整个工作台围绕意图树(Intentional Tree)建立，意图树是允许领域进行多重投影的语义模型，也可用来生成代码。
The entire workbench is built around Intentional Tree which holds a semantic model allowing multiple projections of the domain and can be used to generate code.
这棵树投影在墙上。
树投影于草地上。
算法基于双向式搜索原理，采用投影法、夹角最小的方法及二叉树理论。
The algorithm takes advantage of the theories of bidirectional search, projection, minimum Angle and binary tree.
设计了独特的垂直项目头表独特的存储结构，便于垂直数据的存储、事务的投影、FP树的建立和垂直数据的增量更新。
A distinct head list of vertical item is designed to facilitate recoding vertical data, rebuilding transactions, constructing FP-growth tree and updating augment of vertical data.
这棵树投影在墙上。
在等弧长比投影族球面正二十面体投影基础上设计了球面三角四叉树剖分模型(EARPIH)。
Based on the spherical icosahedron case of Equal Angle Ratio Projections (EARP), a new spherical Triangle regional Quadtree (EARPIH) is constructed.
试验区树荫运动轨迹呈蝶形弧带变化，树高影响投影外弧线位置，枝下高影响投影内弧线位置；
The trajectory of umbrage motion shaped a butterfly arc belt. The situations of outside and inner arc belt were influenced by height of tree (H) and the height below branch respectively.
由于双平面X射线造影系统只能提供两幅有限的投影数据，冠状动脉树的三维重建在匹配、优化几何变换矩阵等方面存在困难。
The purpose of this study is to provide a 3D reconstruction of the skeleton of the coronary artery tree from two X-ray angiograms acquired on a biplane angiographic system.
由于双平面X射线造影系统只能提供两幅有限的投影数据，冠状动脉树的三维重建在匹配、优化几何变换矩阵等方面存在困难。
The purpose of this study is to provide a 3D reconstruction of the skeleton of the coronary artery tree from two X-ray angiograms acquired on a biplane angiographic system.
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