TW201421283A - Method of configurable hand-held system for interactive games - Google Patents

Abstract

A method of configurable hand-held system for interactive games is provided. The configurable hand-held system for interactive games and method thereof remotely controls the interactive game program performed in a host unit in a wireless manner. The configurable hand-held system converts the input operation interface of host unit into configurable operation mode of configurable hand-held system by using a configurable manner so that a configurable control interface is constructed in the configurable hand-held system to increase the input interface flexibility of the interactive game program. Further, the configurable hand-held system receives the status data from the host unit while performing the interactive game program and stores the status data into the memory unit of the configurable hand-held system to increase the storing flexibility of the status data.

Description

Method for executing a settable handheld electronic system for interactive games

The present invention relates to a method of an electronic device, and more particularly to a method for performing a settable handheld electronic system for remote wireless control of an interactive game program.

With the rapid development of information technology, the software developed for computer/television has become more and more popular, and the interactive game software implemented on computer/television has gradually gained attention. When an interactive game software is executed on a personal computer, a device such as a keyboard, a mouse or a joystick is wired or wirelessly connected as an input device by selecting the top, bottom, left, right or the interactive game screen. It is a specific function button for interactive function of the game program; however, this method can only be controlled by a user with the input device of the group, which is quite inconvenient in operation. In addition, when an interactive game software is executed in a game console such as a Wii or an Xbox, a game console is used with a television set, and one or more wireless controllers are used as input devices to perform the interactive game. Operation, but the wireless controller can only perform a specific function of the game program with a fixed number of function buttons, resulting in a greater restriction on the manipulation of the game program. Further, the above-mentioned personal computer and the game console can generate the game state data generated by the interactive game program only on the personal computer and the game host, or must be transmitted from the personal computer and the game host to the remote server. The user is unable to access the game state data, and the flexibility of storing the user data is quite inconvenient. Therefore, there is a need to develop a new type of handheld electronic device to solve the above problem of interactive game programs.

An object of the present invention is to provide a method for executing a settable handheld electronic system for an interactive game for remotely controlling an interactive game program executed in a host device by using The configurable mode converts the input operation interface of the host device into a settable control mode of the settable handheld electronic system, so that the settable handheld electronic system can be combined to form the settable control interface to increase the interaction. The flexibility of the input interface of the game program.

Another object of the present invention is to provide a method for executing a settable handheld electronic system for an interactive game, by returning status data during execution of the interactive game program, and storing the status data in the settable handheld The memory of the electronic system to increase the flexibility of user data storage.

In order to achieve the above object, a preferred embodiment of the present invention provides a method for executing a settable handheld electronic system for an interactive game, for remotely controlling an interactive game program, the settable handheld electronic system includes a a communication module, a controller, a detecting device, a display, a memory, an image processing module, an audio input device, an audio output device, and a sensing module, the method comprising the following steps:

The communication module establishes a wireless communication link between the configurable handheld electronic system and the host device.

When the host device executes the interactive game program, the interactive game program generates an input operation interface and a status data; in an embodiment, the status data is selected from the group consisting of game settings, archive data, play progress history data, and usage. The group of users, the amount of user stored value, and the final result of the game. The status data is simultaneously stored in the host device and the memory. In another embodiment, the status data is stored in the memory and is not stored in the host device.

The detecting device detects the input operation interface of the interactive game program, and generates the settable control interface by recognizing the input type of the interactive game program. In one embodiment, the display displays the settable control interface corresponding to the input operating interface.

The configurable handheld electronic system establishes a configurable control interface corresponding to the input operating interface.

The controller transmits a control command to the host device through the configurable control interface, as the configurable handheld electronic system controls the execution of the interactive game program through the input operation interface: in an embodiment, the method further includes the following steps: Transmitting the control command according to an interface standard protocol; and transmitting the converted control command to the host device, and transmitting the status data to the memory. In another embodiment, the method further includes the steps of: converting the control command to a keyboard/mouse command, and transmitting the keyboard/mouse command to the host device.

The controller controls the image processing module to capture an image from the vicinity of the settable handheld electronic system, and display the image on the host device through the settable control interface; in an embodiment, the The image in the vicinity of the handheld electronic system is set to be a user image or an environmental image.

