CN108803973B - Video information component grouping display method for mobile terminal - Google Patents
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- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
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Abstract
The invention discloses a video information component grouping display method for a mobile terminal, which is characterized in that based on the clicking position of a user in a video playing area, a system converts the clicking position into a subdivided area of the video playing area, and then related components of the video information classification are displayed on an interface according to the relationship between the subdivided area and the video information classification established by the system. The video information component is an interface component for displaying video-related information, and the displayed content of the component comprises one or more pieces of information related to the video of the user, such as text, hyperlinks, pictures, overview videos, buttons, icons, progress bars and the like related to the video. A video information component may be composed of one or more basic controls, such as text boxes, WEBVIEW controls, and the like. According to the method and the device, different classifications of the video information components can be displayed quickly only by clicking once by a user, and compared with the traditional mode, the operation efficiency is greatly improved.
Description
Technical Field
The invention belongs to the technical field of video playing of mobile terminals, and particularly relates to a video information component grouping display method for a mobile terminal.
Background
Most mobile terminal video software supports full-screen video playing. When the video is played in a full screen mode, when a user clicks a video playing area, the mobile terminal video software can present trigger buttons, icons or menus of various information on an interface. When the user clicks these buttons, icons or menus, the mobile terminal video software will present the corresponding video information components at the interface.
The video information component is an interface component for displaying video-related information, and the displayed content of the component comprises one or more pieces of information related to the video of the user, such as text, hyperlinks, pictures, overview videos, buttons, icons, progress bars and the like related to the video. A video information component may be composed of one or more basic controls, such as text boxes, WEBVIEW controls, and the like. Various information related to video includes: video name, video length, start stop button, progress bar of video, brief introduction of video, comment of video, title and link list of video, search and map, etc. Various video information can be classified according to different standards, for example, video self-control information and video related information can be classified according to purposes. The video control class information includes: progress bar of video, video name, video length, start stop button, etc. The video related class information includes: a brief introduction of the video, comments of the video, a title and link of the video, a search of the video, etc.
The existing mobile terminal video software has two implementation modes when displaying video information. The method comprises the steps that a user clicks in a playing area, all buttons or icons are displayed in a unified mode, the user clicks the buttons or the icons again, and a corresponding video information component is displayed on an interface; and in the second mode, the user clicks in the playing area to display the default video information component or display the video information component used last time. Problem of the first mode: the user is required to perform two times of clicking operations, which is relatively complicated; problem of the second mode: displaying the default video information component or the video information component that was used by the user last time, the displayed content is not flexible enough to be what the user does not want to see. The problems with both approaches are: the requirement that a user can see certain information at a certain moment can not be met, and the user experience is difficult to meet.
Disclosure of Invention
The invention aims to provide a video information component grouping display method for a mobile terminal to solve the problems.
In order to achieve the purpose, the invention adopts the following technical scheme:
a video information component grouping display method for a mobile terminal, comprising the steps of:
the method comprises the following steps: the mobile terminal video software system records at least three parts of data in a memory or an external memory by default: data of initial classification of various video information components; the video playing area is divided into data of at least a plurality of rectangular subdivision areas; correspondence data of all or part of the subdivided regions and the classifications of the video information components;
step two: when a user clicks a video playing area by a finger, the mobile terminal video software system transforms the clicking position coordinate into a subdivided area of a certain video playing area, and then displays all classified components on an interface according to the classified data of the video information components corresponding to the subdivided area.
Furthermore, the mobile terminal video software system at least comprises a video information classification unit, a video subdivision area management unit, a video classification and area relation management unit, an interface display unit and a video playing unit; each unit is a logic module and can be combined with other units when being realized;
the video information classification unit is used for recording default video information component classification data of the system or recording video information component classification data configured on an interface by a user;
the video subdivision area management unit records data of a default video subdivision area of a system or records data of a video subdivision area configured on an interface by a user;
the video classification and area relation management unit records the classification relation of the default subdivided area of the system corresponding to the video information component, or records the classification relation of the subdivided area configured on the interface by the user corresponding to the video information component;
the interface display unit is responsible for configuring video information component classification data on an interface by a user; data of a video subdivision area configured on an interface by a user; configuring a classification relation of the video information components corresponding to the subdivision areas of the video playing area on the interface by a user; display of the video information component;
and the video playing unit is used for converting the coordinates of the clicking position into a subdivided region of a certain video playing region in the process of clicking an event when a user clicks the video playing region by a finger, and then displaying all the components corresponding to the classification on an interface according to the classification data of the video information components corresponding to the subdivided region.
