CN104796597B - Display device and display methods - Google Patents
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- CN104796597B CN104796597B CN201410453856.4A CN201410453856A CN104796597B CN 104796597 B CN104796597 B CN 104796597B CN 201410453856 A CN201410453856 A CN 201410453856A CN 104796597 B CN104796597 B CN 104796597B
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Abstract
Display device and display methods are provided.Display device (1) has：Movable information test section (3), it detects the movable information of display device (1)；Image processing part (71), its movable information detected according to movable information test section (3), at least enter to exercise the image procossing of the anamorphose of display part (6) display, generate processing view data；And display control unit (73), it makes processing image corresponding with the processing view data of image processing part (71) generation be shown in display part (6).
Description
Technical field
The present invention relates to the display device and display methods that can show image corresponding with view data.
Background technology
In recent years, it is known that tilt the display surface of the display part of display image, so as to show the technology of multiple menu items
(such as Japan's Japanese Unexamined Patent Publication 2012-243012 publications).In the art, the display surface of display part is detected relative to level
The inclination in face, according to the testing result, will be configured at multiple menu items of the depth direction vertical with display surface with display
Face is staggered on parallel direction, the multiple menu items of stereoscopic display.
In addition, it is necessary to using special software in the case of making anamorphose in the prior art for desired shape.Cause
This, for beginner or the user of uncomfortable operation software, operation is more difficult, and threshold is too high.A kind of thus, it is desirable to present energy
Enough while by intuitively operating the anamorphose for showing display part as above-mentioned patent document 1 while the skill shown
Art.
The content of the invention
The present invention be exactly in view of the foregoing and complete, its object is to provide one kind can by intuitively operate into
The display device and display methods of row image procossing.
The display device of one aspect of the present invention has display part, and the display part can show corresponding with view data
Image, it is characterised in that the display device has：Movable information test section, it detects the movable information of the display device；Figure
As processing unit, its movable information detected according to the movable information test section, at least enter to exercise described image deformation
Image procossing, generation processing view data；And display control unit, it makes the processing with the generation of described image processing unit
Processing image is shown in the display part corresponding to view data.
In addition, the display methods of another aspect of the present invention is the display side performed by the display device with display part
Method, the display part can show image corresponding with view data, and the display methods is characterised by, comprising：Movable information is examined
Step is surveyed, detects the movable information of the display device；Image processing step, detected according in the movable information detecting step
The movable information, at least enter to exercise described image deformation image procossing, generation processing view data；And display control
Step, processing image corresponding with the processing view data generated in described image processing step is set to be shown in the display
Portion.
Meaning in terms of above said content, other features, advantage and the technology and industry of the present invention, by right
The detailed description of invention described below is read according to accompanying drawing, can further be sharpened understanding.
Brief description of the drawings
Fig. 1 is the block diagram of the functional structure for the display device for representing the 1st embodiment of the present invention.
Fig. 2 is the flow chart for the summary for representing the processing that the display device of the 1st embodiment of the present invention performs.
Fig. 3 is the figure of one of the image that the display part for the display device for representing the 1st embodiment of the present invention is shown.
Fig. 4 is the flow chart of the summary for the anamorphose processing for representing Fig. 2.
Fig. 5 is to schematically show that user makes the figure of display device inclined state from horizontality.
Fig. 6 is the image processing part downscaled images in the X direction for the display device for illustrating the 1st embodiment of the present invention
The figure of the summary of image procossing.
Fig. 7 is the image processing part downscaled images in the Y direction for the display device for illustrating the 1st embodiment of the present invention
The figure of the summary of image procossing.
Fig. 8 is the figure of one of the image that the display part for the display device for representing the 1st embodiment of the present invention is shown.
Fig. 9 is the block diagram of the functional structure for the display device for representing the 2nd embodiment of the present invention.
Figure 10 is the flow chart for the summary for representing the processing that the display device of the 2nd embodiment of the present invention performs.
Figure 11 is the flow chart of the summary for the anamorphose processing for representing Figure 10.
Figure 12 is the flow chart of the summary for the image Fuzzy Processing for representing Figure 10.
Figure 13 is the figure in each region that the image processing department for the display device for representing the 2nd embodiment of the present invention is carried out
As the figure of the summary of processing.
Figure 14 is the general of the image procossing that the image processing department for the display device for representing the 2nd embodiment of the present invention is carried out
The figure wanted.
Figure 15 is the figure of one of the image that the display part for the display device for representing the 2nd embodiment of the present invention is shown.
Figure 16 is the block diagram of the functional structure for the display device for representing the 3rd embodiment of the present invention.
Figure 17 is the flow chart for the summary for representing the processing that the display device of the 3rd embodiment of the present invention performs.
Figure 18 is the figure for schematically showing the state that user rotates display device.
Figure 19 is the figure of one of the image that the display part for the display device for representing the 3rd embodiment of the present invention is shown.
Figure 20 is the figure of one at the angle of inclination of the motion detecting section for the variation for representing embodiments of the present invention.
Figure 21 is the figure of another at the angle of inclination of the motion detecting section for the variation for representing embodiments of the present invention.
Figure 22 is the image procossing that the image procossing of the display device for the variation for representing embodiments of the present invention is carried out
Ratio and detection angles corresponding relation figure.
Figure 23 is the figure of another of the motion detection of the motion detecting section for the variation for representing embodiments of the present invention.
Figure 24 is that the motion detecting section detection for the variation for schematically showing embodiments of the present invention is tapped as motion
When situation figure.
Figure 25 is the image procossing that the image procossing of the display device for the variation for representing embodiments of the present invention is carried out
Ratio and external force corresponding relation figure.
Embodiment
Hereinafter, referring to the drawings, the mode (hereinafter referred to as " embodiment ") for implementing the present invention is illustrated.In addition, this hair
It is bright to be not limited to following embodiment.In addition, in the description of the figures, assign like number for identical part and say
It is bright.
