CN105278758B - A kind of control method of electronic reading, device and touch-screen equipment - Google Patents

Abstract

The invention belongs to the field of touch technology, and discloses an electronic reading control method, device and touch screen device. The method includes: obtaining information on the current reading page; When clicking, obtain the position control parameters between the predetermined two touch points among the at least two touch points; read the current reading page according to the information of the current reading page and the position control parameters control operations. The invention can realize fast and convenient electronic reading.

Description

A control method, device and touch screen device for electronic reading

technical field

The present invention relates to touch technology, in particular to an electronic reading control method, device and touch screen equipment.

Background technique

In recent years, touch screen technology has been popularized at a high speed, and touch technology is also constantly improving and developing. For example, for a touch screen mobile phone, the user can enter the corresponding page by clicking a certain position on the screen.

Among them, the multi-touch technology is a kind of touch technology, and it is a real multi-point control interface with a high degree of freedom, which is convenient and practical. However, in the process of realizing the present invention, the inventors found that the application of multi-touch technology is not common enough, especially in electronic reading. Therefore, how to use multi-touch technology to realize fast and convenient electronic reading is the research focus of relevant technical personnel.

Contents of the invention

The technical problem to be solved by the present invention is to provide a control method, device and touch screen device for electronic reading, so as to realize fast and convenient electronic reading.

A control method for electronic reading, comprising:

Obtain the information of the currently read page;

When at least two touch points are detected on the current reading page, acquiring position control parameters between predetermined two touch points among the at least two touch points;

According to the information of the current reading page and the position control parameters, a reading control operation is performed on the current reading page.

Wherein, when at least two touch points are detected on the current reading page, obtaining position control parameters between predetermined two touch points among the at least two touch points includes:

When at least two touch points are detected on the current reading page, two touch points are arbitrarily selected from the at least two touch points as the first touch point and the second touch point respectively, wherein the first touch point A touch point includes a first force application point and a first force retraction point, and a second touch point includes a second force application point and a second force retraction point;

calculating the distance between the first sub-force application point and the second sub-force application point and the distance between the first sub-force application point and the second sub-force application point, and calculating the first sub-force application point The difference between the distance between the second point of force application and the distance between the first point of force distribution and the second point of force distribution is used as the position control parameter.

At this time, the information of the current reading page is that the current reading page is a reading page, and when the position control parameter is greater than 0, the current reading page is processed according to the information of the current reading page and the position control parameter The reading control operation includes: switching the current reading page to a catalog page;

The information of the current reading page is that the current reading page is a catalog page, and when the position control parameter is greater than 0, a reading control operation is performed on the current reading page according to the information of the current reading page and the position control parameter Including: switching the catalog page to the upper level page of the catalog page;

The information of the current reading page is that the current reading page is a classified page, and when the position control parameter is greater than 0, a reading control operation is performed on the current reading page according to the information of the current reading page and the position control parameter Including: switching the classification page to the upper level page of the classification page;

The information of the current reading page is that the current reading page is a secondary page, and when the position control parameter is greater than 0, the reading control of the current reading page is performed according to the information of the current reading page and the position control parameter The operation includes: switching the secondary page to the home page of the application.

Wherein, when at least two touch points are detected on the current reading page, obtaining position control parameters between predetermined two touch points among the at least two touch points includes:

When at least two touch points are detected on the current reading page, two touch points are arbitrarily selected from the at least two touch points as the first touch point and the second touch point respectively, wherein the first touch point A touch point includes a first force application point and a first force retraction point, and a second touch point includes a second force application point and a second force retraction point;

respectively calculating the difference of the abscissa of the first sub-force application point and the first force receiving point, the difference of the abscissa of the second force application point and the second force receiving point, and the first sub-force application point, The ordinate relationship parameters of the first sub-force application point, the second sub-force application point, and the second sub-force collection point, and the difference between the first sub-force application point and the abscissa of the first force collection point , the difference between the abscissa of the second force applying point and the second force receiving point and the ordinate relationship parameter as the position control parameter.

