CN105068714A - Display control method and electronic equipment - Google Patents
Display control method and electronic equipment Download PDFInfo
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- CN105068714A CN105068714A CN201510487677.7A CN201510487677A CN105068714A CN 105068714 A CN105068714 A CN 105068714A CN 201510487677 A CN201510487677 A CN 201510487677A CN 105068714 A CN105068714 A CN 105068714A
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Abstract
Embodiments of the invention provide a display control method and electronic equipment for solving the technical problem that the display effect of a display interface of the electronic equipment is worse in an interaction process. The method comprises: acquiring an unrolling instruction; responding the unrolling instruction and displaying a first folder at an unrolled state through a display screen of the electronic equipment; the first folder at the unrolled state comprising a plurality of icon marks and a carrying body for carrying the plurality of icon marks; acquiring a movement track of the carrying body of the first folder at the unrolled state on the display screen; and based on the movement track, controlling different images presented by the carrying body at different positions of the movement track.
Description
Technical field
The present invention relates to electronic technology field, particularly a kind of display control method and electronic equipment.
Background technology
Along with the development of science and technology, electronic technology have also been obtained development at full speed, and the performance of electronic equipment and outward appearance are obtained for and promote energetically.Wherein, notebook computer with its small volume and less weight, be easy to carry, the recreational advantage such as by force is just being subject to liking of increasing people, becomes an indispensable part in studying and living.
At present, in order to increase the aesthetic property in electronic equipment use procedure, for display desktop is provided with corresponding background image in electronic equipment, as wallpaper or theme etc., electronic equipment is made to have good display effect.But usually, corresponding desktop displaying contents has been generally included owing to showing in electronic equipment in desktop, as application icon, folder icon, file etc., and it is comparatively fixing to show background image corresponding to desktop, therefore, in actual reciprocal process, the inadequate coordination of desktop displaying contents and background image may be made.Such as during the file of user in mobile desktop, the image section of file may block background image, makes the display effect of electronic equipment in reciprocal process poor.
Summary of the invention
The embodiment of the present invention provides a kind of display control method and electronic equipment, the technical matters that the display interface display effect in reciprocal process for solving electronic equipment is poor.
A kind of display control method, comprising:
Obtain and launch instruction,
Respond described expansion instruction, be in the first file of deployed condition by the display screen display of electronic equipment; Wherein, described first file being in described deployed condition comprises multiple icon mark and the supporting body for carrying described multiple icon mark;
Obtain the movement locus of described supporting body on described display screen being in described first file of described deployed condition;
Based on described movement locus, control the image difference that described supporting body presents at the diverse location place of described movement locus.
Optionally, obtain the movement locus of described supporting body on described display screen being in described first file of described deployed condition, comprising:
The movement locus of the process of described supporting body maximum display size when the minimum display size of described supporting body is in deployed condition to described first file when acquisition is in deployed condition from described first file; Or
Obtain the movement locus of the process of described supporting body minimum display size when the maximum display size of described supporting body is in deployed condition to described first file when described first file is in deployed condition.
Optionally, based on described movement locus, control the image difference that described supporting body presents at the diverse location place of described movement locus, comprising:
From described different display size different images part one to one on the first picture corresponding to current display wallpaper obtaining described display screen based on the different display sizes of the described supporting body of diverse location on described movement locus;
Display element based on different images part on described first picture generates and described different piece one_to_one corresponding different images;
Using the image that described different images presents as supporting body described in the diverse location place of described movement locus.
Optionally, before acquisition launches instruction, also comprise:
Load desktop programs, described desktop programs comprises interactive interface, comprises multiple folder icon in described interactive interface; Wherein, described interactive interface is presented in the display screen of described electronic equipment;
Receive the input operation for any one folder icon in the interactive interface of the current display of described display screen;
Respond described input operation, produce call instruction, described call instruction is used for startup file clip management device;
Respond described call instruction, start described folder management device; Wherein, under described folder management device, obtain the All Files folder on described electronic equipment;
Obtain and launch instruction, comprising:
Obtain produce when described All Files is folded in deployed condition for expansion instruction each in described All Files clip icon; Wherein, under described deployed condition, described All Files folder is presented in described display screen in queue mode.
Optionally, obtain the movement locus of described supporting body on described display screen being in described first file of deployed condition, comprising:
The motion track that operating body moves described first file being in deployed condition is obtained in real time by the sensing unit of described electronic equipment;
Using the described motion track obtained in real time as the described real time kinematics track of described supporting body on described display screen being in described first file of deployed condition;
Based on described movement locus, control the image difference that described supporting body presents at the diverse location place of described movement locus, comprising:
With described diverse location different images part one to one on the first picture corresponding to current display wallpaper obtaining described display screen according to the display size of the described supporting body of diverse location on described real time kinematics track;
Display element process based on different images part on described first picture generates and described different images part one_to_one corresponding different images;
Using the image that described different images presents as supporting body described in the diverse location place at described real time kinematics track.
Optionally, obtain the movement locus of described supporting body on described display screen being in described first file of deployed condition, and based on described movement locus, control at the diverse location place of described movement locus to have processed in the different process predetermined time cycle of image that described supporting body presents, described predetermined period of time is the refresh cycle of described display screen.
A kind of electronic equipment, comprising:
Housing;
Processor, is positioned at housing, for obtaining expansion instruction, and responds described expansion instruction, is in the first file of deployed condition by the display screen display of electronic equipment; Wherein, described first file being in described deployed condition comprises multiple icon mark and the supporting body for carrying described multiple icon mark; Obtain the movement locus of described supporting body on described display screen being in described first file of described deployed condition; And based on described movement locus, control the image difference that described supporting body presents at the diverse location place of described movement locus.
