WO2017012360A1

WO2017012360A1 - Method for response of virtual reality display device to operation of peripheral device

Info

Publication number: WO2017012360A1
Application number: PCT/CN2016/076497
Authority: WO
Inventors: 张大为; 龙寿伦; 李刚; 张丰学; 熊旭
Original assignee: 深圳多新哆技术有限责任公司
Priority date: 2015-07-22
Filing date: 2016-03-16
Publication date: 2017-01-26
Also published as: CN105159522A; CN105159522B

Abstract

Disclosed is a method for response of a virtual reality display device to an operation of a peripheral device. The virtual reality display device comprises two display screens, each display screen corresponding to part of the whole interaction range. The method comprises: obtaining current position coordinates of a peripheral device; converting the current position coordinates by using a conversion mode corresponding to a predetermined condition, to obtain response position coordinates within a specified range; and performing position interaction according to the response position coordinates. According to the method, coordinate conversion is performed on current position coordinates, so that obtained response position coordinates can respond to a peripheral device; meanwhile, the converted response position coordinates are limited to a specified range within the interaction range, so that the 2D input response position coordinates can be prevented from jumping in a stereoscopic image of a display device when the current position coordinates interact with the virtual reality display device.

Description

Method for responding to operation of peripheral device by virtual reality display device

This application claims the priority of the Chinese Patent Application filed on July 22, 2015, the Chinese Patent Office, Application No. 201510433732.4, entitled "A method for the operation of a virtual reality display device in response to peripheral devices", the entire contents of which are The citations are incorporated herein by reference.

Technical field

The present invention relates to the field of virtual reality technologies, and in particular, to a method for a virtual reality display device to respond to operation of a peripheral device.

Background technique

VR (Virtual Reality) technology refers to the use of a computer to generate a simulation environment, and through a variety of specialized devices to enable users to "invest" into the environment, enabling users to directly interact with the environment. In virtual reality display devices, VR glasses are a special device for realizing virtual reality environments. In VR glasses, the image of the stereoscopic video is decomposed into two left and right viewing angles, so that the two images enter the left and right glasses of the user through the VR glasses, so that the two eyes respectively see the two angles of the image, and are synthesized by the brain. A stereoscopic image is formed, which shows a coherent three-dimensional image, which enables the user to have a strong "immersive" feeling.

In the prior art, in order to enhance the user experience, the peripheral device is added to enable the user to interact with the image in the virtual reality through the peripheral device. The interaction refers to a 2D input of the peripheral device, which can be correspondingly expressed on the real device, that is, in the stereoscopic image of the virtual reality display device, as the position coordinates reported by the peripheral device move in the real space, The response position coordinates of the position coordinates also move accordingly. For example, when the peripheral device is a mouse, by moving the position of the mouse, the position of the mouse arrow displayed on the virtual reality display device is also moved accordingly, thereby implementing some "in the virtual reality stereo image". Confirm or "cancel" and other operations.

However, when the peripheral device interacts with the virtual reality display device, the response position coordinates of the 2D input may jump from the rightmost side of the screen to the leftmost side or from the leftmost side in the virtual reality stereo image. At the far right, this irregular jump affects the user's visual experience and gives the user an uncomfortable feeling.

Summary of the invention

The embodiment of the present invention provides a method for the operation of the virtual reality display device in response to the operation of the peripheral device. To solve the above technical problem, the embodiment of the present invention discloses the following technical solution:

A method for a virtual reality display device to respond to operation of a peripheral device, the virtual reality display device comprising two display screens, each of the display screens corresponding to a portion of a total interaction range, the method comprising:

Obtaining a current position coordinate of the peripheral device; converting the current position coordinate by using a conversion manner corresponding to the predetermined condition to obtain a response position coordinate within a specified range, wherein the specified range is the two display screens Specifying a corresponding interaction range in the display screen; performing position interaction according to the response position coordinates.

