CN109634707A - Ultrasonic system GUI display method and device - Google Patents
Ultrasonic system GUI display method and device Download PDFInfo
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- CN109634707A CN109634707A CN201811572881.9A CN201811572881A CN109634707A CN 109634707 A CN109634707 A CN 109634707A CN 201811572881 A CN201811572881 A CN 201811572881A CN 109634707 A CN109634707 A CN 109634707A
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Abstract
The present invention provides ultrasonic system GUI display method and devices, which comprises obtains ultrasound image data, and generates ultrasound image according to the ultrasound image data and draw instruction；GUI operation information is obtained, and GUI graphical drawing instructions are generated according to the GUI operation information；It is drawn and is instructed according to the ultrasound image, draw ultrasound image in preset ultrasound image buffer area；According to the GUI graphical drawing instructions, GUI figure is drawn in the preset graphic buffer GUI；The ultrasound image and the GUI figure are synthesized into target GUI, and the target GUI is presented on the display unit, show delay or slow problem to avoidable ultrasound image, and it can avoid image and leakage frame occur, it is advantageously ensured that image is clear and complete, in addition, its display frame frequency that also can ensure that and promoted ultrasound image, to can avoid image flicker, make the GUI display effect of ultrasonic system more preferably.
Description
Technical field
The present invention relates to technical field of image processing, more specifically, being related to ultrasonic system GUI display method and device.
Background technique
With advances in technology with the raising of living standards of the people, ultrasonic system is also more and more widely used.
Ultrasonic system requires the ultrasound image of real-time display different mode during diagnosis, while needing to timely respond to the behaviour of doctor again
Make.
Existing ultrasonic system, usually at a GUI (Graphical User Interface, graphic user interface)
In main thread in such a way that the figure layer of ultrasound image and timer combine, come the ultrasound image refreshed under different mode.But
It is that the requirement of ultrasound image display frame frequency is relatively high, needs to reach 50f/s, and uses the figure layer and timer phase of ultrasound image
In conjunction with mode, cause the display frame frequency of ultrasonic system relatively low, be unable to satisfy requirement, and not can guarantee refreshing frequency can
It is also easy to the influence operated by doctor, by the refresh process of property, and ultrasound image so as to cause will lead to ultrasonic system
GUI display effect is poor.
Therefore, there is an urgent need to a kind of effective ultrasonic system GUI displaying schemes at present, to improve ultrasonic system
GUI display effect.
Summary of the invention
In view of this, the present invention provides a kind of ultrasonic system GUI display method and device, to solve existing ultrasound system
The poor technical problem of GUI display effect of uniting.
To achieve the above object, the invention provides the following technical scheme:
A kind of ultrasonic system GUI display method, which comprises
Ultrasound image data is obtained, and ultrasound image is generated according to the ultrasound image data and draws instruction；
GUI operation information is obtained, and GUI graphical drawing instructions are generated according to the GUI operation information；
It is drawn and is instructed according to the ultrasound image, draw ultrasound image in preset ultrasound image buffer area；
According to the GUI graphical drawing instructions, GUI figure is drawn in the preset graphic buffer GUI；
The ultrasound image and the GUI figure are synthesized into target GUI, and the target GUI is presented on display list
In member.
Preferably, in the acquisition ultrasound image data, and ultrasound image is generated according to the ultrasound image data and is drawn
Before instruction, the method also includes:
Create Image Rendering queue and graphic plotting queue；
The preset ultrasound image buffer area and the graphic buffer GUI.
Preferably, in the acquisition ultrasound image data, and ultrasound image is generated according to the ultrasound image data and is drawn
After instruction, the method also includes:
The ultrasound image is drawn into instruction and is sent to described image drafting queue；
Correspondingly, generating GUI graphical drawing instructions in the acquisition GUI operation information, and according to the GUI operation information
Later, the method also includes:
The GUI graphical drawing instructions are sent to the graphic plotting queue.
