WO2020093601A1

WO2020093601A1 - Method for configuring game peripheral device to control device end touch screen

Info

Publication number: WO2020093601A1
Application number: PCT/CN2019/072516
Authority: WO
Inventors: 金刚
Original assignee: 上海艾狮达半导体科技有限公司
Priority date: 2018-11-06
Filing date: 2019-01-21
Publication date: 2020-05-14
Also published as: CN109656386B; CN109656386A

Abstract

Disclosed is a method for configuring a game peripheral device to control a device end touch screen. In a configuration process, according to the fact that a game interface is controlled in different ways, different configuration methods are used for clicking control, one-dimensional control, two-dimensional control and coordinate control which are different from each other, such that a combination of control means required in all games and corresponding controls in a game peripheral device is realized, thus the game on the device end is controlled by using the game peripheral device, thereby acquiring a better game experience. By means of the invention, many-to-many adaption can be realized, namely, one game can use different game peripheral devices for entertainment, or one game peripheral device can satisfy different games, thus the one-to-one corresponding pairing problem existing in the market at present is solved.

Description

Method for configuring touch screen of game peripheral control device terminal

Technical field

The invention relates to the field of peripheral configuration, in particular to a method for configuring a touch screen of a game peripheral control device.

Background technique

With the continuous development of society, people's life rhythm is getting faster and faster, and people's entertainment methods have changed. More and more people are abandoning traditional computers and entertaining them on the mobile terminal. Many game development companies have also A variety of different mobile games will be developed for users to entertain and meet people's daily needs.

Summary of the invention

technical problem

In order to better play games on the mobile terminal and make the user's game effect better, the game company has launched a lot of gaming peripherals; using peripherals to play games to meet the user's needs, the configuration method is to use the touchpad and mobile phone one One correspondence, there is no need for dynamic configuration, in other words, this type of configuration method is to achieve a game and a game peripheral configuration; for different games on the market and different game peripherals, these configuration methods greatly limit the use Scenes and user experience.

Solution to the problem

Technical solution

In view of the deficiencies in the above technology, the present invention provides a configuration method for dynamic touch control of game peripherals. Using the dynamic configuration method, different gamepads can be adapted to different games, that is, many-to-many Configuration mode improves user experience.

To achieve the above objective, the present invention provides a method for configuring a game peripheral dynamic control device-side touch screen. The configuration method includes the following steps:

Connection: The device side is connected with the corresponding device side control in the game peripheral component;

Obtain: Obtain the ID information of the corresponding control, the coordinate of the actual position of the center point of the control on the touch screen, click, 1D and 2D, and the data information of the coordinate control operation area parameters;

Adaptation: move the corresponding control to the position to be controlled;

Configuration: Pack the data information according to the communication protocol and calculate the corresponding control parameters through the algorithm and transmit them to the device side to complete the configuration of the peripheral components.

Preferably, before the acquisition step, the coordinate area of the touch screen needs to be divided, the corners of the touch screen are used as coordinate origins to establish a coordinate system, the entire touch screen is divided into the coordinate system, and all touch points on the touch screen have corresponding Corresponding to the coordinate values, and transmitting the corresponding coordinate values to the obtaining step, finally obtaining the corresponding X and Y axis information of each touch point in the rectangular coordinate system.

Preferably, the area division of the coordinate axis includes a rectangular coordinate system, a plane polar coordinate system, a cylindrical coordinate system, and a spherical coordinate system, and the final coordinate result is converted to form a coordinate of the rectangular coordinate system.

Preferably, in the above adaptation step, the corresponding component is selected on the game peripheral according to the specific operation in the game, and the control information that the corresponding component needs to be configured is recorded by moving the control on the corresponding device end to the actual operating position.

Advantageously, the formulated control information includes direction control, motion control, and degree of motion control in the game.

Preferably, the on-demand communication protocol is composed of a control ID, a touch screen control key X coordinate, a touch screen control key Y coordinate, and other control parameters. The control parameters have different control operations according to one-dimensional, two-dimensional, click, or coordinate controls. range.

Preferably, in the obtaining step, the click control has no range parameter, the control operation range Var is 0, the parameter coefficients a = 0, b = 0, and the coordinates of the control position on the touch screen are X and Y, so the data of the parameter of the click control The formula of the information V is calculated as V = (X) * a * Var + (Y) * b * Var.

Preferably, in the obtaining step, the operation range Var of the one-dimensional control is the drag length parameter, the control angle parameter is α, X, Y are the parameters of the length start point of the control length parameter, and the corresponding control is moved to the position to be controlled For the end point, the parameter calculation formula of the end point position is V1 = (X) + (sinα) * Var, V2 = (Y) + (cosα) * Var.

