在本视频中，您将了解 Gounder 操作以及第一个示例，其中 SEE 计数减少并按 CD 排序。
In this video you're going to learn about Gounder operations and the first example with SEE count up reduced and ordered by a CD.

这是帐户计数器。
This is the account up counter.

好的。
OK.

我们将通过一个练习示例来了解 IT 运营。
And we're going to have an exercise example to understand IT operations.

这对你来说是一个普遍的障碍。
This is a this is a general block off to you.

好的。
OK.

那么让我们看看这种 Gounder 有什么。
So let's see what we have in this kind of Gounder.

保存的是向上计数器计数加一，输入海底的值从零变为1。
It saves the count up counter count up by one and the value of the input bottom of the sea changes from zero to 1.

因此，如果您看到此博客图表，您就会在此处看到，如果该输入信号为 0 到 1，则该输入计数为输入端口所服务的值。
So if you see this blog diagram you have see you here it is the input count up inport served if this input signal is 0 to 1.

好的，这将有一个当前值。
Ok this will have one in its current value.

它将增加 1。
It will increment by 1.

好的，但是如果您在这里发出研究信号，这里有一个重置按钮。
Ok but you have a reset button here if you give a research signal here.

现在这就是类似于计时器的预设值。
Now that's the preset value similar to or similar to a timer.

假设您的预设值为 3，并且您的信号从 0 到 1 变化了 3 次。
Suppose you have a preset value as 3 and your signal goes three times from 0 to 1.

然后订单就会开启。
Then the order will be on.

好的。
OK.

我正在谈论当你准备好设置计数时重置。
And I was telling about reset when you get ready set count here.

这里的当前值返回到零并且所有都将关闭。
This current value which is here goes back to zero and all will be off.

所以你可以想象，相机可以用来编码任何来见你的信号，它可能存在于两者中。
So you can imagine that the camera can be used to code any signal come to see you it could be in both.

就可以输出了。
It could be output.

这可能是一个时间信号。
It could be a time signal.

因此，它可以是从 0 到 1 的任何事件，可以通过计数器进行计数以给出输出。
So it could be any event which goes from 0 to 1 which can be counted by a counter to give the output.

让我们以时间背景为例。
So let's see the timing background as an example.

因此，如果当前值 CV 大于或等于 PV，则情况相反且为 1。
So this is the opposite and as one if the CV which is the current value is greater than or equal into PV.

因此，如果它是三或四，则等于或大于 PV 输出将继续。
So if it is three or four which would be equal to or greater than to PV The output goes on.

好吧，这与你们三个不同，这里的时序图以及它的外观我们再见。
OK that's different to you three how timing diagram here and how it look we have a see you.

所以现在让我拿起笔。
So let me take a pen now.

看到你看到你作为我的输入信号。
See you see you as my input signal.

好的。
OK.

假设它只持续一次。
So let's say it goes on one time.

这是这里的一次，这是第二次。
This is one time in here it's on for the second time.

这是简历。
And this is the CV.

这就是简历，这里称为价值。
This is the CV which is here called value.

只要有一名后卫，这一数字就会增加。
This is getting incremented with one guard.

它与另一张卡一起移动，然后移动到另一张卡，移动到三，并且由于当前值预设值为三，所以它暂时掉落。
It goes one with another card and goes to another card goes three and it falls down goes for now as a present value preset value is three.

所以这是三点。
So this is on three.

CB 3 接通时输出达到 3 时输出接通，输出关闭。
The output is on the moment it reaches three at the instant the CB 3 is on and the output is off.

当你收到研究信号的那一刻。
The moment you have a research signal.

因此，该复位信号将该 CV 重置为零。
So this reset signal reset this CV to zero.

如果 CV 小于 B.V，则这是真实的。
And if CV is less then this is real than if it is less than B.V.

输出回到零。
the output goes back to zero.

这就是我要说的。
This is what I got to say.

好的。
OK.