(the 1st embodiment)
Fig. 1 is the block diagram of the functional structure for the display device for representing the 1st embodiment of the present invention.Display shown in Fig. 1
Equipment 1 has image pickup part 2, movable information test section 3, operating portion 4, record portion 5, display part 6, control unit 7.
Control of the image pickup part 2 based on control unit 7, is continuously imaged to defined area of visual field, generates Time Continuous
Multiple images data.Image pickup part 2 is used as lower component is formed：Optical system, it is made up of multiple camera lenses, makes shot object image
Imaging；Aperture, it adjusts the light quantity of optical system；CCD (Charge Coupled Device) or CMOS (Complementary
Metal Oxide Semiconductor) etc. photographing element, its receive the shot object image of optical system imaging and carry out photoelectricity turn
Change, so as to generate view data；Shutter, the state of photographing element is set as exposure status or shading status by it；Signal transacting
Portion, simulation process as defined in its view data progress to photographing element generation；A/D converter sections, it is to defeated from signal processing part
The view data of the simulation entered carries out A/D conversions, so as to generate digital image data and be exported to control unit 7；And timing is produced
Raw device, it produces the shooting timing of photographing element.
Movable information test section 3 detects the movable information (attitudes vibration and tap, rock) of display device 1.It is specific and
Speech, movable information test section 3 detect the inclination angle of the display device 1 on the basis of the horizontality of the display picture of display part 6
Degree is used as movable information.In addition, movable information test section 3 also detects 1 inclined incline direction of display device as display device 1
Movable information.Wherein, incline direction is referred to from the both ends of the display picture of display part 6 with user side apart near one end
The inclined direction of the remote another side of lateral distance (direction vector).The use level instrument of movable information test section 3, acceleration sensing
Device and gyro sensor are formed.
Operating portion 4 accepts the input for the indication signal for indicating the various actions relevant with display device 1.Operating portion 4 uses
As lower component is formed：Power switch, the power supply status of display device 1 is switched to on-state or off-state by it；Discharge
Close, it accepts the input of the release signal for the instruction for assigning photography；And switching switch etc., the pattern of its switching display devices 1.
Record portion 5 is recorded via the information in the view data of the input of control unit 7, the processing of display device 1, for making to show
Show the various data used in the execution of the program and program of various programs that equipment 1 acted and the embodiments of Ben 1
Deng.Record portion 5 uses SDRAM (Synchronous Dynamic Random Access Memory), flash memory and storage card etc.
Form.
Display part 6 shows image corresponding with the view data that image pickup part 2 generates under the control of control unit 7.Now,
The display of image includes showing the reproduction display for reproducing image corresponding with being recorded in the view data of record portion 5, shown successively
The live view image of live view image corresponding with the view data that image pickup part 2 continuously generates is shown.Display part 6 uses
It is made up of liquid crystal or organic EL (Electro Luminescence) display panel formed and driver etc..
Control unit 7 carries out the instruction of each several part for forming display device 1 and the transmission of data etc., is uniformly controlled display
The action of equipment 1.Control unit 7 is formed using CPU (Central Processing Unit).
Below, the detailed construction of control unit 7 is illustrated.Control unit 7 at least have image processing part 71, imaging control part 72,
Display control unit 73.
View data (RAW data) that image processing part 71 generates to image pickup part 2 carry out as defined in image procossing, at generation
Manage view data.Specifically, image processing part 71 carries out including optical black subtraction to the view data inputted from image pickup part 2
Processing, white balance (WB) adjustment processing, color matrix calculation process, gamma correction processing, color reproduction processing and edge enhancement
The image procossing of processing etc..And then image processing part 71 is according to the form implementation of compression view data of image procossing of regulation,
By the Imagery Data Recording of the compression in record portion 5.Wherein, as defined form, JPEG (Joint be present
Photographic Experts Group) mode, MotionJPEG modes and MP4 (H.264) mode etc..In addition, at image
Reason portion 71 obtains the view data (compressing image data) for being recorded in record portion 5, and the view data of acquirement is decompressed into (stretching, extension)
And export to display part 6.
In addition, image processing part 71 is in the case where display device 1 is set as reproduction mode, according to movable information test section
3 movable informations detected, at least enter to exercise the image procossing of the anamorphose of the display of display part 6, generation processing view data.
Specifically, image processing part 71 the display picture of display part 6 state from horizontality oliquely downward to inclined feelings
Under condition, the angle of inclination that is detected according to movable information test section 3, generate so that the anamorphose that display part 6 is shown is regulation
Shape, the compression processing such as trapezoidal mode by carrying out linear interpolation or reduce processing and make anamorphose institute
Obtained processing view data.For example, image processing part 71 carries out one end side joint for making image towards the incline direction of display part 6
Nearly another side and reduce the length of long side direction, and reduce the length of the short side direction of another side, make image in length and breadth
Than reducing processing or the size adjusting compressed processing towards a side is diminishing, so as to generate the image of the display of display part 6
Hypothetically inclined processing view data.
Imaging control part 72 in the case where have input release signal from operating portion 4, move by the photography for start image pickup part 2
The control of work.Wherein, the photographing actions of image pickup part 2 are image pickup part 2 is generated view data, promote image processing part 71 to implement base
This image procossing is simultaneously recorded in record portion 5.
Display control unit 73 makes image corresponding with the view data of the generation of image pickup part 2 be shown in display part 6.It is in addition, aobvious
Show that control unit 73 makes the various operation informations relevant with display device 1 be shown in display part 6.And then display control unit 73 make with
Processing image is shown in display part 6 corresponding to the processing view data that image processing part 71 generates.
The processing that display device 1 of the explanation with above structure performs below.Fig. 2 is to represent the place that display device 1 performs
The flow chart of the summary of reason.
As shown in Fig. 2 illustrate that display device 1 is set to situation (the step S101 of photograph mode first：It is).This feelings
Under condition, display control unit 73 makes live view image corresponding with the view data of the generation of image pickup part 2 be shown in the (step of display part 6
Rapid S102).