Preferably, in the obtaining step, the operating range Var of the two-dimensional control is a length parameter set by the user, the parameter information of the control is a and b is 1, the X and Y coordinates are the center point of the coordinate of the control, and the drag space sets the length The technical formula of the parameters of the final position range is V1 = (X)-(a * Var), V2 = (X) + (a * Var), V3 = (Y)-(b * Var), V4 = (Y) + (b * Var).

Preferably, in the acquiring step, the operating range Var of the coordinate control is the user's operating coordinates according to different operating objects on the game software, and the parameter information of the control is the output coordinate of the game peripheral component and the corresponding coordinate of the game control object, both of which are A set of parameter information, the output data point information corresponds to the transmitted parameter information one by one, the nth game peripheral component original output X coordinate data Vxon = Xon; the nth game peripheral component original output Y coordinate data Vyon = Yon ; The nth game needs to control the object X coordinate data Vxgn = Xgn; the nth game needs to control the object Y coordinate data Vygn = Ygn.

Beneficial effects of invention

Beneficial effect

The method for configuring the touch screen of the game peripheral control device terminal provided by the present invention obtains the control ID of the game peripheral by moving the corresponding control to the position to be controlled, so that the game peripheral can be configured according to actual needs, more specifically That is to say, the present invention divides the coordinates of the touch screen of the device, so that all control buttons on the touch screen have specific XY coordinates, and then uses the corresponding controls of the game peripherals to cover the corresponding control buttons on these touch screens, according to the control on the touch screen Different buttons use different configuration algorithms for specific configuration, so that the control buttons needed in the game can be correspondingly controlled by using buttons in the game peripherals, and the player's game experience is better.

Brief description of the drawings

BRIEF DESCRIPTION

Figure 1 is a working flowchart of the present invention;

2a and 2b are examples of one-dimensional configurations of the present invention;

3a and 3b are examples of two-dimensional configurations of the present invention;

4a and 4b are exemplary diagrams of the configuration of coordinate controls of the present invention.

Invention Example

Embodiments of the invention

In order to describe the present invention more clearly, the present invention will be further described below with reference to the drawings. It should be emphasized that the following description is only exemplary and is not intended to limit the scope of the present invention and its applications.

It also needs to be added that the game peripheral components (components for short): refers to the equipment used to control the game, including buttons, joysticks, triggers, touch pads, trackballs and mice, and a series of devices that can be externally controlled .

Mobile phone set game peripheral component control (abbreviated as control): classify the existing game peripheral components and summarize the representative elements implemented on the mobile phone software interface. Different controls correspond to different game peripheral components during operation.

Please refer to FIG. 1, the present invention of the present invention provides a method for configuring dynamic touch of game peripherals. The configuration method includes the following steps:

Get: Get the ID information of the corresponding control, the coordinate of the actual position of the center point of the control on the touch screen, and the data information of the operating area parameters of the click, 1D and 2D controls;

Adaptation: move the corresponding control to the position to be controlled;

Before the acquisition step, the coordinate area of the touch screen needs to be divided, the corners of the touch screen are used as the origin of the coordinates to establish the X-axis and Y-axis coordinate systems, the entire touch screen is divided into the coordinate system, all touch points on the touch screen have corresponding Corresponding to the coordinate values of, so that the touch screen can be fully covered effectively; during game control, the operation buttons used on the touch screen can be mapped with specific coordinate data, so as to provide coordinate support for subsequent acquisition steps; for different There may be different coordinate division methods on the device side, one of the rectangular coordinate system, the plane polar coordinate system, the cylindrical coordinate system and the spherical coordinate system may be used, but the final coordinate result is converted to form the corresponding rectangular coordinate system Coordinates, that is, the corresponding X-axis coordinates and Y-axis coordinates are obtained.

In this embodiment, first connect the device end to the peripheral component to connect to the corresponding control, and then touch the corresponding control to determine the type and position of the control and determine whether it belongs to the click control, one-dimensional control, two-dimensional control The control is also a coordinate control, which provides initial data support for subsequent algorithm configuration; more specifically, select the corresponding button on the game peripheral, and record the control information that needs to be configured by moving the corresponding key piece information, so that the preparation is carried out At the time, you only need to formulate the buttons that you need to use when playing the game. You do n’t need to directly ignore the buttons that you do n’t use, which can effectively prevent too many buttons on the handle from causing false touches and affecting the game experience. Control the game in various aspects, including direction control, motion control and movement degree control in the game, so as to better control the game. In the specific implementation process, it is also necessary to divide the coordinates of the touch screen on the device side. All touch points are divided in the same coordinate system, so as to ensure that In the subsequent configuration process, all points on the touch screen can be paired with corresponding components on the game peripherals, and after transmitting the parameter information to the device side, the device side is connected to the control software in the game through the device side, thereby achieving Control the game.

