WO2019051809A1

WO2019051809A1 - Display page switching method and display page switching system based on intelligent terminal

Info

Publication number: WO2019051809A1
Application number: PCT/CN2017/101959
Authority: WO
Inventors: 李勇奇
Original assignee: 深圳传音通讯有限公司
Priority date: 2017-09-15
Filing date: 2017-09-15
Publication date: 2019-03-21

Abstract

A display page switching method and display page switching system based on an intelligent terminal. The display page switching method comprises the following steps: setting at least two display pages, comprising a first display page and a second display page, which are connected to each other, on a display interface of an intelligent terminal; when the display interface displays the first display page, receiving a sliding operation acting on a screen of the intelligent terminal; recording an initial contact point position and a current contact point position, of the sliding operation, on the screen, and calculating the distance between the initial contact point position and the current contact point position; along the direction of the sliding operation, using the product of the distance and a proportional coefficient as a moving distance, synchronously moving the first display page and an intersection of the first display page and the second display page; and releasing the sliding operation, and the intersection staying on the display interface for display. After using the technical solution, the integration is better when a display page is switched, and the switching effect is more realistic and smoother.

Description

Display page switching method based on intelligent terminal and display page switching system

Technical field

The present invention relates to the field of intelligent control, and in particular, to a display page switching method based on an intelligent terminal and a display page switching system.

Background technique

With the development of information technology, smart terminals (such as mobile phones, personal digital assistants, tablets, etc.) are used more and more widely, and their functions are becoming more and more abundant. The desktop or display interface of the current smart terminal includes multiple pages, and the switching between the pages is mainly realized by sliding the touch screen to the left and right. For example, the finger touches the screen to slide one page to the left or one page to the right. However, when a user switches to a page using a swipe operation, the swipe operation is often cut off between the two pages. In the above situation, the smart terminal will judge whether to return to the original page or jump to the subsequent page according to the content displayed on the two pages.

With the rich effect of page switching, some users pay special attention to the effect presented when switching. If the smart terminal automatically determines the jump of the page, the user experience of the part will be reduced.

Therefore, there is a need for a switching method that can retain a display page in real time according to a user operation, and can pause or retain the cool effect when the page is switched, thereby improving the user experience.

Summary of the invention

In order to overcome the above technical deficiencies, an object of the present invention is to provide a display page switching method based on an intelligent terminal and a display page switching system, which is better in displaying page switching, and the switching effect is more realistic and smooth.

The invention discloses a display page switching method based on an intelligent terminal, which comprises the following steps:

Setting at least two display pages including the first display page and the second display page that are connected to each other in the display interface of the smart terminal;

When the display interface displays the first display page, receiving a sliding operation on a screen of the smart terminal;

Recording an initial contact position and a current contact position on the screen in the sliding operation, and calculating a distance between the initial contact position and the current contact position;

In the direction of the sliding operation, the product of the distance and a proportional coefficient is a moving distance, and the first display page is synchronously moved, and the first display page and the second display page are connected;

The sliding operation is released, and the junction stays on the display interface and is displayed.

Preferably, the step of recording the initial contact position and the current contact position on the screen in the sliding operation, and calculating the distance between the initial contact position and the current contact position comprises:

Establishing a coordinate system corresponding to the screen;

Receiving an initial contact with the screen within the sliding operation, and a current contact with the screen within the sliding operation at any time;

Recording an initial position coordinate of the initial contact point in the coordinate system and a current contact coordinate of the current contact point in the coordinate system;

The distance between the initial position coordinates and the current contact coordinates is calculated.

Preferably, the step of calculating the distance between the initial position coordinates and the current contact coordinates further comprises:

Calculating a connecting line segment of the initial position coordinate and the current contact coordinate, and a projecting length in a lateral direction of the display interface as the distance.

Preferably, the step of synchronously moving the first display page and the intersection of the first display page and the second display page comprises:

Moving the first display page along a lateral direction of the display interface;

Moving at a junction perpendicular to the lateral direction along a lateral direction of the display interface;

Moving the second display page along a lateral direction of the display interface;

And displaying a portion of the first display page, the junction, and a portion of the second display page on the display interface.

Preferably, the step of staying on the display interface and displaying the connection comprises:

Recording the display position of the docking position on the display interface, the first display page and the second display page on both sides of the joint;

Keeping the junction stay at the rest position;

Maintain the display content.

