034 word logic operators with exercise example

在本视频中,我们将学习 vord 逻辑运算 Voltaggio 运算类似。
In this video we will learn vord logic operations Voltaggio operations are like.

我们的沙皇特使在戈德的选择多路复用中的一致意见,如果您在大学里有一些科目,您可能已经在微控制器中研究了这些操作。
And our Csar envoy's d'accord in Gord's select multiplex in the multiplex you might have studied these operations in a micro controller if you have some subjects in your university.

那么让我们看看如何在我们的逻辑和 Pinti 中使用这些操作。
So let's see how we can use these operations in our logic and Pinti.

所以我们将从 和 逻辑开始。
So we'll start with the and logic.

现在,在最终的逻辑中,您知道 Aguila 为真,因为输入为真。
Now in the end logic you know that the Aguila is true for the inputs are true.

所以在这种情况下,我们有两个输入 I 一和二。
So in this case we have two inputs I in one and two.

所以这两个输入中的信息是通过赌注和它一起支付的。
So the information in these two inputs are done are paid by a bet and it together.

结果在输出中给出。
And the result is given in the output.

好的,如果你看到这个例子,我们有一个 AND 块 OK。
OK so if you see this example we have an AND BLOCK OK.

在输入中,我们有 和 B 零和 b 1。
And in the input we have and B zero and b one.

这是两个电阻,如果为零,则 f 为零。
These are two resistors in and with zero we have f zero.

这以十六进制显示。
This is displayed in hexadecimal.

这里我们的 F 为零..
Here we have zero F..

现在,如果你真的在这两个中执行操作,这是执行之前的结果,你将得到结果零零。
Now if you really do the an operation in these two this is the result before execution you will have the result zero zero.

现在为什么。
Now why.

因为我们知道 0.00 印第安纳州。
Because we know that 0.00 Indiana.

外在是一。
The outward is one.

除非双方都有一个。
Only if both the had had one.

因此,如果您将此十六进制拆分为二进制,您将得到如下输入。
So if you split this hexadecimal into binary you will have inputs like these.

所以我的目标是,如果 f 你 f 是二进制的十六进制,那么它是 1 1 1 0 1 0 0 0 0 0 ,而 0 F 则相反。
So my aim is if f you f is hexadecimal in binary it's 1 1 1 0 1 0 0 0 0 0 and 0 F is the opposite.

所以 0 0 0 0 和 f 是 1 1 1 1 0 0 如果你通过 BET 和操作 1 0 0 1 0 0 做大。
So 0 0 0 0 and f is 1 1 1 1 0 0 if you do the big by BET and Operation 1 0 0 1 0 0.

因此,如果您看到两个输入都不为真,并且同时如果您看到一点一点。
So if you see that none of the two inputs are true and the same time if you see Bit by bit.

所以结果将为零。
So the result would be zero.

所以这是一个大而大的操作。
So this is big by big and operation.

这就是您可以在此处使用操作的方式。
So this is how you can use an operation here.

接下来我们进行操作。
Next we have our operation.

现在,如果您知道输出的顺序操作。
Now if you know the order operation the output is through.

如果任何输入为真。
If any of the input is true.

让我们以零和零 F 为例。
So let's take the same example of zero and zero F..

现在在这种情况下,如果我们看到如果任何输入为真,则输出为真。
Now in this case if we see that output is true if any of the input is true.

所以如果你说这是结果,那么所有的可能性都是 1。
So if you say it's result all the odds are sir 1.

因为在这种情况下,如果比较 0 和 1,就会发现 1 0 1 1 0 1 就是 1。
Because in this case if you compare 0 and 1 it's 1 0 1 1 0 1 is 1.

类似地,我的输出是 f f r 正确,所以这是我们的回归。
So similarly My output is f f r right so this is our regression.

类似地,我们有 ZOTT 操作,它是一种 x 独占或范围内操作。
Then similarly we have ZOTT operation which is a kind of x exclusive or in range.

如果任何输入为真,则输出为真,但如果 Bodin 为真,则输出为假。
If any of the input is true that output is true if but if Bodin are true then output is false.

这就是区别。
That's the difference.

因此,只有当任何输入为真时,什么才是真的。
So what is true only if any of the input is true.

因此,在这种情况下,使用相同的输入将得到什么输出。
So in this case using the same inputs what would be the output.