Preferably, the step of converting the current position coordinates comprises:

Obtaining a rectangular interaction range of the virtual reality display device, wherein one vertex of the diagonal of the interaction range is a coordinate origin (0, 0), another vertex is (Px, Py), and one edge is on an x axis, wherein The origin (0,0) is a vertex, and the other vertex is (Px/2, Py). The rectangular area formed by an edge on the x-axis is the first range, and the first range is excluded in the interaction range. The area outside the range is the second range;

Determining whether the current position coordinate is within the first range; if yes, using the current position coordinate as the response position coordinate; if not, using the maximum horizontal coordinate of the first range as the response position The abscissa, the ordinate of the current position is taken as the ordinate of the response position.

Preferably, the step of converting the current position coordinates comprises:

Determining whether the current position coordinate is within the second range; if yes, using the current position coordinate as the response position coordinate; if not, using the minimum horizontal coordinate of the second range as the response position The abscissa, the ordinate of the current position is taken as the ordinate of the response position.

Preferably, the converting the current position coordinates by using a conversion manner corresponding to the predetermined condition, and obtaining the response position coordinates within the specified range further includes:

Obtaining a previous position coordinate of the current position coordinate; converting the current position coordinate according to the current position coordinate and the previous position coordinate; obtaining a response position coordinate within a specified range.

Preferably, the step of converting the current location coordinates according to the current location coordinates and the previous location coordinates comprises:

When the current position coordinate is located in the second range, and the previous position coordinate is located in the first range, the maximum abscissa of the second range is taken as the abscissa of the response position, The ordinate of the current position is taken as the ordinate of the response position.

When the current position coordinate is located in the first range, and the previous position coordinate is located in the second range, the minimum abscissa of the first range is taken as the abscissa of the response position, The ordinate of the current position coordinate is taken as the ordinate of the response position.

Preferably, the step before the acquiring the current location coordinates of the peripheral device further includes:

Connecting the peripheral device to the virtual reality display device; determining a current location coordinate of the peripheral device.

It can be seen from the above technical solution that the virtual reality display device provided by the present application responds to the operation of the peripheral device by performing coordinate conversion on the current position coordinates of the acquired peripheral device, thereby obtaining the coordinate of the response position within the specified range, thereby enabling The virtual reality display device is capable of interacting with the peripheral device's response position coordinates in response to the peripheral device operation. Moreover, the converted response position coordinates are limited to a specified range in the interaction range, which can prevent the current position coordinates from interacting with the virtual reality display device, and the response position coordinates of the 2D input jump in the stereoscopic image of the display device, thereby overcoming The response position coordinates of the 2D input jump to give the user an uncomfortable feeling during the virtual reality experience.

DRAWINGS

In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings used in the embodiments or the description of the prior art will be briefly described below, and it will be apparent to those skilled in the art that In other words, other drawings can be obtained based on these drawings without paying for creative labor.

FIG. 1 is a schematic flowchart of a method for a virtual reality display device to respond to operation of a peripheral device according to an embodiment of the present application;

FIG. 2 is a flowchart of another method for operating a virtual reality display device in response to a peripheral device according to an embodiment of the present disclosure;

FIG. 3 is a schematic diagram of interaction range division on a virtual reality display device according to the present application; FIG.

4 is a schematic diagram of movement of a 2D input position within a first range and a second range;

FIG. 5 is a specific flowchart of converting a current location coordinate in a method for operating a virtual reality display device in response to a peripheral device according to an embodiment of the present disclosure;

FIG. 6 is a schematic diagram of converting current position coordinates into coordinates in a first range according to an embodiment of the present application;

FIG. 7 is a schematic diagram of converting current position coordinates into coordinates in a second range according to an embodiment of the present application; FIG.

FIG. 8 is a schematic flowchart of another method for responding to operation of a peripheral device by a virtual reality display device according to an embodiment of the present disclosure;

FIG. 9 is a schematic diagram of a coordinate position position conversion of a control position of a 2D input according to an embodiment of the present invention; FIG.

FIG. 10 is a schematic diagram of another control position coordinate position conversion for controlling 2D input according to the embodiment.

detailed description

The technical solutions in the embodiments of the present application are clearly and completely described in the following, in which the technical solutions in the embodiments of the present application are clearly and completely described. The embodiments are only a part of the embodiments of the present application, and not all of them.