Optionally, described processor is used for:
The movement locus of the process of described supporting body maximum display size when the minimum display size of described supporting body is in deployed condition to described first file when acquisition is in deployed condition from described first file; Or
Obtain the movement locus of the process of described supporting body minimum display size when the maximum display size of described supporting body is in deployed condition to described first file when described first file is in deployed condition.
Optionally, described processor is used for:
From described different display size different images part one to one on the first picture corresponding to current display wallpaper obtaining described display screen based on the different display sizes of the described supporting body of diverse location on described movement locus;
Display element based on different images part on described first picture generates and described different piece one_to_one corresponding different images;
Using the image that described different images presents as supporting body described in the diverse location place of described movement locus.
Optionally, described processor is used for:
Load desktop programs, described desktop programs comprises interactive interface, comprises multiple folder icon in described interactive interface; Wherein, described interactive interface is presented in the display screen of described electronic equipment; Receive the input operation for any one folder icon in the interactive interface of the current display of described display screen; Respond described input operation, produce call instruction, described call instruction is used for startup file clip management device; Respond described call instruction, start described folder management device; Wherein, under described folder management device, obtain the All Files folder on described electronic equipment; And
Obtain produce when described All Files is folded in deployed condition for expansion instruction each in described All Files clip icon; Wherein, under described deployed condition, described All Files folder is presented in described display screen in queue mode.
Optionally, described electronic equipment also comprises:
Induction installation, is connected with processor, moves the motion track of described first file being in deployed condition for obtaining operating body in real time;
Described processor is used for: receive the described motion track that described induction installation obtains in real time, using described motion track as the described real time kinematics track of described supporting body on described display screen being in described first file of deployed condition; And on the first picture corresponding to current display wallpaper obtaining described display screen according to the display size of the described supporting body of diverse location on described real time kinematics track with described diverse location different images part one to one;
Display element process based on different images part on described first picture generates and described different images part one_to_one corresponding different images;
Using the image that described different images presents as supporting body described in the diverse location place at described real time kinematics track.
Optionally, obtain the movement locus of described supporting body on described display screen being in described first file of deployed condition, and based on described movement locus, control at the diverse location place of described movement locus to have processed in the different process predetermined time cycle of image that described supporting body presents, described predetermined period of time is the refresh cycle of described display screen.
In the embodiment of the present invention, owing to launching instruction by obtaining, the first file being in deployed condition can be shown in the display screen of electronic equipment, and the first file comprises multiple icon mark and the supporting body for carrying included multiple icon marks, as the background that supporting body can be the first file, and then by obtaining this supporting body movement locus within display screen, the supporting body image that present can be controlled at the diverse location place of this movement locus different, therefore the image that supporting body presents can be changed along with the change of the position of supporting body.Such as, in the moving process of the supporting body of the first file, the image that supporting body presents can be the image corresponding to background image, namely the background image blocked can be carried out corresponding display by the supporting body of the first file, improves the display effect of electronic equipment.
Accompanying drawing explanation
Fig. 1 is the process flow diagram of display control method in the embodiment of the present invention;
Fig. 2 is that embodiment of the present invention file folder is in queue arrangement mode;
Fig. 3 A-Fig. 3 C is that embodiment of the present invention file folder moves schematic diagram according to the movement locus preset;
Fig. 4 drags file to move schematic diagram according to real time kinematics track in the embodiment of the present invention;
Fig. 5 is the structural representation of electronic equipment in the embodiment of the present invention;
Fig. 6 is the structural framing figure of electronic equipment in the embodiment of the present invention.
Embodiment
The embodiment of the present invention provides a kind of display control method and electronic equipment, the technical matters that the display interface display effect in reciprocal process for solving electronic equipment is poor.The method comprises: obtain and launch instruction; Respond described expansion instruction, be in the first file of deployed condition by the display screen display of electronic equipment; Wherein, described first file being in described deployed condition comprises multiple icon mark and the supporting body for carrying described multiple icon mark; Obtain the movement locus of described supporting body on described display screen being in described first file of described deployed condition; Based on described movement locus, control the image difference that described supporting body presents at the diverse location place of described movement locus.
In the embodiment of the present invention, owing to launching instruction by obtaining, the first file being in deployed condition can be shown in the display screen of electronic equipment, and the first file comprises multiple icon mark and the supporting body for carrying included multiple icon marks, as the background that supporting body can be the first file, and then by obtaining this supporting body movement locus within display screen, the supporting body image that present can be controlled at the diverse location place of this movement locus different, therefore the image that supporting body presents can be changed along with the change of the position of supporting body.Such as, in the moving process of the supporting body of the first file, the image that supporting body presents can be the image corresponding to background image, namely the background image blocked can be carried out corresponding display by the supporting body of the first file, improves the display effect of electronic equipment.
For making the object of the embodiment of the present invention, technical scheme and advantage clearly, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
In the embodiment of the present invention, electronic equipment can be the different equipment such as PC (personal computer), notebook, PAD (panel computer), mobile phone, and the present invention is not restricted this.
Optionally, in the embodiment of the present invention, display screen may be used for showing the information stored in electronic equipment, or may be used for showing the information obtained from other electronic equipments.Preferably, the display screen in the present invention can be touch control display screen.
Optionally, in the embodiment of the present invention, the interface of display screen display can be an interactive interface, and this interactive interface can comprise multiple display icon, and as folder icon, application icon etc., user can call corresponding application by clicking display icon.
In the embodiment of the present invention, when supporting body can refer to that the file in display screen launches, for carrying the folder area of multiple icon marks (as application icon mark) that file comprises.As a rule, the area that supporting body is corresponding can be less than the area of display screen.
