CN106489127A

CN106489127A - The rendering method of information, device and equipment

Info

Publication number: CN106489127A
Application number: CN201580029647.XA
Authority: CN
Inventors: 余亮
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2015-06-19
Filing date: 2015-06-19
Publication date: 2017-03-08
Anticipated expiration: 2035-06-19
Also published as: WO2016201703A1; CN106489127B

Abstract

The present embodiments relate to a kind of rendering method of information, device and equipment, including：The slide to the data content execution on data display interface for the detection, when described slide is detected and frameing out, records the final position of described slide；If the final position of described slide is outside default region, the final position according to described slide and default boundary value, determine target location；Assume the first data content of described target location at described data display interface.Thus, it is possible to the efficiency of information inspection is greatly improved, and the Experience Degree of user can be improved.

Description

Rendering method, device and the equipment of information

Technical field

The present invention relates to moving communicating field, more particularly to a kind of rendering method of information, device and equipment.

Background technology

Linear data is a kind of common data display form.With the popularization of information equipment, user have accumulated increasing data so that the data volume that linear data needs are shown is increasing, and linear data is increasingly longer, e.g., and the contacts list of hundreds of entries, the chat record of thousands of entries is very common.Therefore, the problem of target data just turns into urgent need to resolve how is rapidly found from mass data.

In the prior art, usually require to input keyword when searching target data, then searched for automatically according to keyword by equipment, but this method needs user not only to remember keyword, and keyword must be clear enough, when user only has impression substantially to target data, it is impossible to searched；In addition, some special linear datas can not use keyword search, can only user visually browse search, e.g., the page thumbnails on the thumbnail column in pdf browsers or ppt editing machines.

To sum up, in the prior art when searching target data, it is low to there is search efficiency, and user experience it is poor the problem of.

The content of the invention

The embodiments of the invention provide a kind of rendering method of information, device and equipment, it can solve in the prior art when searching target data, the search efficiency existed is low, and the problem of user experience difference.

First aspect includes there is provided a kind of rendering method of information, this method：

The slide performed to the data content on data display interface is detected, when detecting the slide and frameing out, the final position of the slide is recorded；

If the final position of the slide is outside default region, according to the final position of the slide and default boundary value, target location is determined；

The first data content of the target location is presented at the data display interface.

With reference in a first aspect, in the first implementation of first aspect, before the slide that the detection is performed to the data content on data display interface, methods described also includes：

Detect and the long-press at the data display interface is operated, record the position of the long-press operation；

The first markings are presented in the top of the position operated in the long-press, and the second markings are presented in the lower section of the position operated in the long-press, and first markings and second markings constitute the default region.

With reference to the first implementation of first aspect, in second of implementation of first aspect, if the final position of the slide is outside default region, according to the final position of the slide and default boundary value, target location is determined, including：

If the final position of the slide, according to the final position of the slide and default boundary value, determines target location in the top of first markings；

Or,

If the final position of the slide, according to the final position of the slide and default boundary value, determines target location in the lower section of second markings.

With reference to second of implementation of first aspect, in the third implementation of first aspect, the default boundary value includes upper boundary values and lower border value；

The final position according to the slide and default boundary value, determine that target location includes：

The upper boundary values are updated according to the final position of the slide, according to the upper boundary values after renewal and the position of the lower border value or bottommost data content, target location are determined；

Or,

The lower border value is updated according to the final position of the slide, according to the lower border value after renewal and the position of the upper boundary values or top data content, target location is determined.

With reference in a first aspect, in the 4th kind of implementation of first aspect, before the slide that the detection is performed to the data content on data display interface, methods described also includes：

The 3rd markings are presented in the left side of the position operated in the long-press, and the 4th markings are presented in the right side of the position operated in the long-press, and the 3rd markings and the 4th markings constitute the default region.

With reference to the 4th kind of implementation of first aspect, in the 5th kind of implementation of first aspect, if the final position of the slide is outside default region, according to the final position of the slide and default boundary value, target location is determined, including：

If the final position of the slide, according to the final position of the slide and default boundary value, determines target location in the left side of the 3rd markings；

Or,

If the final position of the slide, according to the final position of the slide and default boundary value, determines target location on the right side of the 4th markings.

With reference to the 5th kind of implementation of first aspect, in the 6th kind of implementation of first aspect, the default boundary value includes left boundary value and right boundary value；

The left boundary value is updated according to the final position of the slide, according to the left boundary value after renewal and the position of the right boundary value or rightmost side data content, target location is determined；

Or,

The right boundary value is updated according to the final position of the slide, according to the right boundary value after renewal and the position of the left boundary value or leftmost side data content, target location is determined.

With reference to first aspect or first aspect above-mentioned six kinds of implementations in any implementation, in the 7th kind of implementation of first aspect, the final position according to the slide and default boundary value determine that target location includes：

According to default ratio value, the final position of the slide and default boundary value, target location is determined.

With reference to first aspect or first aspect above-mentioned seven kinds of implementations in any implementation, in the 8th kind of implementation of first aspect, the default boundary value for end data content data item numbering；Or,

The default boundary value is the coordinate value of end data content position.

With reference to first aspect or first aspect above-mentioned eight kinds of implementations in any implementation, in the 9th kind of implementation of first aspect, after the first data content that the target location is presented in the data display interface, methods described also includes：

Return push-button is presented on the data display interface；

When receiving the click commands to the return push-button, the second data content of the starting position of the slide is presented at the data display interface.

Second aspect includes there is provided a kind of presentation device of information, the device：Detection unit, determining unit and display unit；

The detection unit, for detecting the slide performed to the data content on data display interface, when detecting the slide and frameing out, records the final position of the slide；

The determining unit, if the final position for the slide is outside default region, according to the final position of the slide and default boundary value, determines target location；

The display unit, the first data content for the target location to be presented at the data display interface.

With reference to second aspect, in the first implementation of second aspect, the detection unit is additionally operable to detection and the long-press at the data display interface is operated, and records the position of the long-press operation；

The display unit, is additionally operable to the first markings of top presentation of position operated in the long-press, and the second markings are presented in the lower section of the position operated in the long-press, and first markings and second markings constitute the default region.

With reference to the first implementation of second aspect, in second of implementation of second aspect, institute State determining unit specifically for：

Or,

With reference to second of implementation of second aspect, in the third implementation of second aspect, the determining unit specifically for：

Or,

With reference to second aspect, in the 4th kind of implementation of second aspect, the detection unit is additionally operable to detection and the long-press at the data display interface is operated, and records the position of the long-press operation；

The display unit, is additionally operable to the 3rd markings of left side presentation of position operated in the long-press, and the 4th markings are presented in the right side of the position operated in the long-press, and the 3rd markings and the 4th markings constitute the default region.

With reference to the 4th kind of implementation of second aspect, in the 5th kind of implementation of second aspect, the determining unit specifically for：

Or,

If final position and default boundary value of the final position if the right side of the 4th markings according to the slide of the slide, target location is determined.

With reference to the 5th kind of implementation of second aspect, in the 6th kind of implementation of second aspect, institute Stating default boundary value includes left boundary value and right boundary value；

The determining unit also particularly useful for：

Or,

With reference to second aspect or second aspect above-mentioned six kinds of implementations in any implementation, in the 7th kind of implementation of second aspect, the determining unit is additionally operable to：

With reference to second aspect or second aspect above-mentioned seven kinds of implementations in any implementation, in the 8th kind of implementation of second aspect, the default boundary value for end data content data item numbering；Or,

With reference to second aspect or second aspect above-mentioned eight kinds of implementations in any implementation, in the 9th kind of implementation of second aspect, the display unit is additionally operable to that return push-button is presented on the data display interface；

The third aspect includes there is provided a kind of display device of information, the equipment：Input equipment, output equipment, processor and bus, wherein, the input equipment, the output equipment and the processor pass through the bus communication；

The input equipment, for receiving the slide performed to the data content on data display interface；

The processor, for detecting the slide, when detecting the slide and frameing out, records the final position of the slide；

The processor, if being additionally operable to the final position of the slide outside default region, according to the final position of the slide and default boundary value, determines target location；

The output equipment, the first data content for the target location to be presented at the data display interface.

With reference to the third aspect, in the first implementation of the third aspect, the processor is additionally operable to detection and the long-press at the data display interface is operated, and records the position of the long-press operation；

The output equipment, is additionally operable to the first markings of top presentation of position operated in the long-press, and the second markings are presented in the lower section of the position operated in the long-press, and first markings and second markings constitute the default region.