Then, (the step S103 in the case where have input the release signal of instruction photography from operating portion 4：It is), shooting control
Portion 72 processed makes image pickup part 2 perform photography (step S104), by the Imagery Data Recording that image pickup part 2 generates in (the step of record portion 5
S105)。
Hereafter, (the step S106 in the case where have input the indication signal of deenergization via operating portion 4：It is), display
Equipment 1 terminates present treatment.In contrast, (the step in the case where not inputting the indication signal of deenergization via operating portion 4
S106：It is no), the return to step S101 of display device 1.
In step s 103, (step S103 in the case of the release signal do not photographed from the input instruction of operating portion 4：It is no),
Display device 1 is transferred to step S106.
Then, illustrate in step S101, display device 1 is not set to situation (the step S101 of photograph mode：It is no).This
In the case of kind, (the step S107 when display device 1 is set as reproduction mode：It is), display control unit 73 will be with multiple images number
Be shown in display part 6 (step S108) according to the guide look of corresponding multiple images, the plurality of view data record respectively (storage) in
In the multiple images file recorded in record portion 5.
Then, it have selected in the multiple images shown via operating portion 4 from display part 6 and carry out the image that full frame is shown
In the case of (step 109：It is), display control unit 73 will carry out full frame in display part 6 via the image that operating portion 4 selects and show
Show (step S110).Specifically as shown in figure 3, the image P that display control unit 73 will select via operating portion 41Carried out in display part 6
Full frame is shown.
Hereafter, the testing result that display device 1 detects according to movable information test section 3, for being carried out entirely by display part 6
The image that picture is shown, being performed by image processing part 71 makes the anamorphose of anamorphose handle (step S111).In addition, below
Describe the details of anamorphose processing.
Then, (the step S112 in the case where have input the indication signal of end of reproduction pattern via operating portion 4：It is),
Display device 1 is transferred to step S106.In contrast, not via the indication signal of operating portion 4 end of input reproduction mode
In the case of (step S112：It is no), the return to step S108 of display device 1.
In step S109, selection progress full frame is shown in the multiple images not shown via operating portion 4 from display part 6
Image in the case of (step S109：It is no), the return to step S108 of display device 1.
Then, the anamorphose processing illustrated in Fig. 2 step S111 is described in detail.Fig. 4 is to represent that anamorphose is handled
Summary flow chart.
As shown in figure 4, movable information test section 3 makes the display picture of display part 6 be horizontal state as benchmark
In the case of, detect using one end of display device 1 as the inclined angle of inclination (step S201) of the display device 1 during benchmark.Tool
Body is as shown in figure 5, movable information test section 3 in the case of using the horizontality of the display picture of display part 6 as benchmark, is examined
Survey the 1 inclined tilt angle theta of display device (Fig. 5 (a) → Fig. 5 (b)) when on the basis of one end of display device 1.Enter
And movable information test section 3 detects display device 1 from the inclined incline direction in defined position as movable information.For example, fortune
Make in the inclined direction of the other end (direction) that dynamic infomation detection portion 3 detects when on the basis of one end of the display picture of display part 6
For movable information (direction vector).Motion herein is it is believed that end or each position, especially equivalent to equipment when tilting
The alternate position spike or range difference or their dynamic trend, mode of the eyes with user of display part 6.It can also show as with user
On the basis of display part 6 the change in location with the time.In the case that equipment (display device 1) has area, turn into hold
Part or equipment center be imaginary fulcrum, imagination may caused by end relative to the change in location of (fulcrum) at this
Image procossing.Here situation caused by so-called possibility, it is meant that actual range difference can be used to be emphasized display.
Then, control unit 7 is according to the testing result detected by movable information test section 3, judge display device 1 whether from
Reference position tilts (step S202).It is specific as shown in figure 5, user from the horizontality of the display picture of display part 6 (Fig. 5's
(a)) rise and become on the basis of one end and tilt the state (Fig. 5 (a) → Fig. 5 (b)) of the other end, therefore control unit 7
It is judged as that display device 1 tilts from reference position.The testing result that control unit 7 detects according to movable information test section 3, judge
For display device 1 from reference position it is inclined in the case of (step S202：It is), display device 1 is transferred to aftermentioned step S203.
Hereafter, the angle of inclination that image processing part 71 detects according to movable information test section 3, display part 6 is shown
Image carries out the image procossing (step S203) reduced in X-direction, and the image procossing (step reduced in the Y direction
S204)。
Fig. 6 is the figure for illustrating the summary of the image procossing of downscaled images in X-direction (long side direction) of image processing part 71.
Fig. 7 be illustrate image processing part 71 in the Y direction on (short side direction) summary of the image procossing of downscaled images figure.In addition, Fig. 6
The crystalline E of the eye E of user is schematically shown with Fig. 71With retina E2。
As shown in fig. 6, the length of the long side direction of display device 1 is set as X10, the angle that detects of movable information test section 3
For θ, when display device 1 is tilted with tilt angle theta, the length for the X-direction that user can observe visually is X10·cosθ.This
Outside, it is located at retina E2On be visualized as picture the length of long side direction of image be X0, display device 1 tilts with tilt angle theta
When, it is located at retina E2On be visualized as picture the length of long side direction of image be X1In the case of, following formula is set up.
X10：X0=X10cosθ：X1···(1)
Therefore, image processing part 71 calculates the minification of the X-direction for the image that display part 6 is shown by following formula.
X1/X0=cos θ (2)
In addition, as shown in fig. 7, the length of the short side direction of display device 1 is set as Y10, movable information test section 3 detects
Angle be θ, the length of the inclined position from horizontality of display device 1 is X10Cos θ, from the crystalline E of user1Arrive
The length of the display picture of display part 6 is Z0, from crystalline E1To retina E2Distance be F, in retina E2On be visualized as picture
The length of short side direction of image be Y1In the case of, following formula is set up.
