TWI629641B - Universally adaptive control system for entertainment application programs on mobile device - Google Patents

Abstract

The invention relates to a universal control system, which is applied to an entertainment program on a mobile device, comprising: an interworking program installed and executed on the mobile device, which provides a user-defined one-key code conversion table. The key code conversion table includes a correspondence between an actuation code and a control code, the entertainment program accepts the control code, and an external control device including a controller and a central processing module, the controller being actuated The actuation code is generated and transmitted to the interworking program via the central processing module.

Description

Universal control system for mobile device entertainment programs

The invention relates to a universal control system which can be applied to various types of controllers, is applicable to mobile devices of various operating systems, and can control various game programs, and particularly relates to an input method editor for applying mobile devices. The key code conversion table and the system for general control according to this.

With the rapid spread of mobile devices, game apps on mobile devices can be connected to external control devices, such as keyboards, joysticks, or Arduino controllers, either by wire or wirelessly, and such games usually have game apps and control devices. The high degree of specificity, that is, the same control device can not receive the control signal after changing another game app, the reason may be that the communication protocol is incorrect or the control command is not recognized, and vice versa; thus leading to many existing games. The App can no longer be further expanded to use the function of virtual integration or the Internet of Things. If it is to be further integrated with the external controller, it is usually done to modify the game app and then add the communication and control module.

Figure 1 is a schematic diagram showing the conventional technology of installing a game program on a tablet and a smart phone; for example, a lot of game apps have been developed on Google Play or the App Store, and usually users can only use the touch on the phone. The screen is used to control these game apps, as disclosed in Figure 1, and in the past, the virtual and real integration of these game apps is not easy or achieved through very specific hardware. The present invention proposes a general conversion method that does not change. Existing Under the condition of game apps, control devices, communication protocols and control commands, the two can communicate and link smoothly, breaking the current problem of specificity.

For the sake of his position, the applicant has been able to overcome the above shortcomings due to the shortcomings of the prior art, through careful testing and research, and the spirit of perseverance. A brief description.

The present invention is directed to the above problem, and establishes a universal control system for a mobile device entertainment program for integrating a virtual game App world on a mobile device with a real world input device (for example, Arduino) to solve the problem of high specificity of the current game App and input device. . The control action of the input device can be converted into the virtual game App world through the input method of the present invention, and the purpose of virtual reality integration can be achieved, so that the game app that cannot be controlled by the external input device or controlled by the dedicated device can be expanded and extended by the system. Convert to a more flexible way of using.

On the other hand, the present invention integrates the virtual game world with the real controller, and develops a mediation program (called Game API) to link the two, so that the control action of the controller can be converted into a virtual game world through the intermediary program, and the achievement is achieved. The purpose of virtual integration is to allow games that would otherwise require keyboard or mobile gyroscope control to be converted to external controllers or other hardware controls.

The present invention provides a universal control system for an entertainment program installed on a mobile device, the mobile device further comprising an operating system, the operating system comprising an input method editor, the entertainment program accepting a control code, the method comprising: The action program is installed and executed on the mobile device, and provides a user-defined key code conversion table. The key code conversion table includes a correspondence between the action code and the control code, and the interface program transmits the input method. Editor, at A new custom input method based on the key code conversion table is added to the operating system; and an external control device includes a controller and a central processing module, and the controller generates the actuation code through the central processing module Transmitting the actuation code to the interworking program, after receiving the activation code, the interworking program converts the actuation code into the control code and broadcasts the control code to the entertainment program.

Preferably, the external control device further includes: the controller, the activation code is generated according to the user's action; and the central processing module is electrically connected to the controller, and includes a transmission interface and a communication interface. The central processing unit receives the actuation code and transmits the actuation code to the mobile device via the communication interface.

Preferably, the controller is a game-specific handle, keyboard, joystick, touch pad, game-specific steering machine, electronic drum, inductive foot pad, switch controller, Arduino controller.

Preferably, the controller and the central processing module are assembled on the same device body.

Preferably, the interworking program is the memory of the central processing module stored on the external control device.