这将与我们的操作相同,因为您可以通过比较这两个位来看到真实的情况,因为这是真实的。
It would be same as our operation because you can see that in comparison of these two bits of what is true because of the way this is true.

这里也一样,这里也一样。
Same here and same here as well.

所以奥伯特号将会再次受到打击。
So the Obert will be hit again.

这就是 Zonda 行动。
Well this is the Zonda operation.

因此,让我们将其纳入我们的软件中。
So let's take that in our software.

所以我这里有这个和黑色。
So I have this and black here.

这是0 0。
This is 0 0.

最初我输入了 0 0,这是我的逻辑相同的输入。
Initially I put a 0 0 and this is my our logic same inputs.

这是我最后一次手术。
This is my last operation.

你可以忽略它,因为我的镜子在上面,这是我的 ZOTT 操作。
You can ignore that because my mirrors are on this is my ZOTT operation.

因此,如果我打开此功能,那么这两个就是然后我的结果将显示在此处。
So if I turn on this that so these two are and then and my results will be displayed in here.

所以这是零 F 这是零零零所以光是零。
So this is zero F this is zero zero zero so light is zero.

在所有逻辑的情况下,这是 f f 在 Csar 逻辑的情况下,结果是公平的。
In case of all logic this is f f in case of Csar logic a result is a fair.

这些就是我们在演示中看到的结果。
So these are the results which we have seen in the presentation.

好的,这是一个操作。
OK so this is a operation.

那么让我们继续前进吧。
So let's move ahead.

接下来,如果您注意到我们有三个主要门“与”或“非”,那么我们在莫里斯中进行逆运算,非常非常简单。
Next we have inverse operations in Morrises very very simple one if you notice we have three primary gates and or and not.

所以我们明白,我们的这个 N 字是一个非门,它实际上会使输入变得更糟,并将结果提供给相反的结果。
So we understand and our and this N-words is a not Gate which will actually in worse the input and give the result to the opposite.

因此,如果您的输入是 EF 0 覆盖零 F,因为我们可以加载 1 2 0 和 0 到 1。
So if your input is EF 0 overlay with zero F because we can load 1 2 0 and 0 to 1.

所以这就是逆运算。
So this is the inverse operation.

所以我可以看到,在您的输入中,上部为零。
So I can see that here in your input you have zero in the upper.

您的输入中再次有 1,您的 Abruzzi 1 为零。
You have one again in your input you have zero Abruzzi 1.

如果您的输入为 1 或进度为零。
If your input is 1 or progres be zero.

这就是颠倒讲道的运作方式。
So that's how that's how this inversion preaching works.

当它的补足时,它会做它会做的事情。
It will done the it will do the one when its complement.

这是最坏情况下操作的另一种说法,您还可以看到,在我们的软件中,这是我的逆逻辑框架,我们启用了 F-0。
This is the another way of saying in worst case that's the operation and you can also see that in our in our software which is here this is my inverse logic framework we have F-0 enable.

这是真的。
It's true.

所以输出就是噪声。
So the output is the noise.

这是我最大的敌人。
That's my worst enemy.

好的。
All right.

那么让我们继续前进吧。
So let's move ahead.

是的。
Yeah.

然后我们称之为南迪卡行动,你必须清楚地了解这里发生了什么。
And then we have called Operation Nandikar operation you must understand clearly what happens here.

它表示您可以使用解码指令在输出值中设置赌注,在输入值指定的输出值中设置一位。
It says you can use a de-code instruction to set a bet in the output value set a bit in the output value that is specified by the input value.

好的。
OK.

因此,让我们看看它是否读取值和输入并设置输出中的位,以便它读取输入中的某些内容。
So let's see if it reads the value and the input and sets the bit in the output so it's reading something in my input.

好的。
OK.

通过在我的输入中使用该信息,它在输出中说了一些内容。
And by using that information in my inport it said something in the output.

那么它是如何做到这一点的呢?
So how does it do that.

让我们看一个例子,我们有这个解码指令,如果你知道输入中的内容,我们有一个值 16 has 0 5,这是一个十六进制值 5。
So let's see an example we have this de-code instruction and if you know what is in the input we have a value 16 has 0 5 which is a hexadecimal value 5.

好的。
OK.

在输出中我们有 M.W.
And here in the output we have M.W.

20 避开电阻。
20 avoid resistor.

所以它是从濒临灭绝到逐字逐字。
So it's from endangered to word from byte to word.

