CN104317514B - A kind of information processing method and electronic equipment - Google Patents

A kind of information processing method and electronic equipment Download PDF

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Publication number
CN104317514B
CN104317514B CN201410555643.2A CN201410555643A CN104317514B CN 104317514 B CN104317514 B CN 104317514B CN 201410555643 A CN201410555643 A CN 201410555643A CN 104317514 B CN104317514 B CN 104317514B
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information
positional information
touch operation
adjusted
position information
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CN104317514A (en
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田兴法
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Lenovo Beijing Ltd
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Lenovo Beijing Ltd
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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

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  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Theoretical Computer Science (AREA)
  • Human Computer Interaction (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • User Interface Of Digital Computer (AREA)
  • Position Input By Displaying (AREA)

Abstract

The invention discloses a kind of information processing method and electronic equipment, wherein method includes：The display control unit detects the touch operation for meeting the first preparatory condition；Obtain N number of positional information of the touch operation；Extraction meets M first position information of the second preparatory condition from N number of positional information；According to the default first rule, M first position information is adjusted；The display control unit reports N number of positional information to information process unit, N number of positional information includes the M first position information after adjustment so that described information processing unit is responded according to N number of positional information of the touch operation.

Description

A kind of information processing method and electronic equipment
Technical field
The present invention relates to the information processing technology, more particularly to a kind of information processing method and electronic equipment.
Background technology
With growing, the electronic equipment of science and technology, the especially end product such as mobile phone, flat board competition is more and more fierce, Based on the cost declining demand to touch-screen, it is proposed that the touch-screen of electronic equipment is replaced with to the side of the touch-screen of individual layer multiple spot Case.But during this scheme occurs that user's finger is slided on the touchscreen, the contact of display does not follow use completely The slide of family finger, user is set to feel that operation has interim card, so as to reduce the usage experience of user.
The content of the invention
In view of this, it is an object of the invention to provide a kind of information processing method and electronic equipment, solve at least existing There is above mentioned problem present in technology.
To reach above-mentioned purpose, the technical proposal of the invention is realized in this way：
The invention provides a kind of information processing method, and applied to electronic equipment, the electronic equipment possesses display control Unit, methods described include：
The display control unit detects the touch operation for meeting the first preparatory condition；
N number of positional information of the touch operation is obtained, wherein N is the positive integer more than or equal to 1；
Extraction meets M first position information of the second preparatory condition from N number of positional information, wherein, M for more than Positive integer equal to 2 and less than or equal to N；Wherein, second preparatory condition characterizes one or more in N number of positional information Same or analogous positional information；
According to the default first rule, M first position information is adjusted；
The display control unit reports N number of positional information to information process unit, is wrapped in N number of positional information Include the M first position information after adjustment so that described information processing unit is according to N number of position of the touch operation Confidence breath is responded.
It is preferred that it is described regular according to default first, M first position information is adjusted, including：
Determine arithmetic sequence；
Using the arithmetic sequence, the abscissa and ordinate of M first position information are adjusted.
It is preferred that it is described regular according to default first, M first position information is adjusted, including：
According to N number of positional information, direction and the speed of the touch operation are determined；
According to the direction of the touch operation and speed, M first position information is adjusted.
It is preferred that the direction and speed according to the touch operation, adjusts M first position information, bag Include：
Direction and speed using the touch operation, calculate M adjustment ginseng corresponding to the information of the M first position Number；
Using the M adjusting parameter, M first position information is adjusted successively.
It is preferred that methods described also includes：
Open the first application；
Described information processing unit judges whether first application meets the 3rd preparatory condition；
When meeting three preparatory condition, according to the default first rule, M first position information is carried out Adjustment.
Invention further provides a kind of electronic equipment, the electronic equipment includes：
Display control unit, the touch operation of the first preparatory condition is met for detecting；Obtain the N of the touch operation Individual positional information, wherein N are the positive integer more than or equal to 1；Extraction meets the second preparatory condition from N number of positional information M first position information, wherein, M is the positive integer more than or equal to 2 and less than or equal to N；Wherein, the second preparatory condition table Levy one or more same or analogous positional informations in N number of positional information；According to the default first rule, to the M Individual first position information is adjusted；N number of positional information is reported to information process unit, is wrapped in N number of positional information Include the M first position information after adjustment；
Information process unit, responded for N number of positional information according to the touch operation.
It is preferred that the display control unit, specifically for determining arithmetic sequence；Using the arithmetic sequence, to the M The abscissa and ordinate of individual first position information are adjusted.
It is preferred that the display control unit, specifically for according to N number of positional information, determining the touch operation Direction and speed；According to the direction of the touch operation and speed, M first position information is adjusted.
It is preferred that the display control unit, specifically for the direction using the touch operation and speed, calculates institute State M adjusting parameter corresponding to M first position information；Using the M adjusting parameter, successively to the M first position Information is adjusted.
It is preferred that described information processing unit, is additionally operable to open the first application；Judge whether first application meets the Three preparatory conditions；When meeting three preparatory condition, the display control unit is notified according to the default first rule, it is right M first position information is adjusted.
Information processing method and electronic equipment provided by the present invention, the positional information of touch operation can be got, and And the first position information to meeting the second preparatory condition in the positional information is adjusted so that described information processing unit Responded according to the positional information after adjustment, in this way, avoiding information process unit is directed to one or more identical or phases As positional information generation response, so as to avoid user from feeling that operation has the situation of interim card.
Brief description of the drawings
Fig. 1 is information processing method of embodiment of the present invention schematic flow sheet one；
Fig. 2 is the operation scenario schematic diagram of the embodiment of the present invention；
Fig. 3 is the single-layer touch screen schematic diagram that the embodiment of the present invention is directed to；
Fig. 4 is implement scene schematic diagram of the embodiment of the present invention；
Fig. 5 is information processing method of embodiment of the present invention schematic flow sheet two；
Fig. 6 is information processing method of embodiment of the present invention schematic flow sheet three；
Fig. 7 is that electronic equipment of the embodiment of the present invention forms structural representation.
Embodiment
Below in conjunction with the accompanying drawings and specific embodiment the present invention is further described in more detail.
Embodiment one,
The invention provides a kind of information processing method, and applied to electronic equipment, the electronic equipment possesses display control Unit, as shown in figure 1, methods described includes：
Step 101：The display control unit detects the touch operation for meeting the first preparatory condition；
Step 102：N number of positional information of the touch operation is obtained, wherein N is the positive integer more than or equal to 1；
Step 103：Extraction meets M first position information of the second preparatory condition from N number of positional information, its In, M is the positive integer more than or equal to 2 and less than or equal to N；Wherein, second preparatory condition is characterized in N number of positional information One or more same or analogous positional informations；
Step 104：According to the default first rule, M first position information is adjusted；
Step 105：The display control unit reports N number of positional information, N number of information to information process unit Include the M first position information after adjustment so that described information processing unit is according to the N of the touch operation Individual positional information is responded.