With reference to the first implementation of the third aspect, in second of implementation of the third aspect, the processor specifically for：If the final position of the slide, according to the final position of the slide and default boundary value, determines target location in the top of first markings；

Or,

With reference to second of implementation of the third aspect, in the third implementation of the third aspect, the default boundary value includes upper boundary values and lower border value；

The processor also particularly useful for：The upper boundary values are updated according to the final position of the slide, according to the upper boundary values after renewal and the position of the lower border value or bottommost data content, target location are determined；

Or,

With reference to the third aspect, in the 4th kind of implementation of the third aspect, the processor is additionally operable to detection and the long-press at the data display interface is operated, and records the position of the long-press operation；

The output equipment, is additionally operable to the 3rd markings of left side presentation of position operated in the long-press, And the 4th markings are presented in the right side of the position operated in the long-press, the 3rd markings and the 4th markings constitute the default region.

With reference to the 4th kind of implementation of the third aspect, in the 5th kind of implementation of the third aspect, the processor specifically for：

Or,

With reference to the 5th kind of implementation of the third aspect, in the 6th kind of implementation of the third aspect, the default boundary value includes left boundary value and right boundary value；

The processor also particularly useful for：The left boundary value is updated according to the final position of the slide, according to the left boundary value after renewal and the position of the right boundary value or rightmost side data content, target location is determined；

Or,

With reference to the third aspect or the third aspect above-mentioned six kinds of implementations in any implementation, in the 7th kind of implementation of the third aspect, the processor specifically for：

With reference to the third aspect or the third aspect above-mentioned seven kinds of implementations in any implementation, in the 8th kind of implementation of the third aspect, the default boundary value for end data content data item numbering；Or,

With reference to the third aspect or the third aspect above-mentioned eight kinds of implementations in any implementation, In 9th kind of implementation of three aspects, the output equipment is additionally operable to that return push-button is presented on the data display interface；

Rendering method, device and the equipment of information provided in an embodiment of the present invention, detect the slide performed to the data content on data display interface, when detecting the slide and frameing out, record the final position of the slide；If the final position of the slide is outside default region, according to the final position of the slide and default boundary value, target location is determined；The first data content of the target location is presented at the data display interface.Thus, it is possible to greatly improve the efficiency of information presentation, and the Experience Degree of user can be improved.

Brief description of the drawings

Fig. 1 is the rendering method flow chart for the information that the inventive method embodiment one is provided；

Fig. 2 is one of schematic diagram in default region of the present invention；

Fig. 3 is the two of the schematic diagram in the default region of the present invention；

Fig. 4 is one of schematic diagram at data display interface of the present invention；

Fig. 5 is the two of the schematic diagram at the data display interface of the present invention；

Fig. 6 is the information exchange figure of the rendering method for the information that the inventive method embodiment two is provided；

Fig. 7 is the schematic diagram of the first kind linear data of the present invention；

Fig. 8 is the information exchange figure of the rendering method for the information that the inventive method embodiment three is provided；

Fig. 9 is the schematic diagram of the Second Type linear data of the present invention；

The presentation schematic device for the information that Figure 10 provides for apparatus of the present invention embodiment；

The display device schematic diagram for the information that Figure 11 provides for present device embodiment.

Embodiment

Below by drawings and examples, technical scheme is described in further detail.

To make the purpose, technical scheme and advantage of the embodiment of the present invention clearer, 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 a part of embodiment of the invention, rather than whole embodiments.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art are obtained under the premise of creative work is not made belongs to the scope of protection of the invention.

For ease of the understanding to the embodiment of the present invention, explanation is further explained with specific embodiment below in conjunction with accompanying drawing, embodiment does not constitute the restriction to the embodiment of the present invention.

Rendering method, device and the equipment of information provided in an embodiment of the present invention are applied to the scene presented to the data content of linear data, wherein, linear data refers on any display interface (also referred to as showing interface) with linear precedence, a part connects the data object of a part of display data from the beginning to the end, one and only one direct precursor (except stem exceptionally) of each section data content, one and only one immediate successor (in addition to last part).Whether linear data clearly can divide data item according to data content and be divided into two major classes：First kind linear data and Equations of The Second Kind linear data；Wherein, first kind linear data refers to that the data content in linear data can clearly divide data item, particular item then can be indicated to data item serial number and with numbering, this class linear data can be message list, contacts list, instant messenger is (such as, Tengxun) historical information list, just list, even mail tabulation the document thumbnail list of document (such as pdf) browser, all kinds of lists such as the thumbnail list of lantern slide.

In a word, Section 1, Section 2 and Section 3 etc. can be clearly differentiated in first kind linear data；Equations of The Second Kind linear data refers to that the data content in linear data can not clearly divide data item, data item then can not be represented with numbering, but the position of data content can be represented with coordinate value, e-text or webpage or display but long text, slip progress bar of even long media (such as film) without division part etc. in the form of text that this class linear data can show for individual long picture, long graphic form.Wherein, data content can be the data that specifically present in linear data.

Certainly, in practice, some linear datas can both be classified as first kind linear data, can also be classified as Equations of The Second Kind linear data.Such as long text, if clearly dividing data item by row or by any mode such as section, belongs to first kind linear data, otherwise belongs to Equations of The Second Kind linear data；Chat record for another example, If shown in data list form, belong to first kind linear data, if shown in long text form and indefinite division data item, belong to Equations of The Second Kind linear data.

In a word, no matter which kind of linear data is all suitable for the present invention.

Embodiment of the method

Fig. 1 is the rendering method flow chart for the information that the inventive method embodiment one is provided.The executive agent of methods described can be terminal device, wherein, the terminal device can include：Input block, output unit and processing unit, the output unit include data display interface (also referred to as display screen), as shown in figure 1, methods described is specifically included：

S110, detects the slide performed to the data content on data display interface, when detecting the slide and frameing out, records the final position of the slide.

Herein, S110 executive agent can be input block, i.e., the slide that input block detection is performed to the data content on data display interface, and when detecting the slide and frameing out, input block records the final position of the slide.Alternatively, when user stops slide, on the final position for the slide that finger can be rested on to screen, finger can also be removed from the final position of the slip of the screen, that is, frames out, this is not limited.

Alternatively, before step S110 is performed, the step of methods described can also include obtaining whole data contents comprising the data content, including：

Step A:Input block sends data to processing unit and checks instruction, and the data check that instruction is used for the whole data contents for indicating that processing unit reads linear data.

Data expansion instruction can carry the id of linear data to be presented, wherein, data expansion instruction can be received when whole data contents of linear data are checked in user's request in input block and sent, such as, it can be sent in " address list " (namely contacts list is checked in request) during user clicks on " telephone directory ".

Step B：The indication range of whole data contents and the data content of whole is sent to output unit by processing unit.

Processing unit after the expansion instruction of above-mentioned data is received, according to the id of linear data to be presented from Whole data contents of the linear data are read in memory, and it is sent to output unit by whole data content of reading and in the data area that the data display interface of current output unit can be shown, such as, when linear data is contacts list, and current screen is only able to display 7 contact persons, then by whole contact persons and data area：1-7 is sent to output unit, namely current data display interface only shows preceding 7 contact persons in contacts list.

Step C：Processing unit initializes default boundary value.

Herein, when whole data contents of acquisition are first kind linear data, default boundary value can be the numbering of the data item of end data content；And when whole data contents of acquisition are Equations of The Second Kind linear data, default boundary value can be a line, it such as can be Y=a line, wherein, a can be the coordinate value of whole data content medial end portions data content positions, herein, end data content refers to top in linear data, bottommost, the leftmost side or the data of the rightmost side, when initial, it can be presented on data display interface, can also be not presented on data display interface.

Default boundary value in this specification can include at least one with lower border value：Upper boundary values, lower border value, left boundary value and right boundary value.When initial, upper boundary values can be initialized as the numbering or the coordinate value for top data content position of top data item, lower border value can be initialized as the numbering or the coordinate value for bottommost data content position of bottommost data item, left boundary value can be initialized as the numbering or the coordinate value for leftmost side data content position of leftmost side data item, and right boundary value can be initialized as the numbering or the coordinate value for rightmost side data content position of rightmost side data item.It should be noted that the execution acted with bounce, above-mentioned default boundary value is continuously updated.

For so that the data content of linear data is shown on data display interface by way of vertical direction as an example, default boundary value is used to determine initial seeking scope, it can include upper boundary values and lower border value, when linear data is contacts list, and the list is when including 80 contact persons, because contacts list is first kind linear data, therefore, upper boundary values can be initialized as the numbering of the top of contacts list, that is numbering 1, and lower border value can be initialized as the numbering of the bottommost of contacts list, i.e. numbering 80.