这与计时器非常相似，但这里我们有一个计数。
This is pretty much similar to timers but here we have a count.

好的。
OK.

现在你知道吗，我会说我们可以使用该程序的计数器数量仅受 CPI 中的内存量限制。
Now do you know I'd say the number of counters that we can use the program is limited only by the amount of memory in the CPI.

因此，与其他人看到的计数器数量有限的情况不同，17:00 这取决于内存是否被其他字母占用。
So unlike other people see where you have a limited number of counters and 17:00 it depends on the memory if that memory is being held up by other letters.

你可以使用有限的计数器，但你可以使用你的记忆，然后使用尽可能多的金币。
You can use limited counters but you your memories for you then use as much gold as you want.

好的。
OK.

它说你知道它将为我们的美国双重使用三个字节。
And it says that you know it will on dual use three bytes for our U.S.

八乘六乘四。
eight and six by four.

您是否愿意双倍参与其中？
And are you in on both for double that.

好的，对于不同类型的数据输入，您有不同的内存分配。
OK so you have a different memory allocation for different types of data input.

好的。
OK.

现在我们举个例子。
Now let's take an example.

它说正确，以便将输出 Q 零门锁在您身上。
It says right in order to latch the output Q zero door to you.

使用 Isard 归零或归零。
Zero using Isard or zero.

所以我们有任何输入来锁存输出和解锁输出。
So we have any input to latch the output and unlatch the output.

如果我是 0.1，则从 0 到 1 计数 10 次。
If I'm 0.1 goes from zero to 1 10 times count.

所以现在我们数 0.1。
So now we are counting 0.1.

所以我们的输出大了 0.0。
So we have an output which is large by 0.0.

另一个输入，如果该输入运行 10 次，APU 应该关闭并使用它来重置计数器情况。
And another input if this input goes 10 times the APU should be off OK and used that to reset the counter case.

让我们检查一下这个申请并与 CIA 联系看看。
Let's check this application and see with CIA.

这是我们最后一次发布，稍后再回顾，我们喜欢删除所有内容，因为现在我们正在设计反冲锋。
This is our last launch a go back to later and we like to delete everything because now we are designing countercharge.

好的。
OK.

第一种情况是我们必须使用 0.0 进行展平。
The first the first case was we have to flatten out using 0.0.

它们太大了。
So too large they are.

我们将使用非零的工具。
We're going to use tools that are not zero.

我将用它来执行不使用所述重置的逻辑。
I will use it to conduct for the logic of not using said reset.

我使用的是简单的抽签逻辑，所以你可以在这里理解。
I'm using simple lotting logic so you can take that here.

因此，在我导入的一侧，它将打开我的输出，这就是允许输出的原因。
So one side on my import it will turn on my output and that's what allows the output.

好的。
OK.

现在，如果我和船上的其他人眼睛都归零，那么这个输出应该被解锁。
Now this output should be unlatched if my and other in board with his eyes zeroed out one is on.

好的。
OK.

所以如果我的输入。
So if my input.

哦，等一下，是的，如果我另一只无聊的眼睛你不认识的话。
Oh wait a second hear yeah if my other bored eyes you know not one.

如果这是在 Dentyne 上，让我重命名这个标签。
If this is on Dentyne let me rename this tag.

你们数的元素。
The elements you guys count.

因此，如果 Dentyne 的情况如此，他们就应该离开。
So if this goes Dentyne they should be off.

我们如何才能使用该板并将其交给柜台进行柜台操作，您可以在这里得到它。
How are we going to that we can use this board and give it to the counter to go to the counter operation takes to you can get that here.

这个地址是我放的数据块地址D-B的一个名称。
This is the address I put one name of the data block addresses D-B.

现在 B.V.
Now B.V.

我需要 10，但我没有使用 C-v，因为我可以在这里看到该计数。
I need 10 and I'm not using C-v because I can see that count here.

现在，如果这进入死区时间，我的立方体就打开了。
Now if this goes dead time I have cube which is on.

