你好。
Hello.

这些学生在本教程中将学习更多指令以及指令的作用。
These students in this tutorial, they will learn more instruction and what moves instructions do.

通常我们已经在处理这些位了。
Normally we already work with the bits.

好的。
OK.

这些都是内部继电器或输入或输出，但 HPLC 除外。
These are all internal relays or inputs or outputs, but HPLC.

我们将使用所有这些数据作为其他任何数据的计数器数据的频率。
We will use all this data data for the frequency of the data of the counter data of anything else.

我想向你展示，嗯，通常，但我可以说总是。
And I want to show you, um, commonly, but I can say always.

我们正在使用一条指令，这是更多指令，到目前为止，我将转到更多右侧并右键单击并插入一行。
We are using one instruction and this is more instruction and e to this point, I will go to right more and right click and insert a line.

让我们从LDM 8000 开始。
And let's start with the LDM eight thousand.

此功能始终开启。
This is always on.

这里我只说mu mu指令。
And here I will just say mu mu instruction is.

好的，我就关闭这个了，比如莫。
OK, I will close this one, for example, Mo.

好的。
OK.

16 到，例如 d0 OK。
16 to, for example, d0 OK.

那么这意味着什么呢？
Then what does that means?

这是一个随机的想法，我们的情况 16 是随机的，数据将始终移至零。
This is a randomly thought our case 16 is random, the data is going to be moved to the zero always.

好的，我们再输入一个条件，在这里插入一行目标，例如三百三十三。
OK, let's put another conditions into here insert a line the aim, for example, three hundred and thirty three.

这也是随机的内部规则，我会说将 5 移至 10，您可以询问您对地址或合法地址的了解程度如何，或者据称我已经将您射入参数、策略参数中。
This is also randomly internal rule, and I will say move the five to the 10 and you can ask how well do you know the addresses or legit or alleged already I shot you into the parameter, into the policy parameter.

您将看到设备，在这里您可以看到可用区域从 0 到 7999，然后从 200 到 511 包括在内。
You will see device and here you can see the use usable the area starting from zero till seven thousand nine hundred ninety nine and then from starting from 200 till and 511 is included.

这两个都放置在这些范围、Lichte 区域和我因转换而进行的扫描之间。
These are all these two is placed between these ranges, Lichte area and what I did the scan because we converted.

再次如此。
So again.

我还需要再写一千封。
I need to write them a thousand more.

好吧，16 比 0。
OK, 16 to zero.

还有一件事。
And one more thing.

这是 L.D. 线。
This is the line L.D.

333.

333.

和更多。
And more.

例如，5到10。
For example, the five to the 10.

另外，我要说的是，在这里插入第二行。
And also, I will say, insert a line two here.

L.D.

L.D.

例如，上午 8000 点。
am 8000, for example.

再次将 10 移至 12。
Again, move the 10 to the 12.

好的。
Okay.

现在我们无法转换这个程序，我们可以将其发送给 CPA 主程序。
And now we can't convert this program and we can send it to CPA the main program.

执行并写入PRC。
Execute and write to the PRC.

我们需要再等一下。
We need to wait a little bit more.

好吧，现在我会说是的。
OK, now I will say yes.

参议院已经完成。
And the Senate is completed.

我会关闭这个，我会比现在去监控更多。
I will close this and I will go to monitor more than now.

这始终是零出击。
This is always on sortie zero.

你会看到 16 16 漏掉了小数点。
You will see 16 16 missed the decimal.

16 始终是向零移动的零装置。
16 is always moving to the zero zero means.

这一天是登记和登记地址的日子。
This is a day to register and address of the registry.

零是 16。
Zero is 16.

例如，伊藤 5 不会移动到 10，因为在此指令之前没有条件为真。
For example, Ito the five is not moving to the 10 because there is no condition is true before this instruction.

所以我会右键单击此处。
So I will right click to here.

并且随着设备测试区域进入D5，我会写，例如，一，二和三，我会说出来。
And with the device test area into the D5, I will write, for example, one, two and three, and I will say it.

然后你会看到现在 5 是 123，但细节仍然为零。
Then you will see now the five is 123, but details still zero.

我们需要做的，我们只需要做一件事。
What we need to do, we need to do just one thing.

M 333 必须处于活动状态。
The M 333 will must be active.

好的，切换力。
OK, toggle force.

然后现在您将看到被拘留者 123 完成。
Then now you will see detainees 123 done.

这是正在运行，并且 123 正在通过始终与 D12 接触的移动指令来移动，并且 D12 是 123。
This is running and 123 is moving by moving instruction with always on contact to the and D12 is 123.

然后就可以了。
Then OK.

第四，我们现在讨论的是移动或移动选择，这是 32 位指令，另一个 32 位指令。
And four, we are talking now about the moving or moving selections than this is 32 bit another 32 bit instruction.

这是 16。
This is 16.

我们可以写入数据寄存器零，只有三万二千七百六十七。
And we can write to data registering zero, just thirty two thousand seven hundred sixty seven.

我们在哪里可以得到它？
Where can we get it?

这个，我只是看这两个指数乘以 16，除以二，因为这个原因加上三万二千然后减去三万二千等于这个。
This one, I'm just looking at these one two exponential by 16, divided by two because of why and plus thirty two thousand then minus thirty two thousand equals for this one.

好的。
OK.

因此，这是我的最大数据，但我们只能写三万二千七百六十七。
So because of that, this is my maximum data, but we can write just thirty two thousand seven hundred sixty seven.

好的，八边是负边。
OK, and the eight side is the minus side.

好的。
OK.

但如果您使用 32 位数据，那么现在会发生什么？
But if you're working with the 32 bit data, so what will happen now?

我们可以将其除以二和二十亿，即 147,483,648。
We can write this divided by two and two billion, 147 million four hundred eighty three thousand six hundred forty eight.

这是我的最大数据。
This is my maximum data.

所以我们能做什么，我们可以在这里写下它是如何测试的。
So what we can do, we can write here just w how it's tested.

并插入线LDM千总是接触和双移动。
And insert the line LDM a thousand always on contact and double move.

例如，您可以写在这里。
For example, you can write here.

任何数据都以14为例，现在这些数据都可以，例如，所以我们把它改成20。
Any data to 14, for example, now these data can be, for example, so let's change it to the 20.

会发生什么？
What will happen?

20日和21日将移至14日和15日。
The 20 and 21 will be moved to the 14 and the 15.

好的。
OK.

这就是16位移动指令和32位移动指令使用之间的区别。
And this is a difference between 16 bit moving or 32 bit moving instruction use.

这仅仅意味着两倍。
This just means double that.

所以现在在这里，5 号正在转向 10 号。
So now in here, the five is moving to the 10.

但这里的 20 和 21 正在转移到 14 和 15。
But here the 20 and 21 is moving to the 14 and 15.

但我不会发送，也不会发送。
But I'm not going to send it and I'm not going to.

节目也是如此，因为这并不重要。
The show is, too, because it doesn't matter.

不需要。
It is not needed.

我只是向你展示，如果你在任何时候遇到困难，你可以立即问我问题。
Just I was I am showing to you, if you're stuck at any point, you can ask me a question immediately.

本教程也到这里就结束了。
Also for this tutorial are finished here.

额外教程见。
See you into an extra tutorial.