Z0+X10·cosθ：Y10=F：Y1···(3)
Therefore,
Y1=Y10·F/(Z0+Xb·cosθ)···(4)
In addition, in retina E when setting display device 1 as horizontality2On be visualized as picture image short side direction length
Spend for Y0In the case of, following formula is set up.
Z0：Y10=F：Y0···(5)
Therefore,
Y0=Y10·F/Z0···(6)
In addition, by formula (4), (6), image processing part 71 calculates the Y-direction for the image that display part 6 is shown using following formula
Minification.
Y1/Y0=Z0/(Z0+X10·cosθ)···(7)
As above, X-direction (the long side side for the image that image processing part 71 is shown using formula (2) and formula (7), calculating display part 6
To) and the respective diminution ratio of Y-direction (short side direction), the image procossing of downscaled images is carried out using the diminution ratio of calculating,
Generate image hypothetically inclined processing view data.
Fig. 4 is returned, continues the explanation that step S205 rises.
In step S205, display control unit 73 is by the corresponding image of the processing view data generated with image processing part 71
It is shown in display part 6.Specifically as shown in figure 8, the processing view data pair that display control unit 73 will generate with image processing part 71
The image P answered2It is shown in display part 6 (Fig. 8 (a) → Fig. 8 (b)).Thus, image seemingly tilts, and reduces with can simulating
Face beyond the subject (cat) of central part.
Then, in the case where have input the indication signal for the present image that record display part 6 is shown via operating portion 4
(step S206：It is), the processing Imagery Data Recording that control unit 7 generates image processing part 71 is in record portion 5 (step S207).
In this case, before control unit 7 generates image processing part 71 processing view data, image processing part 71 carry out image procossing
View data and the testing result that detects of movable information test section 3 be mapped and be recorded in record portion 5.Step S207 it
Afterwards, display device 1 returns to Fig. 2 main program.
In step S206, the feelings of the indication signal for the present image not shown via the input record display part 6 of operating portion 4
(step S206 under condition：It is no), display device 1 returns to Fig. 2 main program.
In step S202, control unit 7 is judged to showing according to the testing result detected by movable information test section 3
Equipment 1 not from reference position it is inclined in the case of (step S202：It is no), display device 1 returns to Fig. 2 main program.
The 1st embodiment of the invention from the description above, it be able to will be schemed in real time by operating simply and intuitively
As being processed as desired shape.
In addition, according to the 1st embodiment of the present invention, the subject beyond the central part in image can be compressed.
(the 2nd embodiment)
Then, the 2nd embodiment of the present invention is illustrated.In above-mentioned 1st embodiment, according to movable information test section 3
The angle detected, the anamorphose processing for the deformation for carrying out image is performed, and in this 2nd embodiment, except image becomes
Outside shape processing, also enter to exercise the fuzzy image procossing (soft focus processing) of image.Therefore, in herein below, illustrate that sheet the 2nd is real
The structure of the display device of mode is applied, the processing that then display device of this 2nd embodiment of explanation performs.In addition, for
The identical structure of display device 1 of above-mentioned 1st embodiment assigns identical label and omitted the description.
Fig. 9 is the block diagram of the functional structure for the display device for representing this 2nd embodiment.Display device 1a shown in Fig. 9
With image pickup part 2, movable information test section 3, operating portion 4, record portion 5, display part 6, communication unit 8, clock 9, control unit 10.
Communication unit 8 is carried out radio communication with the equipment of outside, is sent or reception includes by defined radio communication specification
The image file of view data.Wherein, it is specified that radio communication specification for IEEE802.11b and IEEE802.11n etc..In addition,
In this 2nd embodiment, arbitrary radio communication specification can be used.In addition, communication unit 8 is formed using communication device, should
Communication device is used to carry out two-way communication to the various information such as image file and content-data with outside equipment via network.It is logical
Letter device is demodulated processing simultaneously by the signal that the antenna of electric wave signal is received and dispatched between other equipment and is received to antenna
Transmission circuit of processing etc. is modulated to the signal of transmission to form.In addition, communication unit 8 is in display device 1a starting, it is fixed
Phase is sent comprising the signal of communication for circulating a notice of its existing identification information (device id).In addition, communication unit 8 can also be arranged at from aobvious
Show the recording mediums such as the equipment 1a storage card of outside installation.And then communication unit 8 can also be arranged at be installed on via hot shoe it is aobvious
Show on the annex on equipment 1a.In addition, communication unit 8 plays function as the sending part of the present invention.
Clock 9 has the decision-making function of clocking capability and date-time of photographing.The picture number that clock 9 generates to image pickup part 2
According to additional date time data, so that by date-time data output to control unit 10.
Control unit 10 carries out the instruction of each several part for forming display device 1a or the transmission of data etc., is uniformly controlled aobvious
Show equipment 1a action.Control unit 10 is formed using CPU.
Below, the detailed construction of control unit 10 is illustrated.Control unit 10 at least has imaging control part 72, display control unit
73rd, image processing part 101, transmission control unit 102.
Image procossing as defined in the view data progress that image processing part 101 generates to image pickup part 2.In addition, image procossing
Portion 101 has anamorphose portion 101a, image processing department 101b.
The movable information that anamorphose portion 101a detects according to movable information test section 3, it is aobvious at least to enter to exercise display part 6
The image procossing for the anamorphose shown, generation processing view data.Specifically, anamorphose portion 101a is in the aobvious of display part 6
Show the state of picture from horizontality oliquely downward to the inclination in the case of inclined, detected according to movable information test section 3
Angle, generate to make the image that display part 6 is shown turn into defined shape, in a manner of trapezoidal by carrying out linear interpolation
Compression processing or reduce processing and make the processing view data of anamorphose.For example, anamorphose portion 101a is carried out to show
Diminution processing or the chi of the aspect ratio of image are compressed centered on the subject for the central portion in image that portion 6 is shown towards incline direction
Very little adjustment processing, so as to generate processing view data.
