CN103955550B - Method and device for the CAD of man-machine interface animated graphics element - Google Patents
Method and device for the CAD of man-machine interface animated graphics element Download PDFInfo
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Abstract
Disclose a kind of method and device of the CAD of man-machine interface animated graphics element.One or more non-transient computer-readable medias are provided, above-mentioned media storage has the programmed instruction of the CAD easy to man-machine interface animated graphics element.When being performed by computing system, programmed instruction instructs computing system at least to be shown to the graphic element with the size associated with the feature of the industrial element in industrial automation environment.Programmed instruction further includes the change for instructing computing system at least to the feature of industrial element and is identified, and changes the size of graphic element visually to represent the change of the feature of industrial element.
Description
Related application
The application is there is a requirement that entitled " the METHOD AND APPARATUS FOR submitted on November 11st, 2011
COMPUTER AIDED DESIGN OF HUMAN-MACHINE INTERFACE ANIMATED GRAPHICAL ELEMENTS”
U.S. Provisional Patent Application No.61/558,682 priority, entire contents are incorporated by reference into the application.
Background technology
In many industrial environments, the quantity and complexity of used equipment need to automate with effective using dress
It is standby.Automation is strengthened by the user of equipment and the interface simplified equipped between itself.The function is frequently by use
Man-machine interface provides, and man-machine interface can include to touch screen or other input equipments enable a user to control dress
Standby simplified computer.
Often it is expected to make man-machine interface that there is flexibility so that man-machine interface is configured with various equipments with various.This
It is required that man-machine interface is easy to configuration.Some in these graphic elements are static and do not change, and other elements therein
Dynamic and the machine to be shown in man-machine interface to user in change and make a response.
It is impossible to customize these graphic elements for each foreseeable Equipment Part, so must cause man-machine interface
The design of screen is easy as much as possible.In general, this huge storehouse for including the graphic element for showing and controlling to representing machine carries out
Create.Obviously, it is laborious to create these storehouses, and is very valuable by the establishment streamlined of man-machine interface animated graphics element
Value.
The content of the invention
In one embodiment, there is provided a kind of to be stored with the computer aided manufacturing for being conducive to man-machine interface animated graphics element
Help one or more computer-readable mediums of the programmed instruction of design.When being performed by computing system, described program instruction
Instruct the computing system at least to the figure with the size associated with the feature of the industrial element in industrial automation environment
Pixel element is shown.Described program instruction also instructs change of the computing system at least to the feature of industrial element to be identified,
And the size of graphic element is changed visually to represent the change of the feature of industrial element.
In another embodiment, there is provided a kind of CAD for man-machine interface animated graphics element
Method, the described method includes to the image with the size associated with the feature of the industrial element in industrial automation environment
Element is shown.The change that the method further includes to the feature of the industrial element is identified, and changes image primitive
The size of element is visually to represent the change of the feature of industrial element.
In another embodiment, there is provided based on the CAD of man-machine interface animated graphics element
Calculation machine aided design system.The computer aided design system includes：Communication interface, is configured to receive industrial automation environment
The feature of interior industrial element；And it is couple to the processor of the communication interface.The processor is configured to：Startup has and work
The display of the graphic element for the square chi cun that the feature of industry element is associated；And the change to the feature of industrial element is known
Not.The processor is further configured to：Image element size is changed visually to represent the change of the feature of industrial element；And open
The dynamic display to the pictorial element changed.
This summary is provided so as to introduce the selection of concept in simplified form, below will be right in this technology disclosure
These concepts are further described.It should be appreciated that this summary be not intended to the key feature of technical theme claimed or
Essential feature is identified, and is also not intended to be used for the scope for limiting technical theme claimed.