它要做的就是输入中有 5 个,因此它将以 0 8 的方式解码这个 5。
What it will do is here we have five in the input so it will decode this 5 in such a way that this is 0 8.

这是我四年级第一次读到托比特的第二本。
This is my first read second by Tobit fourth grade.

这是我五年级。
And this is my fifth grade.

好的。
OK.

因此,无论您在这里有多少数字,它都会使该赌注成立,并使所有其他赌注为零。
So whatever number you have here it would make that bet true and it will make all other bets at zero.

好的。
OK.

因此,如果您知道这里的结果是 60 22 并且这些是十六进制的。
So if you know what is here if you have a result is 60 22 and these are hexadecimal.

如果他可以的话,进入二进制 0 的将是 4 0 4 0 来表示零。
If he can what went into binary 0 will be these 4 0 4 0 to signify zero.

这些也是这四个出价。
And these too as these four bids.

这是 2 1 0 2 0 0。
This is 2 1 0 2 0 0.

所以这是归零。
So this is Hosh to zero.

这是您可以看到的十六进制结果。
This is the result which you can see in hexadecimal.

所以它是第五个它会是真的,因为输入是五。
So it's fifth It will be true because the input is five.

如果我在这里做到,如果我的输入为真,那么我的 0 1 2 秒赌注将为真,如果我的结果为真,则这将是 1,其余赌注将为零。
If I make it here to if my input is true then my 0 1 2 second bet will be true if my result is true this will be one and rest of the bet will be zero.

好的。
OK.

如果我在这里可能会拿到 32,那么我的 32 赌注就会生效。
If I make it here maybe 32 then my 32 bet will be on.

但这是十六进制的就可以了。
But this is in hexadecimal OK.

但如果你看到这个 16 0 5 二进制就是 32。
But if you see this 16 0 5 in binary is 32.

因此,如果您输入十进制 32,这将给出与您输入十进制 64 相同的结果,那么这将是对之前的真实测试。
So if you put in decimal 32 this will give you the same result if you put in decimal 64 then this will be true test of the before.

所以我希望你明白你在这里想说的是什么,无论你输入的数字是什么,相应的赌注将在天空解码上进行。
So I hope you understand what you are trying to say here whatever number you have in the input that corresponding bet will be on Sky decoding.

因此,在类似的基础上,我们也有编码。
So on similar bases we have and coding as well.

所以这一切都是在代码操作中。
So this is all in code operation.

因此,在 CT 操作中,它似乎读取了输入值中最低有效位的大数,并且必须注意有效位并将其发送到输出。
So in CT operation it seems it reads the big number of the least significant bit in the input value is significant bit must notice that and and send it to the output.

所以我们这里有同样的例子。
So we have the same example here.

我将被称为与我所做的一样的。
I'm going to be called the same which I was doing.

我将对我在 D-CT 中所做的事情进行编码。
I'm going to encode the thing which I was doing in the D-CT.

所以我的输入是十六进制的天,我的输出是五。
So my input is doing day in hexadecimal and my output will be five.

所以情况恰恰相反。
So it's the opposite.

现在,如果我在输入中输入,我会注意到我的重要规则将被转换为 Beta 0 1 2 3 4 5 第 5 个赌注,该赌注将来到这里。
Now if my input in my input I will notice my significant reges one so best will be converted which Beta's that 0 1 2 3 4 5 5th bet which will come here.

这样我就五岁了。
So I would be five.

如果我的输入是这样的话,如果我的观点也是正确的,情况也是如此。
So was if my input is this if my spot is also true.

再次仅被称为我的最不重要的赌注,如果我的输入是这样的 1 0 1 0 0 0 0 1 那么我的机会 1 零站点非组至少为零,你可能会再次成为 20。
Again only known as my least significant bet you'll probably be 20 again if my input is like this 1 0 1 0 0 0 0 1 then my opportunity 1 zero site non-group is zero at least significant bit.

好的。
OK.

这就是它的工作原理。
So that's how it works.

它只会知道输入中最低有效位是什么。
It will only know what is your least significant bit in the input.

让我们在练习中看看这个例子。
So let's see this example in our exercise.

是的。
Yeah.

在这里我们进行了解码,这是 engorge。
Here we have de-code and this is engorge.

所以我打赌你可以看到这是 EF 0。
So my bet is on you can see that this is EF 0.

所以 EF 0 是 1 1 1 1 0 0 0 0。
So EF 0 is 1 1 1 1 0 0 0 0.