Here, the display control unit can be the touch screen of the electronic equipment.
It is described to detect that the touch operation for meeting the first preparatory condition be：When user touches display control unit, The display control unit can periodically detect positional information corresponding to the touch point of user, when in the continuous specified cycle When getting positional information corresponding to multiple touch points, it is to meet the touch of the first preparatory condition to determine the touch operation Operation；Otherwise, when only getting positional information corresponding to a touch point, it is determined that the touch operation is not meet first The touch operation of preparatory condition.For example shown in Fig. 2, the touch operation for streaking display control unit of user from left to right, it is Meet the touch operation of the first preparatory condition.
The N number of positional information for obtaining touch operation can be positional informations whole in the touch operation, such as, The cycle of detection touch operation, for 12ms once there occurs 0.5 second for this touch operation, then the positional information detected is just It can be 41；Wherein, abscissa, ordinate, acquisition time etc. can be included in the positional information.
Second preparatory condition can be the positional information of M abscissa and ordinate all same；Or it is：It is multigroup Abscissa and ordinate identical positional information；
For example the touch-screen as shown in figure 3, for individual layer multiple spot is formed when the display control unit, wherein, capacitive region 31 be induction zone, and cabling area 32 belongs to non-inductive area for cabling, therefore without non-inductive function；When the finger of user is so Touch-screen on slide when, in 32 non-inductive amount of cabling area.
So when the finger of user goes out and streaked in the display control unit shown in Fig. 3, situation meeting is as shown in figure 4, specific For：When using the lower left corner of display control unit as coordinate (0,0), the facilities of transverse and longitudinal coordinate system are as shown in the figure；Finger is slided During dynamic, near cabling area, there are a string of identical coordinates, such as, the arrow from left to right shown in Fig. 4 is finger The touch operation of slip and direction, wherein collected multiple (6,2), i.e., the positional information that abscissa is 6, ordinate is 2, So these positional informations are to meet the positional information of the second preparatory condition.Preferably, it is assumed that what finger slided in Fig. 4 touches Touch operation and have passed through multiple cabling areas, then multigroup identical positional information, its production and the above situation phase will be obtained Together, do not repeat here.
The usage scenario of the present embodiment is illustrated below：
When the finger of user streaks touch-screen, touch-screen can detect the positional information that finger streaks；
When it is multiple continuous positional informations to detect the positional information, determine that the touch operation meets that first is pre- If condition；
After the N number of positional information for obtaining the touch operation detected,
The one group or multiple M first position information for meeting the second preparatory condition is selected from N number of positional information；
According to the first rule, the first position information that the M are met with the second preparatory condition is adjusted so that electronics Equipment responds according to M first position information after the adjustment to the touch operation.
It can be seen that using such scheme, it becomes possible to the positional information of touch operation is got, and in the positional information The first position information for meeting the second preparatory condition is adjusted so that described information processing unit is believed according to the position after adjustment Breath is responded, in this way, ensure that will not producing for information process unit is directed to one or more same or analogous positions The response of information, so as to avoid user from feeling that operation has the situation of interim card.
Embodiment two,
The invention provides a kind of information processing method, and applied to electronic equipment, the electronic equipment possesses display control Unit, as shown in figure 5, methods described includes：
Step 501：The display control unit detects the touch operation for meeting the first preparatory condition；
Step 502：N number of positional information of the touch operation is obtained, wherein N is the positive integer more than or equal to 1；
Step 503：Extraction meets M first position information of the second preparatory condition from N number of positional information, its In, M is the positive integer more than or equal to 2 and less than or equal to N；Wherein, second preparatory condition is characterized in N number of positional information One or more same or analogous positional informations；
Step 504：Determine arithmetic sequence；
Step 505：Using the arithmetic sequence, the abscissa and ordinate of M first position information are adjusted It is whole；
Step 506：The display control unit reports N number of positional information, N number of information to information process unit Include the M first position information after adjustment so that described information processing unit is according to the N of the touch operation Individual positional information is responded.
Here, the display control unit can be the touch screen of the electronic equipment.
It is described to detect that the touch operation for meeting the first preparatory condition be：When user touches display control unit, The display control unit can periodically detect positional information corresponding to the touch point of user, when in the continuous specified cycle When getting positional information corresponding to multiple touch points, it is to meet the touch of the first preparatory condition to determine the touch operation Operation；Otherwise, when only getting positional information corresponding to a touch point, it is determined that the touch operation is not meet first The touch operation of preparatory condition.For example shown in Fig. 2, the touch operation for streaking display control unit of user from left to right, it is Meet the touch operation of the first preparatory condition.
The N number of positional information for obtaining touch operation can be positional informations whole in the touch operation, such as, The cycle of detection touch operation, for 12ms once there occurs 0.5 second for this touch operation, then the positional information detected is just It can be 41；Wherein, abscissa, ordinate, acquisition time etc. can be included in the positional information.
Second preparatory condition can be the positional information of M abscissa and ordinate all same；Or it is：It is multigroup Abscissa and ordinate identical positional information；
For example the touch-screen as shown in figure 3, for individual layer multiple spot is formed when the display control unit, wherein, capacitive region 31 be induction zone, and cabling area 32 belongs to non-inductive area for cabling, therefore without non-inductive function；When the finger of user is so Touch-screen on slide when, in 32 non-inductive amount of cabling area.
So when the finger of user goes out and streaked in the display control unit shown in Fig. 3, situation meeting is as shown in figure 4, specific For：When using the lower left corner of display control unit as coordinate (0,0), the facilities of transverse and longitudinal coordinate system are as shown in the figure；Finger is slided During dynamic, near cabling area, there are a string of identical coordinates, such as, the arrow from left to right shown in Fig. 4 is finger The touch operation of slip and direction, wherein collected multiple (6,2), i.e., the positional information that abscissa is 6, ordinate is 2, So these positional informations are to meet the positional information of the second preparatory condition.Preferably, it is assumed that what finger slided in Fig. 4 touches Touch operation and have passed through multiple cabling areas, then multigroup identical positional information, its production and the above situation phase will be obtained Together, do not repeat here.
Preferably, the arithmetic sequence is the sequence that tolerance is designated value, such as, the designated value can be 1.