Further, the step one is specifically realized as follows:
the mobile terminal video software system establishes initial classification of various video information components by default;
the mobile terminal video software system classifies various video information components according to a plurality of standards; the mobile terminal video software system establishes an identifier of each classification and an identifier list of video information components in each classification by default; the list contains an identification of one or more video information components;
the mobile terminal video software system divides a video playing area into at least a plurality of rectangular subdivided areas by default, and establishes a screen coordinate data structure of each subdivided area, wherein the screen coordinate data structure comprises the starting coordinate and the ending coordinate of an X axis and a Y axis of each subdivided area, or only comprises the starting coordinate, the ending coordinate or the range of the X axis, or only comprises the starting coordinate, the ending coordinate or the range of the Y axis; wherein, the X axis is an abscissa axis, and the Y axis is an ordinate axis; the origin of the coordinate axis is consistent with the X axis, the Y axis and the mobile operating system;
and the mobile terminal video software system establishes corresponding relation data of all or part of the subdivided regions and the classification of the video information components by default according to the established classification identifier list and the video subdivided region list.
Further, the step two is specifically realized as follows:
1) the video playing unit acquires a click position in click event processing triggered by a user;
2) the video playing unit inquires the data of the video subdivision region recorded by the video subdivision region management unit by using the click position to obtain the video subdivision region data corresponding to the click position;
3) the video playing unit inquires the relation data of the classification of the video information component corresponding to the subdivided region recorded by the video classification and region relation management unit by using the video subdivided region data to obtain the classification identification of the video information component;
4) the video playing unit inquires the video information component classification data recorded by the video information classification unit by using the classification identification of the video information component to obtain an identification list of the video information component in the classification;
5) and the video playing unit calls or notifies the interface display unit, and displays the corresponding video information component according to the identification list of the video information component included in the classification.
Further, the interface display unit provides a method for configuring classification data of the video information component; a video information classification unit of the system records classification data of various video information components; the interface display unit can create, edit, delete and inquire the classification data of the video information component;
the concrete implementation is as follows:
when the new video information classification is established, the interface presents the name configuration of the video information classification; a video information classification corresponding to one or more video information components; after the new establishment is completed, a video information classification unit of the system generates a video information classification identifier, and a mature identifier generation mechanism in the industry is adopted; selecting one or more video information components corresponding to the video information classification on an interface by a user; then the video information classification unit establishes the corresponding relation between the video information classification and the video information component list. And the interface display unit can create, edit, delete and inquire the classification data of the video information component.
Furthermore, the interface display unit provides a configuration method for dividing the video playing area into at least a plurality of rectangular subdivided areas, and the mobile terminal video software system records the subdivided area data;
the concrete implementation is as follows:
selecting a certain subdivision area of the playing area on the interface by a user, and then selecting a certain classification of the corresponding video information component to complete the corresponding relation configuration; and the video classification and area relation management unit records the relation data of a certain classification of a certain subdivided area corresponding to the video information component of the video playing area configured on the interface by the user.
Further, the interface display unit provides a method for configuring the corresponding relation between the subdivision areas of the video playing area and the classification of the video information components, and the mobile terminal video software system records the corresponding relation;
the concrete implementation is as follows:
selecting a certain subdivision area of the playing area on the interface by a user, and then selecting a certain classification of the corresponding video information component to complete the corresponding relation configuration;
and the video classification and area relation management unit records the relation of a certain classification of a certain subdivided area corresponding to the video information component of the video playing area configured on the interface by the user.
Furthermore, a mobile terminal video software system or a user configures the relationship between the subdivision area and the single video information component, and when the user clicks the video playing area, the system only triggers the single video information component to display;
when a user clicks a video playing area, the specific implementation that the system only triggers the display of a single video information component is as follows:
1) the video playing unit acquires a click position in click event processing triggered by a user;
2) the video playing unit inquires the data of the video subdivision region recorded by the video subdivision region management unit by using the click position to obtain the video subdivision region data corresponding to the click position;
3) the video playing unit inquires the relation data of the video information component corresponding to the subdivided region recorded by the video classification and region relation management unit by using the video subdivided region data to obtain a video information component identifier;
4) and the video playing unit calls or notifies the interface display unit, and displays the corresponding video information component according to the identification of the video information component.