Preferably, described drawn according to the ultrasound image instructs, and ultrasound image packet is drawn in ultrasound image buffer area
It includes:
Queue is drawn to described image to parse, and obtains the parsing result that described image draws queue；
The parsing result that queue is drawn according to described image, draws ultrasound image in the ultrasound image buffer area；
Correspondingly, described according to the GUI graphical drawing instructions, drawing GUI figure in the graphic buffer GUI includes:
The graphic plotting queue is parsed, the parsing result of the graphic plotting queue is obtained；
According to the parsing result of the graphic plotting queue, GUI figure is drawn in the graphic buffer GUI.
Preferably, described that the ultrasound image and the GUI figure are synthesized into target GUI, and be in by the target GUI
Now include: on the display unit
According to the hierarchical structure of the ultrasound image and the GUI figure, in preset synthesis buffer area, to described super
Acoustic image is synthesized with the GUI figure, obtains target GUI；
The target GUI is presented on the display unit.
A kind of ultrasonic system GUI display device, described device include:
Image generation module generates ultrasound image for obtaining ultrasound image data, and according to the ultrasound image data
Draw instruction；
GUI operation module generates GUI graphic plotting for obtaining GUI operation information, and according to the GUI operation information
Instruction；
It shows refresh module, instructs for being drawn according to the ultrasound image, drawn in preset ultrasound image buffer area
Ultrasound image processed；According to the GUI graphical drawing instructions, GUI figure is drawn in the preset graphic buffer GUI；It will be described
Ultrasound image and the GUI figure synthesize target GUI, and the target GUI is presented on the display unit.
Preferably, the display refresh module includes:
Initialization submodule, for creating Image Rendering queue and graphic plotting queue, and the preset ultrasound image is slow
Rush area and the graphic buffer GUI.
Preferably, described image generation module is also used in the acquisition ultrasound image data, and is schemed according to the ultrasound
After generating ultrasound image drafting instruction as data, ultrasound image drafting instruction is sent to described image and draws queue；
The GUI operation module is also used in the acquisition GUI operation information, and is generated according to the GUI operation information
After GUI graphical drawing instructions, the GUI graphical drawing instructions are sent to the graphic plotting queue.
Preferably, the display refresh module further include:
Image queue analyzing sub-module is parsed for drawing queue to described image, is obtained described image and is drawn team
The parsing result of column；
Graphics queue analyzing sub-module obtains the graphic plotting team for parsing to the graphic plotting queue
The parsing result of column；
Image Rendering submodule is buffered for drawing the parsing result of queue according to described image in the ultrasound image
Ultrasound image is drawn in area；
Graphic plotting submodule, for the parsing result according to the graphic plotting queue, in the graphic buffer GUI
Middle drafting GUI figure.
Preferably, the display refresh module further include:
Target synthesizes submodule, for the hierarchical structure according to the ultrasound image and the GUI figure, in preset conjunction
At in buffer area, the ultrasound image and the GUI figure are synthesized, target GUI is obtained；
Target display sub-module, for the target GUI to be presented on the display unit.
It can be seen from the above technical scheme that ultrasonic system GUI display method provided by the invention, obtains ultrasound image
Data, and ultrasound image is generated according to ultrasound image data and draws instruction；GUI operation information is obtained, and according to GUI operation information
Generate GUI graphical drawing instructions；Instruction and GUI graphical drawing instructions are drawn according to ultrasound image, by ultrasound image and GUI figure
It is plotted in different buffer areas respectively, makes to be separated from each other between the drawing process of ultrasound image and the drawing process of GUI figure,
It does not interfere with each other, improves the reliability of refresh process, the ultrasound image drawn and GUI figure are finally synthesized into target GUI,
And present on the display unit, so that avoidable ultrasound image shows delay or slow problem, and it can avoid image
Frame is leaked, it is advantageously ensured that image is clear and complete, in addition, its display frame frequency that also can ensure that and promoted ultrasound image, thus
It can avoid image flicker, therefore, the GUI display effect of ultrasonic system of the invention is preferable.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
The embodiment of invention for those of ordinary skill in the art without creative efforts, can also basis
The attached drawing of offer obtains other attached drawings.