The controller controls the communication module to receive the status data to display the status data on the display to respond to the control command.

The controller controls the communication module to receive the status data to store the status data in the memory to respond to the control command.

The audio input device receives an input audio of the user, and transmits the input audio to the interactive game program executed in the host device according to the control command.

The audio output device receives an output audio from the host device and outputs the output audio to respond to the control command.

The sensing module senses a position change message of the user and transmits the position change message to the interactive game program to respond to the control command. In an embodiment, the method further comprises the following steps: Sensing whether the user is in a balanced state to generate a balance signal; and detecting whether the user moves from the position to another position to generate a displacement signal. In another embodiment, the handheld communication device includes a mobile phone or a tablet. The host device is selected from the group consisting of a Wii game console, an XBOX game console, a PS3 game console, and a personal computer.

The method for executing the settable handheld electronic system for interactive games of the present invention can increase the flexibility of use of the input device and increase the flexibility of user data storage.

Referring to FIG. 1, a functional block diagram of a configurable handheld electronic system 100 in accordance with an embodiment of the present invention is shown. The configurable handheld electronic system 100 remotely controls the interactive game program 101 executed in the host device 102. When the host device 102 executes the interactive game program 101, the interactive game program 101 generates an input operation interface 103a. And the status data SD, and the configurable handheld electronic system 100 of the present invention establishes a settable control interface 103b corresponding to the input operation interface 103a, such that the configurable handheld electronic system 100 transmits the settable control interface 103b. The control command SC is transmitted to the host device 102 in a wireless manner, as the configurable handheld electronic system 100 controls the execution of the interactive game program 101 through the input operation interface 103a, wherein the input operation interface 103a is executed, for example, by the interactive game program 101. The buttons represented by the buttons, the moving buttons in the above, the lower, the left, and the right direction, and the character buttons of the specific function, but are not limited thereto, for example, performing a shooting button and a jump button of the shooting game, etc., As long as the keys used in the input operation interface 103a of the interactive game program 101 are within the scope of the present invention, Used as an input device of the interactive game program 101.

As shown in FIG. 1, the configurable handheld electronic system 100 of the present invention replicates the host device. The input operation interface 103a of the 102 is configured, and the key function of the input operation interface 103a is converted into a configurable control mode by a configurable manner, so that the settable handheld electronic system 100 is combined to form the settable control interface. 103b is used as an input interface of the configurable handheld electronic system 100 to increase the user's control over the use flexibility of the interactive game program 101. Further, the configurable handheld electronic system 100 transmits the status data SD during execution of the interactive game program 101 and stores the status data SD in the configurable handheld electronic system 100 to increase user data storage. It is flexible and is convenient for the user to carry to another host device to execute the interactive game program 101.

With continued reference to FIG. 1 , the configurable handheld electronic system 100 is configured to remotely control an interactive game program 101 executed in a host device 102. The configurable handheld electronic system 100 includes a handheld communication device 104 and a first communication. The module 108a, the controller 106, the detecting device 107, the first display 110a, the image processing module 112, the memory 114, the audio input device 116a, the audio output device 116b, and the sensing module 118. The host device 102 includes an interactive game program 101, a second display 110b, a second communication module 108b, and a processor 109. In one embodiment, the host device 102 is selected from the group consisting of a Wii game console, an XBOX game console, a PS3 game console, and a PC game console, wherein the Wii game console is a product provided by Nintendo. The XBOX game console is a product provided by Microsoft Corporation, and the PS3 game console is a product provided by Sony Corporation. The handheld communication device 104 is, for example, a mobile phone or a tablet computer.

The first communication module 108a of the configurable handheld electronic system 100 is coupled to the second communication module 108b of the host device 102 to establish a wireless communication link between the configurable handheld electronic system 100 and the host device 102. . In the configurable handheld electronic system 100, the hand The communication device 104 is coupled to the controller 106. The controller 106 is coupled to the detecting device 107, the first communication module 108a, the first display 110a, the image processing module 112, the memory 114, The audio input device 116a, the audio output device 116b, and the sensing module 118. The detecting device 107, the image processing module 112, and the sensing module 118 are respectively coupled to the first communication module 108a. The handheld communication device 104 is, for example, a mobile phone, a handheld game machine, and a tablet computer. In the host device 102, the processor 109 is coupled to the interactive game program 101, the second display 110b, and the second communication module 108b. The second display 110b is configured to display the game screen of the interactive game program 101, and selectively displays the status data SD and the input operation interface 103a.