Compared with the prior art, the invention has the following technical effects:
according to the method and the device, the click position is converted into the subdivided region of the video playing region based on the click position of the user in the video playing region, and different classifications of the video information components can be rapidly displayed by the user only needing one click according to the classification of the video information components corresponding to the subdivided region, so that the operation experience of the user is improved. According to the technology, the classified display control is performed on the video information, so that the display content is concise, the requirement that a user only wants to see certain information at a certain moment can be met, and the simple and rapid operation requirement of the user is met.
Drawings
FIG. 1 is a schematic diagram of a video information classification configuration;
FIG. 2 is a schematic view of a video area configuration;
FIG. 3 is a schematic view of video classification and region mapping configuration;
Detailed Description
The invention is further illustrated below in connection with fig. 1-3:
the system is a typical mobile terminal video software system and at least comprises a video information classification unit, a video subdivision area management unit, a video classification and area relation management unit, an interface display unit and a video playing unit. Each unit is a logic module, and can be combined with other units when being realized.
The video information classification unit is used for recording classification data of a default video information component of the system or recording classification data of a video information component configured on an interface by a user;
the video subdivision area management unit records data of a default video subdivision area of a system or records data of a video subdivision area configured on an interface by a user;
the video classification and area relation management unit records the relation of a certain classification of the video information component corresponding to the default subdivided area of the system or records the relation of the classification of the video information component corresponding to the subdivided area configured on the interface by the user;
the interface display unit is responsible for: configuring classification data of the video information component on an interface by a user; data of a video subdivision area configured on an interface by a user; configuring a classification relation of the video information components corresponding to the subdivision areas of the video playing area on the interface by a user; display of the video information component;
the video playing unit is used for converting the coordinates of the clicking position into a subdivided region of a certain video playing region in the process of clicking an event when a user clicks the video playing region by a finger, and displaying all components corresponding to the classification on an interface according to the classification data of the video information components corresponding to the subdivided region;
the embodiment 1, the system generates default data, when a user clicks a video playing area, the system classifies videos corresponding to the video subdivision area according to the video subdivision area corresponding to the clicked area, and displays a corresponding video information component;
the method comprises the following specific steps:
step one, the system records at least three parts of data in a memory or an external memory by default: data of initial classification of various video information components; the video playing area is divided into data of a plurality of rectangular subdivision areas; correspondence data of all or part of the subdivided regions and the classifications of the video information components;
the specific process comprises the following steps:
1) the system establishes initial classification of various video information components by default and records the initial classification by a video information classification unit;
the various video information is classified according to certain criteria within the system. For example, the video self-control class and the video related class are classified according to purposes. The system may also establish different classifications based on different criteria. The video information classification unit of the system records classification data of various video information components.
The concrete implementation is as follows: the system establishes an identifier of each classification and an identifier list of video information components in each classification by default; the list contains an identification of one or more video information components; an identity may be an instance of a class;
for example, a certain category is video self-control category information, and specific video information components included therein are: progress bar of video, video name, video length, start stop button. The method for establishing this classification in the android system is as follows:
the identification of the video self-control information in the system can be set as a Vector VideoControlgroup, the Vector is a standard JAVA class, and a dynamic array is realized; the VideoControlgroup is the name of the newly established class identifier. The video name, progress bar of the video, video length, start stop button contained in the video information component, the identification inside the system can be set as an example of the respective class: string View Title, View VideoProgressControl, TextView VideoLength, ImageView VideoStartStopControl. The corresponding relationship between the classification and the video information component list is established, and may be implemented by an addElement method of a Vector, such as, for example, videocontrolgroup.
Therefore, the system establishes the corresponding relation between the classified Vector VideoControlgroup and the video information component list, and can traverse the Vector VideoControlgroup to access the video information component.
2) The system divides a video playing area into a plurality of rectangular subdivided areas by default, and establishes a screen coordinate data structure of each subdivided area, wherein the screen coordinate data structure comprises the starting coordinate and the ending coordinate of the X axis and the Y axis of each subdivided area, or only comprises the starting coordinate, the ending coordinate or the range of the X axis, or only comprises the starting coordinate, the ending coordinate or the range of the Y axis. Wherein, the X axis is an abscissa axis, and the Y axis is an ordinate axis; the origin of the coordinate axes can be consistent with the X axis and the Y axis of the mobile operating system.
