例句與造句

1. 4 . this paper tried to realize vector format by making use of oriented - object idea
   嘗試性的利用面向?qū)ο蟮乃枷雽ct格式進行初步實現(xiàn)。
2. Aims at vector formats that exist as part of the gdal source tree . ogr relies on gdal
   ） ，盡管是為了適應gdal源樹中存在的矢量格式而構建的，但ogr依賴于gdal 。
3. Now that the custom vector format and fvf are specified , the next step is to fill the vertex buffer with vertices , as described in step 2 - setting up the vertex buffer
   既然自定義頂點格式和fvf已經(jīng)指定，下一步使用頂點來填充頂點緩沖器，在第二步中敘述。
4. It uses svf ( serial vector format ) files to describe the user ' s digital circuit , and makes the processor of embedded system explain svf files to configure the plds over the internet
   文中利用符合工業(yè)標準的svf文件描述數(shù)字電路的配置信息，通過嵌入式系統(tǒng)解釋該文件完成對可編程器件的遠程配置。
5. Vectorization , i . e . raster - to - vector conversion , is the process of analyzing the scanned image of an engineering drawing in paper form and recognizing the graphic objects in the drawing , and finally , generating the vector format file
   工程圖矢量化是將紙介質(zhì)工程圖紙掃描輸入計算機后,對所得的掃描圖像加以分析、識別,最終重建其中的目標對象的過程。
6. It's difficult to find vector format in a sentence. 用vector format造句挺難的
7. In this paper , the method of solution in the vector format for a kind of dual singular integral equation with two convolution kernels is discussed , and the general explicit solution and the related conditions of solvability are obtained
   摘要本文對文[ 2 ]中的含兩個卷積核的對偶型奇異積分方程給出了向量形式求解方法，并且給出了一般解的顯式及相應的可解條件。
8. In this paper , based on understanding and mastering image processing , we input the drawing into the computer by the image conversion , then automatically get and recognize the element by the method of the image processing and pattern recognition . at last , on the base of the understanding of the whole drawing , we will transform the information of the picture and the character to the vector format , on which we can make the vivid courseware
   本文在理解和掌握圖像處理主要技術基礎之上，主要討論通過圖像轉(zhuǎn)換裝置將圖紙輸入到計算機，運用圖像處理、模式識別等理論和方法進行圖像中各種要素的自動提取識別，在實現(xiàn)對整幅圖紙理解的基礎上，自動將圖紙和符號信息轉(zhuǎn)換為矢量數(shù)據(jù)格式。
9. A plug - in named macromedia flash player and a tool named swift3d are used to realize showing 3d animation which is made in 3dsmax and then is converted to swf format , a vector format that is easy to be transmitted by internet ; compress original 3d animation video ( avi format ) to rm stream media format
   使用macromediaflashplayer插件以及swift3d ，將3dsmax中制作的三維動畫轉(zhuǎn)換成易于網(wǎng)上傳輸?shù)膕wf矢量形式；對原始三維視頻avi文件進行壓縮，成為rm流式格式；本文靈活運用這些方法，有效地解決了網(wǎng)上三維數(shù)據(jù)傳輸帶寬限制的問題。
10. In this process , the 80 selected buildings structures including declared monuments were modelled as wire - frames in traditional vector format with reference to building plans . texture mapping technique was then applied to the wire - frames to generate realistic appearance for these buildings structures
    在第二階段須以傳統(tǒng)的向量方法，按照建筑圖則為八十幢被選出的建筑物構造物（包括多項法定古跡建筑物）制作線狀框架模型，然后使用紋理拼貼技術( texturemappingtechnique )來塑造一個有真實感的建筑物外觀。
11. But with the improvement of design and test technique , translating the test vector from the design to test system is becoming more and more difficult . so how to solve the difficulty efficiently is an important research direction . this dissertation studies the different test vector format languages and ic test program languages , introduces test development system architecture and components , discusses the key issues in practical application of test vector translation and gives the solutions
    本文研究了多種測試向量格式語言和測試程序語言,系統(tǒng)介紹了測試開發(fā)系統(tǒng)的體系結(jié)構以及各個組成部分,介紹了當今的測試開發(fā)系統(tǒng)方面的研究成果,詳細分析了在測試向量轉(zhuǎn)換系統(tǒng)中的測試向量周期化轉(zhuǎn)換的關鍵問題,并給出相應的解決方法及其算法實現(xiàn)。
12. Engineering drawing recognition technique aims at converting scanned engineering drawing images into vector formats compatible with popular cad systems . getting a vectorization result with sufficient accuracy is the basis for further drawing interpretation . unfortunately , none drawing conversion systems can achieve the satisfactory recognizing accuracy
    工程圖自動識別技術旨在將掃描工程圖像轉(zhuǎn)換為與各種cad系統(tǒng)相兼容的矢量數(shù)據(jù)格式，精確的矢量化結(jié)果是進一步進行圖形理解的基礎，然而當前的圖紙掃描轉(zhuǎn)換系統(tǒng)均未能取得令人滿意的圖素識別精度，矢量化結(jié)果中的錯誤只能依靠人工交互校正。