The invention further discloses a display page switching system based on an intelligent terminal, comprising:

a setting module, configured to include a first display page and a second display that are connected in the display interface of the smart terminal At least two display pages of the page;

a display module, when displaying the first display page, receiving a sliding operation;

a processing module, connected to the display module, recording an initial contact position and a current contact position on the display module in the sliding operation, and calculating a distance between the initial contact position and the current contact position ;

a moving module, connected to the processing module, receiving the distance, and moving, in a direction of the sliding operation, a product of the distance and a proportional coefficient as a moving distance, synchronously moving the first display page, and the a junction of the first display page and the second display page;

The control module is connected to the display module, and when the sliding operation is released, the connection is kept on the display interface, and the display module is controlled to be displayed.

Preferably, the processing module comprises:

An initial unit, establishing a coordinate system corresponding to the display module in the processing module;

The sensing unit receives an initial contact with the display module in the sliding operation, and a current contact with the display module in the sliding operation at any time;

Recording units are respectively connected to the initial unit and the sensing unit, and record initial coordinate coordinates of the initial contact in the coordinate system and current contact coordinates of the current contact in the coordinate system;

And a calculating unit, connected to the recording unit, calculating a distance between the initial position coordinate and the current contact coordinate.

Preferably, the calculation unit calculates a connecting line segment of the initial position coordinate and the current contact coordinate, and a projective length in a lateral direction of the display interface as the distance.

Preferably, the moving module moves the first display page along a lateral direction of the display interface, and moves along a horizontal direction of the display interface at an intersection perpendicular to the lateral direction, along the display interface. Moving the second display page in a lateral direction;

The display module is connected to the mobile module, and simultaneously displays a portion of the first display page, the junction, and a portion of the second display page on the display interface.

Preferably, the control module comprises:

a storage unit, recording a display position of the docking position on the display interface, the first display page and the second display page on both sides of the interface;

And a holding unit connected to the display module to maintain the docking position of the docking station in the display module and maintain the display content in the display module.

After adopting the above technical solution, compared with the prior art, the following beneficial effects are obtained:

1. The overall display is better when the page is switched;

2. The user can intuitively observe the effect of displaying the page switching, which can be used as the basis of information sharing, and the user experience is better.

DRAWINGS

1 is a schematic flow chart of a method for switching a display page according to a preferred embodiment of the present invention;

2 is a flow chart showing a step of calculating a distance in accordance with a preferred embodiment of the present invention;

3 is a flow chart showing the steps of moving a display page in accordance with a preferred embodiment of the present invention;

4 is a flow chart showing the steps of staying in a joint in accordance with a preferred embodiment of the present invention;

FIG. 5 is a schematic structural diagram of a display page switching system according to a preferred embodiment of the present invention; FIG.

6 is a schematic structural diagram of a processing module in a display page switching system according to a preferred embodiment of the present invention;

7 is a block diagram showing the structure of a control module in a page switching system in accordance with a preferred embodiment of the present invention.

Detailed ways

Advantages of the present invention are further explained below in conjunction with the accompanying drawings and specific embodiments.

Exemplary embodiments will be described in detail herein, examples of which are illustrated in the accompanying drawings. The following description refers to the same or similar elements in the different figures unless otherwise indicated. The embodiments described in the following exemplary embodiments do not represent all embodiments consistent with the present disclosure. Instead, they are merely examples of devices and methods consistent with aspects of the present disclosure as detailed in the appended claims.

The terms used in the present disclosure are for the purpose of describing particular embodiments only, and are not intended to limit the disclosure. The singular forms "a", "the" and "the" It should also be understood that the term "and/or" as used herein refers to and encompasses any and all possible combinations of one or more of the associated listed items.

In the description of the present invention, unless otherwise specified and limited, it should be noted that the terms "mounted", "connected", and "connected" are to be understood broadly, and may be, for example, mechanical or electrical, or both. The internal communication of the components may be directly connected or indirectly connected through an intermediate medium. For those skilled in the art, the specific meanings of the above terms may be understood according to specific circumstances.

In the following description, the use of suffixes such as "module", "component" or "unit" for indicating an element is merely an explanation for facilitating the present invention, and does not have a specific meaning per se. Therefore, "module" and "component" can be used in combination.

