CN107305469B - Terminal touch control method and system - Google Patents
Terminal touch control method and system Download PDFInfo
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- CN107305469B CN107305469B CN201610256780.5A CN201610256780A CN107305469B CN 107305469 B CN107305469 B CN 107305469B CN 201610256780 A CN201610256780 A CN 201610256780A CN 107305469 B CN107305469 B CN 107305469B
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0487—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser
- G06F3/0488—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures
- G06F3/04886—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures by partitioning the display area of the touch-screen or the surface of the digitising tablet into independently controllable areas, e.g. virtual keyboards or menus
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Abstract
The invention discloses a terminal touch control method and a system, wherein the method comprises the following steps: a region pre-segmentation step comprising: dividing a terminal screen into a plurality of regions for displaying associated display contents in advance, wherein the plurality of regions do not overlap with each other; a zone operation step, comprising: and responding to the touch sliding, taking the area acted by the touch sliding as an area to be operated, and displaying or hiding the related display content in the area to be operated according to the touch sliding. According to the invention, the terminal screen is divided into a plurality of areas in advance, and then the display content associated with the areas is displayed or hidden according to the touch sliding, so that the user can directly hide the content which is not concerned by the user on the screen through the touch sliding, the screen display is more in line with the requirements of the user, the displayed content is customized on the screen through the touch sliding, and the convenience and the rapidness are realized.
Description
Technical Field
The invention relates to the technical field related to touch terminals, in particular to a terminal touch control method and a terminal touch control system.
Background
In the touch terminal, the terminal can display different contents for a user to read, and the user touches the touch terminal to realize the operation of the contents displayed by the terminal.
In order to facilitate reading, the prior art divides the screen into a plurality of regions, and displays different contents in each region.
However, not every area is the area concerned by the user, and in the existing mode, the user can only set the content of the area concerned by entering the setting interface, which causes great inconvenience when the user sets the user-defined interface.
Disclosure of Invention
Therefore, it is necessary to provide a terminal touch control method and system for solving the technical problem that the user cannot conveniently set a user-defined screen area of a terminal in the prior art.
The invention provides a terminal touch control method, which comprises the following steps:
a region pre-segmentation step comprising: dividing a terminal screen into a plurality of regions for displaying associated display contents in advance, wherein the plurality of regions do not overlap with each other;
a zone operation step, comprising: and responding to the touch sliding, taking the area acted by the touch sliding as an area to be operated, and displaying or hiding the related display content in the area to be operated according to the touch sliding.
The invention provides a terminal touch control system, comprising:
a region pre-segmentation module to: dividing a terminal screen into a plurality of regions for displaying associated display contents in advance, wherein the plurality of regions do not overlap with each other;
a zone operations module to: and responding to the touch sliding, taking the area acted by the touch sliding as an area to be operated, and displaying or hiding the related display content in the area to be operated according to the touch sliding.
According to the invention, the terminal screen is divided into a plurality of areas in advance, and then the display content associated with the areas is displayed or hidden according to the touch sliding, so that the user can directly hide the content which is not concerned by the user on the screen through the touch sliding, the screen display is more in line with the requirements of the user, the displayed content is customized on the screen through the touch sliding, and the convenience and the rapidness are realized.
Drawings
Fig. 1 is a flowchart illustrating a method for controlling a touch of a terminal according to the present invention;
FIG. 2 is a first schematic view of a control panel of a vehicle in accordance with a preferred embodiment of the present invention;
FIG. 3 is a second schematic view of a control panel of a vehicle in accordance with a preferred embodiment of the present invention;
FIG. 4 is a third schematic view of a control panel of a vehicle in accordance with a preferred embodiment of the present invention;
FIG. 5 is a fourth schematic view of a control panel of the vehicle in accordance with the preferred embodiment of the present invention;
fig. 6 is a system block diagram of a terminal touch control system according to the present invention.
Detailed Description
The invention is described in further detail below with reference to the figures and specific examples.
