CN103440192A

CN103440192A - Electric quantity display method and device of mobile terminal and mobile terminal

Info

Publication number: CN103440192A
Application number: CN2013103892129A
Authority: CN
Inventors: 徐鸣; 张琦; 白斌
Original assignee: Beijing Kingsoft Internet Security Software Co Ltd; Conew Network Technology Beijing Co Ltd; Shell Internet Beijing Security Technology Co Ltd; Zhuhai Juntian Electronic Technology Co Ltd; Beijing Kingsoft Internet Science and Technology Co Ltd
Current assignee: Beijing Kingsoft Internet Security Software Co Ltd; Conew Network Technology Beijing Co Ltd; Shell Internet Beijing Security Technology Co Ltd; Zhuhai Juntian Electronic Technology Co Ltd; Beijing Kingsoft Internet Science and Technology Co Ltd
Priority date: 2013-08-30
Filing date: 2013-08-30
Publication date: 2013-12-11
Anticipated expiration: 2033-08-30
Also published as: CN103440192B

Abstract

The invention provides an electric quantity display method and device of a mobile terminal and the mobile terminal, wherein the method comprises the following steps: acquiring current electric quantity information of a battery of the mobile terminal; generating a first fluctuation curve in an area covered by a preset pattern according to the current electric quantity information, wherein a starting point and an end point of the first fluctuation curve are connected with the edge of the preset pattern; and generating a current electric quantity state display interface of the battery according to the first fluctuation curve and the preset pattern. According to the electric quantity display method of the mobile terminal, disclosed by the embodiment of the invention, the electric quantity can be displayed by the dynamic change of the liquid fluid, different effects are visually shown for a user, the electric quantity display of the mobile terminal is more visual, the interestingness is enhanced, and more gorgeous visual experience is provided for the user.

Description

The electric quantity display method of mobile terminal, device and mobile terminal

Technical field

The present invention relates to technical field of mobile terminals, relate in particular to a kind of electric quantity display method, device and mobile terminal of mobile terminal.

Background technology

Along with the processing capacity of mobile terminal function constantly strengthens, its function also becomes more diverse, for mobile phone users brings great convenience.Meanwhile, be subject to the restriction of battery capacity, along with the function of mobile terminal is gradually become strong, its charge frequency also improves thereupon.Understand the charged state of mobile terminal for the ease of the user, at present, mobile terminal can show a cell pattern in charging process, and on cell pattern display power supply plug or lightning sign, to mean charged state.Part mobile terminal can also identify electric weight number percent state in charging process by different colours and the color region different area of cell pattern.

In realizing process of the present invention, the inventor finds that at least there is following problem in prior art: by showing cell pattern and charging sign, can't represent to the user electric quantity change of battery in charging process, and identify battery electric quantity number percent state by cell pattern color and area change thereof, can only after changing, electric weight number percent could change color, and can only identify several set conditions, can't represent in real time in charging process the dynamic change of battery electric quantity.In addition, ways of presentation is attractive in appearance not, lacks interest, poor user experience.

Summary of the invention

The present invention is intended at least one of solve the problems of the technologies described above.

For this reason, first purpose of the present invention is to propose a kind of display packing of mobile terminal electric weight.The method can show electric weight with the fluid liquid dynamic change, visually for the user has represented different effects, makes the electric weight demonstration of mobile terminal more directly perceived, and strengthens interest, for the user provides more gorgeous visual experience.

Second purpose of the present invention is to propose a kind of display device of mobile terminal electric weight.

The 3rd purpose of the present invention is to propose a kind of mobile terminal.

To achieve these goals, the display packing of the mobile terminal electric weight of first aspect present invention embodiment comprises the following steps: the current electric quantity information of obtaining the battery of mobile terminal; Generate the first wave moving curve in the zone covered in predetermined pattern according to described current electric quantity information, wherein, the starting point of described first wave moving curve and terminal all with the side edge of described predetermined pattern; And the current electric quantity status display interface that generates described battery according to described first wave moving curve and described predetermined pattern.

Electric quantity display method according to the mobile terminal of the embodiment of the present invention, generate the first wave moving curve in the zone that can cover in predetermined pattern according to the information about power of battery, and generate the current electric quantity status display interface according to first wave moving curve and predetermined pattern, can show electric weight with the fluid liquid dynamic change thus, visually for the user, represented different effects, make the electric weight demonstration of mobile terminal more directly perceived, and strengthen interest, for the user provides more gorgeous visual experience.

To achieve these goals, the electric quantity display device of the mobile terminal of second aspect present invention embodiment comprises: the first acquisition module, for the current electric quantity information of the battery that obtains mobile terminal; The first generation module, for generating the first wave moving curve in the zone covered in predetermined pattern according to described current electric quantity information, wherein, the starting point of described first wave moving curve and terminal all with the side edge of described predetermined pattern; And second generation module, for generate the current electric quantity status display interface of described battery according to described first wave moving curve and described predetermined pattern.

Electric quantity display device according to the mobile terminal of the embodiment of the present invention, generate the first wave moving curve in the zone that can cover in predetermined pattern according to the information about power of battery, and generate the current electric quantity status display interface according to first wave moving curve and predetermined pattern, can show electric weight with the fluid liquid dynamic change thus, visually for the user, represented different effects, make the electric weight demonstration of mobile terminal more directly perceived, and strengthen interest, for the user provides more gorgeous visual experience.

To achieve these goals, the mobile terminal of third aspect present invention embodiment comprises: shell, screen, processor, circuit board and battery; Described screen is placed on described shell, and described circuit board is placed in the interior volume that described shell surrounds, and described processor is arranged on described circuit board, and described battery is used to described mobile terminal power supply; Described processor is for the treatment of data, and specifically for: the current electric quantity information of obtaining the battery of mobile terminal; Generate the first wave moving curve in the zone covered in predetermined pattern according to described current electric quantity information, wherein, the starting point of described first wave moving curve and terminal all with the side edge of described predetermined pattern; And the current electric quantity status display interface that generates described battery according to described first wave moving curve and described predetermined pattern.

Mobile terminal according to the embodiment of the present invention, generate the first wave moving curve in the zone that can cover in predetermined pattern according to the information about power of battery, and generate the current electric quantity status display interface according to first wave moving curve and predetermined pattern, can show electric weight with the fluid liquid dynamic change thus, visually for the user, represented different effects, make the electric weight demonstration of mobile terminal more directly perceived, and strengthen interest, for the user provides more gorgeous visual experience.

The aspect that the present invention is additional and advantage part in the following description provide, and part will become obviously from the following description, or recognize by practice of the present invention.

The accompanying drawing explanation

Above-mentioned and/or the additional aspect of the present invention and advantage will become from the following description of the accompanying drawings of embodiments and obviously and easily understand, wherein,

Fig. 1 is the process flow diagram of the electric quantity display method of mobile terminal according to an embodiment of the invention;

Fig. 2 is the schematic diagram of mobile terminal state of charge display interface according to an embodiment of the invention;

Fig. 3 is the schematic diagram of mobile terminal state of charge display interface in accordance with another embodiment of the present invention;

Fig. 4 is the process flow diagram of the electric quantity display method of the mobile terminal of a specific embodiment according to the present invention;

Fig. 5 is the process flow diagram of the electric quantity display method of the mobile terminal of another specific embodiment according to the present invention;

Fig. 6 is the structural representation of the electric quantity display device of mobile terminal according to an embodiment of the invention;

Fig. 7 is the structural representation of the electric quantity display device of the mobile terminal of a specific embodiment according to the present invention;

Fig. 8 is the structural representation of the electric quantity display device of the mobile terminal of another specific embodiment according to the present invention;

Fig. 9 is the structural representation of the electric quantity display device of the mobile terminal of another specific embodiment according to the present invention;

Figure 10 is the structural representation of the electric quantity display device of the mobile terminal of another specific embodiment according to the present invention; And

Figure 11 is the schematic diagram of the mobile terminal state of charge display interface of another embodiment according to the present invention.

Embodiment

Below describe embodiments of the invention in detail, the example of described embodiment is shown in the drawings, and wherein same or similar label means same or similar element or the element with identical or similar functions from start to finish.Be exemplary below by the embodiment be described with reference to the drawings, only for explaining the present invention, and can not be interpreted as limitation of the present invention.On the contrary, embodiments of the invention comprise spirit and interior all changes, modification and the equivalent of intension scope that falls into additional claims.