The processing view data that image processing department 101b generates for anamorphose portion 101a, according to movable information test section
The 3 display device 1a detected angle of inclination and inclined incline direction, image corresponding with processing view data is split
For multiple regions, multiple regions after the segmentation are carried out with image procossing different from each other, generation processing view data.It is specific and
Speech, image corresponding with processing view data is divided into multiple regions by image processing department 101b, to multiple areas after the segmentation
Domain carries out image procossing different from each other, for example carries out the Fuzzy Processing (place of reduction brightness to the central portion of image with outer portion
Reason or the processing for improving exposure value), generation processing view data.Although being denoted as Fuzzy Processing, but the change or mixed such as color
Conjunction, decolorization, lightness change, stagger image and the analog dither effect etc. that overlaps, as long as according to the position in picture
The image procossing put and changed, any processing can be used, by pattern switching (manual) can select which kind of is carried out
Processing.Certainly change pattern can also be carried out according to motion.Specifically, can be become by the pattern of motion, number, speed etc.
More.If additional motion always, suitably can also make it return to original state.
Transmission control unit 102 opens in the case where operated unit 4 inputs the indication signal for sending view data to outside
Dynamic communication unit 8, via communication unit 8 by the image file comprising view data through specifying destination external equipment or network to
SNS (Social Networking Service, social networking service) etc. website sends view data.
The processing that the display device 1a of structure of the explanation with the above is performed below.Figure 10 is to represent that display device 1a is performed
Processing summary flow chart.
In Fig. 10, step S301~step S310 corresponds respectively to above-mentioned Fig. 2 step S101~step S110.
In step S311, since have input operating portion 4 that display part 6 is outside in the image that progress full frame is shown
(step S311 in the case of the indication signal for the sending mode that the equipment or external site in portion are sent：It is), display device 1a turns
Move on to aftermentioned step S312.In contrast, display part 6 is being carried out what full frame was shown not since inputting operating portion 4
(step S311 in the case of the indication signal for the sending mode that image is sent to the equipment or external site of outside：It is no), display
Equipment 1a is transferred to aftermentioned step S318.
In step S312, testing result that display device 1a detects according to movable information test section 3, by anamorphose
Portion 101a performs the anamorphose for making to carry out the image modification shape that full frame is shown by display part 6 and handles (step S312).
Figure 11 is the flow chart of the summary of the anamorphose processing for the step S312 for representing Figure 10.
Figure 11 step S401~step S404 corresponds respectively to above-mentioned steps S201~step S204.
In step S405, angle of inclination that control unit 10 detects according to movable information test section 3 judges display device
Whether 1a inclination is original state, whether the display picture of such as display part 6 is horizontality.Control unit 10 is according to motion
The angle of inclination that infomation detection portion 3 detects, the inclination for being judged as display device 1a are (step in the case of original state
S405：It is), display device 1a returns to Figure 10 main program.In contrast, examined in control unit 10 according to movable information test section 3
The angle of inclination measured, the inclination for being judged as display device 1a are not (step S405 in the case of original state：It is no), display is set
Standby 1a return to step S403.
Figure 10 is returned, continues the explanation that step S313 rises.
In step S313, angle of inclination that display device 1a detects according to movable information test section 3 is processed by image
Portion 101b performs the image Fuzzy Processing for implementing Fuzzy Processing to the image after being deformed by anamorphose portion 101a.
Figure 12 is the flow chart of the summary of the image Fuzzy Processing for the step S313 for representing Figure 10.
As shown in figure 12, movable information test section 3 is detected from the inclined angle of inclination in display device 1a reference position (step
Rapid S501).
Then, the inclination result that image processing department 101b detects according to movable information test section 3, to the central portion of image
Image procossing 1 (step S502) is performed, image procossing 2 (step S503) is performed to bottom from central portion, and from central portion
Image procossing 3 (step S504) is performed to top.
Figure 13 is to schematically show image processing department 101b to the image P after being deformed by anamorphose portion 101a2It is every
The figure of the content for the image procossing that individual region is carried out.
As shown in figure 13, image processing department 101b to by anamorphose portion 101a and the image P of hypothetically inclination and distortion2
Each region carry out different image procossing, generation processing view data.Specifically, image processing department 101b is in image P2
Center O1Each defined region is divided into, different image procossings is carried out according to each region after the segmentation.Such as scheme
Shown in 13, setting and inclined image P2Center O1Distance be Δ X, the angle of inclination that movable information test section 3 detects is
In the case of θ, image processing department 101b calculates image P by following formula2Central portion region Δ Z.
Δ Z=Δ Xtan θ (8)
As above, image processing department 101b uses formula (8), to image P2Implement basic image procossing 1, and to from center
Portion, which is risen to the region of bottom, enters to exercise the fuzzy image procossing 2 of image, to entering to exercise image to the region on top from central portion
Fuzzy image procossing 3.Specific as shown in figure 14, image processing department 101b enters to exercise as image procossing 2 and image procossing 3
The image procossing (Figure 14 (a) → Figure 14 (b) → Figure 14 (c)) that the brightness of image reduces from center to periphery, so that from
The central portion of image rises and fuzzy processing is carried out to periphery.In addition, image processing department 101b makes luminance-reduction, but can also carry
High exposure value and expose the region transitions on periphery, so as to enter to exercise the fuzzy processing of image.
After step S504, display device 1a returns to Figure 10 main program.
After step S313, display control unit 73 makes to carry out image with anamorphose portion 101a and image processing department 101b
Image corresponding to handling the processing view data of generation is shown in display part 6 (step S314).Specifically, as shown in figure 15,
Display control unit 73 makes the processing picture number for carrying out image procossing with anamorphose portion 101a and image processing department 101b and generating
According to corresponding image P3It is shown in display part 6.Thereby, it is possible to obscure various subject, main subject is highlighted.
Then, in the case where have input the indication signal that the image that display part 6 is shown is sent to outside from operating portion 4
(step S315：It is), transmission control unit 102 will enter via communication unit 8 comprising anamorphose portion 101a and image processing department 101b
Row image procossing and the image file of processing view data that generates are sent to the equipment (step S316) of outside.
