你好，在这个视频中，我们将学习单词逻辑。
Hello, in this video, we are going to learn word logic.

好吧，我们和凯特在这里，这都是门或门和逆。
OK, we here and Kate, and it's all gate or gate and inverse.

这是另一个门，好吧，对于我们所拥有的，你可以认为它只是串行接触，或者你可以认为它或接触。
This is the another gate, OK, for the and what we have, you can think it just the serial contact and or you can think it or contact.

好的，就像这样。
OK, like this.

所以我们这里的逻辑是，如果 this 为零且 this 为零，则输出为零。
So what we here in the logic, if this is zero and this is zero, output is zero.

如果该值为零且一个输出为零。
If this is zero and one output is zero.

但如果这是一，这也是一。
But if this is one and this is one.

因此，我们听到四个零零零或一的输出，并且我们有一个输出一和零或一或零。
So we hear an output for the four zero zero zero or one and we have an output one and zero or one or zero.

我们有一个输出和一和一，好吧，我们有一个 X 的输出，或者只是这是一个奇怪的零二零零零一一一零是一和一，一是零。
We have an output and one and one, OK, we have an output for X or just this is a strange zero two zero zero zero one one one zero is one and one and one is zero.

没关系。
It doesn't matter.

对于逆零到一来说，它是反转一到零。
And for the inverse zero to one it is inverting and one to zero.

所以这只是表格。
So this is just the table.

我为什么这么说并不重要。
And why I am saying does not matter.

我们需要知道如何使用整个门户。
We need to know how can we use this entire portal.

好的，我会去传送门，我会去 Main Albe、Ed 和 Gater 并接受指导。
OK, I will go to the portal and I will go to Main Albe and Ed and Gater and instruction.

好的，我还会再添加两个。
OK, and also I will add two more.

这是订单指令，这是 X 或指令。
This is the order instruction and this is the X or instruction.

好，我们开始吧，从 m w 零和 m w 开始。
OK, let's start, start with the m w zero and m w.

作为输出W。
As output W for.

M。

M.

W.

W.

六和W.
six and W.

8 和 M w 好的，W 12 和 14 和 16，我们能做什么？
eight and M w OK, and W 12 and 14 and 16, and what can we do?

我们将用二进制数系统检查一次。
We will check once with the binary number system.

它是否正常工作？
And is it working correctly or not?

首先，我现在开始我的模拟。
First of all, I will start my simulation now.

它将给 CPU 上电或上电进行模拟，我们将编译该项目，并将编译后的项目下载到 CPU，我会说加载和启动模块。
It will give a power or power on to CPU a simulation, and we will do a compile this project and we will do a download is compiled project to the CPU and I will say load and start module.

好的，完成。
OK, and finish.

现在我们可以先进入监视表并在监视表中激活监视。
Now we can go to watch table first and activate the monitoring also and in the watch table.

在 中，我将添加一个新的监视表。
In the I will add a new watch table.

让我们从结尾开始吧，好吗？
Let's start with the end, OK?

W 为零，m w 至 m w 四。
And W zero and m w to m w four.

对不起。
Sorry.

显示格式应该是二进制，看看它是否正常工作，我们也可以看到十六进制或十进制数字系统，但这是好的。
And display format should be binary to see is it working correctly or not, we can see also as hexadecimal or decimal number system, but this is the good one.

我将激活监控，整个值为零。
I will activate the monitoring and this whole values are zero.

好吧，暂时然后我们能做什么呢？
OK, for a moment and then what can we do?

我们可以执行并修改一个值。
We can do and modify a value.

首先，我将首先向您展示程序的主要部分，以便您可以看到and 和or。
First of all, I will show you the program first in the main may not be so you can see and and or.

并且。
And also.

它或指示现在正在发挥作用，权力已转变，强大的游说已激活，我将遵守观察台。
It's or instructions are working now, the power turned and the powerful lobbies activated and watch table I will adhere to.

进而。
And then.

好吧，这是零。
OK, this is zero.

好的，还有两个。
OK, and two.

好的，现在你可以看到最后四位或四位或一零四零和四二，它是一一一一。
OK, now you can see the last four or four bit or one zero four zero and four two, it is one one one one.

那么最后我们会做什么呢？
So what will we do at the end of the end?

教程在这里。
Instruction in here.

让我们检查一下手表表。
Let's check one's watch table.

我将应用这些价值观。
I will apply these values.

发生什么了？
And what happened?

没有什么。
Nothing.

好吧，这仍然是零。
OK, this is still zero.

如果我把它的最后一位数字改为一。
If I change it to the last digit to one.

好的，申请吧。
OK, apply.

现在您可以看到，这对于主要的 MW 4 来说是可以的，或者您可以看到 MW4 现在是 1 Y 因为。
And now you can see this is one ok for the M W four for the main or B you can see M W4 is now one Y because.

一加一就是一，如果我将其更改为这个以查看完整的监控，并且如果我应用此值，以便您可以看到这是正确的工作，如果我将其更改为零。
One and one is one, if I change it to this one to see complete monitoring and if I apply this values so you can see this is correct work, if I change it to zero.

好吧，那又会发生什么呢？
OK, and what will happen again?

你只能看到一，而且一就是一。
You can see just one and one is one.

这就是结局。
This is the end.

我们可以继续使用 M w 六和 W。
And we can continue with the M w six and and W.

八和十是二进制。
Eight and 10 is binary.

我们现在就做或指导使用，或者我们会看到。
We will do now or instruction usage or we will see.

现在，如果我应用这些值，修改后的值可以是这样的。
Now, the modified values can be like this if I apply these values.

好的，一对一，一零一或零一一零或一。
OK, one on one, one zero and one or zero one one zero or one.