Similarly, when linear data is shown with horizontal direction, left boundary value and right boundary value can also be initialized.

Alternatively, after data content is got, before step 110 is performed, the step of methods described can also include setting default region, including：

For exemplified by showing first kind linear data by way of vertical direction in data display interface, when user is in the optional position at data display interface, when the position executive chairman for the data item that numbering is K is by operation such as in first kind linear data, input block records the position of long-press operation, that is record number K, and the position that the long-press is operated is sent to processing unit.Herein, numbering K is also that contact appears in initial position on screen simultaneously.Referring to one of schematic diagram in default region as indicated with 2, in Fig. 2, processing unit is after the position of long-press operation is received, can be according to positive-valued threshold L, the first markings are presented in the top of the position operated in long-press, and the second markings are presented in the lower section of the position operated in the long-press, first markings and second markings constitute the default region.In a kind of specific implementation, the first markings can be presented in K+L position, the second markings are presented in K-L position.

For exemplified by showing Equations of The Second Kind linear data by way of vertical direction in data display interface, assuming that bottom of screen toward the top of screen be ordinate positive direction, when user is in the optional position at data display interface, ordinate value is Y such as in Equations of The Second Kind linear data₀Position executive chairman by operation when, input block records the position of long-press operation, that is, records ordinate value Y₀, and the position that the long-press is operated is sent to processing unit.Herein, ordinate value Y₀It is also to appear in the initial position on screen contact first time simultaneously.Referring to the two of the schematic diagram in default region as indicated at 3, in Fig. 3, processing unit is after the position of long-press operation is received, can be according to positive-valued threshold L, the first markings are presented in the top of the position operated in long-press, and the second markings, described first are presented in the lower section of the position operated in the long-press Markings and second markings constitute the default region., can be in Y in a kind of specific implementation₀The first markings are presented in+L position, in Y₀The second markings are presented in-L position.

In the above example, first markings are referred to as scratch line, second markings are referred to as lower scratch line, position of scratch line and lower scratch line (also referred to as take-off threshold line) is solely dependent upon the initial position of contact on this, it is fixed relative to the top of screen and bottom of screen in a slide (also referred to as touch action), do not changed with the contact position in this touch action relative to the variation of the top of screen and bottom.Presented on screen on above-mentioned after scratch line and lower scratch line, user can explicitly see when contact crosses scratch line and trigger bounce.One time touch action terminates, either bounce or rolling, and scratch line can all disappear up and down, and upper scratch line and lower scratch line is presented according to the initial position of contact again when next contact occurs again.

In addition, above-mentioned positive-valued threshold L value can use empirical value or be set by the user, its both it is sufficiently large user can be made to do common scroll actions between upper scratch line and lower scratch line and be unlikely to false triggering bounce action, be small enough so that contact can actually be moved to outside scratch line by user in a touch action again.

It could alternatively be when first kind linear data and Equations of The Second Kind linear data are shown in data display interface with horizontal direction, the step of above-mentioned setting default region：

Herein, the 3rd markings and the 4th markings constitute default region, wherein, the 3rd markings and the 4th markings rendering method are similar with the rendering method of the first markings and the second markings, will not be described here.

Return in S110, the position that user can operate in long-press starts to perform slide.Slide frame out namely a slide end, input block can detect whether slide frames out by way of detecting signal, and its specific detection process belongs to prior art, and the application is not repeated.

For example, in Fig. 2, when the position that input block detects the data item that slide is K+m in numbering frames out, namely when detecting contact and frameing out, record number K+m, and numbering K+m is sent to processing unit, the final positions of K+m also simultaneously for contact herein.For another example in Fig. 3, when input block detects slide in ordinate value Y₀When-n position frames out, namely when detecting contact and frameing out, ordinate value Y is recorded₀- n, and by ordinate value Y₀- n is sent to processing unit, Y herein₀- n is also the final position of contact simultaneously.

It should be noted that, because slide is moved with contact, no matter contact is maintained at the moment that on screen or contact frames out, and the relative position of position (namely numbering or coordinate value of the data item of contact " pinning ") inside linear data that slide starts remains constant.

S120, if the final position of the slide is outside default region, according to the final position of the slide and default boundary value, determines target location.

Herein, S120 executive agent can be processing unit, the final position of even described slide is outside default region, then final position and default boundary value of the processing unit according to the slide, determine target location, wherein, the final position of slide is also referred to as the position or take-off position of ski-jump.

Wherein, step S120 can specifically include：

Or,

As in previous example, the final position of slide in fig. 2 is K+m, and the position of the second markings (namely lower scratch line) is K-L, it is assumed that K+m<K-L, then the final position of slide is in the lower section of the second markings, namely slide final position outside default region, then according to the final position of the slide and default boundary value, determine target location；Determine after target location, then can perform corresponding bounce action, wherein, above-mentioned target location is the final position that bounce is acted.

For another example the final position of slide in figure 3 is Y₀- n, and the position of the second markings (namely lower scratch line) is Y₀- L, it is assumed that Y₀-n<Y₀- L, then the final position of slide is in the lower section of the second markings, namely slide final position outside default region, then according to the final position of the slide and default boundary value, determine target location；Determine after target location, then can perform corresponding bounce action, wherein, above-mentioned target location is the final position that bounce is acted.

Similarly, if the final position of the slide is in the top of first markings, also it is judged as the final position of the slide outside default region, and the final position according to the slide and default boundary value, determine target location.

When first kind linear data and Equations of The Second Kind linear data are shown in data display interface with horizontal direction, step S120 can also specifically include：

Or,

It is understood that performing above-mentioned bounce action needs while meeting two conditions：First condition is that slide frames out；Second condition is that the final position of slide is outside default region.When either condition is unsatisfactory in above-mentioned two condition, then common scroll actions are only carried out.As in Fig. 2, slide when K-L frames out to the position between K+L, then processing unit it is corresponding, output unit is issued according to the rolling in-position of inertia, the data display interface display of output unit rolls the data content of in-position.

Specifically, according to the final position of the slide and default boundary value in S120, determine that target location can specifically include：

Or,

In Fig. 2, assuming that upper boundary values are numbering 1, lower border value is numbering M (i.e. data content includes M), and when the final position of slide in fig. 2 is in the lower section of the second markings, i.e. now user is thought quickly the content " pulling down " on current location, then triggers the action beated to the upper bound；After the action that triggering is beated to the upper bound, before the action beated to the upper bound is performed, lower border value is first updated to K+m, and upper boundary values are constant, then target location can be：(1+K+m)/2, i.e., include the data content in the centre position between ski-jump and coboundary on screen；And the final position of slide in fig. 2 is assumed for K-m, and K-m>During K+L, namely slide final position at the top of the first markings, then now user is thought quickly the content " pulling " under current location, then triggers the action beated to lower bound；After the action that triggering is beated to lower bound, before the action beated to lower bound is performed, upper boundary values are first updated to K-m, and lower border value is constant, then target location can be：(K-m+M)/2, i.e., the data content in the centre position between ski-jump and lower boundary is included on screen.

It should be noted that in Fig. 2, when judging the final position of slide in the top of the first markings, can also judge whether K+L exceeds the top of screen, if it was exceeded, supreme scratch line, namely the action beated to lower bound can not be triggered；Similarly when judging the final position of slide in the lower section of the second markings, it can also judge whether K-L exceeds bottom of screen, if it was exceeded, without lower scratch line, namely the action beated to the upper bound can not be triggered.In the case of the action that can not be triggered to the upper bound or be beated to lower bound, scroll actions can be performed and continue to check the data content of linear data.

In addition, in the action that triggering is beated to the upper bound, if the final position of slide alreadys exceed the upper boundary values of current setting, then it is assumed that the upper boundary values of setting have failed, then the starting position of data content is re-set as upper boundary values；Likewise, in the action that triggering is beated to lower bound, if the final position of slide alreadys exceed currently stored lower border value, then it is assumed that the lower border value of storage has failed, then the end position of data content is re-set as lower border value.Perform said process primarily under the scene that bounce action and scroll actions are used alternatingly, it is possible to scroll actions cause upper boundary values or lower border value of the ski-jump beyond current setting, for keep bounce action correctness and Design.In addition, this design can also help user to return correct bounce direction when having jumped direction anti-.

In the action beated to the upper bound of triggering or the action beated to lower bound, the update mode of upper boundary values and lower border value for details, reference can be made to pseudo-code as described below：

It when performing the action beated to the upper bound, if ski-jump is located at the lower section of coboundary, can upwards beat, now lower border value is updated to the position of ski-jump, upper boundary values keep constant, the position jumped in the middle of coboundary and lower boundary；If ski-jump is located above coboundary or evened up with coboundary, the action beated to the upper bound can not be triggered, now lower border value is updated to the position of ski-jump, upper boundary values is updated to the numbering of top data item, the position jumped in the middle of coboundary and lower boundary.