At this time, the ordinate relationship parameters include a first ordinate sub-relationship parameter and a second ordinate sub-relationship parameter, wherein the first ordinate sub-relationship parameter is the first force distribution point and the first The difference between the ordinates of the sub-force application points, the second ordinate sub-relationship parameter is the difference between the ordinates of the second sub-force collection point and the second sub-force application point;

The reading control operation on the current reading page according to the information of the current reading page and the position control parameters includes:

When the absolute value of the difference between the abscissa of the first sub-force application point and the first force receiving point and the difference between the abscissa of the second force application point and the second force receiving point are both smaller than the first constant , the first ordinate sub-relationship parameter and the second ordinate sub-relationship parameter are both less than 0 and the absolute value of the difference between the first ordinate sub-relationship parameter and the second ordinate sub-relationship parameter is less than the first ordinate sub-relationship parameter When two constants, reduce the brightness of the current reading page;

When the absolute value of the difference between the abscissa of the first sub-force application point and the first force receiving point and the difference between the abscissa of the second force application point and the second force receiving point are both smaller than the first constant , the first ordinate sub-relationship parameter and the second ordinate sub-relationship parameter are both greater than 0 and the absolute value of the difference between the first ordinate sub-relationship parameter and the second ordinate sub-relationship parameter is less than the first ordinate sub-relationship parameter When two constants, increase the brightness of the current reading page;

Wherein, the first constant and the second constant are constants greater than or equal to 0 respectively.

Wherein, when at least two touch points are detected on the current reading page, obtaining position control parameters between predetermined two touch points among the at least two touch points includes:

When at least two touch points are detected on the current reading page, two touch points are arbitrarily selected from the at least two touch points as the first touch point and the second touch point respectively, wherein the first touch point A touch point includes a first force application point and a first force retraction point, and a second touch point includes a second force application point and a second force retraction point;

The coordinates of the first power distribution point and the second power distribution point are used as the position control parameters.

At this time, the reading control operation on the current reading page according to the information of the current reading page and the position control parameters includes:

When the coordinates of the first point of retraction and the coordinates of the second point of retraction are both located in the first area of the current reading page, the current reading page or the book to which the current page belongs is stored.

A control device for electronic reading, comprising:

An information acquisition unit, configured to acquire information on the currently read page;

A parameter acquiring unit, configured to acquire position control parameters between predetermined two touch points among the at least two touch points when at least two touch points are detected on the current reading page;

The reading control unit is configured to perform a reading control operation on the current reading page according to the information of the current reading page obtained by the information obtaining unit and the position control parameters obtained by the parameter obtaining unit.

Wherein, the parameter acquisition unit includes:

The first touch point selection module is configured to arbitrarily select two touch points from the at least two touch points as the first touch points when at least two touch points are detected on the current reading page point and a second touch point, wherein the first touch point includes a first force application point and a first force distribution point, and the second touch point includes a second force application point and a second force distribution point;

A first parameter acquisition module, configured to calculate the distance between the first sub-force application point and the second sub-force application point and the distance between the first sub-force retraction point and the second force sub-point, and The difference between the distance between the first sub-force application point and the second sub-force application point and the distance between the first sub-force retraction point and the second force sub-point is used as the position control parameter.

At this time, the reading control unit is specifically configured to: if the information of the current reading page is that the current reading page is a reading page, when the position control parameter is greater than 0, switch the current reading page to a catalog page; or

The reading control unit is specifically used for: if the information of the current reading page is that the current reading page is a catalog page, when the position control parameter is greater than 0, switch the catalog page to the upper level of the catalog page page; or

The reading control unit is specifically used for: if the information of the current reading page is that the current reading page is a classification page, when the position control parameter is greater than 0, switch the classification page to the upper level of the classification page page; or

The reading control unit is specifically configured to: if the information of the current reading page is that the current reading page is a secondary page, when the position control parameter is greater than 0, switch the secondary page to the application homepage.

Wherein, the parameter acquisition unit includes:

The second touch point selection module is used to arbitrarily select two touch points from the at least two touch points as the first touch points respectively when at least two touch points are detected on the current reading page point and a second touch point, wherein the first touch point includes a first force application point and a first force distribution point, and the second touch point includes a second force application point and a second force distribution point;

The second parameter acquisition module is used to respectively calculate the difference of the abscissa of the first sub-force application point and the first force receiving point, the difference of the abscissa of the second force application point and the second force receiving point, and The first sub-force application point, the first sub-force application point, the second sub-force application point, and the ordinate relationship parameters of the second sub-force application point, and the first sub-force application point and the second sub-force point The difference in abscissa of a force receiving point, the difference in abscissa of the second force application point and the second force receiving point, and the ordinate relationship parameter are used as the position control parameters.