Fig. 1 is the flow chart for the ultrasonic system GUI display method that the embodiment of the present invention one provides；
Fig. 2 is the flow chart of ultrasonic system GUI display method provided by Embodiment 2 of the present invention；
Fig. 3 is the logical construction schematic diagram provided by Embodiment 2 of the present invention for drawing queue；
Fig. 4 is the structural schematic diagram for the ultrasonic system GUI display device that the embodiment of the present invention three provides；
Fig. 5 is the structural schematic diagram for the ultrasonic system GUI display device that the embodiment of the present invention four provides.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Embodiment one
Referring to Fig. 1, Fig. 1 is the flow chart for the ultrasonic system GUI display method that the embodiment of the present invention one provides.
As shown in Figure 1, the ultrasonic system GUI display method of the present embodiment includes:
S110: ultrasound image data is obtained, and ultrasound image is generated according to the ultrasound image data and draws instruction.
Ultrasonic signal is acquired by the probe of ultrasonic system, then according to the ultrasonic signal of acquisition, can be generated corresponding
Ultrasound image data, and generate corresponding ultrasound image and draw instruction.
S120: GUI operation information is obtained, and GUI graphical drawing instructions are generated according to the GUI operation information；
When user executes user's operation for the specified GUI on ultrasonic system, corresponding GUI operation information, root are obtained
According to the GUI operation information got, corresponding GUI graphical drawing instructions can be generated.
Wherein, user's operation mainly includes annotation text, position label, surveyors' staff, parameter regulation etc., these users behaviour
Make to be usually by user to send corresponding operation to ultrasonic system by these input equipments such as trace ball, keyboard and touch screens
Instruction and trigger.
When user executes GUI operation, operational order can be changed according to actual needs, GUI is thus caused to occur not
Same variation.For example, the operations such as insertion, deletion, modification and movement can be executed to annotation text for annotating text；For
Position label can mark position and execute the operation such as mobile and rotating detector；For surveyors' staff, surveyors' staff can be held
Row changes size, changes the operation such as shape and movement；For parameter regulation, display image size can be executed change size,
Change the operation such as shape and position.
S130: it is drawn and is instructed according to the ultrasound image, draw ultrasound image in preset ultrasound image buffer area.
Ultrasound image buffer area can be by individually showing that refreshing thread is responsible for refreshing, individually shows refresh module thread not
There can be too many complicated service logic, thereby may be ensured that real-time update of the ultrasound image in ultrasound image buffer area.And
And in the refresh process of ultrasound image, independent ultrasound image buffer area, so that the drafting refreshing of ultrasound image and user grasp
It does not interfere with each other, ensure that the reliability of ultrasound image refreshing frequency, enable ultrasound image that more preferably display effect is presented.
S140: according to the GUI graphical drawing instructions, GUI figure is drawn in the preset graphic buffer GUI.
Instruction and GUI graphical drawing instructions are drawn according to ultrasound image, ultrasound image and GUI figure are plotted in not respectively
In same buffer area, so that the drafting of ultrasound image is mutually indepedent with the drafting of GUI figure, it is independent of each other.
S150: synthesizing target GUI for the ultrasound image and the GUI figure, and the target GUI is presented on aobvious
Show on unit.
Ultrasonic system GUI display method provided in this embodiment obtains ultrasound image data, and according to ultrasound image data
It generates ultrasound image and draws instruction；GUI operation information is obtained, and GUI graphical drawing instructions are generated according to GUI operation information；Root
Instruction and GUI graphical drawing instructions are drawn according to ultrasound image, ultrasound image is plotted in different buffer areas from GUI figure respectively
In, make to be separated from each other between the drafting of ultrasound image and the drawing process of GUI figure, does not interfere with each other, improve refresh process
The ultrasound image drawn and GUI figure are finally synthesized target GUI by reliability, and presentation is on the display unit, so as to
Avoid ultrasound image shows delay or slow problem, and can avoid image and leakage frame occurs, it is advantageously ensured that image is clear
With it is complete, in addition, its display frame frequency that also can ensure that and promoted ultrasound image, to can avoid image flicker, make ultrasonic system
GUI display effect more preferably.