Preferably, the interworking action program adds a custom keyboard corresponding to the custom input method to the mobile device by intervening in the input method editor on the mobile device.

Preferably, the interworking program further includes a key code conversion table creation interface, and the interworking program provides the user with the key code conversion table creation interface, and provides the user to define the key code conversion. table.

The invention further proposes a general control method for externally controlling An entertainment program installed on the mobile device, the external control device being actuated to generate an activation code, the entertainment program accepting the control code, comprising: establishing a key code conversion table on the mobile device, the key code conversion table including the action Corresponding relationship between the code and the control code; establishing a connection between the mobile device and the external control device; starting an input method editor installed by the mobile device, and adding a key conversion table based on the input code editor Customizing the input method; actuating the external control device to generate the actuation code; transmitting the actuation code to the mobile device; and converting the actuation code to the control code and broadcasting the control to the entertainment program through the custom input method code.

400‧‧‧Key code conversion table first built interface

410‧‧‧Control item quantity field

420‧‧‧ new key

500‧‧‧Key code conversion table second build interface

510‧‧‧Name field

520‧‧‧ conversion table matrix

530‧‧‧OK key

700‧‧‧Transport interface option interface

710‧‧‧Bluetooth option

800‧‧‧Bluetooth device option interface

900‧‧‧ keyboard option interface

910‧‧‧Custom keyboard

Step 1101 ‧ ‧ a key code conversion table is established on the mobile device, and the key code conversion table includes a correspondence between the action code and the control code

Step 1102‧‧‧ establish the connection between the mobile device and the external control device

Step 1103‧‧‧Initiate the input method editor installed in the mobile device, and add a custom input method based on the key code conversion table through the input method editor

Step 1104 ‧ ‧ actuating the external control device to generate the actuation code

Step 1105‧‧‧Transfer the actuation code to the mobile device

Step 1106 ‧ ‧ convert the activation code into the control code by the custom input method and broadcast the control code to the entertainment program

Figure 1 is a schematic diagram showing the conventional technology of installing a game program on a tablet and a smart phone.

Figure 2 is a conceptual diagram showing the general control system of the mobile game program of the present invention.

Figure 3 is a schematic diagram showing the system architecture of the universal control system of the mobile game program of the present invention.

Figure 4 is a schematic diagram showing the first interface of the key code conversion table of the present invention.

Figure 5 is a schematic diagram showing the second interface of the key code conversion table of the present invention.

Figure 6 is a diagram showing the second construction interface of the key code conversion table of the present invention.

Figure 7 is a block diagram showing the interface of the transmission interface of the present invention.

Figure 8 is a schematic diagram showing the interface of the Bluetooth device of the present invention.

Figure 9 is a schematic diagram showing the keyboard option interface of the present invention.

10A through 10D are schematic views showing an external control device of the present invention.

Figure 11 is a flow chart showing the execution of the general control method of the mobile game program of the present invention.

The present invention will be fully understood by the following examples, which can be understood by those skilled in the art, but the implementation of the present invention may not be limited by the following embodiments; the drawings of the present invention are The limitations on size, size and scale are not included, and the size, size and scale of the actual implementation of the invention are not limited by the drawings of the invention.

The term "preferred" as used herein is non-exclusive and should be understood as "preferably, but not limited to," an open term, and does not have a limiting meaning, and does not exclude other features or steps; as described or recited in any specification or claim. Any of the steps may be performed in any order, and are not limited to the order described in the claims; the scope of the present invention should be determined only by the accompanying claims and their equivalents, and should not be determined by the embodiments of the embodiments; The term "comprising" and its variations appearing in the specification and claims are an open-ended term that does not have a limiting meaning and does not exclude other features or steps.