In addition, term "and/or" herein, being only a kind of incidence relation describing affiliated partner, can there are three kinds of relations in expression, and such as, A and/or B, can represent: individualism A, exists A and B simultaneously, these three kinds of situations of individualism B.In addition, character "/" herein, general expression forward-backward correlation is to the relation liking a kind of "or".
Below in conjunction with accompanying drawing, the preferred embodiment of the present invention is described in detail.
As shown in Figure 1, the invention provides a kind of display control method, the flow process of the method is described below.
S11: obtain and launch instruction.
In the embodiment of the present invention, when user uses electronic equipment, as starting up, electronic equipment can load corresponding desktop programs, this desktop programs can comprise interactive interface, can comprise multiple folder icon in interactive interface, as game, communication, life, finance and economics etc.Certainly, each folder icon can corresponding corresponding file, and can comprise multiple icon mark in file, as application icon mark, each icon mark can to there being corresponding application, as high moral map, popular comment, U.S. group net, mobile phone Taobao etc.
Optionally, in the embodiment of the present invention, folder icon can be the thumbnail state that file is corresponding, under normal circumstances, can open corresponding file by clicking folder icon.
The embodiment of the present invention gathers, if electronic equipment receives the input operation for any one folder icon in the interactive interface of the current display of display screen, if user is by certain folder icon in Mobile phone touch control interactive interface, then electronic equipment can respond the input operation of reception, and generates the call instruction being used for startup file clip management device.Wherein, All Files corresponding with folder icon multiple in interactive interface in electronic equipment can be obtained by folder management device to press from both sides.
And then the expansion instruction relevant to file can be obtained, this process can be: obtain and be used for All Files to be folded in that deployed condition produces for expansion instruction each in All Files folder.Using the input operation of reception as trigger action, after trigger electronics determination All Files folder, All Files can be folded in deployed condition.Such as, when user clicks any one folder icon in folder icon by finger, on the whole All Files corresponding for multiple file icon can be folded in deployed condition, and the file that at least one folder icon that can intactly be shown in All Files clip icon by display screen is corresponding, this file can comprise multiple icon mark.
Wherein, All Files is folded in deployed condition, can refers to and file is launched by thumbnail state (i.e. the state of folder icon), present corresponding file.
In addition, in the embodiment of the present invention, can have corresponding wallpaper image in display screen, this wallpaper image can be that user is arranged, and can be that electronic equipment generates automatically, the present invention do concrete restriction at this yet.When display screen display interactive interface, wallpaper image can as the background image of interactive interface.
Optionally, in the embodiment of the present invention, in the deployed state, All Files folder can show within display screen according to queue mode.As shown in Figure 2, numeral 1 represents display screen, and comprise multiple file in the interactive interface of display screen display, namely numeral 2 represents in the deployed state, and multiple file forms queue according to stacked mode, the icon mark in digital 3 representation file folders.Wherein, respective file clip icon is the forefront being in queue after the file of " life " launches, as shown in Figure 2, thereafter can also comprise successively for file corresponding to the folder icon of " communication ", " game ", be in the forward file of queue can block be in rear file at least partially.
In actual applications, if the file that electronic equipment comprises is more, can be then that a part of file (as a predetermined number file) shows within display screen in queue mode in the deployed state, and remainder can pass through the interactive operation for display screen, as other file is checked in the operations such as drop-down or dragging.
S12: response launches instruction, is in the first file of deployed condition by the display screen display of electronic equipment; Wherein, the first file being in deployed condition comprises multiple icon mark and the supporting body for carrying multiple icon mark.
In the embodiment of the present invention, response launches instruction, and can refer to the instruction for file being placed in deployed condition according to obtaining, control documents clip icon is expanded gradually, forms corresponding file.As a rule, when responding expansion instruction, can be respond expansion instruction corresponding to each file one by one, namely All Files folder can be launched successively, and the first file being in deployed condition is shown by display screen, namely can show the file that at least one is in deployed condition in display screen.
Optionally, in the embodiment of the present invention, multiple icon marks that can comprise in the first file can be the application icon marks of the application program that user installs in the electronic device, as micro-letter, microblogging etc., and/or, can be the application icon mark of the system application carried in electronic equipment, as electric torch, counter etc., the present invention do concrete restriction to this yet.
In actual applications, the first file being in deployed condition can be in a predeterminated position in display screen, can using the initial position of this position as the supporting body of the first file, as the forefront in queue, centre, tail end etc.
In initial position, supporting body can have certain display size, and corresponding image can be had, this image can be corresponding with the wallpaper image of display screen, as being wallpaper image corresponding to coordinate position region that supporting body takies within display screen.
S13: obtain the supporting body movement locus being on the display screen in the first file of deployed condition.
In the embodiment of the present invention, by in S12 to launching the response of instruction, after first file being presented at the initial position of display screen, the supporting body that can also control the first file carries out moving operation within display screen, and then can obtain the corresponding motion track of supporting body.
Optionally, in the embodiment of the present invention, the first file can be the arbitrary file in display queue in All Files folder.
In actual applications, the movement locus of the supporting body of the first file can be default movement locus, as can be that electronic equipment is according to the first current present position of file, arrange by the movement locus of current present position to display screen center or bottom position, when the clicking operation of carrying out for the first file being detected, the supporting body that can control the first file moves according to corresponding movement locus, as moved to the center of display screen, or move to the bottom position of display screen by screen centre position.
Wherein, the mobile operation of supporting body can be when the trigger action carried out for the first file being detected (as clicking operation), the mobile operation that the supporting body that electronic equipment controls the first file carries out.Or, can be also the drag operation carried out for the first file according to user, force the supporting body of the first file to move according to the track dragged.
Therefore, in the embodiment of the present invention, carry out according to supporting body the different situations moving operation, following two kinds of situations can be included but are not limited to.