Brief description of the drawings
Fig. 1, which is shown, operates the computer aided design system of the design for man-machine interface animated graphics element
Method flow chart；
Fig. 2 shows the block diagram of computer system for being configured to operate as computer aided design system to operate；
Fig. 3 shows the work of the workflow associated with the CAD of man-machine interface animated graphics element
Flow chart；
Fig. 4 shows the block diagram of computer system for being configured to operate as computer aided design system to operate；
Fig. 5 shows that expression includes the example man-machine interface animated graphics element of the groove of measured quantity of material；
Fig. 6 shows that the expression from Fig. 5 includes the example man-machine interface animated graphics element of the groove of measured quantity of material
Each layer and component；And
The method that Fig. 7 shows the variable quantity for indicating the material in the groove from Fig. 5.
Embodiment
The attached drawing for being described below and being associated teaches optimal mode of the invention., can for the purpose of teaching inventive principle
To simplify or omit some conventional aspects of this optimal mode.Appended claim specifies the scope of the present invention.This optimal mould
The some aspects of formula may not fall within the present invention as in the scope specified by claim.Therefore, those skilled in the art
It should be appreciated that it will be fallen within the scope of the present invention according to the change programme of this optimal mode.It will be appreciated by those skilled in the art that
Feature discussed below can be combined to form multiple change programmes of the present invention in a variety of ways.So it is of the invention not
It is limited to specific example discussed below, and is only limited by claim and their equivalent.
Fig. 1, which is shown, operates the computer aided design system of the design for man-machine interface animated graphics element
Method flow chart.In this example embodiment party of the method for the CAD for man-machine interface animated graphics element
In formula, by creating and changing various figures as shown in Figure 2 and Figure 4 and in those computer aided design systems then described
Shape element.Each operation of this method can be performed by one or more computer aided design systems, and be not required to
Any operation is tied to any specific computer aided system, this is because all-purpose computer can be configured as
It can carry out the computer aided design system of the operation of method described here.
Provide a kind of programmed instruction for the CAD for being stored with and being conducive to man-machine interface animated graphics element
One or more non-transient computer-readable medias.When performing above procedure instruction by computing system, above procedure refers to
Order instructs computing system at least to the figure with the size associated with the feature of the industrial element in industrial automation environment
Element is shown（Operation 100）.
For example, the industrial element of the chest for such as including measured quantity of material can be coupled to it is each in industry automated environment
Usually represented by the pattern primitive for display in the man-machine interface of the industrial element of kind.Pictorial element can represent chest and figure
The a part of of element can be associated with the volume feature of the material being such as included in chest of chest.One of graphic element
Or more size（Such as, gradient halt, height, width or color etc.）The volume of material to being included in chest is related
Connection.
Programmed instruction also instructs change of the computing system at least to the feature of industrial element to be identified（Operation 102）.Meter
The change that calculation system is configured to the feature of industrial element is identified.In the above example, computing system is configured to
The change of volume to being included in the material in chest is detected.
Programmed instruction also instructs computing system at least to modify the size of graphic element visually to represent industrial member
The change of the feature of element（Operation 104）.In response to the identification of the change of the feature to industrial element, computing system is configured to pair
The size of graphic element is modified visually to represent the change of feature.
In the above example, computing system is configured to pictorial element and the volume for the material being included in chest
Associated size（Such as gradient halt, height, width or color）Modify.In the example pair that Fig. 5 is shown into Fig. 7
Gradient halt in motion graphics element is modified to represent the changing value of the feature for industrial element.Therefore, repaiied
The graphic element changed can visually represent the volume for the material being included in chest now.
In some embodiments, graphic element can include dynamic graphic element, and industrial element is characterized in
Behavioral characteristics.In example embodiment, behavioral characteristics can be any change of industrial element feature such as with industrial element
Associated mass volume and the temperature associated with industrial element etc..
In other embodiment, one or more non-transient computer-readable medias also instruct computing system at least
Static graphics element and motion graphics element are simultaneously shown, static graphics element is related to the static nature of industrial element
Connection.
In a kind of such embodiment, graphic element includes both static graphics element and motion graphics element.Also
This example is shown into Fig. 7 in Fig. 5.In example embodiment, static nature can be any non-change of industrial element
Change the shape of such as industrial element of feature and one or more sizes of industrial element.