The determination arithmetic sequence can include：According to the sequencing of the acquisition time of N number of positional information, extraction L positional information of the acquisition time before the information of the M first position, according to the L positional information, is counted successively Calculation obtains the difference between the abscissa and ordinate between the adjacent positional information of acquisition time, when the L positional information Between abscissa and ordinate between difference it is equal when, using the difference as tolerance, generation is directed to abscissa and vertical The arithmetic sequence of coordinate；The M numerical value included in each arithmetic sequence.Such as shown in Fig. 4, wherein between each ordinate Difference is 0, and the difference between each abscissa is 1, then abscissa will be directed to and ordinate generates arithmetic sequence respectively, Respectively (0,1,2,3) and (0,0,0,0).
Accordingly, described to utilize the arithmetic sequence, abscissa and ordinate to M first position information are carried out Adjustment can include：Extract numerical value from described be directed in the arithmetic sequence of the abscissa and ordinate one by one, successively with institute State the abscissa in M first position information and ordinate is added, abscissa and ordinate after being adjusted.
Such as shown in Fig. 4, wherein there is four first position information, then carried out respectively for abscissa and ordinate Adjustment, can be adjusted first against the abscissa of four first position information, be specially：The horizontal seat is directed to from described First numerical value, and the order four first position information according to acquisition time from morning to night are extracted in target arithmetic sequence The first position information of middle acquisition, by the abscissa in the first position information of acquisition and first numerical value phase in arithmetic sequence Add, the abscissa after being adjusted；Then the abscissa after the adjustment in other three first position information is calculated successively； Numerical value is extracted successively from the arithmetic sequence for the ordinate again, it is right successively according still further to the order of acquisition time from morning to night The operation that ordinate in four first position information is added, the ordinate after being adjusted；Most four identicals at last (6,2), it is adjusted to (6,2) (7,2) (8,2) (9,2).
It can be seen that using such scheme, it becomes possible to the positional information of touch operation is got, and in the positional information The first position information for meeting the second preparatory condition is adjusted so that described information processing unit is believed according to the position after adjustment Breath is responded, in this way, ensure that will not producing for information process unit is directed to one or more same or analogous positions The response of information, so as to avoid user from feeling that operation has the situation of interim card.
Embodiment three,
The invention provides a kind of information processing method, and applied to electronic equipment, the electronic equipment possesses display control Unit, as shown in fig. 6, methods described includes：
Step 601：The display control unit detects the touch operation for meeting the first preparatory condition；
Step 602：N number of positional information of the touch operation is obtained, wherein N is the positive integer more than or equal to 1；
Step 603：Extraction meets M first position information of the second preparatory condition from N number of positional information, its In, M is the positive integer more than or equal to 2 and less than or equal to N；Wherein, second preparatory condition is characterized in N number of positional information One or more same or analogous positional informations；
Step 604：According to N number of positional information, direction and the speed of the touch operation are determined；
Step 605：According to the direction of the touch operation and speed, the displacement parameter is determined；
Step 606：According to the displacement parameter and M first position information, the M first position letter is adjusted Breath；
Step 607：The display control unit reports N number of positional information, N number of information to information process unit Include the M first position information after adjustment so that described information processing unit is according to the N of the touch operation Individual positional information is responded.
Here, the display control unit can be the touch screen of the electronic equipment.
It is described to detect that the touch operation for meeting the first preparatory condition be：When user touches display control unit, The display control unit can periodically detect positional information corresponding to the touch point of user, when in the continuous specified cycle When getting positional information corresponding to multiple touch points, it is to meet the touch of the first preparatory condition to determine the touch operation Operation；Otherwise, when only getting positional information corresponding to a touch point, it is determined that the touch operation is not meet first The touch operation of preparatory condition.For example shown in Fig. 2, the touch operation for streaking display control unit of user from left to right, it is Meet the touch operation of the first preparatory condition.
The N number of positional information for obtaining touch operation can be positional informations whole in the touch operation, such as, The cycle of detection touch operation, for 12ms once there occurs 0.5 second for this touch operation, then the positional information detected is just It can be 41；Wherein, abscissa, ordinate, acquisition time etc. can be included in the positional information.
Second preparatory condition can be the positional information of M abscissa and ordinate all same；Or it is：It is multigroup Abscissa and ordinate identical positional information；
For example the touch-screen as shown in figure 3, for individual layer multiple spot is formed when the display control unit, wherein, capacitive region 31 be induction zone, and cabling area 32 belongs to non-inductive area for cabling, therefore without non-inductive function；When the finger of user is so Touch-screen on slide when, in 32 non-inductive amount of cabling area.
So when the finger of user goes out and streaked in the display control unit shown in Fig. 3, situation meeting is as shown in figure 4, specific For：When using the lower left corner of display control unit as coordinate (0,0), the facilities of transverse and longitudinal coordinate system are as shown in the figure；Finger is slided During dynamic, near cabling area, there are a string of identical coordinates, such as, the arrow from left to right shown in Fig. 4 is finger The touch operation of slip and direction, wherein collected multiple (6,2), i.e., the positional information that abscissa is 6, ordinate is 2, So these positional informations are to meet the positional information of the second preparatory condition.Preferably, it is assumed that what finger slided in Fig. 4 touches Touch operation and have passed through multiple cabling areas, then multigroup identical positional information, its production and the above situation phase will be obtained Together, do not repeat here.
Preferably, above-mentioned according to N number of positional information, the direction and speed for determining the touch operation can wrap Include：X positional information of the acquisition time prior to M first position information is extracted from N number of positional information；According to institute State the abscissa of x positional information and ordinate determines the direction of the touch operation；And according to the x positional information Abscissa and collection period, determine the lateral velocity of the touch operation；According to the ordinate of the x positional information with And collection period, determine the longitudinal velocity of the touch operation.
The direction and speed according to the touch operation, M first position information is adjusted, including：Utilize The direction of the touch operation and speed, calculate M adjusting parameter corresponding to the information of the M first position；Utilize the M Individual adjusting parameter, M first position information is adjusted successively.
It can specifically include：According to the acquisition time in the lateral velocity, and M first position information, Determine to laterally adjust parameter corresponding to the information of the M first position one by one；According to the longitudinal velocity, and the M the Acquisition time in one positional information, longitudinally adjusted parameter corresponding to the information of the M first position is determined one by one；Utilize one by one Parameter and the longitudinally adjusted parameter of laterally adjusting is added with the abscissa in the information of the M first position and ordinate, M first position information after being adjusted.So, it becomes possible to pass through multiple positions in addition to the information of the M first position Confidence is ceased, and accurately the physical location of M first position information is speculated, so as to the more accurately touch operation to user Responded, lift the usage experience of user.
It can be seen that using such scheme, it becomes possible to the positional information of touch operation is got, and in the positional information The first position information for meeting the second preparatory condition is adjusted so that described information processing unit is believed according to the position after adjustment Breath is responded, in this way, ensure that will not producing for information process unit is directed to one or more same or analogous positions The response of information, so as to avoid user from feeling that operation has the situation of interim card.