Situation one: the mobile operation that the supporting body that electronic equipment controls the first file carries out according to the clicking operation for the first file.
Then the process of S13 can comprise following content:
The movement locus of the process of supporting body maximum display size when the minimum display size of supporting body is in deployed condition to the first file when acquisition is in deployed condition from the first file; Or
Obtain the movement locus of the process of supporting body minimum display size when the maximum display size of supporting body is in deployed condition to the first file when the first file is in deployed condition.
Wherein, the supporting body of the first file is in moving process, and corresponding change can occur supporting body display size within display screen, namely can be ascending, more descending process.
As a rule, the supporting body of the first file can have different display sizes at the diverse location of movement locus, such as specifically can be divided into three main positions: screen apical position (namely file can be in thumbnail state, i.e. folder icon), screen centre position and screen bottom position.Wherein, when the first file is in screen centre position, namely the central point of the supporting body of the first file and the central point of screen overlapping time, its supporting body can have maximum display size, when it is in screen bottom position and screen apical position, can have minimum display size, therefore, the difference according to the supporting body of the first file present position within display screen can have different display sizes.
In actual applications, the size of the display size of the supporting body of the first file can be determined in the displacement of display screen according to the first file.
Such as, can on the longitudinal coordinate of display screen, arrange coordinate distance to manage with the corresponding of display size of supporting body, as moved to screen centre position when the first file by near screen apical position, then supporting body display size can with vertically move apart from proportional, and reach maximum display size at screen centre position place; When the first file shifts to screen bottom position by screen centre position, then supporting body display size can with vertically move distance inversely, namely in moving process, the display size of supporting body diminishes gradually, until become minimum display screen, and then exit from screen bottom position, and turn back to the tail end of folder queue.
In actual applications, if this clicking operation is the operation for the first file, then the supporting body of the first file can keep this maximum display size in predetermined position, as stopped at screen centre position place, now, a good interactive interface can be provided for user, be convenient to user and the icon mark in the first file is operated.
Or, if clicking operation is the operation for other file, then electronic equipment can control the first file continuation movement, increasing then along with movement locus, the display size of supporting body will be reduced gradually by maximum display size, until narrow down to minimum display size, and the end coming back to queue arranges, and to be originally arranged in the first file below, and the supporting body of the file adjacent with the first file also will repeat above-mentioned moving process.
In addition, in situation one, the movement locus of the supporting body of the first file can be the track pre-set, as can be that electronic equipment is according to the first file position in queue, arrange by the movement locus of position to display screen center or bottom position, therefore, the first file can be move according to the movement locus of comparatively rule in moving process, make moving process comparatively specification, there is good visual effect.
The corresponding movement that the supporting body of situation two: the first file carries out under the effect of the drag operation of operating body operates.
Then S13 can comprise following content:
The motion track that operating body moves the first file being in deployed condition is obtained in real time by the sensing unit of electronic equipment;
Using the motion track obtained in real time as the supporting body real time kinematics track on the display screen of the first file being in deployed condition.
Wherein, operating body can be the finger of user.Sensing unit can be the sensor device arranged within display screen, as capacitive transducer, pressure transducer etc., the motion track of operating body when moving the first file can be detected in real time by sensing unit, and then can using the supporting body real time kinematics track within display screen of this motion track as the first file, this real time kinematics track can be irregular movement locus, as curve, broken line etc., or, also can be the running orbit of rule, as straight line etc.
Optionally, in the embodiment of the present invention, in situation two, the first file is in moving process, and the display size of its supporting body not necessarily produces real-time change with the distance change of movement.Such as, when the first file drags by user, in certain distance, the display size of the supporting body of the first file can become large along with the increase of distance, as when close to screen centre position, the display size of supporting body can be increased to maximum, continues dragging first file, then the display size of its supporting body can change, or also can reduce.
It should be noted that, above two kinds of situations also can be combined in the situation of not conflicting.Such as, when first the first file can be dragged to staying at random location in screen by operating body, if user again clicks or drags other file, then this first file can from current location, as screen centre position, set up the movement locus between screen bottom position, and according to the movement automatically of this movement locus, and exit display screen.Certainly, can according to the display size vertically moving distance change supporting body in the process of mobile movement automatically, or also can be constant.
S14: based on movement locus, controls the image difference that supporting body presents at the diverse location place of movement locus.
In the embodiment of the present invention, along with the movement of the first file, the supporting body of the first file is put at the not off-position of movement locus and can be presented different images, and the image presented can be the image relevant to the wallpaper image of display screen.
According to the different situations determining movement locus in S13, specifically:
In situation once, S14 can comprise following content:
From different display size different piece one to one on the first picture corresponding to current display wallpaper obtaining display screens based on the different display sizes of the supporting body of diverse location on movement locus;
Display element based on different piece on the first picture generates and different piece one_to_one corresponding different images;
Using the image that different images presents as the supporting body of diverse location place first file at movement locus.
Wherein, the current display wallpaper of display screen can be exactly aforesaid wallpaper image, and be referred to as the first image herein, it can have the picture size matched with display screen.The display element that first image comprises can refer to picture material, as trees, flowers and plants, animal, personage etc.
From S12, when the supporting body of the first file is positioned at the diverse location of movement locus, can to there being different display sizes, therefore corresponding coordinate position region can be determined within display screen according to the display size of the supporting body of the first file, image section corresponding to this display size in the first image can be determined according to this coordinate position region, thus, based on the corresponding picture material of the image section determined, by corresponding process, as Gaussian image process etc., the display image corresponding to the current location of supporting body and display size can be generated, wherein, the picture size of display image can be identical with the display size of supporting body.
