CN103905763B - Processing method and electronic equipment - Google Patents
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- CN103905763B CN103905763B CN201210589682.5A CN201210589682A CN103905763B CN 103905763 B CN103905763 B CN 103905763B CN 201210589682 A CN201210589682 A CN 201210589682A CN 103905763 B CN103905763 B CN 103905763B
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- 238000003672 processing method Methods 0.000 title claims abstract description 30
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- 238000002834 transmittance Methods 0.000 claims description 5
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Abstract
Providing a kind of processing method and electronic equipment, the electronic equipment includes display unit and operation input member, be the treating method comprises: receiving the first operation input to an object by the operation input member, the object includes multiple subobjects；Judge that first operation input is the first operation to the object or the second operation to the object；In the case where first operation input is the described first operation, opens in the object particular child object and shown on the display unit；And in the case where first operation input is the described second operation, the multiple subobject in the object is shown on the display unit.The processing method and electronic equipment show to the property of can choose the particular child object in the object or whole subobjects, thus convenient for the preservation and operation of the object including multiple subobjects by carrying out different operation inputs to the object for including multiple subobjects.
Description
Technical field
The present invention relates to image display arts, and relate more specifically to a kind of processing method that image is shown and electronics is set
It is standby.
Background technique
With becoming increasingly popular for the portable digitals photographing device such as mobile phone, digital camera, daily by these equipment to clap
According to mode record oneself life drop and share the happy of oneself with friend, have become the living habit of many people.
Although people can usually carry these digital photographing equipment, when generally will not be by people due to these equipment
It carves hand held, but is normally placed in pocket or in the packet carried on the body, therefore for the thing that moment in certain lives occurs,
Such as one of beautiful lightning, people are often wrong because of having little time carry-on digital photographing equipment to take out in pocket or in packet
Cross the record to it.
The appearance of this kind of wearable glasses device of Google glass, makes this problem make moderate progress to a certain extent.Due to
This kind of wearable glasses device can be worn at the moment by people, when encountering the thing that moment occurs in certain lives,
The process for taking out equipment in pocket or in packet can be saved and directly trigger equipment and photograph to record, to reach " finding
That is the quick candid photograph effect of bat ".
Nevertheless, because often there is certain delay in person's development, and from the camera function of triggering equipment to setting
It is standby really to take between a photo that there is also certain shooting time lags, therefore for the thing that those moments occur, wait people
When reacting and triggering equipment and take pictures, often or really excellent that time can be missed.
Therefore, it is necessary to a kind of methods for promoting wearable glasses device and capturing ability, and which create include multiple images
Package images packet includes the object of multiple subobjects.Correspondingly, it is also necessary to which a kind of processing includes the object of multiple subobjects
Method can show the specific son in all subobjects or the object in the object according to different operation inputs
Object.
Summary of the invention
The present invention is proposed in view of the above problem.The present invention provides a kind of processing methods, by including more
The object of a subobject carries out different operation inputs, can show subobject in the object in different ways, that is, show institute
The particular child object in object or whole subobjects are stated, thus convenient for the preservation and operation of the object including multiple subobjects.
According to an aspect of the present invention, a kind of processing method is provided, electronic equipment is used for, the electronic equipment includes display
Unit and operation input member, the treating method comprises: be received by the operation input member to the first of an object
Operation input, the object include multiple subobjects；Judge that first operation input is gone back to the first operation of the object
It is the second operation to the object；In the case where first operation input is the described first operation, the object is opened
In a particular child object and shown on the display unit；And first operation input be it is described second operation
In the case where, the multiple subobject in the object is shown on the display unit.
Preferably, in the processing method, the object is package images packet, and described image encapsulation package includes the first number
The image of amount, described image encapsulation package is using an image in the image of first quantity as top layer images, and institute
Each image in the image of the first quantity is stated respectively as a subobject, the top layer images are right as the specific son
As.
Preferably, in the processing method, the object is document encapsulation package, and the document encapsulation package includes the first number
The document of amount, the document encapsulation package is using a document in the document of first quantity as top document, and institute
Each document in the document of the first quantity is stated respectively as a subdocument, the particular child object is the top document,
Or the particular child object is the document that is newly generated or edits in the document of first quantity.