At this time, the ordinate relationship parameters include a first ordinate sub-relationship parameter and a second ordinate sub-relationship parameter, wherein the first ordinate sub-relationship parameter is the first force distribution point and the first The difference between the ordinates of the sub-force application points, the second ordinate sub-relationship parameter is the difference between the ordinates of the second sub-force collection point and the second sub-force application point;

The reading control unit is specifically used for: when the absolute value of the difference between the abscissa of the first sub-force application point and the first force receiving point and the abscissa of the second force application point and the second force receiving point The absolute values of the differences are all less than a first constant, the first ordinate sub-relation parameter and the second ordinate sub-relation parameter are both less than 0, and the first ordinate sub-relation parameter and the second ordinate sub-relation parameter When the absolute value of the difference between the relationship parameters is less than the second constant, reduce the brightness of the current reading page; or

The reading control unit is specifically used for: when the absolute value of the difference between the abscissa of the first sub-force application point and the first force receiving point and the abscissa of the second force application point and the second force receiving point The absolute values of the differences are all smaller than the first constant, the first ordinate sub-relation parameter and the second ordinate sub-relation parameter are both greater than 0, and the first ordinate sub-relation parameter and the second ordinate sub-relation parameter When the absolute value of the difference between the relationship parameters is less than the second constant, increase the brightness of the current reading page;

Wherein, the first constant and the second constant are constants greater than or equal to 0 respectively.

Wherein, the parameter acquisition unit includes:

The third touch point selection module is used to arbitrarily select two touch points from the at least two touch points as the first touch points respectively when at least two touch points are detected on the current reading page point and a second touch point, wherein the first touch point includes a first force application point and a first force distribution point, and the second touch point includes a second force application point and a second force distribution point;

A third parameter acquisition module, configured to use the coordinates of the first point of distribution and the second point of distribution of force as the position control parameters.

At this time, the reading control unit is specifically configured to store the current reading page or the current The book the page belongs to.

A touch screen device includes the aforementioned electronic reading control device.

The beneficial technical achievement that the present invention obtains is:

The electronic reading control method, device, and touch screen device of the present invention use multi-touch technology in electronic reading. When at least two touch points are detected on the current reading page, the at least two touch points are acquired. According to the position control parameters between two predetermined touch points in the control points, the reading control operation of the current reading page can be realized according to the position control parameters. Therefore, fast and convenient electronic reading is realized by using the present invention.

Description of drawings

Fig. 1 is the flowchart of the electronic reading control method of the present invention;

Fig. 2a, Fig. 2b, Fig. 3-Fig. 6 are the specific operation diagrams of the electronic reading control method of the present invention respectively;

FIG. 7 is a schematic diagram of the electronic reading control device of the present invention.

Detailed ways

In order to make the technical problems, technical solutions and advantages to be solved by the present invention clearer, the following will describe in detail with reference to the drawings and specific embodiments.

As shown in Figure 1, the electronic reading control method of the present invention comprises:

Step 11, obtaining the information of the currently read page.

In the present invention, the current reading page refers to the page in the electronic book that the reader is currently reading. The information of the current reading page includes the page number of the current reading page, the category of the previous reading page, for example, whether the current page is a reading page, a catalog page, a classification page, or a secondary page, etc.

Step 12. When at least two touch points are detected on the current reading page, acquire position control parameters between predetermined two touch points among the at least two touch points.

LED (Light-Emitting Diode, light-emitting diode) light is added to the interlayer of the touch screen. When the user presses the screen with a finger, due to the difference in the applied force, the LED light in the interlayer will cause different reflection effects, thereby touching the screen. The sensor can capture the force applied by the user's finger through the change of the received light. In the prior art, it can be detected whether the user is performing multi-touch or other forms of touch on the touch screen according to the difference in force exerted by the finger, the duration of the force applied and the position of the force applied. For example, when it is detected that there is a first touch point at a certain coordinate on the touch screen, another second touch point is detected on the touch screen within a period of time (such as 1s) when the first touch point continues to act. point, therefore, it can be considered that the user performs a multi-touch operation on the touch screen. Each touch point can detect its force point and force point. According to the change of the coordinates of each touch point or the change of the trajectory connected by the coordinates, it can be judged that other operations such as stretching and shrinking are being performed.