It when performing the action beated to lower bound, if ski-jump is located at the top of lower boundary, can be beated to lower bound, now upper boundary values are updated to the position of ski-jump, lower border value keeps constant, the position jumped in the middle of coboundary and lower boundary；If ski-jump is located at below lower boundary or evened up with lower boundary, it is impossible to triggers the action beated to lower bound, now coboundary is updated to the position of ski-jump, lower border value The numbering of bottommost data item is updated to, the position jumped in the middle of coboundary and lower boundary.

In Fig. 3, it is assumed that upper boundary values are ordinate value Y₁, lower border value is ordinate value Y_M, and when the final position of slide in figure 3 is in the lower section of the second markings, i.e., now user is thought quickly the content " pulling down " on current location, then triggers the action beated to the upper bound；After the action that triggering is beated to the upper bound, before the action beated to the upper bound is performed, lower border value is first updated to Y₀- n, and upper boundary values are constant, then target location can be：(Y₁+Y₀- n)/2, i.e., the data content in the centre position between ski-jump and coboundary is included on screen；And it is Y to assume the final position of slide in fig. 2₀+ n, and Y₀+n>Y₀During+L, namely slide final position at the top of the first markings, then now user is thought quickly the content " pulling " under current location, then triggers the action beated to lower bound；After the action that triggering is beated to lower bound, before the action beated to lower bound is performed, upper boundary values are first updated to Y₀+ n, and lower border value is constant, then target location can be：(Y₀+n+Y_M)/2, i.e., include the data content in the centre position between ski-jump and lower boundary on screen.

It should be noted that in Fig. 3, when judging the final position of slide in the top of the first markings, Y can also be judged₀Whether+L exceeds the top of screen, if it was exceeded, supreme scratch line, namely the action beated to lower bound can not be triggered；Similarly when judging the final position of slide in the lower section of the second markings, Y can also be judged₀Whether-L exceeds bottom of screen, if it was exceeded, without lower scratch line, namely the action beated to the upper bound can not be triggered.In the case of the action that can not be triggered to the upper bound or beat to lower bound, it can continue to check the data content of linear data by performing scroll actions.

When first kind linear data and Equations of The Second Kind linear data are shown in data display interface with horizontal direction, the final position according to the slide and default boundary value, determine that target location can also specifically include in S120：

Or,

Wherein, the calculation of target location is similar with the calculation of the target location of vertical direction, and therefore not to repeat here.

Alternatively, the final position according to the slide and default boundary value, determine that target location can also include：

Herein, default ratio value can be 0.5, i.e., be in the way of binary search (binary chop) Existing information, wherein, binary search is applied to the lookup to ordered list, refers to assume that element is arranged by ascending order in ordered list, the keyword that table centre position is recorded is compared with search key, if both are equal, is searched successfully；Otherwise table is divided into former and later two sublists using centre position record, if the keyword of centre position record is more than search key, further searches for previous sublist, otherwise further search for latter sublist.Above procedure is repeated, the record until finding the condition of satisfaction makes lookup success, or untill sublist is not present, now search unsuccessful.In addition it is also possible to be other linear search techniques, such as information is presented in the way of golden section ratio；When in the way of golden section ratio, default ratio value can be 0.618.

Namely the rendering method of the information of the present invention is the method based on linear search, the basic thought of linear search technique is all the hunting zone progressively reduced between current coboundary and lower boundary, each step assign a certain position between coboundary and lower boundary as the cut-point between current coboundary and lower boundary, it is effective range and invalid region two parts the Range-partition between current coboundary and lower boundary, invalid region is abandoned to reduce hunting zone, untill hunting zone hit.

The cut-point between coboundary and lower boundary is chosen anyway, is belonged in scope.

S130, the first data content of the target location is presented at the data display interface.

Herein, the first data content of the target location that S130 executive agent can send for output unit, i.e. output unit reception processing unit first, then the data display interface presentation target location of output unit.

Herein, the first data content is the corresponding data content in target location in the data content that shows in data display interface.In Fig. 2, when it is determined that target location be (1+K+m)/2 when, the first data content of the data item that numbering is (1+K+m)/2 is shown in data display interface.One of schematic diagram at data display interface shown in Figure 4, shows the first display content in fig. 2 after the action beated to the upper bound is performed in Fig. 4.In Fig. 3, when it is determined that target location be (Y₁+Y₀- n)/2 when, shown in data display interface ordinate value be (Y₁+Y₀- n)/2 the first data content.The first display content in figure 3 after the action beated to the upper bound is performed is shown in two, Fig. 5 of the schematic diagram at data display interface shown in Figure 5.

Alternatively, after the first data content that the target location is presented in the data display interface, methods described also includes：

Return push-button is presented on the data display interface；

For example, the first button can be presented in the data display interface shown in Fig. 4, it is used as the entrance for cancelling this bounce action, the title of first button can be " returning to bounce starting point ", when user jumps opposite direction accidentally, the purpose resetted rapidly is reached by clicking on first button, i.e. when user clicks on first button, the second data content of the starting position of the slide can be presented at data display interface, that is, return to the second data content of the data item that numbering is K in Fig. 2.It is also possible to which the second button is presented in the data display interface shown in Fig. 5, the effect of first button and the second button is identical.Certainly if it find that either by the position for rolling, beating, reset one of three kinds of modes and returned to ski-jump on screen, then the first button or the second button disappear, because having reached the purpose for helping user to reset.

To sum up, the rendering method of information provided in an embodiment of the present invention, in the case of the data content for showing linear data in data display interface with vertical direction, numbering when initial using the top of data content is upper boundary values, numbering using the bottommost of data content is lower border value, bounce (stride greatly variation) action is provided, while compatible original rolling (fine setting) action.When performing bounce action up or down from ski-jump every time, bounce direction is interpreted as relativeness of the user in instruction target location and current location by terminal device.Specifically, when user beats upwards from ski-jump, the action beated to the upper bound is read as user and indicated in the particular range that target location is located between ski-jump and coboundary by terminal device, then data content is jumped to target location (such as middle) by terminal device in this particular range, then waits user further to indicate.Thus, bounce all can be range shorter of the scope where target location between coboundary and lower boundary into ski-jump to coboundary (upper jump after) or ski-jump to the scope lower boundary (after lower jump) every time, uncorrelated part is quickly excluded, so as to greatly improve search efficiency.

Retain existing scroll actions simultaneously, still in the action for introducing foregoing bounce.In slide knot In the case of beam, whether the final position of slide is in the external differentiation bounce action in default region and scroll actions.

In addition, the embodiment of the present invention is to be presented the first markings and the second markings, first markings and the second markings constitute default region, or so that the 3rd markings and the 4th markings are presented, 3rd markings and the 4th markings constitute default region, and by judge slide final position whether default region it is external judge whether perform bounce act, above-mentioned markings can not also be presented in those skilled in the art, but judge whether to perform bounce action otherwise, such as in the case where slide frames out, whether exceed threshold distance by calculating the sliding distance between the starting position of slide and end position (also referred to as final haul distance) to act to judge whether to perform bounce.

Fig. 6 is the information exchange figure of the rendering method for the information that the inventive method embodiment two is provided.As shown in fig. 6, methods described can specifically include：

S610, input block sends data to processing unit and checks instruction, and the data check that instruction is used for the whole data contents for indicating that processing unit reads linear data.

The indication range of whole data contents and the data content of whole is sent to output unit by S620, processing unit.

Processing unit is after above-mentioned data expansion instruction is received, whole data contents of the linear data are read from memory according to the id of linear data to be presented, and it is sent to output unit by whole data content of reading and in the data area that the data display interface of current output unit can be shown, such as, when linear data is contacts list, and current screen is only able to display 7 contact persons, then by whole contact persons and data area：1-7 is sent to output unit, namely current data display interface only shows preceding 7 contact persons in contacts list.

Default boundary value is initialized as the numbering of end data item by S630, processing unit.

For so that the data content of first kind linear data is shown on data display interface by way of vertical direction as an example, default boundary value is used to determine initial seeking scope, it can include upper boundary values and lower border value, when linear data is contacts list, and the list is when including 80 contact persons, because contacts list is first kind linear data, therefore, upper boundary values can be initialized as the numbering of the top data item of contacts list, that is numbering 1, and lower border value can be initialized as the numbering of the bottommost data item of contacts list, that is numbering 80.