In an embodiment, the second communication module 108b of the host device 102 is, for example, a wireless network component built into the host device 102 or an element using Bluetooth technology. In another embodiment, the second communication module 108b is externally inserted into a wireless receiver of the host device 102, and the wireless receiver is compatible with a Human Interface Device (HID). Standard protocol, such as using a USB transmitter (USB dongle) that conforms to the Bluetooth specification or a 2.4 GHz USB transmitter.

In the configurable handheld electronic system 100, the controller 106 is configured to control an execution operation between the configurable handheld electronic system 100 and the host device 102. When the host device 102 executes the interactive game program 101, the interactive game program 101 generates an input operation interface 103a and a status data SD, and the settable handheld electronic system 100 establishes a controllable control corresponding to the input operation interface 103a. The interface 103b is configured to enable the controller 106 to transmit the control command SC to the host device 102 through the settable control interface 103b, as the configurable handheld electronic system 100 controls the execution of the interactive game program 101 through the input operation interface 103a.

The detecting device 107 is coupled to the controller 106 for detecting the input of the interactive game program 101. The operation interface 103a generates the controllable control interface 103b by recognizing the input type of the interactive game program 101. In other words, the controller 106 controls the detecting device 107 to detect the type of the control button required to recognize the execution of the interactive game program 101, the moving buttons in the above, the lower, the left, and the right direction, and the character buttons of the specific function, but For example, the shooting button and the jump button of the shooting game are executed, so that the buttons used by the input operation interface 103a of the interactive game program 101 are all within the scope of the present invention to copy the control buttons. The function of the handheld electronic system 100 is set. For example, the first display 110a displays a controllable control interface 103b corresponding to the input operation interface 103a. The detection device 107 is composed of a software program or a hardware circuit. That is, the detecting device 107 of the configurable handheld electronic system 100 of the present invention is combined with the second communication module 108b of the host device 102 to perform the input operation interface 103a to form the settable control interface 103b, for example, compatible with the human machine. A standard protocol USB transmitter of the interface device (HID) to control the input operation interface 103a by keyboard/mouse commands. In another embodiment, the host device 102 can further be configured with another detecting device (for example, a software program or a hardware circuit) to detect the input operation interface 103a of the interactive game program 101 to notify the The detecting device 107 generates the settable control interface 103b. That is, the detecting device 107 of the configurable handheld electronic system 100 of the present invention is combined with another detecting device (not shown) of the host device 102 to detect the input operating interface 103a to form the settable control interface 103b.

In one embodiment, the status data is selected from the group consisting of game settings, archive data, play progress history data, user data, user stored value, and game final results. In an embodiment, the control command SC is presented by a button icon on the first display 110a, and the button icon includes at least a moving button in the above, lower, left, and right directions, and a function of a specific function. The key button is not limited to this, so as long as the buttons used in the input operation interface 103a of the interactive game program 101 are all within the scope of the present invention, a button icon presented by more software modes is designed as an input according to the requirements of the interactive game program 101. A control command SC for inputting a signal, such as a voice, an image, and a user position indication, when the button icon is pressed by the settable control interface 103b of the settable electronic system 100, an interactive game available to the host device 102 The program 101 generates a corresponding execution action.

The first communication module 108a is configured to establish a wireless communication link between the configurable handheld electronic system 100 and the host device 102. In an embodiment, the first communication module 108a includes an interface module 108a1 and a transmission module 108a2. The interface module 108a1 converts the control command SC according to an interface standard protocol. The transmission module 108a2 is configured to transmit the converted control command SC to the host device 102 and return the status data SD to the memory 114. In another embodiment, the first communication module 108a includes a keyboard/mouse emulator (not shown) for converting the control command SC into a keyboard/mouse instruction, and transmitting the The keyboard/mouse command is sent to the second communication module 108b of the host device 102, and the keyboard/mouse command corresponds to the host device 102 executing the button represented by the interactive game program 101.

