CN1710521A - Image processing method, image processing apparatus - Google Patents
Image processing method, image processing apparatus Download PDFInfo
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- CN1710521A CN1710521A CN200510079565.4A CN200510079565A CN1710521A CN 1710521 A CN1710521 A CN 1710521A CN 200510079565 A CN200510079565 A CN 200510079565A CN 1710521 A CN1710521 A CN 1710521A
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Abstract
Image processing method, image processing apparatus. Image processing apparatus includes an image processing device and an image display. The image display method comprises: specifying an original image to be processed, displaying the specified original image, dividing the image into a plurality of movable or transformable areas, selecting one of the divided areas, specifying image processing to be performed on the selected area, creating a processed image obtained by subjecting the display image to the specified image processing, replacing the selected area with the area corresponding to the processed image, moving or transforming the selected area, and updating the display image in such a manner that the result of the image processing is displayed in the area according to the movement or transformation of the area and that the image before the image processing is displayed in the remaining area of the display image.
Description
Technical field
The present invention relates to image processing techniques, more particularly, relate to the technology that is used for carries out image processing efficiently and makes it possible to easily check result.
Background technology
In order to make image stand Flame Image Process (comprising brightness and color adjustment), use following control method usually.The user is presented at the whole or major part of pending image on the display.The user is watching image on one side attentively, Yi Bian use adjusted slide block and adjustment disk such as mouse, thus parameter regulated such as brightness and color, with the image that obtains to wish.
Yet according to this method, the user can only observe the image corresponding with up-regulated parameter.Because the object of not comparing, so be difficult to determine whether with the image of image adjustment for wishing with this image.Therefore, unless the user has accumulated certain experience, otherwise can't apace image adjustment be satisfied image.
Comprised such function in the image processing software of entry level especially: preparation is by dwindling the image that original image obtains, and the image before will handling and parameter has been carried out various adjustings image afterwards and be presented at side by side on the same picture.In the method, can contrast mutually shown multiple image at a glance.Therefore, this method is suitable for understanding has carried out for what kind of adjusting, but is not suitable for understanding the details of adjusting, because image is very little.
A kind of like this method is disclosed, that is, display image in the zone of original image, with the image in keeping other zone constant in this image of highlighted demonstration (Japanese Patent Application Laid-Open No.2002-152496).Using this method to make can be on a picture compare original image and processed image.
Need such method: this method makes new hand also can easily regulate image in such a way, promptly, when reconciling entire image,, and then a part of handling image and the counterpart of original image compared fast and neatly to handling image and raw image compares.Because the purpose of disclosed method is not that the result who regulates in detail is applied to entire image in Japanese Patent Application Laid-Open No.2002-152496, so this method is not enough to regulate entire image.
Summary of the invention
An object of the present invention is to provide a kind of like this image processing techniques, it makes not only can be with enough accuracy carries out image processing efficiently, and the easily effect handled of check image and the user interface capabilities that strengthens Flame Image Process.
According to a first aspect of the invention, provide a kind of image processing apparatus, it comprises: display is used for display image; The image specifying part is used to specify pending original image; The display image creating section is used to create display image, to show the original image by the appointment of image specifying part on display; Image displaying part is used for showing the display image of being created by the display image creating section on display; The border is provided with portion, is used to be provided with the border, so that the display image on the display is divided into a plurality of subregions; The zone selection portion is used for selecting of described a plurality of subregions; The Flame Image Process specifying part, being used to specify will be to the Flame Image Process of original image execution; Image processing part, all or part of that is used to make original image stands the Flame Image Process by the appointment of Flame Image Process specifying part; Display image renewal portion is used for the display image that a subregion by regional selection portion selection is replaced into the original image of being handled by image processing part; And border moving part, be used for according to user's the operation position of moving boundary freely, wherein, when described border moving part moves the subregion selected by regional selection portion and during adjacent to the position on the border between the zone of this subregion, described display image renewal portion is according to this subregion of mobile update on this border and the display image in the adjacent area.
According to a second aspect of the invention, a kind of image processing method that uses in image processing apparatus is provided, this image processing apparatus comprises the display that is used to handle the treatment of picture device and is used for display image, this image processing method may further comprise the steps: the image given step is used to specify pending original image; The display image foundation step is used to create display image, to be presented at the original image of appointment in the image given step on display; Image display step is used for being presented at the display image that the display image foundation step is created on display; The border is provided with step, is used to be provided with the border, so that the display image on the display is divided into a plurality of subregions; Step is selected in the zone, is used for selecting of described a plurality of subregions; The Flame Image Process given step is used to specify the Flame Image Process that will carry out on original image; Image processing step, all or part of that is used for making original image stands the Flame Image Process in the appointment of Flame Image Process given step; The display image step of updating is used for a subregion of selecting step to select in the zone is replaced into the original image of handling in image processing step display image; And step is moved on the border, be used for position according to user's operation moving boundary, wherein, move the subregion in step is selected in the zone, selected in the step and during adjacent to the position on the border between the zone of this subregion, described display image step of updating is according to this subregion of mobile update on this border and the display image in the adjacent area when moving on described border.
To set forth advantage of the present invention in the following description, it partly can be obvious according to explanation, perhaps can be by practice of the present invention is known.By device and the combination of specifically noting below, can realize and obtain advantage of the present invention.
Description of drawings
Accompanying drawing is merged in instructions and constitutes the part of instructions, shows embodiments of the invention, and with above comprehensive explanation and following specifying of embodiment one is used from and explains principle of the present invention.