Embodiment two
Referring to Fig. 2, Fig. 2 is the flow chart of ultrasonic system GUI display method provided by Embodiment 2 of the present invention.
As shown in Fig. 2, the ultrasonic system GUI display method of the present embodiment includes:
S210: creation Image Rendering queue and graphic plotting queue, and preset ultrasound image buffer area and GUI graphics buffer
Area.
Before drawing ultrasound image and GUI figure, the initialization procedure for drawing environment can be first carried out, wherein may include
It draws the creation process of queue and draws the initialization process of buffer area.
Wherein, the logical construction of queue is drawn, it may include OpenGL encapsulation is drawn API, graphic plotting queue and image and drawn
Queue (as shown in Figure 3) processed.
OpenGL (Open Graphics Library, open GL) be for render 2D, 3D vector graphics across
Language, cross-platform API ((Application Programming Interface, application programming interface).OpenGL
The API set of actually one group drawing for order.The geometric object of two and three dimensions can be described easily using these API,
And it controls these objects and is plotted in corresponding display buffer by specific mode.The API set of OpenGL provide Object representation,
The function of translation, rotation, scaling, illumination, texture, material, pixel, bitmap, text, interaction and raising display performance etc.
Can, various aspects needed for covering exploitation two, 3-D graphic program substantially.
Graphic plotting queue is operated mainly for the conversion process for not needing data exchange between some memories and video memory.It should
Graphic plotting queue contain about need to draw which figure and need by graphic plotting where a series of etc. fingers
It enables.
Image Rendering queue is mainly for the operation for needing mass data to exchange between some memories and video memory, using DMA
The mode of (Direct Memory Access) carries out submitting to video memory carries out conversion process again.The Image Rendering queue contains
About need to draw which image and need by Image Rendering where etc. series of instructions.
Wherein, drawing buffer area may include ultrasound image buffer area and the graphic buffer GUI.Ultrasound image buffer area with
The space size of the graphic buffer GUI, can be according to the pixel resolution size for the ultrasound image and GUI figure that ultrasonic system generates
To distribute.
Ultrasound image buffer area is used for the drafting of ultrasound image, and the graphic buffer GUI is used for the drafting of GUI figure.
S220: obtaining ultrasound image data, generates ultrasound image according to the ultrasound image data and draws instruction, and by institute
It states ultrasound image drafting instruction and is sent to described image drafting queue.
After the ultrasound image to be drawn to instruction and is sent to described image drafting queue, the ultrasound image draws instruction
Just described image is placed in draw in queue.
S230: GUI operation information is obtained, and GUI graphical drawing instructions are generated according to the GUI operation information, and by institute
It states GUI graphical drawing instructions and is sent to the graphic plotting queue.
After the GUI graphical drawing instructions are sent to the graphic plotting queue, the GUI graphical drawing instructions are just
It is placed in the graphic plotting queue.
Wherein, the type of GUI graphical drawing instructions can be as shown in table 1 below:
1 GUI graphical drawing instructions type list of table
| Serial number | Type |
| 1 | Fill triangle instruction |
| 2 | Filling instruction |
| 3 | More grayscale bar lines |
| 4 | A plurality of colour line |
| 5 | Triangle instruction |
| 6 | Show word instruction |
| 7 | Duplicate instructions between texture |
| 8 | According to color filling texture instruction |
S240: drawing queue to described image and parse, and the parsing result that described image draws queue is obtained, according to institute
The parsing result for stating Image Rendering queue draws ultrasound image in the ultrasound image buffer area.
S250: parsing the graphic plotting queue, the parsing result of the graphic plotting queue is obtained, according to institute
The parsing result for stating graphic plotting queue draws GUI figure in the graphic buffer GUI.