In description of the invention, it will be appreciated that, term " first ", " second " etc. are only for describing purpose, and can not be interpreted as indication or hint relative importance.In description of the invention, it should be noted that, unless otherwise clearly defined and limited, term " is connected ", " connection " should do broad understanding, for example, can be to be fixedly connected with, and can be also to removably connect, or connects integratedly; Can be mechanical connection, can be also to be electrically connected to; Can be directly to be connected, also can indirectly be connected by intermediary.For the ordinary skill in the art, can concrete condition understand above-mentioned term concrete meaning in the present invention.In addition, in description of the invention, except as otherwise noted, the implication of " a plurality of " is two or more.

In process flow diagram or any process of otherwise describing at this or method describe and can be understood to, mean to comprise one or more module, fragment or part for the code of the executable instruction of the step that realizes specific logical function or process, and the scope of the preferred embodiment of the present invention comprises other realization, wherein can be not according to order shown or that discuss, comprise according to related function by the mode of basic while or by contrary order, carry out function, this should be understood by the embodiments of the invention person of ordinary skill in the field.

It should be noted that, embodiments of the invention preferably are applicable to mobile device, for example, the mobile device of Android operating system (Android system be a kind of freedom based on Linux and the operating system of open source code), IOS operating system (IOS is the handheld equipment operating system by Apple's exploitation), Windows Phone operating system (Windows Phone is the Mobile phone operating system of Microsoft's issue).Wherein, mobile terminal can be the hardware device that mobile phone, panel computer, personal digital assistant, e-book etc. have various operating systems.

Below with reference to accompanying drawing, electric quantity display method, device and the mobile terminal according to the mobile terminal of the embodiment of the present invention described.

Fig. 1 is the process flow diagram of the electric quantity display method of mobile terminal according to an embodiment of the invention, Fig. 2 is the schematic diagram of mobile terminal state of charge display interface according to an embodiment of the invention, and Fig. 3 is the schematic diagram of mobile terminal state of charge display interface in accordance with another embodiment of the present invention.At present, the battery power quantity display method of mobile terminal is attractive in appearance not, lack interesting, and dynamic demonstration electric quantity change that can not be real-time, therefore, the present invention proposes a kind of electric quantity display method of mobile terminal, can in the electric weight display interface, the mode by fluid liquid show the information about power that mobile terminal is current.Particularly, as Figure 1-3, the electric quantity display method of mobile terminal comprises the following steps.

S101, obtain the current electric quantity information of the battery of mobile terminal.

Wherein, the current electric quantity information of battery can be the charge value of battery.For example, the charge value of real-time change in the mobile terminal charging process, or under mobile terminal in standby state the charge value etc. of real-time change.

S102, generate the first wave moving curve in the zone covered in predetermined pattern according to current electric quantity information, wherein, the starting point of first wave moving curve and terminal all with the side edge of predetermined pattern.

For representing to the user that current electric quantity information is lively, effect that the embodiment of the present invention realizes a kind of " water flows in container ".Wherein, the shape of " container ", predetermined pattern can include but not limited to a kind of in circular pattern, cylindrical pattern, rectangle pattern.Particularly, as shown in Figure 2, take circular pattern as example, at first can use drawing instrument, such as Photoshop etc., a foursquare pattern is drawn in the position that shows battery electric quantity in the screen of mobile terminal, and the background colour of this square pattern is set to the color identical with the background colour of battery electric quantity state display interface, and draws a transparent circular pattern in this foursquare pattern.Then, the starting point of first wave moving curve and terminal (for example are arranged on the left hand edge of this square pattern and right hand edge, at the mobile terminal of Android operating system, but operation parameter android:layout_alignLeft and android:layout_alignRight are arranged starting point and the terminal of first wave moving curve).Thus, can make the first wave moving curve only show in foursquare pattern, and be shown to the user by circular pattern transparent in square pattern, that is to say, the user can see the part first wave moving curve in transparent circular pattern.

In one embodiment of the invention, according to default transformation rule, current electric quantity information is converted to starting point coordinate information and the terminal point coordinate information in the zone that the first wave moving curve covers in predetermined pattern, and according to starting point coordinate information and terminal point coordinate Information generation first wave moving curve.As one embodiment of the present invention, default transformation rule can be the value of current electric quantity to be converted to the height value of corresponding predetermined pattern, and for example, foursquare height is 100 pixels, when residual electric quantity is 62%, the position that the height at first wave moving curve place is 62 pixels.As another embodiment of the invention, the area that default transformation rule can be converted to the value of current electric quantity the pattern that the latter half surrounds of first wave moving curve and predetermined pattern accounts for the ratio of the predetermined pattern total area, for example, when residual electric quantity is 62%, at first calculate the total area of predetermined pattern, then reverse calculating when the area of the pattern that the latter half surrounds of first wave moving curve and predetermined pattern account for the total area 62% the time, this surrounds the height value of pattern, i.e. the height value of first wave moving curve.By above-mentioned two kinds of modes, all current electric quantity information can be converted to the height value of first wave moving curve, again due to the side edge of first wave moving curve and predetermined pattern, and then can obtain starting point coordinate information and the terminal point coordinate information of first wave moving curve.

Particularly, as shown in Figure 3, at first, can generate the first wave moving curve, the curve in the first wave moving curve can be Bezier, also can be sinusoidal curve or cosine curve, also can be the curve that other have wave characteristic.For example, take Bezier as example, at first, the region division coordinate system can the predetermined pattern in mobile terminal screen covered, the x axle of horizontal direction and the y axle of vertical direction are set respectively, and the lower left corner of square pattern is set to coordinate origin.Then, mobile terminal arranges the coordinate figure of the starting point X of first wave moving curve according to current electric quantity information and with one of them phase contact of predetermined pattern.Mobile terminal further arranges the coordinate figure of the reference mark M of curve, and reference mark M is connected with starting point X, and obtains the curve tangent with the line of reference mark M and starting point X.Then mobile terminal can obtain the coordinate figure of the terminal Y that first wave moving curve and predetermined pattern join, and the coordinate figure of reference mark N is set, and the line by reference mark N and terminal Y obtains the curve tangent with this line.Then the coordinate figure that mobile terminal can terminal Y is set to the coordinate figure of starting point X, through repeatedly repeating above-mentioned steps, can obtain complete curve.

Then, curve translational speed in the horizontal direction can be set, the translational speed on the x axle, also can mean by vibration frequency.Wherein, this translational speed can be to be given tacit consent in mobile terminal system, or the user can arrange this translational speed according to the demand of self in mobile terminal.The unit that should be understood that curve translational speed in the horizontal direction can be pixel, for example, and 1 pixel.Then the refresh time of curve can be set, mobile terminal is refreshed the coordinate figure of the starting point X of curve, the coordinate figure of terminal Y and the coordinate figure of reference mark M and N according to refresh time and translational speed.For example, every a refresh time, can be by the coordinate figure on horizontal direction in the coordinate figure of the coordinate figure of the coordinate figure of starting point X, terminal Y and reference mark M and N, be that coordinate figure on the x axle cuts translational speed, and according to coordinate figure, the coordinate figure of terminal Y and the coordinate figure formation curve of reference mark M and N of the starting point X after changing.That is to say, mobile terminal can, by repeating above-mentioned steps, constantly be moved to the left the waveform of curve.Thus, can generate the first wave moving curve.