Fig. 1 shows the formation according to the Flame Image Process picture in the image processing method of first embodiment of the invention;
Fig. 2 shows a plurality of Flame Image Process items;
Fig. 3 shows the formation of image processing apparatus;
Fig. 4 shows the information that is stored in the memory buffer;
Fig. 5 shows the process of the summary that is used to provide the image display process;
Fig. 6 is the process flow diagram that is used to help to set forth the process that file operation handles;
Fig. 7 is the process flow diagram that is used to help to set forth the process that File Open handles;
Fig. 8 is used to help to set forth the process flow diagram that image display area upgrades the process of handling;
Fig. 9 is used to help to set forth the process flow diagram that file is preserved the process of handling;
Figure 10 is the process flow diagram that is used to help to set forth the reader operational processes;
Figure 11 is the process flow diagram of reader selective listing operational processes;
Figure 12 is the process flow diagram that is used to help set forth the process of parameter designation area operational processes;
Figure 13 is the process flow diagram that is used to help set forth the process of image display area operational processes;
Figure 14 shows the formation according to the Flame Image Process picture in the method for displaying image of second embodiment of the invention;
Figure 15 shows a plurality of Flame Image Process items;
Figure 16 shows the information that is stored in the temporary storage;
Figure 17 shows the formation of image processing apparatus;
Figure 18 shows the process of the summary that is used to provide the image display process;
Figure 19 is the process flow diagram that is used to help to set forth the process that file operation handles;
Figure 20 is the process flow diagram that is used to help to set forth the process that File Open handles;
Figure 21 is used to help to set forth the process flow diagram that image display area upgrades the process of handling;
Figure 22 is used to help to set forth the process flow diagram that file is preserved the process of handling;
Figure 23 is the process flow diagram that is used to help set forth the process of edit pattern hand-off process;
Figure 24 is the process flow diagram that is used to help to set forth parameter designation area operational processes;
Figure 25 is the process flow diagram that is used to help set forth the process of image display area operational processes; And
Figure 26 is the process flow diagram that is used to help set forth the process of temporary storage district operational processes.
Embodiment
[first embodiment]
In image processing method according to an embodiment of the invention, the user handles and edits image according to the Flame Image Process picture on the display part that is presented at image processing apparatus.
Fig. 1 shows the formation according to the Flame Image Process picture in the image processing method of first embodiment of the invention.
Flame Image Process picture 1 is made up of toolbar area 2, image display area 3, display operation district 4 and parameter region 6.In toolbar area 2, be provided with the various buttons of the operation that is used to carry out relevant Flame Image Process.Image display area 3 the image before the original image, Flame Image Process and the image sets after the Flame Image Process altogether and show the gained image.Display operation district 4 has the action button that is used to amplify with downscaled images.In parameter region 6, show the operational module of the parameter that is used to specify relevant Flame Image Process etc.
In toolbar area 2, be provided with the reader of opening button 11, save button 12, relevant reader operation and create button 14a, reader delete button 14b and conclusion button 15.Open the original image that button 11 is used to select to wait to stand Flame Image Process.Save button 12 is used to use definite Flame Image Process parameter to preserve the original image that has stood Flame Image Process.Reader is created button 14a and is used for creating reader at image display area 3.Reader delete button 14b is used for from image display area 3 delete view devices.Conclusion button 15 is used for closing image and handles picture 1.
In image display area 3, can create a plurality of readers.Reader is specified part zone in image display area.The user can be provided with various Flame Image Process parameters, handles image and use reader to check result in this subregion.In image display area, can create a plurality of readers.Can change the display position of reader and show size.Fig. 1 shows reader A and reader B.
When the zone C that exists wherein reader A and reader B to overlap mutually as illustrated in fig. 1, the Flame Image Process parameter that imposes on each reader is repeated to impose on zone C.After a while this is elaborated.
In display operation district 4, be provided with and dwindle button 26a and large buttons 26b.Dwindle button 26a and be used for dwindling the image that is presented at image display area 3.Large buttons 26b is used for being shown enlarged in the image of image display area 3.
In parameter region 6, be provided with reader selective listing 23, movable button 24, Flame Image Process selective listing 28 and parameter Assign Controller 29.Reader selective listing 23 shows the title of reader, and these titles make can specify the reader of waiting to stand Flame Image Process.Movable button 24 is used for changing the order that the reader title is arranged in the reader selective listing.In Flame Image Process selective listing 28, be provided with a plurality of Flame Image Process items, make the user can select the Flame Image Process of wishing.Parameter Assign Controller 29 is the modules that are used to import the Flame Image Process parameter corresponding with user-selected Flame Image Process item.
Below with reference to Fig. 1, the summary of method for displaying image is set forth.
When user's display image was handled picture 1, action button 11 to 15 appeared in the toolbar area 2.When the user pushes when opening button 11, show a plurality of hierarchical files.Then, when user search to a file and when specifying pending image, this image appears in the image display area 3.
Next, when the user pushed reader establishment button 14a, reader A appeared in the image display area 3.Can use click reader A and it is dragged to the position of hope.Under the situation that shows reader A, when the user pushed reader establishment button 14a once more, reader B appeared in the image display area 3.Can use click reader B equally and it is dragged to the position of hope.The part of reader B can overlap mutually with reader A.
When the user specifies a reader and push reader delete button 14b, from image display area 3 these readers of deletion.When new establishment reader, the title of reader is added to reader selective listing 23.When the delete view device, from the title of reader selective listing 23 these readers of deletion.
The user can specify the title of the reader of wishing in reader selective listing 23, thereby selects the reader of hope.Use red frame to surround selected reader in image display area 3, this reader has been selected in this expression.The user can specify the title of reader and operate movable button 24 in reader selective listing 23, thereby changes the order that the reader title shows in reader selective listing 23.For example, when the user selected reader A and operation " moving down " button, reader A moved under the reader B.
When user's application drawing is tabulated 28 the time as processing selecting, the Flame Image Process item appears in as shown in Figure 2 the drop-down menu.When Flame Image Process item that the user selects to wish, added at least one parameter Assign Controller 29 corresponding with this selection to parameter region 6.Then, when user's operating parameter Assign Controller 29, be presented at image on the selected reader and stand Flame Image Process based on this processing parameter.Therefore, in image display area 3, the image that stands Flame Image Process in reader and original image are combined and show the gained image.Thereby, can on single picture, contrast mutually original image and processing image neatly.
Lap stands Flame Image Process by the order that shows in reader selective listing 23.For example, when reader A and reader B were presented in the reader selective listing 23 by listed order, described lap at first stood to impose on the Flame Image Process of reader A, then stands to impose on the Flame Image Process of reader B.
To the operation of zoom button 26a, 26b make can dwindle with enlarged image viewing area 3 in entire image.Thus, can carry out trickle inspection to processing result image.In addition, can easily understand big scope.
When the user operated save button 12, original image stood the Flame Image Process based on the Flame Image Process parameter that is assigned to selected reader, and the gained image is stored in the specific image file folder.By choosing the preservation check box 23a that is additional to reader selective listing 23, can be arranged on whether Flame Image Process works when preserving.For example, during the check box of elected middle reader A and reader B, original image stands the Flame Image Process by listed order among reader A and the reader B, and preserves the gained image.When only choosing the check box of reader B, original image only stands the Flame Image Process among the reader B, and preserves the gained image.Then, when user's EO button 15, closing image is handled picture 1.