Such as, please still with reference to figure 3A, display screen includes 4 files arranged according to queue mode, its file icon is respectively life, communication, game and finance and economics, the supporting body of All Files folder is arranged in the diverse location of display screen, display sizes corresponding different respectively, and the image that the supporting body of each file presents is identical with the background image portion (i.e. the part of the first image) of relevant position.If the file being " life " for wherein folder icon carries out clicking operation, as shown in Figure 3 B, then " life " file can (dotted line in figure a) shifts to the center of display screen gradually according to the movement locus preset, then visible " life " file is in moving process, the change of the display size of its supporting body, wherein, when the supporting body of " life " file moves to the primary importance of movement locus, the display size of supporting body becomes first display size corresponding with primary importance, now, the first image section corresponding to supporting body in the first image can be determined based on primary importance and the first display size, and the picture material of this first image section is carried out Gaussian image process, and using the image that presents at primary importance place as " life " file of the first image section after process, primary importance can be the optional position on movement locus, in Fig. 3 B for this position for screen centre position, now, the supporting body of " life " file is in maximum display size, and this position can be rested on, user can check the icon mark in this file, even can be identified by clickable icon and run respective application.
In the process of above-mentioned " life " file movement, the remaining paper folder be positioned at after queue after this file also can to there being corresponding movement, with adjustment from the relevant position in queue, as when being positioned at after the most forward " life " file of queue removes, the position of file self will adjust toward queue fronts by 3 files below gradually.As in Fig. 3 B, after " life " file is removed, the position, forefront of queue residing before " communication " file adjusted to " life " file be adjacent moves, meanwhile, the display size of " communication " file and the corresponding image presented also respective change.
Continue above-mentioned citing, if user does not need to use " life " file when it, and want to check other file after " life " file, then can click the corresponding folder icon of file, if user clicks the file that folder icon is " communication ", as shown in Figure 3 C, the supporting body of " life " file can shift to screen bottom position according to the movement locus (in Fig. 3 C dotted line b) preset by screen centre position, and along with the increase of displacement, the display size of supporting body reduces gradually, in Fig. 3 C, label is 31, 3 dotted line frames of 32 and 33 represent in motion process respectively, the supporting body of " life " file the diverse location of movement locus display size and present image, wherein, namely reducing gradually (this reduces display size gradually by indicated by solid arrow) of individual supporting body, and the display image that each dotted line frame is corresponding as seen from the figure (i.e. supporting body present image) is also all different, and " communication " file can move to screen centre position with maximum display size according to corresponding movement locus shows, in like manner, in moving process, the supporting body of " communication " file has different display sizes at diverse location, and present the different images part of the first image.
Wherein, when " communication " file arrives screen centre position soon, " life " file central point can arrive the screen lower limb of display screen, can think that " life " file arrives screen bottom position, now the supporting body of " life " file can have minimum display size, show that " life " file will exit display screen, and turn back to the tail end of queue, after being namely arranged in " finance and economics " file.
On the other hand, situation two times, S14 can comprise following content:
With diverse location different images part one to one on the first picture corresponding to the current display wallpaper of the display size acquisition display screen of the supporting body of diverse location on real time kinematics track;
Based on display element process generation and the different images part one_to_one corresponding different images of different images part on the first picture;
Using the image that different images presents as the diverse location place supporting body at real time kinematics track.
Wherein, the diverse location on real time kinematics track, the display size that the supporting body of the first file is corresponding may be identical or different.Therefore, when determining the image that supporting body presents, first, can according to the corresponding display size of real time kinematics track determination supporting body in certain position, then, image section corresponding to supporting body in the first image can be determined in the coordinate position region corresponding within display screen according to display size, finally, by the process of the picture material to image section, obtain supporting body at the corresponding image in this position.
Such as, if user drags by finger the file that Fig. 3 A file clip icon is " life " within display screen, and electronic equipment determines the real time kinematics track (pointing indicated dotted line in Fig. 4) of the supporting body of " life " file by the motion track that sensing unit detects finger in real time.Wherein, in dragging process, when determining the region I that real time kinematics track is in display screen, then the display size of the supporting body of " life " file can be the first display size, when determining that real time kinematics track is in region II, then live " display size of the supporting body of file can be the second display size being greater than the first display size, when determining that implementing movement locus is in region III, then live " display size of the supporting body of file can be maintenance second display size, or also can be change into the first display size, or with the first display size and all not identical the 3rd display size of the second display size.
Region II is in for real time kinematics track in Fig. 4, now, the supporting body of " life " file may be dragged to the position near display screen central area, then be in the optional position in the real time kinematics track in the II of region, the display size of the supporting body of " life " file is all identical, now, can according to the central point of the supporting body of " life " file and the corresponding display size of supporting body, determine corresponding coordinate position region within display screen, thus according to coordinate position region, image section corresponding to supporting body in the first image can be determined, by the picture material of this image section is carried out the disposal routes such as Gaussian image process, acquisition is used for the image be presented in the supporting body of " life " file.
Optionally, in the embodiment of the present invention, for situation two, it obtains the supporting body movement locus being on the display screen in the first file of deployed condition, and based on movement locus, the process controlling the image that presents of supporting body different at the diverse location place of movement locus can be processed in predetermined time cycle, and this predetermined period of time can be the refresh cycle of display screen.
Wherein, the refresh cycle can be characterized by screen refresh rate, and screen refresh rate refers to that display screen is within a clock period, the speed of the flash speed of pixel.The value of screen refresh rate can be 60Hz-70Hz, and the value of screen refresh rate is higher, and the stability of the picture of display screen display is better, and Consumer's Experience is higher.
