For each time increment, the approximation of each unknown nodal function can be solved with the matrix left division command in MATLAB.
在每一个时间步长,利用MATLAB提供的矩阵左除命令即可求出各个未知节点的函数近似值。
At the same time, you demonstrate continuous progress by evolving your application one micro-increment at the time.
同时,您也通过演进您的应用程序的一个微增量证明了持续的进展。
One way would be to increment a variable every time a thread is created, and decrement it whenever a thread terminates. When it reaches zero again, close the whole process.
一种解决方法是增加一个变量,每创建一个新的线程该变量就加1,每终止一个线程该变量就减1,当该变量再次为零时,就关闭整个进程。
And when you call a function, one of the things X that happens is whatever your passing in, for instance, X, ; and if this is A, this thing gets copied into A; so at that moment in time of calling increment, I actually have two copies of the same value in memory but they're referred to by different names.
当你调用一个函数,其中发生的一件事情是,不管你输入什么,比如,或者是A,它把这个东西复制到A中;,调用increment的时候,实际上在内存中,有两个同样的值的内存块,但是它们有不同的名字。
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