Below in conjunction with coordinate system, default transformation rule is described further.For above-mentioned first kind of way, mobile terminal can obtain the starting point X of different first wave moving curves and the coordinate figure of terminal Y in the vertical direction, i.e. the starting point X of first wave moving curve and the coordinate figure of terminal Y on the y direction of principal axis by the current electric quantity information of battery.For example, can be first default battery electric quantity is 0 o'clock starting point X and terminal Y in the vertical direction in mobile terminal coordinate figure be 0, when battery electric quantity is 100%, the coordinate figure of starting point X and terminal Y in the vertical direction is 500 pixels.That is to say, the starting point X that battery electric quantity is 0 o'clock first wave moving curve and terminal Y nethermost position in predetermined pattern, the starting point X of first wave moving curve and terminal Y uppermost position in cell pattern when battery electric quantity is 100%, the every increase by 1% of battery electric quantity, can increase by 5 pixels by the coordinate figure of the starting point X of first wave moving curve and terminal Y in the vertical direction.Another kind of mode is that mobile terminal passes through the area covered in the zone covered in predetermined pattern that the current electric quantity acquisition of information is corresponding, calculate starting point coordinate value and the terminal point coordinate value of first wave moving curve according to area coverage, then according to starting point coordinate value and the terminal point coordinate value of first wave moving curve, generate the first wave moving curve.For example, if the mobile terminal current electric quantity is 30%, the position in the zone 30% that the starting point coordinate value X of mobile terminal judgement first wave moving curve and terminal point coordinate value Y should be in can covering predetermined pattern, mobile terminal can calculate according to this proportionate relationship starting point coordinate value X and the terminal point coordinate value Y of first wave moving curve.Should be understood that in above-mentioned two kinds of modes that starting point X and terminal Y coordinate figure in the horizontal direction all remain constant, and above-mentioned two kinds of modes are only the methods illustrated in the embodiment of the present invention, not as limitation of the present invention.

In one embodiment of the invention, obtain the gravity sensing information of mobile terminal, and the starting point coordinate information in the zone first wave moving curve covered in predetermined pattern according to gravity sensing information and terminal point coordinate information adjusted, and according to starting point coordinate information and terminal point coordinate Information generation first wave moving curve after adjusting.Particularly, gravity sensing information when mobile terminal can be by the built-in gravity sensor perception mobile terminal of mobile terminal mobile, wherein, the locus that gravity sensing information is mobile terminal and mobile status information, as translational speed, acceleration etc.And mobile terminal can be adjusted the starting point of first wave moving curve in the zone covered with pattern and the coordinate figure of terminal according to the gravity sensing information of mobile terminal.For example, if mobile terminal judgement user tilts mobile terminal, for example, 30 degree turn clockwise, mobile terminal calculates the starting point X of the first wave moving curve after changing and the coordinate figure of terminal Y in the vertical direction according to the status information of inductor perception, should be understood that now the coordinate figure of starting point X in the vertical direction is less than previous coordinate figure, the coordinate figure before the coordinate figure of terminal Y in the vertical direction is greater than.Thus, can guarantee the acceleration of the state of first wave moving curve and mobile terminal and rock state consistency, further having promoted display effect.

S103, according to the current electric quantity status display interface of first wave moving curve and predetermined pattern generation battery.

In one embodiment of the invention, can carry out to the first wave moving curve filling of color.Particularly, take circular pattern as example, the filling of color is carried out in the zone between the circular arc of first wave moving curve and circular pattern below, and the circular pattern after filling is as the display interface of mobile terminal current electric quantity state.Therefore, the display interface of current electric quantity state can be presented as the liquid level of fluid, and, along with the process of battery charging and discharging, fluid level also can raise or reduce.

Fig. 4 is the process flow diagram of the electric quantity display method of the mobile terminal of a specific embodiment according to the present invention, and Figure 11 is the schematic diagram of the mobile terminal state of charge display interface of another embodiment according to the present invention.In the present embodiment, can generate a plurality of color filling patterns according to a plurality of different wave and the corresponding color thereof of first wave moving curve and Second Wave moving curve respectively, and then generate the current electric quantity status display interface according to a plurality of color filling patterns, with the 3D display effect of the fluid liquid of realizing electric weight.As shown in Fig. 4 and Figure 11, the electric quantity display method of mobile terminal comprises the following steps.

S401, obtain the current electric quantity information of the battery of mobile terminal.

S402, generate the first wave moving curve in the zone covered in predetermined pattern according to current electric quantity information, wherein, the starting point of first wave moving curve and terminal all with the side edge of predetermined pattern.

In one embodiment of the invention, according to default transformation rule, current electric quantity information is converted to starting point coordinate information and the terminal point coordinate information in the zone that the first wave moving curve covers in predetermined pattern, and according to starting point coordinate information and terminal point coordinate Information generation first wave moving curve.

In one embodiment of the invention, obtain the gravity sensing information of mobile terminal, and the starting point coordinate information in the zone first wave moving curve covered in predetermined pattern according to gravity sensing information and terminal point coordinate information adjusted, and according to starting point coordinate information and terminal point coordinate Information generation first wave moving curve after adjusting.

S403, generate the Second Wave moving curve in the zone covered in predetermined pattern according to current electric quantity information.Wherein, the starting point of Second Wave moving curve and terminal all with the side edge of predetermined pattern, the fluctuation opposite direction of first wave moving curve and Second Wave moving curve, or the first wave moving curve is not identical with the vibration frequency of Second Wave moving curve.

Should be understood that the curve in the Second Wave moving curve can be Bezier equally, also can be sinusoidal curve or cosine curve, also can be the curve that other have wave characteristic.And the Second Wave moving curve is identical with first wave moving curve generating mode, no longer multiple superfluous herein.By the Second Wave moving curve is set, the stack of the ripple effect of the ripple effect of first wave moving curve and Second Wave moving curve, more vividly represented the water level fluctuation effect to the user intuitively.

S404, obtain respectively the first colouring information and the second colouring information that first wave moving curve and Second Wave moving curve are corresponding.

Fill first wave moving curve and Second Wave moving curve in the zone that can cover in predetermined pattern in one embodiment of the invention.Take circular pattern as example, the current electric quantity status display interface can be as shown in figure 11, the predetermined pattern and the electric quantity change fluid fluctuation zone that comprise battery, wherein, the circular arc of Second Wave moving curve and below thereof is the fluid liquid zone, the liquid level that the zone surrounded between first wave moving curve and Second Wave moving curve is fluid liquid.The fluid liquid region area can mean battery electric quantity, and when battery, during in charged state, the liquid level of fluid liquid can raise along with the increase of electric weight, and when battery, in discharge condition, the liquid level of fluid liquid can reduce along with the minimizing of electric weight.Wherein, the first colouring information that the first wave moving curve is corresponding is the color that the first wave moving curve is corresponding with the fluid level zone of the fluid liquid of Second Wave moving curve formation; The second colouring information that the Second Wave moving curve is corresponding is color corresponding to fluid liquid zone that the Second Wave moving curve forms with its underpart circular arc, and the first colouring information is deeper than second colouring information.

S405, according to first wave moving curve and Second Wave moving curve and respectively corresponding the first colouring information and the second colouring information generate a plurality of color filling patterns.

Particularly, mobile terminal can the first wave moving curve is corresponding the first colouring information fluid level zone of adding the fluid liquid that first wave moving curve and Second Wave moving curve form to, the second colouring information that the Second Wave moving curve is corresponding adds the fluid liquid zone to.And make first wave moving curve and Second Wave moving curve carry out linearity or nonlinear moving by adjusting parameter of curve, thereby realize the ripple effect of first wave moving curve and Second Wave moving curve, realized fluctuation and the electric quantity change of the fluid liquid liquid level of electric weight, and can be by controlling the fluctuation speed of adjusting frequency to control fluid level of parameter of curve.And when first wave moving curve and the fluctuation of Second Wave moving curve, mobile terminal can be real-time at the corresponding corresponding colouring information of area update, thus, by the stack of first wave moving curve and Second Wave moving curve and the colour match of zones of different, make the 3D display effect of fluid liquid more obvious, color is more gorgeous.

S406, according to the current electric quantity status display interface of a plurality of color filling patterns generation batteries.

Particularly, first wave moving curve and Second Wave moving curve in each color filling pattern can form the color region with first colouring information, when a plurality of color filling patterns are superposeed, and while doing linearity or nonlinear motion, can produce the dynamic effect that the waveform of this color region constantly changes.Color region with second colouring information is liquid fluid, has the fluid page that the color region of the first colouring information is this liquid fluid, thus, can produce the effect of the fluctuation of the fluid page.

Electric quantity display method according to the mobile terminal of the embodiment of the present invention, can respectively corresponding colouring information be added to the interface of first wave moving curve and the formation of Second Wave moving curve to generate the state of charge display interface, and superpose and generate the state of charge display interface by these a plurality of color filling patterns, can show electric quantity change with the fluid liquid dynamic change thus, visually for the user, represent the 3D dynamic change effect of electric weight, electric weight is shown more directly perceived, and strengthen interest, for the user provides more gorgeous visual experience.