因此,让我将其更改为我的示例,以便它有意义。
So let me just change that to my example so that it makes sense.

所以在我的解码中我们使用了 0 5。
So in my de-code we were using that 0 5.

好的。
Okay.

所以我会改变它和其他五个。
So I will change it over and the other five.

所以我的目标是 20,并且我在编码中使用与 20 相同的值。
So my goal is 20 and I'm using the same in the encoding as 20.

这已经到零五了。
And this goes to zero five.

好的。
OK.

现在有一些编码和程度,如果你有模拟器,你可以改变它的值,你可以在这里看到结果。
Now there's sort of the encoding and degree and you can if you have the simulator you can change its value and you can see the results here.

因此,无论我在这里输入什么值,都会在这里进行解码,并且我在这里使用相同的电阻器,然后回到这里。
So whatever value I put here that would be decoded here and I'm using the same resistor here and that goes back to here.

所以两个当引用回我原来的值时。
So two when quoted back to my original value.

好的。
All right.

因此,距离完成还有很长的路要走。
So it's miles ahead in getting done.

现在我们有选择操作,但这很有趣。
Now we have select operation but this is interesting.

它表示根据开关 G 输入,选择指令选择输入 I 0 或 in 1 之一,并且它进入 out 输出。
It says depending on the switch G input the select instruction select one of the input I 0 or in 1 and capias it's gone into the out output.

好的。
OK.

怎么运行的。
How it works.

例如,假设这是我选择的 Gloc,这是我的输入,G 是我的其他输入。
For example say this is my select Gloc this is my input and G is my other input.

好的。
OK.

所以目前来看是假的。
So currently it's false.

所以我的 0 有 f a I N 1 有 b d 这是我的输入 F 和 B D。
So my zero has f a I N one has b d this is my input F and B D.

因此,最初如果为零,这种爱将不会在前同性恋者中执行,该地段的墙将被执行。
So initially if is zero this love will not be executed in ex-gays enablers walls of this lot will be executed.

现在我的输入和 g 是我的开关输入,它是错误的。
Now my input and g which is my switch input that is false.

因此,如果这是假的,我的眼睛会看到 B 副本到输出,这两个副本之一将被复制。
So if this is false my eye ends over B copy to the output one of these two will be copy.

所以你可以想象如果这是真的如果这是启用并且这是真的所以启用是风是真的那么我的第二个将是复制。
So you can imagine if this is true if this is enable and this is true so enable is windy is true then my second would be copy.

所以这就像描述值 0 或 I n 1。
So this is like describing the value either 0 or I n 1.

因此,您可以根据信号和 G 选择一个值。
So you select a value based on the signal and G.

对或错。
True or false.

这是示例中的选择操作以及其他操作。
So this is the select operation with the example along with an other operation.

那么让我们转向多路复用操作。
So let's move to mux operation multiplex.

换句话说,我们称之为“多对一”。
So in other words we call we call it as many to 1.

好的,如果您有很多输入而只有一个输出,则可以使用多路复用器。
Ok so if you have many inputs and you have just one output you use multiplexer.

那么多路复用器是如何工作的呢?
So how does multiplexer works.

因此,最初我们在这里有启用输入,您需要将其打开以启用该块。
So initially we have the Enable input here which you need to turn it on to enable the block.

然后你有一个常数k,它指定要复制其内容的输入。
Then you have a constant k it say specify the input whose content is to be copied.

如果 k 为零,如果比例为零,则这将在此处复制,如果同性恋者 1 与副本合一,则将复制零,如果情况值超过两个,我是否会这样做以进行复制。
If k is zero if the scale is zero this will be copy here and zero will be copied if gays 1 I n one with the copy if case do I do that to be copy if value of case more then two more.

否则输入的数量将被复制。
The number of inputs then else will be copy.

K 所以这是第一个输入,说得到输入,说 I 进入游戏的间隔大于 N K,意味着货物数量。
K so this is the first input say get input say spacing out of I to go over to the game is greater than N K and means that amount in goods.

然后,如果多路复用器中没有错误,并且这就是将复制值的输出,则您可以启用向外可分解。
Then you have enable outward dissolvable being able if there is no error in the multiplexer and that's the output where value will be copied.

好的。
OK.

是的,这是可选的输入值,您可以在 Bush you and my D-TEXAS 中添加更多内容。
And yeah this is the optional input value you can add more in Bush you and my D-TEXAS.

同样我们看一个例子。
Similarly let's see an example.