In the multi-touch technology, usually there are more than two touch points on the touch screen. In the present invention, when it is detected that there are at least two touch points on the touch screen, the position control parameters before any two touch points can be obtained. Of course, when there are more than two touch points, the position control parameters between the specified two touch points can also be obtained. For example, when three touch points are detected on the touch screen, position control parameters between the first touch point and the second touch point may be acquired.

In the present invention, in different situations, the position control parameters contain different contents. Assume that the selected two touch points are the first touch point and the second touch point respectively, wherein the first touch point includes the first force application point and the first force retraction point, and the second touch point includes the first force point Two-point force application point and second point of force-retraction point. Then, the position control parameter may be the difference between the distance between the first sub-force application point and the second sub-force application point and the distance between the first sub-force retraction point and the second force sub-point . Or, under certain circumstances, the difference between the abscissa of the first sub-force application point and the first force receiving point, the difference of the abscissa of the second force applying point and the second force receiving point, and The ordinate relationship parameter is used as the position control parameter. Alternatively, the coordinates of the first force distribution point and the second force distribution point may also be used as the position control parameters.

In addition, the position control parameters may also include moving directions of the first touch point and the second touch point on the touch screen. For example, the position control parameter may be the distance between the first sub-force application point and the second sub-force application point and the distance between the first sub-force retraction point and the second force sub-point. In a bad situation, if the first touch point and the second touch point move relatively inward, a reading control operation on the current page being read can be performed. The same is true in the case of other position control parameters, that is, when it is detected that the first touch point and the second touch point move inward relatively, the reading control operation under this condition is performed.

Step 13: Perform a reading control operation on the current reading page according to the information of the current reading page and the position control parameters.

According to the information of the current reading page and the content contained in the position control parameters, different reading operations can be performed on the current reading page, such as jumping to the catalog page, or collecting the current reading page or the book to which the current page belongs, or Adjust the brightness of the current page and more.

It can be seen from the above that when using multi-touch technology in electronic reading, when at least two touch points are detected on the current reading page, two predetermined touch points among the at least two touch points are acquired. The position control parameters between the control points, so that the reading control operation of the current reading page can be realized according to the position control parameters. Therefore, fast and convenient electronic reading is realized by using the present invention.

Hereinafter, how to use the method of the present invention to realize the reading control operation of the current reading page will be introduced in detail.

Assume that the selected two touch points are the first touch point and the second touch point respectively, wherein the first touch point includes the first sub-force application point A1 (X1, Y1) and the first sub-force point A2 ( X2, Y2), the second touch point includes a second sub-force point B1 (X3, Y3) and a second sub-force point B2 (X4, Y4).

Case 1: The position control parameter is the difference between the distance between the first sub-force application point and the second sub-force application point and the distance between the first sub-force retraction point and the second force sub-point.

Here, calculate the straight-line distance between the first point of force application and the second point of force application, denoted as |A1B1| .

When the position control parameter is the difference between the distance between the first sub-force application point and the second sub-force application point and the distance between the first sub-force retraction point and the second force sub-point (| When A1B1|-|A2B2|) is less than or equal to 0, no operation will be performed on the current reading page.

When the position control parameter (|A1B1|-|A2B2|) is greater than 0:

As shown in Figures 2a and 2b, if the information of the current reading page is that the current reading page is a reading page, then the current reading page is switched to a catalog page. Wherein, in the electronic book, the catalog page is a page of pure text. In comics, the catalog page can be designed as a graphic, and users can see the thumbnails and chapter names of the first page of each comic. Click any chapter in the catalog page to jump to the first page of the corresponding chapter through the pre-established link;

As shown in Figure 3, if the information of the current reading page is that the current reading page is a catalog page, then the catalog page is switched to the upper level page of the catalog page, such as other reading pages or summary pages;

As shown in Figure 3 again, if the information of the current reading page is that the current reading page is a classification page, then the classification page is switched to the upper level page of the classification page;

As shown in FIG. 4 , the information of the current reading page is that the current reading page is a secondary page, and then the secondary page is switched to the home page of the application, for example, the home page of the e-book city.

Case 2: The position control parameters include: the difference |X1-X2| Coordinate difference |X3-X4| and ordinate relation parameter.