Referring now to Fig. 2, computer aided design system 200 and associated discussion are intended to provide to that can implement Fig. 1 institutes
The concise general description of the suitable computing environment for the processing shown.The many of computing device and software computing system can be utilized
Other configurations carry out the system progress to the computer aided design system for the design for man-machine interface animated graphics element
Implement.
Computer aided design system 200 can be any kind of computing system that can handle graphic element as serviced
Device computer, client computer, internet appliance, or any combination thereof or variation.The Fig. 4 being then discussed in greater detail
Provide the more detailed explanation of exemplary computer aided design system.In fact, computer aided design system 200 can be with
Single computing system is embodied as, but can also be implemented in a distributed fashion across multiple computing systems.For example, computer
Aided design system 200 can represent following server system（It is not shown）：Using the server system, runs software 206
Computer system（It is not shown）It can communicate to enable CAD feature.But computer aided design system 200
It also may indicate that the computer system of runs software 206.In fact, computer aided system 200 is as general-purpose computing system
Example provide, when implementing the method shown in Fig. 1, above-mentioned general-purpose computing system becomes that man-machine interface animation can be carried out
The particularization system of the CAD of graphic element.
Computer aided design system 200 includes processor 202, storage system 204 and software 206.Processor 202 communicates
Ground is coupled with storage system 204.Storage system 204 stores computer aided design software 206, when being performed by processor 202,
Computer aided design software 206 instructs computer aided design system 200 according to the method described in Fig. 1 to operate.
Referring still to Fig. 2, processor 202 can include looking for computer-aided design system 206 from storage system 204
To and the microprocessor that performs and other circuits.Processor 202 can be embodied in single processing equipment, but can also cross over association
Multiple processing equipment or subsystem with execute program instructions carry out distribution processor 202.The example of processor 202 include it is general in
The processing equipment of Central Processing Unit, application specific processor and graphics processor and any other type.
Storage system 204 can be readable including processor 202 and can store computer aided design software 206
Any storage medium.Storage system 204 can include for information（Such as computer-readable instruction, data structure, program module
Or other data）The volatibility that what method or technique in office of storage uses in implementing and non-volatile, can be removed with it is non-removable
Medium.Storage system 204 may be embodied as single storage device, but can also come across multiple storage devices or subsystem
Implement.Storage system 204 can include the controller that add ons can such as communicate with processor 202.
The example of storage medium includes random access memory, read-only storage, disk, CD and flash memory and its is any
Combination or variation, or the storage medium of any other type.In some implementations, storage medium can be that non-transient storage is situated between
Matter.In some implementations, at least a portion of storage medium can be transient state.It should be appreciated that storage is situated between under any circumstance
Matter is not transmitting signal.
Computer aided design software 206 is including computer program instructions, firmware or some other forms to shown in Fig. 1
Method the machine readable process instruction implemented of at least some parts.Computer aided design software 206 can be implemented
For single application program, but multiple application programs can also be embodied as.Computer aided design software 206 can be that unit should
It with program, but can also implement in the other applications being distributed in multiple equipment, include but not limited to other designs
Software and operating system software.
Usually, when computer aided design software 206 is loaded into processor 202 and performs, area of computer aided is set
Processor 202 and computer aided design system 200 can be converted into special by meter software 206 from general-purpose computing system on the whole
Computing system, the special-purpose computing system are customized to by method as shown in Figure 1 and associated discussion come to graphic element
CAD aided in.
Computer aided design software 206, which is encoded, can also change the physical arrangement of storage system 204.Physics knot
The specific conversion of structure depends on the various factors in the different implementations in this specification.The example of these factors includes but unlimited
In：It is main or secondary whether technology and computer-readable storage medium for the storage medium of implementing storage system 204 are characterized as being
Memory etc..
For example, if computer storage media is implemented as semiconductor-based memory, computer aided design software 206
The physical state of the semiconductor memory can be changed when being encoded in semiconductor memory.For example, area of computer aided is set
Meter software 206 can with conversioning transistor, capacitor or form semiconductor memory discrete circuit element state.
Similar conversion can occur on magnetic medium or optical medium.In the situation of the scope without departing substantially from this specification
Under, it can be easy to illustrate other conversions for carrying out physical medium and the example provided by above are only.