Preferably, the communication protocol is composed of a control ID, a touch screen control key X coordinate, a touch screen control key Y coordinate, and other control parameters, which have different control operation ranges according to one-dimensional, two-dimensional, or click. In the click control, the click control has no range parameter, the control operation range Var is 0, the parameter coefficients a = 0, b = 0, the coordinates of the control position on the touch screen are X, Y, so the data information V of the parameter of the click control The formula is calculated as

V = (X) * a * Var + (Y) * b * Var; for example, when you need to configure the A, B, X, Y and other buttons on the gamepad, these buttons are click buttons, so only need You can obtain the coordinates of these buttons on the mobile touch screen. After the configuration is complete, you can use the A, B, X, and Y buttons on the gamepad to control the mobile game.

Please refer to Figure 2a and Figure 2b. For a one-dimensional control, the operating range Var of the control is the length parameter of the drag, the angle parameter of the control is α, X, Y are the parameters of the length starting point of the control length parameter, and move the corresponding control to The controlled position is the end point, and the parameter calculation formula of the end position is V ₁ = (X) + (sinα) * Var, V ₂ = (Y) + (cosα) * Var. It is worth noting that the one-dimensional control mentioned here is a component that controls the linear movement of games. For example, in a shooting game, a 30-degree slider is placed in the game interface to control the firepower of a weapon. The size, when we configure, set the length parameter Var of the drag to 500, the angle is 30 °, the starting coordinates of the X axis and the Y axis are both 100, then the actual data of V ₁ after calculation is 100 + 0.5 * 500 = 350; the actual data of V ₂ is 100 + 0.86 * 500 = 533. After the setting, the linear distance of the control component in the peripheral component to control the mobile device is between X100 and Y100 of the touch screen to X350 and Y533. Linear range; in other words, as long as the control component of this peripheral component is touched, it is to control the linear distance on the touch screen.

Please refer to Figure 3a and Figure 3b. For the two-dimensional control, the operating range Var of the control is the length parameter set by the user. The parameter information of the control is a and b is 1. The X and Y coordinates are the center point of the control coordinate. The technical formula of the parameter of the final position range of the setting length of the dynamic space is V ₁ = (X)-(a * Var), V ₂ = (X) + (a * Var), V ₃ = (Y)-(b * Var ), V ₄ = (Y) + (b * Var). It is worth noting that the two-dimensional controls mentioned here are components such as joysticks and trackballs that are output as two-dimensional data coordinates. For example, in a MOBA game, a range of about 300 is used in the game. The disc controls the movement of the character. Now we need to use the joystick in the game peripherals to control the disc. We set the length parameter to 300, the coordinate X is 400, and Y is 400; V ₁ is 400-1 * 300 = 100, V ₂ is 400 + 1 * 300 = 700, V ₃ is 400-1 * 300 = 100, V ₄ is 400 + 1 * 300 = 700, after setting, peripherals The middle joystick corresponds to the area of the mobile device touch screen from X100Y100 to X700Y700.

Please refer to Figure 4a and Figure 4b. For the coordinate control, the operating range of the control Var is the operating coordinates of the user according to different operating objects on the game software. The parameter information of the control is the output data of the game peripheral component and the corresponding coordinates of the game control object , The two are a set of parameter information, the output data point information corresponds to the transmitted parameter information, the nth game peripheral component original output X coordinate data Vxon = Xon; the nth game peripheral component original output Y Coordinate data Vyon = Yon; the nth game needs to control the object X coordinate data Vxgn = Xgn; the nth game needs to control the object Y coordinate data Vygn = Ygn, for example, in a game, it is composed of 5 points before and after the racing speed Controlled operation area, coordinates X100, Y100 represent the maximum backward speed; coordinates X100, Y200 represent the normal backward speed, coordinates X100, Y300, stop, coordinates X100, Y400 represent the normal forward speed, coordinates X100, Y500 represent the maximum forward speed , Now you need to control these five points with a left stick component; use the coordinate control to correspond to the left stick, select the five points that the left stick moves up and down , Respectively: the top output of the left stick is X127 and Y255, corresponding to the coordinates X100 and Y500, indicating the maximum forward speed; the top output of the left stick is X127 and Y192 is corresponding to the coordinates X100 and Y400, indicating the normal forward speed, left The midpoint of the lever X127127Y127 corresponds to the coordinate X100100Y300 means stop; the bottom of the left rocker X127127Y64 corresponds to the coordinate X100100Y200 means the normal backward speed, the bottom left stick X127127Y corresponds to the coordinate X100 Y100, which means the maximum backward speed. Thus, the left joystick is used to control the five operation points of the game on the device side.