In this case, the ordinate relationship parameters include a first ordinate sub-relationship parameter and a second ordinate sub-relationship parameter, wherein the first ordinate sub-relationship parameter is the first ordinate distribution point and the The difference between the ordinates of the first sub-force application point, and the second ordinate sub-relationship parameter is the difference between the ordinates of the second sub-force application point and the second sub-force application point.

When it is detected that two touch points move in a certain direction at the same time, the brightness of the current reading page can be adjusted.

That is, when the absolute value of the difference between the abscissa of the first sub-force application point and the first force receiving point and the absolute value of the difference between the abscissa of the second force applying point and the second force receiving point are less than The first constant, the absolute value of the difference between the first ordinate sub-relation parameter and the second ordinate sub-relation parameter is less than 0 and the difference between the first ordinate sub-relation parameter and the second ordinate sub-relation parameter When the value is less than the second constant, reduce the brightness of the current reading page; when the absolute value of the difference between the abscissa of the first sub-force application point and the first force-retracting point and the second force application point and the first The absolute values of the differences between the abscissas of the two pull-in points are smaller than the first constant, the first ordinate sub-relation parameter and the second ordinate sub-relation parameter are both greater than 0, and the first ordinate sub-relation parameter and When the absolute value of the difference of the second ordinate sub-relationship parameter is smaller than a second constant, the brightness of the currently read page is increased. Wherein, both the first constant and the second constant are arbitrary constants greater than or equal to 0.

For example, as shown in Figure 5, when |X1-X2|<Q and |X3-X4|<Q (Q is a constant greater than or equal to 0), (Y2-Y1) and (Y4-Y3) are both less than 0, and When |(Y2-Y1)-(Y4-Y3)| is less than L (L is a constant greater than or equal to 0), reduce the brightness of the current reading page. When |X1-X2|<Q and |X3-X4|<Q (Q is a constant greater than or equal to 0), (Y2-Y1) and (Y4-Y3) are both greater than 0, and |(Y2-Y1)-( When Y4-Y3)| is less than L (L is a constant greater than or equal to 0), increase the brightness of the current reading page. The reverse is also possible.

Case 3: The position control parameters include the coordinates of the first point of retraction and the second point of retraction.

When the coordinates of the first point of retraction and the coordinates of the second point of retraction are both located in the first area of the current reading page, the current reading page or the book to which the current page belongs is stored. Wherein, the first area may be any specified area of the currently read page. For example, as shown in Figure 6, when the coordinates of the first point of retraction and the second point of retraction are within a certain coordinate range of the lower right corner of the current reading page, the current reading page or the book to which the current page belongs can be collected , or bookmark other content such as pictures in the current reading page, such as audio files, etc.

It can be seen from the above that the method of the present invention uses the multi-touch technology more flexibly, so that the reading control operation in electronic reading can be realized more conveniently and quickly.

As shown in Figure 7, the electronic reading control device of the present invention includes:

An information acquisition unit 61, configured to acquire the information of the currently read page;

A parameter acquisition unit 62, configured to acquire position control parameters between predetermined two touch points among the at least two touch points when at least two touch points are detected on the current reading page;

The reading control unit 63 is configured to perform a reading control operation on the current reading page according to the information of the current reading page obtained by the information obtaining unit and the position control parameters obtained by the parameter obtaining unit.

Wherein, according to the content included in the position control parameter, the parameter acquisition unit may include different components. Wherein, the meanings of the position control parameters are the same as those described in the foregoing embodiments.

For example, the parameter acquisition unit 62 may include: a first touch point selection module, configured to arbitrarily select from the at least two touch points when at least two touch points are detected on the current reading page. The two touch points are respectively used as the first touch point and the second touch point, wherein the first touch point includes the first sub-force point and the first sub-force point, and the second touch point includes the second sub-force point and The second force distribution point; the first parameter acquisition module, used to calculate the distance between the first force application point and the second force application point and the first force distribution point and the second force application point and the difference between the distance between the first sub-force application point and the second sub-force application point and the distance between the first sub-force application point and the second sub-force point is taken as the The above position control parameters.