Referring again to Fig. 1 and Fig. 2, by the computer aided design system using computer aided design software 206
200 operation, is converted input data 208 and generates output data 210.It may for instance be considered that input data
208 be the conversion of the various elements of the graph data by being included in come from a kind of State Transferring to another state.
Computer aided design system 200 can have additional equipment, feature or function.Alternatively, area of computer aided
Design system 200 can have such as keyboard, mouse, voice-input device or touch input device input equipment and quite defeated
Enter equipment.It can also include the output equipment output equipment of such as display, loudspeaker, printer and its type.Computer aided manufacturing
Design system 200 is helped to include the communication connection that computer aided design system 200 is communicated with other equipment
And equipment, such as the wired or wireless network in Distributed Calculation and communication environment.These equipment be well known in the art and
It need not be discussed in detail herein.
Fig. 3 shows the workflow of the workflow associated with the computer assisted design of man-machine interface animated graphics element
Cheng Tu.The work flow diagram is illustrated in further detail described in Fig. 1 and method described above.
Figure 304 is designed in design editing device 302.Figure 304 includes 4 components：Static 1 component 306, move
1 component 308 of state, 2 components 310 of dynamic and static 2 components 312.This 4 components can be arranged in one in figure 304 or more
On multiple layers.
Dynamically 1 component 308 and 2 components 310 of dynamic can be transformed into respectively as dynamic 1.DYNAMIC 316 and dynamic
The dynamic format file 314 of 2.DYNAMIC 318.1 component 306 of static state and static 2 components 312 are transformed into as static state
The static format file 320 of 1.STATIC 322 and static state 2.STATIC 324.Then, this 4 files are output to middle volume
Device 326 is collected, in middle editing machine 326, dynamic component can be added attribute and bound into edlin.
In example embodiment, living document is stated with expansible markup language, and middle editing machine 326 includes
Markup language editing machine, provides the instrument to dynamic component addition attribute and binding to the user.In some instances, middle editor
Device 326 includes middle editing machine preview 332, in middle editing machine preview 332, can combine the dynamic component phase with having changed
Associated static component to the dynamic component changed carries out preview to ensure the no mistake of modification to dynamic component.At this
In example, middle editing machine preview 332 shows animated graphics 334 on the display device.Motion graphics 334 include 4 components：It is quiet
1 component 322 of state, 1 component 328 of dynamic changed, 2 component 330 of dynamic changed and static 2 components 324.
Once the expectation modification to dynamic component is completed in middle editing machine, then by images outputting to screen editor
In 332, in screen editor 332, Integration Assembly And Checkout is carried out to man-machine interface screen.In this example, screen editor 332
Motion graphics 1336 for being attached in man-machine interface screen and motion graphics 2336 are shown.
Man-machine interface 338 is display configured to 1340 He of man-machine interface screen of multiple man-machine interface screens as described in Figure 3
Man-machine interface screen 2342.Whole or any screens of animated graphics element and these screens can be with the first machine 344,
Two machines 346 and/or the 3rd machine 348 correspond to.
Fig. 4 shows the block diagram for the computer system for being configured to operate as the operation of computer aided design system 400.One
Implement the method shown in Fig. 1 on a or more computer aided design system 400, as shown in Figure 4.CAD system
System 400 includes communication interface 402, display 404, input equipment 406, output equipment 408, processor 410 and storage system
412.Processor 410 is linked to communication interface 402, display 404, input equipment 406, output equipment 408 and storage system
412.Storage system 412 includes the non-transient storage device of storage operation software 414.
Communication interface 402 include the component that is communicated by communication link for example network interface card, RF transceiver, process circuit and
Software or some other communication equipments.Communication interface 402 may be configured to by metal, wireless or optical link come into
Row communication.Communication interface 402 may be configured to use TDM（Time division multiplexing）、IP（Procotol）, Ethernet, optics networking,
Wireless protocols, communication signaling or other communication formats-include combinations thereof.