Example IV,
The invention provides a kind of information processing method, and applied to electronic equipment, the electronic equipment possesses display control Unit, as shown in figure 1, methods described includes：
Step 101：The display control unit detects the touch operation for meeting the first preparatory condition；
Step 102：N number of positional information of the touch operation is obtained, wherein N is the positive integer more than or equal to 1；
Step 103：Extraction meets M first position information of the second preparatory condition from N number of positional information, its In, M is the positive integer more than or equal to 2 and less than or equal to N；Wherein, second preparatory condition is characterized in N number of positional information One or more same or analogous positional informations；
Step 104：According to the default first rule, M first position information is adjusted；
Step 105：The display control unit reports N number of positional information, N number of information to information process unit Include the M first position information after adjustment so that described information processing unit is according to the N of the touch operation Individual positional information is responded.
Here, the display control unit can be the touch screen of the electronic equipment.
It is described to detect that the touch operation for meeting the first preparatory condition be：When user touches display control unit, The display control unit can periodically detect positional information corresponding to the touch point of user, when in the continuous specified cycle When getting positional information corresponding to multiple touch points, it is to meet the touch of the first preparatory condition to determine the touch operation Operation；Otherwise, when only getting positional information corresponding to a touch point, it is determined that the touch operation is not meet first The touch operation of preparatory condition.For example shown in Fig. 2, the touch operation for streaking display control unit of user from left to right, it is Meet the touch operation of the first preparatory condition.
The N number of positional information for obtaining touch operation can be positional informations whole in the touch operation, such as, The cycle of detection touch operation, for 12ms once there occurs 0.5 second for this touch operation, then the positional information detected is just It can be 41；Wherein, abscissa, ordinate, acquisition time etc. can be included in the positional information.
Second preparatory condition can be the positional information of M abscissa and ordinate all same；Or it is：It is multigroup Abscissa and ordinate identical positional information；
For example the touch-screen as shown in figure 3, for individual layer multiple spot is formed when the display control unit, wherein, capacitive region 31 be induction zone, and cabling area 32 belongs to non-inductive area for cabling, therefore without non-inductive function；When the finger of user is so Touch-screen on slide when, in 32 non-inductive amount of cabling area.
So when the finger of user goes out and streaked in the display control unit shown in Fig. 3, situation meeting is as shown in figure 4, specific For：When using the lower left corner of display control unit as coordinate (0,0), the facilities of transverse and longitudinal coordinate system are as shown in the figure；Finger is slided During dynamic, near cabling area, there are a string of identical coordinates, such as, the arrow from left to right shown in Fig. 4 is finger The touch operation of slip and direction, wherein collected multiple (6,2), i.e., the positional information that abscissa is 6, ordinate is 2, So these positional informations are to meet the positional information of the second preparatory condition.Preferably, it is assumed that what finger slided in Fig. 4 touches Touch operation and have passed through multiple cabling areas, then multigroup identical positional information, its production and the above situation phase will be obtained Together, do not repeat here.
Preferably, it is described according to the default first rule, M first position information is adjusted, can be included： Determine arithmetic sequence；Using the arithmetic sequence, the abscissa and ordinate of M first position information are adjusted.
The arithmetic sequence is the sequence that tolerance is designated value, such as, the designated value can be 1.
The determination arithmetic sequence can include：According to the sequencing of the acquisition time of N number of positional information, extraction L positional information of the acquisition time before the information of the M first position, according to the L positional information, is counted successively Calculation obtains the difference between the abscissa and ordinate between the adjacent positional information of acquisition time, when the L positional information Between abscissa and ordinate between difference it is equal when, using the difference as tolerance, generation is directed to abscissa and vertical The arithmetic sequence of coordinate；The M numerical value included in each arithmetic sequence.Such as shown in Fig. 4, wherein between each ordinate Difference is 0, and the difference between each abscissa is 1, then abscissa will be directed to and ordinate generates arithmetic sequence respectively, Respectively (0,1,2,3) and (0,0,0,0).
Accordingly, described to utilize the arithmetic sequence, abscissa and ordinate to M first position information are carried out Adjustment can include：Extract numerical value from described be directed in the arithmetic sequence of the abscissa and ordinate one by one, successively with institute State the abscissa in M first position information and ordinate is added, abscissa and ordinate after being adjusted.
Such as shown in Fig. 4, wherein there is four first position information, then carried out respectively for abscissa and ordinate Adjustment, can be adjusted first against the abscissa of four first position information, be specially：The horizontal seat is directed to from described First numerical value, and the order four first position information according to acquisition time from morning to night are extracted in target arithmetic sequence The first position information of middle acquisition, by the abscissa in the first position information of acquisition and first numerical value phase in arithmetic sequence Add, the abscissa after being adjusted；Then the abscissa after the adjustment in other three first position information is calculated successively； Numerical value is extracted successively from the arithmetic sequence for the ordinate again, it is right successively according still further to the order of acquisition time from morning to night The operation that ordinate in four first position information is added, the ordinate after being adjusted；Most four identicals at last (6,2), it is adjusted to (6,2) (7,2) (8,2) (9,2).
Preferably, it is described according to the default first rule, M first position information is adjusted, can also be wrapped Include：According to N number of positional information, direction and the speed of the touch operation are determined；According to the direction of the touch operation And speed, adjust M first position information.
It is above-mentioned according to N number of positional information, the direction and speed for determining the touch operation can include：From described X positional information of the acquisition time prior to M first position information is extracted in N number of positional information；According to the x position The abscissa and ordinate of information determine the direction of the touch operation；And according to the abscissa of the x positional information And collection period, determine the lateral velocity of the touch operation；According to the ordinate of the x positional information and collection week Phase, determine the longitudinal velocity of the touch operation.
The direction and speed according to the touch operation, M first position information is adjusted, including：Utilize The direction of the touch operation and speed, calculate M adjusting parameter corresponding to the information of the M first position；Utilize the M Individual adjusting parameter, M first position information is adjusted successively.
It can specifically include：According to the acquisition time in the lateral velocity, and M first position information, Determine to laterally adjust parameter corresponding to the information of the M first position one by one；According to the longitudinal velocity, and the M the Acquisition time in one positional information, longitudinally adjusted parameter corresponding to the information of the M first position is determined one by one；Utilize one by one Parameter and the longitudinally adjusted parameter of laterally adjusting is added with the abscissa in the information of the M first position and ordinate, M first position information after being adjusted.So, it becomes possible to pass through multiple positions in addition to the information of the M first position Confidence is ceased, and accurately the physical location of M first position information is speculated, so as to the more accurately touch operation to user Responded, lift the usage experience of user.