2 is a schematic diagram showing the concept of a general control system for a mobile game program of the present invention; a mobile device, such as an Android-based smart phone, an iOS-based smart phone, or a tablet computer, etc. After years of development, the app has accumulated a lot of entertainment applications, such as: game programs, often referred to as mobile games, or simply mobile games, etc. Today's mobile device users are more or less in their own actions. There are a number of different game programs installed on the device. However, as stated in the prior art, most of the game programs only provide the user with a touch screen on the mobile device. Only a few of the more detailed game programs are available. It can support users to external external controllers, such as: joystick, steering wheel, or keyboard, etc., and almost only bind external controllers that support specific brands and models.

But after all, the game programs that can only be controlled through the touch screen are the majority, but Multi-game programs, if you can use external control devices, not only can increase the fun of the operation, but also improve the control of the game. For example, if the racing game can use the external game steering wheel, of course, the operation fidelity and game can be greatly improved. The user can also control the dynamics of the virtual vehicle on the screen more precisely. Therefore, the system proposed by the present invention aims to provide a universal mobile device game program control system, and provides various external control devices for various operations. The various mobile programs can be controlled on the mobile device of the system. Even if these game programs do not support any external controller, the overall concept of the system of the present invention is disclosed in FIG.

3 is a schematic diagram showing the system architecture of the universal control system of the mobile game program of the present invention; the universal control system of the mobile game program of the present invention comprises two basic components, including an external external control device and an installation device installed on the mobile device. In connection with the mobile program, the external control device preferably comprises two basic modules: a controller, and a central processing module. The controller and the central processing module are assembled on the same device body, and the controller can be any external type. Controllers, such as game-specific handles, keyboards, joysticks, touch pads, game-specific steering machines, electronic drums, inductive foot pads, switch controllers, Arduino controllers, etc., central processing modules also include Transmission interface, communication interface, central processing unit, memory and other components, but in the simplest embodiment, the Arduino single-chip micro-processing board is sufficient as a central processing module. On the Arduino single-chip, it is small but comprehensive. It integrates central processing unit, memory, counters, wired and wireless input and output modules.

The central processing module is mainly used as a hardware interface between the controller and the interworking mobile program, and provides a transmission interface to the controller to actuate the actuation code sent by the interworking mobile program transmission controller when the user operates In the controller, the controller will send a series of actuation codes, usually regarded as control signals, to the central processing module in response to the user's actuation. After receiving the activation code from the controller, the processing module transmits the communication code to the interworking program on the mobile device through the communication interface.

The interworking program is installed on the mobile device, and after being activated, actively scans the nearby external control device, selects and activates the corresponding communication interface on the mobile device, and selects the mobile device to interface with the external control device. The destination game program, the interworking program will open the docking key code conversion table for the user to set, after the key code conversion table is set, the interworking program will intervene between the external control device and the destination game program, and will receive The obtained activation code is converted into a control code that is accepted, identifiable, and used as a control signal by the destination game program, and broadcasts the control code converted from the activation code to the destination game by controlling the mobile device operating system input method. The program allows the user to use the external control device to control the destination game program, and not only the touch screen on the mobile device, or the specific control device to which the game program is bound.

Since the system of the present invention opens the key code conversion table to the user, the external control device of the present invention can be applied to any game program, or the user can use any external control device to control the game program, and is not limited to The specific control device bound to the original game program, on the other hand, the control signal input to the game program through the physical external control device will be transmitted to the corresponding game program in the mobile device through the central processing module, the user By operating the controller of the entity, the corresponding virtual game program on the mobile device can be manipulated, and the system of the present invention also has the effect of virtual reality integration.

The interworking program of the present invention is an application executed on a mobile device, preferably stored in the memory of the central processing module of the external control device. When the user connects the external control device to the mobile device, Or when the central processing module of the external control device When detecting the connection with the external mobile device, the central processing module first detects whether the connected mobile device is installed on the connected mobile device, and if not, the system automatically installs the interworking program to the connected device. The mobile device or the present invention is additionally stored on the public website for the user to download and install.