The first display 110a is coupled to the controller and the image processing module 112. The controller 106 controls the first communication module 108a to receive the status data SD, and displays the status data SD on the first display 110a. The command SC should be controlled, wherein the first display 110a is, for example, a touch screen. For example, in the execution of the interactive game program, the status data SD can be displayed on the second display 110b of the host device 102, and can be transmitted back to the settable handheld electronic system 100 through the second communication module 108b. Output device (ie, first display 110a).

The image processing module 112 is coupled to the controller 106, and the controller 106 controls the image processing module. The group 112 captures an image IMG from the vicinity of the configurable handheld electronic system 100, and displays the image on the host device 102 according to the control command SC, and displays the image through the settable control interface 103b. On the host device 102. In one embodiment, the image in the vicinity of the configurable handheld electronic system 100 is a user image and/or an environmental image. For example, during the execution of the interactive game program 101, the user's image or the environment image near the user is transmitted to the input device (ie, the image processing module 112), and then the controller 106 images the users or The environmental image near the user is transmitted to the second display 110b of the host device 102 for display.

The memory 114 is coupled to the controller 106. The controller 106 controls the first communication module 108a to receive the status data SD corresponding to the interactive game program 101, and stores the status data SD in the memory 114. The command SC should be controlled. For example, during the execution of the interactive game program 101, the status data SD is transmitted back to the memory 114 of the settable electronic system 100 through the second communication module 108b to increase the flexibility of the user data storage. It should be noted that in an embodiment, the status data SD is simultaneously stored in the host device 102 and the memory 114. In another embodiment, the status data SD is stored in the memory 114 but not stored in the host device 102.

The audio input device 116a is configured to receive the input audio of the user, and transmit the input audio to the interactive game program 101 executed in the host device 102 according to the control command SC; for example, during the execution of the interactive game program 101, The cheering sound of the person or the dialogue voice between the plurality of users is transmitted as input audio to the input device (ie, the audio input device 116a), and then the controller 106 converts the input audio into the control command SC and transmits it to the host. The interactive game program 101 of the device 102. The audio input device 116a is, for example, a microphone (microphone). The configurable handheld electronic system 100 of the present invention further includes a voice recognition device (not shown) for converting the control command type input audio into a control command for controlling the interactive game program 101 via the input operation interface 103a.

The audio output device 116b receives the output audio from the host device 102 by the communication module 108a, and transmits the output audio to the user to respond to the control command SC; for example, during the execution of the interactive game program 101, The output audio can be transmitted back to the output device (ie, the audio output device 116b) of the settable handheld electronic system 100 through the second communication module 108b in addition to being played by the host device 102 as a loudspeaker. The audio output device 116b is, for example, a speaker.

The sensing module 118 is configured to sense the position change message of the user, and transmit the position change message to the interactive game program to respond to the control command. For example, during the execution of the interactive game program, the user's position change (eg, moving or balancing state) is transmitted to the input device (ie, the sensing module 118), and then the controller 106 converts the position change message into The control command SC is then transmitted to the interactive game program 101 of the host device 102. In one embodiment, the sensing module 118 includes a gyroscope 118a and an accelerometer 118b. The gyroscope 118a is configured to sense whether the user is in a balanced state to generate a balanced signal. The location change message of the user is determined. The accelerator 118b is configured to detect whether the user moves from the location to another location to generate a displacement signal to determine the location change message of the user.

According to the above, the configurable handheld electronic system 100 of the present invention is configured to remotely control the interactive game program 101 executed in the host device 102, and the input operation interface 103a of the host device 102 is configured in a configurable manner. Converted to the configurable handheld electronic system The settable control mode of the 100 sets the handheld electronic system 100 to form the settable control interface 103b to increase the flexibility of the input interface of the interactive game program 101. In other words, by setting an input message generated by the input device (for example, the image processing module 112, the audio input device 116a, and the sensing module 118) of the configurable handheld electronic system 100, the use flexibility of the input device is increased, and The user image and the environmental image in the vicinity of the handheld electronic system 100 can be displayed on the second display 110b of the host device 102, or the output audio from the host device 102 can be received by the audio output device 116b, and the output audio can be returned. The user is given to increase the flexibility of use of the output device. In addition, the status data SD during execution of the interactive game program 101 is returned, and the status data SD is stored in the memory 114 of the configurable handheld electronic system 100 to increase the flexibility of user data storage.