Below the formation of the image processing apparatus that is used to realize this image processing method and main processing procedure thereof is set forth.
Fig. 3 shows the formation of image processing apparatus 30.Image processing apparatus 30 comprises display part 31, operation inputting part 32, communication interface 33, display-memory 34, program storage 36 and handling part 37.
Display-memory 34 is provided with a plurality of memory buffer.Be stored in these memory buffer is the image that shows in image display area 3, that is: (1) original image; (2) image of relevant various readers; And (3) stand stacked image.For example, when showing two readers, following four memory buffer have been created: (a) memory buffer of storage original image; (b) memory buffer of the image that original image obtains is handled in storage by the image parameter of using reader A; (c) memory buffer of the image that original image obtains is handled in storage by the image parameter of using reader B; And the memory buffer of (d) storing the image that obtains by the image parameter processing original image that uses reader A and reader B.
Fig. 4 shows the information that is stored in the memory buffer.In this memory buffer, store " video memory ", " processing parameter " and " reader information "." video memory " storage view data in image display area 3 to be shown.The Flame Image Process parameter of " processing parameter " storage appointment.When this memory buffer keeps original image, stores processor parameter not.In addition, when this memory buffer keeps superimposed images, stores processor parameter not.This is because needn't repeatedly store any processing parameter, because all use the processing parameter in the memory buffer to carry out processing to each reader." reader information " storage information relevant with display position with the size of reader.
Next, with reference to Fig. 5 to 13, the summary of the process of Flame Image Process is set forth.Below the processing of Chan Shuing is the major part of relevant image processing function.Therefore, although following elaboration, the function shown in Fig. 1 to 4 all is included in these image processing functions.
When the user starts Flame Image Process, handling part 37 in the step S01 of Fig. 5 on display part 31 display image handle picture 1.Then, the user operates operation inputting part 32, and then the various action buttons on the Flame Image Process picture 1 are operated, thereby carries out the processing corresponding with these action buttons.
When in user's operation tool hurdle district 2 open button 11 or save button 12 time, execute file operational processes (Fig. 6) in step S02.
In the step T01 of Fig. 6, if detect to opening the operation of button 11, the processing that opens file (Fig. 7) among the setting up procedure T02 so.
In step P03, read the specified image of user at the step P01 of Fig. 7, then not only it as raw image storage in display-memory 34, and it is presented in the image display area 3.Then, in step P04, the carries out image viewing area is upgraded and is handled (Fig. 8), thus the content displayed in the update image viewing area 3.
In the step Q01 of Fig. 8, read original image from the memory buffer of display-memory 34, then it is presented in the image display area 3.In step Q02 and step Q03, read position, size, shape and the out of Memory of each reader from " the reader information " of buffering storer.According to these items of information, display box line in each reader.
Then, in step Q04 and step Q05, the image of the processing extraction unit partial image from be stored in the memory buffer corresponding with each reader, and it is presented in this reader.In zone that a plurality of readers mutually overlap show parts of images that superimposed images from buffering storer extract thereafter.
After having finished the File Open processing, control is returned Fig. 5 and is waited for next operation of user.
In the step T05 of Fig. 6, if detect operation to save button 12, the file among the setting up procedure T06 is preserved and is handled (Fig. 9) so.
In the step T07 of Fig. 9, determined whether to choose the preservation check box 23a in the parameter region 6.If be "No" in step T07, that is, preserve check box 23a if choose, do not carry out preservation so and finish this processing.If be "Yes" in step T07, that is,, in step T08, determine whether to have chosen a plurality of preservation check box 23a so if chosen preservation check box 23a.
If be "No" in step T08, that is, if only chosen one to preserve check box 23a, then step T09 handle and its check box selected the corresponding processing image setting of reader be image to be stored.If be "Yes" in step T08, that is, surpass one and preserve check box 23a if chosen, so with its check box selected the corresponding superimposed images of reader be set to image to be stored.Then, in step T11, read image to be stored and it is kept in the specified file.
After having finished file preservation processing, control is got back to Fig. 5 and is waited for next operation of user.
In Fig. 5, when the reader in user's operation tool hurdle district 2 is created button 14a, in step S03, carry out reader operational processes (Figure 10).
In the step T15 and step T16 of Figure 10, if detect reader is created pushing of button 14a, then in display-memory 34, create new memory buffer, this new memory buffer of initialization then., in step T19, the original image in the display-memory 34 is copied in " video memory " of this new memory buffer at step T17.Then, in image display area, show new reader.Simultaneously, the title of this reader is added to reader selective listing 23.
Then, determine in image display area, whether have 2 or more a plurality of reader.If be "Yes" in step T20, that is, if there are two or more readers, then establishment is used for overlapping result's new memory buffer and it is carried out initialization in display-memory 34.Then, the original image in the display-memory 34 is copied in " video memory " of this new memory buffer.Then, processing (Fig. 8) is upgraded in the carries out image viewing area in step T25.
If be "No" in step T20, that is, if only there is a reader in image display area, then the carries out image viewing area is upgraded and is handled (Fig. 8), and this is because needn't carry out overlapping.Set forth owing to image display area has been upgraded to handle, so omit elaborating it.
After having finished reader establishment processing, control is got back to Fig. 5 and is waited for next operation of user.
In Fig. 5, when the reader delete button 14b in user's operation tool hurdle district 2, in step S03, carry out reader operational processes (Figure 10).
In the step T27 and step T28 of Figure 10,, will delete the reader of selecting from reader selective listing 23 so if detect to the pushing of reader delete button 14b.Then, in step T31, delete relevant reader at step T29 from image display area.Simultaneously, from the title of these readers of reader selective listing 23 deletion and open the buffer zone of the display-memory corresponding with the reader of being deleted.
Then, determine before deletion, in image display area, whether have two or more readers.If be "Yes" in step T32, that is,, then in step T33, open the buffer zone that is used for overlapping result if there are two or more readers.Then, processing (Fig. 8) is upgraded in the carries out image viewing area in step T25.If be "No" in step T32, that is, if only had a reader in image display area before deletion, then the carries out image viewing area is upgraded and is handled (Fig. 8), and this is not to be used for overlapping buffer zone because do not exist.Set forth owing to image display area has been upgraded to handle, so omit elaborating it.