The invention controls the control program to control the game program, mainly by using an input system editor (IME, Input Method Editor) interface provided by an operating system (OS), such as Android OS or iOS, to be new on the mobile device. Add a set of custom keyboards, this set of keyboards will have a custom key mapping table, which is similar to the new set of custom input methods in the mobile device operating system. If the interworking mobile program can further receive The activation code from the external control device is as long as the input method key code in the set of custom input methods is set as the control code of the game program, the input characters are set as the actuation code, and the relationships are clearly defined on the key code conversion table. According to the system of the present invention, it is possible to realize general control for providing various types of external control devices, mobile devices applicable to various operating systems, and various game programs.

For example, in the case of setting an external control device to connect a game program, the external control device can generate a total of control items, and the game program accepts a total of b control items, so an appropriate reference must be made between a and b. Correspondence relationship or key code conversion table, to deal with the problem of the difference between the number of a and b and the conversion, as long as the key code conversion table can be established, the controller and the game program can be bridged smoothly.

Figure 4 is a schematic diagram showing the first interface of the key code conversion table of the present invention; to establish a key code conversion table, the present invention provides a first implementation of the key code conversion table as shown in Figure 4; Interface 400, the installation interface 400 comprises two parts, the upper part of the control item quantity field 410 requires the user or manager, the number of control items input, the number of control items input The number of fields 410 should be based on the number of control codes that the game program can accept. For example, if the game program can only accept four control items such as "up, down, left, and right", then the control item is controlled. Enter 4 in the quantity field 410, that is, the number of control items with the same number of b should be input in the control item quantity field 410, and the lower part of the construction interface 400 will display the game program that has already set the key code conversion table. For example, the App1 shown in Figure 1 may be Asphalt 9: Shockwave Racing Game, App2 may be Walking War Robots, and App3 may be BanG Dream! In the present embodiment, the user prepares to set the key conversion table of the fourth game program App4, and App4 is a simple mouse escape puzzle game that can only accept the Four control items, such as down, left, and right, are entered, and then the new key 420 is pressed after entering 4 in the control item quantity field 410.

5 is a schematic diagram showing a second interface of the key conversion table of the present invention; the key mapping table is provided with a name field 510 above the second interface 500 to provide a user to input a game program to be controlled. The name, and below the built-in interface 500, is a conversion table matrix 520 having M columns x N columns. The M rows of the matrix are respectively for each control item, and N columns are respectively received codes. And the control code, since the user inputs 4 in the control interface quantity field 410 of the construction interface 400, the construction interface 500 will automatically generate a 4×2 conversion table matrix 520 for the user to input each control item. Receiving code and corresponding control code, each control item in the conversion table matrix 520 is displayed by the code of item 1, item 2, item 3, item 4, and the control code field must be filled in with the game program. The acceptable input key code from the IME broadcast, the input code field must be filled with the action code or command code sent by the hardware end, that is, the controller.

Figure 6 is a diagram showing the second construction of the key code conversion table of the present invention. In this embodiment, the game program is a mouse escape maze puzzle game that can only accept four control items such as up, down, left, and right, so the item 1, item 2, item 3, and item in the conversion table matrix 520 4 corresponding to the control items in the game up, down, left, right, etc., and the game program program presets the upper, lower, left and right input method key codes, respectively, four sets of 16 carry code 0x11, 0x21, 0x31, 0x41, in the control code field, fill in the four sets of 16-digit code, and the controller is a switch-type external control device, including four buttons of up, down, left, right, etc., the action code sent 1, 2, 3, 4, etc., in the receiving code field are filled in sequentially, the general controller's actuation code is more common, such as the international common code (Unicode), the upper, lower, left and right actuation code respectively For the \u2191, \u2193, \u2190, \u2192, etc., after the user completes the filling of the field codes of the conversion table matrix 520, press the OK key 530 to complete the key code conversion table required for the controller to connect the game program. The key code conversion table will be archived for backup.

After the key code conversion table is completed, the present invention only needs to initiate the control of the input method, and a set of custom keyboards is added as an input method on the mobile device, and the control codes listed on the key code conversion table are set. The input method key code and receiving code of the input method are set as the input characters of the input method, and the keyboard name is given, for example, the CTUIM Game API, and the operating system is required to select the custom keyboard as the input method, when the interworking program receives the When the activation code from the controller is used, the activation code, that is, the received code, is converted into a control code that can be accepted by the game program according to the mapping relationship listed in the key code conversion table, and the operating system passes through the control code. The input method is automatically broadcast to all applications, including the game program, so that the controller can control the game program on the mobile device.

