2) global variable
全局变量
1.
On the basis of a thorough analysis of the methods of declaration and accessing to the static data member in C++ language,authors point out the abuse of utilizing global variable to implement the shared data in program design,and at the same time give out the ways how a static data member replaces the global variable and questions to be paid attention to in using static data member.
深入分析了C++语言中类静态数据成员的声明和访问方法,指出了程序设计中利用全局变量来实现数据共享的弊端,同时给出了利用类静态数据成员取代全局变量的方法以及在程序设计中使用类静态数据成员时应注意的问题,详细阐述了类静态数据成员在程序设计中的作用,并举了相应的实例来说明如何正确使用静态数据成员。
2.
The article starts from discussing the concept of global variable in C#,extends to the definition and usage of global used variables with detailed analysis and explanations from different angle and level.
本文从全局变量的概念着手,为C#的初学者,尤其是有C++基础的程序员,从不同角度、不同应用层次对全局变量的定义和使用方法进行了详细的分析和说明。
3) local variable
局部变量
1.
By specially arranging the placement of variables in the stack and accessing the local variables by using as much auto-increment/auto-decrement addressing mode as we can,we can decrease the amount of address arithmatic instruction and promote the program performance.
通过合理地安排变量在堆栈上的存储位置,尽可能多地使用自增量/自减量寻址方式来来访问局部变量,从而减少地址运算指令的数量,提高程序性能。
4) local deformation
局部变形
1.
Calculation analysis of torsion and local deformation of plane irregular house structure arrangement (revision);
平面非规则房屋结构扭转和局部变形的计算
2.
In order to predict the deformation of the stiffened plates under blast loads,the deformation was divided into the whole deformation and the local deformation.
为了预报加筋板结构在爆炸冲击载荷作用下的变形程度,将加筋板的变形分为整体变形和局部变形,借助数值计算拟合了两者能量分配关系,进而提出了爆炸冲击作用下加筋板结构变形的理论计算方法,并与实验结果进行比较,结果吻合较好。
3.
The influence of performance parameters on the local deformation of the isolated irregular buildings are calculated and analysed by spectral response method and time-hist.
以U型和L型结构为算例,用反应谱方法和时程分析方法计算分析了隔震体系性能参数对非规则结构的局部变形的影响。
5) local strain
局部应变
1.
The Trans-Varestraint test was modeled with finite element method (FEM) and the local strains in the trail of weld molten pool were obtained with different bending strains.
利用有限元法对横向可调拘束实验进行了数值模拟,得到了不同弯曲应变条件下熔池尾部的局部应变,结果表明:在进行可调拘束实验过程中,焊接熔池尾部确实存在应变集中,从而对实验测得的平均应变即材料凝固裂纹阻力进行了修正。
补充资料:变局
变动的局势;非常的局面:采取紧急措施以应付~。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条