In Fig. 5, when the reader selective listing 23 in user's operating parameter district 6, carry out reader selective listing operational processes (Figure 11) at step S04.
When the user changes selection to the reader title in the reader selective listing 23, detect the change of selection mode and in the step T35 of Figure 11 new reader title of selecting of highlighted demonstration in the step T37.For example, with its color change au bleu.Simultaneously, the reader in the highlighted display image viewing area.For example, surround this reader with red frame.Then, in step T38,, the demonstration of the parameter Assign Controller 29 in Flame Image Process selective listing 28 and the parameter setting area is upgraded, and finished reader selective listing operational processes according to selected reader.
When the user operates movable button 24, in the step T40 of Figure 11 and step T41, determine to push which button in " moving up " button and " moving down " button.According to the button of being pushed, change the order that reader selective listing 23 shows.
Then, in step T42, the processing picture material of the buffer zone that is used for the overlapping result corresponding with the reader that is changed is upgraded.That is, according to the order of reader selective listing 23 demonstrations, carries out image processing again.Storage gained image.Thereafter, the carries out image viewing area is upgraded processing (Fig. 8) and is finished reader selective listing operational processes in step T43.Set forth owing to image display area has been upgraded to handle, so omit elaborating it.
When the user chooses when preserving check box 23a, in the step T45 of Figure 11 and step T46, determine the check box 23a that chooses.If be "Yes" in step T46, that is, do not change preceding check box 23a if choose as yet, then choose check box 23a.If be "No" in step T46, that is, change preceding check box 23a if chosen, then make the not selected and end reader selective listing operational processes of this check box 23a.
In Fig. 5, when user's application drawing during as the parameter Assign Controller 29 in processing selecting tabulation 28 or the parameter region 6, execution parameter designation area operational processes (Figure 12) in step S05.
In the step T51 and step T52 of Figure 12, if detect selection, then adding parameter region 6 to selected Flame Image Process item corresponding parameters Assign Controller 29 to Flame Image Process selective listing 28.
In step T55 and step T56, if detect operation to parameter Assign Controller 29, then corresponding with the reader of selecting from reader selective listing 23 image of handling stands Flame Image Process based on designated parameter.In step T57 and step T58, the content stores of this designated parameter in " processing parameter " of memory buffer.Simultaneously, carry out these Flame Image Process by the order that in reader selective listing 23, shows a plurality of Flame Image Process.The gained image is stored in " video memory " of memory buffer.Then, the carries out image viewing area is upgraded processing (Fig. 8) and is finished parameter designation area operational processes in step T59.Set forth owing to image display area has been upgraded to handle, so omit elaborating it.
After having finished the parameter region operational processes, control is returned Fig. 5 and is waited for next operation of user.
In Fig. 5, when user's executable operations and when operating button in the display operation district 4 in image display area 3, carries out image viewing area operational processes (Figure 13) in step S06.
When the user operates scroll bar in the image display area 3, the demonstration in the image display area that changes current selection according to step T61 and the rolling operation among the step T62 at Figure 13.Then, in step T63, the carries out image display update is handled (Fig. 8), thus the content of update displayed in image display area 3.Set forth owing to image display area has been upgraded to handle, so omit elaborating it.
When the user operates large buttons 26b, in the step T65 of Figure 13 and step T66, increase the demonstration convergent-divergent multiplying power of image display area 3.Then, in step T63, the carries out image viewing area is upgraded and is handled (Fig. 8), thus the content of update displayed in image display area 3.Set forth owing to image display area has been upgraded to handle, so omit elaborating it.
When button 26a is dwindled in user operation, in the step T71 of Figure 13 and step T72, reduce the demonstration convergent-divergent multiplying power of image display area 3.Then, in step T63, the carries out image viewing area is upgraded and is handled (Fig. 8), thus the content of update displayed in image display area 3.Set forth owing to image display area has been upgraded to handle, so omit elaborating it.
When the user uses click and drags reader, in the step T75 of Figure 13 and step T76 according to the mobile change display position of reader.Then, in step T63, the carries out image viewing area is upgraded and is handled (Fig. 8), thus the content of update displayed in image display area 3.Set forth owing to image display area has been upgraded to handle, so omit elaborating it.
When the user uses click and drag the housing of reader, in the step T81 of Figure 13 and step T82, change the demonstration size and the shape of reader according to mouse moving.Then, in step T63, the carries out image viewing area is upgraded and is handled (Fig. 8), thus the content of update displayed in image display area 3.Set forth owing to image display area has been upgraded to handle, so omit elaborating it.
After having finished the image display area operational processes, control turns back to Fig. 5 and waits for next operation of user.
In Fig. 5, when user's EO button 15, in step S07, detect end operation and closing image and handle picture 1.
In the present embodiment, having used processing parameter to handle whole original image also is stored in the gained image in " video memory " of memory buffer.Usually, can not carry out this operation, and when in the reader of image display area 3, showing image, can only use processing parameter to handle relative section, and whole raw image storage in image file the time use processing parameter handle whole original image.This has eliminated the necessity that makes entire image stand Flame Image Process when display image, this just makes the Flame Image Process time shorten.
In the present embodiment, when the picture editting that carries out such as original development, a part that can selected image is set to treatment region, and can relatively in the edited result parameter be set in real time.Therefore, the effect of check image processing easily.Specifically, can judge the effect of a plurality of Flame Image Process at a glance.
Can change position, size and the shape of selecting district's (handling the scope of image therein) freely.In addition, a plurality of selections district can be set.Can move this a plurality of selections district simultaneously arbitrarily.Therefore, it is very outstanding and be user-friendly that this is formed in the operability aspect.
In addition, owing to be provided with zoom button 26a, 26b, so can amplify and dwindle entire image.This makes and can carry out trickle inspection and make easily to grasp big zone being pending object to processing result image.
As mentioned above, according to first embodiment, the result of check image processing easily also can strengthen the user interface capabilities of Flame Image Process.
[second embodiment]
Figure 14 shows the formation according to the Flame Image Process picture in the method for displaying image of second embodiment of the invention.The formation of the Flame Image Process picture 101 of second embodiment is different with the formation of the Flame Image Process picture 1 of first embodiment.Use the label different that the formation and the function of Flame Image Process picture 101 are set forth below with the label of first embodiment.