Preferably, in the processing method, the electronic equipment further includes the first image acquisition units, and described right
As through the following steps that generating: receiving the second operation input by the operation input member；In response to second behaviour
It inputs, into the first operating mode, and in this first operative mode using the first image acquisition unit with the
One time interval shooting simultaneously stores image；Third operation input is received by the operation input member；In response to the third
Operation input is switched to from first operating mode into the second operating mode, and sharp in the second mode of operation
It is shot with the first image acquisition unit with the second time interval and stores image；And it will in this first operative mode
The image for the second quantity for finally shooting and storing and the figure of third quantity for shooting and storing in the second mode of operation
As being packed into described image encapsulation package, wherein first quantity is equal to the sum of second quantity and the third quantity.
Preferably, in the processing method, described image encapsulation package is image stream formats file, wherein suitable according to shooting
Sequence successively encapsulates the image of second quantity and the image of the third quantity.
Preferably, in the processing method, the electronic equipment is wearable glasses, and the display unit meets
Predetermined light transmittance, the operation input member include the second image acquisition units, and first operation input is by described the
Two image acquisition units acquire the input gesture of user, and judgement first operation input is first to the object
Operation still includes: to determine the input gesture when the input gesture meets first condition to the second operation of the object
For first operation；Determine that the input gesture is second operation when the input gesture meets second condition,
In, the first condition is different from the second condition.
Preferably, in the processing method, the second condition includes at least the first operation in the input gesture
Body is far from the second operation body in the input gesture, wherein second image acquisition units include being respectively placed in described wear
Two sub- image acquisition units at left and right sides of formula glasses are worn, identify the input hand by second image acquisition units
Gesture.
According to a further aspect of the invention, a kind of electronic equipment is provided, comprising: storage unit is used for storage object, described
Object includes multiple subobjects；Operation input member, for the first operation input from reception to the object；Processing component,
For judging that first operation input is to operate to the first of the object or operate to the second of the object；And it is aobvious
Show unit；Wherein, in the case where the processing component judges that first operation input is the first operation to the object,
The processing component opens a particular child object in the object, and the opening is shown on the display unit
Particular child object；In the case where the processing component judges that first operation input is the second operation to the object,
The processing component shows the multiple subobject in the object on the display unit.
Preferably, in the electronic equipment, the object is package images packet, and described image encapsulation package includes the first number
The image of amount, the processing component is using an image in the image of first quantity as the top layer of described image encapsulation package
Image, and each image in the image of first quantity, respectively as a subobject, the top layer images are as institute
State particular child object.
Preferably, in the electronic equipment, the object is document encapsulation package, and the document encapsulation package includes the first number
The document of amount, the processing component is using a document in the document of first quantity as the top layer of the document encapsulation package
Document, and each document in the document of first quantity, respectively as a subdocument, the particular child object is institute
State the document for being newly generated or editing in the document that top document or the particular child object are first quantity.
Preferably, the electronic equipment further include: the first image acquisition units, wherein from the operation input member
When receiving the second operation input, the processing component enters the first operating mode, and sharp in this first operative mode
It is shot with the first image acquisition unit with first time interval and stores image；It is received from the operation input member
When third operation input, the processing component is switched to from first operating mode into the second operating mode, and in institute
It states and is shot with the second time interval using the first image acquisition unit under the second operating mode and store image；And it is described
Processing component is by the image for the second quantity for finally shooting and storing in this first operative mode and in second work
The image for the third quantity for shooting and storing under mode is packed into described image encapsulation package, wherein first quantity is equal to
The sum of second quantity and the third quantity.
Preferably, in the electronic equipment, described image encapsulation package is image stream formats file, wherein suitable according to shooting
Sequence successively encapsulates the image of second quantity and the image of the third quantity,.
Preferably, the electronic equipment is wearable glasses, and the display unit meets predetermined light transmittance, the behaviour
Making input part includes the second image acquisition units, which is used to acquire the input gesture of user,
In, the processing component judges that first operation input is to operate or to the first of the object to the second of the object
Operation include: when the input gesture meets first condition the processing component determine the input gesture be it is described first behaviour
Make；When the input gesture meets second condition, the processing component determines that the input gesture is second operation,
In, the first condition is different from the second condition.
Preferably, in the electronic equipment, the second condition includes at least the first operation in the input gesture
Body is far from the second operation body in the input gesture, wherein second image acquisition units include being respectively placed in described wear
Two sub- image acquisition units at left and right sides of formula glasses are worn, identify the input hand by second image acquisition units
Gesture.
Using processing method according to an embodiment of the present invention and electronic equipment, file is realized using special file format
Encapsulation save, and can suitably select file appropriate from encapsulation package as default document or top document, mention
The flexibility of high file operation and convenience.