The mobile terminal can be implemented in various forms. For example, the terminal described in the present invention may include, for example, mobile power Mobile terminals such as a smart phone, a smart phone, a laptop, a PDA (Personal Digital Assistant), a PAD (Tablet), a PMP (Portable Multimedia Player), a navigation device, and the like, and a fixed terminal such as a digital TV, a desktop computer, or the like. In the following, it is assumed that the terminal is a mobile terminal. However, those skilled in the art will appreciate that configurations in accordance with embodiments of the present invention can be applied to fixed type terminals in addition to components that are specifically for mobile purposes.

1 is a schematic flowchart of a method for switching a display page according to a preferred embodiment of the present invention. According to the schematic diagram, a method for switching a display page in an intelligent terminal is mainly composed of the following steps:

S100: in the display interface of the smart terminal, setting at least two display pages including the first display page and the second display page that are connected

With the increasing proportion of smart terminals in human life, the applications installed in smart terminals and the functions of each application are becoming more and more numerous, so that all the display pages of the smart terminal cannot display all of them. The application needs to have multiple display pages in the display interface of the smart terminal. Therefore, in the display page of the present invention, at least two display pages are provided. Regardless of the number of display pages being geometric, two of which are the first display page and the second display page respectively (ie, when the display page is two, the two display pages are the first display page and the second display page when displayed) When there are two or more pages, two adjacent display pages are the first display page and the second display page). And the first display page and the second display page are two adjacent pages or adjacent pages (the head and tail are also connected), and when the display interface of the smart terminal needs to be switched, the first display page appears. Switch to the second display page, or switch from the second display page to the first display page.

For example, when an Android terminal is installed on a smart terminal, the Android system has built in several animation effects when the display interface is switched. In general, the effect of screen switching is defined by the user. In the specific implementation, the lower side of the screen of the smart terminal is the X axis of the horizontal direction, and the left side of the screen is the Y axis of the vertical direction. When the bottom activity of the Android system is at the X axis value of -100%p, all the display contents of the first display page are displayed. Just on the left side of the screen, all the contents of the second display page are displayed in all screens (position 1). When the X-axis value is 0%p, all the display contents of the first display page are just inside the screen, and the second display page All the content is displayed on the right side of the screen (position 2). When X=100%p, all the display content of the first display page is just on the right side of the screen (position 3), and the first display page is seamlessly connected with the second display page. . In order to achieve the effect of sliding left and right, first let the activity to be exited move from position 2 to position 1, and let the entered Activity move position 2 from position 3, so that the effect can be switched from left to right.

The implementation process is as follows, first define 2 animations, create an anim directory in the res directory, and then create an animated xml file in the directory: out_to_left.xml (exit animation from the left), in_from_right.xml (into the animation from the right).

S200: When the display interface displays the first display page, receiving a sliding operation on the screen of the smart terminal

When the display interface of the smart terminal displays the first display page (position 2 in the above embodiment), the user may Using a finger to touch and slide on the screen, it is considered that there is a sliding operation input to the screen, and the screen will recognize the sliding operation and receive.

S300: Record the initial contact position on the screen and the current contact position in the sliding operation, and calculate the distance between the initial contact position and the current contact position.

In general, the current common method of gesture recognition can be accomplished by the following means:

First, define a gesture recognizer

Get the gesture recognizer Gesture Detector object in the system, implement the simple gesture listener Simple On Gesture Listener interface through the new inner geometry of the new Gesture Detector (context, listener), rewrite the onFling sliding method, and then pass in the sliding operation production, pass in four Parameters:

MotionEvent e1, MotionEvent e2, velocityX, velocityY

E1 is the initial contact, e2 is the current contact, velocityX is the speed of the x-axis, and velocityY is the speed of the y-axis. When the initial contact minus the current contact is greater than 200, we think it is drawn from right to left. One page; when the current contact minus the initial contact is greater than 200, we think it is drawn from left to right, the previous page. Finally, call the getRawX() of the MotionEvent object to get the coordinates of the X axis.

Second, use gesture recognizers to recognize gestures

Rewrite the activity's onTouchEvent() method, get the sliding event of the gesture on the interface, and then pass in a parameter MotionEvent object, call the onTouchEvent(event) method of the GestureDetector object, and the parameter: MotionEvent object, pass the obtained event into it. When it is detected that the sliding operation is obliquely sliding in the display interface of the smart terminal, it is easy to cause the distance between the y-axis coordinates of the two contacts to be greater than 100, we think that it is obliquely stroked, and the MotionEvent object is called. getRawY() can get the coordinates of the Y axis. The difference between the two points takes the absolute value Math.abs(). If it is greater than 100, it returns true and does not proceed. Of course, if you can't find the Simple On Gesture Listener class, use the new Gesture Detector.Simple On Gesture Listener() to extract the public method to the base class abstract class BaseSecActivity. Your activity only needs to inherit this base class to implement the abstract method of the upper and lower pages. , you can achieve the left and right sliding effect.