Flame Image Process picture 101 is made up of toolbar area 102, image display area 103, temporary storage operational zone 104, temporary storage viewing area 105 and parameter region 106.In toolbar area 102, be provided with the various buttons of the operation that is used to carry out relevant Flame Image Process.Image display area 103 the image before the original image, Flame Image Process and the image sets after the Flame Image Process altogether and show the gained image.Temporary storage operational zone 104 is provided with and is used for the various action buttons that image and reading images have been handled in interim storage.Temporary storage viewing area 105 is used to show the thumbnail of handling image of interim storage.In parameter region 106, show the type that is used to specify Flame Image Process and the operational module of parameter thereof.
In toolbar area 102, be provided with and open button 111, save button 112, Edit button 113 and conclusion button 115.Open the original image that button 111 is used to select to wait to stand Flame Image Process.Save button 112 is used to use determined Flame Image Process parameter to preserve the original image that has stood Flame Image Process.Edit button 113 is used to make image to obtain handling and obtaining editor on Flame Image Process picture 101.Conclusion button 115 is used for closing image and handles picture 101.
In image display area 103, be provided with original image viewing area 118 and handle image display area 119, between the two, be provided with dividing line 117.In handling image display area 119, show the part that stands Flame Image Process of original image.Original image viewing area 118 and processing image display area 119 have constituted whole original image.
In temporary storage operational zone 104, be provided with temporary storage district the Show Button 121, temporary storage button 122, storer and read button 123, displacement button 124, zoom button 126 and split mode button 127.Temporary storage district the Show Button 121 is used for switching in the demonstration of temporary storage viewing area 105 and between not showing.Temporary storage button 122 is used for having handled image in the temporary storage storage.Storer reads button 123 and is used for reading the image of processing that is stored in temporary storage and shows this image in handling image display area 119.By dwindling the image that zoom button 126 that button 126a and large buttons 126b form is used for dwindling and being shown enlarged in image display area 103.Split mode button 127 is used for changing the division numbers of the image that is presented at image display area 103, that is, and and the quantity in zone.
In temporary storage viewing area 105, show the thumbnail of handling image that is stored in the temporary storage (after a while this being set forth).
In parameter region 106, be provided with Flame Image Process selective listing 128 and parameter Assign Controller 129.In Flame Image Process selective listing 128, be provided with a plurality of Flame Image Process items, make the user can select the Flame Image Process of wishing.Parameter Assign Controller 129 is the modules that are used to import the Flame Image Process parameter corresponding with user-selected Flame Image Process item.
Next, with reference to Figure 14, the summary of method for displaying image is set forth.
When user's display image was handled picture 101, action button 111 to 115 appeared in the toolbar area 102.When the user pushes when opening button 111, show a plurality of hierarchical files.Then, when user search to a file and when specifying pending image, in image display area 103, show this image.
Next, when the user operates Edit button 113, pattern is made into the feasible pattern that can carry out Flame Image Process.Simultaneously, dividing line 117 appears in the image display area 103.By selecting the split mode button 127 can be the alteration of form precedent of dividing line 117 such as the fractionation of vertical two-way, the fractionation of horizontal two-way, four tunnel fractionations etc.When the user pushes displacement button 124, can change the position of handling image display area 119.For example, splitting at two-way under the situation of picture, when the user pushes displacement button 124, is the position alternating permutation of handling image display area 119 another location all.Split under the situation of picture four the tunnel, when the user pushes displacement button 124, all deasil change the position of handling image display area 119.In Figure 14, vertically image display area 103 is divided into two.Left side district is made as original image viewing area 118, and right side district is made as processing image display area 119.For example, this district is designed so that the user can easily discern this district by in display frame, using red frame around being made as the district that handles image display area 119.
Tabulate 128 the time as processing selecting when user's application drawing, the drop-down menu of Flame Image Process item presents as shown in figure 15.When Flame Image Process item that the user selects to wish, at least one parameter Assign Controller 129 is added to parameter region 106 according to this selection.When user's operating parameter Assign Controller 129, be presented at the image of handling in the image display area 119 and stand Flame Image Process based on this processing parameter.As a result, in image display area 103, the part that stands Flame Image Process and the original image of image are combined and show the gained image.Can come the position of mobile dividing line 117 by slide.Therefore, can on single picture, contrast mutually original image and processing image neatly.
When the user operates zoom button 126a, 126b, can amplify and dwindle entire image, the position of dividing line 117 in image display area 103 remains unchanged simultaneously.Therefore, can carry out trickle inspection and can be set to pending object in easily big zone processing result image.
When the user pushes temporary storage button 122, the image in the processing image display area 119 that is presented at current selection, it processing parameter and the sign original image information stores in temporary storage.Figure 16 shows the information that is stored in the temporary storage.At this moment, in temporary storage viewing area 105, show the thumbnail of handling image.Be stored in processing image in the temporary storage and be by making whole original image stand the image that the Flame Image Process based on processing parameter obtains.
Then, when the user selects to be presented at thumbnail in a plurality of thumbnails in the temporary storage viewing area 105 and operational store and reads button 123, use imposed on the processing parameter of selected thumbnail and the image handled is presented at and handles in the image display area 119.Therefore, can easily return to the state that is stored in the temporary storage to image.
When the user operates save button 112, extract the Flame Image Process parameter in the processing image display area 119 that is presented at current selection.By making original image stand to be kept in the specific image file folder based on the processing image that this Flame Image Process parameter obtains.When user's EO button 115, closing image is handled picture 101.
Next, the formation of the image processing apparatus that is used to realize above-mentioned image processing method and main processing procedure thereof is set forth.
Figure 17 shows the formation of the image processing apparatus 130 of second embodiment.The difference of the image processing apparatus of the image processing apparatus 130 and first embodiment is that it also comprises video memory 35 and temporary storage 38, and has the memory buffer 39 of displacement display-memory 34.Use the identical label sign part identical and omit elaborating them with the part of first embodiment.
Next, with reference to Figure 18 to 26, provide the summary of the process of image display process.Below the processing of Chan Shuing is the major part of image display process function.Therefore, although following elaboration, the function shown in Figure 14 to 17 is included in these image display process functions.
When the user starts Flame Image Process, handling part 37 in the step S101 of Figure 18 on display part 31 display image handle picture 101.Then, when user's operation inputting part 32 is operated various action button on the Flame Image Process picture 101 then, carry out the processing corresponding with these action buttons.
When in user's operation tool hurdle district 102 open button 111 or save button 112 time, execute file operational processes (Figure 19) in step S102.