S640, input block is detected to be operated to the long-press at the data display interface, is recorded and is operated the first numbering of corresponding data item to be sent to processing unit the long-press.

S650, processing unit operates the top of the first numbering of corresponding data item that the first markings are presented in the long-press, and operating the lower section of the first numbering of corresponding data item that the second markings are presented in the long-press, first markings and second markings constitute the default region.

For exemplified by showing first kind linear data by way of vertical direction in data display interface, when user is in the optional position at data display interface, when the position executive chairman for the data item that numbering is K is by operation such as in first kind linear data, numbering K is the first numbering that the long-press operates corresponding data item, input block record number K, and numbering K is sent to processing unit.Herein, numbering K is also to appear in the initial position on screen contact first time simultaneously.Referring to one of presentation schematic diagram in default region as indicated with 2, in Fig. 2, processing unit is after numbering K is received, can be according to positive-valued threshold L, the first markings are presented in numbering K top, and the second markings are presented in the lower section of the numbering K, first markings and second markings constitute the default region.In a kind of specific implementation, the first markings can be presented in K+L position, the second markings are presented in K-L position.

When the data content of first kind linear data is shown on data display interface by way of horizontal direction, the step S650 can also be replaced with：

In the 3rd markings of left side presentation of the first numbering of the corresponding data item of long-press operation, and The long-press operates the right side of the first numbering of corresponding data item that the 4th markings are presented, and the 3rd markings and the 4th markings constitute the default region.

Wherein, the 3rd markings and the 4th markings rendering method are similar with the rendering method of the first markings and the second markings, will not be described here.

S660, the slide that input block detection is performed to the data content on data display interface, when detecting the slide and frameing out, input block record and the second numbering that the corresponding data item of the slide is sent to processing unit.

The position that user can operate in long-press starts to perform slide.Slide frame out namely a slide end, input block can detect whether slide frames out by way of detecting signal, and its specific detection process belongs to prior art, and the application is not repeated.

In Fig. 2, when the position that input block detects the data item that slide is K+m in numbering frames out, namely when detecting contact and frameing out, record number K+m, numbering K+m is the second numbering corresponding with long-press operation, and numbering K+m is sent to processing unit, the final positions of K+m also simultaneously for contact herein.

S670, if second numbering is outside default region, processing unit determines target designation according to the described second numbering and default boundary value.

Wherein, step S670 can specifically include：

If second numbering, according to the described second numbering and default boundary value, determines target location in the top of first markings；

Or,

If second numbering, according to the described second numbering and default boundary value, determines target location in the lower section of second markings.

As in previous example, corresponding second numbering is K+m to slide in fig. 2, and the position of the second markings (namely lower scratch line) is K-L, it is assumed that K+m<K-L, then corresponding second numbering is in the lower section of the second markings when frameing out for slide, namely corresponding second numbering of slide, then according to corresponding second numbering of the slide and default boundary value, determines mesh outside default region Mark numbering；Determine after target designation, then can perform corresponding bounce action, wherein, above-mentioned target designation is the final position that bounce is acted.

When first kind linear data is shown in data display interface with horizontal direction, step S670 can also specifically include：

If second numbering, according to the described second numbering and default boundary value, determines target location in the left side of the 3rd markings；

Or,

If second numbering, according to the described second numbering and default boundary value, determines target location on the right side of the 4th markings.

Specifically, target designation is determined according to the described second numbering and default boundary value in S670, including：

The upper boundary values are updated according to the described second numbering, according to the upper boundary values after renewal and the numbering of the lower border value or bottommost data item, target designation are determined；

Or,

The lower border value is updated according to the described second numbering, according to the lower border value after renewal and the numbering of the upper boundary values or top data item, target designation is determined.

In Fig. 2, assuming that upper boundary values are numbering 1, lower border value is numbering M (i.e. data content includes M), and when the second numbering is in the lower section of the second markings, i.e. now user is thought quickly the content " pulling down " on current location, then triggers the action beated to the upper bound；After the action that triggering is beated to the upper bound, before the action beated to the upper bound is performed, lower border value is first updated to numbering K+m, and upper boundary values are constant, then target designation can be：(1+K+m)/2, i.e., include the data content in the centre position between ski-jump and coboundary on screen；And assume that corresponding second numbering of slide is K-m, and K-m>During K+L, namely the second numbering at the top of the first markings, then now user thinks quickly handle Content " pulling " under current location, then trigger the action beated to lower bound；After the action that triggering is beated to lower bound, before the action beated to lower bound is performed, upper boundary values are first updated to numbering K-m, and lower border value is constant, then target designation can be：(K-m+M)/2, i.e., the data content in the centre position between ski-jump and lower boundary is included on screen.

When first kind linear data is shown in data display interface with horizontal direction, according to the described second numbering and default boundary value in S670, target designation is determined, can also be included：

The left boundary value is updated according to the described second numbering, according to the left boundary value after renewal and the numbering of the right boundary value or rightmost side data item, target designation is determined；

Or,

The right boundary value is updated according to the described second numbering, according to the right boundary value after renewal and the numbering of the left boundary value or leftmost side data item, target designation is determined.

Wherein, the calculation of target designation is similar with the calculation of the target designation of vertical direction, and therefore not to repeat here.

Alternatively, it is described according to the described second numbering and default boundary value, determine that target designation can also include：

According to default ratio value, second numbering and default boundary value, target designation is determined.

Herein, default ratio value can be 0.5, i.e., information is presented in the way of binary search, or other linear search techniques, such as information is presented in the way of golden section ratio；When in the way of golden section ratio, default ratio value can be 0.618.

S680, the target designation that reception processing unit is sent.

Corresponding first data content of the target designation is presented in S690, the data display interface of output unit.

Herein, the first data content is the corresponding data content of target designation in the data content that shows in data display interface.In Fig. 2, when it is determined that target designation be (1+K+m)/2 when, the first data content of the data item that numbering is (1+K+m)/2 is shown in data display interface.One of schematic diagram at data display interface shown in Figure 4, shows the first display content in fig. 2 after the action beated to the upper bound is performed in Fig. 4.

Alternatively, presented at the data display interface after corresponding first data content of the target designation, methods described also includes：

Return push-button is presented on the data display interface；

When receiving the click commands to the return push-button, corresponding second data content of second numbering is presented at the data display interface.

For example, the first button can be presented in the data display interface shown in Fig. 4, it is used as the entrance for cancelling this bounce action, the title of first button can be " returning to bounce starting point ", when user jumps opposite direction accidentally, the purpose resetted rapidly is reached by clicking on first button, i.e., when user clicks on first button, the second data content of the starting position of the slide is presented at data display interface, that is, returns to the second data content of the data item that numbering is K in Fig. 2.

Illustrate herein, the rendering method for the information that the embodiment of the present invention two is provided is the explanation carried out exemplified by performing the action once beated, if the data content shown on the first display content or current data the displaying interface of target location is not user's information to be viewed, the action of bounce can then be performed again according to the present processes, until finding user's information to be viewed.Certainly, in actual applications, during bounce action is performed, it can also be searched with reference to scroll actions of the prior art.Concrete example is as follows：

Assuming that showing longitudinal ordered list (i.e. first kind linear data) in data display interface, list items are mail, mail sorts by time order and function is received, (numbering of top is 1 to list items totally 1000, and list items are numbered in accordance with the order from top to bottom), and assume that the initial position (within the data content of the inevitable data display interface display when initial of the initial position of contact) of contact is the position (i.e. currentitem is the 600th) of the data item that numbering is 600 in mail tabulation, the position of list items to be presented is the 122nd.User knows list items to be presented above currentitem according to the mail reception time, but does not know specific position.Beat for the first time upward, upper boundary values are Section 1, lower border value is the 600th for the position of currentitem (i.e. ski-jump), it is (1+600)/2=300 (namely centre position between coboundary and lower boundary) then to jump to the target location reached for the first time, and currentitem is changed to the 300th；Second bounce is still upward, and upper boundary values remain that Section 1 is constant, and upper boundary values are the position of currentitem I.e. the 300th is put, then it is the 150th to jump to the target location reached for the second time, and currentitem is changed to the 150th.When currentitem is the 150th, user has two selections, and one is to judge that list items to be presented just nearby, take roll mode to reach list items to be presented according to the reception time of currentitem, and another is to continue with bounce.If continuing to beat, third time bounce is still upward, and upper boundary values are Section 1, and lower border value is the 150th for the position of currentitem, then it is the 75th to jump to the target location reached for the third time, and currentitem is changed to the 75th；4th bounce is downward, and upper boundary values are the 75th for the position of currentitem, lower border value keep the 150th it is constant, then it is (75+150)/2=113 that the 4th time, which jumps to the target location reached, and currentitem is changed to the 113rd.Now, list items to be presented (the 122nd) and currentitem (the 113rd) may be already present in same screen, and information, which is presented, successfully to be terminated.