Preferably, can also be according to the application currently opened, to judge whether to perform this reality before above-mentioned steps 101 perform Example is applied, avoids calculating for the touch operation that need not be calculated, so as to be better able to ensure for other operations Process resource；It can specifically include：Open the first application；Described information processing unit judges whether first application meets the Three preparatory conditions；When meeting three preparatory condition, according to the default first rule, to M first position information It is adjusted.
Wherein, the 3rd preparatory condition can be to need to show the operation for responding slide, although having one A little Video Applications can be by gathering slide, come the operation for adjusting sound or carrying out selected works, however, it is possible to not to sliding Operation is shown, it is only necessary to after the operation by collecting user, the directly result of displaying response, for example collect use After the slide at family, directly amplify or reduce volume, in this way, because being not in due to having a blind area of collection and caused use The interim card situation that family is experienced, then can is not being run and showing the region of the application, performs side provided by the invention Case.
It can be seen that using such scheme, it becomes possible to the positional information of touch operation is got, and in the positional information The first position information for meeting the second preparatory condition is adjusted so that described information processing unit is believed according to the position after adjustment Breath is responded, in this way, ensure that will not producing for information process unit is directed to one or more same or analogous positions The response of information, so as to avoid user from feeling that operation has the situation of interim card.
Embodiment five,
The invention provides a kind of electronic equipment, as shown in fig. 7, the electronic equipment includes：
Display control unit 71, the touch operation of the first preparatory condition is met for detecting；Obtain the touch operation N number of positional information, wherein N is positive integer more than or equal to 1；Extraction meets the second default bar from N number of positional information M first position information of part, wherein, M is the positive integer more than or equal to 2 and less than or equal to N；Wherein, the described second default bar Part characterizes one or more same or analogous positional informations in N number of positional information；According to the default first rule, to institute M first position information is stated to be adjusted；N number of positional information is reported to information process unit, in N number of positional information Including the M first position information after adjustment；
Information process unit 72, responded for N number of positional information according to the touch operation.
Here, the display control unit 71 can be the touch screen of the electronic equipment.
The display control unit 71, specifically for periodically detecting positional information corresponding to the touch point of user, when When getting positional information corresponding to multiple touch points in the continuous specified cycle, the touch operation is determined to meet The touch operation of first preparatory condition；Otherwise, when only getting positional information corresponding to a touch point, it is determined that described to touch It is not meet the touch operation of the first preparatory condition to touch operation.Such as shown in Fig. 2, user from left to right streak display control The touch operation of unit, as meet the touch operation of the first preparatory condition.
The N number of positional information for obtaining touch operation can be positional informations whole in the touch operation, such as, The cycle of detection touch operation, for 12ms once there occurs 0.5 second for this touch operation, then the positional information detected is just It can be 41；Wherein, abscissa, ordinate, acquisition time etc. can be included in the positional information.
Second preparatory condition can be the positional information of M abscissa and ordinate all same；Or it is：It is multigroup Abscissa and ordinate identical positional information；
For example the touch-screen as shown in figure 3, for individual layer multiple spot is formed when the display control unit, wherein, capacitive region 31 be induction zone, and cabling area 32 belongs to non-inductive area for cabling, therefore without non-inductive function；When the finger of user is so Touch-screen on slide when, in 32 non-inductive amount of cabling area.
So when the finger of user goes out and streaked in the display control unit shown in Fig. 3, situation meeting is as shown in figure 4, specific For：When using the lower left corner of display control unit as coordinate (0,0), the facilities of transverse and longitudinal coordinate system are as shown in the figure；Finger is slided During dynamic, near cabling area, there are a string of identical coordinates, such as, the arrow from left to right shown in Fig. 4 is finger The touch operation of slip and direction, wherein collected multiple (6,2), i.e., the positional information that abscissa is 6, ordinate is 2, So these positional informations are to meet the positional information of the second preparatory condition.Preferably, it is assumed that what finger slided in Fig. 4 touches Touch operation and have passed through multiple cabling areas, then multigroup identical positional information, its production and the above situation phase will be obtained Together, do not repeat here.
The usage scenario of the present embodiment is illustrated below：
When the finger of user streaks touch-screen, touch-screen can detect the positional information that finger streaks；
When it is multiple continuous positional informations to detect the positional information, determine that the touch operation meets that first is pre- If condition；
After the N number of positional information for obtaining the touch operation detected,
The one group or multiple M first position information for meeting the second preparatory condition is selected from N number of positional information；
According to the first rule, the first position information that the M are met with the second preparatory condition is adjusted so that electronics Equipment responds according to M first position information after the adjustment to the touch operation.
It can be seen that using such scheme, it becomes possible to the positional information of touch operation is got, and in the positional information The first position information for meeting the second preparatory condition is adjusted so that described information processing unit is believed according to the position after adjustment Breath is responded, in this way, ensure that will not producing for information process unit is directed to one or more same or analogous positions The response of information, so as to avoid user from feeling that operation has the situation of interim card.
Embodiment six,
The invention provides a kind of electronic equipment, the electronic equipment includes：
Display control unit, the touch operation of the first preparatory condition is met for detecting；Obtain the N of the touch operation Individual positional information, wherein N are the positive integer more than or equal to 1；Extraction meets the second preparatory condition from N number of positional information M first position information, wherein, M is the positive integer more than or equal to 2 and less than or equal to N；Wherein, the second preparatory condition table Levy one or more same or analogous positional informations in N number of positional information；According to the default first rule, to the M Individual first position information is adjusted；N number of positional information is reported to information process unit, is wrapped in N number of positional information Include the M first position information after adjustment；
Information process unit, responded for N number of positional information according to the touch operation.
Here, the display control unit can be the touch screen of the electronic equipment.
The display control unit, specifically for when user touch display control unit when, the display control unit meeting Positional information periodically corresponding to the touch point of detection user, when getting multiple touches in a cycle in continuous specify Corresponding to point during positional information, it is to meet the touch operation of the first preparatory condition to determine the touch operation；Otherwise, when only obtaining To corresponding to a touch point during positional information, it is determined that the touch operation is not meet the touch behaviour of the first preparatory condition Make.For example shown in Fig. 2, the touch operation for streaking display control unit of user from left to right, as meet the first preparatory condition Touch operation.
The N number of positional information for obtaining touch operation can be positional informations whole in the touch operation, such as, The cycle of detection touch operation, for 12ms once there occurs 0.5 second for this touch operation, then the positional information detected is just It can be 41；Wherein, abscissa, ordinate, acquisition time etc. can be included in the positional information.