Fig. 1 is a flowchart illustrating a method for controlling a touch of a terminal according to the present invention, which includes:
step S101, including: dividing a terminal screen into a plurality of regions for displaying associated display contents in advance, wherein the plurality of regions do not overlap with each other;
step S102, comprising: and responding to the touch sliding, taking the area acted by the touch sliding as an area to be operated, and displaying or hiding the related display content in the area to be operated according to the touch sliding.
As a preferred embodiment of the present invention, as shown in fig. 2, which is a schematic view of a control screen in an automobile, step S101 may specifically divide the terminal screen 1 into three regions A, B, C, and display corresponding content in each region, for example, display music playing information in region a, display operation keys in region B, and display operation of other devices in the automobile, for example, an air conditioner in region C.
As for the area B, since the operation key is generally displayed, it is not necessary to remain displayed on the terminal screen when the user has selected to play a certain music or a certain station. Therefore, at this time, the user can perform touch sliding on the touch sliding screen, trigger step S102, determine that the area B is the area to be operated, and then hide the operation key of the area B, so that the whole screen is more concise.
According to the invention, the terminal screen is divided into a plurality of areas in advance, and then the display content associated with the areas is displayed or hidden according to the touch sliding, so that the user can directly hide the content which is not concerned by the user on the screen through the touch sliding, the screen display is more in line with the requirements of the user, the displayed content is customized on the screen through the touch sliding, and the convenience and the rapidness are realized.
In one embodiment, each zone is set by default to a normal zone;
the step S102 includes:
a region hiding sub-step comprising: in response to a first touch sliding including a first touch starting position and a first touch ending position, if an area where the first touch starting position is located is set as a normal area, taking the area where the first touch starting position is located as a first to-be-operated area, hiding display content of the first to-be-operated area in the first to-be-operated area, and setting the first to-be-operated area as a hidden area;
a region reduction sub-step comprising: responding to a second touch sliding comprising a second touch starting position and a second touch ending position, if the area where the second touch ending position is located is set as a hidden area, taking the area where the second touch ending position is located as a second area to be operated, displaying the display content of the second area to be operated at the position of the second area to be operated, and setting the second area to be operated as a normal area.
Through different first touch sliding and second touch sliding, the user can hide or display the selected area, so that the user can hide the content which is not concerned by the user directly on the screen through touch sliding, the screen display is more in line with the requirements of the user, the displayed content is customized on the screen through touch sliding, and the touch sliding is convenient and fast.
In one embodiment:
the region hiding substep specifically includes:
sliding in response to a first touch comprising a first touch start position and a first touch end position;
if the area where the first touch starting position is located is set as a normal area, taking the area where the first touch starting position is located as a first to-be-operated area;
if the first touch starting position and the first touch ending position are both in a first to-be-operated area, selecting an area which is adjacent to the first to-be-operated area and is set as a normal area as an area to be expanded;
hiding the display content of the first to-be-operated area in the first to-be-operated area, setting the first to-be-operated area as a hidden area, expanding the display content in the to-be-expanded area to the first to-be-operated area, and setting the to-be-expanded area as an expanded area;
the region reduction substep specifically includes:
sliding in response to a second touch comprising a second touch start position and a second touch end position;
if the area where the second touch end position is located is set as a hidden area, taking the area where the second touch end position is located as a second area to be operated;
if the second touch starting position and the second touch ending position are both in a second region to be operated, acquiring a region which is adjacent to the second region to be operated and is set as an expansion region as a region to be expanded and restored, restoring the display content of the expansion region to be expanded and restored to the position of the expansion region to be expanded and restored, setting the expansion region to be expanded and restored to be a normal region, displaying the display content of the second region to be operated at the position of the second region to be operated, and setting the second region to be operated to be a normal region.
As shown in fig. 2, the user may employ a left or right touch slide to generate a first left or right touch slide, in which both the first touch start position and the first touch end position are in the same area, for example, an area B as shown in fig. 2, so that the area B is used as a first to-be-operated area, and then an area a or an area C adjacent to the area B is selected as an area to be expanded. As a preferred embodiment, an area on the first to-be-operated area, for example, an area a on an area B, may be selected as the area to be expanded. Then, the display content of the first to-be-operated area is hidden, and the display content of the to-be-expanded area is expanded to the position of the first to-be-operated area. For example, as shown in fig. 3, the display content of the area B is hidden, and then the content of the area a is expanded to the area B.
