片语

d spatial surveying data三维空间测量数据

spatial fundamental data空间基础数据

Spatial Temporal Data时空数据

Spatial Temporal Data Model地理时空数据模型

spatial attribute data空间属性数据

Spatial Raster Data空间栅格数据

spatial vector data空间矢量数据

spatial panel data model空间计量模型

英汉例句

• Specialized formats are used to make the exchange and use of spatial data easier.

  而专门的格式，将会使空间数据的交流和使用变得更加容易。

• To address such widely differing requirements, DB2 implemented a hybrid approach when it comes to storing spatial data (or structured data in general).

  为了解决千差万别的需求，DB 2实现了一种用于存储空间数据(或通常的结构数据)的混合方法。

• With this article, you have all the necessary pieces to build your own Web applications and include spatial data in whichever way you like.

  通过本文，您可以获得构建自己的Web应用程序并以任何喜欢的方式加入空间数据所需的全部信息。

• You can easily list tables containing spatial data and select tables to display as a map using a combination of points, lines, and polygons.

  可以很方便地列出包含空间数据的表，并可将表展示为由点、线、和多边形组成的图。

• In order to manage spatial data in your database, the database must be enabled for spatial operations.

  为了管理数据库中的空间数据，必须启用数据库的空间操作功能。

• If you are familiar with spatial data and the grid index, the results are pretty much self-explanatory.

  如果您熟悉空间数据和网格索引，那么结果就无需解释了。

• Combining spatial data with text in search.

  在搜索中将空间数据与文本合并。

• GIS systems acquire and process spatial data describing the Earth's surface.

  GIS系统可获得并处理描述地球表面的空间数据。

• We already explained in a previous section the DB2-internal mechanism to store spatial data with widely varying size requirements.

  在上一节中，我们解释了DB 2存储需求多变的空间数据的内部机制。

• However, it is not so easy for spatial data given that the DB2 REORG TABLE command does not understand spatial indexes due to their complex nature.

  然而，如果由于空间索引的复杂性质导致DB 2 REORGTABLE命令不理解空间索引，事情就不会那么容易了。

• The effect will be that lobified spatial data will go to that table space.

  这样做的效果是，大对象化的空间数据将被放入到那个表空间。

• Now that you have an idea what can be achieved easily by combining SVG and spatial data in DB2 databases, the subsequent sections explain, in more detail, how I implemented the Web application.

  现在，您知道了通过将svg与db2数据库中的空间数据相结合可以轻易地做到哪些事情，随后的小节将更详细地解释如何实现这个Web应用程序。

• Therefore, the following queries calculate the size of the data based on the attributes of the spatial data types.

  因此，下面的查询根据空间数据类型的属性来计算数据的宽度。

• To find out, issue a spatial data query that reports all cities such that the bounding box of the tsunami line intersects the geographical city center.

  为此，发出一个空间数据查询，搜索其中心包含在海啸线内的所有城市。

• As you will see later, this distinction is important when it comes to encoding spatial data for search.

  稍后您将看到，这一区分在为搜索编码空间数据时非常重要。

• Instead, spatial data requires the rendering of maps.

  相反，空间数据需要呈现地图。

• You will notice that we access four attributes of the spatial data type ST_Geometry directly to not run into trouble with the generated column.

  您会注意到，我们直接访问空间数据类型ST_Geometry的4个属性，以避免陷入生成的列的麻烦当中。

• This sample application provides a generic framework that can deal with any spatial data residing in your DB2 database.

  这个示例应用程序提供了一个通用框架，它可以处理DB 2数据库中的任何空间数据。

• The script host.sql contains SQL statements that use federation to establish the connection to a remote DB2 for z/OS subsystem and to access three remote tables with spatial data through nicknames.

  脚本host.sql包含一些SQL语句，这些语句使用联邦建立到一个远程DB2forz/OS子系统的连接，并通过昵称访问三个含空间数据的远程表。