Fig. 5 is the process flow diagram of the electric quantity display method of the mobile terminal of another specific embodiment according to the present invention.For content that electric weight is showed more clear, increase interest, can also be adjusted by the vibration frequency to first wave moving curve and Second Wave moving curve, by adjustment, generate different state of charge display interfaces, as shown in Figure 5, the electric quantity display method of mobile terminal comprises the following steps.

S501, obtain the current electric quantity information of the battery of mobile terminal.

S502, generate the first wave moving curve in the zone covered in predetermined pattern according to current electric quantity information, wherein, the starting point of first wave moving curve and terminal all with the side edge of predetermined pattern.

S503, generate the Second Wave moving curve in the zone covered in predetermined pattern according to current electric quantity information.Wherein, the starting point of Second Wave moving curve and terminal all with the side edge of predetermined pattern, the fluctuation opposite direction of first wave moving curve and Second Wave moving curve, or the first wave moving curve is not identical with the vibration frequency of Second Wave moving curve.

Should be understood that the curve in the Second Wave moving curve can be Bezier equally, also can be sinusoidal curve or cosine curve, also can be the curve that other have wave characteristic.And the Second Wave moving curve is identical with first wave moving curve generating mode, no longer multiple superfluous herein.

S504, obtain respectively the first colouring information and the second colouring information that first wave moving curve and Second Wave moving curve are corresponding.

S505, according to first wave moving curve and Second Wave moving curve and respectively corresponding the first colouring information and the second colouring information generate a plurality of color filling patterns.

S506, according to the current electric quantity status display interface of a plurality of color filling patterns generation batteries.

S507, judge whether mobile terminal charges.

S508, if charge, adjusted the vibration frequency of first wave moving curve and Second Wave moving curve every the default time interval, and generate the current electric quantity status display interface of battery according to the vibration frequency after adjusting.

For example, if mobile terminal charges, mobile terminal can reduce the vibration frequency adjustment of first wave moving curve and Second Wave moving curve respectively by crest adjacent in first wave moving curve and Second Wave moving curve and the length between trough, for example is reduced to original half.Thus, the show state that facilitates the user to pass through first wave moving curve and Second Wave moving curve is understood the current state of mobile terminal, has improved interest and the practicality at battery interface in the charging process, has promoted user's experience.

S509, obtain the mobile terminal current charging stage in when charging, and the vibration frequency of first wave moving curve and Second Wave moving curve is adjusted according to the current charging stage, and generate the current electric quantity status display interface of battery according to the vibration frequency after adjusting.Wherein, the current charging stage includes but not limited to a kind of in speed charging stage, boost charge stage, trickle charge stage.Particularly, mobile terminal is in charging process, and along with the increase of electric weight, the vibration frequency of mobile terminal capable of regulating first wave moving curve and Second Wave moving curve, for example adjust first wave moving curve and Second Wave moving curve translational speed in the horizontal direction.For example, rapid charge during the stage first wave moving curve and Second Wave moving curve translational speed in the horizontal direction the fastest, boost charge during the stage first wave moving curve and Second Wave moving curve translational speed in the horizontal direction slow, trickle charge during the stage first wave moving curve and Second Wave moving curve translational speed in the horizontal direction the slowest.Thus, can facilitate the user to pass through the stage of first wave moving curve and the current charging of translational speed understanding mobile terminal in the horizontal direction of Second Wave moving curve, improve interest and the practicality at battery interface in the charging process, further promote user's experience.

S510, obtain the charging excess time of mobile terminal, and excess time first wave moving curve and corresponding the first colouring information and the second colouring information of Second Wave moving curve being adjusted according to charging, and the current electric quantity status display interface that generates battery according to the first colouring information after adjusting and the second colouring information.Particularly, mobile terminal can, according to the excess time of charging, be adjusted first wave moving curve and corresponding the first colouring information and the second colouring information of Second Wave moving curve.For example, the first colouring information of first wave moving curve and Second Wave moving curve and the second colouring information are displayable more shallow when just starting to charge, and along with the mobile terminal charging process, what slowly show darkens, and are approaching while being full of electricity show darker.Thus, the color that can facilitate the user to pass through first wave moving curve and Second Wave moving curve is understood the mobile terminal charged state, has improved interest and the practicality at battery interface in the charging process, has further promoted user's experience.

Electric quantity display method according to the mobile terminal of the embodiment of the present invention, according to the state of mobile terminal, the vibration frequency of first wave moving curve and Second Wave moving curve is adjusted, generate the real-time first wave moving curve relevant with mobile terminal state and Second Wave moving curve and be shown to the user, in the 3D of the fluid liquid that reaches electric weight display effect, the time lucuriant in design, can also help the user to understand the state of mobile terminal charging, improve interest and the practicality at battery interface in the charging process, promoted user's experience.

In order to realize above-described embodiment, the present invention also proposes a kind of electric quantity display device of mobile terminal.

A kind of electric quantity display device of mobile terminal comprises: the first acquisition module, for the current electric quantity information of the battery that obtains mobile terminal; The first generation module, for generating the first wave moving curve in the zone covered in predetermined pattern according to current electric quantity information, wherein, the starting point of first wave moving curve and terminal all with the side edge of predetermined pattern; And second generation module, for generate the current electric quantity status display interface of battery according to first wave moving curve and predetermined pattern.

Fig. 6 is the structural representation of the electric quantity display device of mobile terminal according to an embodiment of the invention.

As shown in Figure 6, the electric quantity display device of mobile terminal comprises: the first acquisition module 100, the first generation module 200 and the second generation module 300.

Particularly, the first acquisition module 100 is for the current electric quantity information of the battery that obtains mobile terminal.Wherein, the current electric quantity information of battery can be the charge value of battery.For example, the charge value of real-time change in the mobile terminal charging process, or under mobile terminal in standby state the charge value etc. of real-time change.

The first generation module 200 is for generating the first wave moving curve in the zone covered in predetermined pattern according to current electric quantity information, wherein, the starting point of first wave moving curve and terminal all with the side edge of predetermined pattern.Wherein, predetermined pattern can include but not limited to a kind of in circular pattern, cylindrical pattern, rectangle pattern.Particularly, as shown in Figure 2, take circular pattern as example, at first, can use drawing instrument, such as Photoshop etc., show that in the screen of mobile terminal a foursquare pattern is drawn in the position of battery electric quantity, the background colour of this square pattern is set to the color identical with the background colour of battery electric quantity state display interface, and draws a transparent circular pattern in this foursquare pattern.Then, the starting point of first wave moving curve and terminal (for example are arranged on the left hand edge of this square pattern and right hand edge, at the mobile terminal of Android operating system, but operation parameter android:layout_alignLeft and android:layout_alignRight are arranged starting point and the terminal of first wave moving curve).Thus, can make the first wave moving curve only show in foursquare pattern, and be shown to the user by circular pattern transparent in square pattern, that is to say, the user can see the part first wave moving curve in transparent circular pattern.

The second generation module 300 is for the current electric quantity status display interface according to first wave moving curve and predetermined pattern generation battery.More specifically, the second generation module 300 can carry out to the first wave moving curve filling of color.Particularly, take circular pattern as example, the filling of color is carried out in the zone between the circular arc of first wave moving curve and circular pattern below, and the circular pattern after filling is as the display interface of mobile terminal current electric quantity state.Therefore, the display interface of current electric quantity state can be presented as the liquid level of fluid, and, along with the process of battery charging and discharging, fluid level also can raise or reduce.

Fig. 7 is the structural representation of the electric quantity display device of the mobile terminal of a specific embodiment according to the present invention.

As shown in Figure 7, the electric quantity display device of mobile terminal comprises: the first acquisition module 100, the first generation module 200 and the second generation module 300, wherein the first generation module 200 comprises converting unit 210 and generation unit 220.