At this time, the reading control unit 63 is configured to: if the information of the current reading page is that the current reading page is a reading page, when the position control parameter is greater than 0, switch the current reading page to a catalog page; or The reading control unit 63 is specifically configured to: if the information of the current reading page is that the current reading page is a catalog page, when the position control parameter is greater than 0, switch the catalog page to the previous page of the catalog page level page; or the reading control unit 63 is specifically configured to: if the information of the current reading page is that the current reading page is a classification page, when the position control parameter is greater than 0, switch the classification page to the classification page The upper-level page of the page; or the reading control unit 63 is specifically configured to: if the information of the current reading page is that the current reading page is a second-level page, when the position control parameter is greater than 0, the second-level page The page switches to the application home page.

For another example, the parameter acquisition unit 62 may include: a second touch point selection module, configured to select any of the at least two touch points when at least two touch points are detected on the current reading page. Select two touch points as the first touch point and the second touch point respectively, wherein the first touch point includes the first sub-force point and the first sub-force point, and the second touch point includes the second point of force application and the second point of force collection; the second parameter acquisition module is used to calculate the difference of the abscissa of the first point of force application and the first point of force respectively, the second point of force application and the second point of force collection The difference in abscissa, and the ordinate relationship parameters of the first sub-force application point, the first sub-force application point, the second sub-force application point, and the second sub-force collection point, and the first The difference of the abscissa between the sub-force application point and the first force receiving point, the difference of the abscissa between the second force applying point and the second force receiving point, and the ordinate relationship parameter are used as the position control parameters.

At this time, the reading control unit 63 is specifically configured to: when the absolute value of the difference between the abscissa of the first sub-force application point and the first force receiving point and the second force application point and the second force receiving point The absolute value of the difference of the abscissa is less than the first constant, the first ordinate sub-relation parameter and the second ordinate sub-relation parameter are both less than 0, and the first ordinate sub-relation parameter and the second ordinate sub-relation parameter When the absolute value of the difference between the two ordinate sub-relational parameters is less than the second constant, reduce the brightness of the current reading page;

Alternatively, the reading control unit 63 is specifically configured to: when the absolute value of the abscissa difference between the first sub-force application point and the first force receiving point and the difference between the second force applying point and the second force receiving point The absolute value of the difference of the abscissa is smaller than the first constant, the first ordinate sub-relation parameter and the second ordinate sub-relation parameter are both greater than 0, and the first ordinate sub-relation parameter and the second ordinate sub-relation parameter are both greater than 0. When the absolute value of the difference between the ordinate sub-relational parameters is smaller than the second constant, the brightness of the currently read page is increased.

Wherein, the first constant and the second constant are constants greater than or equal to 0 respectively.

For another example, the parameter acquisition unit 82 may include: a third touch point selection module, configured to select any of the at least two touch points when at least two touch points are detected on the current reading page. Select two touch points as the first touch point and the second touch point respectively, wherein the first touch point includes the first sub-force point and the first sub-force point, and the second touch point includes the second point of force application and the second power distribution point; a third parameter acquisition module, configured to use the coordinates of the first power distribution point and the second power distribution point as the position control parameters.

At this time, the reading control unit 63 is specifically configured to store the current reading page or The book the current page belongs to.

In this embodiment, the meaning and content of each parameter can refer to the description of the foregoing embodiments, and the working principle of the electronic reading control device of the present invention can also refer to the description of the foregoing method embodiments.

In addition, the present invention also provides a touch screen device, including the electronic reading control device shown in FIG. 7 . Wherein, the touch screen device may be a touch screen mobile phone, a tablet computer and other devices.

It can be seen from the above that when using multi-touch technology in electronic reading, when at least two touch points are detected on the current reading page, two predetermined touch points among the at least two touch points are acquired. The position control parameters between the control points, so that the reading control operation of the current reading page can be realized according to the position control parameters. Therefore, fast and convenient electronic reading is realized by using the present invention.

The above description is a preferred embodiment of the present invention, it should be pointed out that for those of ordinary skill in the art, without departing from the principle of the present invention, some improvements and modifications can also be made, and these improvements and modifications can also be made. It should be regarded as the protection scope of the present invention.