Display 404 can be any type of display that can present information to user.In some embodiments
In, display can include touch-screen.Input equipment 406 includes that user's input can be captured and these inputs is passed to calculating
Any equipment of machine aided design system 400.Input equipment 406 can include keyboard, mouse, touch pad or some other users
Input unit.Output from computer aided design system 400 can be passed to user's by output equipment 408 including any
Any equipment.Output equipment 408 can include printer, projecting apparatus, display or some other user's output devices.Display
404th, input equipment 406 and output equipment 408 are external for computer aided design system 400 or in some instances may be used
To be omitted.
Processor 410 includes microprocessor or other are retrieved from storage system 412 and perform the electricity of operation software 414
Road.Storage system 412 includes disc driver, flash memory disk, data storage circuitry or other non-transient storage devices.Operate software
414 include the machine readable process instruction of computer program, firmware or some other forms.Behaviour can be included by operating software 414
Make the software of system, utility program, driver, network interface, application program or some other types.Performed when by process circuit
When, operation software 414 instructs 410 method according to figure 1 of processor to operate computer aided design system 400.
In this example, computer aided design system 400 is to a variety of of the software 414 that is stored as in storage system 412
Method is performed.The results show for being changed these graphic elements by display 404 or output equipment 408 is to user.It is defeated
Enter equipment 406 to allow users to input the various data needed for computer aided design system.
For example, processor 410 is received from any one in communication interface 402, input equipment 406 or storage system 412
Input data 208.Then, processor 410 operates input data 208 to generate output data 210, output data 210
It can be stored in storage system 412, display exports on a display 404 and by output equipment 408.
Fig. 5 shows that expression includes the example man-machine interface animated graphics element of the groove 500 of measured quantity of material 504.
In this example embodiment, the animated graphics of groove 500 are configured to show the amount of substance being included in groove.Groove 500 wraps
Include groove body 502 and material 504.Note that a certain amount of material 504 is represented by the step shade of the inside of groove body 502.Originally showing
In example embodiment, groove body 502 is static graphics element and material 504 is motion graphics element.
Under normal circumstances, the motion graphics of like device represent the amount of material using the change in elevation of rectangle, equivalent to
Bar chart.But in this example, the shape of groove body 502 is not rectangle but including conical lower portion.Therefore, in groove body 502
A certain amount of material 504 cannot be represented with the rectangle of change in elevation.Note that in this example, the vertical size of material 504 with
It is included in the amount of the material in groove 500（Or volume）It is associated.
Fig. 6 shows the example man-machine interface animated graphics element for representing the groove for including measured quantity of material from Fig. 5
Each layer and component.In this example, the animated graphics element of groove of the expression from Fig. 5 is implemented using two components：It is dynamic
State graphic element 504 and static graphics element 502, each of wherein have shown shape.
The method that Fig. 7 shows the variable quantity for indicating the material in the groove from Fig. 5.In this example, groove body 502
Interior material 504 gradually decreases.The motion graphics element representation material shown in display 700 is in than the water described in Fig. 5
At flat low level, and show that 702 show material in still relatively low level.Note that this for motion graphics element
A little modifications are carried out by simply modifying to the vertical size of the gradient halt in motion graphics element.
Note that in display 702, the amount of material gradually decreases to the rake that the material is entirely included groove body 502
Point in point.Represented in the shadow region that the amount of this material is due to feature bottom.This is by dynamically movement dynamically
Gradient halt in vertical size in component is realized.By mobile gradient halt, can exist in a straightforward manner
Irregular shape is shown at different fill levels.
This technology enables man-machine interface by minimizing effectively to be shown using memory and processor circulation
Different amounts of material in the container brokenly shaped.The fill level data received from container can be changed easily
Into gradient halt, it is then possible to illustrate brokenly using to the available gradient stuffing function of most of graphics processors
Fill level in the container of shaping.
Discussed below be by the premise of not sacrificing performance maintain all risk insurance it is genuine in a manner of come arrange " static state " to " move
The addition method of state " figure.Consider that there are direct relation and workinprocess cost and profit between performance and product cost
Ability（From raising profit or for the demand of growth for reducing cost ability）Between there are direct relation --- it is all so
The method of class is extremely valuable.