Second preparatory condition can be the positional information of M abscissa and ordinate all same；Or it is：It is multigroup Abscissa and ordinate identical positional information；
For example the touch-screen as shown in figure 3, for individual layer multiple spot is formed when the display control unit, wherein, capacitive region 31 be induction zone, and cabling area 32 belongs to non-inductive area for cabling, therefore without non-inductive function；When the finger of user is so Touch-screen on slide when, in 32 non-inductive amount of cabling area.
So when the finger of user goes out and streaked in the display control unit shown in Fig. 3, situation meeting is as shown in figure 4, specific For：When using the lower left corner of display control unit as coordinate (0,0), the facilities of transverse and longitudinal coordinate system are as shown in the figure；Finger is slided During dynamic, near cabling area, there are a string of identical coordinates, such as, the arrow from left to right shown in Fig. 4 is finger The touch operation of slip and direction, wherein collected multiple (6,2), i.e., the positional information that abscissa is 6, ordinate is 2, So these positional informations are to meet the positional information of the second preparatory condition.Preferably, it is assumed that what finger slided in Fig. 4 touches Touch operation and have passed through multiple cabling areas, then multigroup identical positional information, its production and the above situation phase will be obtained Together, do not repeat here.
Preferably, the display control unit, specifically for determining arithmetic sequence；Using the arithmetic sequence, to the M The abscissa and ordinate of individual first position information are adjusted.The arithmetic sequence is the sequence that tolerance is designated value, such as, The designated value can be 1.
The display control unit, specifically for the sequencing of the acquisition time according to N number of positional information, extraction L positional information of the acquisition time before the information of the M first position, according to the L positional information, is counted successively Calculation obtains the difference between the abscissa and ordinate between the adjacent positional information of acquisition time, when the L positional information Between abscissa and ordinate between difference it is equal when, using the difference as tolerance, generation is directed to abscissa and vertical The arithmetic sequence of coordinate；The M numerical value included in each arithmetic sequence.Such as shown in Fig. 4, wherein between each ordinate Difference is 0, and the difference between each abscissa is 1, then abscissa will be directed to and ordinate generates arithmetic sequence respectively, Respectively (0,1,2,3) and (0,0,0,0).
The display control unit, specifically for one by one from the arithmetic sequence for being directed to the abscissa and ordinate Middle extraction numerical value, it is added successively with the abscissa in the information of the M first position and ordinate, the abscissa after being adjusted And ordinate.
Such as shown in Fig. 4, wherein there is four first position information, then carried out respectively for abscissa and ordinate Adjustment, can be adjusted first against the abscissa of four first position information, be specially：The horizontal seat is directed to from described First numerical value, and the order four first position information according to acquisition time from morning to night are extracted in target arithmetic sequence The first position information of middle acquisition, by the abscissa in the first position information of acquisition and first numerical value phase in arithmetic sequence Add, the abscissa after being adjusted；Then the abscissa after the adjustment in other three first position information is calculated successively； Numerical value is extracted successively from the arithmetic sequence for the ordinate again, it is right successively according still further to the order of acquisition time from morning to night The operation that ordinate in four first position information is added, the ordinate after being adjusted；Most four identicals at last (6,2), it is adjusted to (6,2) (7,2) (8,2) (9,2).
It can be seen that using such scheme, it becomes possible to the positional information of touch operation is got, and in the positional information The first position information for meeting the second preparatory condition is adjusted so that described information processing unit is believed according to the position after adjustment Breath is responded, in this way, ensure that will not producing for information process unit is directed to one or more same or analogous positions The response of information, so as to avoid user from feeling that operation has the situation of interim card.
Embodiment seven,
The invention provides a kind of electronic equipment, the electronic equipment includes：
Display control unit, the touch operation of the first preparatory condition is met for detecting；Obtain the N of the touch operation Individual positional information, wherein N are the positive integer more than or equal to 1；Extraction meets the second preparatory condition from N number of positional information M first position information, wherein, M is the positive integer more than or equal to 2 and less than or equal to N；Wherein, the second preparatory condition table Levy one or more same or analogous positional informations in N number of positional information；According to the default first rule, to the M Individual first position information is adjusted；N number of positional information is reported to information process unit, is wrapped in N number of positional information Include the M first position information after adjustment；
Information process unit, responded for N number of positional information according to the touch operation.
Here, the display control unit can be the touch screen of the electronic equipment.
The display control unit, specifically for periodically detection user touch point corresponding to positional information, when It is continuous to specify when getting positional information corresponding to multiple touch points in a cycle, the touch operation is determined to meet the The touch operation of one preparatory condition；Otherwise, when only getting positional information corresponding to a touch point, it is determined that the touch Operate not meet the touch operation of the first preparatory condition.Such as shown in Fig. 2, user from left to right streak display control list The touch operation of member, as meets the touch operation of the first preparatory condition.
The N number of positional information for obtaining touch operation can be positional informations whole in the touch operation, such as, The cycle of detection touch operation, for 12ms once there occurs 0.5 second for this touch operation, then the positional information detected is just It can be 41；Wherein, abscissa, ordinate, acquisition time etc. can be included in the positional information.
Second preparatory condition can be the positional information of M abscissa and ordinate all same；Or it is：It is multigroup Abscissa and ordinate identical positional information；
For example the touch-screen as shown in figure 3, for individual layer multiple spot is formed when the display control unit, wherein, capacitive region 31 be induction zone, and cabling area 32 belongs to non-inductive area for cabling, therefore without non-inductive function；When the finger of user is so Touch-screen on slide when, in 32 non-inductive amount of cabling area.
So when the finger of user goes out and streaked in the display control unit shown in Fig. 3, situation meeting is as shown in figure 4, specific For：When using the lower left corner of display control unit as coordinate (0,0), the facilities of transverse and longitudinal coordinate system are as shown in the figure；Finger is slided During dynamic, near cabling area, there are a string of identical coordinates, such as, the arrow from left to right shown in Fig. 4 is finger The touch operation of slip and direction, wherein collected multiple (6,2), i.e., the positional information that abscissa is 6, ordinate is 2, So these positional informations are to meet the positional information of the second preparatory condition.Preferably, it is assumed that what finger slided in Fig. 4 touches Touch operation and have passed through multiple cabling areas, then multigroup identical positional information, its production and the above situation phase will be obtained Together, do not repeat here.
Preferably, the display control unit, specifically for extracting acquisition time from N number of positional information prior to institute State x positional information of M first position information；According to determining the abscissa of the x positional information and ordinate The direction of touch operation；And according to the abscissa and collection period of the x positional information, determine the touch operation Lateral velocity；According to the ordinate and collection period of the x positional information, the longitudinal velocity of the touch operation is determined.
