However, the solution we built USES business variables and business Space to simplify these changes.
然而，我们使用业务变量和业务空间构建的解决方案简化了这种更改。
The simple solution is to dump the values of all the instance variables to the screen as needed.
简单的解决方案是根据需要将所有实例变量的值都显示到屏幕上。
To prevent this problem, the best solution is to create two separate variables and just derive the second from the first the same way you would do so if you were just writing to the same variable.
为了预防这一问题，最好的解决方案是创建两个单独的变量，并以同样的方法根据第一个变量得出第二个变量，就像是写入同一变量那样。
Each matching binding of the graph pattern's variables to the model's nodes becomes a query solution, and the values of the variables named in the SELECT clause become part of the query results.
将每个图形模式变量的绑定与模型节点进行匹配就成为一种查询解决方案，而select子句中指定的变量值则成为查询结果的一部分。
If the solution was implemented without business variables and business Space, business users would need to use the Fabric composition studio to modify the loan amount values in the policies.
如果解决方案的实现没有涉及业务变量和业务空间，那么业务用户需要用Fabriccompositionstudio修改策略中的贷款额度值。
But that's a clunky and brittle solution, prone to hard-to-find errors if the order of components were to change within the line list, but the variables weren't updated appropriately.
但这是一种笨拙的解决办法，如果在行列表中改变了各个元素的顺序，将导致难以发现的错误，并且没有适当地更新变量。
For instance, many Ruby developers use such a solution to switch between Ruby versions, changing environment variables PATH, GEM_HOME, and GEM_PATH as needed to hop from one version to another.
例如，许多Ruby开发人员使用这种方法来在不同的Ruby版本间切换，根据需要更改环境变量PATH、GEM_HOME和GEM_PATH，从一个版本跳到另一个版本。
Select application: PBA from the Solution Tasks list, click the Add button in the Overridden application variables section.
从SolutionTasks列表中选择application： pBA，在Overridden applicationvariables部分中单击add。
In the paper, it provides the geometrical solution to extreme value of many variables function by geometric properties of objective function or constraint condition.
本文中，利用目标函数或约束条件的几何性质，提供了某些多元函数极值或最值问题的几何解法。
The solution, of course, is to put the code into a function and then invoke the function. This way, variables are defined in the call object of the function.
当然解决方案就是把这代码放到一个函数中，然后调用这个函数。这样，变量就定义在了函数的调用对象中了。
The concepts of equilibrium solution, initial variation and feedback gain of circuit variables are introduced.
提出了电路变量的平衡解、初期量变和反馈增益的概念。
This kind of dependency between the variables and solution is just the sort of problem that matrices excel at.
解决这种变量与结果之中的依赖关系恰恰是矩阵所擅长的。
A stable or unstable circuit can be explained with the tendency of initial variation of circuit variables relative to the equilibrium solution, and can be discriminated on the feedback gain.
稳定电路或不稳定电路可用电路变量相对于平衡解的初期量变趋势来解释，而由反馈增益加以判断。
The algorithm for a class of optimal control problem where the state variables are the weak solution of an elliptic partial differential equation is studied.
研究一类最优控制问题的求解方法，其状态变量是某一种椭圆型偏微分方程的弱解。
Magnetic vector potential is regarded as variables to gain solution of excitation magnetic field and armature response magnetic field.
以矢量磁位作为求解变量得到励磁磁场和电枢反应磁场的二维解。
By using variables separation in the complex number field, the real analytical solution in the form of Fourier series was obtained.
在复数域内利用分离变量法，得到了这类方程的级数形式的解析解，而最后的解是实数形式。
The input variables of neural network are the combustion parameters that symbolize flame image. In this paper, we give out the definitions for these parameters and their solution method.
神经网络的输入变量为表征火焰图像的燃烧参数，本文给出了这些参数的定义即其求解算法。
For one single retailer, the explicit solution of the decision variables and the proportion of the channel profit allocated to the retailer were presented.
在一个零售商的情况下，给出了决策变量及供应链利润分配的显式解。
The probability distribution of basic variables and the procedure of solution of reliability norms with JC method are introduced, also.
介绍了各基本变量的概率分布和利用JC法求解可靠度指标的过程。
Beginning from the ordinary differential equations of separable variables, several ordinary differential equations of how to apply variable substitution to seek solution were generalized.
从可分离变量微分方程出发，介绍了几类如何用变量代换求解的常微分方程。
In this paper, the authors establish a new method of finding the base feasible solution for linear program subject to non-negative variables and equality constraints.
针对这一问题，文章提出了求非负变量等式约束基本可行解的一种方法。
We derive the analytic solution of the non-homogeneous fractional diffusion-wave equation under the mixed boundary conditions using the method of separation of variables.
利用分离变量方法导出了在混合边界条件下的非齐次分数阶扩散-波动方程的解析解。
By using separation of variables and double Fourier series, we obtain a solution to the initial-boundary value problem of the forced vibration of this rectangular membrane.
利用分离变量法和二重傅里叶级数的方法，得到了矩形膜的受迫振动初边值问题的解。
In the second part, we mainly consider oscillations of solution of some linear and nonlinear partial difference equations with discrete variables and delays.
第二章主要是研究某些类型的线性或非线性的带有离散时滞的偏差分方程解的振动性的判别法。
The QPNS equations in entropy variables derived in the present paper have the symmetrization and satisfy the second law of thermodynamics automatically that can improve the stability of the solution.
本文导出的熵变量形式QPNS方程具有对称性和自动满足热力学第二定律，这将提高解的稳定性。
If the initial value function of an initial value problem is in the form of separated variables, then its exact solution is also in the form of separated variables.
若给定分离变量形式的初值函数，则初值问题的精确解也是分离变量形式的。
A solution: decrease the variables in the Browse-Notes data so we can increase the variables in the Issued-Loans data.
一个解决办法：减少在浏览记录数据中的变量以便我们能够增加发行的贷款数据变量。
As a result, the element tangent stiffness matrix is symmetric and is updated by using the total values of the nodal variables in an incremental solution procedure.
因而，得到的单元切线刚度矩阵是对称的，此外在增量求解过程中用节点变量的全量进行更新。
As a result, the element tangent stiffness matrix is symmetric and is updated by using the total values of the nodal variables in an incremental solution procedure.
因而，得到的单元切线刚度矩阵是对称的，此外在增量求解过程中用节点变量的全量进行更新。
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