I.e. according to the information demonstrating method of the present invention, above-mentioned presentation process can add a small amount of scroll actions to complete by beating twice, or completion is acted by four bounces, its screen sliding number of times is not only smaller than conventional rolling and presented, even understand that screen sliding number of times may be also fewer than inputting the stroke of keyword in the case of remembering keyword in user.

In above process, when user jumps wrong direction, the first button provided by the present invention, first button can be arranged on jumps to the target location reached every time.Specifically, it is assumed that currentitem is the 500th, and list items to be presented are below currentitem.Bounce for the first time assumes to have jumped direction anti-for some reason, and bounce to target location is the position of the (1+500)/2=250 upwards.In order to correct this mistake, there can be two kinds of ways.One kind is the past rebound of continuous several times, is jumped near starting point；Another is the position that direct reduction (such as clicking on the first button) arrives ski-jump.

Certainly, in actual applications, also there is a kind of special case in the embodiment of the present invention two, the schematic diagram of first kind linear data shown in Figure 7, and first kind linear data is the chat record of instant messenger.In Fig. 7, each chat record as an independent data item, be sequentially arranged all chat records so that whole chat record is rendered as specifically having divided the tabular form of data item, wherein, the form of every record is triple (speaker, time, content).Every chat record in Fig. 7 can be as a data item, and it is numbered in accordance with the order from top to bottom, i.e. numbering 1- numberings 5, so Information can be presented according to the method for the embodiment of the present application two afterwards.The numbering of chat record herein is virtual logical number, and is not appeared in chat record.

Fig. 8 is the information exchange figure of the rendering method for the information that the inventive method embodiment three is provided.As shown in figure 8, methods described can specifically include：

Step S810-S820 is identical with step S610-S620, and therefore not to repeat here.

Default boundary value is initialized as the coordinate value of end data content position by S830, processing unit.

For so that the data content of Equations of The Second Kind linear data is shown on data display interface by way of vertical direction as an example, default boundary value is used to determine initial seeking scope, it can include upper boundary values and lower border value, e-text when linear data to be shown with long graphic form, because e-text is Equations of The Second Kind linear data, therefore, upper boundary values can be initialized as the ordinate value Y of the top data content position of e-text₁, and lower border value can be initialized as the ordinate value Y of bottommost data content position_M。

S840, input block is detected to be operated to the long-press at the data display interface, is recorded and is operated corresponding first coordinate value to be sent to processing unit the long-press.

S850, processing unit operates the top of corresponding first coordinate value that the first markings are presented in the long-press, and operating the lower section of corresponding first coordinate value that the second markings are presented in the long-press, first markings and second markings constitute the default region.

For exemplified by showing Equations of The Second Kind linear data by way of vertical direction in data display interface, assuming that bottom of screen toward the top of screen be ordinate positive direction, when user is in the optional position at data display interface, ordinate value is Y such as in Equations of The Second Kind linear data₀Position executive chairman by operation when, ordinate value Y₀Corresponding first coordinate value, input block record ordinate value Y are operated for the long-press₀, and by ordinate value Y₀It is sent to processing unit.Herein, ordinate value Y₀It is also to appear in the initial position on screen contact first time simultaneously.Referring to two, Fig. 3 of the presentation schematic diagram in default region as indicated at 3 In, processing unit is receiving ordinate value Y₀Afterwards, can be according to positive-valued threshold L, in ordinate value Y₀Top the first markings are presented, and in ordinate value Y₀Lower section the second markings are presented, first markings and second markings constitute the default region., can be in Y in a kind of specific implementation₀The first markings are presented in+L position, in Y₀The second markings are presented in-L position.

When the data content of Equations of The Second Kind linear data is shown on data display interface by way of horizontal direction, the step S850 can also be replaced with：

The 3rd markings are presented in the left side for operating corresponding first coordinate value in the long-press, and operating the right side of the first coordinate value of corresponding data item that the 4th markings are presented in the long-press, the 3rd markings and the 4th markings constitute the default region.

S860, the slide that input block detection is performed to the data content on data display interface, when detecting the slide and frameing out, input block record simultaneously sends corresponding second coordinate value of the slide to processing unit.

In Fig. 3, when input block, which detects slide, to be frameed out in ordinate value Y0-n position, namely when detecting contact and frameing out, ordinate value Y0-n is recorded, and ordinate value Y0-n is sent to processing unit, Y herein₀+ n is also the final position of contact simultaneously.

S870, if second coordinate value is outside default region, processing unit determines coordinates of targets value according to the coordinate value No. second and default boundary value.

Wherein, step S870 can specifically include：

If second coordinate value, according to second coordinate value and default boundary value, determines coordinates of targets value in the top of first markings；

Or,

If second coordinate value, according to second coordinate value and default boundary value, determines coordinates of targets value in the lower section of second markings.

For example, corresponding second scale value is Y to slide in figure 3₀- n, and the position of the second markings (namely lower scratch line) is Y₀- L, it is assumed that Y₀-n<Y₀- L, then slide when frameing out corresponding second coordinate value in the lower section of the second markings, namely corresponding second coordinate value of slide is outside default region, then according to corresponding second coordinate value of the slide and default boundary value, coordinates of targets value is determined；Determine after coordinates of targets value, then can perform corresponding bounce action, wherein, above-mentioned coordinates of targets value is the final position that bounce is acted.

When Equations of The Second Kind linear data is shown in data display interface with horizontal direction, step S870 can also specifically include：

If second coordinate value, according to second coordinate value and default boundary value, determines coordinates of targets value in the left side of the 3rd markings；

Or,

If second coordinate value, according to second coordinate value and default boundary value, determines coordinates of targets value on the right side of the 4th markings.

Specifically, according to second coordinate value and default boundary value in S870, coordinates of targets value is determined, including：

The upper boundary values are updated according to second coordinate value, according to the upper boundary values after renewal and the lower border value or the ordinate value of bottommost data content position, coordinates of targets value are determined；

Or,

The lower border value is updated according to second coordinate value, according to the lower border value after renewal and the upper boundary values or the ordinate value of top data content position, coordinates of targets value is determined.

In Fig. 3, it is assumed that upper boundary values are ordinate value Y₁, lower border value is ordinate value Y_M, and second Coordinate value is at the lower section of the second markings, i.e., now user is thought quickly the content " pulling down " on current location, then triggers the action beated to the upper bound；After the action that triggering is beated to the upper bound, before the action beated to the upper bound is performed, lower border value is first updated to ordinate value Y₀- n, and upper boundary values are constant, then coordinates of targets value can be：(Y₁+Y₀- n)/2, i.e., the data content in the centre position between ski-jump and coboundary is included on screen；And it is Y to assume corresponding second coordinate value of slide₀+ n, and Y₀+n>Y₀During+L, namely the second coordinate value is at the top of the first markings, then now user is thought quickly the content " pulling " under current location, then triggers the action beated to lower bound；After the action that triggering is beated to lower bound, before the action beated to lower bound is performed, upper boundary values are first updated to ordinate value Y₀+ n, and lower border value is constant, then coordinates of targets value can be：(Y₀+n+Y_M)/2, i.e., include the data content in the centre position between ski-jump and lower boundary on screen.

When Equations of The Second Kind linear data is shown in data display interface with horizontal direction, according to second coordinate value and default boundary value in S870, target designation is determined, can also be included：

The left boundary value is updated according to second coordinate value, according to the left boundary value after renewal and the right boundary value or the abscissa value of rightmost side data content position, coordinates of targets value is determined；

Or,

The right boundary value is updated according to second coordinate value, according to the right boundary value after renewal and the left boundary value or the abscissa value of leftmost side data content position, coordinates of targets value is determined.

Wherein, the calculation of coordinates of targets value is similar with the calculation of the coordinates of targets value of vertical direction, and therefore not to repeat here.

Alternatively, it is described according to second coordinate value and default boundary value, determine that coordinates of targets value can also include：

According to default ratio value, second coordinate value and default boundary value, coordinates of targets value is determined.

S880, processing unit sends coordinates of targets value to output unit.

Corresponding first data content of the coordinates of targets value is presented in S890, the data display interface of output unit.