By the setting of Image Rendering queue and graphic plotting queue, it can fully ensure that ultrasound image is drawn and scheme with GUI
Shape is plotted in the consistency in timing, and then guarantees the refreshing timing of ultrasound image and GUI figure, without dependent on ultrasound figure
The mode that the figure layer and timer of picture combine is refreshed, to improve display frame frequency, meets business demand, is improved
The GUI display effect of ultrasonic system.
In one example, dedicated thread can be used to realize the drafting and the drafting of GUI figure of ultrasound image, for example, passing through
The main thread of user's operation service logic parses graphic plotting queue, and carries out the drafting of GUI figure；Utilize individual ultrasound
Image procossing thread parses Image Rendering queue, and carries out the drafting of ultrasound image, while guaranteeing to refresh timing, realizes
Data processing, which is shown with image, mutually to be separated.Similar thread can also have it is multiple, for example, 3D/4D, wide scape etc. can open it is new
Thread handled.
S260: right in preset synthesis buffer area according to the hierarchical structure of the ultrasound image and the GUI figure
The ultrasound image is synthesized with the GUI figure, obtains target GUI.
S270: the target GUI is presented on the display unit.
After synthesis obtains target GUI in synthesis buffer area, send to display unit and shown.
In one example, DMA (Direct Memory Access, direct memory access) is can be used in the drafting of ultrasound image
It draws.Wherein, parsing ultrasound image draws queue, and is submitted by way of DMA, it is possible to reduce the intervention of CPU, and have
Effect, which shortens, is submitted to the processing time that video card is shown for ultrasound image.
It should be noted that thread can be used in above-mentioned ultrasound image buffer area, the graphic buffer GUI and synthesis buffer area
The double buffers of safety, can guarantee switching rapidly and acquired content, institute's graphing image it is complete.
Ultrasonic system GUI display method provided in this embodiment, first initialization draw environment, by creating Image Rendering
Queue and graphic plotting queue to guarantee to refresh timing, and by preset ultrasound image buffer area and the graphic buffer GUI, come
The drafting refresh process of ultrasound image is mutually separated with the drafting refresh process of GUI figure；Then according to the ultrasound image of acquisition
Data generate ultrasound image and draw instruction, and are sent to Image Rendering queue；GUI figure is generated according to the GUI operation information of acquisition
Shape draws instruction, and is sent to graphic plotting queue；Image Rendering queue and graphic plotting queue are parsed respectively, obtained
The parsing result of Image Rendering queue and graphic plotting queue；Further according to the parsing knot of Image Rendering queue and graphic plotting queue
Ultrasound image is plotted in different buffer areas from GUI graphic plotting by fruit respectively；Then by the ultrasound image drawn respectively with
GUI figure is synthesized in synthesis buffer area, and the target GUI of synthesis is presented on the display unit, so as to avoid GUI
Graphic plotting is interfered with each other with what ultrasound image was drawn, can avoid occurring ultrasound image show delay or it is slow phenomena such as, and can
The image caused by leaking frame because of ultrasound image is avoided to show imperfect unintelligible, in addition, also can ensure that and improve ultrasound image
Frame frequency then can avoid image flicker phenomenon, thus be conducive to improve ultrasonic system GUI display effect.
The embodiment of the invention also provides ultrasonic system GUI display device, ultrasonic system GUI display device is for implementing this
The ultrasonic system GUI display method that inventive embodiments provide, the technology contents of ultrasonic system GUI display device described below,
Can with the technology contents of above-described ultrasonic system GUI display method with correspond to each other reference.
Embodiment three
Referring to Fig. 4, Fig. 4 is the structural schematic diagram for the ultrasonic system GUI display device that the embodiment of the present invention three provides.
As shown in figure 4, the ultrasonic system GUI display device of the present embodiment includes:
Image generation module 10 generates ultrasound figure for obtaining ultrasound image data, and according to the ultrasound image data
As drawing instruction.