1 is a flowchart of a method for a virtual reality display device to respond to operation of a peripheral device, the virtual reality display device being applied to a virtual reality simulation environment, for example, VR (Virtual Reality) glasses, according to an embodiment. Head-mounted VR display devices, etc. The peripheral device interacts with the virtual reality display device through the 2D input. For example, a cursor arrow, a mouse instruction arrow, and the like displayed on a stereoscopic image screen of the VR glasses are input through the peripheral device 2D. As shown in FIG. 1, the steps of the method for the virtual reality display device to respond to the operation of the peripheral device include:

In step 101, the current position coordinates of the peripheral device are obtained.

As shown in FIG. 2, in step 101, before the acquiring the current location coordinates of the peripheral device, the method further includes:

Step 1011: Connect the peripheral device and the virtual reality display device, so that the location coordinates reported by the peripheral device can interact with the virtual reality display device.

The peripheral device includes a mouse, a keyboard, a game controller, etc., and is connected to the virtual reality display device, so that the peripheral device can input a 2D event on the virtual reality display device to enhance the experience effect of the virtual reality. The peripheral device is connected to the virtual reality display device including, but not limited to, a cable, Bluetooth or WIFI connection.

Step 1012, determining a current position coordinate of the peripheral device.

The virtual reality display device further includes a central processing unit for identifying and determining current position coordinates reported by the peripheral device. For example, in VR glasses, a central processing unit on a PCB can analyze and determine the current position coordinates of the peripheral device within its range of motion, as well as the current position coordinates. The step of acquiring the current location coordinates includes: the central processing unit represents the spatial extent of the peripheral device activity as an area with a coordinate system, and the position of the current peripheral device in the coordinate system region as the current location Coordinates and report the current position coordinates to the central processing unit.

According to FIG. 1 , in step 102, the current position coordinates are converted by using a conversion manner corresponding to a predetermined condition to obtain response position coordinates within a specified range, wherein the specified range is the two display screens. Specifies the corresponding interaction range described in the display.

In step 102, the virtual reality display device includes two display screens, each of the display screens corresponding to a portion of all interaction ranges, the specified range being the corresponding display screen of the two display screens. The scope of interaction. For example, in the VR glasses, the acquired current position coordinates are determined according to the position of the current position coordinates, and the coordinate of the response position obtained by converting the current position coordinates is within a specified range, and the specified range may be the left of the VR glasses. Display or right display. The predetermined condition includes converting the current position coordinates into a preset one of two display screens, the interaction range being a range of display screens on the virtual reality display device.

Step 103: Perform position interaction according to the response position coordinates.

The location interaction refers to a 2D input of the peripheral device, which can be correspondingly expressed on the real device, that is, in the stereoscopic image of the virtual reality display device, as the position coordinates reported by the peripheral device move in the real space. The response position coordinates of the position coordinates also move accordingly. For example, the peripheral device held by the user is Gamepad, when the virtual reality display device requires the user to select "confirm" or "cancel" in the stereoscopic image screen, by moving the gamepad, the position of the mouse pointer displayed in the stereoscopic image can also be moved to "confirm" Or "cancel" the position of the operation button, which is convenient for the user to select the operation. In addition, the location interaction further includes displaying text information on the display device of the virtual reality through a peripheral device such as a keyboard.

The interaction further includes: connecting, by the peripheral device, the display device, the current position coordinates reported by the peripheral device, and then responding to the display device, and causing the converted response position coordinates to follow Set the input condition of the device to change accordingly.

The virtual reality display device provided by the present application responds to the operation of the peripheral device by performing coordinate conversion on the current position coordinates of the acquired peripheral device to obtain the coordinate of the response position within the specified range, thereby enabling the virtual reality display device to respond. The peripheral device operates to interact with the response location coordinates of the peripheral device. Moreover, the converted response position coordinates are limited to a specified range in the interaction range, which can prevent the current position coordinates from interacting with the virtual reality display device, and the response position coordinates of the 2D input jump in the stereoscopic image of the display device, thereby overcoming The response position coordinates of the 2D input jump to give the user an uncomfortable feeling during the virtual reality experience.

Limiting the response position coordinates to a specified range, which is an active range that interacts with any of the two display screens of the VR glasses to prevent the current position coordinates from interacting with the virtual reality display device, The response position coordinate of the 2D input exceeds the interaction range of any one of the display screens, so that the response position coordinates of the displayed 2D input are displayed on the left and right side of the stereoscopic image screen.