Herein, the first data content is the corresponding data content of coordinates of targets value in the data content that shows in data display interface.In Fig. 3, when it is determined that coordinates of targets value be (Y₁+Y₀- n)/2 when, shown in data display interface ordinate value be (Y₁+Y₀- n)/2 the first data content.The first display content in figure 3 after the action beated to the upper bound is performed is shown in two, Fig. 5 of the schematic diagram at data display interface shown in Figure 5.

Alternatively, presented at the data display interface of output unit after corresponding first data content of the coordinates of targets value, methods described also includes：

Return push-button is presented on the data display interface；

For example, the second button can be presented in the data display interface shown in Fig. 5, the effect of second button and the first button is identical.

Certainly, in actual applications, also there is a kind of special case in the embodiment of the present invention three, the schematic diagram of Second Type linear data shown in Figure 9, and Equations of The Second Kind linear data is the chat record of immediate communication tool.In Fig. 9, every record (with generation time or without generation time) is used as one section of text, all chat records are sequentially arranged one long text page of composition, wherein, the form of every chat record is the textual form of speaker+time+content.There is the fixed coordinates value (including abscissa value and ordinate value) of oneself any point (including word point and without word point) in Fig. 9 long text page, the optional position in the long text page can be indicated using the coordinate value, then information can be presented according to the method for the embodiment of the present application three.

Alternatively, in the above embodiment of the present invention, user is operated by long-press, the position of terminal record user's triggering long-press operation, determines markings.In some optional modes, user can also by clicking, double-clicking, multiple spot click on, rock terminal etc. triggering determine markings action.For example, terminal can Confession user is provided opens information described in the present embodiment and function is presented, after the unlatching of this functional mode, the related operation of user customizable, triggering determines the action of markings.This is not limited.

Device embodiment

The presentation schematic device for the information that Figure 10 provides for apparatus of the present invention embodiment.Described device can be used for performing the method described in Fig. 1.In Figure 10, the device includes：Detection unit 1001, determining unit 1002 and display unit 1003.

Detection unit 1001, for detecting the slide performed to the data content on data display interface, when detecting the slide and frameing out, records the final position of the slide.

Determining unit 1002, if the final position for the slide is outside default region, according to the final position of the slide and default boundary value, determines target location.

Wherein, the default boundary value is the numbering of the data item of end data content；Or, the default boundary value is the coordinate value of end data content position.

Display unit 1003, the first data content for the target location to be presented at the data display interface.

Alternatively, detection unit 1001, are additionally operable to detection and the long-press at the data display interface are operated, and record the position of the long-press operation；

Display unit 1003, is additionally operable to the first markings of top presentation of position operated in the long-press, and the second markings are presented in the lower section of the position operated in the long-press, and first markings and second markings constitute the default region.

Determining unit 1002 specifically for：

Or,

Alternatively, the default boundary value includes upper boundary values and lower border value；

Determining unit 1002 also particularly useful for：

Or,

Display unit 1003, is additionally operable to the 3rd markings of left side presentation of position operated in the long-press, and the 4th markings are presented in the right side of the position operated in the long-press, and the 3rd markings and the 4th markings constitute the default region.

Determining unit 1002 specifically for：

Or,

The default boundary value includes left boundary value and right boundary value；

Alternatively, the default boundary value includes left boundary value and right boundary value；

Determining unit 1002 also particularly useful for：

Or,

Optionally it is determined that unit 1002 is additionally operable to：

Alternatively, display unit 1003, are additionally operable to that return push-button is presented on the data display interface；

The method that the device that the application device embodiment is provided implants the offer of the embodiment of the present application one, therefore, the specific work process for the device that the application is provided are not repeated again herein.

The presentation device for the information that apparatus of the present invention embodiment is provided, detection unit 1001 detects the slide performed to the data content on data display interface, when detecting the slide and frameing out, records the final position of the slide；If the final position of the slide of determining unit 1002, according to the final position of the slide and default boundary value, determines target location outside default region；The first data content of the target location is presented at the data display interface in display unit 1003.Thus, it is possible to greatly improve the efficiency of information presentation, and the Experience Degree of user can be improved.

Apparatus embodiments

The display device schematic diagram for the information that Figure 11 provides for present device embodiment.As shown in figure 11, the display device 1100 includes：Input equipment 1101, output equipment 1102, processor 1103 and bus 1104, wherein, input equipment 1101, output equipment 1102 and processor 1103 are communicated by bus 1104.

For example, processor 1103 can be CPU.

The equipment can also include communication interface 1105, and communication interface 1105 is connected by bus 1104 with processor 1103, for being communicated with miscellaneous equipment.

The equipment can also include memory 1106, and memory 1106 is connected also by system bus 1104 with processor 1103.Memory 1106 can have software module and device driver in permanent memory, such as hard disk drive and flash memory, memory 1106.Software module is able to carry out the various functions module of the above method of the present invention；Device driver can be network and interface drive program.

Input equipment 1101, for receiving the slide performed to the data content on data display interface.

Processor 1103, for detecting the slide, when detecting the slide and frameing out, records the final position of the slide.

Processor 1103, if being additionally operable to the final position of the slide outside default region, according to the final position of the slide and default boundary value, determines target location.

The default boundary value is the numbering of the data item of end data content；Or, the default boundary value is the coordinate value of end data content position.

Output equipment 1102, the first data content for the target location to be presented at the data display interface.

Alternatively, processor 1103, are additionally operable to detection and the long-press at the data display interface are operated, and record the position of the long-press operation.

Output equipment 1102, is additionally operable to the first markings of top presentation of position operated in the long-press, and the second markings are presented in the lower section of the position operated in the long-press, and first markings and second markings constitute the default region.

Processor 1103 specifically for：If the final position of the slide, according to the final position of the slide and default boundary value, determines target location in the top of first markings；

Or,

The default boundary value includes upper boundary values and lower border value；

Processor 1103 also particularly useful for：The upper boundary values are updated according to the final position of the slide, according to the upper boundary values after renewal and the position of the lower border value or bottommost data content, target location are determined；

Or,

Alternatively, processor 1103, are additionally operable to detection and the long-press at the data display interface are operated, note Record the position of the long-press operation.

Output equipment 1102, is additionally operable to the 3rd markings of left side presentation of position operated in the long-press, and the 4th markings are presented in the right side of the position operated in the long-press, and the 3rd markings and the 4th markings constitute the default region.

Processor 1103 specifically for：

Or,

Processor 1103 also particularly useful for：The left boundary value is updated according to the final position of the slide, according to the left boundary value after renewal and the position of the right boundary value or rightmost side data content, target location is determined；

Or,

Processor 1103 specifically for：According to default ratio value, the final position of the slide and default boundary value, target location is determined.

Output equipment 1102, is additionally operable to that return push-button is presented on the data display interface；When receiving the click commands to the return push-button, the second data content of the starting position of the slide is presented at the data display interface.

The display device for the information that present device embodiment is provided, can greatly improve the efficiency of information presentation, and can improve the Experience Degree of user.

Professional should further appreciate that the unit and algorithm steps of each example described with reference to the embodiments described herein can be come with electronic hardware, computer software or the combination of the two Realize, in order to clearly demonstrate the interchangeability of hardware and software, generally describe the composition and step of each example according to function in the above description.These functions are performed with hardware or software mode actually, depending on the application-specific and design constraint of technical scheme.Professional and technical personnel can realize described function to each specific application using distinct methods, but this realization is it is not considered that beyond the scope of this invention.

The step of method or algorithm for being described with reference to the embodiments described herein, can be implemented with hardware, the software module of computing device, or the combination of the two.Software module can be placed in any other form of storage medium known in random access memory (RAM), internal memory, read-only storage (ROM), electrically programmable ROM, electrically erasable ROM, register, hard disk, moveable magnetic disc, CD-ROM or technical field.

Above-described embodiment; the purpose of the present invention, technical scheme and beneficial effect are further described; it should be understood that; it the foregoing is only the embodiment of the present invention; the protection domain being not intended to limit the present invention; within the spirit and principles of the invention, any modification, equivalent substitution and improvements done etc., should be included in the scope of the protection.

