Can I modify the type in the component properties in AE?

Because the real type of this property cannot be changed, it is a fixed format, so there is no way to change it.

The type in the component properties in Comfort should be directly modified, and I think this should be able to be modified according to your own mind, so it should be very good to modify the effect.

In the current AE, there are still many types of its original attributes, and if you modify it, I think it can still help us bring us.

This element can be changed.

The type in this component property can be modified, but only a proper component must be used.

The properties of the component cannot be modified, because he has already set up his phone during the production process.

A type in a component's properties can be modified.

The type of property in this component cannot be modified, as they must be modified with a card reader.

Of course, the type in the component properties in the AE can be modified, depending on whether the modification is correct.

It's perfectly fine, and there won't be any problems, it can be modified, and it's relatively easy to modify.

Can the type of this original attribute be modified? This should be okay, pay more attention to it, and learn more.

Can I change the type in a component's properties? Well, I don't know.

Can I modify the type in the Cause Event property in IE? This original attribute can be modified.

Well, can this spell not recognize the type of the Central Plains built in Xingzhong? I don't know about this, you can ask the experts about this. How to modify.

Can the type in the only COSCO Jiner property be modified? This can be changed directly from the settings.

The math type in this one can't be modified, because he can't be changed at will.

There are both hardware and software, such as the Mitsubishi PLC's X0, which can refer to the first input point on the PLC's hardware, or it can refer to a bit in the program. M0 is a bit in the program, independent of the hardware. X, M, Y, D, etc. are all components used in ladder diagrams.

There are five main components of a computer hardware system, and the following items are not part of the five major components (b).

a.Combinators.

b.Software. Equipment.

d.Controller.

The five components are input devices, output devices, combinators, controllers, memory, and software are not hardware systems, so choose B.

This is a multiple-choice question, and you will only know when you put the options up.

These five components are input devices, output devices, combinators, controllers, and memory.

You can choose what you don't have.

Input devices, output devices, combinators, controllers, memory.

Dude, you have to be kind to the questions, and if you come up with other multiple-choice questions in the future, you can get it.

Wow, the computer information questions are all up, the combinator, the controller, the memory, the input device, the output device, these 5 belong to.

Combinators, controllers, memories, input devices, output devices.

A-Combinator BSoftware ci.oController. Pick B

Good question can be understood like this:

The hardware is where the low-level computing is processed, he only knows 0 and 1 and how they are calculated (the instruction set of the CPU), he doesn't know what the exact meaning is, he doesn't know what these things mean 10100101010, he only knows how to do 10100101010 do various CPU instruction calculations, such as and, or, not, etc. These instructions have the same processing on the component circuit, or the CPU instruction is actually the circuit instruction of the component, and 0 and 1 are the digital representations of the high and low voltage on the component circuit.

Software is a high-level and a place to represent information, so he needs to define how the information is represented, that is, how to convert it into 0 and 1, and all kinds of software have a file format that defines how this type of information is represented as 0 and 1.

Then, the combination of software and hardware is to take 0 and 1 as the link, convert the information into 0 and 1 and then give it to the hardware for processing, and the hardware will hand over the 0 and 1 after the processing is completed to the software. What to do with the hardware? It is the software that tells it (or the developer who develops the software) that the software is executable, and the software execution file tells the hardware how to execute it.

The CPU instruction set is there, and the person developing the software defines how information is represented, such as how a diagram is displayed on the screen.

But in the end, the information of software is virtual, and it cannot be seen or touched. He only defines how information is represented and processed, and then it is executed by the hardware, which is a real computing device (so software is the soul).

We see a picture on the screen, let's say a picture in GIF format. We only see what this information is represented --- a graph. But we don't have the "software" of gifs. The electricity is turned off and there is nothing!

GIF format software defines how a graph is represented as 0 and 1 and how it is displayed. Then, when displaying the GIF, the CPU controls the components on the hardware (here it should be on the graphics card) according to the 0 and 1 instructions and tells it to show the 0 and 1 states of the graph.

Computer CPU is a combination of a large number of circuits, CPU to work, it needs to have high and low level input, the keyboard plays the role of a switch when programming, for example, use the keyboard to type into the assembly MOV instructions, there are level changes in the CPU, and at the same time display MOV on the screen, when executing MOV, it seems to be a virtual instruction, in fact, the CPU has the level when the keyboard is used to enter the MOV, It is stored, it is called directly at runtime, and multiple instructions form a program, to put it bluntly, The program control hardware actually uses the keyboard to input high and low levels,In the CPU operation,Output high and low level control hardware,As for the detailed working principle of the computer,It is estimated that it is enough to write more than a dozen books,This is my own understanding,There may be something wrong, please forgive me。

That's a long question you asked...

Depending on the angle we focus on, the architecture can be divided into three types:

Logical architecture, relationships between components in a software system, such as user interfaces, databases, external system interfaces, business logic elements, etc.

For example, the following is a logical architecture diagram of a software system that the author has personally experienced.

Figure 2: An example of a logical architecture.

As you can see from the above diagram, the system is divided into three logical levels, namely the representation level, the business level and the data persistence level. Each layer contains multiple logic elements. For example, there are HTML service elements, session service elements, security service elements, and system management elements in the web server hierarchy.

How the physical architecture, software components, are put on the hardware.

For example, the following physical architecture diagram depicts the physical architecture of a distributed system distributed in Beijing and Shanghai, and all the components in the diagram are physical devices, including network taps, servers, web servers, application servers, report servers, consolidation servers, storage servers, hosts, and so on.

Figure 3: An example of a physical architecture.

System architecture, non-functional characteristics of the system such as scalability, reliability, robustness, flexibility, performance, etc.

The design of the system architecture requires the architect to have a strong knowledge of the functions and performance of software and hardware, which is undoubtedly the most difficult job in the architecture design work.

In addition, from every angle, two elements of the architecture can be seen: component division and design decisions.

First of all, the components in a software system are first and foremost the logic elements. How these logic elements are put on the hardware and how they contribute to the scalability, reliability, robustness, flexibility, performance, and more of the overall system is important information.

Second, the decisions that need to be made about software design inevitably include the logical structure, the physical structure, and how they affect all the non-functional features of the system. Many of these decisions will be difficult to change once they have been made.

According to the author's experience, a database-based system architecture will have as many pages of architecture design documents as there are data tables. For example, a medium-sized database application system usually contains about 100 data tables, and such a system design usually requires about 100 pages of architecture design documents.

According to the drawings, PLC, intermediate relays, circuit breakers and other components are selected.

If you don't understand, you can ask me!

It's you who do the work that suits you. First of all, you have to know what kind of requirements you want to achieve, and then you have to implement the hardware and software

It's complicated, what are you going to do?