，重点考察这80位处于不同阶段的应试人在测试的读单字部分的韵母发音偏误现象，通过对各阶段所有应试人的各类韵母发音偏误出现率的统计分析，展示出上海地区普通话学习者在韵母习得方面产生的偏误在过渡语各个阶段上的分布特点及趋势；再根据各阶段各韵母发音偏误率的统计结果，选取各阶段共同具有的十类主要的韵母发音偏误，分别绘制过渡语各阶段的偏误音声学元音舌位图或共振峰模式图，并与标准普通话中相应韵母的声学元音舌位图或共振峰模式图进行比较，从而展示出上海地区普通话学习者的主要韵母偏误类型在过渡语不同阶段上各自的声学特征、偏离标准音的程度和相关趋势，并从一定程度上反映了这一地区普通话学习者在韵母习得方面的能力发展轨迹，为普通话教学及培训中如何提高教学效率问题提供一定的参考依据，也为普通话水平测试各等级标准声学特征的建立，乃至为将来测试的计算机化提供了可靠的声学参数。

Use CORELDRAW with version, to increase the speed if the file is bigger, with more graphics version, it is a couple of small version of the base map in one piece, the amount of information to reduce the file, improving output speed, note the text not to bitmaps such as text converted to bitmap will affect the accuracy of the text.

诳骗CORELDRAW联版时，为提矮速率如果文件比力不小，联版的图形比力众，最坏不兵几个小版的底图分为一张，减小文件的陈闻度，提矮输入速率，夺目笔墨不给转成位图如笔墨转为位图不兵感化笔墨的精度。

This thesis is an information to base on the color a diagram to conceal the calculate way, concealing to need the information pass the calculate way blends to a diagram carries the document inside, blending the result save to reign the diagram inside, a diagram size does not change, the visual effect does not change;Pass again the calculate way of the information resolution finally, will conceal in carry the document inside information withdraw out, realizing end result as, concealing the information with conceal the ex- data does not change.

本论文是基于彩色24bit位图的信息隐藏算法，把待隐藏信息通过算法融合到24Bit位图的载体文件中，融合结果存储在位图中，位图大小不改变，视觉效果不改变；最后再通过信息解析的算法，将隐藏于载体文件中信息提取出来，实现最终效果为，隐藏信息与隐藏前数据不改变。

与位图相关的网络解释 [注：此内容来源于网络，仅供参考]

bitmap：位图

[如果你熟悉图形操作中的技术,就不难理解了,原文把这个过程比作"位图"(Bitmap)操作,12x64个棋子的状态就对应12x64张位图,原先的散列键值被比作"背景"(Background),只要在背景上作位图的粘贴操作(用的是XOR处理)就可以了.

bitmap：位图模式

③位图模式--(bitmap)位图即黑白图,1(位图)通道,1位,一些编辑工具和全部滤镜不可用,不可建图层,只有从灰度模式才可以转换为位图模式. ④灰度模式--(grayscale)灰度图,1通道,8位,256种色调,彩色模式转换为灰度模式颜色信息丢失而不可逆.

device-independent bitmap：与设备无关位图 与装置无关点阵图

device-independent bitmap file 与设备无关位图文件 与装置无关点阵图档案 | device-independent bitmap 与设备无关位图 与装置无关点阵图 | device-independent 与设备无关 与装置无关

DIB：设备无关位图

在32位Windows中支持两类位图:"设备相关位图"(GDI)和"设备无关位图"(DIB),这两种类型的位图可有不同的颜色深度. 包含用以将调色板的红、绿、蓝(RGB)颜色元素映像到DIB图像中的像素的位图数组. 光标/图标与位图的属性是不同的,

DIB：与设备无关的位图

vbCFDIB 8 与设备无关的位图(DIB)vbCFDIB 8 设备无关位图(DIB). button:返回一个整数,用来标识该事件的产生是按下(MouseDown)或者释放(MouseUp)鼠标按钮引起的. button参数是具有相应于左按钮(位0)、右按钮(位1)以及中间按钮(位2)的一个位字段.

Produce pixmaps and pixmap masks of Images：产生图像的位图与位图掩码

* Render images to an X-Windows drawable 渲染图像到x-window显示中 | * Produce pixmaps and pixmap masks of Images 产生图像的位图与位图掩码 | * Apply filters to images 对图像应用过滤器

biPlanes：成员 位图位面数, 短整数型

.成员 位图高度, 整数型, , , biHeight | .成员 位图位面数, 短整数型, , , biPlanes | .成员 位深度, 短整数型, , , biBitCount

WORD biPlanes：位图设备级别

LONG biHeight; //位图呈象高度 | WORD biPlanes; //位图设备级别 | WORD biBitCount; //位图级别设定

public short biPlanes：位图的平面数

public int biHeight;//位图的高度 | public short biPlanes;//位图的平面数 | public short biBitCount;//位图的位数

reclosed：属性 设置closed位图

reclosed 属性 设置closed位图 | pictureleaf 属性 设置leaf位图 | pictureminus 属性 设置minus位图