Detailed description of the invention
Embodiments of the present invention is described in detail in conjunction with the accompanying drawings, above and other objects of the present invention, feature,
Advantage will become apparent, in which:
Fig. 1 is the schematic flow chart for showing processing method 100 according to an embodiment of the present invention.
Fig. 2 is to show the process schematic according to an embodiment of the present invention for generating package images packet.
Fig. 3 is the schematic flow chart for showing the process according to an embodiment of the present invention for generating package images packet.
Fig. 4 is the process schematic for showing processing package images packet according to an embodiment of the present invention.
Fig. 5 is the schematic diagram for showing editor's package images packet according to an embodiment of the present invention.
Fig. 6 is the schematic block diagram for showing electronic equipment according to an embodiment of the present invention.
Specific embodiment
In the following, processing method 100 according to an embodiment of the present invention will be described with reference to Figure 1, which is used for electronics
Equipment, the electronic equipment include display unit and operation input member.
Processing method 100 according to an embodiment of the present invention starts in step S101.
In step S110, the first operation input to an object, the object packet are received by the operation input member
Include multiple subobjects.
Then, in step S120, judge that first operation input is to operate or to the first of the object to described
Second operation of object.
Judge that first operation input is in the case where operating to the first of the object, according to this in the step s 120
The processing method 100 of inventive embodiments proceeds to step S130.In step S130, the specific son opened in the object is right
As and show on the display unit.
Conversely, judge in the step s 120 first operation input be to the second of the object the operation in the case where,
Processing method 100 according to an embodiment of the present invention proceeds to step S140.It, will be the multiple in the object in step S140
Subobject is shown on the display unit.
Finally, processing method 100 according to an embodiment of the present invention terminates in step S199.
As an example, the object is package images packet, and described image encapsulation package includes the image of the first quantity, institute
Package images packet is stated using an image in the image of first quantity as top layer images, and first quantity
Each image in image is respectively as a subobject, and the top layer images are as the particular child object.
As another example, the object is document encapsulation package, and the document encapsulation package includes the document of the first quantity, institute
Document encapsulation package is stated using a document in the document of first quantity as top document, and first quantity
For each document in document respectively as a subdocument, the particular child object is the top document or described specific
Subobject is the document that is newly generated or edits in the document of first quantity.
As another example, the object is video encapsulation, and the video encapsulation includes the video of the first quantity, institute
Package images packet is stated using a video in the video of first quantity as default video, and first quantity
Each video in video is respectively as a subobject, and the default video is as the particular child object.
In the following, describing the formation of package images packet with reference to Fig. 2-3 so that the object is package images packet as an example.Herein
In the case of, the electronic equipment needs to include the first image acquisition units, by the first image acquisition unit to shoot
State image included in package images packet.
Firstly, after user starts the application of taking pictures of the electronic equipment, the first image of the electronic equipment
Acquisition unit starting, and specifically the mechanism of pre-recording of the first image acquisition unit starts on backstage, the first image
Acquisition unit acquired image stream is introduced into the first first in first out (FIFO) being made of a memory cell array caching team
Column.
Then, when user triggers the camera function of the first image acquisition unit of the electronic equipment, such as with
Button of taking pictures is pressed at family, and voice says photographing command, or blink, is put all first-class pre-set equipment that can trigger and started
The order taken pictures, the first image acquisition unit enter mechanism of taking pictures, record image this moment, and first figure first
As the camera continuous shooting mechanism of acquisition unit starts and is recorded in by this method into several frame images after mechanism of taking pictures, then
Also it is sent to the second first in first out (FIFO) buffer queue.Second first in first out (FIFO) buffer queue can with it is described
First first in first out (FIFO) buffer queue is same FIFO buffer queue, is also possible to different FIFO buffer queues.
Assuming that a frame image of the first image acquisition unit acquisition needs to be stored with a storage unit, described the
It is single to be then stored in a storage in corresponding FIFO buffer queue by one image acquisition units, one frame image of every acquisition for the frame image
Member, while the frame image being put at first is directly wiped from respective cache queue.Institute is being read from corresponding FIFO buffer queue
When the image of caching, the frame image being put at first is also first read out, then reads the image being sequentially placed into behind again.Change sentence
It talks about, entire deposit/readout follows " first in first out (First in first out) " principle, i.e., is first stored in buffer queue
Picture frame also can preferentially be read from buffer queue.The sequence of picture frame and first figure in entire FIFO buffer queue
As the picture frame sequence consensus of acquisition unit acquisition external environment.