Particularly, converting unit 210 is for the transformation rule according to default, and current electric quantity information is converted to starting point coordinate information and the terminal point coordinate information in the zone that the first wave moving curve covers in predetermined pattern.More specifically, as shown in Figure 2, at first, can generate the first wave moving curve, the curve in the first wave moving curve can be Bezier, also can be sinusoidal curve or cosine curve, also can be the curve that other have wave characteristic.For example, take Bezier as example, at first, the region division coordinate system can the predetermined pattern in mobile terminal screen covered, the x axle of horizontal direction and the y axle of vertical direction are set respectively, and the lower left corner of square pattern is set to coordinate origin.Then, mobile terminal can arrange the coordinate figure of the starting point X of curve, and length of a curve is set, and wherein, the unit of this length can be pixel, for example, and 30 pixels.Mobile terminal arranges the coordinate figure of the reference mark M of curve, and reference mark M is connected with starting point X, and obtains the curve tangent with the line of reference mark M and starting point X.Then mobile terminal can obtain and start point distance from the coordinate figure of the terminal Y of the length arranged, and the coordinate figure of reference mark N is set, the line by reference mark N and terminal Y obtains the curve tangent with this line.Then the coordinate figure that mobile terminal can terminal Y is set to the coordinate figure of starting point X, through repeatedly repeating above-mentioned steps, can obtain complete curve.

Then, curve translational speed in the horizontal direction can be set, i.e. translational speed on the x axle.Wherein, this translational speed can be to be given tacit consent in mobile terminal system, or the user can arrange this translational speed according to the demand of self in mobile terminal.The unit that should be understood that curve translational speed in the horizontal direction can be pixel, for example, and 1 pixel.Then the refresh time of curve can be set, mobile terminal is refreshed the coordinate figure of the starting point X of curve, the coordinate figure of terminal Y and the coordinate figure of reference mark M and N according to refresh time and translational speed.For example, every a refresh time, can be by the coordinate figure on horizontal direction in the coordinate figure of the coordinate figure of the coordinate figure of starting point X, terminal Y and reference mark M and N, be that coordinate figure on the x axle cuts translational speed, and according to coordinate figure, the coordinate figure of terminal Y and the coordinate figure formation curve of reference mark M and N of the starting point X after changing.That is to say, mobile terminal can, by repeating above-mentioned steps, constantly be moved to the left the waveform of curve.Thus, can generate the first wave moving curve.

In addition, the coordinate figure that constantly is moved to the left the coordinate figure of coordinate figure, terminal Y of the starting point X of the curve caused and reference mark M and N for fear of the waveform due to the first wave moving curve is too small, be that the first wave moving curve can not show in the screen of mobile terminal, whether mobile terminal can surpass the left border of screen by the terminal Y of judgment curves, terminal Y coordinate figure in the horizontal direction is less than initial point coordinate figure in the horizontal direction in coordinate system.If terminal Y has surpassed the left border of screen, mobile terminal increases the waveform of a complete curve in the waveform back of curve.Thus, make first wave moving curve waveform coordinate figure in the horizontal direction can unconfinedly not reduce, the first wave moving curve may be displayed in the screen of mobile terminal all the time.

Then, converting unit 210 can be according to default transformation rule, and current electric quantity information is converted to starting point coordinate information and the terminal point coordinate information in the zone that the first wave moving curve covers in predetermined pattern.Wherein default transformation rule can comprise following two kinds.A kind of mode is that mobile terminal can obtain the starting point X of different first wave moving curves and the coordinate figure of terminal Y in the vertical direction, i.e. the starting point X of first wave moving curve and the coordinate figure of terminal Y on the y direction of principal axis by the current electric quantity information of battery.For example, can be first default battery electric quantity is 0 o'clock starting point X and terminal Y in the vertical direction in mobile terminal coordinate figure be 0, when battery electric quantity is 100%, the coordinate figure of starting point X and terminal Y in the vertical direction is 500 pixels.That is to say, the starting point X that battery electric quantity is 0 o'clock first wave moving curve and terminal Y nethermost position in predetermined pattern, the starting point X of first wave moving curve and terminal Y uppermost position in cell pattern when battery electric quantity is 100%, the every increase by 1% of battery electric quantity, can increase by 5 pixels by the coordinate figure of the starting point X of first wave moving curve and terminal Y in the vertical direction.Another kind of mode is that mobile terminal passes through the area covered in the zone covered in predetermined pattern that the current electric quantity acquisition of information is corresponding, calculate starting point coordinate value and the terminal point coordinate value of first wave moving curve according to area coverage, then according to starting point coordinate value and the terminal point coordinate value of first wave moving curve, generate the first wave moving curve.For example, if the mobile terminal current electric quantity is 30%, the position in the zone 30% that the starting point coordinate value X of mobile terminal judgement first wave moving curve and terminal point coordinate value Y should be in can covering predetermined pattern, mobile terminal can calculate according to this proportionate relationship starting point coordinate value X and the terminal point coordinate value Y of first wave moving curve.Should be understood that in above-mentioned two kinds of modes that starting point X and terminal Y coordinate figure in the horizontal direction all remain constant, and above-mentioned two kinds of modes are only the methods illustrated in the embodiment of the present invention, not as limitation of the present invention.

Generation unit 220 is for according to starting point coordinate information and terminal point coordinate Information generation first wave moving curve.

According to the electric quantity display device of the mobile terminal of the embodiment of the present invention, current electric quantity information can be converted to starting point coordinate information and terminal point coordinate information in the zone that the first wave moving curve covers in predetermined pattern, and generate the first wave moving curve.

Fig. 8 is the structural representation of the electric quantity display device of the mobile terminal of another specific embodiment according to the present invention.

As shown in Figure 8, the electric quantity display device of mobile terminal comprises: the first acquisition module 100, the first generation module 200 and the second generation module 300, wherein the first generation module 200 comprises converting unit 210 and generation unit 220, and generation unit 220 comprises: obtain subelement 221, computation subunit 222 and generate subelement 223.

Particularly, obtain subelement 221 for obtaining the gravity sensing information of mobile terminal.More specifically, obtain the gravity sensing information of subelement 221 can be by the built-in gravity sensor perception mobile terminal of mobile terminal mobile the time, wherein, the locus that gravity sensing information is mobile terminal and mobile status information, as translational speed, acceleration etc.

Computation subunit 222 is adjusted for the starting point coordinate information in the zone first wave moving curve covered in predetermined pattern according to gravity sensing information and terminal point coordinate information.More specifically, computation subunit 222 is adjusted the starting point of first wave moving curve in the zone covered with pattern and the coordinate figure of terminal according to the gravity sensing information of mobile terminal.For example, if mobile terminal judgement user tilts mobile terminal, for example, 30 degree turn clockwise, computation subunit 222 is calculated the starting point X of the first wave moving curve after changing and the coordinate figure of terminal Y in the vertical direction according to the status information of inductor perception, should be understood that now the coordinate figure of starting point X in the vertical direction is less than previous coordinate figure, the coordinate figure before the coordinate figure of terminal Y in the vertical direction is greater than.

Generate subelement 223 for starting point coordinate information and terminal point coordinate Information generation first wave moving curve according to after adjusting.

According to the electric quantity display device of the mobile terminal of the embodiment of the present invention, can guarantee the acceleration of the state of first wave moving curve and mobile terminal and rock state consistency, further promoted display effect.

Fig. 9 is the structural representation of the electric quantity display device of the mobile terminal of another specific embodiment according to the present invention.

As shown in Figure 9, the electric quantity display device of mobile terminal comprises: the first acquisition module 100, the first generation module 200, the second generation module the 300, the 3rd generate module 400, the second acquisition module 500 and the 4th generation module 600, wherein the first generation module 200 comprises converting unit 210 and generation unit 220, and generation unit 220 comprises: obtain subelement 221, computation subunit 222 and generate subelement 223.

Particularly, the 3rd generates module 400 for generating the Second Wave moving curve in the zone covered in predetermined pattern according to current electric quantity information, wherein, the starting point of Second Wave moving curve and terminal all with the side edge of predetermined pattern, the fluctuation opposite direction of first wave moving curve and Second Wave moving curve, or the first wave moving curve is not identical with the vibration frequency of Second Wave moving curve.More specifically, the curve in the Second Wave moving curve can be Bezier equally, also can be sinusoidal curve or cosine curve, also can be the curve that other have wave characteristic.And the Second Wave moving curve is identical with first wave moving curve generating mode, no longer multiple superfluous herein.

