GLPK handles this in an interesting way.
GLPK是以一种非常有趣的方法来处理这个问题的。
GLPK has to consider the decision variables as integer variables.
GLPK必须要将这些决策变量全部当作整型变量进行考虑。
GLPK is not a program — it can't be run and has no main function.
GLPK不是一个程序——它无法运行，也没有main函数。
Check the GLPK manual included with the GLPK download to find out more.
请查看GLPK下载包中所包含的GLPK手册以便了解更多的内容。
GLPK has a default client, the glpsol program, that interfaces with this API.
GLPK有一个默认的客户机，即glpsol程序，它可以与这个API进行交互。
After the model has been generated, glpsol explains briefly how the problem was handled internally by GLPK.
在生成模型之后，glpsol简要地解释了GLPK在内部是如何对这个问题进行处理的。
The proprietary tools are well known, but many members of the open source community may not know about the free GLPK tool.
尽管有些专用工具都非常出名，但是开放源码社区中的很多人可能并不了解免费的GLPK工具。
GLPK is a package intended for solving large-scale linear programming (LP), mixed integer linear programming (MIP) problems.
GLPK是一个求解大规模的线性规划问题(LP)、混合整数规划问题(mip)以及相关问题的自由软件包。
At the end, there's information about the solution and the resources used by GLPK to solve it, and the solution is noted to be optimal.
最后是有关解答和GLPK为解答这个问题所消耗的资源的信息，这个解答被明确说明是优化的。
The GNU linear Programming Kit (GLPK) is a library of routines that use well-known operations research algorithms to solve linear problems.
GNULinearProgrammingKit (GLPK)是一个使用了众所周知的运筹学算法来解决线性问题的程序库。
The solution report will be in giapetto.sol, but some information about the time and memory GLPK consumed is shown on the system's standard output.
解答报告现在就在giapetto . sol中了，但是有关GLPK所消耗的时间和内存信息会显示在标准输出上。
The report shows that glpsol reads the model, calls a GLPK API function to generate the objective function, then calls another API function to generate the constraints.
所生成的报告显示glpsol会读取这个模型，调用一个GLPKapi函数来生成目标函数，然后调用另外一个api函数来生成约束。
This tells GLPK to create a constraint for each toy type in TOY, and the equation that will rule each constraint will be what comes after the :. In this case, GLPK will create
这告诉GLPK为 TOY 中的每种玩具类型都创建一个约束，每个约束的等式都在 : 之后出现。
This tells GLPK to create a constraint for each toy type in TOY, and the equation that will rule each constraint will be what comes after the :. In this case, GLPK will create
这告诉GLPK为 TOY 中的每种玩具类型都创建一个约束，每个约束的等式都在 : 之后出现。
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