现在,在此多路复用器中启用零和多路复用器将不起作用。
Now in this multiplexer enable a zero sum multiplexer will not work.

第二状态启用一个。
Second State enables one.

现在K为零。
Now K is zero.

所以你可以看到45中的力被复制到这里了。
So you can see that the force in 45 is copied here.

好的,下一个案例就是一个。
OK next case is one.

在这种情况下,这是复制在这里和卡德罗夫的。
In this case this is copied here and Kadyrov's.

在下一个示例中,如果 K 代表框并且能够将其复制到此处。
And in the next example if K is to boxes and able this will be copied here.

F 8 F 复制到此处。
F 8 F be copied here.

现在 gay 的值更多的是输入的数量,输出将是我们存储在其副本中的任何内容。
Now the value of gay is more the number of inputs the output will be whatever we have stored in its copy here.

这就是多路复用器的工作原理。
This is how multiplexer works.

所以如果有什么疑问可以在视频里问我并评论。
So if you have any doubt you can ask me in the video and comment.

现在让我们转向多路复用器,它与多路复用器相反,多路复用器将一分为多,它表示将输入的末尾复制到选定的输出。
Now let's move to the multiplexer which is the opposite of multiplex which sees one into many it says copy the end of input to the selected output.

那么怎么可能通过常数k来再次选择呢。
So how could it be selected again by constant k.

因此,您已经启用了输入,就像在前面的情况下指定了我们需要将数据复制到哪个输出一样。
So you have enabled input as if in earlier this case specified to which output we need to copy the data.

所以我们有一个输入 16 f.f.
So we have one input 16 f.f.

所以这是一个有能力的输出。
So this is an able output.

我的第一个动作是你要输出一个输出。
My first off we're going you put an output.

那么如果 k 的值为零会发生什么。
So what happens if the value of k is zero.

那么这里k的值就为零了。
Then there will be more to here the value of k is zero.

k的值为1。
The value of k is 1.

这将使我们移动到这里 k 的值大于 1。
This will we move here the value of k is more than 1.

这个会动的。
This will move.

所以是两三个。
So it's two or three.

球会移动到这里。
And the ball will move here.

这就是它的工作原理。
That's how it works.

让我们看一个例子。
So let's see an example.

我们在这里有一个可选的开始。
We have an optional start here.

意味着您可以向多路复用或多路复用块添加更多输出。
Means you can add more outputs to your multiplex or the multiplex block.

让我们看一下同样的例子。
So let's see the same example.

最初启用零。
Initially enable a zero.

所以这是行不通的。
So this will not work.

一旦一个能力是两个,一个就为零。
Once an able is two one is zero.

最佳值复制到此处的比例。
The best value is copied the scale here.

该值被复制到此处。
This value is copied here.

如果复制到这里。
If is copied here.

在第二个例子中,如果同性恋是一个,那么这个信息会被移到这里,这是第一个,因为它是私人的。
K this in the second example if gay is one then this information is moved here and this is having it first because it was private.

以前为零。
Previously it was zero.

所以这将保持不变。
So this will remain as.

好吧,那么我们已经实现了目标,那么我们输入的任何信息都将转移到 as。
Ok then we have gained the goal to do then whatever information we have an input will move to as.

这些都是第一个,因为之前我很感动地给了我的 2 1 5 0 1 1。
And these are all the first because previously and I was moved to give to my 2 1 5 0 1 1.

好的。
OK.

现在让我们看看软件中的所有三个示例。
So now let's see these all three examples in the software.

于是我们就从select开始。
So we started from select.

现在选择它,现在它是错误的。
Now in selecting it that right now it's false.

所以这里的值就移到了这里。
So the value here is moved here.

好的。
OK.

所以让我将值更改为 0 0。
So let me just change the value to 0 0.

我可以将其更改为假设 a 和其他更改可能为 B 和 B。
I can change it to let's say if a and other changes to maybe B and B.

好的。
OK.

所以这是错误的。
So this is false.

这就是为什么输出为零的原因。
So that's why this i n zero for the output.

所以这是F,因为如果我理解正确的话,这是免费的。
So this is F because this is a free if I understood true.

现在 Bidi 值已复制到此处。
Now the Bidi value is copied here.

这就是选择操作如何根据信号和 G 选择输入。
So that's how the select operation what the input is selected based on the signal and the G.