Further, the configurable handheld electronic system 100 of the present invention copies only the input operation interface 103a without copying the game screen of the entire interactive game program 101. In other words, the configurable handheld electronic system 100 of the present invention is, for example, an application program plug-inted in the handheld communication device 104, so that the handheld electronic system 100 can be quickly executed. Interactive game program 101. Moreover, since the handheld communication device 104 of the present invention can carry the configurable handheld electronic system 100 using an existing mobile phone without using a conventional dedicated game console controller, the configurable handheld electronic system 100 of the present invention Low cost and improved convenience for interactive game operations. In particular, when a plurality of users need to simultaneously connect the host device 102 to perform the interactive game operation, it is better to use more mobile phones equipped with the settable handheld electronic system 100 instead of multiple conventional dedicated game console controllers. Significantly reduce costs.

In addition, the configurable handheld electronic system 100 of the present invention can be combined with a physical toy model. The handheld electronic system 100 can also be set to be embedded in the toy model of the entity to be combined, so that the user can increase the interactive effect in the execution process of the interactive game program 101 through the configurable handheld electronic system 100, wherein the toy model of the entity is, for example, It is a toy gun or a toy airplane, whereby the vibration or shooting sound of the toy gun is fed back to the user by the host device 102, so that the user has a sense of presence in the game program, or the flight action and sound effect of the toy airplane are fed back. Give the user a feeling of being like a plane.

Referring to FIG. 1 and FIG. 2, FIG. 2 is a flow chart showing a method of executing the handheld electronic system 100 in accordance with an embodiment of the present invention. The method for executing the handheld electronic system 100 is configured to remotely control an interactive game program executed in the host device 102. The configurable handheld electronic system 100 includes a first communication module 108a, a controller 106, and a detection. The device 107, the first display 110a, the memory 114, the image processing module 112, the audio input device 116a, the audio output device 116b, and the sensing module 118. The host device 102 includes a second display 110b and a second communication module 108b. . In one embodiment, the host device 102 is selected from the group consisting of a Wii game console, an XBOX game console, a PS3 game console, and a PC game console. The handheld communication device 104 is, for example, a mobile phone, a handheld game machine, and a tablet computer. The execution method includes the following steps:

In step S300, the first communication module 108a establishes a wireless communication link between the configurable handheld electronic system 100 and the host device 102. In an embodiment, the first communication module 108a includes an interface module 108a1 and a transmission module 108a2. The interface module 108a1 converts the control command according to an interface standard protocol. The transmission module 108a2 is configured to transmit the converted control command to the host device 102 and return the user game data to the memory 114. In another embodiment, the first communication module 108a includes a keyboard/mouse emulator (not The figure is used to convert the control command into a keyboard/moment instruction, and the keyboard/mouse command is transmitted to the second communication module 108b of the host device 102.

In step S302, when the host device 102 executes the interactive game program 101, the interactive game program 101 generates an input operation interface 103a and a status data SD. In one embodiment, the status data SD is selected from the group consisting of game settings, archive data, play progress history data, user data, user stored value, and game final results. In an embodiment, the control command SC is presented by a button icon on the first display 110a, and the button icon includes at least a moving button in the upper, lower, left, and right directions and a character button of a specific function as an input device. However, the control button SC can be designed as an input signal according to the requirements of the interactive game program 101, such as voice, video, and user position indication. When the button icon is pressed by the settable control interface 103b of the electronic system 100, a corresponding execution action can be generated in the interactive game program 101 of the host device 102.