If in the step T101 of Fig. 9, detect opening the operation of button 111, then in step T102, activate to open the operation of file.
At the step P101 of Figure 20 in step P103, read the specified image of user then it as raw image storage in video memory 35.Simultaneously, the display image viewing area 103.Then, in step P104, the carries out image viewing area is upgraded and is handled (Figure 21), thus the content of update displayed in image display area 103.
In the step Q101 and step Q102 of Figure 21, detect the split mode of selecting.According to this split mode, quantity, position and the direction of dividing line are calculated and arranged.Then, in step Q103 and step Q104, in all images viewing area, calculate identical demonstration convergent-divergent multiplying power.Simultaneously, the scrolling position (block position) in each district is calculated, thereby single image is divided into a plurality of subimages, and dividing line 117 is between these subimages.
In step Q105 and step Q106, read original image and it is presented at the original image viewing area 118 from video memory 35.In addition, read to handle image and the part corresponding with described block position of this image be presented at from buffering storer 39 and handle the image display area 119.As yet not in the original state of carries out image processing, original image is stored in the memory buffer 39 as handling image.
After having finished the processing that opens file, control is returned Figure 18 and is waited for next operation of user.
If detect the operation to save button 112 in the step T105 of Figure 19, the file among the setting up procedure T106 is preserved and is handled (Figure 22) so.
In the step T107 of Figure 22, determine whether to exist a plurality of processing image display areas 119.If be "Yes" in step T107, that is, if there are a plurality of processing image display areas 119, then the processing image display area 119 that the user is selected is made as and treats the object preserved in step P108.Then, in step P109, read from the memory buffer 39 corresponding and to handle image and it is stored in the specified file with this processing image display area 119.
After having finished file preservation processing, control is got back to Figure 18 and is waited for next operation of user.
When the Edit button 113 in user's operation tool hurdle district 102, executive editor's mode switch is handled (Figure 23) in step S103.
In the step P111 of Figure 23, determine whether to be edit pattern with mode switch.If be "No" in step P111, that is,, then carry out initialization process if be not edit pattern as yet with mode switch.That is, in step P112 and step P113, create memory buffer 39 with the number of partitions equal number.Original image is copied in the memory buffer of being created 39.
Then, in step P114 and step P115, show dividing line 117, handle image display area 119 and parameter region 106.In step P116, the carries out image viewing area is upgraded and is handled (Figure 21), thus the content of update displayed in image display area 103.Set forth owing to image display area has been upgraded to handle, so omit elaborating it.
After having finished the edit pattern hand-off process, control is got back to Figure 18 and is waited for next operation of user.
In Figure 18, when user's application drawing during as the parameter Assign Controller 129 in processing selecting tabulation 128 or the parameter region 106, execution parameter designation area operational processes (Figure 24) in step S104.
In the step T111 and step T112 of Figure 24, if detect selection, then adding parameter region 106 to selected Flame Image Process item corresponding parameters Assign Controller 129 to Flame Image Process selective listing 128.
In the step T115 and step T116 of Figure 24,, make processing image in the memory buffer 39 stand Flame Image Process so based on designated parameter if detect operation to parameter Assign Controller 129.Then, the carries out image viewing area is upgraded and is handled (Figure 21) in step T117, thus the content of update displayed in image display area 103.Set forth owing to image display area has been upgraded to handle, so omit elaborating it.
After having finished the parameter region operational processes, control is returned Figure 18 and is waited for next operation of user.
In Figure 18, when the user carries out the operation of relevant image demonstration, carries out image viewing area operational processes (Figure 25) in step S105.
When the user operates scroll bar in the image display area 103, the demonstration in the processing image display area 119 that changes current selection according to step P121 and the rolling operation among the step P122 at Figure 25.Then, in step P130, combine, go up at all other image display areas (that is, image display area 119 is handled with other in original image viewing area 118) and carry out identical processing with this operation.Then, in step P132, the carries out image viewing area is upgraded and is handled (Figure 21), thus the content of update displayed in image display area 103.Set forth owing to image display area has been upgraded to handle, so omit elaborating it.
When the user operates large buttons 126b, in the step P124 of Figure 25 and step P125, increase the demonstration convergent-divergent multiplying power of current selected processing image display area 119.Then, in step P130, combine, go up at all other image display areas (that is, image display area 119 is handled with other in original image viewing area 118) and carry out identical processing with this operation.Then, in step P132, the carries out image viewing area is upgraded and is handled (Figure 21), thus the content of update displayed in image display area 103.Set forth owing to image display area has been upgraded to handle, so omit elaborating it.
When button 126a is dwindled in user operation, in the step P127 of Figure 25 and step P128, reduce the demonstration convergent-divergent multiplying power of current selected processing image display area 119.Then, in step P130, combine, go up at all other image display areas (that is, image display area 119 is handled with other in original image viewing area 118) and carry out identical processing with this operation.Then, in step P132, the carries out image viewing area is upgraded and is handled (Figure 21), thus the content of update displayed in image display area 103.Set forth owing to image display area has been upgraded to handle, so omit elaborating it.
When the user operates split mode button 127, be mode switch selected split mode (vertical two-way splits, horizontal two-way splits or four tunnel split) in the P136 at the step P135 of Figure 25.In step P132, the carries out image viewing area is upgraded and is handled (Figure 21), thus the content of update displayed in image display area 103.Set forth owing to image display area has been upgraded to handle, so omit elaborating it.
When the user slides and during the position of mobile dividing line 117, in the step P138 of Figure 25 and step P139, change the position of dividing line and the size of regulating each viewing area.Then, in step P132, the carries out image viewing area is upgraded and is handled (Figure 21), thus the content of update displayed in image display area 103.Set forth owing to image display area has been upgraded to handle, so omit elaborating it.
When the user operates displacement during button 124, in the step P141 of Figure 25 and step P142, the processing image display area 119 of waiting to stand Flame Image Process is replaced into another and handles image display area 119.Then, in step P132, the carries out image viewing area is upgraded and is handled (Figure 21), thus the content of update displayed in image display area 103.Set forth owing to image display area has been upgraded to handle, so omit elaborating it.
After having finished the image display area operational processes, control is got back to Figure 18 and is waited for next operation of user.
In Figure 18, when the user carries out the operation of relevant interim storage, in step S106, carry out temporary storage district's operational processes (Figure 26).