S400: in the direction of the sliding operation, the product of the distance and a proportional coefficient is the moving distance, synchronously moving the first display page, and the intersection of the first display page and the second display page

When the distance between the initial contact position and the current contact position is obtained by the above function, the sliding operation is calculated at the same time to the left or to the right, and a proportional coefficient is multiplied by the distance according to the calculated direction of the sliding operation. Calculate the distance that the first display page should move. In this embodiment, the scale factor may be a fixed value such as 1, 0.8, 1.2, and the like. It can be understood that when the scale factor is set to 1, the initial contact position of the sliding operation and the current The distance of the contact position is equal to the distance the first display page moves. For the user, the sense of the movement of the first display page has a very convenient "following". When the scale factor is set to 0.8, that is, less than 1, the distance between the initial contact position of the sliding operation and the current contact position is greater than the distance moved by the first display page, and for a user who habitually slides on the screen, Avoiding the action of one of its sliding operations, causing switching of multiple display pages. Similarly, when the scale factor is set to 1.2, that is, greater than 1, the distance between the initial contact position of the sliding operation and the current contact position is smaller than the distance moved by the first display page, and is for a user who habitually slides on the screen. In other words, you can “small money to do big things” to save time and effort. Regardless of the above-mentioned selection of the scale factor, the user can adjust the scale factor according to his or her preference and the experience of the sensitivity of the displayed page.

Since the first display page is connected to the second display page, the second display page will also move synchronously with the movement of the first display page, so that the first display page and the second display page are also connected. Will move with the calculated moving distance. The process of this movement can be clearly observed on the display interface.

S500: releasing a sliding operation, wherein the interface stays on the display interface and displays

When the user removes the finger from the screen, so that the sliding operation is released from the display interface, the moving distance may be smaller than the width of the first display page, causing the partial content of the first display page to be displayed on the display interface, and the second Display part of the content of the page and the junction between the first display page and the second display page. However, in this step, the first display page and the second display page are controlled to remain in the moved position, that is, the display interface must be displayed without displaying the complete first display page and the second display page. Displayed on the display interface.

Through the above configuration, when the user switches to the display page of the display interface of the smart terminal, the switching effect can stay in the display interface, providing the user with a more cool sensory experience and improving the user experience.

Referring to FIG. 2, which is a schematic flow chart of a step of calculating a distance in accordance with a preferred embodiment of the present invention, S300 records the initial contact position and the current contact position on the screen in the sliding operation, and calculates the initial contact position and the current contact position. The steps of the distance include:

S301: Establish a coordinate system corresponding to the screen

According to the display interface displayed on the screen, a coordinate system is established therein, and the origin of the coordinate system can be selected as the lower left corner of the display interface, and the abscissa and the ordinate of each point in the display interface are positive real numbers, which is convenient for calculation; In addition, the origin of the coordinate system can also be replaced by the positive center of the display interface, and each point of the display interface can be classified into one of the four limits of the coordinate system.

S302: receiving the initial contact with the screen in the sliding operation, and the current contact between the sliding operation and the screen at any time

After the coordinate system is established, the received sliding operation is recognized, and when the sliding operation is first contacted with the screen, the contact The position is the initial contact. When the user's finger continues to slide on the screen, each point in the trajectory is the current contact of the sliding operation at any time with the screen as the trajectory of the gesture extends.

It can be understood that the identification of the current contact should be any contact within the sliding operation without a breakpoint. If the trajectory of a sliding operation is at the middle breakpoint, then the breakpoint is the final contact position.

S303: Record the initial position coordinates of the initial contact point in the coordinate system and the current contact coordinate of the current contact point in the coordinate system

After the gesture is recognized, the initial position coordinates of the gesture's initial contact to the screen, and the current contact coordinates of the current contact, are recorded in the coordinate system to uniquely determine the position of the gesture within the visualization interface.

