How many different cuboids did you get?
你能得到多少个不同的立体图形？
Today we'll learn about cuboids and cubes.
今天我们学习长方体、正方体的认识。
How can you make sure that your cuboids are not the same if rotated?
你怎样能确定你的立体图形旋转以后还是不同的？
Using just these 2 lengths as the edges of the cuboids how many different ones can you make?
就用这两个长度的线段作立方体的棱，能做多少个不同的立方体？
The first six shapes are plane figures, and the last three shapes are solid figures. Today we'll learn about cuboids and cubes.
前面六个是平面图形，后面三个是立体图形。今天我们学习长方体、方体的认识。
Because the cuboids are conventional database tables, we can process and query them using traditional RDBMS techniques, such as indexes and joins.
由于立方单元是一个常规的数据库表格，所以我们能用传统的RDBMS技术(如索引和连接)来处理和查询它们。
Multidimensional data cube is the major data model of data warehouse and OLAP server, but implementation of Multidimensional data Cuboids lattice is really time-consuming and space-consuming task.
多维数据立方体是数据仓库和OLAP服务器的主要数据组织模型，多维数据立方体格的实现占用大量的时间和空间资源。
Multidimensional data cube is the major data model of data warehouse and OLAP server, but implementation of Multidimensional data Cuboids lattice is really time-consuming and space-consuming task.
多维数据立方体是数据仓库和OLAP服务器的主要数据组织模型，多维数据立方体格的实现占用大量的时间和空间资源。
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