好的，我可以使用 s 和第二个点来中断启动。
OK I can use s and second dot to break the lauching.

正在与此处的联系人交谈。
Talking with a contact here.

这是我的，现在看看地址是什么，因为您有一个列表并更改参数 VDO 使用此 Candlewood 及其倾斜输出。
So this is my and see now what would be the address as you have a list and changing the parameters VDO use this Candlewood and it skew output.

因此，您将输入 C O U N D I，您会找到本季度的数据块，并且我们需要它。
So you will type C O U N D I you find our data block of this quarter and we need it.

问：所以你将进行第二次猜测，为什么你会接受这个提示，你数一下就可以了。
Q So you will take the second guess as to why you would take this cue you count up OK.

所以这个就和这个地址对接了。
So this is docked with this address.

计数器 1 给你。
Counter 1 to you.

现在我们需要重置。
Now we need to get a reset.

现在他说的是我0.2。
Now that he said was I 0.2.

因此，您可以采用阿比达尔输入并将其命名为“或者不铼”以重置标签。
So you can take you can take Abidal input and name it as either or not to rhenium the tag reset.

您可以在这里更正它。
And you can correct that here.

所以它会自动对齐。
So it will be aligned automatically.

这就是逻辑。
So this is the logic.

好的。
OK.

那么让我们来看看吧。
So let's have a look.

让我下载那个。
Let me download that.

那么输入会发生什么。
So what will happen with the input.

我的专辑将被关闭，一旦第二个输入进行 10 次，输出就会打开。
My album will be lasht and once the second input goes 10 times output will be on.

这就像计算你知道的东西，你可以想象这种义务，就像你打开罐头，使用一个按钮，然后你有一个传感器，然后他们可以读取它并停下来。
This is like counting something you know you can imagine this obligation like you are turning on the can where using a button on and where you have a sensor which then goes then they can read it and stop at it.

你可以这样联系它。
You can relate it like this.

好的。
OK.

那么我们先开始输入，再开始输出。
So let's start the input and let the output first.

好吧，天哪，我们假设我们有一个瞬时输入，并且输出被锁存。
OK my goodness lasht we assume that we have a momentary input and output is latched.

现在我会运行这个 see you 10 次，这会中断联系，并且 Eirgrid 将关闭。
Now I would run this see you 10 times which would break the contact and Eirgrid will be off.

好的。
OK.

所以采取另一个输入。
So take another input.

零不是一。
Zero don't one.

这是一次。
This is one one time.

当你第二次这样做时，你会发现这里有两个。
Second time and again when you do this you can see that it's two here.

好的。
OK.

如果我把它增加到10。
If I take it to 10.

所以我需要及时按下。
So I need to press in time.

抱歉，是我的错。
Sorry my mistake.

我也按了重置。
I pressed reset too.

我们当时五六七八九。
We were five six seven eight nine.

当它下降的那一刻，你可以看到 q 输出打开，重置了我的电机。
And the moment it goes down you can see that the q output was on which reset my motor.

然后，即使我关闭输入，我的意思是 10 变为 11，并且我不会看到 CV 是否大于等于 B.V。
And this is then and even if I turned off my input I mean that 10 goes to 11 and I would not see if the if the CV is greater than equal into B.V.

输出将为 true。
the output will be true.

所以这将是开放的。
So this will be open.

电机停止。
The motor is stopped.

如果我打开输入，这将不会运行，因为这会破坏眼神交流。
If I turn on my input this will not run because this is and this breaks eye contact.

因此，要回到零，我必须重置此公寓，以便我将使用 ize it 或 not do 来重置此块，以便我可以再次开始操作。
So to go back to zero I have to reset this condo so I will use ize it or not do to reset this block so that I can start my operation again.

所以我账户上的最近余额又回到了零，我什么也做不了。
So my recent is on my account goes back to zero and I can nothing more.

我再次必须及时宣布他们的订单。
Again I have to make it in times on to announce them order.

好的。
OK.

我为你做。
Me Do It For You.