When the user needs to display the hidden area, a second touch sliding mode can be adopted to redisplay the hidden area and restore the expanded area.
Preferably, the sliding direction of the second touch slide is opposite to the sliding direction of the first touch slide. For example, the sliding direction of the second touch slide is from right to left and the sliding direction of the first touch slide is from left to right, or the sliding direction of the second touch slide is from left to right and the sliding direction of the first touch slide is from right to left.
Specifically, the amplified content corresponding to the display content in the region to be expanded may be obtained and displayed in the region to be expanded and the first region to be operated, where the amplified content is the content that is amplified and adapted to the display content in the region to be expanded and the first region to be operated, for example, the music playing information in the region a is amplified;
or acquiring the extension content corresponding to the display content in the area to be extended and displaying the extension content in the area to be extended and the first area to be operated. The extended content may be more detailed content of the display content, for example, detailed information of music playing information of the area a.
According to the embodiment, the display content of the region to be operated is hidden, and meanwhile, the content of the adjacent region is expanded, so that the terminal can better display the content of the adjacent region.
In one embodiment:
the region hiding substep specifically includes:
sliding in response to a first touch comprising a first touch start position and a first touch end position;
if the area where the first touch starting position is located is set as a normal area, taking the area where the first touch starting position is located as a first to-be-operated area;
if any area of the first touch ending position outside the first to-be-operated area is set as a normal area, selecting the area where the first touch ending position is located as an area to be combined;
hiding the display content of the first to-be-operated area in the first to-be-operated area, setting the first to-be-operated area as a hidden area, merging the display content of the first to-be-operated area and the display content of the to-be-merged area to display in the to-be-merged area, and setting the to-be-merged area as a merged area;
the substep of reducing after the region merging specifically comprises:
sliding in response to a second touch comprising a second touch start position and a second touch end position;
if the area where the second touch end position is located is set as a hidden area, taking the area where the second touch end position is located as a second area to be operated;
if the area where the second touch starting position is located is set as a merging area, taking the area where the second touch starting position is located as a restoration area to be merged;
restoring the display content of the reduction area to be merged into the display content before merging, setting the reduction area to be merged as a normal area, displaying the display content of the second area to be operated at the position of the second area to be operated, and setting the second area to be operated as the normal area.
For the terminal interface shown in fig. 2, the user may implement the first touch slide and the second touch slide in an upward or downward manner. For example, in fig. 2, the user may first hold down the area B, regard the area B as a first to-be-operated area, and then slide down, thereby regarding the area C as an area to be merged, merge the display content of the area B with the display content of the area C, and then display the merged area C. The display content of the first to-be-operated region and the display content of the to-be-merged region may be merged and displayed after the display content of the first to-be-operated region is reduced. As shown in fig. 4, the content of the area B is reduced and displayed in the area C.
When the user needs to restore, the user only needs to press the area C, the area C is a merging area at the moment, the area C is used as an area to be merged and restored, then the user slides upwards to reach the area B, the area B is a hidden area at the moment, the area B is used as a second area to be operated, the display content is displayed again in the area B, the display content is displayed again in the area C, and the restoration is achieved.
The embodiment enables the user to combine the two areas, thereby reducing the content displayed by the terminal screen.
Preferably, the region hiding sub-step further comprises:
selecting an area which is adjacent to the first area to be operated and is set as a normal area as an area to be expanded;
expanding the display content in the region to be expanded to the first region to be operated, and setting the region to be expanded as an expansion region. As shown in fig. 5, the display content of the area B and the display of the area C shown in fig. 2 are merged, and then the display content of the area a is expanded to the position of the area B.
A region reduction sub-step, further comprising:
and acquiring a region which is adjacent to the second region to be operated and is set as an extension region as a region to be extended and restored, restoring the display content of the region to be extended and restored to the position of the region to be extended and restored, and setting the region to be extended and restored as a normal region.