The second acquisition module 500 is for obtaining respectively the first colouring information and the second colouring information that first wave moving curve and Second Wave moving curve are corresponding.Fill first wave moving curve and Second Wave moving curve in the zone that more specifically, can cover in predetermined pattern.Take circular pattern as example, the current electric quantity status display interface can be as shown in Figure 3, the predetermined pattern and the electric quantity change fluid fluctuation zone that comprise battery, wherein, the circular arc of Second Wave moving curve and below thereof is the fluid liquid zone, the liquid level that the zone surrounded between first wave moving curve and Second Wave moving curve is fluid liquid.The fluid liquid region area can mean battery electric quantity, and when battery, during in charged state, the liquid level of fluid liquid can raise along with the increase of electric weight, and when battery, in discharge condition, the liquid level of fluid liquid can reduce along with the minimizing of electric weight.Wherein, the first colouring information that the first wave moving curve is corresponding is the color that the first wave moving curve is corresponding with the fluid level zone of the fluid liquid of Second Wave moving curve formation; The second colouring information that the Second Wave moving curve is corresponding is color corresponding to fluid liquid zone that the Second Wave moving curve forms with its underpart circular arc, and the first colouring information is deeper than second colouring information.

The 4th generation module 600 for according to first wave moving curve and Second Wave moving curve and respectively corresponding the first colouring information and the second colouring information generate a plurality of color filling patterns.More specifically, the 4th generation module 600 can the first wave moving curve is corresponding the first colouring information fluid level zone of adding the fluid liquid that first wave moving curve and Second Wave moving curve form to, the second colouring information that the Second Wave moving curve is corresponding adds the fluid liquid zone to.And make first wave moving curve and Second Wave moving curve carry out linearity or nonlinear moving by adjusting parameter of curve, thereby realize the ripple effect of first wave moving curve and Second Wave moving curve, realized fluctuation and the electric quantity change of the fluid liquid liquid level of electric weight, and can be by controlling the fluctuation speed of adjusting frequency to control fluid level of parameter of curve.And when first wave moving curve and the fluctuation of Second Wave moving curve, mobile terminal can be real-time at the corresponding corresponding colouring information of area update, thus, by the stack of first wave moving curve and Second Wave moving curve and the colour match of zones of different, make the 3D display effect of fluid liquid more obvious, color is more gorgeous.

The second generation module 300 is also for generating the current electric quantity status display interface of battery according to a plurality of color filling patterns.More specifically, first wave moving curve and Second Wave moving curve in each color filling pattern can form the color region with first colouring information, when a plurality of color filling patterns are superposeed, and while doing linearity or nonlinear motion, can produce the dynamic effect that the waveform of this color region constantly changes.Color region with second colouring information is liquid fluid, has the fluid page that the color region of the first colouring information is this liquid fluid, thus, can produce the effect of the fluctuation of the fluid page.

Electric quantity display device according to the mobile terminal of the embodiment of the present invention, can respectively corresponding colouring information be added to the interface of first wave moving curve and the formation of Second Wave moving curve to generate the state of charge display interface, and superpose and generate the state of charge display interface by these a plurality of color filling patterns, can show electric quantity change with the fluid liquid dynamic change thus, visually for the user, represent the 3D dynamic change effect of electric weight, electric weight is shown more directly perceived, and strengthen interest, for the user provides more gorgeous visual experience.

Figure 10 is the structural representation of the electric quantity display device of the mobile terminal of another specific embodiment according to the present invention.

As shown in figure 10, the electric quantity display device of mobile terminal comprises: the first acquisition module 100, the first generation module 200, the second generation module the 300, the 3rd generate module 400, the second acquisition module 500, the 4th generation module 600, judge module 700, the first computing module 800, the second computing module 900 and the 3rd computing module 1000, wherein the first generation module 200 comprises converting unit 210 and generation unit 220, and generation unit 220 comprises: obtain subelement 221, computation subunit 222 and generate subelement 223.

Particularly, judge module 700 is for judging whether mobile terminal charges.

The first computing module 800, for when mobile terminal charges, is adjusted the vibration frequency of first wave moving curve and Second Wave moving curve every the default time interval.For example, if judge module 700 judgement mobile terminals charge, the first computing module 800 can be by the vibration frequency adjustment of first wave moving curve and Second Wave moving curve, respectively crest adjacent in first wave moving curve and Second Wave moving curve and the length between trough are reduced, for example be reduced to original half.Thus, the show state that facilitates the user to pass through first wave moving curve and Second Wave moving curve is understood the current state of mobile terminal, has improved interest and the practicality at battery interface in the charging process, has promoted user's experience.

The second generation module 300 also generates the current electric quantity status display interface of battery for the vibration frequency according to after adjusting.

The second computing module 900 is for obtaining the mobile terminal current charging stage in when charging, and the vibration frequency of first wave moving curve and Second Wave moving curve adjusted according to the current charging stage.Wherein, the current charging stage includes but not limited to a kind of in speed charging stage, boost charge stage, trickle charge stage.Particularly, mobile terminal is in charging process, and along with the increase of electric weight, the vibration frequency of the second computing module 900 capable of regulating first wave moving curves and Second Wave moving curve, for example adjust first wave moving curve and Second Wave moving curve translational speed in the horizontal direction.For example, rapid charge during the stage first wave moving curve and Second Wave moving curve translational speed in the horizontal direction the fastest, boost charge during the stage first wave moving curve and Second Wave moving curve translational speed in the horizontal direction slow, trickle charge during the stage first wave moving curve and Second Wave moving curve translational speed in the horizontal direction the slowest.Thus, can facilitate the user to pass through the stage of first wave moving curve and the current charging of translational speed understanding mobile terminal in the horizontal direction of Second Wave moving curve, improve interest and the practicality at battery interface in the charging process, further promote user's experience.

The 3rd computing module 1000 is for obtaining the charging excess time of mobile terminal, and excess time first wave moving curve and corresponding the first colouring information and the second colouring information of Second Wave moving curve adjusted according to charging.Particularly, the 3rd computing module 1000 can, according to the excess time of charging, be adjusted first wave moving curve and corresponding the first colouring information and the second colouring information of Second Wave moving curve.For example, the first colouring information of first wave moving curve and Second Wave moving curve and the second colouring information are displayable more shallow when just starting to charge, and along with the mobile terminal charging process, what slowly show darkens, and are approaching while being full of electricity show darker.Thus, the color that can facilitate the user to pass through first wave moving curve and Second Wave moving curve is understood the mobile terminal charged state, has improved interest and the practicality at battery interface in the charging process, has further promoted user's experience.

The second generation module 300 also generates the current electric quantity status display interface of battery for the first colouring information according to after adjusting and the second colouring information.

Electric quantity display device according to the mobile terminal of the embodiment of the present invention, according to the state of mobile terminal, the vibration frequency of first wave moving curve and Second Wave moving curve is adjusted, generate the real-time first wave moving curve relevant with mobile terminal state and Second Wave moving curve and be shown to the user, in the 3D of the fluid liquid that reaches electric weight display effect, the time lucuriant in design, can also help the user to understand the state of mobile terminal charging, improve interest and the practicality at battery interface in the charging process, promoted user's experience.

In order to realize above-described embodiment, the present invention proposes again a kind of mobile terminal.

A kind of mobile terminal comprises: shell, screen, processor and circuit board; Screen is placed on shell, and circuit board is placed in the interior volume that shell surrounds, and processor is arranged on circuit board; Processor is for the treatment of data, specifically for carrying out following steps:

S101 ', obtain the current electric quantity information of the battery of mobile terminal.

S102 ', generate the first wave moving curve in the zone covered in predetermined pattern according to current electric quantity information, wherein, the starting point of first wave moving curve and terminal all with the side edge of predetermined pattern.

Wherein, predetermined pattern can include but not limited to a kind of in circular pattern, cylindrical pattern, rectangle pattern.Particularly, as shown in Figure 2, take circular pattern as example, at first, can use drawing instrument, such as Photoshop etc., show that in the screen of mobile terminal a foursquare pattern is drawn in the position of battery electric quantity, the background colour of this square pattern is set to the color identical with the background colour of battery electric quantity state display interface, and draws a transparent circular pattern in this foursquare pattern.Then, the starting point of first wave moving curve and terminal (for example are arranged on the left hand edge of this square pattern and right hand edge, at the mobile terminal of Android operating system, but operation parameter android:layout_alignLeft and android:layout_alignRight are arranged starting point and the terminal of first wave moving curve).Thus, can make the first wave moving curve only show in foursquare pattern, and be shown to the user by circular pattern transparent in square pattern, that is to say, the user can see the part first wave moving curve in transparent circular pattern.