When the user operates temporary storage district the Show Button 121, in the step P151 of Figure 26 and step P152, determine whether to show temporary storage viewing area 105.If be "No" in step P152, that is, if, then show temporary storage viewing area 105 not showing temporary storage viewing area 105.In addition, if in temporary storage 38, store image, then show the thumbnail of this image.If be "Yes" in step P152, that is,, then in step P154, make not show temporary storage viewing area 105 if showing temporary storage viewing area 105.
When the user operates temporary storage button 122, in P163, the image that is presented in the selected processing image display area 119 is made as object to be stored and guarantees to be used for interim memory storing district in temporary storage 38 at the step P161 of Figure 26.Then, in step P164 and step P165, the content of the memory buffer 39 corresponding with handling image display area 119 is copied in the temporary storage 38.Simultaneously, the thumbnail that in temporary storage viewing area 105, shows this content.
When the user selects to be presented at thumbnail in a plurality of thumbnails in the temporary storage viewing area 105 and operational store and reads button 123, in the processing image display area 119 that the step P171 that reads selected thumbnail and this image is written in Figure 26 selects in the step P173.Then, in step P174, according to original image identification information shown in Figure 16 determine to be presented in the image display area 103 image whether be presented at temporary storage viewing area 105 in thumbnail identical.
If be "Yes" in step P174, that is, if described image is identical with described thumbnail, then the image copy in the temporary storage 38 in the memory buffer 39 corresponding with handling image display area 119.That is, the processing image that is stored in the temporary storage 38 is presented in the processing image display area 119.If be "No" in step P174, that is, if described image is different with described thumbnail, the image in then corresponding with handling image display area 119 memory buffer 39 stands the Flame Image Process based on the processing parameter in the temporary storage 38.Then, in step P177, the carries out image viewing area is upgraded and is handled (Figure 21), thus the content of update displayed in image display area 103.Set forth owing to image display area has been upgraded to handle, so omit elaborating it.
After having finished the temporary storage operational processes, control is got back to Figure 18 and is waited for next operation of user.
In Figure 18, when user's EO button 115, in step S107, detect end operation and closing image and handle picture 101.
According to the foregoing description, the part that stands Flame Image Process and the original image of image are combined and show the gained image.By the position that slide moves dividing line 117, can change the subregion of image arbitrarily.Therefore, can on single picture, contrast mutually original image and processing image neatly.
In addition, the original image that can be arranged side by side is with the image that has been employed the Flame Image Process parameter and parameter can be set, and in real time edited result is compared simultaneously.Therefore, improved the operability of Flame Image Process.
Owing to be provided with zoom button 126a, 126b, so can dwindle and amplify entire image.This makes and can carry out trickle inspection and can easily be interpreted as pending object to big zone processing result image.
When the user pushes temporary storage button 122, the information stores of the image in the processing image display area 119 that is presented at current selection, its processing parameter and sign original image in temporary storage.In addition, when the user selects to be presented at thumbnail in a plurality of thumbnails in the temporary storage viewing area 105 and operational store and reads button 123, in handling image display area 119, show the image that uses the processing parameter that imposes on selected thumbnail to handle.Therefore, can easily return to the state that is stored in the temporary storage to image.
As mentioned above, according to second embodiment, can be enough carries out image processing and can strengthen the user interface capabilities of Flame Image Process exactly.
Can all be configured in each function of in above embodiment, setting forth in the hardware.Alternatively, can be wherein in software, being loaded in the computing machine with each functional programs, thus realize these functions.In addition, can be according to circumstances optionally each functional configuration in software or hardware.
In addition, can realize each function in the computing machine by the program in the recording medium (not shown) of being stored in is loaded into.Recording medium in an embodiment can use any register system, as long as can record program in this medium and computing machine can read this medium.
Those skilled in the art can easily find other advantages and modification.Therefore, the present invention is with regard to it widely with regard to the aspect, be not limited to here shown in and detail and the representative embodiment described.Therefore, under the prerequisite that does not break away from by the spirit or scope of claims and total inventive concept that equivalent limited thereof, can carry out various modifications.
Claims (12)
1, a kind of image processing apparatus (130) is characterized in that comprising:
Display (131) is used for display image;
The image specifying part is used to specify pending original image;
The display image creating section is used to create display image, to show the original image by the appointment of image specifying part on display;
Image displaying part is used for showing the display image of being created by the display image creating section on display;
The border is provided with portion (127), is used to be provided with border (117), so that the display image on the display is divided into a plurality of subregions;
The zone selection portion is used for selecting of described a plurality of subregions;
Flame Image Process specifying part (128,129) is used to specify the Flame Image Process that will carry out on original image;
Image processing part, all or part of that is used to make original image stands the Flame Image Process by the appointment of Flame Image Process specifying part;
Display image renewal portion is used for the display image that a subregion by regional selection portion selection is replaced into the original image of being handled by image processing part; And
The border moving part is used for according to user's the operation position of moving boundary freely,
Wherein, when described border moving part moves the subregion selected by regional selection portion and during adjacent to the position on the border between the zone of this subregion, described display image renewal portion is according to this subregion of mobile update on this border and the display image in the adjacent area.
2, image processing apparatus as claimed in claim 1 is characterized in that, described border is by rectilinear(-al).
3, image processing apparatus as claimed in claim 1, it is characterized in that, also comprise the Flame Image Process replacement section, the display image that this Flame Image Process replacement section is used on display exchanges the image of processing in the image of processing in first zone (118) and second portion zone (119), and shows the gained image.
4, image processing apparatus as claimed in claim 1, it is characterized in that, also comprise processing parameter (129) acquisition unit, this processing parameter acquisition unit is used for obtaining at least one Flame Image Process parameter according to user's operation, carries out processing to be used for described image processing part.
5, image processing apparatus as claimed in claim 1 is characterized in that also comprising:
Temporary storage portion, be used for provisionally being stored in and be shown as handling image, by described image processing part original image being carried out and handled obtaining to have handled the content of image of described subregion on the display at temporary storage (38,39), and the information of sign original image; With
The temporary storage selection portion is used for selecting being stored in the content of the processing of described temporary storage,
Wherein, described image processing part stands original image and is stored in by the identical processing of contents processing in the temporary storage of described temporary storage selection portion selection, and,
The demonstration of the subregion of the display image that described display image renewal portion is selected the whole display image on the display or by described regional selection portion is replaced into by making original image stand display image with the image that is obtained by the identical processing of the contents processing of described temporary storage selection portion selection.