S304: Finally, in the coordinate system, the distance between the initial position coordinate and the current contact coordinate is calculated, thereby obtaining the length of the stroke of the gesture.

In the above embodiment, it is considered that different users have their own habits for the sliding of the gesture, and the switching between the first display page and the second display page is in the lateral direction of the display interface, in order to operate the gesture and the page. Switching correspondence, for any gesture, only its distance in the lateral direction is selected. Therefore, the step S300 records the initial contact position on the screen and the current contact position in the sliding operation, and calculates the distance between the initial contact position and the current contact position, and further includes:

S305: Calculate the connecting line segment of the initial position coordinate and the current contact coordinate, and the projective length in the lateral direction of the display interface as the distance

That is to say, the straight line where the connecting line segment of the initial position coordinate and the current contact coordinate is located is regarded as the straight line m, and the unit vector e can be the direction vector of the straight line m, the vector AB=a, and the initial position coordinate point A is in the straight line m The projection A' on the projection B' of the current contact coordinate point B on the straight line m, the vector A'B' is called the positive projection of AB on the straight line m or in the direction of the vector e, which is referred to as projection, that is, in the display The distance in the lateral direction of the interface.

In another preferred or alternative embodiment, referring to FIG. 3, the step S400 synchronously moves the first display page, and the step of the first display page and the second display page includes:

S401: moving the first display page in a lateral direction of the display interface

In the horizontal direction (X direction) of the display interface, the first display page is moved, and can be moved to the left or right.

S402: moving in the lateral direction of the display interface and the intersection perpendicular to the lateral direction

Generally, the first display page has the same size as the display interface displayed on the screen, and has a rectangular shape. When the first display page moves along the lateral direction of the display interface, the boundary of the first display page perpendicular to the horizontal direction is also Will move in the lateral direction. The boundary between the first display page and the second display page is the intersection of the first display page and the second display page. Therefore, the movement of the first display page will drive the joint to move together.

S403: moving the second display page in a lateral direction of the display interface

The second display page is connected to the first display page, and after step S420, the second display page will also move along the first display page in the lateral direction.

S404: simultaneously displaying a part of the first display page, the junction, and a part of the second display page on the display interface

During the movement of the first display page, the docking point and the second display page, if the movement is stopped at any time, the first display page, the joint page and the second display page will not disappear, and still display on the display interface. .

Specifically, the process of displaying the first display page, the junction, and the portion of the second display page on the display interface is completed by the following steps:

S501: Recording the display position of the staying position on the display interface, the first display page and the second display page on both sides of the joint

When the first display page, the junction, and the second display page are stopped at any time, the smart terminal will record the stop position at the time of the connection on the display interface, and the first connection continuously connected on both sides of the junction. The display content displayed on the display page and the second display page respectively. The above stop position and display content can be cached in the smart terminal.

S502: Keep the joint stay at the stop position

S503: Maintain display content

After the buffering, the stop position at the junction does not change, for example, when the joint moves to one-third of the horizontal direction of the display interface from left to right, the stop position is also at the one-third, and Keep it in that position without change. The display content of the first display page and the second display page are maintained on both sides of the stay position. For the user, the visual effect is that during the process of moving the display page, the switching effect at the junction can be at any time. Staying in any position, the sensory effect is even more cool.

Referring to FIG. 5, a schematic diagram of a structure of a display page switching system in accordance with a preferred embodiment of the present invention. The display page switching system includes:

-Setup module

The setting module is provided in the smart terminal, and at least two display pages including the first display page and the second display page that are connected are set in the display interface of the smart terminal. Regardless of the number of display pages set by the setting module, the two are the first display page and the second display page respectively (that is, when the display page is two, the two display pages are the first display page and the second display) The page, when the display page is two or more, two adjacent display pages are the first display page and the second display page). And the setting module sets the first display page and the second display page to be two connected pages or adjacent pages (the head and tail are also connected), and the display interface of the smart terminal needs to be switched when A display page switches to the second display page, or switches from the second display page to the first display Show how the page is switched.

- display module

The display module is also disposed in the smart terminal. When the display interface of the smart terminal displays the first display page, the user can use the finger to touch and slide the display module, such as the touch screen, as a touch operation on the touch screen. The touch screen will recognize the slide operation and receive it.

- Processing module

The processing module is connected to the display module, records the initial contact position and the current contact position on the display module in the sliding operation, and calculates the distance between the initial contact position and the current contact position.

