AutoCAD as a Cartographic Training Tool.
利用自动cad作为绘图培训的工具。
Evaluation of Cartographic Symbol Design for Web...
网际网路地图符号设计之评估。
Map animation is a new type of cartographic visualization.
地图动画是一种新型的可视化表现方式。
Cartographic generalization is a core problem in cartography.
制图综合是地图制图中的核心问题。
There exists plenty of fuzzy phenomena in cartographic generalization.
制图综合中存在大量模糊现象。
The research of automatic cartographic generalization is a very difficult subject.
数字地图自动综合的研究是一个非常艰难的课题。
Finally, it extends the general principles for cartographic representation of coasts.
最后，提出了海岸制图表示的一般原则。
Therefore, an ideal frame is established for cartographic expert system of qualitative information.
从而为定性信息的制图专家系统建立了一个思维框架。
So the study of automatic cartographic generalization in the web environment is of the utmost urgency.
因此，对网络环境下的地图自动综合进行探索与研究已经迫在眉睫。
It is a difficulty and a focus of cartographic research to present three-dimension form of relief on map.
在地图上表现地貌的三维形态，是地图学研究的难点和热点。
Intelligent cartographic generalization is regarded as one of the most important means to solve the problems.
智能化的制图综合被认为是解决这些问题的重要技术方法之一。
It is one of the most important factors in cartographic generalization to accept or reject geographic elements.
地图综合的重点是地理要素选取与图形概括。
Patterns that combine cartographic variables are frequently used to present data arranged in a particular order.
模式合并图片变数，常常被用来表现用某种特别的顺序的资料排序。
User interface in cartographic visualization system performs information interaction between user and the system.
地图可视化系统用户界面是地图可视化系统和用户进行信息交互的接口。
So the purpose of this research is to construct and realize conversion models from cartographic data to GIS database.
本文以模型分析理论为出发点，认为制图数据向GIS数据的转换实质是数据模型的变换。
These changes involve the resources of mapping data, cartographic production process, map representations and map functions.
这些变化涉及制图数据来源、制图生产过程、地图表现形式乃至地图功能诸多方面。
It is the basic function in the digital cartographic, electronic cartographic and GIS, the polygon be filled with point symbol.
多边形点符自动填充是数字地图制图、电子地图制作和GIS中不可缺少的功能。
In this paper, it is discussed how to design topographic map intelligent generalization system, based on cartographic data bank.
本文论述了在地图数据库的基础上如何进行地形图智能综合系统的设计。
Constructing cartographic model is helpful to make complex system simplified and comparison is a main stage of model construction.
建立地图模型，有助于使复杂系统简单化，而比较是建立模型的主要环节。
Geographic information is the main contents of cartographic communication and the inner thread of cartographic communication system.
地理信息是地图信息传递的主要内容，也是地图信息传递系统的内在联系。
It is really worthwhile to discuss something about the cognition theory which is the basic theory of the traditional cartographic field.
认知理论是传统地图制图学领域的基础理论，该理论在地理信息系统中的作用机理和表现方式值得探讨。
Because there are different map symbols systems and interfaces in GIS softwares, between them the cartographic symbols cannot be shared.
地图符号作为一种具有特定意义的地图语言，在GIS系统中具有十分重要的意义。
Applies scientific, mathematical and cartographic design principles to prepare and revise maps, charts and other forms of cartographic output.
制图师负责将科学、数学和制图设计原则应用于准备和修改地图、图表和其他形式的图片输出。
Shanhaiyudiquantu which had been drawn by Matteo Ricci has contributed much to the advance of cartographic history of China after Ming Dynasty.
他绘制的《山海舆地全图》成为明末以后中国地图史上极为重要的地图作品。
The study on automated cartographic generalization has little breakthrough due to the lack of depth of generalization knowledge gained nowadays.
自动制图综合的研究长期以来未能取得突破性进展，原因之一是人们对制图综合的知识处理的深度不够。
The key to question is how to use the map cartographic generalization or other theory to realize the automatic generalization for spatial objects.
问题的关键在于如何对空间目标运用地图制图综合理论或其它理论解决空间目标自动综合问题。
The comprehensive classification (assessment) of multi-thematic data in thematic cartography is an important content of cartographic data processing.
专题制图中，多专题数据综合分类(评价)是制图数据处理中的重要内容。
The analytic function of GIS and the cartographic function of Computer assisted cartography (CAC) are two aspects of geographic spatial data application.
地理信息系统(GIS)的地学分析与计算机地图制图(CAC)是地理空间数据应用不可分割的两个方面。
The analytic function of GIS and the cartographic function of Computer assisted cartography (CAC) are two aspects of geographic spatial data application.
地理信息系统(GIS)的地学分析与计算机地图制图(CAC)是地理空间数据应用不可分割的两个方面。
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