In one embodiment of the invention, according to default transformation rule, current electric quantity information is converted to starting point coordinate information and the terminal point coordinate information in the zone that the first wave moving curve covers in predetermined pattern, and according to starting point coordinate information and terminal point coordinate Information generation first wave moving curve.Particularly, as shown in Figure 2, at first, can generate the first wave moving curve, the curve in the first wave moving curve can be Bezier, also can be sinusoidal curve or cosine curve, also can be the curve that other have wave characteristic.For example, take Bezier as example, at first, the region division coordinate system can the predetermined pattern in mobile terminal screen covered, the x axle of horizontal direction and the y axle of vertical direction are set respectively, and the lower left corner of square pattern is set to coordinate origin.Then, mobile terminal can arrange the coordinate figure of the starting point X of curve, and length of a curve is set, and wherein, the unit of this length can be pixel, for example, and 30 pixels.Mobile terminal arranges the coordinate figure of the reference mark M of curve, and reference mark M is connected with starting point X, and obtains the curve tangent with the line of reference mark M and starting point X.Then mobile terminal can obtain and start point distance from the coordinate figure of the terminal Y of the length arranged, and the coordinate figure of reference mark N is set, the line by reference mark N and terminal Y obtains the curve tangent with this line.Then the coordinate figure that mobile terminal can terminal Y is set to the coordinate figure of starting point X, through repeatedly repeating above-mentioned steps, can obtain complete curve.

Then, mobile terminal can be according to default transformation rule, and current electric quantity information is converted to starting point coordinate information and the terminal point coordinate information in the zone that the first wave moving curve covers in predetermined pattern.Wherein default transformation rule can comprise following two kinds.A kind of mode is that mobile terminal can obtain the starting point X of different first wave moving curves and the coordinate figure of terminal Y in the vertical direction, i.e. the starting point X of first wave moving curve and the coordinate figure of terminal Y on the y direction of principal axis by the current electric quantity information of battery.For example, can be first default battery electric quantity is 0 o'clock starting point X and terminal Y in the vertical direction in mobile terminal coordinate figure be 0, when battery electric quantity is 100%, the coordinate figure of starting point X and terminal Y in the vertical direction is 500 pixels.That is to say, the starting point X that battery electric quantity is 0 o'clock first wave moving curve and terminal Y nethermost position in predetermined pattern, the starting point X of first wave moving curve and terminal Y uppermost position in cell pattern when battery electric quantity is 100%, the every increase by 1% of battery electric quantity, can increase by 5 pixels by the coordinate figure of the starting point X of first wave moving curve and terminal Y in the vertical direction.Another kind of mode is that mobile terminal passes through the area covered in the zone covered in predetermined pattern that the current electric quantity acquisition of information is corresponding, calculate starting point coordinate value and the terminal point coordinate value of first wave moving curve according to area coverage, then according to starting point coordinate value and the terminal point coordinate value of first wave moving curve, generate the first wave moving curve.For example, if the mobile terminal current electric quantity is 30%, the position in the zone 30% that the starting point coordinate value X of mobile terminal judgement first wave moving curve and terminal point coordinate value Y should be in can covering predetermined pattern, mobile terminal can calculate according to this proportionate relationship starting point coordinate value X and the terminal point coordinate value Y of first wave moving curve.Should be understood that in above-mentioned two kinds of modes that starting point X and terminal Y coordinate figure in the horizontal direction all remain constant, and above-mentioned two kinds of modes are only the methods illustrated in the embodiment of the present invention, not as limitation of the present invention.

S103 ', generate the Second Wave moving curve in the zone covered in predetermined pattern according to current electric quantity information.Wherein, the starting point of Second Wave moving curve and terminal all with the side edge of predetermined pattern, the fluctuation opposite direction of first wave moving curve and Second Wave moving curve, or the first wave moving curve is not identical with the vibration frequency of Second Wave moving curve.

S104 ', obtain respectively the first colouring information and the second colouring information that first wave moving curve and Second Wave moving curve are corresponding.

Fill first wave moving curve and Second Wave moving curve in the zone that can cover in predetermined pattern in one embodiment of the invention.Take circular pattern as example, the current electric quantity status display interface can be as shown in Figure 3, the predetermined pattern and the electric quantity change fluid fluctuation zone that comprise battery, wherein, the circular arc of Second Wave moving curve and below thereof is the fluid liquid zone, the liquid level that the zone surrounded between first wave moving curve and Second Wave moving curve is fluid liquid.The fluid liquid region area can mean battery electric quantity, and when battery, during in charged state, the liquid level of fluid liquid can raise along with the increase of electric weight, and when battery, in discharge condition, the liquid level of fluid liquid can reduce along with the minimizing of electric weight.Wherein, the first colouring information that the first wave moving curve is corresponding is the color that the first wave moving curve is corresponding with the fluid level zone of the fluid liquid of Second Wave moving curve formation; The second colouring information that the Second Wave moving curve is corresponding is color corresponding to fluid liquid zone that the Second Wave moving curve forms with its underpart circular arc, and the first colouring information is deeper than second colouring information.

S105 ', according to first wave moving curve and Second Wave moving curve and respectively corresponding the first colouring information and the second colouring information generate a plurality of color filling patterns.

S106 ', according to the current electric quantity status display interface of a plurality of color filling patterns generation batteries.

S107 ', judge whether mobile terminal charges.

S108 ', if charge, adjusted the vibration frequency of first wave moving curve and Second Wave moving curve every the default time interval, and generate the current electric quantity status display interface of battery according to the vibration frequency after adjusting.

S109 ', obtain the mobile terminal current charging stage in when charging, and the vibration frequency of first wave moving curve and Second Wave moving curve is adjusted according to the current charging stage, and generate the current electric quantity status display interface of battery according to the vibration frequency after adjusting.Wherein, the current charging stage includes but not limited to a kind of in speed charging stage, boost charge stage, trickle charge stage.Particularly, mobile terminal is in charging process, and along with the increase of electric weight, the vibration frequency of mobile terminal capable of regulating first wave moving curve and Second Wave moving curve, for example adjust first wave moving curve and Second Wave moving curve translational speed in the horizontal direction.For example, rapid charge during the stage first wave moving curve and Second Wave moving curve translational speed in the horizontal direction the fastest, boost charge during the stage first wave moving curve and Second Wave moving curve translational speed in the horizontal direction slow, trickle charge during the stage first wave moving curve and Second Wave moving curve translational speed in the horizontal direction the slowest.Thus, can facilitate the user to pass through the stage of first wave moving curve and the current charging of translational speed understanding mobile terminal in the horizontal direction of Second Wave moving curve, improve interest and the practicality at battery interface in the charging process, further promote user's experience.

S110 ', obtain the charging excess time of mobile terminal, and excess time first wave moving curve and corresponding the first colouring information and the second colouring information of Second Wave moving curve being adjusted according to charging, and the current electric quantity status display interface that generates battery according to the first colouring information after adjusting and the second colouring information.Particularly, mobile terminal can, according to the excess time of charging, be adjusted first wave moving curve and corresponding the first colouring information and the second colouring information of Second Wave moving curve.For example, the first colouring information of first wave moving curve and Second Wave moving curve and the second colouring information are displayable more shallow when just starting to charge, and along with the mobile terminal charging process, what slowly show darkens, and are approaching while being full of electricity show darker.Thus, the color that can facilitate the user to pass through first wave moving curve and Second Wave moving curve is understood the mobile terminal charged state, has improved interest and the practicality at battery interface in the charging process, has further promoted user's experience.

Should be appreciated that each several part of the present invention can realize with hardware, software, firmware or their combination.In the above-described embodiment, a plurality of steps or method can realize with being stored in storer and by software or the firmware of suitable instruction execution system execution.For example, if realize with hardware, the same in another embodiment, can realize by any one in following technology well known in the art or their combination: have for data-signal being realized to the discrete logic of the logic gates of logic function, special IC with suitable combinational logic gate circuit, programmable gate array (PGA), field programmable gate array (FPGA) etc.