In a specific embodiment, the virtual reality display device is a VR glasses, and the interaction area of the left and right display screens on the VR glasses can be represented by a coordinate system. As shown in FIG. 3, the display screen of the virtual reality display device is a The two-dimensional coordinate system takes the upper left of the display screen as the origin (0,0), the horizontal direction of the screen is the x-axis, the vertical direction is the y-axis, and the x-axis maximum and the y-axis maximum of the screen are respectively Expressed as Px and Py. Therefore, the rectangular interaction range of the virtual reality display device is obtained by using one vertex of the diagonal of the display screen as the coordinate origin (0, 0), the other vertex as (Px, Py), and one edge on the x-axis, wherein the origin is (0,0) is a vertex, the other vertex is (Px/2, Py), a rectangular area formed by an edge on the x-axis is the first range, and the first range is excluded within the interaction range The area other than the second range, any of the response position coordinates in the display screen can be represented in the interaction range.

Wherein, the first range and the second range represent two left and right display screens of the VR glasses. The left and right display screens in VR glasses correspond to two different angles of video images. When users wear VR glasses, Two different angles of image are combined into the brain to synthesize a stereo image. Each of the display screens corresponds to a portion of all interaction ranges, and the 2D input positions on each of the display screens of the VR glasses are respectively displayed on the synthesized stereoscopic image display screen, for example, in the first range. The position of the 2D input is located in the upper left corner, and the coordinate of the response position of the 2D input is also displayed in the upper left corner on the synthesized display screen; similarly, the 2D input position in the second range is also on the synthesized display screen. The display position of the response position coordinates in response to the 2D input is the same.

If there is a 2D input on the right side of the first range, the coordinate of the response position by the interaction of the 2D input is displayed on the rightmost side of the stereoscopic image screen seen by the user. As shown in FIG. 4, when the response position coordinates of the 2D input are moved from the first range to the second range when interacting, the coordinate position of the 2D input displayed on the stereoscopic image is from the top of the screen. The right side jumps to the leftmost side, and the movement from the first range to the second range causes the response position coordinate of the 2D input to jump from the rightmost side to the left side in the stereoscopic image screen, or jumps from the left side. The phenomenon to the right side gives the user an uncomfortable feeling when interacting in the virtual reality environment, and even causes dizziness, which affects the user's visual experience.

Specifically, as shown in FIG. 5, in step 102, the step of converting the current location coordinates further includes:

Step 1021: Acquire a rectangular interaction range of the virtual reality display device. One vertex of the diagonal of the interaction range is a coordinate origin (0, 0), another vertex is A (Px, Py), and one edge is on the x-axis. The other edge is on the y-axis, where the origin (0,0) is a vertex, the other vertex is B(Px/2,Py), and the rectangular region formed by an edge on the x-axis is the first range. And the area other than the first range within the interaction range is the second range.

The display screen of the virtual reality display device divides the interaction range according to the foregoing embodiment, the first range is equal to the area of the second range, and the two ranges respectively represent two display screens on the virtual reality device, for example As shown in FIG. 3, the first range represents the left lens display screen in the VR glasses, and the second range represents the right lens display screen in the VR glasses.

Step 1022: Determine whether the current location coordinate is within the first range.

After obtaining the current location coordinates of the peripheral device, the display device determines whether the current location coordinate meets a preset condition, and further determines an interaction range of the current location coordinate on the display device.

Step 1023, if yes, that is, when the current position coordinate is within the first range of the interaction range, the current position coordinate is taken as the response position coordinate.

Step 1024, if not, the maximum abscissa of the first range is taken as the abscissa of the response position, and the ordinate of the current position is taken as the ordinate of the response position.

In step 1025, the coordinates of the response position within the specified range are obtained.

In an embodiment of the application, as shown in FIG. 6, the current position coordinate of the peripheral device is acquired as (x0, y0), and it is determined whether the current position coordinate (x0, y0) is within the first range, if Yes, the current position coordinate (x0, y0) is used as the response position coordinate (x0, y0), and the response position coordinate is displayed on the display screen of the virtual reality display device.