Due to when the movement locus of the first file is not for default running orbit, the workload needing electronic equipment to carry out is more, as first determined according to the position of operating body the movement locus that the supporting body of the first file is corresponding in real time by sensing unit, then, also need according to each position on movement locus, determine the display size of supporting body in each position, finally determine to obtain corresponding image section in current display wallpaper (i.e. the first image) based on display size and position, with by its picture material by processing and being presented in supporting body, therefore, carry out to ensure that each process is ruly, can be each process and the corresponding time is set, namely when determining the image that each position correspondence of supporting body in movement locus presents, it is to there being the corresponding time cycle, contribute to the real-time improving electronic equipment.
As shown in Figure 5, based on same inventive concept, the present invention also discloses a kind of electronic equipment, and this electronic equipment comprises housing 10 and processor 20.
Specifically, housing 10 can mainly to its protective effect of fuselage of electronic equipment, its usually adopt have better anti-ly to fall, the material of the performance such as anti-soil makes, as alloy, plastics etc.
Processor 20 can be positioned at housing 10, may be used for obtaining launching instruction, and response launches instruction, is in the first file of deployed condition by the display screen display of electronic equipment; Wherein, the first file being in deployed condition comprises multiple icon mark and the supporting body for carrying multiple icon mark; Obtain the supporting body movement locus being on the display screen in described first file of deployed condition; And based on movement locus, control the image difference that supporting body presents at the diverse location place of movement locus.
Optionally, in the embodiment of the present invention, processor 20 for:
The movement locus of the process of described supporting body maximum display size when the minimum display size of described supporting body is in deployed condition to described first file when acquisition is in deployed condition from described first file; Or
Obtain the movement locus of the process of described supporting body minimum display size when the maximum display size of described supporting body is in deployed condition to described first file when described first file is in deployed condition.
Optionally, in the embodiment of the present invention, described processor 20 for:
From described different display size different images part one to one on the first picture corresponding to current display wallpaper obtaining described display screen based on the different display sizes of the described supporting body of diverse location on described movement locus;
Display element based on different images part on described first picture generates and described different piece one_to_one corresponding different images;
Using the image that described different images presents as supporting body described in the diverse location place of described movement locus.
Optionally, in the embodiment of the present invention, processor 20 for:
Load desktop programs, described desktop programs comprises interactive interface, comprises multiple folder icon in described interactive interface; Wherein, described interactive interface is presented in the display screen of described electronic equipment; Receive the input operation for any one folder icon in the interactive interface of the current display of described display screen; Respond described input operation, produce call instruction, described call instruction is used for startup file clip management device; Respond described call instruction, start described folder management device; Wherein, under described folder management device, obtain the All Files folder on described electronic equipment; And
Obtain produce when described All Files is folded in deployed condition for expansion instruction each in described All Files clip icon; Wherein, under described deployed condition, described All Files folder is presented in described display screen in queue mode.
Optionally, in the embodiment of the present invention, electronic equipment also comprises:
Induction installation, is connected with processor 20, moves the motion track of described first file being in deployed condition for obtaining operating body in real time;
Processor 20 for: receive the described motion track that described induction installation obtains in real time, using described motion track as the described real time kinematics track of described supporting body on described display screen being in described first file of deployed condition; And on the first picture corresponding to current display wallpaper obtaining described display screen according to the display size of the described supporting body of diverse location on described real time kinematics track with described diverse location different images part one to one;
Display element process based on different images part on described first picture generates and described different images part one_to_one corresponding different images;
Using the image that described different images presents as supporting body described in the diverse location place at described real time kinematics track.
Optionally, in the embodiment of the present invention, obtain the movement locus of described supporting body on described display screen being in described first file of deployed condition, and based on described movement locus, control at the diverse location place of described movement locus to have processed in the different process predetermined time cycle of image that described supporting body presents, described predetermined period of time is the refresh cycle of described display screen.
As shown in Figure 6, based on same inventive concept, the present invention also provides a kind of electronic equipment, and this electronic equipment comprises the first acquisition module 301, first respond module 302, second acquisition module 303 and control module 304.
First acquisition module 301 may be used for obtaining and launches instruction.
First respond module 302 may be used for responding described expansion instruction, is in the first file of deployed condition by the display screen display of electronic equipment; Wherein, described first file being in described deployed condition comprises multiple icon mark and the supporting body for carrying described multiple icon mark;
Second acquisition module 303, may be used for obtaining the movement locus of described supporting body on described display screen of described first file being in described deployed condition;
Control module 304, may be used for based on described movement locus, controls the image difference that described supporting body presents at the diverse location place of described movement locus.
Optionally, in the embodiment of the present invention, the second acquisition module 303 may be used for obtaining the movement locus of the process of the maximum display size of described supporting body when the minimum display size of described supporting body is in deployed condition to described first file when being in deployed condition from described first file; Or, obtain the movement locus of the process of described supporting body minimum display size when the maximum display size of described supporting body is in deployed condition to described first file when described first file is in deployed condition.
Optionally, in the embodiment of the present invention, control module 304 may be used for:
From described different display size different images part one to one on the first picture corresponding to current display wallpaper obtaining described display screen based on the different display sizes of the described supporting body of diverse location on described movement locus;
Display element based on different images part on described first picture generates and described different piece one_to_one corresponding different images;
Using the image that described different images presents as supporting body described in the diverse location place of described movement locus.
Optionally, in the embodiment of the present invention, electronic equipment also comprises:
Load-on module, before launching instruction in acquisition, load desktop programs, described desktop programs comprises interactive interface, comprises multiple folder icon in described interactive interface; Wherein, described interactive interface is presented in the display screen of described electronic equipment;
Receiver module, for receiving the input operation for any one folder icon in the interactive interface of the current display of described display screen;
Second respond module, for responding described input operation, produce call instruction, described call instruction is used for startup file clip management device;
Starting module, for responding described call instruction, starting described folder management device; Wherein, under described folder management device, obtain the All Files folder on described electronic equipment;
Now, the first acquisition module may be used for:
Obtain produce when described All Files is folded in deployed condition for expansion instruction each in described All Files clip icon; Wherein, under described deployed condition, described All Files folder is presented in described display screen in queue mode.
