dib

Key technology and method to display serial processed DIB image is presented .

着重叙述DIB位图连贯显示的技术要点和实现方法。

DIB Display and Window Transformation Technology for DICOM Medical Images

DICOM医学图像的调窗技术及DIB显示

Way of DIB Derived from DICOM Medical Image File

由DICOM医学图像文件获得设备无关位图的方法

Drawing Technology with DIB in Post-process Module of Foundry CAE System

铸造CAE系统后置处理模块中的DIB绘图技术

Research on application of DIB files

DIB文件的应用研究

Texture Mapping the Models in the Technology Simulation of Storage-Hydrogen Alloys using Windows DIB Files

用位图文件对储氢合金生产工艺仿真模型进行纹理映射

Firstly , it describes methods of DDB and DIB bitmap displaying .

首先介绍DDB、DIB位图的显示方法。

Finally , the dissertation develops the storage and print function of VI by using DIB bitmap mode .

最后，利用DIB位图方式实现了波形的存储和打印，拓展了仪器的功能。

The third part starts with DDB definitions , but it is mainly focuses on DIB .

第三部分是从DDB的定义开始的，但是主要讨论的是DIB。

Read BMP files by DIB format ;

2用DIB格式读取BMP文件；

DIB Display Technique for DICOM-based Medical Images

DICOM医学图像的DIB显示技术

The program creates own Device-Independent Bitmap ( DIB ) library to dispose the image .

创建自己的DIB函数库，完成图像的一些简单基本功能；

In the handling of hand sample , the question of image processing is introduced such as DIB , the build of image processing class .

在小样剪切功能模块中，介绍了DIB技术、图像处理类的构建等有关图像处理技术的问题。

CDib designed to deal with Dib specially . Realize GDI of operation in Dib directly .

设计了一个专门处理与设备无关位图的类CDib，并实现了在DIB中直接进行GDI操作。

Some basic concepts of Device Dependent Bitmap ( DDB ) and Device Independent Bitmap ( DIB ) are introduced .

介绍了设备相关位图（DDB）、设备无关位图（DIB）的基本概念。

Those BMP and DIB files are often larger than your original file , and that is why your database can grow so rapidly .

那些BMP和DIB文件通常大于原始文件，这就是为什么数据库会如此快速增大的原因。

The modification of surface properties of die materials has been made by double-ion beams dynamics mixing technique ( DIB ) . The results are excellent .

采用双离子束动态混合技术，对模具材料的表面进行改性处理。

Program will capture the contents of the selected window and convert it to a DIB , and store it on the clipboard .

计划将捕捉选定窗口的内容并将其转换为一的DIB，并将其存储在剪贴板。

This paper proposes an automatic programming method involving reading DIB bitmap data and transferring the original source data into manufacturing code by programming in VC + + studio .

本文介绍一种通过编程实现位图读取，并作为数据源，转换为G加工代码的自动编程方法。

The paper applies practice to expound the means of converting a general bitmap to DIB and access DIB in a database and also provides some programs .

文中结合实际经验，阐述了把一般位图转换成DIB位图和DIB位图在数据库中存取的方法，并提供了部分实现程序。

In the system , the image information of crankshaft is collected with CCD and image data acquisition card , and then DIB bitmaps of crankshaft are created .

该方案是利用CCD摄像机采集被测曲轴的图像信息，经过微机软件系统对采集的图像进行数字图像处理，以建立曲轴的二维标准检测图像，从而测量出曲轴的各种外形尺寸；

Protons are so small that a little dib of ink like the dot on this i can hold something in the region of 500 billion of them ,

像字母“i”上的点这样大小的一滴墨水，就可以拥有约莫5000亿个质子，

Second , the paper introduces the VC + + 6.0 program language , analyses its peculiarity and advantage , explains the form of the image in the computer and DIB visiting functions .

其次，介绍了本系统所应用的编程语言VC++6.0，分析了其特点和优点，并说明了模拟图像数字化后，在计算机里的存储格式以及相应的设备无关位图访问函数。

And use the dynamic link library to finish the work of opening and displaying the files . A DIB class is compiled , to implement the image processing function by the operation on the objects .

使用动态链接库来实现文件的打开和显示工作，编写了一个图像文件类，通过对对象的操作实现各种图像处理功能。

In this section , we completed the Developing of Stereoscopic Image Generating system with Object-Oriented Programming Method , Designed an inheritable DIB Class , and integrated three different Stereoscopic Image Generating Algorithms into this system .

在这一部分我们利用面向对象程序设计（Object－orientedprogramming简称OOP）方法，在分析了图像处理的基础上，设计了可继承的图像类。

At first the author proceeds the theory research for text file of MFC seeing the chart system construction , then the author proceeds the theory analysis for CDC and the potential chart of equipment and DIB theory .

首先对MFC的文档/视图体系结构进行了理论研究，然后对CDC类、设备无关位图及（DIB）的理论进行了分析。

Difficulties such as displaying different formats of documents in a same window , browsing synchronously , sending data via Internet , capturing screen and drawing DIB picture to screen are designed and programmed .

解决并实现了系统设计和编程过程中多种文档在同一窗口的显示、同步浏览、网络传送、图像截取和显示等难点。

In the last part , the whole course of the measurement is advanced . Chapter Three introduced some knowledge of digital image processing , including palette , grayscale and DIB , but mainly talk about the structure of the BMP file .

第三步介绍了数字图像处理的基本知识，包括调色板，灰度图，设备无关位图（DIB）等，并主要介绍了BMP文件的结构；

Instead of using file for image 's buffer and exchange , this article uses memory buffer directly to create Device Independent Bitmap ( DIB ) and send it in remote workstation , and show the image in console the same way .

本文对利用文件进行图像缓冲和交换的方式进行了改进，在远程工作站利用内存缓冲区直接进行设备无关位图（DIB）的建立且进行传送，并在控制台直接显示内存缓冲区中的DIB。

Then , digital image processing in the environment of VC + + was introduced , including the concepts that have contacts with digital image processing in the VC + + 6.0 , the structure of BMP file and the DIB class used in this thesis .

接着，对在VC++环境下的数字图像处理进行了介绍，主要介绍了VC++6.0与数字图像处理技术相关的概念，BMP文件的结构以及本文使用的DIB类。