你好，在这个视频中，我们将学习七艘300船的编程指令并通过这里。
Hello, in this video, we are going to learn programming instructions in a seven 300 ships and passes in here.

当你去比洛克西地区时，你会看到这个组织中的组织块一，块这个编程区域将被建立，我会说测试左侧的位。
When you go to Biloxi area, you will see organization block one in this organization, block this programming area will be built and I will say test for the bit in the left side.

您可以看到我们可以使用常开和常闭触点和输出以及设置和重置指令。
You can see we can use normally open and normally close contacts and outputs and set and reset instructions.

好的，让我们点击它。
OK, let's click to it.

比如说，点击设置，我们可以说输入零点零，OK，然后输出零点零，这样。
And for example, let click to set and we can say input zero point zero, OK, and output zero point zero like this.

我们可以像这样使用它们。
We can use them all like this.

这是第一件事。
This is the first thing.

好的，我们也可以在这里说八个符号。
OK, and also we can say eight symbols in here.

输入很简单。
The input is simple.

例如，开始。
For example, start.

像这样的按钮和停止按钮，当我说一个计划时，好吧，我们会做什么？
Button and stop button like this, and when I say a plan, OK, what will we do?

我们将看到开始按钮和停止按钮被定义为输入零点零和输出零点零。
We will see start button and stop button is defined to input zero point zero and output zero point and zero.

我们也可以在这里使用，例如，正标记，例如，误报和这样的技巧。
And also we can use in here, for example, positive Tager, for example, false positive and trick like this.

好吧，给个名字，但没有。
OK, give a name and it does not.

叛军位置触发器与声明不符。
The rebel position trigger does not match the declaration.

没关系。
It doesn't matter.

我们可以去编辑符号区域。
We can go to edit symbols area.

好的，这是，例如，嗯，输入，我们可以这样说再次输入零点零，但是它不允许我们M零点零。
And OK, this is, for example, um, input, we can say input zero point zero again like this, but it is not allowing to us M zero point zero.

好的，我会说一个计划。
OK, and I will say a plan.

好的，所以这适用于这里和 Embiid，我们可以根据 M 零点一来选择例如 um。
OK, and so this is adapted to here and Embiid that we can select for example um according to M zero point one.

好吧，在这个恩比德上升边缘，这将得到解决，但这并不重要。
OK and in this Embiid in this Embiid Rising Edge this will be settled but it does not matter.

暂时我可以在这里插入一个新网络。
For a moment I can insert a new network to here.

我们可以看到我们可以在 1 个 CPU 和 4 个 CPU 中使用这些完整的指令。
We can just see we can use these complete instructions in of CPU's and four.

据我所知，我没有任何用于随机 CPU 的硬件，因为我可以向您展示它是如何工作的。
According to me I don't have any hardware for a random CPUs because of that I can show you how it is working.

但在时间区域，例如，这是泰坦巨龙卡波计时器，在这里你还可以看到扩展的保罗·西蒙和拉蒂默，如果我们像这样吃饭的话。
But in time area for example, this is Titanosaur Kapos timer and in here also you can see extended Paul Simon and on The Latymer if we left to eat like this.

好的，这是延迟时间，好的，开。
OK, this is on delay time, OK, on.

他们给出了这样的名称，我们也需要定义它，在这里，我们可以在电视、重置中做什么，在这里还有 Outworld 和 ABCDE。
They give a name like this and we need to define it also and in here, what can we do in TV, in reset and in here also Outworld and ABCDE.

这是向外的，例如时间，时间值例如是五秒。
This is outward, for example, time by the time value is, for example, five seconds.

好吧，但我们需要这样给予。
OK, but we need to give like this.

好的，需要得到。
OK, it needs to get.

时间，我们需要说五千，好吧，我们如何定义它，好吧，这是如果我们转到一个，你可以在这里看到状态词和示例。
Time and we need to say five thousand, OK, how can we define it, OK, this is if we go to a one, you can see the states word and example in here.

这样第二次就是五次。
It is five times to second like this.