因此,开关输入不会移动到多路复用器上的多路复用器。
So the switch input not it's moved to multiplexer on multiplexer.

所以我需要在这里找到一些信息,以便我可以快速完成。
So I need to find some information here so I can do that quickly.

A B 只是一个演示。
A B is just one demonstration.

好的。
All right.

所以最初的比例是三个 3 意味着输入是 0 1 2。
So initially the scale is three 3 means input is 0 1 2.

这比 2 多,这是 3。
And this is more than 2 this is 3.

因此,当我们转到输出时,如果我将其更改为 1。
So as we go to my output if I change this to let's say 1.

我需要一次又一次地添加,如果我总是那个,那么你可以看到这是零。
I need to add on and again if I'm always the one then you can see that this is zero.

我合一的复制在这里。
The one I in one is copying here.

好的。
OK.

如果我将其设为零,则告诉它是否为零,然后将其复制到此处。
If I make it to zero told if it's zero then it is copy here.

这就是该多路复用器的工作原理。
So that's how this multiplexer works.

Madidi 多路复用器则相反。
Madidi multiplexer is the opposite.

因此,首先让我在输入中输入一些值,看看是否可以。
So initially let me put some value in my input and see if.

所以最初 K 为零。
So initially K is zero.

所以这个值是我的第一个输出 f f k 如果这是一个,让我 Jain 的值为 1。
So this value is was to my first output f f k let me Jain's value to 1 if this is one.

该值进入第二个输出。
This value goes to second output out one.

并且这将保持在八强中。
And this will remain in the last eight.

现在,如果我将其设置为 2(大于 1),则输入将转到其外部。
Now if I make it to 2 which is more than 1 the outer the input will go to its.

因此,让我在这种情况下谈不止一个,这是真的,几乎有两个是。
So let me just in this case to more than one which is true there's almost two is.

所以这是我的 0 1,不止一个会去它。
So this is my 0 1 and more than one will go to it.

这就是多路复用器正常工作的方式。
So that's how you deal multiplexer works right.

所以这就是你的文字逻辑指令。
So this was all about your word logic instruction.

那么让我们看看。
So let's see.

让我们回顾一下今天学到的内容,操作是按位与运算,如果所有输入都为真,则输出为真,这意味着输入操作的位始终是我们的操作是按位或运算,输出就是全部。
Let's review what we have learned today and operation it is bitwise AND operation where the output is true if all the inputs are true with the inputs which mean what the bits of the input action always is our operations are bitwise OR operation and output is all.

如果任何董事会输入为真。
If any of the board inputs are true.

OK ZOTT操作床友操作这个就是这个。
OK ZOTT operation bedmates operation this is this.

这不是我们的。
This is not our.

这是按位运算,输出为通过。
This is bitwise operation where output is through.

如果在这种情况下两个输入中的任何一个为真,如果任何一个被带入重要事实,则相反的情况为真。
If any of the two inputs is true in this case if any are brought on board the important truth then the opposite is true.

在这种情况下,如果只有一件事是真的,那么可以说这就是沙皇。
In this case if only one thing is true only then arguably this is the Tsar.

然后,您将发票用于输入解码指令的补充,该指令用于在由输入值指定的预想值中进行所述辩论。
Then you have invoice is used for what is complement of the input de-code instruction used to said debate in the augured value that is specified by the input value.

在代码中,这与解码相反,它读取最低有效赌注中的位数并将其发送到输出。
OK in the code this is the opposite of de-code it reads the bit number in the least significant bet and send it to the output.

确定,根据开关选择它保存,例如
OK select it saves depending upon the switch e.g.

我们用它来选择您需要复制到输出的输入,而不是作为选择多路复用器,您可以使用指令将所选输入的内容复制到输出区域。
we have it with select which input you need to copy to the output not as a select multiplexer you can use the instruction to copy the content of selected input to the output region.

您想移动到输出吗?
Would you want to move to the output.

我们使用多路传输。
We use multiplex.

许多人确实希望 D-Money 能够将两者的内容再次复制到选定的输出,以根据密钥中的值选择输出。
Many do want D-Money make so use to copy the content of in both to the selected output again to select an output based on the value in the key.

是的,这都是关于字逻辑指令的。
Right so this was all about word logic instructions.

如果您有任何 Dodik 意见,请提出来,我们将在下一个视频中见到您。
If you have any Dodik inputs make them and I'll see you in the next video.

谢谢你,祝你有美好的一天。
Thank you and have a nice day.