FIG. 7 is a schematic diagram showing an interface of a transmission interface of the present invention; when the implementation program of the present invention is actually executed on a mobile device, the user can select the current The transport interface allowed by the mobile device, as shown in FIG. 7, the present invention provides a transport interface option interface 700 for the user to provide a different transport interface for the user to select. The transport interface option interface 700 provides the following transport interface. However, it is not limited to the Bluetooth wireless transmission interface, the WiFi wireless transmission interface, and the USB wired transmission interface. In the embodiment, the Bluetooth (Bluetooth) wireless transmission is taken as an example, and the user selects the Bluetooth option 710 in the communication protocol option interface 700.

Figure 8 is a schematic diagram showing the interface of the Bluetooth device of the present invention; when the user clicks the Bluetooth option 710 in the protocol option interface 700, the program will automatically scan the Bluetooth device near the mobile device and pass the Bluetooth device. The option interface 800 lists the Bluetooth device that is currently in the paring and is in use, that is, an available control unit that the user can currently use, such as a switch controller, a keyboard, and a shake. In the present embodiment, the device 1, the device 2, and the device 3 listed in the Bluetooth device option interface 800 respectively correspond to the switch controller, the keyboard, and the joystick. In this embodiment, the user selects the device 1, also It is the switch controller. After clicking the device 1, the program starts to establish a Bluetooth connection with the device 1 through the MAC.

FIG. 9 is a schematic diagram showing a keyboard option interface of the present invention; the interworking mobile program will start to establish a connection with the selected Bluetooth device, that is, the external control device unit. After the connection is successful, the present invention interfaces to the mobile program. A keyboard option interface 900 is displayed, and the user selects a custom keyboard in the keyboard option interface 900, that is, a custom keyboard 910 named CTUIM Game API, and the interworking program intervenes in the operating system to input the input method on the mobile device. Switch to the input method of the custom keyboard of the CTUIM Game API, and enable the required key code conversion table. At this point, the mobile device is in a state controlled by the intervening action program of the present invention, that is, the external control device unit has been connected with the mobile device. The bridge between the game programs is completed, and the game program has begun to accept the control of the external control unit.

On the other hand, in a simplest embodiment, the system of the present invention can be implemented by a column of Arduino development tools, including (1) Arduino UNO controller; (2) Arduino IDE development platform; (3) Arduino peripheral components, including Buttons, LEDs and DuPont lines; (4) Android based mobile devices; and (5) Android Studio IDE development platform and other tools.

The system can also be regarded as integrating the virtual game world with the real Arduino controller, and developing the intermediary Android App system (called Game API) to link the two, so that the Arduino control actions can be converted into virtual games through the intermediary Android App. In the world, the goal of virtual integration is to allow games that would otherwise require keyboard or cell phone gyroscope control to be converted to Arduino or other hardware controls.

The system formed by Arduino is mainly divided into two parts, namely (1) Arduino controller and (2) intermediary Android App system (called Game API); in the Arduino controller part, its functions are: (1) Bluetooth connection (2) output keyboard control code through Bluetooth; in the intermediary Android App system, the Game API part, its functions are: (1) Bluetooth connection scan management; (2) receiving control commands from Arduino via Bluetooth; (3) Setting, executing, and managing the game; and (4) managing the software keyboard input mode of the Android system.

10A to 10D are schematic views showing an external control device of the present invention; as described above, the external control device of the present invention preferably includes two basic modules: a controller, a central processing module, a controller, and a central processing unit. The module is assembled on the same device body, so the main appearance of the external control device is basically determined by the controller, which looks like a controller, but the controller still contains a central processing module, as disclosed in FIG. 10A. The keyboard is an external control device with a keyboard as a controller, and the person disclosed in FIG. 10B is a rocker-type external control device with a joystick as a controller, and the person disclosed in FIG. 10C is a switch controller. Controller switch The external control device, which is disclosed in FIG. 10D, is a touch panel type external control device using a touch panel as a controller, but it is worth noting that the controller can be any form of external controller, for example, game-specific. Handlebars, game-specific steering gear, electronic drums, inductive foot pads, Arduino controllers, etc.