It is same in the second first in first out (FIFO) buffer queue and the first first in first out (FIFO) buffer queue
In the case where one FIFO buffer queue, the FIFO buffer queue can at least store the image of the first quantity, no matter start
How many image are stored in the FIFO buffer queue when mechanism of taking pictures, all again by the figure of third quantity after mechanism is taken pictures in starting
As storing into the FIFO buffer queue, in other words, the image of first quantity may include adopting under the mechanism of pre-recording
The image of second quantity of collection and the image of the third quantity acquired under the mechanism of taking pictures, first quantity are equal to described the
The sum of two quantity and the third quantity.
It in the case, finally, can be using the image of first quantity in the FIFO buffer queue as image
The storage unit storage that flow data is sequentially output the electronic equipment becomes a special image stream formats file, such as schemes
As encapsulation package, as shown in Figure 2.
It is not in the second first in first out (FIFO) buffer queue and the first first in first out (FIFO) buffer queue
In the case where same FIFO buffer queue, the first FIFO buffer queue can be stored in the second number acquired under the mechanism of pre-recording
The image of amount, the 2nd FIFO buffer queue can be stored in the image of the third quantity acquired under the mechanism of taking pictures.
In the case, finally, can by the image of second quantity in the first FIFO buffer queue and
The image of the third quantity in the 2nd FIFO buffer queue is sequentially output the electricity respectively as image stream data
The storage unit storage of sub- equipment becomes a special image stream formats file, such as package images packet.In the case, institute
State the image that the first quantity in total is stored in image stream formats file, first quantity be equal to second quantity with it is described
The sum of third quantity.
The first time interval can be same or different with second time interval, and second quantity
The image resolution ratio of every image can be identical as the image resolution ratio of every image in the image of the third quantity in image
Or it is different.
The schematic flow chart of the process according to an embodiment of the present invention for generating package images packet is shown in FIG. 3.
Firstly, receiving the second operation input by the operation input member in step S310.Second operation input
For triggering the first operating mode of the first image acquisition unit, such as mechanism of pre-recording, and second operation input
Such as it can be the hardware button pressed on the electronic equipment, or can be and pre-set can trigger first work
The operating gesture or phonetic order of operation mode.
In step S320, in response to second operation input, into the first operating mode, and in first work
It is shot with first time interval using the first image acquisition unit under mode and stores image.As shown in Fig. 2, in response to institute
The second operation input is stated, the time point corresponding to the 1st frame starts with the first image acquisition unit between first time
Every shooting and store image, and the 1st frame stored in FIFO buffer queue is obtained to the (n-1)th frame image.
In step S330, third operation input is received by the operation input member.The third operation input is used for
The second operating mode of the first image acquisition unit, such as mechanism of taking pictures are triggered, and the third operation input is for example
It can be the button of taking pictures pressed on the electronic equipment, or can be and pre-set can trigger second Working mould
The operating gesture or phonetic order of formula.
It is switched to from first operating mode into the second work in step S340 in response to the third operation input
Operation mode, and shoot and deposit with the second time interval using the first image acquisition unit in the second mode of operation
Store up image.As shown in Fig. 2, the time point corresponding to n-th frame is switched to the second operating mode from first operating mode, i.e.,
The image of n-th frame is shot using the first image acquisition unit and is shot and is stored with the second time interval with continuous shooting mechanism
Image, and the n-th frame stored in FIFO buffer queue is obtained to the n-th+3 frame image.
Finally, in step S340, by the image for the second quantity for finally shooting and storing in this first operative mode
The image for the third quantity for shooting and storing in the second mode of operation is packed into described image encapsulation package.Such as Fig. 2
Shown, being formed by package images packet includes the 1st frame to the n-th+3 frame image, and using the n-th frame image as top layer
Image.
It is deposited for the image file of the described image encapsulation package more existing BMP in data structure, JPG, PNG etc. common formats
In certain particularity, specifically, in described image encapsulation package, the image data for display is the FIFO buffer queue
In image data (" top layer " image that can be considered package images packet) in a storage unit, and in the FIFO buffer queue
Image data in remaining memory cell is also reside in the package images packet, but (can be considered figure as ancillary data structure
As " the other layers " of encapsulation package), it will not be used to show, the top layer images that user sees are with common only comprising " photographed frame " content
BMP, the image file of the general formats such as JPG, PNG has no difference, but for data structure angle, the package images packet is also
Include the no ancillary data structure of normal image, i.e. image data in FIFO buffer queue in remaining memory cell.
The case where being video encapsulation for the object, the video encapsulation can also be similarly formed.For institute
The case where object is document encapsulation package is stated, the document encapsulation package can also be similarly formed according to edit session sequence.
