spatial interpolation meaning in Chinese
空间插值
Examples
- Applying spatial interpolation and data topographty model , realizes that isoline data create grid data , forms surface and makes three - dimensional geological body , according to the actual demands in oil and gas field development
运用空间插值、数字地形模型等方法，根据油气田开发中的实际需要，实现由等值线数据生成网格数据，形成构建表面，最终得到三维地质体。 - Also , this soft ware can achieve spatial interpolation , construction pixel data set . the 3d liver reconstruction is based on volume rendering algorithm , and the interactive operation of rotation and incision on reconstructed liver can be accomplished with the proposed software very
作者在本论文中通过对三维数据可视化理论、医学图像三维重建技术及实现方法的分析和研究，设计了一套实用的基于腹部ct平片的肝脏三维重建软件。 - It realized the spatial interpolation software grounded on geostatistics seamlesslly integrated with the system using the way of oop and the technology of ole / activex based on com . using vector - grid spatial - overlap analysis to solve the limitation of the grid and general vector data structure in the course of creating prescription , it made fertilizer prescription founded on the main factor of soil nutrient and yield - target . also it effectively integrated comgis with exper t system using the technique of loose coupling
以面向对象的设计方法为基础，利用“组件对象模型”基础上ole / activex技术实现基于地统计学的空间插值软件实现及与施肥处方系统的无缝集成；应用基于矢量网格的空间叠加分析方法解决栅格和常规矢量数据结构在处方生成中的局限，生成了基于土壤养分和目标产量为主要因素的施肥处方；利用松散耦合技术将comgis与施肥专家系统进行有效集成；充分考虑施肥机对施肥处方数据结构要求，在wgs - 84坐标系下采用具有栅格单元的矢量施肥处方。 - Kriged interpolation maps provided good indication of the spatial variability in crop yield and growth status . spatial interpolation and correlation analysis proved that spad lai was more indicative of crop growth status than individual variable , and useful for implementing growth season regulation and topdressing as needed
克里格插值图可很好地描述作物长势和产量的空间变异，空间插值分析与相关分析结果都说明，采用spad * lai二乘因子较之单个变量能更精确反映作物长势，从而有助于实施产中调控和按需补给。 - We combine the algorithm of ray casting and z - buffer to rebuild 3d data , and use marching cubes to create iso - surfaces in 3d regular data sets . several common spatial interpolation are discussed in this thesis , and the famous kriging algorithm in the geological statistics is the emphasis . - four interpolations are used in the case of study , and the results are compared in this thesis
在系统实现中，针对两类算法的不同特点，在不同的模块中选用了两类算法中的经典算法：提出将光线投射法与z - buffer算法结合实现三维体数据重建；使用移动立方体法实现三维数据场的等值面绘制。