1）By graphic designer（It is high as much as possible upwards along chain）To utilize the control correctly connected with line by designer
The mode of system data processed carries out the horizontal filling animation using gradient halt of irregular object.
Traditionally, designer changes height or width to provide horizontal change（Or progress bar change）Influence.But should
Method is only applied to rectangle.When applied to the object irregularly shaped being positioned on the receiving figure irregularly shaped, only
It can make the object avalanche of top and not stay in the range of container.In addition, if using gradient, then diffusion can also collapse
Collapse, and the attribute of the optics luminous effect at liquid top cannot be simulated.
Other designers use vector mask and raising or the height for reducing vector mask.But come from aspect of performance
Will, shielding is expensive operation.Furthermore, it is necessary to two independent path objects（One is used for original-shape, and one is used to shield
Cover --- which increase render performance and storage and the storage of object itself needed for operational shape）.In addition, if use ladder
Degree, then diffusion " being cut " falls, and is left the undesirable and unlifelike view result on liquid.
Except these traditional methods, top fill level gradient halt（It is impermeable to all colours on fill level
A bright point and for the fully transparent point of sample color）With generated together with non-constant width diffusion content meet it is above-mentioned
The edge true to nature in space（That is, the optical characteristics of water ingress of air is remained）.Present method solves arrange in the above-described conventional approaches
All 5 problem gone out, while achieve performance and the benefit of graphical appearance.
2）Static graphics on motion graphics are layered and are represented with the figure for showing machine object（Instruction state-lamp
ON/OFF, represents different colours of different conditions etc.）On color change.Traditionally, compound path is dynamic.But draw
Compound path（It is based especially on the thing of the vector sum picture circle of text etc.）Efficiency is very low.
Other designer's show or hide still images are to provide the explanation of color change.However, it is desirable to create substantial amounts of
Static object and independently rendered based on desired number of colors.In addition, color cannot be dynamic.Therefore,
Each shape needs the single image statically created for each color and is loaded into figure people before the use
In machine interface system.
Except these traditional methods, designer, which " can detach ", to be looked like dynamic shape and causes it as disk
Revolve or swim in can be coloration simple dynamic rectangular above excessive static image.Rectangle is easy to dynamically change.It is quiet
The α passages of the mask of state object（Transparent channel）It can cause the color for showing the color background color simply drawn.The result is that
Performance is dynamically improved, while maintains fabulous appearance.Only latent defect for the first conventional method is：It is static
The Actual path of shape is not dynamic, and path includes control without the object changed and equips（Through color text or symbol
All LED of display（Light emitting diode））Change the static tay of color with its text（As the vacancy of hotel's vacancy/not marks）,
So that this novel method is valuable for rendering the static text in non-changing background.
3）Simplify the compound path of teaching sorfwares：When comparing old master Austria more（Adobe Illustrator）Upper drafting
It is the object of its own per paths during object, therefore connects with line that each color object is dull and this is needed
More performance loads are wanted individually to manage these additional objects.
Alternatively, designer can be by all different combination of shapes a to compound path, this allows to will be all
These paths are dynamically controlled as single pahtfinder hard rather than many different shapes.Improving property of this method
And design time can be reduced and reduce the risk of wiring error.
4）Diagnosis figure for the interaction of direct equipment：Traditionally, designer or computer programmer need to create control
Logix in device processed is connected with proxy data to check controller diagnostic message on man-machine interface screen.
Alternatively, designer carrys out built in advance figure using following embedded behavior：The insertion behavior can be without user's line
Directly communicate with control system data in the case of tie point.If finding automatically unavailable, designer can be simple
The pictorial element of built in advance is added to their display screen to locking equipment being directed in control system by ground, and by the figure
It is directed toward the equipment illustrated with data path.Then, when deployed, graphic element has approx indication diagnosis information in inside
And influence all the elements needed for the equipment.Secondly, it is also right in order to enable not disturbing the situation of runtime to work
Data are compared to minimize the quantity separately being requested, while also limit refresh rate to cause it enough slowly with not in control system
Problem is introduced in system.