Next, the mistake that processing according to an embodiment of the present invention and editor's package images packet will be described with reference to Fig. 4 and Fig. 5
Journey.
Processing method according to an embodiment of the present invention as described in above in conjunction with Fig. 1 judges described first in step S120
Operation input is the first operation to the object or the second operation to the object.The operation input member includes the
Two image acquisition units, first operation input are the input hand of the user acquired by second image acquisition units
Gesture.The operation of step S120 can specifically include: determine that the input gesture is when the input gesture meets first condition
First operation；Determine that the input gesture is second operation when the input gesture meets second condition, wherein
The first condition is different from the second condition.The second condition includes at least the first operating body in the input gesture
Far from the second operation body in the input gesture.
For example, first operating body can be first-hand finger, the second operation body can be second finger, in this feelings
The second condition can be the specific movement (pinch out) widened between first finger and second finger under condition,
As shown in the left figure in Fig. 5, for example, from first finger and the closed state of second finger to first finger and second
The movement of the opening state of finger, distance is the opening state of first distance described between first finger and second finger
Distance is the movement of the opening state of second distance between first finger and second finger, and the first distance is less than described second
Distance.
The second condition can be the movement of (i.e. depth direction) along the z-axis direction, i.e., relative to current x-y plane (that is, should
Plane where screen is shown on electronic equipment, alternatively, plane where image acquisition units) two refer to spacing amplifying gesture (pinch
Out).In other words, when user carries out the second operation by the first operating body and second operation body, the second operation body with it is described
Second operation body is formed by plane (that is, plane that the finger tip of the first finger and the finger tip of second finger are constituted) and current X-Y
Plane has angle.The second condition, which can be, refers to spacing amplification (hereinafter referred to as z-pinch out) using the two of the direction z.When
When detecting that the two of the direction z refer to the input gesture of spacing amplification (z-pinch out), image stream formats file is pressed in a z-direction
It is unfolded according to different image frame datas, as shown in the left figure in Fig. 5.
In this case it is preferably to which second image acquisition units may include being respectively placed in the wearable glasses
Two sub- image acquisition units of the left and right sides, by two sub- image acquisition units in second image acquisition units come
The input gesture in the z-axis direction is identified, to judge whether the input gesture meets the second condition.
Specifically, the case where first operation input is the second operation to the object is judged in the step s 120
Under, in step S140, the multiple subobject in the object is shown on the display unit.
For example, the multiple subobject in the object is unfolded with overlapped way and in the display in step S140
It is shown on unit.Specifically, for described image encapsulation package, in step S140, described image encapsulation package is unfolded with overlapped way
In described multiple images and shown on the display unit, as shown in the left figure in Fig. 5, top layer images are shown in the figure
As the top layer of encapsulation package, then successively in lower layer with other tomographic images in overlapped way display described image encapsulation package.
In addition, when the state (that is, common state) for the top layer images for showing described image encapsulation package on the display unit
Under, user by physical button or can also meet the input gesture of the second condition and trigger described image encapsulation package from institute
It states common state and is switched to editor's state, to can change the top layer images of described image encapsulation package in the case where editing state.
Under editor's state, all image frame datas for including in described image stream format file (described image encapsulation package)
It can be revealed, be checked for user.User can choose one of picture frame (hereinafter referred to as " suitable frame "), will
Its " top layer " for readjusting described image stream format file (described image encapsulation package), replaces original " photographed frame ",
Then image stream formats file is switched back into from editor's state by common state by physical button or special gesture again, at this point, in general
The described image stream format file (described image encapsulation package) of on-state is since " top layer " image data for display is by " shooting
Frame " becomes " suitable frame ", therefore the content of image files that user sees becomes the content in " suitable frame ".User can use this side
Method finds suitable frame in described image stream format file (described image encapsulation package), that is, in the first image acquisition unit
Find " splendid moment " missed when shooting in the image frame data prerecorded shows it again, to reach quick candid photograph
Effect, to promote the candid photograph ability of electronic equipment.
For example, user can by prearranged gesture (for example, stirring gesture) or press hardware on the electronic equipment by
Other tomographic images in described image encapsulation package are shown to described image envelope by button (for example, upper lower button, left and right buttons etc.)
The top layer of packet is filled, when the image of " suitable frame " has been determined as top layer images, user can pass through another prearranged gesture (example
Such as, click gesture, reduce spacing (pinch in) gesture) or press on the electronic equipment hardware button (for example, determination press
Button etc.) confirm the selected suitable images as top layer images.
