graphics system module 中文意思是什麼
graphics system module
解釋
圖形系統模塊-
The paper presents a distribution analysis software platform which is developed combining computer graphical theory and oop ( object - oriented programming ). the platform includes three modules, the graphics module, the database module and the computation module. the graphical module can draw the key diagram of power system ; the database module can save, browse and edit the data of power systems ; the computation module can compute the power flow
本文運用面向對象的程序設計方法結合計算機圖形學的知識，開發了一套可視化配電網分析軟體平臺，它包括用於繪制電力系統結線圖的圖形模塊、用於保存、瀏覽、修改電網數據信息的數據庫模塊和進行配電網潮流計算的計算模塊。 -
The thesis expatiate on the thought base, principle, design process and calculate technique that used in the foundation of the service pipe network geography information manage system, and set up each module ’ s math model. it handles the network ’ s graphics and words in a whole using the geography information system technique. that will make the water pipe network management easy, facilely and exactly
本文詳細闡述了建立城市給水管網地理信息管理系統的思想基礎、遵循原則、設計過程以及採用的計算技術，對管網各功能模塊建立了數學模型，運用地理信息技術對城市給水管網進行了圖形和屬性數據一體化的操作，從而使給水管網的管理更加直觀、便利和準確。 -
The main contribution of this paper is that it offers the software to analyze the detection performance and the combat efficiency of radar system taking advantage of visual c + + 6. 0. the software has very well graphics visualize output interfaces. the software can be used to expediently compare the detection performance of radar in existence, calculate and compare the max range and the detection precision of different radar under varying complex environment, calculate the radar detection probability and the radar false alarm probability. some new analyzing module can be added in this software easily
論文的主要貢獻是利用visualc + +設計了「機載火控雷達性能分析與效能評估軟體」 ，該軟體具有良好的人機交互性和圖形化形象化的輸出界面，可以方便的分析對比現有國內外機載雷達系統的檢測性能，對比不同雷達系統在各種復雜環境下的最大發現距離，計算不同雷達系統在各種復雜環境下的測量精度，以及計算雷達的檢測概率和虛警概率等參數，並且可以方便地添加新的分析模塊，進一步增加軟體的功能。 -
So the plate - like drawing correcting process can be divided into two stages : absolute errors checking and comparative errors checking absolute errors checking include four modules which were line - weight checking, hatch checking. dimension checking and overlapped line checking comparative errors checking module include drawing compartmentalization, view recognizing, data getting and data compare in this correction system, line - scanning and circle - scanning algorithm, direct graphics element compare algorithm and character compare are used, which simplify the process and reduce difficulties
相對錯誤檢查包括區域劃分、視圖識別、數據提取、數據提取等過程。相對錯誤的判斷依據是答案圖。本批改系統採用直線和圓弧掃描演算法，並且結合圖形元素直接比較法和特徵比較法，既簡化了處理過程，又降低了處理難度，比較圓滿地完成了開題報告確立的任務。 -
This paper will talk about the first module in details. visual power plant graphics will do good to understand the abstract principles and process. modeling is the core of the system
實現發電廠的圖形化，有利於對抽象原理及過程的理解，便於使用，所以圖形建模實現的好壞是評價該軟體開發工作的主要指標。 -
Based on the ana1yse of the way of the water pipe network ’ s management and the difficult problem which exist in the course of running water pipe network it presents the collectivity project of the city service pipe network geography information manage system and estab1ish the waterpipe network ’ s basic data - base, and conform afresh the network data by the mode of data - base organization. then on the base of it, open out the water pipe networks graphics show and edit, hydraulic simulation module, disposal accident module and data query andanalyse module and set up the geography information system. it will exert the network ’ s data - base and computer effect on the city water management
在對目前給水管網管理方式以及管理過程中碰到的問題進行分析的基礎上，給出了城市給水管網地理信息管理系統的總體方案和詳細設計，同時建立了給水管網基礎數據庫，依照數據庫的組織方式對管網數據進行管理、編輯和分析，並在此基礎上，開發了城市給水管網圖形顯示、圖形編輯、水力模擬、管網事故處理、管網數據查詢分析和管網數據專題圖等功能模塊，建立了城市給水管網地理信息系統，以充分發揮管網數據和計算機技術在城市供水管理中的作用。 -
System synthetically uses digital ultrasonic flaw detection technique, computer technique, auto control technology and constructs intact hardware system ; constructs software system including complete locomotive wheel - set graphics base, diagnosis document database, checkout result database and smart analysis module by investigation, summarization, test, theory analysis etc.