Hereafter, (the step S317 in the case where have input the indication signal for terminating sending mode from operating portion 4：It is), show
Show that equipment 1a is transferred to aftermentioned step S318.In contrast, not from the indication signal of the end of input sending mode of operating portion 4
In the case of (step S317：It is no), display device 1a return to step S312.
In step S318, (the step in the case where have input the indication signal of end of reproduction pattern from operating portion 4
S318：It is), display device 1a is transferred to step S306.In contrast, not from the finger of the end of input reproduction mode of operating portion 4
(step S318 in the case of showing signal：It is no), display device 1a return to step S308.
In step S315, the image that display part 6 is shown is sent to outside indication signal not inputted from operating portion 4
In the case of (step S315：It is no), display device 1a is transferred to step S317.
The 2nd embodiment of the invention from the description above, it be able to will be schemed in real time by operating simply and intuitively
As being processed as desired shape.
And then according to the 2nd embodiment of the present invention, can be by intuitively operating the quilt of the central portion in saliency maps picture
Take the photograph body.
(the 3rd embodiment)
Then, the 3rd embodiment of the present invention is illustrated.In above-mentioned 2nd embodiment, according to movable information test section 3
The angle of inclination of the display device 1 detected, carry out the deformation of image and made the fuzzy image procossing of image, and the originally the 3rd
In embodiment, carry out the deformation of image according to the rotation of display device and make the fuzzy image procossing of image.Therefore, following
In content, illustrate the structure of the display device of this 3rd embodiment, then the display device of this 3rd embodiment of explanation performs
Processing.In addition, for the identical label of display device 1a identical structure impartings with above-mentioned 2nd embodiment and omit
It is bright.
Figure 16 is the block diagram of the functional structure for the display device for representing this 3rd embodiment.Display device shown in Figure 16
1b has image pickup part 2a, movable information test section 3a, operating portion 4, record portion 5, display part 6, communication unit 8, clock 9, control unit
20。
Image pickup part 2a images to subject, generates the view data of subject and exports to control unit 20.Image pickup part
2a at least has：Camera lens part 21, it is made up of multiple camera lenses, and shot object image is imaged；And the photographing element such as CCD or CMOS
22, it receives the shot object image of the imaging of camera lens part 21 and carries out opto-electronic conversion, so as to generate view data.
For movable information test section 3a in the case where display device 1b carries out circular motion, detection is relevant with the circular motion
Information as movable information.Specifically, movable information test section 3a detections from the display picture of display part 6 is made to be horizontal
State rises, and display device 1b starts the revolution that circular motion rises by user.And then movable information test section 3a also detect it is aobvious
Show equipment 1b carry out circular motion when angular speed as movable information.Wherein, angular speed refers to that display device 1b is justified
In the case of Zhou Yundong, the one party in the average speed or maximal rate in 1 cycle (1 rotation).Movable information test section
3a is formed using acceleration transducer, gyro sensor and pressure sensor etc..If this shows to be configured at multiple in equipment
Position, then it can enter line tilt and be appropriately determined with what is rotated.It can correctly judge how where for fulcrum or center, is transported
It is dynamic, and fulcrum and center can be aligned according to the specification equivalent to the position in picture center is previously determined to be.In this case,
Test section can be 1.
Control unit 20 carries out the instruction of each several part for forming display device 1b and the transmission of data etc., is uniformly controlled aobvious
Show equipment 1b action.
Herein, the detailed construction of control unit 20 is illustrated.Control unit 7 at least have imaging control part 72, display control unit 73,
Transmission control unit 102, image processing part 201.
Image procossing as defined in the view data progress that image processing part 201 generates to image pickup part 2a.In addition, image procossing
Portion 201 has image processing department 201a.
Image processing department 201a is carried out from display according to the movable information test section 3a display device 1b detected revolution
The Fuzzy Processing that the outer rim for the image that portion 6 is shown gradually obscures towards center, generation processing view data.Specifically, image adds
Ministry of worker 201a sets the figure shown for display part 6 according to the movable information test section 3a display device 1b detected revolution
As the region of Fuzzy Processing carried out, Fuzzy Processing is carried out to the region, so as to generate from the outer rim of image towards the gradual mould in center
The processing view data of paste.And then image processing department 201a is according to the movable information test section 3a display device 1b's detected
Angular speed, adjust the intensity of Fuzzy Processing.Wherein, Fuzzy Processing is referred to reducing the processing for the brightness that view data includes or carried
One party in the processing of high exposure value.Certainly, image processing department 201a can also carry out implementing the Fuzzy Processing of soft focus.
The processing that display device 1b of the explanation with above structure is performed below.Figure 17 represents that display device 1b is performed
The flow chart of the summary of processing.
In fig. 17, step S601~step S611 corresponds respectively to above-mentioned Figure 10 step S301~step S311.
In step S612, movable information test section 3a starts the detection of the caused rotation in display device 1b.Specifically
As shown in figure 18, movable information test section 3a start user in a manner of rotational handle in display device 1b according to describe circle
The detection of revolution when mode rotates.Certainly, movable information test section 3a than a circle are also, can also detect display device 1b's
The track in the cycle of elliptic motion and display device 1b movement, so as to detect display device 1b revolution.Motion herein can
Think the alternate position spike or distance equivalent to the end of equipment when rotating and the eyes with user of each position, especially display part
Difference or tendency, the mode of their change.The position with the time that the display part 6 on the basis of user can also be shown as becomes
Change.In the case where equipment has area, using the part of holding or equipment center as imaginary fulcrum, turning into use may be in end
The image procossing of the caused change in location from this.
Then, the revolution that image processing department 201a detects according to movable information test section 3a, the figure shown from display part 6
The periphery (outer rim) of picture, which is risen, carries out Fuzzy Processing (step S613), the display device 1b detected according to movable information test section 3a
Angular speed change Fuzzy Processing intensity (step S614).Specific as shown in figure 19, image processing department 201a believes according to motion
The revolution and angular speed that breath test section 3a is detected, the image P shown from display part 61Periphery rise carry out Fuzzy Processing so that
The mode that fuzzy region turns into circular carries out image procossing (Figure 19 (a) → Figure 19 (b)).