In one embodiment, the step S102 further includes: a region update sub-step, the region update sub-step comprising:
sliding in response to a third touch comprising a third touch start position and a third touch end position;
if the third touch starting position and the third touch ending position are in the same area, taking the area where the third touch starting position is located as a third area to be operated;
and if the third to-be-operated area is set as a normal area and is associated with more than one display content, displaying the display content except the associated current display content in the third to-be-operated area.
In the area updating step of this embodiment, the user may update different display contents in the same area, for example, as shown in an area B in fig. 2, a music playing key may be displayed, or another group of display contents may be selected by a third touch sliding, for example, a system setting key or a status viewing interface.
Preferably, the sliding direction of the second touch slide is the same as the sliding direction of the third touch slide.
For example, the sliding direction of the second touch slide and the third touch slide direction are from right to left, while the sliding direction of the first touch slide is from left to right, or;
the sliding direction of the second touch slide and the third touch slide direction are from left to right, and the sliding direction of the first touch slide is from right to left.
And the direction of the second touch slide is consistent with that of the third touch slide, if the second touch slide is a hidden area, the second touch slide is recovered, and if the second touch slide is a normal area, different display contents are displayed in a sliding mode.
Fig. 6 is a system block diagram of a terminal touch control system according to the present invention, which includes:
a region pre-segmentation module 601 for: dividing a terminal screen into a plurality of regions for displaying associated display contents in advance, wherein the plurality of regions do not overlap with each other;
a zone operations module 602 to: and responding to the touch sliding, taking the area acted by the touch sliding as an area to be operated, and displaying or hiding the related display content in the area to be operated according to the touch sliding.
In one embodiment, each zone is set by default to a normal zone;
the region operation module is used for:
a region hiding submodule to: in response to a first touch sliding including a first touch starting position and a first touch ending position, if an area where the first touch starting position is located is set as a normal area, taking the area where the first touch starting position is located as a first to-be-operated area, hiding display content of the first to-be-operated area in the first to-be-operated area, and setting the first to-be-operated area as a hidden area;
a region reduction submodule to: responding to a second touch sliding comprising a second touch starting position and a second touch ending position, if the area where the second touch ending position is located is set as a hidden area, taking the area where the second touch ending position is located as a second area to be operated, displaying the display content of the second area to be operated at the position of the second area to be operated, and setting the second area to be operated as a normal area.
In one embodiment:
the region hiding submodule is specifically configured to:
sliding in response to a first touch comprising a first touch start position and a first touch end position;
if the area where the first touch starting position is located is set as a normal area, taking the area where the first touch starting position is located as a first to-be-operated area;
if the first touch starting position and the first touch ending position are both in a first to-be-operated area, selecting an area which is adjacent to the first to-be-operated area and is set as a normal area as an area to be expanded;
hiding the display content of the first to-be-operated area in the first to-be-operated area, setting the first to-be-operated area as a hidden area, expanding the display content in the to-be-expanded area to the first to-be-operated area, and setting the to-be-expanded area as an expanded area;
the region reduction submodule is specifically configured to:
sliding in response to a second touch comprising a second touch start position and a second touch end position;
if the area where the second touch end position is located is set as a hidden area, taking the area where the second touch end position is located as a second area to be operated;
if the second touch starting position and the second touch ending position are both in a second region to be operated, acquiring a region which is adjacent to the second region to be operated and is set as an expansion region as a region to be expanded and restored, restoring the display content of the expansion region to be expanded and restored to the position of the expansion region to be expanded and restored, setting the expansion region to be expanded and restored to be a normal region, displaying the display content of the second region to be operated at the position of the second region to be operated, and setting the second region to be operated to be a normal region.
In one embodiment:
the region hiding submodule is specifically configured to:
sliding in response to a first touch comprising a first touch start position and a first touch end position;
if the area where the first touch starting position is located is set as a normal area, taking the area where the first touch starting position is located as a first to-be-operated area;
if any area of the first touch ending position outside the first to-be-operated area is set as a normal area, selecting the area where the first touch ending position is located as an area to be combined;
hiding the display content of the first to-be-operated area in the first to-be-operated area, setting the first to-be-operated area as a hidden area, merging the display content of the first to-be-operated area and the display content of the to-be-merged area to display in the to-be-merged area, and setting the to-be-merged area as a merged area;
the region reduction submodule is specifically configured to:
sliding in response to a second touch comprising a second touch start position and a second touch end position;
if the area where the second touch end position is located is set as a hidden area, taking the area where the second touch end position is located as a second area to be operated;
if the area where the second touch starting position is located is set as a merging area, taking the area where the second touch starting position is located as a restoration area to be merged;
restoring the display content of the reduction area to be merged into the display content before merging, setting the reduction area to be merged as a normal area, displaying the display content of the second area to be operated at the position of the second area to be operated, and setting the second area to be operated as the normal area.