Similarly, described spacing (pinch in) gesture that reduces can be the tool reduced between the first finger and second finger
The movement of body, as shown in the right figure in Fig. 5, for example, from the opening state of first finger and second finger to described first
The movement of finger and the closed state of second finger, distance is the opening of second distance between first finger and second finger
State is the movement of the opening state of first distance to distance between first finger and second finger, and the first distance is small
In the second distance.
Preferably, described spacing (pinch in) gesture that reduces can be the movement of (i.e. depth direction) along the z-axis direction, with
The two of current x-y plane refer to that spacing diminution gesture (pinch in) is similar, can be and refer to that spacing reduce using the two of the direction z
(hereinafter referred to as z-pinch in).It is described when detect the direction z two refer to that spacing reduces the input gesture of (z-pinch in)
The display of package images packet is switched to common state, as shown in the right figure in Fig. 5.
Next, electronic equipment 600 according to an embodiment of the present invention will be described with reference to Figure 6.
Electronic equipment 600 according to an embodiment of the present invention includes: storage unit 610, operation input member 620, processing unit
Part 630 and display unit 640.
610 storage object of storage unit, the object include multiple subobjects.
The operation input member 620 receives the first operation input to the object.
The processing component 630 judges that first operation input is to operate or to the first of the object to described right
The second operation of elephant.
In the case where the processing component 630 judges that first operation input is the first operation to the object,
The processing component 630 opens a particular child object in the object, and on the display unit 640 described in display
The particular child object of opening.
In the case where the processing component 630 judges that first operation input is the second operation to the object,
The processing component 630 shows the multiple subobject in the object on the display unit 640.
As an example, the object is package images packet, and described image encapsulation package includes the image of the first quantity, institute
Processing component 630 is stated using an image in the image of first quantity as the top layer images of described image encapsulation package, and
And each image in the image of first quantity, respectively as a subobject, the top layer images are as the specific son
Object.
As another example, the object is document encapsulation package, and the document encapsulation package includes the document of the first quantity, institute
Processing component 630 is stated using a document in the document of first quantity as the top document of the document encapsulation package, and
And each document in the document of first quantity, respectively as a subdocument, the particular child object is the top layer text
Shelves or the particular child object are the document that is newly generated or edits in the document of first quantity.
As another example, the object is video encapsulation, and the video encapsulation includes the video of the first quantity, institute
Processing component 630 is stated using a video in the video of first quantity as the default video of described image encapsulation package, and
And each video in the video of first quantity, respectively as a subobject, the default video is as the specific son
Object.
Preferably, the electronic equipment 600 further includes the first image acquisition units 650, the first image acquisition unit
650 for acquiring image.
When receiving the second operation input from the operation input member 620, the processing component 630 enters the first work
Operation mode, and shot in this first operative mode using the first image acquisition unit 650 with first time interval
And store image.
When receiving third operation input from the operation input member 620, the processing component 630 is from described first
Operating mode is switched into the second operating mode, and acquires list using the first image in the second mode of operation
Member 650 is shot with the second time interval and stores image.
The processing component 630 by the image for the second quantity for finally shooting and storing in this first operative mode and
The image for the third quantity for shooting and storing in the second mode of operation is packed into described image encapsulation package, wherein institute
The first quantity is stated equal to the sum of second quantity and the third quantity.
The first time interval can be same or different with second time interval, and second quantity
The image resolution ratio of every image can be identical as the image resolution ratio of every image in the image of the third quantity in image
Or it is different.
Preferably, described image encapsulation package is image stream formats file, wherein successively encapsulating according to shooting sequence described
The image of the image of second quantity and the third quantity.
Preferably, the electronic equipment 600 is wearable glasses, and the display unit 640 meets predetermined light transmittance,
The operation input member 620 includes the second image acquisition units, and second image acquisition units are for acquiring the defeated of user
Enter gesture.
In the case, the operation input member 620 acquires the input gesture of user as the to the object
One operation input.
When the input gesture meets first condition, the processing component 630 determines the input gesture for described the
One operation.When the input gesture meets second condition, the processing component 630 determines that the input gesture is described second
Operation.The first condition is different from the second condition.
For example, the second condition includes at least the first operating body in the input gesture far from the input gesture
Second operation body.
For example, first operating body can be first-hand finger, the second operation body can be second finger, in this feelings
The second condition can be the specific movement (pinch out) widened between first finger and second finger under condition,
As shown in the left figure in Fig. 5.