我们可以用它，好吗？
We can use it, OK?

我们还将定义我们的输入，我们可以像这样定义我们的输入，并且根据我们的评估，200 个 CPU 的指令我们可以获得帮助。
And also we will define our inputs and we can define our input like this and we can get help, according to our assessment, 200 CPU's instructions.

好的，让我们像这样尝试第二次。
OK, and let's try once like this for the second.

OK，这时候就是五秒了，输入输入，零点零。
OK, and this time it is five seconds and input input, zero point zero.

好的，这可以取消，或者我们可以看到 MWI 零和二，好的，关于延迟，我们如何定义它？
OK, and this can be lifted or MWI zero and two that we can see, OK, and on delay, how can we define it?

它的符号区域。
It symbols area.

让我们看看它的符号，它是计时器零。
Let's go to it symbols and it's timer zero.

好的，T 归零。
OK, and T zero.

好的。
OK.

并申请就ok了。
And apply an ok.

我们的零时间被分配给这个块，五秒后时间将被激活并添加新的插入网络，并与逻辑区域一起来到这里和这里。
And what we have time of zero is assigned to this block and five seconds later time will be active and added new insert network and come here and in here with logic area.

然后我们可以像这样在延迟计时器上说时间零，你可以说作为输出到零点一。
Then we can say time zero like this on delay timer and you can say as output to zero point one.

好的，还有计数器、比较器和转换器，所有这些都在这里。
OK, and also for the counter and comparators and the converters, all of them is here.

我们可以根据我们的程序来选择它们，并且我们可以根据这些指令来编写我们的程序。
We can select them all according to our program, and we can write our programs according to these instructions.

更多指令在这里，计数器在这里，向上和向下计数器，向上，向下，向上和向下计数器在这里，让我们说像这样的向上计数器。
And more instruction is here and the counters are here up and down counters here, up, down, up and down counter is here, let's say up counter like this.

我们可以说 C 为零。
And we can say C zero.

这是我们的。
And this is our.

计数器值，这就是。
Counter value, and this is.

我们需要把这里输入的输入输入零点三，比如说根据这个输入，这个就会上好当前值，我们可以说，比如说，但是控制大于BCT九九九，可以吗？
Input that we need to put here input zero point three, for example, according to this input, this will go up OK and present value, we can say, for example, but control is greater than BCT nine nine nine, OK?

或者我们可以在这里说，MMW，例如，这个值中的六，我们将向上计数并重置输入，我们可以说输入零点四，OK，计数器值MMW八，并控制您为BCT N.W。
Or we can say to here, MMW, for example, six in this value that we will count to up and reset input that we can say input zero point four, OK, and counter value MMW eight and control you as BCT N.W.

Tanach 告诉我们，我们可以得到这个计数器，并将其值设置到 MW 六中。
Tanach that we can get this counter and after set value it into the M W six.

OK，我们也可以这样。
OK, we can get also like this.

让我们上去，让我们出去，这是计数器零，这是二零点五。
And let's go to up and let's go out and this is counter zero, this is two zero point five.

好的，这是我们可以在这些网络和缅因州编写的程序，或者成为其中之一。
OK, and this is our program that we can write in these networks and in Maine or be or be one.

我们可以像这样定义我们的程序，并且可以将它们作为下载或下载按钮全部发送到CPU。
We can define our programs like this and we can send them all to the C.P.U as a download or download button.

我已经完成这个视频了。
I am finished for this video.

这只是对估计 300 或 400 个 CPU 编程指令的一个非常非常基本且简单的小解释。
This is just a small and very, very basic and easy explanation for the estimated 300 or 400 CPU's programming instructions.

在接下来的视频中，我将找到一个并创建示例，并为您创建另一个高级程序、示例或应用程序。
In the next videos, I will find one out there and I will create examples and I will create another advanced program, examples or applications for you.

但一会儿就会是这样。
But for a moment it will be like this.

对我来说暂时也没关系。
It's OK for a moment for me also.

下一个视频见。
See you in the next video.