In one embodiment, the region operation module further includes: a region update submodule, the region update submodule to:
sliding in response to a third touch comprising a third touch start position and a third touch end position;
if the third touch starting position and the third touch ending position are in the same area, taking the area where the third touch starting position is located as a third area to be operated;
and if the third to-be-operated area is set as a normal area and is associated with more than one display content, displaying the display content except the associated current display content in the third to-be-operated area.
The above-mentioned embodiments only express several embodiments of the present invention, and the description thereof is more specific and detailed, but not construed as limiting the scope of the present invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.
Claims (6)
1. A terminal touch control method is characterized by comprising the following steps:
a region pre-segmentation step comprising: dividing a terminal screen into a plurality of regions for displaying associated display contents in advance, wherein the plurality of regions do not overlap with each other;
a zone operation step, comprising: responding to touch sliding from a touch starting position to a touch ending position, taking the area where the touch starting position or the touch ending position is located as an area to be operated, and displaying or hiding the associated display content in the area to be operated according to the touch sliding;
each area is set as a normal area by default;
the zone operation step includes:
the region hiding substep specifically comprises:
sliding in response to a first touch comprising a first touch start position and a first touch end position;
if the area where the first touch starting position is located is set as a normal area, taking the area where the first touch starting position is located as a first to-be-operated area;
if any area of the first touch ending position outside the first to-be-operated area is set as a normal area, selecting the area where the first touch ending position is located as an area to be combined;
hiding the display content of the first to-be-operated area in the first to-be-operated area, setting the first to-be-operated area as a hidden area, merging the display content of the first to-be-operated area and the display content of the to-be-merged area to display in the to-be-merged area, and setting the to-be-merged area as a merged area;
the region reduction sub-step specifically comprises:
sliding in response to a second touch comprising a second touch start position and a second touch end position;
if the area where the second touch end position is located is set as a hidden area, taking the area where the second touch end position is located as a second area to be operated;
if the area where the second touch starting position is located is set as a merging area, taking the area where the second touch starting position is located as a restoration area to be merged;
restoring the display content of the reduction area to be merged into the display content before merging, setting the reduction area to be merged as a normal area, displaying the display content of the second area to be operated at the position of the second area to be operated, and setting the second area to be operated as the normal area.
2. The terminal touch control method according to claim 1, wherein:
the region hiding substep further comprises:
sliding in response to a first touch comprising a first touch start position and a first touch end position;
if the area where the first touch starting position is located is set as a normal area, taking the area where the first touch starting position is located as a first to-be-operated area;
if the first touch starting position and the first touch ending position are both in a first to-be-operated area, selecting an area which is adjacent to the first to-be-operated area and is set as a normal area as an area to be expanded;
hiding the display content of the first to-be-operated area in the first to-be-operated area, setting the first to-be-operated area as a hidden area, expanding the display content in the to-be-expanded area to the first to-be-operated area, and setting the to-be-expanded area as an expanded area;
the region reduction sub-step further comprises:
sliding in response to a second touch comprising a second touch start position and a second touch end position;
if the area where the second touch end position is located is set as a hidden area, taking the area where the second touch end position is located as a second area to be operated;
if the second touch starting position and the second touch ending position are both in a second region to be operated, acquiring a region which is adjacent to the second region to be operated and is set as an expansion region as a region to be expanded and restored, restoring the display content of the expansion region to be expanded and restored to the position of the expansion region to be expanded and restored, setting the expansion region to be expanded and restored to be a normal region, displaying the display content of the second region to be operated at the position of the second region to be operated, and setting the second region to be operated to be a normal region.