The description form of the rectangular subdivided region is exemplified by:
{ { X1, Y1}, { X2, Y2} }, which denotes a rectangle with starting coordinates { X1, Y1} and ending coordinates { X2, Y2 };
{ X <1/2 screen length }, a rectangle representing the area 1/2 on the left side of the screen;
{ Y <1/4 screen width }, a rectangle representing the area 1/4 below the screen;
3) the system establishes a certain classification relation of video information components corresponding to all or part of the subdivision areas by default;
the system establishes a relation of all or part of the subdivided regions corresponding to a certain classification by default according to the classification identification list and the video subdivided region list established in the steps; recording the relation data by default;
for example, the system establishes a corresponding relation between a video self-control class and a subdivision region { Y <1/4 screen width } by default. In android, Map sets can be adopted to record the corresponding relation between classification and subdivision areas;
HashMap hashmap＝new HashMap()；
put (VideoControlgroup, "{ Y <1/4 Screen Width }")
Step two, when a user clicks a video playing area by a finger, a video playing unit of the system transforms a click position coordinate into a subdivided area of a certain video playing area in click event processing, and then displays all classified components on an interface according to classification data of a certain video information component corresponding to the subdivided area;
the concrete implementation is as follows:
1) the video playing unit acquires a click position in click event processing triggered by a user;
2) the video playing unit inquires the data of the video subdivision region recorded by the video subdivision region management unit by using the click position to obtain the video subdivision region data corresponding to the click position;
3) the video playing unit inquires the relation data of the classification of the video information component corresponding to the subdivided region recorded by the video classification and region relation management unit by using the video subdivided region data to obtain the classification identification of the video information component;
4) the video playing unit inquires the classification data of the video information component recorded by the video information classification unit by using the classification identifier of the video information component to obtain an identifier list of the video information component in the classification;
5) the video playing unit calls or notifies the interface display unit, and displays the corresponding video information component according to the identification list of the video information component included in the classification;
embodiment 2, after a user configures video classification, video subdivision regions and video classification corresponding relation data, when the user clicks a video playing region, the system displays corresponding video information components according to the video subdivision regions corresponding to the clicked region and the video classifications corresponding to the video subdivision regions;
1. the user configures classification data of the video information component on the interface, and the system records the classification data;
and the user configures classification data of the video information component on the interface. The video information classification unit of the system records classification data of various video information components.
The concrete implementation is as follows:
the interface display unit can create, edit, delete and inquire the classification data of the video information component;
when newly-built video information is classified, the interface presents the name configuration of the video information classification, which can be character strings and numbers; a video information classification may correspond to one or more video information components; after the new establishment is completed, the video information classification unit of the system generates the identification of the video information classification, and a mature identification generation mechanism in the industry can be adopted; the user can select a video information component in a drop-down list; then according to a method similar to the step 1, a video information classification unit establishes a corresponding relation between video information classification and a video information component list;
the interface schematic diagram is shown in FIG. 1:
2. the interface provides a configuration method for dividing a video playing area into a plurality of rectangular subdivided areas, and the system records subdivided area data;
the user may enter a screen coordinate data structure for the subdivided regions at the interface including the X-axis, Y-axis start coordinates, end coordinates for each subdivided region, or only the X-axis start coordinates, end coordinates or range, or only the Y-axis start coordinates, end coordinates or range. Wherein, the X axis is an abscissa axis, and the Y axis is an ordinate axis; the origin of the coordinate axes can be consistent with the X axis and the Y axis of the mobile operating system. The video subdivision area management unit records data of a video subdivision area configured on an interface by a user;
the interface schematic diagram is shown in FIG. 2:
3. a user configures a certain classification relation of all or part of subdivided areas of a video playing area corresponding to video information components on an interface, and a system records the corresponding relation;
a user can select a certain subdivided region of the playing region on the interface, and then select a certain classification of the corresponding video information component, so that the corresponding relationship configuration can be completed;
the video classification and area relation management unit records the relation of a certain classification of a certain subdivision area corresponding to a video information component of a video playing area configured on an interface by a user;
the interface configuration is schematically shown in FIG. 3:
4. when a user clicks a video playing area by a finger, a video playing unit of the system transforms a click position coordinate into a subdivided area of a certain video playing area in click event processing, and then displays all classified components on an interface according to classification data of a certain video information component corresponding to the subdivided area;