6, as claim 1 or 5 described image processing apparatus, it is characterized in that also comprising video memory (35), this video memory is used to store by managing the image that original image obtains everywhere at described image processing part.
7, a kind of image processing method that uses in image processing apparatus (135), this image processing apparatus comprise and are used to the display (31) handling treatment of picture device (37) and be used for display image that this image processing method is characterised in that and may further comprise the steps:
Image given step (step P101) is used to specify pending original image;
Display image foundation step (step P102, P103) is used to create display image, to be presented at the original image of appointment in the image given step on display;
Image display step (step P104) is used for being presented at the display image that the display image foundation step is created on display;
The border is provided with step (step Q101, Q102), is used to be provided with the border, so that the display image on the display is divided into a plurality of subregions;
Step is selected in the zone, is used for selecting of described a plurality of subregions;
Flame Image Process given step (step T111, T112) is used to specify the Flame Image Process that will carry out on original image;
Image processing step (step T116), all or part of that is used for making original image stands the Flame Image Process in the appointment of Flame Image Process given step;
Display image step of updating (step T117) is used for a subregion of selecting step to select in the zone is replaced into the original image of handling in image processing step display image; And
Step (step P138) is moved on the border, is used for the position according to user's operation moving boundary,
Wherein, move the subregion in step is selected in the zone, selected in the step and during adjacent to the position on the border between the zone of this subregion, described display image step of updating (step P132) is according to this subregion of mobile update on this border and the display image in the adjacent area when moving on described border.
8, image processing method as claimed in claim 7 is characterized in that, described border (119) are by rectilinear(-al).
9, image processing method as claimed in claim 7, it is characterized in that also comprising Flame Image Process displacement step (step P141, P142), the display image that this Flame Image Process displacement step is used on display exchanges the image of handling in image and the second portion zone of processing in the first zone, and shows the gained image.
10, image processing method as claimed in claim 7, it is characterized in that also comprising processing parameter obtaining step (step T115), this processing parameter obtaining step is used for obtaining at least one Flame Image Process parameter according to user's operation, handles at described image processing step being used for.
11, image processing method as claimed in claim 7 is characterized in that further comprising the steps of:
Interim storing step (step P161 is to step P164) is used for provisionally being stored at temporary storage and is shown as handling image, in described image processing step original image being carried out and handle to obtain the having handled content of image and the information of sign original image of described subregion on the display; With
Temporary storage is selected step (step P172), is used for selecting being stored in the content of the processing of described temporary storage,
Wherein, described image processing step (step P176) make original image stand with the temporary storage of selecting to select in the step at described temporary storage in the identical processing of contents processing of storing, and,
Described display image step of updating (step P177) selects the demonstration of the subregion of the display image selected in the step to be replaced into by making original image stand the display image of the image that the processing identical with the contents processing of selecting obtain in described temporary storage selection step the whole display image on the display or in described zone.
12, as claim 7 or 11 described image processing methods, it is characterized in that also comprising the image storing step, this image storing step is used for storing by handling the image that original image obtains at described image processing step.
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| JP2004179569A JP2006003603A (en) | 2004-06-17 | 2004-06-17 | Image display program, image display method, image display device, and recording medium |
| JP2004179569 | 2004-06-17 |
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| CN1710521A true CN1710521A (en) | 2005-12-21 |
| CN100458664C CN100458664C (en) | 2009-02-04 |
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| CN101383040B (en) * | 2007-07-09 | 2011-12-14 | 株式会社东芝 | Apparatus for processing images, and method and computer program product for detecting image updates |
| CN104052927A (en) * | 2013-03-14 | 2014-09-17 | 三星电子株式会社 | Area Selection Processing Apparatus And Method For Media Editing |
| CN104247392A (en) * | 2012-03-06 | 2014-12-24 | 苹果公司 | Fanning user interface controls for media editing application |
| US10282055B2 (en) | 2012-03-06 | 2019-05-07 | Apple Inc. | Ordered processing of edits for a media editing application |
| US10552016B2 (en) | 2012-03-06 | 2020-02-04 | Apple Inc. | User interface tools for cropping and straightening image |
| US10936173B2 (en) | 2012-03-06 | 2021-03-02 | Apple Inc. | Unified slider control for modifying multiple image properties |
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| JP5193969B2 (en) * | 2009-05-21 | 2013-05-08 | ヤフー株式会社 | Map display apparatus and method for simultaneously displaying different maps |
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| JP5310803B2 (en) | 2011-07-25 | 2013-10-09 | カシオ計算機株式会社 | Image processing apparatus, image processing method, and program |
| JP6056689B2 (en) * | 2012-12-21 | 2017-01-11 | キヤノンマーケティングジャパン株式会社 | Information processing apparatus, processing method thereof, and program |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101383040B (en) * | 2007-07-09 | 2011-12-14 | 株式会社东芝 | Apparatus for processing images, and method and computer program product for detecting image updates |
| CN104247392A (en) * | 2012-03-06 | 2014-12-24 | 苹果公司 | Fanning user interface controls for media editing application |
| US10282055B2 (en) | 2012-03-06 | 2019-05-07 | Apple Inc. | Ordered processing of edits for a media editing application |
| US10545631B2 (en) | 2012-03-06 | 2020-01-28 | Apple Inc. | Fanning user interface controls for a media editing application |
| US10552016B2 (en) | 2012-03-06 | 2020-02-04 | Apple Inc. | User interface tools for cropping and straightening image |
| US10936173B2 (en) | 2012-03-06 | 2021-03-02 | Apple Inc. | Unified slider control for modifying multiple image properties |
| US10942634B2 (en) | 2012-03-06 | 2021-03-09 | Apple Inc. | User interface tools for cropping and straightening image |
| US11119635B2 (en) | 2012-03-06 | 2021-09-14 | Apple Inc. | Fanning user interface controls for a media editing application |
| US11481097B2 (en) | 2012-03-06 | 2022-10-25 | Apple Inc. | User interface tools for cropping and straightening image |
| CN104052927A (en) * | 2013-03-14 | 2014-09-17 | 三星电子株式会社 | Area Selection Processing Apparatus And Method For Media Editing |
Also Published As
| Publication number | Publication date |
|---|---|
| CN100458664C (en) | 2009-02-04 |
| JP2006003603A (en) | 2006-01-05 |
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