Hereafter, whether control unit 20 judges display device 1b according to the testing result inputted from movable information test section 3a
Stop (step S615).Control unit 20 is judged as display device according to the testing result inputted from movable information test section 3a
(step S615 in the case that 1b has stopped：It is), display device 1b is transferred to aftermentioned step S616.In contrast, control unit
20 according to from movable information test section 3a input testing result, be judged as display device 1b do not stop in the case of (step
S615：It is no), display device 1b return to step S613.
In step S616, display control unit 73 makes figure corresponding with the processing view data of image processing department 201a generations
As being shown in display part 6.Specific as shown in figure 19, display control unit 73 makes the processing picture number with image processing department 201a generations
According to corresponding image P4It is shown in display part 6 (Figure 19 (a) → Figure 19 (b)).After step S616, display device 1b turns
Move on to step S617.Now, the face of cat does not obscure, and this is due to center when picture central part is considered rotation, the part
Rotation (change in location of display part) it is smaller, thus be considered as and do not change.The profile of cat can also obscure, and can also judge cat
And take the processing for not making the obscure portions equivalent to cat.In addition, the part shown on periphery with center of rotation farther out, position become
Change larger, therefore according to such case, overlay chart picture can be carried out in a manner of fuzzy or rock.At this point it is possible to according to rotation
Speed emphasizes the fuzzy quantity, can also change center of rotation by way of rotation.
Step S617~step S620 corresponds respectively to above-mentioned Figure 10 step S315~step S318.
The 3rd embodiment of the invention from the description above, can be by intuitively operating the center in saliency maps picture
The subject in portion.
(other embodiment)
In the display device of the present invention, 1 inclined angle of display device can be detected on the basis of the center of display device 1
Degree.It is specific as shown in figure 20, movable information test section 3 detects that display device 1 is inclined to incline on the basis of the center of display device 1
Rake angle θ (Figure 20 (a) → Figure 20 (b)).
In addition, in the display device of the present invention, can be by angle that movable information test section detects with becoming image
The intensity of the image procossing of shape is mapped in advance.Specific as shown in figure 21, image processing part 71 is in display device 1 with inclination angle
In the case of degree θ is inclined, image processing part is according to the angle of inclination for detecting movable information test section and makes anamorphose
The image processing data (reference picture 22) that the intensity of image procossing is mapped, the anamorphose for showing display part 6.For example,
Image processing part is in the case where movable information test section detects 45 degree, so that the short side direction (Y for the image that display part is shown
Direction) length be compressed processing and diminution processing as 0.5 times of mode.
In addition, in the display device of the present invention, as shown in figure 23, can be according to the percussion for display device 1 or pressure
Power, change the image procossing of the shape for the image that display part 6 is shown.It is specific as shown in figure 24, image processing part according to
The number (frequency of exposure) (Figure 24 (a) → Figure 24 (b)) of percussion of the family to display device 1, carry out change display part 6 and show
Image shape image procossing.And then as shown in figure 25, image processing part can also be according to user to display device 1
The intensity of percussion, change the image procossing of the shape for the image that display part 6 is shown.So-called percussion is considered as one herein
Kind motion, it is believed that equivalent to the end of equipment when promoting to rotate or the eyes with user of each position, especially display part
Alternate position spike range difference or they change tendency, mode analog position change.Such as assume under actual conditions firm
Change is not present during ground holding, and the simulation of the possible caused display part on the basis of user can be showed when holding and dying down
The change in location with the time.In the case where equipment has area, using the part of holding or equipment center as imaginary fulcrum,
As using may caused by end relative to the image procossing of the change in location at this.These are denoted as causing
Display can also be emphasized.In addition, in addition to being divided into and repeatedly applying different motions, processing result image can also be chased after
Add image procossing, carry out more careful or complicated image procossing.
In addition, the display device of the present invention such as can also be used to digital camera, numeral in addition to digital slr camera
Video camera, the electronic equipment of the mobile phone with camera function or plate mobile device etc. and display and endoscope and micro-
Display device of image etc. corresponding to the view data of mirror shooting.Emphasizing for image is carried out when observing and appreciating, check
When be also useful.Now, if the motion that record detects in advance, is reflected in the image procossing of image hereafter, then may be used
So that motion need not be applied all the time.
In addition, the camera lens part of the display device of the present invention can be relative to main part disassembled and assembled freely, can also be by camera lens part
Formed and be integrated with main part.
In addition, the program performed by the display device of the present invention is as the form that can be installed or the form being able to carry out
File data is recorded in CD-ROM, floppy disc (FD), CD-R, DVD (Digital Versatile Disk), USB media, flash memory
Deng computer-readable recording medium in provided.
Connect in addition, the program performed by the display device of the present invention msy be also constructed to be stored in the network of internet etc.
On the computer connect, downloaded via network so as to provide.And then it msy be also constructed to the display device execution by the present invention
Program is provided via the network of internet etc. or issue.
In addition, in the explanation of the flow chart of this specification, use " first ", " hereafter ", the performance of " then " etc. it is clear and definite
The context of the processing between step is represented, but this order for being not intended to implement the required processing of the present invention is showed by these
Uniquely determine.I.e., it is possible to the order of the processing of the flow chart described in this specification is changed in the range of contradiction is not produced.
As above, the present invention also includes various embodiments not described above, can determined by claims
Various design alteration etc. is carried out in the range of technological thought.
Those skilled in the art can easily export other effects and variation.Thus, of the invention is more extensive
Mode is not limited to the specific detailed and representative embodiments of above performance and description.Therefore, without departing from by appended
The spirit or scope for the master inventive concept that claims and its equipollent define, it becomes possible to carry out various changes.