As shown in FIG. 7, when the current coordinate position (x0, y0) is outside the first range and within the second range, the current position coordinate (x0, y0) is converted, specifically In order to convert the abscissa x0 of the current position coordinate (x0, y0) into the maximum abscissa Px/2 in the first range, and obtain the ordinate y0 of the current position as the ordinate of the response position. The response position coordinates are (Px/2, y0), and the converted response position coordinates (Px/2, y0) are interactively responded.

The method provided in the foregoing embodiment determines the current position coordinates obtained by the method, and converts the current position coordinates according to the result of the determination, so that the converted response position coordinates are within a specified range, thereby preventing peripheral devices and The 2D input appears on the display screen when the display device interacts, the response position coordinate of the 2D input moves from the first range to the second range, or moves from the second range to the first range The phenomenon that the response position coordinates jump from one side to the other side overcomes the problem that the response position coordinates of the 2D input jump in the display screen and bring discomfort to the user.

Since the foregoing first range and the second range respectively represent two display screens of the VR glasses, that is, each display screen can completely display the stereoscopic image of the virtual reality picture, the response position corresponding to the 2D input on each display screen The coordinates can also be reflected in the same position on the display screen of the stereo image. For example, the mouse pointer displayed in the upper left corner of the first range or the upper left corner of the second range corresponds to the same mouse pointer displayed in the upper left corner of the display screen. Converting the acquired current position coordinates into the response position coordinates within the specified range enables the position of the 2D input to be reflected on the corresponding position on the display screen, thereby realizing the virtual reality display device to interact with the peripheral device.

In the preset condition, the step of converting the current position coordinates of the acquired peripheral device into the response position coordinates in the second range includes:

Step 1026: Determine whether the current position coordinate is within the second range.

Before the step 1026 is judged, the interaction range of the virtual reality is first divided, and the detailed division steps and Step 1021 is the same, and the interaction range of the left and right display screens of the VR glasses is divided into a first range and a second range.

Step 1027: If yes, the current position coordinate is taken as the response position coordinate. For example, the acquired current position coordinate is (x1, y1), and when located within the second range, the response position coordinate is determined to be (x1, y1), which is the same as the acquired current position coordinate (x1, y1).

Step 1028: If not, the minimum abscissa of the second range is taken as the abscissa of the response position, and the ordinate of the current position is taken as the ordinate of the response position. For example, when the acquired current position coordinate is (x1, y1) and is outside the second range, the minimum abscissa Px/2 of the second range is taken as the abscissa of the response position, The ordinate y1 of the current position is taken as the ordinate of the response position.

Step 1025: The coordinate of the response position within the specified range is (Px/2, y1).

In this embodiment, the current position coordinate is converted to obtain a response position coordinate within a specified range, and the response position coordinate is located in the second range, preventing the current position coordinate from the second range. When moving to the first range, the response position coordinates of the 2D input cause a jump phenomenon on the display screen.

In another embodiment of the present solution, as shown in FIG. 8, in step 102, the conversion of the current position coordinates is performed by using a conversion manner corresponding to a predetermined condition, and the coordinate of the response position within the specified range is obtained. include:

Step 201: Acquire a previous position coordinate of the current position coordinate.

The previous position coordinate is a coordinate of a nearest position of the current position coordinate, for example, if the time of the acquired current position coordinate is t=1 time, and the time when the position coordinate is acquired last time with the current position coordinate is At time t=0, then the previous position coordinate is the position coordinate reported by the peripheral device at time t=0. In addition, the method and the step of acquiring the previous position coordinates are the same as the foregoing method of acquiring the current position coordinates.

Step 202: Convert the current position coordinate according to the current position coordinate and the previous position coordinate.

Step 203: Obtain a coordinate of the response position within a specified range;

In a specific embodiment, determining whether the position of the current position coordinate and the previous position coordinate is within the foregoing first range or the second range, the division of the first range and the second range and the foregoing step 1021 For the same, see step 1021 for details.