In step S304, the detecting device 107 detects the input operation interface 103a of the interactive game program 101, and recognizes the input type of the interactive game program 101 to generate the settable control interface 103b. In an embodiment, the first display 110a displays a settable control interface 103b corresponding to the input operation interface 103a. In other words, the controller 106 controls the detecting device 107 to detect the need to control the buttons (the moving buttons in the above, the lower, the left, and the right direction, and the character buttons in the specific functions) when the interactive game program 101 is executed, but is not limited thereto. The type of copying the control buttons is used to set the handheld electronic system 100. For example, the first display 110a displays a settable control interface 103b corresponding to the input operation interface 103a. In another embodiment, the host device can further set another detecting device to detect the identification of the interactive game program. The input operation interface 103a of 101 is configured to notify the detecting device 107 to generate the settable control interface 103b.

In step S306, the configurable handheld electronic system 100 establishes a settable control interface 103b corresponding to the input operation interface 103a.

In step S308, the controller 106 transmits a control command SC to the host device 102 through the settable control interface 103b, as the configurable handheld electronic system 100 controls the execution of the interactive game program 101 through the input operation interface 103a. . In an embodiment of step S308, the method further includes the following steps: the interface module 108a1 converts the control command according to the interface standard protocol; and transmits the converted control command to the host device 102 by the transmission module 108a2, and returns This status data is sent to the memory 114. In another embodiment of step S302, the method further includes the steps of: converting the control command into a keyboard/mouse command by a keyboard/mouse simulator, and transmitting the keyboard/mouse command to the host device 102.

In step S310, the controller 106 controls the image processing module 112 to capture an image from the vicinity of the settable handheld electronic system 100, and display the image on the host device 102 through the settable control interface 103b. on. The image in the vicinity of the handheld electronic system 100 can be set as a user image or an environmental image.

In step S312, the controller 106 controls the first communication module 108a to receive the status data SD to display the status data SD on the first display 110a to respond to the control command SC.

In step S314, the controller 106 controls the communication module 108a to receive the status data SD to store the status data SD in the memory 114 to respond to the control command SC. For example, during the execution of the interactive game program 101, the status data SD is transmitted through the second communication module 108b. The memory 114 of the handheld electronic system 100 can be set back to increase the flexibility of the user data storage. It should be noted that the status data SD is simultaneously stored in the host device 102 and the memory 114. In another embodiment, the status data SD is stored in the memory 114 but not stored in the host device 102.

In step S316, the audio input device 116a receives the input audio of the user, and transmits the input audio to the interactive game program 101 executed in the host device 102 according to the control command SC.

In step S318, the audio output device 116b receives the output audio from the host device 102 and returns the output audio to respond to the control command SC.

In step S320, the sensing module 118 senses the location change message of the user, and transmits the location change message to the interactive game program to respond to the control command SC. In an embodiment of step S320, the method further includes the steps of: sensing, by the gyroscope 118a, whether the user is in a balanced state to generate a balance signal; and detecting, by the accelerator 118b, whether the user is from the The position is moved to another position to generate a displacement signal.

In summary, the method for executing a settable handheld electronic system for an interactive game of the present invention is for remotely controlling an interactive game program executed in a host device, which is configurable by the host. The input operation interface of the device is converted into a settable control mode of the settable handheld electronic system, so that the settable handheld electronic system is combined to form the settable control interface to increase the flexibility of the input interface of the interactive game program. Further, by returning the status data during the execution of the interactive game program, and storing the status data in the memory of the settable handheld electronic system, the flexibility of the user data storage is increased.

Although the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the present invention. It is to be understood that the scope of the invention is defined by the scope of the appended claims.

100‧‧‧Settable handheld electronic system

101‧‧‧ interactive game program

102‧‧‧Host device

103a‧‧‧Input operation interface

103b‧‧‧ can set the control interface

104‧‧‧Handheld communication device

106‧‧‧ Controller

107‧‧‧Detection device

108a‧‧‧First Communication Module

108a1‧‧‧ interface module

108a2‧‧‧Transmission module

108b‧‧‧Second communication module

109‧‧‧Processing unit

110a‧‧‧First display

110b‧‧‧second display

112‧‧‧Image Processing Module

114‧‧‧ memory

116a‧‧‧Optical input device

116b‧‧‧Operation output device

118‧‧‧Sense Module

118a‧‧‧Gyro

118b‧‧‧Accelerator

S300~S320‧‧‧Steps

IMG‧‧‧ images

SC‧‧‧Control Command

SD‧‧‧Status Information

1 is a functional block diagram of a handheld electronic system that can be set in accordance with an embodiment of the present invention.