In the description of this instructions, the description of reference term " embodiment ", " some embodiment ", " example ", " concrete example " or " some examples " etc. means to be contained at least one embodiment of the present invention or example in conjunction with specific features, structure, material or the characteristics of this embodiment or example description.In this manual, the schematic statement of above-mentioned term not necessarily referred to identical embodiment or example.And the specific features of description, structure, material or characteristics can be with suitable mode combinations in any one or more embodiment or example.

Although illustrated and described embodiments of the invention, those having ordinary skill in the art will appreciate that: in the situation that do not break away from principle of the present invention and aim can be carried out multiple variation, modification, replacement and modification to these embodiment, scope of the present invention is limited by claim and equivalent thereof.

Claims

1. the electric quantity display method of a mobile terminal, is characterized in that, comprises the following steps:

Obtain the current electric quantity information of the battery of mobile terminal;

Generate the first wave moving curve in the zone covered in predetermined pattern according to described current electric quantity information, wherein, the starting point of described first wave moving curve and terminal all with the side edge of described predetermined pattern; And

Generate the current electric quantity status display interface of described battery according to described first wave moving curve and described predetermined pattern.

2. method according to claim 1, is characterized in that, generates the first wave moving curve in the described zone covered in predetermined pattern according to current electric quantity information and comprise:

According to default transformation rule, described current electric quantity information is converted to starting point coordinate information and the terminal point coordinate information in the zone that described first wave moving curve covers in described predetermined pattern; And

According to described starting point coordinate information and the described first wave moving curve of terminal point coordinate Information generation.

3. method as claimed in claim 2, is characterized in that, described according to starting point coordinate information and the described first wave moving curve of terminal point coordinate Information generation after, also comprise:

Obtain the gravity sensing information of described mobile terminal; And

Starting point coordinate information and terminal point coordinate information in the zone described first wave moving curve covered in described predetermined pattern according to described gravity sensing information are adjusted, and according to starting point coordinate information and the described first wave moving curve of terminal point coordinate Information generation after adjusting.

4. method according to claim 1, is characterized in that, after the current electric quantity information of the described battery that obtains described mobile terminal, also comprises:

Generate the Second Wave moving curve in the zone covered in predetermined pattern according to described current electric quantity information, wherein,

The starting point of described Second Wave moving curve and terminal all with the side edge of described predetermined pattern,

The fluctuation opposite direction of described first wave moving curve and described Second Wave moving curve, or described first wave moving curve is not identical with the vibration frequency of described Second Wave moving curve.

5. as the described method of claim 1-4 any one, it is characterized in that, described first wave moving curve and Second Wave moving curve are Bezier or sinusoidal curve or cosine curve.

6. method according to claim 1, is characterized in that, described predetermined pattern comprises: circular pattern, cylindrical pattern, rectangle pattern.

7. method as claimed in claim 4, is characterized in that, generate the Second Wave moving curve in the described zone covered in predetermined pattern according to current electric quantity information after, also comprises:

Obtain respectively the first colouring information and the second colouring information that described first wave moving curve and Second Wave moving curve are corresponding;

According to described first wave moving curve and Second Wave moving curve and respectively corresponding the first colouring information and the second colouring information generate a plurality of color filling patterns; And

Generate the current electric quantity status display interface of described battery according to described a plurality of color filling patterns.

8. method as claimed in claim 7, is characterized in that, after the described current electric quantity status display interface that generates described battery according to a plurality of color filling patterns, also comprises:

Judge whether described mobile terminal charges;

If charge, every the default time interval, the vibration frequency of described first wave moving curve and Second Wave moving curve is adjusted, and generated the current electric quantity status display interface of described battery according to the described vibration frequency after adjusting.

9. method as claimed in claim 7, is characterized in that, after the described current electric quantity status display interface that generates described battery according to a plurality of color filling patterns, also comprises:

The current charging stage while obtaining described mobile terminal charging, and the described vibration frequency of described first wave moving curve and Second Wave moving curve is adjusted according to the described current charging stage, and generate the current electric quantity status display interface of described battery according to the described vibration frequency after adjusting.

10. method according to claim 9, is characterized in that, the described current charging stage comprises a kind of in rapid charge stage, boost charge stage, trickle charge stage.

11. method as claimed in claim 7, is characterized in that, after the described current electric quantity status display interface that generates described battery according to a plurality of color filling patterns, also comprises:

Obtain the charging excess time of described mobile terminal, and excess time first wave moving curve and corresponding the first colouring information and the second colouring information of Second Wave moving curve being adjusted according to described charging, and the current electric quantity status display interface that generates described battery according to the first colouring information after adjusting and the second colouring information.

12. the electric quantity display device of a mobile terminal, is characterized in that, comprising:

The first acquisition module, for the current electric quantity information of the battery that obtains mobile terminal;

The first generation module, for generating the first wave moving curve in the zone covered in predetermined pattern according to described current electric quantity information, wherein, the starting point of described first wave moving curve and terminal all with the side edge of described predetermined pattern; And

The second generation module, for generating the current electric quantity status display interface of described battery according to described first wave moving curve and described predetermined pattern.

13. device according to claim 12, is characterized in that, described the first generation module comprises:

Converting unit, for the transformation rule according to default, be converted to starting point coordinate information and the terminal point coordinate information in the zone that described first wave moving curve covers in described predetermined pattern by described current electric quantity information; And

Generation unit, for according to described starting point coordinate information and the described first wave moving curve of terminal point coordinate Information generation.

14. device as claimed in claim 13, is characterized in that, described generation unit comprises:

Obtain subelement, for obtaining the gravity sensing information of described mobile terminal;

Computation subunit, adjusted for the starting point coordinate information in the zone described first wave moving curve covered in described predetermined pattern according to described gravity sensing information and terminal point coordinate information; And

Generate subelement, for starting point coordinate information and the described first wave moving curve of terminal point coordinate Information generation according to after adjusting.

15. device according to claim 12, is characterized in that, also comprises:

The 3rd generates module, for generating the Second Wave moving curve in the zone covered in predetermined pattern according to described current electric quantity information, wherein,

16. as the described device of claim 12-15 any one, it is characterized in that, the curve in described first wave moving curve and Second Wave moving curve is Bezier or sinusoidal curve or cosine curve.

17. device as claimed in claim 15, is characterized in that, also comprises:

The second acquisition module, for obtaining respectively the first colouring information and the second colouring information that described first wave moving curve and Second Wave moving curve are corresponding;

The 4th generation module, for according to described first wave moving curve and Second Wave moving curve and respectively corresponding the first colouring information and the second colouring information generate a plurality of color filling patterns; And

Described the second generation module is also for generating the current electric quantity status display interface of described battery according to described a plurality of color filling patterns.

18. device as claimed in claim 15, is characterized in that, also comprises:

Whether judge module, charge for judging described mobile terminal;

The first computing module, for when mobile terminal charges, adjusted the vibration frequency of described first wave moving curve and Second Wave moving curve every the default time interval; And

Described the second generation module also generates the current electric quantity status display interface of described battery for the described vibration frequency according to after adjusting.

19. a mobile terminal, is characterized in that, comprising: shell, screen, processor, circuit board and battery;

Described screen is placed on described shell, and described circuit board is placed in the interior volume that described shell surrounds, and described processor is arranged on described circuit board, and described battery is used to described mobile terminal power supply;

Described processor is for the treatment of data, and specifically for:

20. mobile terminal according to claim 19, is characterized in that, described processor is further used for:

21. mobile terminal as claimed in claim 20, is characterized in that, described according to starting point coordinate information and the described first wave moving curve of terminal point coordinate Information generation after, described processor also for:

Obtain the gravity sensing information of described mobile terminal; And

22. mobile terminal according to claim 19, is characterized in that, after the current electric quantity information of the described battery that obtains described mobile terminal, described processor also for:

23. as the described mobile terminal of claim 19-22 any one, it is characterized in that, the curve in described first wave moving curve and Second Wave moving curve is Bezier or sinusoidal curve or cosine curve.