In other words, when the present invention interfaces with the mobile program and receives a control command from the external control device unit through the set connection mode, the key code conversion table is converted into a correct command that the destination game program can understand. Then, through the operating system broadcast input method, the destination game program in the foreground mode can receive the correct instruction, so that the game program can respond correctly, as long as the destination game program is currently in the foreground mode, and the action is intervened. The program can manage multiple external control unit units and multiple game programs.

11 is a flowchart showing the execution of the universal control method of the mobile entertainment program of the present invention. The universal control method of the mobile entertainment program of the present invention can realize various external control devices bound or specified by non-entertainment programs to be installed and controlled. An entertainment program on the mobile device, the external control device generates an activation code after being activated, but the entertainment program only accepts a specific control code as an instruction, and the method of the present invention includes: Step 1101: Establish a key code conversion table on the mobile device, The key code conversion table includes a correspondence between the action code and the control code; step 1102: establishing a connection between the mobile device and the external control device; and step 1103: starting an input method editor installed by the mobile device, The input method editor adds a custom input method based on the key code conversion table; step 1104: actuating the external control device to generate the action code; step 1105: transmitting the action code to the mobile device; step 1106: transmitting the action code The custom input method converts the actuation code into the control code and broadcasts the control code to the entertainment program.

Many games that were originally controlled by the keyboard on the PC, and many later developed into The App allows users to use the Android or iOS mobile device. The present invention uses these existing user groups to keep the original control mode, and can also use other devices for more creative control. For example, today's popular MakeaxMakey or Arduino devices control the game by touching items with your hands and feet, which can make these game apps more active, and allow users to creatively create more creative control methods.

The above embodiments of the present invention may be combined or substituted with each other in any way, thereby deriving more embodiments, without departing from the scope of the present invention. Further embodiments of the present invention are provided as follows: Embodiment 1 : A universal control system is applied to an entertainment program installed on a mobile device. The mobile device further includes an operating system. The operating system includes an input method editor, and the entertainment program accepts a control code, and the The action program is installed and executed on the mobile device, and provides a user-defined key code conversion table. The key code conversion table includes a correspondence between the action code and the control code, and the interface action program transmits the input code through the input code. a method editor, a new custom input method based on the key code conversion table is added to the operating system; and an external control device includes a controller and a central processing module, and the controller generates the actuation code through actuation The central processing module transmits the actuation code to the interworking mobile program, and after receiving the activation code, the interworking mobile program converts the actuation code into the control code and broadcasts the control code to the entertainment program. Control code.

Embodiment 2: The universal control system as described in Embodiment 1, wherein the external control device further comprises: the controller generating the actuation code according to the user's action; and the central processing module, The controller is electrically connected and includes a transmission interface, a communication interface, a central processing unit, and a memory, and the central processing module receives the actuation code and transmits the communication code The interface transmits the actuation code to the interworking program on the mobile device.

Embodiment 3: The universal control system as described in Embodiment 2, wherein the controller is a game-specific handle, keyboard, joystick, touch pad, game-specific steering machine, electronic drum, inductive foot pad, switch Controller, Arduino controller.

Embodiment 4: The universal control system as described in Embodiment 2, wherein the controller and the central processing module are assembled on the same device body.

Embodiment 5: The universal control system of embodiment 2, wherein the interface is stored in the memory of the central processing module on the external control device.

Embodiment 6: The universal control system as described in Embodiment 1, wherein the interworking action program adds a corresponding custom input method to the mobile device by intervening in the input method editor on the mobile device Custom keyboard.

Embodiment 7: The universal control system as described in Embodiment 1, wherein the interface program further includes a key code conversion table creation interface, and the interface action program provides a key conversion table creation interface for the user. And provide the user to define the key code conversion table.