Claims (15)

1. A control method for electronic reading, characterized in that, comprising: Obtain the information of the currently read page; When at least two touch points are detected on the current reading page, obtaining position control parameters between predetermined two touch points among the at least two touch points includes: when detecting on the current reading page When there are at least two touch points, arbitrarily select two touch points from the at least two touch points as the first touch point and the second touch point, wherein the first touch point includes the first touch point The sub-force point and the first sub-retraction point, and the second touch point includes the second sub-force point and the second sub-retraction point; According to the information of the current reading page and the position control parameters, a reading control operation is performed on the current reading page. 2. The method according to claim 1, wherein when at least two touch points are detected on the current reading page, one of the predetermined two touch points among the at least two touch points is obtained Among the position control parameters also include: calculating the distance between the first sub-force application point and the second sub-force application point and the distance between the first sub-force application point and the second sub-force application point, and calculating the first sub-force application point The difference between the distance between the second point of force application and the distance between the first point of force distribution and the second point of force distribution is used as the position control parameter. 3. The method according to claim 1, wherein when at least two touch points are detected on the current reading page, one of the predetermined two touch points among the at least two touch points is obtained Among the position control parameters include: respectively calculating the difference of the abscissa of the first sub-force application point and the first sub-force retraction point, the difference of the abscissa of the second sub-force application point and the second sub-force retraction point, and the first sub-force The force application point, the first point of force distribution, the second point of force application, the ordinate relationship parameters of the second point of force distribution, and the first point of force application and the first point of force distribution The difference in abscissa, the difference in abscissa between the second sub-force application point and the second sub-force retraction point, and the ordinate relationship parameter are used as the position control parameters. 4. The method according to claim 1, wherein when at least two touch points are detected on the current reading page, one of the predetermined two touch points among the at least two touch points is acquired Among the position control parameters include: The coordinates of the first power distribution point and the second power distribution point are used as the position control parameters. 5. The method of claim 2, wherein, The information of the current reading page is that the current reading page is a reading page, and when the position control parameter is greater than 0, a reading control operation is performed on the current reading page according to the information of the current reading page and the position control parameter Including: switching the current reading page to a catalog page; The information of the current reading page is that the current reading page is a catalog page, and when the position control parameter is greater than 0, a reading control operation is performed on the current reading page according to the information of the current reading page and the position control parameter Including: switching the catalog page to the upper level page of the catalog page; The information of the current reading page is that the current reading page is a classified page, and when the position control parameter is greater than 0, a reading control operation is performed on the current reading page according to the information of the current reading page and the position control parameter Including: switching the classification page to the upper level page of the classification page; The information of the current reading page is that the current reading page is a secondary page, and when the position control parameter is greater than 0, the reading control of the current reading page is performed according to the information of the current reading page and the position control parameter The operation includes: switching the secondary page to the home page of the application. 6. The method according to claim 3, wherein the ordinate relation parameter comprises a first ordinate sub-relation parameter and a second ordinate sub-relation parameter, wherein the first ordinate sub-relation parameter is The difference between the first point of retraction and the ordinate of the first point of force application, and the second ordinate sub-relationship parameter is the difference between the second point of retraction and the ordinate of the second point of force application Difference; The reading control operation on the current reading page according to the information of the current reading page and the position control parameters includes: When the absolute value of the difference between the first sub-force application point and the abscissa of the first sub-force point and the absolute value of the difference between the second sub-force application point and the abscissa of the second sub-force point are less than The first constant, the absolute value of the difference between the first ordinate sub-relation parameter and the second ordinate sub-relation parameter is less than 0 and the difference between the first ordinate sub-relation parameter and the second ordinate sub-relation parameter When the value is less than the second constant, reduce the brightness of the current reading page; When the absolute value of the difference between the first sub-force application point and the first sub-force point on the abscissa and the absolute value of the difference between the second sub-force application point and the second sub-force point on the abscissa is less than The first constant, the absolute value of the difference between the first ordinate sub-relation parameter and the second ordinate sub-relation parameter is greater than 0 and the difference between the first ordinate sub-relation parameter and the second ordinate sub-relation parameter When the value is less than the second constant, increase the brightness of the current reading page; Wherein, the first constant and the second constant are constants greater than or equal to 0 respectively. 