一加一或者零就是一。
One and one or zero is one.

如此彻底。
So completely.

这是最后四位数字或四位或一个乳头完全是一。
This is this last four digit or four bit or one nipple is completely one.

如果我把它改为零。
If I change it to zero.

以这个为例。
This one, for example.

第三个。
The third one.

好的，如果我应用它，你会说这是零，或门或指令工作正常。
OK, if I apply it you will say this is zero, the or gate or instruction is working correctly.

那么让我们转到 or 指令和 M 十二和 m w。
So let's go to or instruction and M twelve and m w.

14 和西北
14 and N.W.

16 现在显示格式将再次变为二进制。
16 now display format is going to be binary again.

再一次。
Once more.

好吧，现在这不是了。
OK, now this is not a.

好吧，好吧，这就是它的或用法。
OK and OK, this is the it's or for the usage.

让我们在这里检查一下。
Let's check ones here.

12、14、16水位线，如果我应用它，你会看到零一零一。
12 and 14 and 16 watertable, if I apply it, you will see zero one zero one.

现在我们能做什么？
Now what can we do?

一对一还是一对一？
One on one or one?

歌颂一是零零零。
Extoll one is zero zero zero.

一就是一零零零一零就是一。
One is one zero zero zero one zero is one.

好的，那么这里发生了什么？
OK, so what is happening in here?

我们正在做的结果，例如，一和一需要根据我们的审计，或者这应该是一，但它是在结果的末尾，例如，对于端门为零。
We are doing and the result, for example, one and one needs to be according to our audit or and this should be one, but it is at the end of the result, zero for the end gate for example.

零和一应该是零，但它是一和零，零应该是零。
Zero and one should be zero, but it is one and zero and zero should be zero.

但它正在改变一位数或一位。
But it is changing the one digit or one bit.

我的意思是，根据 X 或它的逆定律，结果为零。
I mean, according to X or it is the inverse of the law and the result is zero.

好的，这就是其中之一。
OK, and this is one.

好的，你现在可以看到了。
OK, you can see it now.

例如，如果我将这些值更改为 1 和 0，并且应用它，您将看到结果。
For example, if I change these values to, for example, one and zero and if I apply it, you will see the result.

一合一或一X一是零零零一零零是零零。
One in one or one X one is zero zero zero one zero zero is zero zero.

一是一一零零是一。
One is one one zero zero is one.

根据什么。
According to what.

据此，您将看到该值是否为零一零零零一一一是一或零一和一或一或一。
According to this, you will see if the value is zero one zero zero zero one one one is one or zero one and one or one or one.

每一项都是零，根据这个表进入一个入口。
Each one is zero, according to this table into a portal.

我们的指令工作正常。
Our instructions are working correctly.

好的，如果我把它改成，例如，零和零，最后一个例子。
OK, if I change it to, for example, zero and zero, the last example about it.

好的，你可以看到。
OK, you can see it.

它改变了，如果我改变它，零零一，如果我只应用最后一个零，每个一都是所有零的其余部分的一。
It's changed, and if I change it, zero zero one, if I applied just the last zero, each one is one the rest of all zeros.

好的，看到表格后我们就看一下。
OK, let's take a look once you will see the table.

所以这就是结束或和或以及它或指令。
So this is the end or and or and it's or the instructions.

使用门户。
Use the portal.

如果我再次去美浓部，如果我去最后一个区域，我想在这里再添加一个街区。
If I go to Minobe again, if I go to the last area and I want to add one more block to here.

在单词中，所以对于相反的，我们可以使用，例如，如果我想使用一个单词，在 TaeJa 和单词以及类似的东西中。
And in words, so for the inverse, we will we can use, for example, in TaeJa and words and similar things if I want to use a word.

好的，我们采用 MWI 20 并作为输出 M w 22。
OK, let's take a MWI 20 and as an output M w 22.

我想去。
And I want to go.

首先将这个项目下载到CPU，然后我想要查看表。
First to a download this project to C.P.U, and I want to go to watch table.

首先。
First of all.

在这里，我们可以选择 MMW 20、MWI 22。
In here, we can MMW 20, MWI 22.

好的，所以我们听到的 Xeros 都变成了 F 和 F F F y 首先，我想把它改成二进制。
OK, so what we hear Xeros are turned to F and F F F y first of all, I want to change it to binary system.

好吧，完全从零变成一，那我复制了怎么办？
OK, completely zero turn to one, so what can we do if I copy it?

好的，不，这可以是空的。
OK, no, this can be empty.

因此，如果我应用，您会看到这是 1，因为 MWI 22 的最后一位，即该字为零。
So if I applied, you will see this is one because of the last bit of the MWI 22, this is the word is zero.

例如，如果我将其更改为“一”，如果我将其更改为“一”，则应用此一和一，让我们检查一次。
If I change this, for example, one and if I change this to, for example, one and this one and one applied and let's check once.

所以发生了什么事？
So what happened?

输入站点的 1 变为零。
The one for the input site turned to zero.

好的，你可以看到。
OK, you can see it.

在这里，这是相反的，伊穆斯用文字所做的就是将节拍转向相反的方向。
And here, this is the inverse, what Imus is doing in words is turning the beats to opposite.

所以为零，如果为零，则结果为一。
So zero, if it is zero, the result is one.

如果为 1，则结果为零。
If it is one, the result is zero.

逆指令适用于字或字节或双级等后，就没有关系了。
After the inverse instructions apply to words or bytes or double levels and etc., it does not matter.

它只是改变字、字节或数据的位。
It is just changing the bits of the words or bytes or data.

好的，我已经完成这个视频了。
OK, I'm finished for this video.

下一个视频见。
See you in the next video.