当唯一一次它关闭并且一切都关闭时，我可以再次重置它。
When the only time it is off and everything is off I can reset it again.

这是关于古图尔的计数。
So this was about count up Guntur.

另一个已经下了贡多，您将在稍后的视频中看到。
The other has gone down Gondo which you will see later in the videos.

所以这与我这里的字母逻辑相同，相应的 FBD 解决方案也在这里。
So this is the same letter logic I have it here and the corresponding FBD solution is here.

如果您看到这种关系，这就像我们的“比”和“开始”操作。
And if you see the relation this is like our our operation for a than and start.

这就是操作，这就是启动，电机进入 MC，我们看看你是否计数。
So this is the operation and that's the start and the motor that goes to an MC of this is and we see off count or not q you.

这不是一个要执行此操作的操作。
This isn't an operation this is going to do that.

问：这是在北卡罗来纳州，因为你看到这里有一个泡沫。
Q You this is in NC because you see a bubble here.

这个气泡是否代表这是在北卡罗来纳州。
Does this bubble represent this is in NC.

好的。
Okay.

然后 AGU 进入 Moeder，以便输出进入森林的电机。
And then the AGU goes to Moeder so that output goes to the motor to the forest.

这部分逻辑就写到这里了。
This part of the logic is made here.

现在你有了这个计数器。
Now you have this counter.

所以这会阻塞输入要么不是一个。
So this is going to block input is either not one.

所以当你读到或读到或读到皮维的三本书时，我不知道这是哪一个。
So I didn't know one this it is as you read or to read or to Peavey's three here.

但你可以使用百分之十的海洋。
But you can use 10 percent of the ocean.

所以这里应该有10个。
So there should be 10 here.

Q 输出无处可去，这是无处可去的吗？
And the Q output is going nowhere is this going nowhere.

CGV 有用户数据块，如果您想做其中任何一个，可以使用电阻器。
And the CGV have user data block that a resistor if you want to do either.

否则你可以在这里看到这个值。
Otherwise you can see the value here.

但是，如果您想将此值用于其他操作，那么您需要提及您之前拥有的地址 NWC。
But this is use in case you want to use this value for some other operation then you need to mention the address NWC you previously had.

假设您想在比较命令中比较它的值 Gonda 值与其他值。
Suppose if you want to compare its value Gonda value some other in comparison commands.

如果您在视频中看到战斗中的情况，您可以使用此地址 NWC。
If you see that in combat as in vidos you can use this address NWC.

好的。
OK.

所以这就是关于反柜台上涨。
So this is about the counter-counter up.

如果您有任何疑问，可以给我发命令。
If you have any doubt you can post me a command.

那么让我们回顾一下本课我们学到了什么。
So let's review what did we learn in this lesson.

Gunter 用于在输入的特定端生成输出。
Gunter's are used to generate the output on specific end of input.

好的，如果您有预设值，并且它是 3，则如果 CV 经常账户值大于或等于 PV 值，则订单将在 3 或超过 3 处生成输出，然后外部 Gounder 输出 Padam 在Q 等于 1，正如我们所看到的，如果 CV 大于或等于 PV，我们就会得到输出。
OK if you have preset value and it's three the order would generate output at three or more than three if the value off which is CV current account value is greater than or equal to the value of PV then the outer then the Gounder output Padam at a Q is equal to 1 as we have seen that if CV is greater than or equal into PV we have the output.

这就是说，如果重置参数的值从 0 更改为 1，则 C.v 重置为零。
This is what it says if the value of reset paramita are changed from 0 to 1 that C.v is reset to zero.

是的，因为我们使用重置来重置计数器，所以我们将重置为零。
Yeah because we use reset to reset the counters so we will reset back to zero.

好的。
OK.

这就是计数器计数的全部内容。
So this is all about the counter count up.

在接下来的可读性上下来。
In the next readability on come down.

感谢您收看 CNN。
So thank you for watching CNN.

我们的确是。
We do.