The virtual reality display device acquires the current position coordinates and the previous position coordinates reported by the peripheral device, and determines this The position of the two coordinates. When the current position coordinate is located in the second range, and the previous position coordinate is located in the first range, indicating that the 2D input position reported by the peripheral device moves from the first range to the first In the second range, the step of converting the current position coordinates is: taking the maximum abscissa of the second range as the abscissa of the response position, and the ordinate of the current position as the vertical position of the response position coordinate.

Specific application embodiment 1: As shown in FIG. 9, the current position coordinate of the peripheral device is P1 (x1, y1), and the obtained previous position coordinate is P2 (x2, y2), if the current position coordinate P1 ( X1, y1) is located in the second range, the previous position coordinate P2 (x2, y2) is located in the first range, and the current position coordinate P1 (x1, y1) is converted to obtain a response position coordinate P3 ( X3, y3), such that the abscissa x3 of the response position is the maximum abscissa Px within the two ranges, the ordinate y3 is the same as the ordinate y1 of the current position coordinate P1, and the coordinate of the response position is P3 (Px, Y1).

In the first application example described above, by acquiring the current position coordinate and the previous position coordinate, it is determined whether the interactive 2D input position moves from the first range to the second range according to the positions of the two coordinates. If yes, converting the current position coordinates such that the converted response position coordinates are within a specified range (ie, within the second range), preventing movement of the 2D input position from the first range to the second range When the response position coordinate of the 2D input reflected on the display screen jumps from the rightmost side of the display screen to the leftmost side, thereby preventing the display device from interacting with the peripheral device, the response position coordinate of the 2D input is in the display screen. Jumping affects the user's experience.

If the current position coordinate is within the first range within the interaction range, and the previous position coordinate is within the second range, the minimum abscissa of the first range is taken as the abscissa of the response position The ordinate of the current position coordinate is taken as the ordinate of the response position.

Specific application example 2: As shown in FIG. 10, the current position coordinate of the peripheral device is obtained as P1 (x1, y1), and the acquired previous position coordinate is P2 (x2, y2), and the current position coordinate is determined. P1(x1, y1) is located in the first range, and the previous position coordinate P2(x2, y2) is located in the second range, and the current position coordinate P1(x1, y1) is converted to obtain a response. The position coordinate P3 (x3, y3) is such that the abscissa x3 of the response position is the minimum abscissa 0 in the first range, and the ordinate y3 is the same as the ordinate y1 of the current position coordinate P1, and the coordinate of the response position is obtained. Is P3(0, y1).

In the foregoing application embodiment 2, the current position coordinate and the previous position coordinate are obtained, and according to the positions of the two coordinates, whether the interactive 2D input position is moved from the second range to the first range, and if so, Converting the current position coordinates such that the converted response position coordinates are within a specified range (ie, the first Within a range), when the 2D input position is prevented from moving from the second range to the first range, the response position coordinate of the 2D input jumps from the rightmost side to the leftmost side of the display screen.

Specific application example 3: when the acquired current position coordinate and the previous position coordinate are both in the same range, that is, both in the first range or in the second range, The acquired current position coordinate is used as the response position coordinate, and the interaction event is responded according to the response position coordinate.

Since the ordinate range of the 2D input position is determined from the coordinate origin to the maximum ordinate Py in the interaction range between the virtual reality display device and the peripheral device, the aforementioned current position coordinate is converted, and only the current position coordinate is The abscissa is converted, and the ordinate is the ordinate of the current position obtained. If the display device and the peripheral device do not set the interaction range of the ordinate of the 2D input position, the active range of the ordinate of the response position of the 2D input needs to be set between the minimum ordinate and the maximum ordinate within the interaction range. .

It should be noted that, in this context, relational terms such as "first" and "second" are used merely to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply these There is any such actual relationship or order between entities or operations. Furthermore, the term "comprises" or "comprises" or "comprises" or any other variations thereof is intended to encompass a non-exclusive inclusion, such that a process, method, article, or device that comprises a plurality of elements includes not only those elements but also Other elements, or elements that are inherent to such a process, method, item, or device. An element that is defined by the phrase "comprising a ..." does not exclude the presence of additional equivalent elements in the process, method, item, or device that comprises the element.