GUI operation module 20 for obtaining GUI operation information, and generates GUI figure according to the GUI operation information and draws
System instruction.
It shows refresh module 30, is instructed for being drawn according to the ultrasound image, in preset ultrasound image buffer area
Draw ultrasound image；According to the GUI graphical drawing instructions, GUI figure is drawn in the preset graphic buffer GUI；By institute
It states ultrasound image and the GUI figure synthesizes target GUI, and the target GUI is presented on the display unit.
In one example, image generation module 10 is also used to, after generating ultrasound image and drawing instruction, by the ultrasound image
It draws instruction and is sent to display refresh module 30.
GUI operation module 20 is also used to, and after generating GUI graphical drawing instructions, the GUI graphical drawing instructions are sent
To display refresh module 30.
Correspondingly, display refresh module 30 is also used to, receives the ultrasound image that image generation module 10 is sent and draw instruction
The GUI graphical drawing instructions sent with GUI operation module 20.
Display refresh module 30 can also be used in, and according to user's operation, controls image generation module 10 and starts or stops.
Ultrasonic system GUI display device provided in this embodiment obtains ultrasound image data by image generation module,
And ultrasound image is generated according to ultrasound image data and draws instruction；By GUI operation module, GUI operation information is obtained, and according to
GUI operation information generates GUI graphical drawing instructions；By showing refresh module, instruction and GUI figure are drawn according to ultrasound image
Instruction is drawn, ultrasound image is plotted in different buffer areas respectively from GUI figure, schemes the drafting of ultrasound image and GUI
Mutual independence, does not interfere with each other between the drawing process of shape, improves the reliability of refresh process, the ultrasound that will finally draw
Image and GUI figure synthesize target GUI, and present on the display unit, thus can avoid ultrasound image show delay or
Slow problem, and can avoid image and leakage frame occurs, it is advantageously ensured that image is clear and complete, in addition, its also can ensure that and
The display frame frequency of ultrasound image is promoted, to can avoid image flicker, makes the GUI display effect of ultrasonic system more preferably.
Example IV
Referring to Fig. 5, Fig. 5 is the structural schematic diagram for the ultrasonic system GUI display device that the embodiment of the present invention four provides.
As shown in figure 5, the ultrasonic system GUI display device of the present embodiment, including image generation module 10, GUI operation mould
Block 20 and display refresh module 30.
Display refresh module 30 in the present embodiment, in addition to having the function of its possessed and/or company in the third embodiment
It connects outside relationship, can include:
Initialization submodule 31, for creating Image Rendering queue and graphic plotting queue, and the preset ultrasound image
Buffer area and the graphic buffer GUI.
Correspondingly, image generation module 10, in addition to having the function of its possessed and/or connection relationship in the third embodiment
Outside, it is also used in the acquisition ultrasound image data, and ultrasound image is generated according to the ultrasound image data and draws instruction
Later, the ultrasound image is drawn into instruction and is sent to described image drafting queue.
GUI operation module 20, in addition to have the function of its in the third embodiment possessed by and/or connection relationship other than, also
It, will be described in the acquisition GUI operation information, and after generating GUI graphical drawing instructions according to the GUI operation information
GUI graphical drawing instructions are sent to the graphic plotting queue.
Further, display refresh module 30 may also include that
Image queue analyzing sub-module 32 is parsed for drawing queue to described image, obtains described image drafting
The parsing result of queue.
Graphics queue analyzing sub-module 33 obtains the graphic plotting for parsing to the graphic plotting queue
The parsing result of queue.
Image Rendering submodule 34, it is slow in the ultrasound image for drawing the parsing result of queue according to described image
It rushes and draws ultrasound image in area.
Graphic plotting submodule 35, for the parsing result according to the graphic plotting queue, in the GUI graphics buffer
GUI figure is drawn in area.
Target synthesizes submodule 36, for the hierarchical structure according to the ultrasound image and the GUI figure, preset
It synthesizes in buffer area, the ultrasound image and the GUI figure is synthesized, target GUI is obtained.