Industrial applicability

The advantages of the present invention are:

1) Different configurations for different games, whether it is MOBA games or shooting games, can be configured to better play games;

2) Not only can the configuration of the buttons be realized, but also the one-dimensional or two-dimensional control in the game can be realized, and the user's gaming experience is better.

Sequence listing free content

The above discloses only a few specific embodiments of the present invention, but the present invention is not limited to this, and any changes that can be thought by those skilled in the art should fall within the protection scope of the present invention.

Claims

A method for configuring a touch screen on a game peripheral control device side, characterized in that the configuration method includes the following steps:

Connection: The device side is connected with the corresponding device side control in the game peripheral component;

Obtain: Obtain the ID information of the corresponding control, the coordinate of the actual position of the center point of the control on the touch screen, click, 1D and 2D, and the data information of the coordinate control operation area parameters;

Adaptation: move the corresponding control to the position to be controlled;

Configuration: Pack the data information according to the communication protocol and calculate the corresponding control parameters through the algorithm and transmit them to the device side to complete the configuration of the peripheral components.
The configuration method according to claim 1, characterized in that, before the obtaining step, the coordinate area of the touch screen needs to be divided, the corners of the touch screen are used as coordinate origins to establish a coordinate system, and the entire touch screen is divided into coordinate systems, All touch points on the touch screen have corresponding coordinate values, and the corresponding coordinate values are transmitted to the obtaining step, and finally the X and Y axis information corresponding to each touch point in the rectangular coordinate system is finally obtained.
The configuration method according to claim 2, wherein the area division of the coordinate axis includes a rectangular coordinate system, a plane polar coordinate system, a cylindrical coordinate system and a spherical coordinate system, and the final coordinate result is converted into a corresponding rectangular angle Coordinate system coordinates.
The configuration method according to claim 1, characterized in that in the adaptation step, the corresponding component is selected on the game peripheral according to the specific operation in the game, and the corresponding device is recorded by moving the control on the corresponding device end to the actual operation position The control information that the component needs to configure.
The configuration method according to claim 4, wherein the prepared control information includes direction control, motion control, and degree of motion control in the game.
The configuration method according to claim 1, wherein the on-going communication protocol is composed of a control ID, a touch screen control key X coordinate, a touch screen control key Y coordinate, and other control parameters, and the control parameters are based on one-dimensional, two-dimensional Dimension, click or coordinate controls have different control operation ranges.
The configuration method according to claim 1, wherein in the acquiring step, the click control has no range parameter, the control operation range Var is 0, the parameter coefficients a = 0, b = 0, and the coordinates of the control position on the touch screen are X and Y, so the formula of the data information V of the parameter of the click control is calculated as V = (X) * a * Var + (Y) * b * Var.
The configuration method according to claim 1, wherein in the obtaining step, the operation range Var of the one-dimensional control is the length parameter of the drag, the angle parameter of the control is α, and X and Y are the length starting point of the length parameter of the control For parameters, move the corresponding control to the position to be controlled as the end point. The formula for calculating the parameters of the end position is V 1 = (X) + (sinα) * Var, V 2 = (Y) + (cosα) * Var.
The configuration method according to claim 1, wherein in the obtaining step, the operating range Var of the two-dimensional control is a length parameter set by the user, the parameter information a of the control is 1, b is 1; the X and Y coordinates are The technical formula of the parameter of the center point of the control coordinate and the final position range of the drag space is V 1 = (X)-(a * Var), V 2 = (X) + (a * Var), V 3 = (Y )-(b * Var), V 4 = (Y) + (b * Var).
The configuration method according to claim 1, wherein in the acquiring step, the operation range Var of the coordinate control is the operation coordinates of the user according to different operation objects on the game software, and the parameter information of the control outputs data and The game needs to control the corresponding coordinates of the object. The two are a set of parameter information. The output data point information corresponds to the transmitted parameter information one by one. The nth game peripheral component original output X coordinate data Vxon = Xon; the nth game Peripheral component original output Y coordinate data Vyon = Yon;

The nth game needs to control the object X coordinate data Vxgn = Xgn; the nth game needs to control the object Y coordinate data Vygn = Ygn.