The second condition can be the movement of (i.e. depth direction) along the z-axis direction, put with two finger spacing of current x-y plane
Big gesture (pinch out) is similar, which, which can be, refers to spacing amplification (hereinafter referred to as z-pinch using the two of the direction z
Out).When detect the direction z two refer to the input gesture of spacing amplification (z-pinch out), package images packet is in a z-direction
It is unfolded according to different image frame datas, as shown in the left figure in Fig. 5.
In this case it is preferably to which second image acquisition units may include being respectively placed in the wearable glasses
Two sub- image acquisition units of the left and right sides identify the input gesture by second image acquisition units, to sentence
Whether the input gesture of breaking meets the second condition.
Further, it is also possible to as described above using the input gesture for meeting the second condition come from described image encapsulation package
Common browse mode (common state) be switched to editor's state, to select suitable frame as top layer images in the case where editing state.Then,
Common state can be switched back to from editor's state again similarly by spacing (pinch in) gesture is reduced.The diminution spacing
(pinch in) gesture can be the specific movement reduced between the first finger and second finger, as shown in the right figure in Fig. 5.
Similarly, described spacing (pinch in) gesture that reduces can be the movement of (i.e. depth direction) along the z-axis direction.When detecting z
When the two of direction refer to that spacing reduces the input gesture of (z-pinch in), the display of described image encapsulation package is switched to common state,
As shown in the right figure in Fig. 5.
Using processing method according to an embodiment of the present invention and electronic equipment, file is realized using special file format
Encapsulation save, and can suitably select file appropriate from encapsulation package as default document or top document, mention
The flexibility of high file operation and convenience.
Although describing example embodiment by reference to attached drawing here, it should be understood that above example embodiment are only exemplary
, and be not intended to limit the scope of the invention to this.Those of ordinary skill in the art can carry out various changes wherein
And modification, it is made without departing from the scope of the present invention and spiritual.All such changes and modifications are intended to be included in appended claims
Within required the scope of the present invention.
Claims (14)
1. a kind of processing method, it to be used for electronic equipment, the electronic equipment includes display unit and operation input member, described
Processing method includes:
The first operation input to an object is received by the operation input member, the object includes multiple subobjects；Its
In, the object be package images packet or document encapsulation package,
Judge that first operation input is the first operation to the object or the second operation to the object；
In the case where first operation input is the described first operation, the object is switched to common state, described in opening
A particular child object in object is simultaneously shown on the display unit；And
In the case where first operation input is the described second operation, the object is switched to editor's state, and will be described
The multiple subobject in object is shown on the display unit, and editor's particular child object；
Wherein, in editor's state, user it can be seen that all subobjects in the multiple subobject,
The editor particular child object includes:
A subobject is selected to replace the particular child object from all subobjects.
2. processing method as described in claim 1, wherein
Described image encapsulation package includes the image of the first quantity, and described image encapsulation package is using in the image of first quantity
One image is as top layer images, and each image in the image of first quantity is respectively as a subobject, institute
Top layer images are stated as the particular child object.
3. processing method as described in claim 1, wherein
The document encapsulation package includes the document of the first quantity, and the document encapsulation package is using in the document of first quantity
One document is as top document, and each document in the document of first quantity is respectively as a subdocument, institute
State particular child object be newly generated in document that the top document or the particular child object are first quantity or
The document of editor.
4. processing method as claimed in claim 2, wherein the electronic equipment further includes the first image acquisition units, and
The object through the following steps that generate:
The second operation input is received by the operation input member；
In response to second operation input, into the first operating mode, and in this first operative mode using described
First image acquisition units are shot with first time interval and store image；
Third operation input is received by the operation input member；
It in response to the third operation input, is switched to from first operating mode into the second operating mode, and in institute
It states and is shot with the second time interval using the first image acquisition unit under the second operating mode and store image；And
By the image for the second quantity for finally shooting and storing in this first operative mode and in second operating mode
The image of lower shooting and the third quantity stored is packed into described image encapsulation package,
Wherein, first quantity is equal to the sum of second quantity and the third quantity.
5. processing method as claimed in claim 4, wherein described image encapsulation package is image stream formats file, wherein according to
Shooting sequence successively encapsulates the image of second quantity and the image of the third quantity.
6. processing method as claimed in claim 2, wherein the electronic equipment is wearable glasses, and the display is single
Member meets predetermined light transmittance, and the operation input member includes the second image acquisition units, and first operation input is to pass through
The input gesture of the second image acquisition units acquisition user,
Judgement first operation input is the first operation to the object or the second operation packet to the object
It includes:
Determine that the input gesture is first operation when the input gesture meets first condition；
Determine that the input gesture is second operation when the input gesture meets second condition,
Wherein, the first condition is different from the second condition.