7. The method according to claim 4, characterized in that, performing a reading control operation on the current reading page according to the information of the current reading page and the position control parameters comprises: When the coordinates of the first point of retraction and the coordinates of the second point of retraction are both located in the first area of the current reading page, the current reading page or the book to which the current page belongs is stored. 8. A control device for electronic reading, characterized in that it comprises: An information acquisition unit, configured to acquire information on the currently read page; A parameter acquiring unit, configured to acquire position control parameters between predetermined two touch points among the at least two touch points when at least two touch points are detected on the current reading page; A reading control unit, configured to perform a reading control operation on the current reading page according to the information of the current reading page acquired by the information acquiring unit and the position control parameters acquired by the parameter acquiring unit; The parameter acquisition unit includes: The first touch point selection module is configured to arbitrarily select two touch points from the at least two touch points as the first touch points when at least two touch points are detected on the current reading page point and a second touch point, wherein the first touch point includes a first force application point and a first force distribution point, and the second touch point includes a second force application point and a second force distribution point. 9. The device according to claim 8, wherein the parameter acquisition unit comprises: A first parameter acquisition module, configured to calculate the distance between the first sub-force application point and the second sub-force application point and the distance between the first sub-force retraction point and the second force sub-point, and The difference between the distance between the first sub-force application point and the second sub-force application point and the distance between the first sub-force retraction point and the second force sub-point is used as the position control parameter. 10. The device according to claim 8, wherein the parameter acquisition unit comprises: The second parameter acquisition module is used to calculate the difference between the first sub-force application point and the abscissa of the first sub-retraction point, and the difference between the second sub-force application point and the abscissa of the second sub-force point. difference, and the first sub-force point, the first sub-force point, the second sub-force point, the ordinate relationship parameters of the second sub-force point, and the first sub-force point and The difference of the abscissa of the first power distribution point, the difference of the abscissa of the second power application point and the second power distribution point, and the ordinate relationship parameter are used as the position control parameters. 11. The device according to claim 8, wherein the parameter acquisition unit comprises: A third parameter acquisition module, configured to use the coordinates of the first point of distribution and the second point of distribution of force as the position control parameters. 12. The device of claim 9, wherein: The reading control unit is specifically configured to: if the information of the current reading page is that the current reading page is a reading page, when the position control parameter is greater than 0, switch the current reading page to a catalog page; or The reading control unit is specifically used for: if the information of the current reading page is that the current reading page is a catalog page, when the position control parameter is greater than 0, switch the catalog page to the upper level of the catalog page page; or The reading control unit is specifically used for: if the information of the current reading page is that the current reading page is a classification page, when the position control parameter is greater than 0, switch the classification page to the upper level of the classification page page; or The reading control unit is specifically configured to: if the information of the current reading page is that the current reading page is a secondary page, when the position control parameter is greater than 0, switch the secondary page to the application homepage. 13. The device according to claim 10, wherein the ordinate relationship parameter comprises a first ordinate sub-relation parameter and a second ordinate sub-relation parameter, wherein the first ordinate sub-relation parameter is The difference between the first point of retraction and the ordinate of the first point of force application, and the second ordinate sub-relationship parameter is the difference between the second point of retraction and the ordinate of the second point of force application Difference; The reading control unit is specifically used for: when the absolute value of the abscissa difference between the first sub-force application point and the first sub-force retraction point and the difference between the second sub-force application point and the second The absolute value of the difference of the abscissa is smaller than the first constant, the first ordinate sub-relation parameter and the second ordinate sub-relation parameter are both less than 0, and the first ordinate sub-relation parameter and the second ordinate sub-relation parameter are both less than 0. When the absolute value of the difference between the ordinate sub-relational parameters is less than the second constant, reduce the brightness of the current reading page; or The reading control unit is specifically used for: when the absolute value of the abscissa difference between the first sub-force application point and the first sub-force retraction point and the difference between the second sub-force application point and the second The absolute value of the difference of the abscissa is smaller than the first constant, the first ordinate sub-relation parameter and the second ordinate sub-relation parameter are both greater than 0, and the first ordinate sub-relation parameter and the second ordinate sub-relation parameter are both greater than 0. When the absolute value of the difference between the ordinate sub-relational parameters is less than the second constant, increase the brightness of the current reading page; Wherein, the first constant and the second constant are constants greater than or equal to 0 respectively. 14. The device according to claim 11, wherein the reading control unit is specifically configured to when the coordinates of the first point of retraction and the coordinates of the second point of retraction are both located on the first page of the current reading page When an area is displayed, bookmark the current reading page or the book to which the current page belongs. 15. A touch screen device, characterized by comprising the electronic reading control device according to any one of claims 8-14.