Optionally, in the embodiment of the present invention, the second acquisition module 303 may be used for:
The motion track that operating body moves described first file being in deployed condition is obtained in real time by the sensing unit of described electronic equipment;
Using the described motion track obtained in real time as the described real time kinematics track of described supporting body on described display screen being in described first file of deployed condition;
Now, control module 304 may be used for:
With described diverse location different images part one to one on the first picture corresponding to current display wallpaper obtaining described display screen according to the display size of the described supporting body of diverse location on described real time kinematics track; Display element process based on different images part on described first picture generates and described different images part one_to_one corresponding different images; Using the image that described different images presents as supporting body described in the diverse location place at described real time kinematics track.
Optionally, in the embodiment of the present invention, obtain the movement locus of described supporting body on described display screen being in described first file of deployed condition, and based on described movement locus, control at the diverse location place of described movement locus to have processed in the different process predetermined time cycle of image that described supporting body presents, described predetermined period of time is the refresh cycle of described display screen.
Specifically, the computer program instructions that display control method in the embodiment of the present application is corresponding can be stored in CD, hard disk, on the storage mediums such as USB flash disk, read by an electronic equipment when the computer program instructions corresponding with display control method in storage medium or when being performed, comprise the steps:
Obtain and launch instruction;
Respond described expansion instruction, be in the first file of deployed condition by the display screen display of electronic equipment; Wherein, described first file being in described deployed condition comprises multiple icon mark and the supporting body for carrying described multiple icon mark;
Obtain the movement locus of described supporting body on described display screen being in described first file of described deployed condition;
Based on described movement locus, control the image difference that described supporting body presents at the diverse location place of described movement locus.
Optionally, that store in described storage medium and step: the movement locus of described supporting body on described display screen obtaining described first file being in described deployed condition, corresponding computer instruction, being specifically performed in process, comprises the steps:
The movement locus of the process of described supporting body maximum display size when the minimum display size of described supporting body is in deployed condition to described first file when acquisition is in deployed condition from described first file; Or
Obtain the movement locus of the process of described supporting body minimum display size when the maximum display size of described supporting body is in deployed condition to described first file when described first file is in deployed condition.
Optionally, that store in described storage medium and step: based on described movement locus, control the image that described supporting body presents at the diverse location place of described movement locus different, corresponding computer instruction, being specifically performed in process, comprises the steps:
From described different display size different images part one to one on the first picture corresponding to current display wallpaper obtaining described display screen based on the different display sizes of the described supporting body of diverse location on described movement locus;
Display element based on different images part on described first picture generates and described different piece one_to_one corresponding different images;
Using the image that described different images presents as supporting body described in the diverse location place of described movement locus.
Optionally, in described storage medium, also store other computer instruction, these computer instructions with step: obtaining and launch to be performed before instruction corresponding to instruction performs, comprising the steps: when being performed
Load desktop programs, described desktop programs comprises interactive interface, comprises multiple folder icon in described interactive interface; Wherein, described interactive interface is presented in the display screen of described electronic equipment;
Receive the input operation for any one folder icon in the interactive interface of the current display of described display screen;
Respond described input operation, produce call instruction, described call instruction is used for startup file clip management device;
Respond described call instruction, start described folder management device; Wherein, under described folder management device, obtain the All Files folder on described electronic equipment.
Optionally, that store in described storage medium and step: obtain and launch instruction, corresponding computer instruction, being specifically performed in process, comprises the steps:
Obtain produce when described All Files is folded in deployed condition for expansion instruction each in described All Files clip icon; Wherein, under described deployed condition, described All Files folder is presented in described display screen in queue mode.
Optionally, that store in described storage medium and step: the movement locus of described supporting body on described display screen obtaining described first file being in deployed condition, corresponding computer instruction, being specifically performed in process, comprises the steps:
The motion track that operating body moves described first file being in deployed condition is obtained in real time by the sensing unit of described electronic equipment;
Using the described motion track obtained in real time as the described real time kinematics track of described supporting body on described display screen being in described first file of deployed condition.
Optionally, that store in described storage medium and step: based on described movement locus, control the image that described supporting body presents at the diverse location place of described movement locus different, corresponding computer instruction, being specifically performed in process, comprises the steps:
With described diverse location different images part one to one on the first picture corresponding to current display wallpaper obtaining described display screen according to the display size of the described supporting body of diverse location on described real time kinematics track;
Display element process based on different images part on described first picture generates and described different images part one_to_one corresponding different images;
Using the image that described different images presents as supporting body described in the diverse location place at described real time kinematics track.
Obviously, those skilled in the art can carry out various change and modification to the present invention and not depart from the spirit and scope of the present invention.Like this, if these amendments of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention is also intended to comprise these change and modification.
Claims (12)
1. a display control method, described method comprises:
Obtain and launch instruction;
Respond described expansion instruction, be in the first file of deployed condition by the display screen display of electronic equipment; Wherein, described first file being in described deployed condition comprises multiple icon mark and the supporting body for carrying described multiple icon mark;
Obtain the movement locus of described supporting body on described display screen being in described first file of described deployed condition;
Based on described movement locus, control the image difference that described supporting body presents at the diverse location place of described movement locus.