為此，提出了機車輪對智能超聲波探傷系統的總體方案，該系統綜合利用數字超聲探傷技術、計算機技術、自動控制等技術，構成完善的硬體系統。通過調研、總結、試驗、理論分析等手段建立完善的機車輪對圖形庫、診斷文檔數據庫、檢驗結果數據庫及智能分析模塊等軟體系統。 -
It put out the system requirements from the whole structure, function structure, developing mode, user management, the design of software and database, safety design, system running efficiency, developing plan, etc. it put out the basic graphics operation, the module building and editing of the electrical network, the devices records and function management the devices operating management, the function producing the electrical subject chart, the outside interface function, the in - out function and webgis, etc. it discusses some advanced functions including the theory loss and practical loss computing of the distribution line, the reliability basic data producing and conversing tools, power cut management, the load supplying from other ways, the repairing management on user fault reports, th e new load installing assistant function, the management of hanging the cards and simulating operation, the monitonng and analyzing management of the running information, load monitoring and load density analyzing function and so on
從系統總體結構，功能結構，開發模式，用戶管理，軟體和數據庫設計，安全性設計，系統運行效率，開發計劃等方面滿足了系統的總體要求；系統實現了基本圖形操作，電網建模與編輯，設備臺帳及運行管理，設備操作運行管理，電力專題圖生成，外部介面，輸入輸出， web - gis等基本功能;系統還具有配電線路理論線損計算及實際線損計算，可靠性基礎數據生成和數據轉換工具，停電管理，負荷轉供功能，用戶報修管理，用戶報裝輔助，掛牌管理和模擬操作，運行信息分析監控管理，負荷監控及負荷密度分析等高級功能:並能從運行方式，用戶權限，運行日誌三個方面闡述本系統的管理方式。系統總體結構合理，功能及介面齊全，配置擴展方便，可操作性強。 -
Based on the top module man - machine interface and the bottom module database, the other modules are linked between the two modules to accomplish different functions. this paper analyses the data related to the protection calculation, designs and realizes the database of this system via relation database design ' s method. by object modeling technique ( omt ), the meta graphics of devices in power plant are modeled into three types by different aspects, which are object model, dynamic model and functional model
本文分析了發電廠保護整定涉及的數據，並用關系數據庫的設計方法設計和實現了系統的數據庫；用面向對象建模的方法為發電廠的設備圖元從三個不同的角度建立了對象模型、動態模型和功能模型，並且用c + +語言實現了這些模型；在定值單模塊的開發中，使用了通用數據報表工具excel ，並且用xll加載宏技術擴展其功能，實現了動態數據報表；為保證數據的安全性，系統為用戶提供了統一的數據維護界面。 -
Automatic vehicle system are made up of several moduls, those moduls are vector electronical map module, position module, communication module, multimedia player module and video signal switch module. in this system, we can realize the position and navigation of vehicle in graphics mode, and demand geographical information, make use of wireless communication, enjoy the multimedia player and so on
該系統由矢量電子地圖模塊、定位模塊、通信模塊、多媒體視頻播放模塊及視頻混合電路模塊這幾個模塊有機組成，用於實現車輛圖形化定位導航、信息查詢、無線通信、多媒體播放等多種功能。 -
Based on the project named 《 seiwave earthquake deposit layer forecasting and well deploying system 》 which is presided by daqing oil field limited liability company reconnaissance exploitation academe. it implement graphics display module, graphics manipulation module, graphics filling module and optimizing of plot speed in 《 three - dimensional earthquake interpret hypo - system 》 which is the core portion of 《 seiwave earthquake deposit layer forecasting and well deploying system 》. it is deeply investigated the special knowledge of earthquake interpret
本文以《 seiwave地震資料儲層預測與井位部署系統》項目為依託，深入研究了此系統中相關的圖形顯示知識和專業知識，實現了《 seiwave地震儲層預測與井位部署系統-三維地震資料解釋子系統》中圖形顯示、圖形操作、圖形填充功能和繪圖性能的優化，進一步提高了油田的勘探效率。 -
It has significance to mining safety, mine optimum design and visualization etc. firstly, this paper concisely introduces opengl, which is a 3d graphical tool, about its function, working structure, ' drawing theory and implementing method in windows system. then the two methods of three - dimensional graphics modeling are put forward. in the following, the paper describes the total design thought, frame, and function module of the simulation software of virtual mine
本文首先論述了三維繪圖所使用的主要工具opengl的功能、工作結構、繪制原理及其在windows中的實現方法；並提出了兩種礦井虛擬現實系統三維圖形建模方法；詳細說明了虛擬礦井系統軟體開發的總體設計思想以及系統的整體構架和各個功能模塊。 -
This paper integrates theory with practice, follows the principles and methods of software engineering, setup the constitutes frame of nc machine servo feed cad system, and finishes the research and development of four modules of servo feed cad system, such as graphical user interface module, design and compute module, database management system and graphics system, by using object orient programming ( oop ) technology, borland c + + builder 5. 0 database engine ( bde ), parametric feature model technology and 3d solid modeling technology
本文理論聯系實際，遵循軟體工程的原則和方法，創建了數控機床伺服進給cad系統的總體框架。它採用了面向對象編程（ oop ）技術、 borlandc + + builder5 . 0數據庫引擎（ bde ） 、參數化建模技術和三維實體造型技術，完成了伺服進給系統的四大部分功能：即圖形用戶界面模塊、設計計算模塊、數據庫管理系統模塊以及圖形系統模塊。 -
According to the function of the chip the system is separated into two modules, the core and the periphery logic. thereinto, the core module is divided into port a module, port b module, port c module and control module. each bottom module is described by rtl ( registers transfer language ) and whole module is completed by the graphics input method of max + plus
設計採用vhdl的結構描述風格，依據晶元功能將系統劃分為內核和外圍邏輯兩大模塊，其中內核模塊又分為porta 、 portb 、 portc和control模塊，每個底層模塊採用rtl （ registerstransferlanguage ）級描述，整體生成採用max + plus的圖形輸入法。 -
In this system, users input the marking contents through the users interface module, and save the marking contents as text into the database, then through the marking controlling module, we dynamically change marking text contents into graphics and mark it on the bearings
系統通過用戶界面將輸入的打標內容以文本格式保存到數據庫中，然後通過我們設計的打標控制類，將用戶輸入的內容動態地轉換成圖形后輸出打標在軸承上。 -
Of those, the main function of graphical user interface module is to manage graphical user interface and interface programming. the main function of design and compute module is to taking on selecting the construction, the parts and checking the design results of servo feed cad system. the main function of graphics system is to draw the assembly graphics of servo feed system by the design results
其中界面系統部分進行統一的界面管理並組織相應的介面程序；科學計算部分承擔伺服進給系統結構選型、零部件選取和校核計算；圖形系統能根據計算部分的結構參數繪制出相應的各部件設計圖紙及裝配圖；數據庫負責保存相關的設計數據、圖表和繪好的圖表。
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