7. processing method as claimed in claim 6, wherein the second condition includes at least first in the input gesture
Operating body far from it is described input gesture in second operation body,
Wherein, second image acquisition units include that two subgraphs being respectively placed at left and right sides of the wearable glasses are adopted
Collect unit, identifies the input gesture by second image acquisition units.
8. a kind of electronic equipment, comprising:
Storage unit is used for storage object, and the object includes multiple subobjects；Wherein, the object be package images packet or
Document encapsulation package；
Operation input member, for receiving the first operation input to the object；
Processing component, for judging that first operation input is to the first of the object the operation or to the of the object
Two operations；And
Display unit；
Wherein, in the case where the processing component judges that first operation input is the first operation to the object, institute
It states processing component and the object is switched to common state, open a particular child object in the object, and described aobvious
Show the particular child object that the opening is shown on unit；
In the case where the processing component judges that first operation input is the second operation to the object, the processing
The object is switched to editor's state by component, and the multiple subobject in the object is shown on the display unit
Show, and editor's particular child object；
Wherein, in editor's state, user it can be seen that all subobjects in the multiple subobject,
The editor particular child object includes:
A subobject is selected to replace the particular child object from all subobjects.
9. electronic equipment as claimed in claim 8, wherein
Described image encapsulation package includes the image of the first quantity, and the processing component is by one in the image of first quantity
Top layer images of the image as described image encapsulation package, and each image in the image of first quantity is respectively as one
A subobject, the top layer images are as the particular child object.
10. electronic equipment as claimed in claim 8, wherein
The document encapsulation package includes the document of the first quantity, and the processing component is by one in the document of first quantity
Top document of the document as the document encapsulation package, and each document in the document of first quantity is respectively as one
A subdocument, the particular child object is the top document or the particular child object is the document of first quantity
In the document that is newly generated or edits.
11. electronic equipment as claimed in claim 9, further includes: the first image acquisition units, wherein
When receiving the second operation input from the operation input member, the processing component enters the first operating mode, and
And it is shot with first time interval using the first image acquisition unit in this first operative mode and stores image；
When receiving third operation input from the operation input member, the processing component is cut from first operating mode
When changing to and enter the second operating mode, and utilizing the first image acquisition unit in the second mode of operation with second
Between interval shooting and store image；And
The processing component is by the image for the second quantity for finally shooting and storing in this first operative mode and described
The image for the third quantity for shooting and storing under second operating mode is packed into described image encapsulation package,
Wherein, first quantity is equal to the sum of second quantity and the third quantity.
12. electronic equipment as claimed in claim 11, wherein described image encapsulation package is image stream formats file, wherein pressing
The image of second quantity and the image of the third quantity are successively encapsulated according to shooting sequence.
13. electronic equipment as claimed in claim 9, wherein the electronic equipment is wearable glasses, and the display is single
Member meets predetermined light transmittance, and the operation input member includes the second image acquisition units, which is used for
The input gesture of user is acquired,
Wherein, the processing component judges that first operation input is to operate or to the first of the object to the object
Second operation include:
When the input gesture meets first condition, the processing component determines that the input gesture is first operation；
When the input gesture meets second condition, the processing component determines that the input gesture is second operation,
Wherein, the first condition is different from the second condition.
14. electronic equipment as claimed in claim 13, wherein the second condition includes at least the in the input gesture
One operating body far from it is described input gesture in second operation body,
Wherein, second image acquisition units include that two subgraphs being respectively placed at left and right sides of the wearable glasses are adopted
Collect unit, identifies the input gesture by second image acquisition units.
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| CN105227827A (en) * | 2015-07-09 | 2016-01-06 | 北京君正集成电路股份有限公司 | A kind of photographic method of intelligent glasses and intelligent glasses |
| CN105554384B (en) * | 2015-12-17 | 2019-03-19 | 上海青橙实业有限公司 | Wearable device and image pickup method |
| CN106331491A (en) * | 2016-08-29 | 2017-01-11 | 广东欧珀移动通信有限公司 | Method and device for taking pictures |
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| WO1999023524A1 (en) * | 1997-10-30 | 1999-05-14 | The Microoptical Corporation | Eyeglass interface system |
| CN1691015A (en) * | 2004-04-23 | 2005-11-02 | 奥林巴斯株式会社 | Information management apparatus and information management method |
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