the concrete implementation is as follows:
1) the video playing unit acquires a click position in click event processing triggered by a user;
2) the video playing unit inquires the data of the video subdivision region recorded by the video subdivision region management unit by using the click position to obtain the video subdivision region data corresponding to the click position;
3) the video playing unit inquires the relation data of the classification of the video information component corresponding to the subdivided region recorded by the video classification and region relation management unit by using the video subdivided region data to obtain the classification identification of the video information component;
4) the video playing unit inquires the classification data of the video information component recorded by the video information classification unit by using the classification identifier of the video information component to obtain an identifier list of the video information component in the classification;
5) the video playing unit calls or notifies the interface display unit, and displays the corresponding video information component according to the identification list of the video information component included in the classification;
embodiment 3, when the user clicks the video playing area, the system only triggers a single video information component to display;
the method comprises the following specific steps:
1. recording the corresponding relation between the subdivided region and the single video information component by default by the system, or configuring the corresponding relation between the subdivided region and the single video information component by a user;
1) implementation of default configuration of the system:
the system defaults and configures the relationship of all or part of the subdivision areas corresponding to a certain video information component according to the video information component identification and the video subdivision area list; the system records the relationship data in a memory or an external memory by default;
2) implementation of user configuration:
a user can select a certain subdivided region of the playing region on the interface, and then select a certain video information component, so that the corresponding relationship configuration can be completed; the video classification and area relation management unit records the relation of a certain subdivided area of a video playing area configured on an interface by a user to a certain video information component;
2. when the user clicks on the video playing area, the system triggers only a single video information component to display.
The concrete implementation is as follows:
1) the video playing unit acquires a click position in click event processing triggered by a user;
2) the video playing unit inquires the data of the video subdivision region recorded by the video subdivision region management unit by using the click position to obtain the video subdivision region data corresponding to the click position;
3) the video playing unit inquires the relation data of the video information component corresponding to the subdivided region recorded by the video classification and region relation management unit by using the video subdivided region data to obtain a video information component identifier;
4) and the video playing unit calls or notifies the interface display unit, and displays the corresponding video information component according to the identification of the video information component.
Claims (8)
1. A video information component grouping display method for a mobile terminal, comprising the steps of:
the method comprises the following steps: the mobile terminal video software system records at least three parts of data in a memory or an external memory by default: data of initial classification of various video information components; the video playing area is divided into data of at least a plurality of rectangular subdivision areas; correspondence data of all or part of the subdivided regions and the classifications of the video information components;
step two: when a user clicks the video playing area by a finger, the mobile terminal video software system transforms the clicking position coordinate into a subdivided area of the video playing area, and then displays all classified components on an interface according to the classified data of the video information components corresponding to the subdivided area.
2. The video information component grouping display method for the mobile terminal according to claim 1, wherein the mobile terminal video software system at least comprises a video information classification unit, a video subdivision region management unit, a video classification and region relation management unit, an interface display unit, a video playing unit; each unit is a logic module and can be combined with other units when being realized;
the video information classification unit is used for recording default video information component classification data of the system or recording video information component classification data configured on an interface by a user;
the video subdivision area management unit records data of a default video subdivision area of a system or records data of a video subdivision area configured on an interface by a user;
the video classification and area relation management unit records the classification relation of the default subdivided area of the system corresponding to the video information component, or records the classification relation of the subdivided area configured on the interface by the user corresponding to the video information component;
the interface display unit is responsible for configuring video information component classification data on an interface by a user; data of a video subdivision area configured on an interface by a user; configuring a classification relation of the video information components corresponding to the subdivision areas of the video playing area on the interface by a user; display of the video information component;
and the video playing unit is used for converting the coordinates of the clicking position into subdivided areas of the video playing area in the clicking event processing when a user clicks the video playing area by a finger, and displaying all the components corresponding to the classification on the interface according to the classification data of the video information components corresponding to the subdivided areas.