Claims (8)
1. a kind of display device, it has display part, and the display part can show image corresponding with view data, and its feature exists
In the display device has：
Movable information test section, it detects the movable information of the display device；
Image processing part, its movable information detected according to the movable information test section, at least enter and exercise the figure
The image procossing of distortion of image, generation processing view data；And
Display control unit, it is corresponding with the processing view data of described image processing unit generation that it shows the display part
Handle image,
For the movable information test section in the case where the display device carries out circular motion, detection is relevant with the circular motion
Information as the movable information,
The testing result that described image processing unit detects according to the movable information test section, described image processing is carried out, it is raw
Into the processing view data,
The information relevant with the circular motion is the revolution since circular motion the display device,
Described image processing unit according to the revolution, also carry out from the outer rim of described image to center gradually it is fuzzy it is fuzzy from
Reason, generates the processing view data.
2. display device according to claim 1, it is characterised in that
The movable information test section detects the display device on the basis of the horizontality of the display picture of the display part
Angle of inclination as the movable information,
The angle of inclination that described image processing unit detects according to the movable information test section, generate the processing image
Data.
3. display device according to claim 2, it is characterised in that
The movable information test section also detects the inclined incline direction of the display device as the movable information,
The angle of inclination and the incline direction that described image processing unit detects according to the movable information test section, it is raw
Into making one end side of described image reduce length of the described image on long side direction close to another side, so that the figure
As the hypothetically inclined processing view data.
4. display device according to claim 3, it is characterised in that
The angle of inclination and the incline direction that described image processing unit detects according to the movable information test section, will
Described image is divided into multiple regions, and image procossing different from each other is carried out to the plurality of region, generates the processing picture number
According to.
5. display device according to claim 1, it is characterised in that
The information relevant with the circular motion also includes the angular speed when display device carries out circular motion,
Described image processing unit sets the intensity of the Fuzzy Processing, generates the processing view data according to the angular speed.
6. display device according to claim 1, it is characterised in that
The movable information test section detection is from outside to the frequency of exposure or pressure of the display picture of the display part as institute
State movable information,
The frequency of exposure or the pressure that described image processing unit detects according to the movable information test section, generate institute
State processing view data.
7. display device according to claim 1, it is characterised in that
The display device also has sending part, and the processing view data that the sending part generates described image processing unit is sent out
Give external equipment.
8. the display methods that a kind of display device performs, the display device have display part, the display part can be shown and image
Image corresponding to data, the display methods be characterised by, comprising：
Movable information detecting step, detect the movable information of the display device；
Image processing step, according to the movable information detected in the movable information detecting step, at least enter to exercise
The image procossing of described image deformation, generation processing view data；And
Display control step, the processing view data for making the display part show and be generated in described image processing step
Corresponding processing image,
In the case where the display device carries out circular motion, detection has the movable information detecting step with the circular motion
The information of pass as the movable information,
The testing result that described image processing step detects according to the movable information detecting step, carry out at described image
Reason, generates the processing view data,
The information relevant with the circular motion is the revolution since circular motion the display device,
Described image processing step according to the revolution, also carry out from the outer rim of described image to center gradually it is fuzzy it is fuzzy from
Reason, generates the processing view data.
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| JP2014007122A JP6249788B2 (en) | 2014-01-17 | 2014-01-17 | Display device, display method and program |
| JP2014-007122 | 2014-01-17 |
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|---|---|---|---|---|
| CN102469259A (en) * | 2010-11-01 | 2012-05-23 | 奥林巴斯映像株式会社 | Panoramic image generation device and panoramic image generation method |
| CN102572481A (en) * | 2010-12-28 | 2012-07-11 | 索尼公司 | Image processing apparatus, control method thereof, and program |
| CN102843512A (en) * | 2011-06-24 | 2012-12-26 | 奥林巴斯映像株式会社 | Photographic device, photographic method |
Family Cites Families (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2006067521A (en) * | 2004-08-30 | 2006-03-09 | Kyocera Corp | Image processor, image processing method, image pickup device, and image pickup method |
| JP2006091294A (en) * | 2004-09-22 | 2006-04-06 | Matsushita Electric Ind Co Ltd | Image display method and apparatus |
| JP2006129101A (en) * | 2004-10-29 | 2006-05-18 | Casio Comput Co Ltd | Method of trimming image, imaging apparatus, image processing unit and program |
| JP2007116309A (en) * | 2005-10-19 | 2007-05-10 | Seiko Epson Corp | Image information reproduction apparatus |
| JP2007202124A (en) * | 2005-12-28 | 2007-08-09 | Matsushita Electric Ind Co Ltd | Input unit and mobile terminal device using input unit, and content data browsing method in mobile terminal device |
| JP2008294785A (en) * | 2007-05-25 | 2008-12-04 | Sanyo Electric Co Ltd | Image processor, imaging apparatus, image file, and image processing method |
| JP2011135298A (en) * | 2009-12-24 | 2011-07-07 | Nikon Corp | Electronic device and electronic device system |
| JP5659586B2 (en) * | 2010-07-09 | 2015-01-28 | ソニー株式会社 | Display control device, display control method, display control program, and recording medium |
| JP2012084037A (en) * | 2010-10-14 | 2012-04-26 | Panasonic Corp | Input device |
| JP2012243012A (en) * | 2011-05-18 | 2012-12-10 | Sony Corp | Display control device, display control method, program, and recording medium |
| JP5576841B2 (en) * | 2011-09-09 | 2014-08-20 | Ｋｄｄｉ株式会社 | User interface device capable of zooming image by pressing, image zoom method and program |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102469259A (en) * | 2010-11-01 | 2012-05-23 | 奥林巴斯映像株式会社 | Panoramic image generation device and panoramic image generation method |
| CN102572481A (en) * | 2010-12-28 | 2012-07-11 | 索尼公司 | Image processing apparatus, control method thereof, and program |
| CN102843512A (en) * | 2011-06-24 | 2012-12-26 | 奥林巴斯映像株式会社 | Photographic device, photographic method |
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