Foregoing description and associated figure have taught the optimal mode of the present invention.Appended claims specify the present invention
Scope.Note that some aspects of this optimal mode may not be fallen within the scope specified by claim of the present invention.This
Field technology personnel should be appreciated that the multiple change programmes that can combine features described above in a variety of ways to form the present invention.Cause
This, the invention is not restricted to above-mentioned specific embodiment, and is only limited by appended claims and their equivalent.
Claims (12)
1. a kind of method of CAD for man-machine interface animated graphics element, the described method includes：
To being shown with shape and with the graphic element that the gradient associated with fill level feature is filled, the filling
The amount of material of the horizontal properties with being included in the industrial element in industrial automation environment is associated, wherein the gradient filling by
At least one gradient halt limits, and wherein described industrial element includes groove；And
Filling out for industrial element is changed by modifying to the vertical size of at least one gradient halt in graphic element
Fill the value of horizontal properties.
2. according to the method described in claim 1, wherein, the graphic element includes motion graphics element and static graphics member
Element, and wherein, the fill level feature includes the behavioral characteristics of the industrial element.
3. according to the method described in claim 2, wherein, the behavioral characteristics are the materials included in the industrial element
Amount.
4. according to the method described in claim 2, further include：
The static graphics element, the static graphics element and the industry member are simultaneously shown with the motion graphics element
The static nature of element is associated, wherein, the gradient filling is by multiple ladders including at least one gradient halt
Halt is spent to limit.
5. according to the method described in claim 4, wherein, the static nature is the shape of the industrial element.
6. according to the method described in claim 1, wherein, the gradient filling including at least one gradient halt by existing
Interior multiple gradient halts limit.
7. a kind of computer aided design system of CAD for man-machine interface animated graphics element, the meter
Calculation machine aided design system includes：
Communication interface, the communication interface are configured to receive the feature of the industrial element in industrial automation environment；And
The processor of the communication interface is couple to, the processor is configured to：
Start the display of the graphic element to being filled with shape and with the gradient limited by least one gradient halt, its
Described at least one gradient halt along the position of the length dimension of the shape based on including in the industrial element
The amount of material；
Wrapped by modifying to the vertical size of at least one gradient halt in graphic element to change in industrial element
The amount of the material contained；And
Start the display to the graphic element changed.
8. computer aided design system according to claim 7, wherein, the graphic element includes motion graphics element
With static graphics element, and wherein, the amount of the material includes the behavioral characteristics of the industrial element.
9. computer aided design system according to claim 8, wherein, the behavioral characteristics are in the industrial element
Comprising material amount.
10. computer aided design system according to claim 8, wherein, the processor is further configured to：
The static graphics element, the static graphics element and the industry member are simultaneously shown with the motion graphics element
The static nature of element is associated, wherein, the gradient filling is by multiple ladders including at least one gradient halt
Halt is spent to limit.
11. computer aided design system according to claim 10, wherein, the static nature is the industrial element
Shape.
12. computer aided design system according to claim 7, wherein, the gradient filling by including it is described at least
Multiple gradient halts including one gradient halt limit.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810152130.5A CN108536890A (en) | 2012-11-12 | 2012-11-12 | The method and device of CAD for man-machine interface animated graphics element |
| CN201210451740.8A CN103955550B (en) | 2012-11-12 | 2012-11-12 | Method and device for the CAD of man-machine interface animated graphics element |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210451740.8A CN103955550B (en) | 2012-11-12 | 2012-11-12 | Method and device for the CAD of man-machine interface animated graphics element |
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| CN201810152130.5A Division CN108536890A (en) | 2012-11-12 | 2012-11-12 | The method and device of CAD for man-machine interface animated graphics element |
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| Publication Number | Publication Date |
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| CN103955550A CN103955550A (en) | 2014-07-30 |
| CN103955550B true CN103955550B (en) | 2018-04-24 |
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| CN102609585A (en) * | 2012-02-09 | 2012-07-25 | 北京航空航天大学 | Aircraft instrument efficient modeling design method based on components |
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