The display control unit, specifically for the direction using the touch operation and speed, calculate the M the M adjusting parameter corresponding to one positional information；Using the M adjusting parameter, M first position information is carried out successively Adjustment.It can specifically include：According to the acquisition time in the lateral velocity, and M first position information, one by one Determine to laterally adjust parameter corresponding to the information of the M first position；According to the longitudinal velocity, and the M first Acquisition time in confidence breath, determines longitudinally adjusted parameter corresponding to the information of the M first position one by one；One by one using described Laterally adjust parameter and longitudinally adjusted parameter to be added with the abscissa in the information of the M first position and ordinate, obtain M first position information after adjustment.So, it becomes possible to believed by multiple positions in addition to the information of the M first position Breath, accurately speculates to the physical location of M first position information, so as to which more accurately the touch operation to user is carried out Response, lift the usage experience of user.
It can be seen that using such scheme, it becomes possible to the positional information of touch operation is got, and in the positional information The first position information for meeting the second preparatory condition is adjusted so that described information processing unit is believed according to the position after adjustment Breath is responded, in this way, ensure that will not producing for information process unit is directed to one or more same or analogous positions The response of information, so as to avoid user from feeling that operation has the situation of interim card.
Embodiment eight,
The invention provides electronic equipment, the electronic equipment includes：
Display control unit, the touch operation of the first preparatory condition is met for detecting；Obtain the N of the touch operation Individual positional information, wherein N are the positive integer more than or equal to 1；Extraction meets the second preparatory condition from N number of positional information M first position information, wherein, M is the positive integer more than or equal to 2 and less than or equal to N；Wherein, the second preparatory condition table Levy one or more same or analogous positional informations in N number of positional information；According to the default first rule, to the M Individual first position information is adjusted；N number of positional information is reported to information process unit, is wrapped in N number of positional information Include the M first position information after adjustment；
Information process unit, responded for N number of positional information according to the touch operation.
Here, the display control unit can be the touch screen of the electronic equipment.
The display control unit, specifically for periodically detection user touch point corresponding to positional information, when It is continuous to specify when getting positional information corresponding to multiple touch points in a cycle, the touch operation is determined to meet the The touch operation of one preparatory condition；Otherwise, when only getting positional information corresponding to a touch point, it is determined that the touch Operate not meet the touch operation of the first preparatory condition.Such as shown in Fig. 2, user from left to right streak display control list The touch operation of member, as meets the touch operation of the first preparatory condition.
The N number of positional information for obtaining touch operation can be positional informations whole in the touch operation, such as, The cycle of detection touch operation, for 12ms once there occurs 0.5 second for this touch operation, then the positional information detected is just It can be 41；Wherein, abscissa, ordinate, acquisition time etc. can be included in the positional information.
Second preparatory condition can be the positional information of M abscissa and ordinate all same；Or it is：It is multigroup Abscissa and ordinate identical positional information；
For example the touch-screen as shown in figure 3, for individual layer multiple spot is formed when the display control unit, wherein, capacitive region 31 be induction zone, and cabling area 32 belongs to non-inductive area for cabling, therefore without non-inductive function；When the finger of user is so Touch-screen on slide when, in 32 non-inductive amount of cabling area.
So when the finger of user goes out and streaked in the display control unit shown in Fig. 3, situation meeting is as shown in figure 4, specific For：When using the lower left corner of display control unit as coordinate (0,0), the facilities of transverse and longitudinal coordinate system are as shown in the figure；Finger is slided During dynamic, near cabling area, there are a string of identical coordinates, such as, the arrow from left to right shown in Fig. 4 is finger The touch operation of slip and direction, wherein collected multiple (6,2), i.e., the positional information that abscissa is 6, ordinate is 2, So these positional informations are to meet the positional information of the second preparatory condition.Preferably, it is assumed that what finger slided in Fig. 4 touches Touch operation and have passed through multiple cabling areas, then multigroup identical positional information, its production and the above situation phase will be obtained Together, do not repeat here.
Preferably, the display control unit, specifically for determining arithmetic sequence；Using the arithmetic sequence, to the M The abscissa and ordinate of individual first position information are adjusted.
The arithmetic sequence is the sequence that tolerance is designated value, such as, the designated value can be 1.
The determination arithmetic sequence can include：According to the sequencing of the acquisition time of N number of positional information, extraction L positional information of the acquisition time before the information of the M first position, according to the L positional information, is counted successively Calculation obtains the difference between the abscissa and ordinate between the adjacent positional information of acquisition time, when the L positional information Between abscissa and ordinate between difference it is equal when, using the difference as tolerance, generation is directed to abscissa and vertical The arithmetic sequence of coordinate；The M numerical value included in each arithmetic sequence.Such as shown in Fig. 4, wherein between each ordinate Difference is 0, and the difference between each abscissa is 1, then abscissa will be directed to and ordinate generates arithmetic sequence respectively, Respectively (0,1,2,3) and (0,0,0,0).Accordingly, it is described to utilize the arithmetic sequence, the M first position is believed The abscissa and ordinate of breath are adjusted and can included：One by one from the equal difference sequence for being directed to the abscissa and ordinate Numerical value is extracted in row, is added successively with the abscissa in the information of the M first position and ordinate, the horizontal seat after being adjusted Mark and ordinate.
Such as shown in Fig. 4, wherein there is four first position information, then carried out respectively for abscissa and ordinate Adjustment, can be adjusted first against the abscissa of four first position information, be specially：The horizontal seat is directed to from described First numerical value, and the order four first position information according to acquisition time from morning to night are extracted in target arithmetic sequence The first position information of middle acquisition, by the abscissa in the first position information of acquisition and first numerical value phase in arithmetic sequence Add, the abscissa after being adjusted；Then the abscissa after the adjustment in other three first position information is calculated successively； Numerical value is extracted successively from the arithmetic sequence for the ordinate again, it is right successively according still further to the order of acquisition time from morning to night The operation that ordinate in four first position information is added, the ordinate after being adjusted；Most four identicals at last (6,2), it is adjusted to (6,2) (7,2) (8,2) (9,2).
Preferably, the display control unit, specifically for according to N number of positional information, determining the touch operation Direction and speed；According to the direction of the touch operation and speed, M first position information is adjusted.
Specially：X position of the acquisition time prior to M first position information is extracted from N number of positional information Confidence ceases；The direction of the touch operation is determined according to the abscissa of the x positional information and ordinate；And according to institute The abscissa and collection period of x positional information are stated, determines the lateral velocity of the touch operation；According to the x position The ordinate and collection period of information, determine the longitudinal velocity of the touch operation.