-Mobile module

The mobile module is connected to the processing module, receives the distance calculated by the processing module, and moves the first display page, and the first display page and the second display in synchronization with the product of the distance and the proportional coefficient in the direction of the sliding operation. The junction of the pages.

Specifically, after the processing module obtains the distance between the initial contact position and the current contact position, the processing module calculates the sliding operation at the same time to the left or to the right, and the mobile module receives the calculation result of the processing module, according to the calculated result. The direction of the sliding operation is multiplied by the distance coefficient to calculate the distance that the first display page should be moved. In this embodiment, the scale factor may be a fixed value such as 1, 0.8, 1.2, and the like. Since the first display page is connected to the second display page, the second display page will also move synchronously with the movement of the first display page, so that the first display page and the second display page are also connected. Will move with the calculated moving distance. The process of this movement is clearly visible on the display module.

-Control module

The control module is connected to the display module. When the sliding operation received by the display module is released, the control module keeps the interface in the display module on the display interface and controls the display module to display. Specifically, the control module may control the display content of the first display page and the second display page displayed in the UI interface, and the location where the interface is located, according to the control chip of the smart terminal.

Referring to FIG. 6, in a preferred embodiment, the processing module specifically includes:

- initial unit

The initial unit initializes a coordinate system in the processing module, and the coordinate system corresponds to the display module, such as a Cartesian coordinate system corresponding to the lateral and longitudinal directions of the display module, or other types of coordinate systems such as an oblique coordinate system. Corresponding to the establishment of the coordinate system of the display module, each pixel in the display module can be classified into the position of the coordinate system, so as to obtain the position of the initial contact and the current contact, and the distance between the two contacts. Calculation.

- sensing unit

The sensing unit may be constructed by a display module such as a piezoelectric sensor, which receives a sliding operation of the display module by the user, and senses an initial contact with the display module within the sliding operation, and the current operation of the sliding module and the display module at any time. Contact.

It can be understood that the identification of the current contact should be any contact within the sliding operation without a breakpoint. If the trajectory of a sliding operation is at the middle breakpoint, the breakpoint is the final contact position.

- Recording unit

The recording unit is connected to the initial unit and the sensing unit, and the initial contact and the current contact received from the analysis sensing unit are located in the coordinate system of the initial unit, and the initial position coordinates of the initial contact in the coordinate system are recorded and current The current contact coordinates of the contact in the coordinate system.

- calculation unit

The calculation unit is connected with the recording unit to obtain the initial position coordinates of the initial contact point in the coordinate system and the current contact coordinates of the current contact point in the coordinate system, and calculate the initial position coordinate and the current contact coordinate according to the algorithm of the space coordinate system. the distance.

Preferably, when calculating the distance, the direct distance between the two contacts may be used as the distance to be calculated, or the length of the connecting line segment between the initial position coordinate and the current contact coordinate in the lateral direction of the display interface may be used as the distance. In this way, the influence of the sliding gesture in the vertical direction on the movement of the page can be eliminated, and the phenomenon of being too sensitive when accidentally touching or sliding can be prevented.

When moving the first display page, the second display page and the junction, the mobile module moves the first display page mainly in the lateral direction of the display interface, and can move to the left or right. While moving, the movement of the first display page will drive the joint to move together. The rear movement module continues to move the second display page in the lateral direction of the display interface, which will move along the first display page in the lateral direction. Finally, during the movement of the first display page, the docking point and the second display page, if the sliding gesture is stopped at any time, the first display page, the joint page and the second display page will stay in the final position. And will not disappear, still displayed on the display interface.

Referring to Figure 7, the control module includes the following components:

- storage unit

The storage unit records the display position of the staying position on the display interface, the first display page and the second display page on both sides of the joint. When the first display page, the docking point and the second display page are stopped moving at any time, the storage unit will record the staying position at the time of the connection on the display interface, and the first consecutive connection on both sides of the joint. The display content displayed on the display page and the second display page respectively. The above stop position and display content can be cached in the memory Inside the storage unit.

- holding unit

After the sliding gesture disappears, the holding unit keeps the docking position at the docking position, and maintains the first display page and the second display page on both sides of the staying position. For the user, the visual effect is a mobile display. During the page process, the switching effect at the junction can stay anywhere at any time, and the sensory effect is even more cool.