2 is a flow chart showing an execution method of a configurable handheld electronic system in accordance with an embodiment of the present invention.

S300~S320‧‧‧Steps

Claims (16)

An executable method for setting a handheld electronic system for remotely controlling an interactive game program, the settable handheld electronic system comprising a communication module, a controller, a detecting device, a display, and a memory An image processing module, an audio input device, an audio output device, and a sensing module, the method comprising the steps of: establishing, by the communication module, wireless communication between the settable handheld electronic system and the host device Linking; when the host device executes the interactive game program, the interactive game program generates an input operation interface and a status data; the settable handheld electronic system establishes a settable control interface corresponding to the input operation interface; the control Transmitting a control command to the host device through the configurable control interface, as the configurable handheld electronic system controls execution of the interactive game program through the input operation interface; the controller controls the image processing module to An image can be captured near the handheld electronic system and can be set through the control interface The image is displayed on the host device; the controller controls the communication module to receive the status data to display the status data on the display to respond to the control command; and the controller controls the communication module to receive the status Data to store the status data in the memory to respond to the control command. The method for performing a settable handheld electronic system as described in claim 1, wherein the settable handheld electronic system establishes a controllable control corresponding to the input operation interface The step of the interface includes the following steps: the detecting device detects the input operation interface of the interactive game program, and generates the settable control interface by recognizing the input type of the interactive game program. The method of performing a settable handheld electronic system as described in claim 1, wherein the display displays the settable control interface corresponding to the input operation interface. The method for performing the setting of the handheld electronic system according to the first aspect of the invention, wherein the controller transmits the control command to the host device through the settable control interface, further comprising the following steps: according to an interface a standard agreement to convert the control command; and transmitting the converted control command to the host device and returning the status data to the memory. The method for performing a settable handheld electronic system as described in claim 1, wherein the controller transmits the control command to the host device through the settable control interface, and further includes the step of: converting the control The command becomes a keyboard/mouse command and the keyboard/mouse command is transmitted to the host device. The method for executing a settable handheld electronic system as described in claim 1, wherein the status data is selected from the group consisting of game settings, archived materials, play progress history data, user data, user stored value, and games. The ethnic group formed by the final result. The method for executing a settable handheld electronic system as described in claim 1, wherein the controller controls the communication module to receive the status data to store the status data in the memory, the status data. It is simultaneously stored in the host device and the memory. The method for executing a settable handheld electronic system as described in claim 1 of the patent application scope, Wherein the controller controls the communication module to receive the status data to store the status data in the memory, the status data is stored in the memory and is not stored in the host device. The method for performing a settable handheld electronic system as described in claim 1, wherein the image in the vicinity of the settable handheld electronic system is a user image or an environmental image. The method for performing the settable handheld electronic system as described in claim 1, further comprising the steps of: receiving an input audio of the user, and transmitting the input audio to the host device according to the control command. The interactive game program. The method for performing the settable handheld electronic system as described in claim 1, further comprising the steps of: receiving an output audio from the host device, and outputting the output audio to respond to the control command. The method for performing the settable handheld electronic system as described in claim 1 further includes the steps of: sensing a position change message of a user, and transmitting the position change message to the interactive game program to respond to control commands. The method for performing the setting of the handheld electronic system according to claim 12, wherein the step of sensing the position change message of the user further comprises the step of: sensing whether the user is in a position at a balance a state to generate a balance signal; and detecting whether the user moves from the location to another location to generate a displacement signal. The method for performing a settable handheld electronic system as described in claim 1, wherein the handheld communication device comprises a mobile phone. The method for performing a settable handheld electronic system as described in claim 1, wherein the handheld communication device comprises a tablet computer. The method for executing a settable handheld electronic system as described in claim 1, wherein the host device is selected from the group consisting of a Wii game console, an XBOX game console, a PS3 game console, and a personal computer.