2. the method for claim 1, is characterized in that, obtains the movement locus of described supporting body on described display screen being in described first file of described deployed condition, comprising:
The movement locus of the process of described supporting body maximum display size when the minimum display size of described supporting body is in deployed condition to described first file when acquisition is in deployed condition from described first file; Or
Obtain the movement locus of the process of described supporting body minimum display size when the maximum display size of described supporting body is in deployed condition to described first file when described first file is in deployed condition.
3. method as claimed in claim 2, is characterized in that, based on described movement locus, controls the image difference that described supporting body presents, comprising at the diverse location place of described movement locus:
From described different display size different images part one to one on the first picture corresponding to current display wallpaper obtaining described display screen based on the different display sizes of the described supporting body of diverse location on described movement locus;
Display element based on different images part on described first picture generates and described different piece one_to_one corresponding different images;
Using the image that described different images presents as supporting body described in the diverse location place of described movement locus.
4. the method for claim 1, is characterized in that,
Before acquisition launches instruction, also comprise:
Load desktop programs, described desktop programs comprises interactive interface, comprises multiple folder icon in described interactive interface; Wherein, described interactive interface is presented in the display screen of described electronic equipment;
Receive the input operation for any one folder icon in the interactive interface of the current display of described display screen;
Respond described input operation, produce call instruction, described call instruction is used for startup file clip management device;
Respond described call instruction, start described folder management device; Wherein, under described folder management device, obtain the All Files folder on described electronic equipment;
Obtain and launch instruction, comprising:
Obtain produce when described All Files is folded in deployed condition for expansion instruction each in described All Files clip icon; Wherein, under described deployed condition, described All Files folder is presented in described display screen in queue mode.
5. the method for claim 1, is characterized in that, obtains the movement locus of described supporting body on described display screen being in described first file of deployed condition, comprising:
The motion track that operating body moves described first file being in deployed condition is obtained in real time by the sensing unit of described electronic equipment;
Using the described motion track obtained in real time as the described real time kinematics track of described supporting body on described display screen being in described first file of deployed condition;
Based on described movement locus, control the image difference that described supporting body presents at the diverse location place of described movement locus, comprising:
With described diverse location different images part one to one on the first picture corresponding to current display wallpaper obtaining described display screen according to the display size of the described supporting body of diverse location on described real time kinematics track;
Display element process based on different images part on described first picture generates and described different images part one_to_one corresponding different images;
Using the image that described different images presents as supporting body described in the diverse location place at described real time kinematics track.
6. method as claimed in claim 5, is characterized in that,
Obtain the movement locus of described supporting body on described display screen being in described first file of deployed condition, and based on described movement locus, control at the diverse location place of described movement locus to have processed in the different process predetermined time cycle of image that described supporting body presents, described predetermined period of time is the refresh cycle of described display screen.
7. an electronic equipment, comprising:
Housing;
Processor, is positioned at housing, for obtaining expansion instruction, and responds described expansion instruction, is in the first file of deployed condition by the display screen display of electronic equipment; Wherein, described first file being in described deployed condition comprises multiple icon mark and the supporting body for carrying described multiple icon mark; Obtain the movement locus of described supporting body on described display screen being in described first file of described deployed condition; And based on described movement locus, control the image difference that described supporting body presents at the diverse location place of described movement locus.
8. electronic equipment as claimed in claim 7, it is characterized in that, described processor is used for:
The movement locus of the process of described supporting body maximum display size when the minimum display size of described supporting body is in deployed condition to described first file when acquisition is in deployed condition from described first file; Or
Obtain the movement locus of the process of described supporting body minimum display size when the maximum display size of described supporting body is in deployed condition to described first file when described first file is in deployed condition.
9. electronic equipment as claimed in claim 8, it is characterized in that, described processor is used for:
From described different display size different images part one to one on the first picture corresponding to current display wallpaper obtaining described display screen based on the different display sizes of the described supporting body of diverse location on described movement locus;
Display element based on different images part on described first picture generates and described different piece one_to_one corresponding different images;
Using the image that described different images presents as supporting body described in the diverse location place of described movement locus.
10. electronic equipment as claimed in claim 7, it is characterized in that, described processor is used for:
Load desktop programs, described desktop programs comprises interactive interface, comprises multiple folder icon in described interactive interface; Wherein, described interactive interface is presented in the display screen of described electronic equipment; Receive the input operation for any one folder icon in the interactive interface of the current display of described display screen; Respond described input operation, produce call instruction, described call instruction is used for startup file clip management device; Respond described call instruction, start described folder management device; Wherein, under described folder management device, obtain the All Files folder on described electronic equipment; And
Obtain produce when described All Files is folded in deployed condition for expansion instruction each in described All Files clip icon; Wherein, under described deployed condition, described All Files folder is presented in described display screen in queue mode.
11. electronic equipments as claimed in claim 7, it is characterized in that, described electronic equipment also comprises:
Induction installation, is connected with processor, moves the motion track of described first file being in deployed condition for obtaining operating body in real time;
Described processor is used for: receive the described motion track that described induction installation obtains in real time, using described motion track as the described real time kinematics track of described supporting body on described display screen being in described first file of deployed condition; And on the first picture corresponding to current display wallpaper obtaining described display screen according to the display size of the described supporting body of diverse location on described real time kinematics track with described diverse location different images part one to one;
Display element process based on different images part on described first picture generates and described different images part one_to_one corresponding different images;
Using the image that described different images presents as supporting body described in the diverse location place at described real time kinematics track.
12. electronic equipments as claimed in claim 11, it is characterized in that, obtain the movement locus of described supporting body on described display screen being in described first file of deployed condition, and based on described movement locus, control at the diverse location place of described movement locus to have processed in the different process predetermined time cycle of image that described supporting body presents, described predetermined period of time is the refresh cycle of described display screen.
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