Target display sub-module 37, for the target GUI to be presented on the display unit.
Ultrasonic system GUI display device provided in this embodiment, first initialization draw environment, by creating Image Rendering
Queue and graphic plotting queue to guarantee to refresh timing, and by preset ultrasound image buffer area and the graphic buffer GUI, come
The drafting refresh process of ultrasound image is mutually separated with the drafting refresh process of GUI figure；Then according to the ultrasound image of acquisition
Data generate ultrasound image and draw instruction, and are sent to Image Rendering queue；GUI figure is generated according to the GUI operation information of acquisition
Shape draws instruction, and is sent to graphic plotting queue；Image Rendering queue and graphic plotting queue are parsed respectively, obtained
The parsing result of Image Rendering queue and graphic plotting queue；Further according to the parsing knot of Image Rendering queue and graphic plotting queue
Ultrasound image is plotted in different buffer areas from GUI graphic plotting by fruit respectively；Then by the ultrasound image drawn respectively with
GUI figure is synthesized in synthesis buffer area, and the target GUI of synthesis is presented on the display unit, so as to avoid GUI
Graphic plotting is interfered with each other with what ultrasound image was drawn, can avoid occurring ultrasound image show delay or it is slow phenomena such as, and can
The image caused by leaking frame because of ultrasound image is avoided to show imperfect unintelligible, in addition, also can ensure that and improve ultrasound image
Frame frequency then can avoid image flicker phenomenon, thus be conducive to improve ultrasonic system GUI display effect.
Finally, it is to be noted that, herein, such as first and first or the like relational terms be used merely to by
One entity or operation are distinguished with another entity or operation, without necessarily requiring or implying these entities or operation
Between there are any actual relationship or orders.Moreover, the terms "include", "comprise" or its any other variant meaning
Covering non-exclusive inclusion, so that the process, method, article or equipment for including a series of elements not only includes that
A little elements, but also including other elements that are not explicitly listed, or further include for this process, method, article or
The intrinsic element of equipment.In the absence of more restrictions, the element limited by sentence "including a ...", is not arranged
Except there is also other identical elements in the process, method, article or apparatus that includes the element.
Through the above description of the embodiments, those skilled in the art can be understood that the application can be used
The form of complete hardware embodiment, complete software embodiment or embodiment combining software and hardware aspects is realized.Based on this
The understanding of sample, the technical solution of the application to background technique contribute in whole or in part can be in the form of software products
It embodies, which can store in storage medium, such as ROM/RAM, magnetic disk, CD, including several
Instruction is used so that a computer equipment (can be personal computer, server or the network equipment etc.) executes the application
Method described in certain parts of each embodiment or embodiment.
Each embodiment in this specification is described in a progressive manner, the highlights of each of the examples are with other
The difference of embodiment, the same or similar parts in each embodiment may refer to each other.For device disclosed in embodiment
For, since it is corresponded to the methods disclosed in the examples, so being described relatively simple, related place is said referring to method part
It is bright.
Specific examples are used herein to illustrate the principle and implementation manner of the present application, and above embodiments are said
It is bright to be merely used to help understand the present processes and its core concept；At the same time, for those skilled in the art, foundation
The thought of the application, there will be changes in the specific implementation manner and application range.In conclusion the content of the present specification is not
It is interpreted as the limitation to the application.
Claims (10)
1. a kind of ultrasonic system GUI display method, which is characterized in that the described method includes:
Ultrasound image data is obtained, and ultrasound image is generated according to the ultrasound image data and draws instruction；
GUI operation information is obtained, and GUI graphical drawing instructions are generated according to the GUI operation information；
It is drawn and is instructed according to the ultrasound image, draw ultrasound image in preset ultrasound image buffer area；
According to the GUI graphical drawing instructions, GUI figure is drawn in the preset graphic buffer GUI；
The ultrasound image and the GUI figure are synthesized into target GUI, and the target GUI is presented on the display unit.