3. The method for displaying the video information component packet of the mobile terminal according to claim 1, wherein the step one is implemented as follows:
the mobile terminal video software system establishes initial classification of various video information components by default;
the mobile terminal video software system classifies various video information components according to a plurality of standards; the mobile terminal video software system establishes an identifier of each classification and an identifier list of video information components in each classification by default; the list contains an identification of one or more video information components;
the mobile terminal video software system divides a video playing area into at least a plurality of rectangular subdivided areas by default, and establishes a screen coordinate data structure of each subdivided area, wherein the screen coordinate data structure comprises the starting coordinate and the ending coordinate of an X axis and a Y axis of each subdivided area, or only comprises the starting coordinate, the ending coordinate or the range of the X axis, or only comprises the starting coordinate, the ending coordinate or the range of the Y axis; wherein, the X axis is an abscissa axis, and the Y axis is an ordinate axis; the origin of the coordinate axis is consistent with the X axis, the Y axis and the mobile operating system;
and the mobile terminal video software system establishes corresponding relation data of all or part of the subdivided regions and the classification of the video information components by default according to the established classification identifier list and the video subdivided region list.
4. The method for displaying the video information component packet of the mobile terminal according to claim 1, wherein the step two is implemented as follows:
1) the video playing unit acquires a click position in click event processing triggered by a user;
2) the video playing unit inquires the data of the video subdivision region recorded by the video subdivision region management unit by using the click position to obtain the video subdivision region data corresponding to the click position;
3) the video playing unit inquires the relation data of the classification of the video information component corresponding to the subdivided region recorded by the video classification and region relation management unit by using the video subdivided region data to obtain the classification identification of the video information component;
4) the video playing unit inquires the video information component classification data recorded by the video information classification unit by using the classification identification of the video information component to obtain an identification list of the video information component in the classification;
5) and the video playing unit calls or notifies the interface display unit, and displays the corresponding video information component according to the identification list of the video information component included in the classification.
5. The video information component grouping display method for a mobile terminal according to claim 1, wherein the interface display unit provides a method of configuring classification data of the video information component; a video information classification unit of the system records classification data of various video information components; the interface display unit can create, edit, delete and inquire the classification data of the video information component;
the concrete implementation is as follows:
when the new video information classification is established, the interface presents the name configuration of the video information classification; a video information classification corresponding to one or more video information components; after the new establishment is completed, a video information classification unit of the system generates a video information classification identifier, and a mature identifier generation mechanism in the industry is adopted; selecting one or more video information components corresponding to the video information classification on an interface by a user; then, the video information classification unit establishes the corresponding relation between the video information classification and the video information component list; and the interface display unit can create, edit, delete and inquire the classification data of the video information component.
6. The method according to claim 1, wherein the interface display unit provides a configuration method for dividing the video playing area into at least several rectangular subdivided areas, and the mobile terminal video software system records the subdivided area data;
the concrete implementation is as follows:
selecting a subdivision area of a playing area on an interface by a user, and then selecting classification of corresponding video information components to complete corresponding relation configuration; and the video classification and area relation management unit records the relation data of the classification of the video information components corresponding to the subdivided areas of the video playing areas configured on the interface by the user.
7. The method according to claim 1, wherein the interface display unit provides a method for configuring correspondence between subdivided regions of video playing regions and classifications of video information components, and the mobile terminal video software system records the correspondence;
the concrete implementation is as follows:
selecting a subdivision area of a playing area on an interface by a user, and then selecting classification of corresponding video information components to complete corresponding relation configuration;
and the video classification and area relation management unit records the classification relation of the video information components corresponding to the subdivided areas of the video playing areas configured on the interface by the user.
8. The method according to claim 1, wherein a mobile terminal video software system or a user configures the relationship between the subdivided region and a single video information component, and when the user clicks the video playing region, the system triggers the display of only the single video information component;
when a user clicks a video playing area, the specific implementation that the system only triggers the display of a single video information component is as follows:
1) the video playing unit acquires a click position in click event processing triggered by a user;
2) the video playing unit inquires the data of the video subdivision region recorded by the video subdivision region management unit by using the click position to obtain the video subdivision region data corresponding to the click position;
3) the video playing unit inquires the relation data of the video information component corresponding to the subdivided region recorded by the video classification and region relation management unit by using the video subdivided region data to obtain a video information component identifier;
4) and the video playing unit calls or notifies the interface display unit, and displays the corresponding video information component according to the identification of the video information component.
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