3. The terminal touch control method according to claim 1 or 2, wherein the area operation step further comprises: a region update sub-step, the region update sub-step comprising:
sliding in response to a third touch comprising a third touch start position and a third touch end position;
if the third touch starting position and the third touch ending position are in the same area, taking the area where the third touch starting position is located as a third area to be operated;
and if the third to-be-operated area is set as a normal area and is associated with more than one display content, displaying the display content except the associated current display content in the third to-be-operated area.
4. A terminal touch control system, comprising:
a region pre-segmentation module to: dividing a terminal screen into a plurality of regions for displaying associated display contents in advance, wherein the plurality of regions do not overlap with each other;
a zone operations module to: responding to touch sliding from a touch starting position to a touch ending position, taking the area where the touch starting position or the touch ending position is located as an area to be operated, and displaying or hiding the associated display content in the area to be operated according to the touch sliding;
each area is set as a normal area by default;
the region operation module includes:
a region hiding submodule to:
sliding in response to a first touch comprising a first touch start position and a first touch end position;
if the area where the first touch starting position is located is set as a normal area, taking the area where the first touch starting position is located as a first to-be-operated area;
if any area of the first touch ending position outside the first to-be-operated area is set as a normal area, selecting the area where the first touch ending position is located as an area to be combined;
hiding the display content of the first to-be-operated area in the first to-be-operated area, setting the first to-be-operated area as a hidden area, merging the display content of the first to-be-operated area and the display content of the to-be-merged area to display in the to-be-merged area, and setting the to-be-merged area as a merged area;
a region reduction submodule to:
sliding in response to a second touch comprising a second touch start position and a second touch end position;
if the area where the second touch end position is located is set as a hidden area, taking the area where the second touch end position is located as a second area to be operated;
if the area where the second touch starting position is located is set as a merging area, taking the area where the second touch starting position is located as a restoration area to be merged;
restoring the display content of the reduction area to be merged into the display content before merging, setting the reduction area to be merged as a normal area, displaying the display content of the second area to be operated at the position of the second area to be operated, and setting the second area to be operated as the normal area.
5. The terminal touch control system of claim 4, wherein:
the region hiding submodule is further configured to:
sliding in response to a first touch comprising a first touch start position and a first touch end position;
if the area where the first touch starting position is located is set as a normal area, taking the area where the first touch starting position is located as a first to-be-operated area;
if the first touch starting position and the first touch ending position are both in a first to-be-operated area, selecting an area which is adjacent to the first to-be-operated area and is set as a normal area as an area to be expanded;
hiding the display content of the first to-be-operated area in the first to-be-operated area, setting the first to-be-operated area as a hidden area, expanding the display content in the to-be-expanded area to the first to-be-operated area, and setting the to-be-expanded area as an expanded area;
the region reduction submodule is further configured to:
sliding in response to a second touch comprising a second touch start position and a second touch end position;
if the area where the second touch end position is located is set as a hidden area, taking the area where the second touch end position is located as a second area to be operated;
if the second touch starting position and the second touch ending position are both in a second region to be operated, acquiring a region which is adjacent to the second region to be operated and is set as an expansion region as a region to be expanded and restored, restoring the display content of the expansion region to be expanded and restored to the position of the expansion region to be expanded and restored, setting the expansion region to be expanded and restored to be a normal region, displaying the display content of the second region to be operated at the position of the second region to be operated, and setting the second region to be operated to be a normal region.
6. The terminal touch control system according to claim 4 or 5, wherein the zone operation module further comprises: a region update submodule, the region update submodule to:
sliding in response to a third touch comprising a third touch start position and a third touch end position;
if the third touch starting position and the third touch ending position are in the same area, taking the area where the third touch starting position is located as a third area to be operated;
and if the third to-be-operated area is set as a normal area and is associated with more than one display content, displaying the display content except the associated current display content in the third to-be-operated area.
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| CN102201221A (en) * | 2010-03-25 | 2011-09-28 | 联想(北京)有限公司 | Display method and device |
| CN103186331B (en) * | 2011-12-28 | 2016-08-24 | 宇龙计算机通信科技(深圳)有限公司 | A kind of intelligent terminal's interface display method and system |
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