Direction and speed using the touch operation, calculate M adjustment ginseng corresponding to the information of the M first position Number；Using the M adjusting parameter, M first position information is adjusted successively.It can include：According to the horizontal stroke Acquisition time into speed, and M first position information, determine one by one corresponding to the information of the M first position Laterally adjust parameter；According to the acquisition time in the longitudinal velocity, and M first position information, institute is determined one by one State longitudinally adjusted parameter corresponding to M first position information；One by one parameter and longitudinally adjusted parameter are laterally adjusted using described It is added with the abscissa in the information of the M first position and ordinate, M first position information after being adjusted.In this way, Just can be by multiple positional informations in addition to the information of the M first position, accurately to the reality of M first position information Border position is speculated, so as to which the touch operation more accurately to user responds, lifts the usage experience of user.
Preferably, described information processing unit, it is additionally operable to open the first application；Judge whether first application meets the Three preparatory conditions；When meeting three preparatory condition, the display control unit is notified according to the default first rule, it is right M first position information is adjusted.
Wherein, the 3rd preparatory condition can be to need to show the operation for responding slide, although having one A little Video Applications can be by gathering slide, come the operation for adjusting sound or carrying out selected works, however, it is possible to not to sliding Operation is shown, it is only necessary to after the operation by collecting user, the directly result of displaying response, for example collect use After the slide at family, directly amplify or reduce volume, in this way, because being not in due to having a blind area of collection and caused use The interim card situation that family is experienced, then can is not being run and showing the region of the application, performs side provided by the invention Case.
It can be seen that using such scheme, it becomes possible to the positional information of touch operation is got, and in the positional information The first position information for meeting the second preparatory condition is adjusted so that described information processing unit is believed according to the position after adjustment Breath is responded, in this way, ensure that will not producing for information process unit is directed to one or more same or analogous positions The response of information, so as to avoid user from feeling that operation has the situation of interim card.
In several embodiments provided herein, it should be understood that disclosed apparatus and method, it can be passed through Its mode is realized.Apparatus embodiments described above are only schematical, for example, the division of the unit, is only A kind of division of logic function, there can be other dividing mode when actually realizing, such as：Multiple units or component can combine, or Another system is desirably integrated into, or some features can be ignored, or do not perform.In addition, shown or discussed each composition portion Point mutual coupling or direct-coupling or communication connection can be the INDIRECT COUPLINGs by some interfaces, equipment or unit Or communication connection, can be electrical, mechanical or other forms.
The above-mentioned unit illustrated as separating component can be or may not be physically separate, show as unit The part shown can be or may not be physical location, you can positioned at a place, can also be distributed to multiple network lists In member；Partly or entirely unit therein can be selected to realize the purpose of this embodiment scheme according to the actual needs.
In addition, each functional unit in various embodiments of the present invention can be fully integrated into a processing module, also may be used To be each unit individually as a unit, can also two or more units it is integrated in a unit；It is above-mentioned Integrated unit can both be realized in the form of hardware, can also be realized in the form of hardware adds SFU software functional unit.
One of ordinary skill in the art will appreciate that：Realizing all or part of step of above method embodiment can pass through Programmed instruction related hardware is completed, and foregoing program can be stored in a computer read/write memory medium, the program Upon execution, the step of execution includes above method embodiment；And foregoing storage medium includes：It is movable storage device, read-only Memory (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), magnetic disc or Person's CD etc. is various can be with the medium of store program codes.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any Those familiar with the art the invention discloses technical scope in, change or replacement can be readily occurred in, should all be contained Cover within protection scope of the present invention.Therefore, protection scope of the present invention should be based on the protection scope of the described claims.

Claims (10)

1. a kind of information processing method, applied to electronic equipment, the electronic equipment possesses display control unit, methods described bag Include：
The display control unit detects the touch operation for meeting the first preparatory condition；
N number of positional information of the touch operation is obtained, wherein N is the positive integer more than or equal to 1；
Extraction meets M first position information of the second preparatory condition from N number of positional information, wherein, M for more than or equal to 2 and less than or equal to N positive integer；Wherein, second preparatory condition characterizes one or more identical in N number of positional information Or similar positional information；
According to the default first rule, M first position information is adjusted；
The display control unit reports N number of positional information to information process unit, and N number of positional information includes adjusting M first position information after whole so that described information processing unit is believed according to N number of position of the touch operation Breath is responded.
2. according to the method for claim 1, it is characterised in that it is described according to the default first rule, to the M first Positional information is adjusted, including：
Determine arithmetic sequence；
Using the arithmetic sequence, the abscissa and ordinate of M first position information are adjusted.
3. according to the method for claim 1, it is characterised in that it is described according to the default first rule, to the M first Positional information is adjusted, including：
According to N number of positional information, direction and the speed of the touch operation are determined；
According to the direction of the touch operation and speed, M first position information is adjusted.
4. according to the method for claim 3, it is characterised in that the direction and speed according to the touch operation, M first position information is adjusted, including：
Direction and speed using the touch operation, calculate M adjusting parameter corresponding to the information of the M first position；
Using the M adjusting parameter, M first position information is adjusted successively.
5. according to the method for claim 1, it is characterised in that methods described also includes：
Open the first application；
Described information processing unit judges whether first application meets the 3rd preparatory condition；
When meeting three preparatory condition, according to the default first rule, M first position information is adjusted It is whole.
6. a kind of electronic equipment, the electronic equipment includes：
Display control unit, the touch operation of the first preparatory condition is met for detecting；Obtain N number of position of the touch operation Confidence ceases, and wherein N is the positive integer more than or equal to 1；Meet the second preparatory condition M are extracted from N number of positional information First position information, wherein, M is the positive integer more than or equal to 2 and less than or equal to N；Wherein, second preparatory condition characterizes institute State one or more same or analogous positional informations in N number of positional information；According to the default first rule, to the M the One positional information is adjusted；N number of positional information is reported to information process unit, N number of positional information includes adjusting M first position information after whole；
Information process unit, responded for N number of positional information according to the touch operation.
7. electronic equipment according to claim 6, it is characterised in that the display control unit, specifically for determination etc. Difference sequence；Using the arithmetic sequence, the abscissa and ordinate of M first position information are adjusted.
8. electronic equipment according to claim 6, it is characterised in that the display control unit, specifically for according to institute N number of positional information is stated, determines direction and the speed of the touch operation；According to the direction of the touch operation and speed, Adjust M first position information.
9. electronic equipment according to claim 8, it is characterised in that the display control unit, specifically for utilizing institute Direction and the speed of touch operation are stated, calculates M adjusting parameter corresponding to the information of the M first position；Utilize the M Adjusting parameter, M first position information is adjusted successively.
10. electronic equipment according to claim 6, it is characterised in that described information processing unit, be additionally operable to unlatching first Using；Judge whether first application meets the 3rd preparatory condition；When meeting three preparatory condition, notify described aobvious Show that control unit according to the default first rule, is adjusted to M first position information.
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CN103995615A (en) * 2014-05-20 2014-08-20 胡世曦 Splicing method for touch pads

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