Claims

A kind of rendering method of information, it is characterised in that methods described includes：

The slide performed to the data content on data display interface is detected, when detecting the slide and frameing out, the final position of the slide is recorded；

If the final position of the slide is outside default region, according to the final position of the slide and default boundary value, target location is determined；

The first data content of the target location is presented at the data display interface.
According to the method described in claim 1, it is characterised in that before the slide that the detection is performed to the data content on data display interface, methods described also includes：

Detect and the long-press at the data display interface is operated, record the position of the long-press operation；

The first markings are presented in the top of the position operated in the long-press, and the second markings are presented in the lower section of the position operated in the long-press, and first markings and second markings constitute the default region.
Method according to claim 2, it is characterised in that if the final position of the slide is outside default region, according to the final position of the slide and default boundary value, determine target location, including：

If the final position of the slide, according to the final position of the slide and default boundary value, determines target location in the top of first markings；

Or,

If the final position of the slide, according to the final position of the slide and default boundary value, determines target location in the lower section of second markings.
Method according to claim 3, it is characterised in that the default boundary value includes upper boundary values and lower border value；

The final position according to the slide and default boundary value, determine that target location includes：

The upper boundary values are updated according to the final position of the slide, according to the upper boundary values after renewal And the position of the lower border value or bottommost data content, determine target location；

Or,

The lower border value is updated according to the final position of the slide, according to the lower border value after renewal and the position of the upper boundary values or top data content, target location is determined.
According to the method described in claim 1, it is characterised in that before the slide that the detection is performed to the data content on data display interface, methods described also includes：

Detect and the long-press at the data display interface is operated, record the position of the long-press operation；

The 3rd markings are presented in the left side of the position operated in the long-press, and the 4th markings are presented in the right side of the position operated in the long-press, and the 3rd markings and the 4th markings constitute the default region.
Method according to claim 5, it is characterised in that if the final position of the slide is outside default region, according to the final position of the slide and default boundary value, determine target location, including：

If the final position of the slide, according to the final position of the slide and default boundary value, determines target location in the left side of the 3rd markings；

Or,

If the final position of the slide, according to the final position of the slide and default boundary value, determines target location on the right side of the 4th markings.
Method according to claim 6, it is characterised in that the default boundary value includes left boundary value and right boundary value；

The final position according to the slide and default boundary value, determine that target location includes：

The left boundary value is updated according to the final position of the slide, according to the left boundary value after renewal and the position of the right boundary value or rightmost side data content, target location is determined；

Or,

The right boundary value is updated according to the final position of the slide, according to the right boundary value after renewal And the position of the left boundary value or leftmost side data content, determine target location.
Method according to claim any one of 1-7, it is characterised in that the final position according to the slide and default boundary value, determines that target location includes：

According to default ratio value, the final position of the slide and default boundary value, target location is determined.
Method according to claim any one of 1-8, it is characterised in that the default boundary value is the numbering of the data item of end data content；Or,

The default boundary value is the coordinate value of end data content position.
Method according to claim any one of 1-9, it is characterised in that after the first data content that the target location is presented in the data display interface, methods described also includes：

Return push-button is presented on the data display interface；

When receiving the click commands to the return push-button, the second data content of the starting position of the slide is presented at the data display interface.
The presentation device of a kind of information, it is characterised in that described device includes：Detection unit, determining unit and display unit；

The detection unit, for detecting the slide performed to the data content on data display interface, when detecting the slide and frameing out, records the final position of the slide；

The determining unit, if the final position for the slide is outside default region, according to the final position of the slide and default boundary value, determines target location；

The display unit, the first data content for the target location to be presented at the data display interface.
Device according to claim 11, it is characterised in that the detection unit, is additionally operable to detection and the long-press at the data display interface is operated, and records the position of the long-press operation；

The display unit, is additionally operable to the first markings of top presentation of position operated in the long-press, and the second markings are presented in the lower section of the position operated in the long-press, and first markings and second markings constitute the default region.
Device according to claim 12, it is characterised in that the determining unit specifically for：

If the final position of the slide, according to the final position of the slide and default boundary value, determines target location in the top of first markings；

Or,

If the final position of the slide, according to the final position of the slide and default boundary value, determines target location in the lower section of second markings.
Device according to claim 13, it is characterised in that the default boundary value includes upper boundary values and lower border value；

The determining unit also particularly useful for：

The upper boundary values are updated according to the final position of the slide, according to the upper boundary values after renewal and the position of the lower border value or bottommost data content, target location are determined；

Or,

The lower border value is updated according to the final position of the slide, according to the lower border value after renewal and the position of the upper boundary values or top data content, target location is determined.
Device according to claim 11, it is characterised in that the detection unit, is additionally operable to detection and the long-press at the data display interface is operated, and records the position of the long-press operation；

The display unit, is additionally operable to the 3rd markings of left side presentation of position operated in the long-press, and the 4th markings are presented in the right side of the position operated in the long-press, and the 3rd markings and the 4th markings constitute the default region.
Device according to claim 15, it is characterised in that the determining unit specifically for：

If the final position of the slide, according to the final position of the slide and default boundary value, determines target location in the left side of the 3rd markings；

Or,

If final position and default boundary value of the final position if the right side of the 4th markings according to the slide of the slide, target location is determined.
Device according to claim 16, it is characterised in that the default boundary value includes Left boundary value and right boundary value；

The determining unit also particularly useful for：

The left boundary value is updated according to the final position of the slide, according to the left boundary value after renewal and the position of the right boundary value or rightmost side data content, target location is determined；

Or,

The right boundary value is updated according to the final position of the slide, according to the right boundary value after renewal and the position of the left boundary value or leftmost side data content, target location is determined.
Device according to claim any one of 11-17, it is characterised in that the determining unit is additionally operable to：

According to default ratio value, the final position of the slide and default boundary value, target location is determined.
Device according to claim any one of 11-18, it is characterised in that the default boundary value is the numbering of the data item of end data content；Or,

The default boundary value is the coordinate value of end data content position.
Device according to claim any one of 11-19, it is characterised in that the display unit, is additionally operable to that return push-button is presented on the data display interface；

When receiving the click commands to the return push-button, the second data content of the starting position of the slide is presented at the data display interface.
A kind of display device of information, it is characterised in that the equipment includes：Input equipment, output equipment, processor and bus, wherein, the input equipment, the output equipment and the processor pass through the bus communication；

The input equipment, for receiving the slide performed to the data content on data display interface；

The processor, for detecting the slide, when detecting the slide and frameing out, records the final position of the slide；

The processor, if being additionally operable to the final position of the slide outside default region, according to the final position of the slide and default boundary value, determines target location；

The output equipment, the first data content for the target location to be presented at the data display interface.
Equipment according to claim 21, it is characterised in that

The processor, is additionally operable to detection and the long-press at the data display interface is operated, and records the position of the long-press operation；

The output equipment, is additionally operable to the first markings of top presentation of position operated in the long-press, and the second markings are presented in the lower section of the position operated in the long-press, and first markings and second markings constitute the default region.
Equipment according to claim 22, it is characterised in that

The processor specifically for：If the final position of the slide, according to the final position of the slide and default boundary value, determines target location in the top of first markings；

Or,

If the final position of the slide, according to the final position of the slide and default boundary value, determines target location in the lower section of second markings.
Equipment according to claim 23, it is characterised in that the default boundary value includes upper boundary values and lower border value；

The processor also particularly useful for：The upper boundary values are updated according to the final position of the slide, according to the upper boundary values after renewal and the position of the lower border value or bottommost data content, target location are determined；

Or,

The lower border value is updated according to the final position of the slide, according to the lower border value after renewal and the position of the upper boundary values or top data content, target location is determined.
Equipment according to claim 21, it is characterised in that

The processor, is additionally operable to detection and the long-press at the data display interface is operated, and records the position of the long-press operation；

The output equipment, is additionally operable to the 3rd markings of left side presentation of position operated in the long-press, and The 4th markings are presented in the right side of the position operated in the long-press, and the 3rd markings and the 4th markings constitute the default region.
Equipment according to claim 25, it is characterised in that the processor specifically for：

If the final position of the slide, according to the final position of the slide and default boundary value, determines target location in the left side of the 3rd markings；

Or,

If the final position of the slide, according to the final position of the slide and default boundary value, determines target location on the right side of the 4th markings.
Equipment according to claim 26, it is characterised in that the default boundary value includes left boundary value and right boundary value；

The processor also particularly useful for：The left boundary value is updated according to the final position of the slide, according to the left boundary value after renewal and the position of the right boundary value or rightmost side data content, target location is determined；

Or,

The right boundary value is updated according to the final position of the slide, according to the right boundary value after renewal and the position of the left boundary value or leftmost side data content, target location is determined.
Equipment according to claim any one of 21-27, it is characterised in that the processor specifically for：

According to default ratio value, the final position of the slide and default boundary value, target location is determined.
Equipment according to claim any one of 21-28, it is characterised in that the default boundary value is the numbering of the data item of end data content；Or,

The default boundary value is the coordinate value of end data content position.
Equipment according to claim any one of 21-29, it is characterised in that

The output equipment, is additionally operable to that return push-button is presented on the data display interface；

When receiving the click commands to the return push-button, it is presented described at the data display interface Second data content of the starting position of slide.