It should be noted that the embodiments of the present invention are preferred embodiments, and are not intended to limit the scope of the present invention. Any one skilled in the art may use the above-disclosed technical contents to change or modify the equivalent embodiments. Any modification or equivalent changes and modifications of the above embodiments in accordance with the technical spirit of the present invention are still within the scope of the technical solutions of the present invention.

Claims

A method for switching a display page based on a smart terminal, comprising the steps of:

Setting at least two display pages including the first display page and the second display page that are connected to each other in the display interface of the smart terminal;

When the display interface displays the first display page, receiving a sliding operation on a screen of the smart terminal;

Recording an initial contact position and a current contact position on the screen in the sliding operation, and calculating a distance between the initial contact position and the current contact position;

In the direction of the sliding operation, the product of the distance and a proportional coefficient is a moving distance, and the first display page is synchronously moved, and the first display page and the second display page are connected;

The sliding operation is released, and the junction stays on the display interface and is displayed.
A display page switching method according to claim 1, wherein

Recording an initial contact position and a current contact position on the screen in the sliding operation, and calculating a distance between the initial contact position and the current contact position includes:

Establishing a coordinate system corresponding to the screen;

Receiving an initial contact with the screen within the sliding operation, and a current contact with the screen within the sliding operation at any time;

Recording an initial position coordinate of the initial contact point in the coordinate system and a current contact coordinate of the current contact point in the coordinate system;

The distance between the initial position coordinates and the current contact coordinates is calculated.
A display page switching method according to claim 2, wherein

The step of calculating the distance between the initial position coordinates and the current contact coordinates further includes:

Calculating a connecting line segment of the initial position coordinate and the current contact coordinate, and a projecting length in a lateral direction of the display interface as the distance.
A display page switching method according to claim 1, wherein

The step of synchronously moving the first display page and the interface between the first display page and the second display page includes:

Moving the first display page along a lateral direction of the display interface;

Moving at a junction perpendicular to the lateral direction along a lateral direction of the display interface;

Moving the second display page along a lateral direction of the display interface;

And displaying a portion of the first display page, the junction, and a portion of the second display page on the display interface.
A display page switching method according to claim 1, wherein

The step of staying on the display interface and displaying the connection includes:

Recording the display position of the docking position on the display interface, the first display page and the second display page on both sides of the joint;

Keeping the junction stay at the rest position;

Maintain the display content.
A display page switching system based on intelligent terminal, characterized in that

The display page switching system includes:

Setting a module, in the display interface of the smart terminal, setting at least two display pages including the first display page and the second display page that are connected;

a display module, when displaying the first display page, receiving a sliding operation;

a processing module, connected to the display module, recording an initial contact position and a current contact position on the display module in the sliding operation, and calculating a distance between the initial contact position and the current contact position ;

a moving module, connected to the processing module, receiving the distance, and moving, in a direction of the sliding operation, a product of the distance and a proportional coefficient as a moving distance, synchronously moving the first display page, and the a junction of the first display page and the second display page;

The control module is connected to the display module, and when the sliding operation is released, the connection is kept on the display interface, and the display module is controlled to be displayed.
A display page switching system according to claim 6, wherein

The processing module includes:

An initial unit, establishing a coordinate system corresponding to the display module in the processing module;

The sensing unit receives an initial contact with the display module in the sliding operation, and a current contact with the display module in the sliding operation at any time;

Recording units are respectively connected to the initial unit and the sensing unit, and record initial coordinate coordinates of the initial contact in the coordinate system and current contact coordinates of the current contact in the coordinate system;

And a calculating unit, connected to the recording unit, calculating a distance between the initial position coordinate and the current contact coordinate.
A display page switching system according to claim 7, wherein

The calculating unit calculates a connecting line segment of the initial position coordinate and the current contact coordinate, and the display interface The length of the projecting in the lateral direction is taken as the distance.
A display page switching system according to claim 6, wherein

Moving the module to move the first display page along a lateral direction of the display interface, moving the intersection perpendicular to the lateral direction along a lateral direction of the display interface, and moving along a lateral direction of the display interface The second display page;

The display module is connected to the mobile module, and simultaneously displays a portion of the first display page, the junction, and a portion of the second display page on the display interface.
A display page switching system according to claim 6, wherein

The control module includes:

a storage unit, recording a display position of the docking position on the display interface, the first display page and the second display page on both sides of the interface;

And a holding unit connected to the display module to maintain the docking position of the docking station in the display module and maintain the display content in the display module.