Embodiment 8: The universal control system as described in Embodiment 1, wherein the operating system is one of an Android operating system and an iOS operating system.

Embodiment 9: A general control method for operating an entertainment program installed on a mobile device by an external control device, the external control device being actuated to generate an actuation code, the entertainment program accepting a control code, comprising: at the mobile device Establishing a key code conversion table, the key code conversion table includes a correspondence between the action code and the control code; establishing a connection between the mobile device and the external control device; and starting an input method editor installed by the mobile device, Adding a custom input method based on the key code conversion table through the input method editor; operating the external control device Generating the actuation code; transmitting the actuation code to the mobile device; and converting the actuation code to the control code via the custom input method and broadcasting the control code to the entertainment program.

Embodiment 10: The universal control method as described in Embodiment 9, wherein the interworking mobile program is stored on the external control device.

The embodiments of the present invention may be combined or substituted with each other in any way, thereby deriving more embodiments, without departing from the scope of the present invention, and the scope of the present invention is defined by the scope of the present invention. The record is subject to change.

Claims (10)

A universal control system for a mobile device entertainment program is applied to an entertainment program included in a mobile device. The mobile device includes an operating system, and the operating system includes an input method editor, and the entertainment program receives a control code. The method includes: an interworking program installed and executed on the mobile device, by intervening in the input method editor to provide a user to define a custom keyboard, and adding the customized keyboard to the operating system The custom keyboard includes a correspondence between the actuation code and the control code; and an external control device that does not need to be fixed on the mobile device, and includes a controller and a central processing module, the controller Actuating the actuation code, and transmitting the actuation code to the mobile device through the central processing module, wherein after receiving the activation code, the mobile device converts the actuation code into the control code through the custom keyboard and The entertainment program broadcasts the control code to cause the entertainment program to accept manipulation by the external control device. The universal control system of claim 1, wherein the external control device further comprises: the controller generating the actuation code according to the user's action; and the central processing module, the controller Electrically connected and comprising a transmission interface, a central processing unit, and a memory, the central processing module receiving the actuation code and transmitting the actuation code to the mobile device through the transmission medium The transmission interface also includes a Bluetooth wireless transmission interface, a Wi-Fi wireless transmission interface, and a USB wired transmission interface. The universal control system of claim 1, wherein the external control device is a game-specific handle, a keyboard, a joystick, a touch pad, a game-specific steering machine, an electronic drum, and an induction. One of the foot pads, a switch controller, and an Arduino controller. The universal control system of claim 2, wherein the controller and the central processing module are assembled on the same device body. The universal control system of claim 2, wherein the interface is stored in the memory of the central processing module on the external control device. The universal control system of claim 1, wherein the interworking action program is configured to add the custom keyboard to the mobile device by intervening in the input method editor (IME) on the mobile device A custom input method and a one-key conversion table. The universal control system of claim 1, wherein the interworking program further includes a key conversion table construction interface, and the interworking program provides an interface for providing the user with the key conversion table. The user is provided to define the custom keyboard. The universal control system of claim 1, wherein the operating system is one of an Android operating system and an iOS operating system. A universal control method for a mobile device entertainment program, which is used for an entertainment program installed on a mobile device, the mobile device comprising an operating system, the operating system comprising an input method editor, the entertainment program receiving a control code, It contains: An interworking program is installed on the mobile device, and the interworking program is inserted into the input method editor to provide a user to establish a custom keyboard. The custom keyboard includes an action code and a correspondence between the control code. Relationship; adding the custom keyboard to the operating system through the interworking program; establishing a connection between the mobile device and an external control device, wherein the external control device does not need to be fixed on the mobile device; The custom keyboard on the operating system of the device; actuating the external control device to generate the actuation code; transmitting the actuation code to the mobile device; and the operating system converting the actuation code to the control through the custom keyboard And transmitting the control code to the entertainment program to cause the entertainment program to accept manipulation by the external control device. The universal control method of claim 9, wherein the interworking program is stored on the external control device.