The above description is only a specific embodiment of the present application, so that those skilled in the art can understand or implement the present application. Various modifications to these embodiments are obvious to those skilled in the art, and the general principles defined herein may be implemented in other embodiments without departing from the spirit or scope of the application. Therefore, the application is not limited to the embodiments shown herein, but is to be accorded the broadest scope of the principles and novel features disclosed herein.

Claims

A method for responding to operation of a peripheral device by a virtual reality display device, wherein the virtual reality display device comprises two display screens, each of the display screens corresponding to a portion of all interaction ranges, the method comprising:

Obtain the current position coordinates of the peripheral device;

Converting the current position coordinates by using a conversion manner corresponding to the predetermined condition to obtain a response position coordinate within a specified range, wherein the specified range is the corresponding display in the two display screens Range of interactions;

Position interaction is performed according to the response position coordinates.
The method of claim 1 wherein the step of converting the current position coordinates comprises:

Obtaining a rectangular interaction range of the virtual reality display device, wherein one vertex of the diagonal of the interaction range is a coordinate origin (0, 0), another vertex is (Px, Py), and one edge is on an x axis, wherein The origin (0,0) is a vertex, and the other vertex is (Px/2, Py). The rectangular area formed by an edge on the x-axis is the first range, and the first range is excluded in the interaction range. The area outside the range is the second range;

Determining whether the current position coordinate is within the first range;

If yes, the current position coordinate is taken as the response position coordinate;

If not, the maximum abscissa of the first range is taken as the abscissa of the response position, and the ordinate of the current position is taken as the ordinate of the response position.
The method of claim 1 wherein the step of converting the current position coordinates comprises:

Obtaining a rectangular interaction range of the virtual reality display device, wherein one vertex of the diagonal of the interaction range is a coordinate origin (0, 0), another vertex is (Px, Py), and one edge is on an x axis, wherein The origin (0,0) is a vertex, and the other vertex is (Px/2, Py). The rectangular area formed by an edge on the x-axis is the first range, and the first range is excluded in the interaction range. The area outside the range is the second range;

Determining whether the current position coordinate is within the second range;

If yes, the current position coordinate is taken as the response position coordinate;

If not, the minimum abscissa of the second range is taken as the abscissa of the response position, and the ordinate of the current position is taken as the ordinate of the response position.
The method according to claim 1, wherein the converting the current position coordinates by using a conversion manner corresponding to the predetermined condition to obtain the response position coordinates within the specified range further comprises:

Obtaining a previous position coordinate of the current position coordinate;

Converting the current position coordinates according to the current position coordinates and the previous position coordinates;

Get the coordinates of the response position within the specified range.
The method according to claim 4, wherein the converting the current position coordinates according to the current position coordinates and the previous position coordinates comprises:

Obtaining a rectangular interaction range of the virtual reality display device, wherein one vertex of the diagonal of the interaction range is a coordinate origin (0, 0), another vertex is (Px, Py), and one edge is on an x axis, wherein The origin (0,0) is a vertex, and the other vertex is (Px/2, Py). The rectangular area formed by an edge on the x-axis is the first range, and the first range is excluded in the interaction range. The area outside the range is the second range;

When the current position coordinate is located in the second range, and the previous position coordinate is located in the first range, the maximum abscissa of the second range is taken as the abscissa of the response position, The ordinate of the current position is taken as the ordinate of the response position.
The method according to claim 4, wherein the converting the current position coordinates according to the current position coordinates and the previous position coordinates comprises:

Obtaining a rectangular interaction range of the virtual reality display device, wherein one vertex of the diagonal of the interaction range is a coordinate origin (0, 0), another vertex is (Px, Py), and one edge is on an x axis, wherein The origin (0,0) is a vertex, and the other vertex is (Px/2, Py). The rectangular area formed by an edge on the x-axis is the first range, and the first range is excluded in the interaction range. The area outside the range is the second range;

When the current position coordinate is located in the first range, and the previous position coordinate is located in the second range, the minimum abscissa of the first range is taken as the abscissa of the response position, The ordinate of the current position coordinate is taken as the ordinate of the response position.
The method according to any one of claims 1 to 6, wherein the step of obtaining the current position coordinates of the peripheral device further comprises:

Connecting the peripheral device to the virtual reality display device;

Determining the current position coordinates of the peripheral device.