2. the method as described in claim 1, which is characterized in that in the acquisition ultrasound image data, and according to the ultrasound
Before image data generates ultrasound image drafting instruction, the method also includes:
Create Image Rendering queue and graphic plotting queue；
The preset ultrasound image buffer area and the graphic buffer GUI.
3. method according to claim 2, which is characterized in that in the acquisition ultrasound image data, and according to the ultrasound
After image data generates ultrasound image drafting instruction, the method also includes:
The ultrasound image is drawn into instruction and is sent to described image drafting queue；
Correspondingly, in the acquisition GUI operation information, and according to the GUI operation information generate GUI graphical drawing instructions it
Afterwards, the method also includes:
The GUI graphical drawing instructions are sent to the graphic plotting queue.
4. method as claimed in claim 3, which is characterized in that described drawn according to the ultrasound image instructs, and schemes in ultrasound
Include: as drawing ultrasound image in buffer area
Queue is drawn to described image to parse, and obtains the parsing result that described image draws queue；
The parsing result that queue is drawn according to described image, draws ultrasound image in the ultrasound image buffer area；
Correspondingly, described according to the GUI graphical drawing instructions, drawing GUI figure in the graphic buffer GUI includes:
The graphic plotting queue is parsed, the parsing result of the graphic plotting queue is obtained；
According to the parsing result of the graphic plotting queue, GUI figure is drawn in the graphic buffer GUI.
5. the method as described in claim 1, which is characterized in that described to synthesize the ultrasound image and the GUI figure
Target GUI, and include: on the display unit by target GUI presentation
According to the hierarchical structure of the ultrasound image and the GUI figure, in preset synthesis buffer area, the ultrasound is schemed
As being synthesized with the GUI figure, target GUI is obtained；
The target GUI is presented on the display unit.
6. a kind of ultrasonic system GUI display device, which is characterized in that described device includes:
Image generation module for obtaining ultrasound image data, and generates ultrasound image according to the ultrasound image data and draws
Instruction；
GUI operation module generates GUI graphical drawing instructions for obtaining GUI operation information, and according to the GUI operation information；
It shows refresh module, is instructed for being drawn according to the ultrasound image, drawn in preset ultrasound image buffer area super
Acoustic image；According to the GUI graphical drawing instructions, GUI figure is drawn in the preset graphic buffer GUI；By the ultrasound
Image and the GUI figure synthesize target GUI, and the target GUI is presented on the display unit.
7. device as claimed in claim 6, which is characterized in that the display refresh module includes:
Initialization submodule, for creating Image Rendering queue and graphic plotting queue, and the preset ultrasound image buffer area
With the graphic buffer GUI.
8. device as claimed in claim 7, which is characterized in that
Described image generation module is also used in the acquisition ultrasound image data, and is generated according to the ultrasound image data
After ultrasound image draws instruction, the ultrasound image is drawn into instruction and is sent to described image drafting queue；
The GUI operation module is also used in the acquisition GUI operation information, and generates GUI according to the GUI operation information
After graphical drawing instructions, the GUI graphical drawing instructions are sent to the graphic plotting queue.
9. device as claimed in claim 8, which is characterized in that the display refresh module further include:
Image queue analyzing sub-module is parsed for drawing queue to described image, is obtained described image and is drawn queue
Parsing result；
Graphics queue analyzing sub-module obtains the graphic plotting queue for parsing to the graphic plotting queue
Parsing result；
Image Rendering submodule, for drawing the parsing result of queue according to described image, in the ultrasound image buffer area
Draw ultrasound image；
Graphic plotting submodule is drawn in the graphic buffer GUI for the parsing result according to the graphic plotting queue
GUI figure processed.
10. device as claimed in claim 6, which is characterized in that the display refresh module further include:
Target synthesizes submodule, slow in preset synthesis for the hierarchical structure according to the ultrasound image and the GUI figure
It rushes in area, the ultrasound image and the GUI figure is synthesized, target GUI is obtained；
Target display sub-module, for the target GUI to be presented on the display unit.
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