CN103955550A - Method and device for computer aided design of man-machine interface cartoon graphic element - Google Patents
Method and device for computer aided design of man-machine interface cartoon graphic element Download PDFInfo
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Abstract
The invention discloses a method and device for computer aided design of a man-machine interface cartoon graphic element. One or more non-transient computer readable media are supplied; a program command for the computer aided design of the man-machine interface cartoon graphic element is stored in the non-transient computer readable medium; when being executed by a computer system, the program command guides the computer system to at least display the graphic element in the size linked with the features of industrial elements in an industrial automatic environment; the program command further guides the computer system to at least mark the change of the features of the industrial elements and modify the size of the graphic element so as to visually show the change of the features of the industrial elements.
Description
Related application
The application this require on November 11st, 2011 submit to be entitled as " METHOD AND APPARATUS FOR COMPUTER AIDED DESIGN OF HUMAN-MACHINE INTERFACE ANIMATED GRAPHICAL ELEMENTS " U.S. Provisional Patent Application No.61/558,682 right of priority, its full content merges in the application by reference.
Background technology
In many industrial environments, the quantity of the equipment using and complexity need robotization with effective the equipment that uses.User by equipment with equip simplification between self interface strengthen robotization.This function is often by providing with man-machine interface, man-machine interface can be include touch screen or other input equipments so that user can control the Simple Calculation machine of equipment.
Often expect to make man-machine interface there is dirigibility so that man-machine interface is used on various equipments with various configurations.This requires man-machine interface to be convenient to configuration.Some in these graphic elements are static and do not change, and other elements are wherein dynamic and to changing and make a response in the machine that will show to user in man-machine interface.
It is impossible customizing these graphic elements for each foreseeable Equipment Part, so must make the design of man-machine interface screen easy as much as possible.Conventionally, this comprises representing that machine shows and the huge storehouse of the graphic element of control creates.Obviously, create these storehouses and require great effort, and be very valuable by the establishment streamlined of man-machine interface animated graphics element.
Summary of the invention
One or more computer-readable medium of a kind of programmed instruction that stores the computer-aided design (CAD) that is conducive to man-machine interface animated graphics element is provided in one embodiment.In the time being carried out by computing system, described programmed instruction instructs described computing system at least the pictorial element with the size being associated with the feature of the industrial element in industrial automation environment to be shown.Described programmed instruction also instruct computing system at least the variation of the feature to industrial element identify, and the size of amendment graphic element is visually to represent the variation of feature of industrial element.
In another embodiment, a kind of method that computer-aided design (CAD) for man-machine interface animated graphics element is provided, described method comprises that the pictorial element to having the size being associated with the feature of the industrial element in industrial automation environment shows.Described method also comprises that the variation of the feature to described industrial element identifies, and the size of amendment pictorial element is visually to represent the variation of feature of industrial element.
In another embodiment, provide the computer aided design system for the computer-aided design (CAD) of man-machine interface animated graphics element.This computer aided design system comprises: communication interface, is configured to receive the feature of the industrial element in industrial automation environment; And be couple to the processor of this communication interface.This processor is configured to: start the demonstration of the graphic element with the square chi that is associated with the feature of industrial element cun; And the variation of feature to industrial element is identified.This processor is also configured to: amendment pictorial element size is visually to represent the variation of feature of industrial element; And the demonstration of startup to the pictorial element of having revised.
Thereby provide this summary to introduce the selection of concept with the form of simplifying, below will in this technology disclosure, be further described these concepts.Should be appreciated that key feature or essential feature that this summary is not intended to technical theme required for protection identify, and are also not intended to the scope for limiting technical theme required for protection.
Brief description of the drawings
Fig. 1 shows the process flow diagram of the method that the computer aided design system of the design for man-machine interface animated graphics element is operated;
Fig. 2 shows the block diagram of the computer system that is configured to operate as computer aided design system;
Fig. 3 shows the workflow diagram of the workflow being associated with the computer-aided design (CAD) of man-machine interface animated graphics element;
Fig. 4 shows the block diagram of the computer system that is configured to operate as computer aided design system;
Fig. 5 shows the example man-machine interface animated graphics element that represents the groove that includes measured quantity of material;
Fig. 6 shows each layer and parts of including the example man-machine interface animated graphics element of the groove of measured quantity of material from the expression of Fig. 5; And
Fig. 7 shows the method being used to indicate from the variable quantity of the material in the groove of Fig. 5.
Embodiment
The accompanying drawing teaching optimal mode of the present invention of below describing and be associated.For the object of teaching inventive principle, can simplify or omit some conventional aspects of this optimal mode.Appended claim has been specified scope of the present invention.Some aspects of this optimal mode may not fall into of the present invention by the specified scope of claim.Therefore, it will be appreciated by those skilled in the art that according to the change programme of this optimal mode and will fall within the scope of the present invention.It will be appreciated by those skilled in the art that following described feature can combine to form multiple change programme of the present invention in every way.So, be of the present inventionly not limited to following described concrete example, and only limited by claim and their equivalent.
Fig. 1 shows the process flow diagram of the method that the computer aided design system of the design for man-machine interface animated graphics element is operated.In this example embodiment of the method for the computer-aided design (CAD) for man-machine interface animated graphics element, by creating and revise various graphic elements as shown in Figure 2 and Figure 4 and at those computer aided design systems of describing subsequently.Can carry out by one or more computer aided design system each operation of this method, and do not need any operation to be tied to any specific computer aided system, this is because multi-purpose computer can be configured to as the computer aided design system that can carry out the operation of method described here.
One or more non-transient computer-readable medium of a kind of programmed instruction that stores the computer-aided design (CAD) that is conducive to man-machine interface animated graphics element is provided.In the time carrying out said procedure instruction by computing system, said procedure commands direct computing system at least shows (operation 100) to having the graphic element of the size being associated with the feature of the industrial element in industrial automation environment.
For example, as include the industrial elements such as the chest of measured quantity of material can be by usually representing for the pattern primitive showing in the man-machine interface that is coupled to the various industrial elements in industry automated environment.Pictorial element can represent chest and graphic element a part can with being associated as being included in the features such as the volume of the material in chest of chest.One or more size of graphic element (as, gradient halt, highly, width or color etc.) is associated with the volume that is included in the material in chest.
Programmed instruction also instruct computing system at least the variation of the feature to industrial element identify (operation 102).Computing system is configured to the variation of the feature to industrial element and identifies.In the above example, the variation that computing system is configured to the volume to being included in the material in chest detects.
Programmed instruction also instructs computing system at least the size of graphic element to be modified the variation (operation 104) of the feature that visually represents industrial element.In response to the identification of the variation of the feature to industrial element, computing system is configured to the size of graphic element to modify with the visually variation of representation feature.
In the above example, computing system is configured to the volume with being included in the material in chest of pictorial element to be associated size (as gradient halt, highly, width or color etc.) is modified.In the example shown in Fig. 5 to Fig. 7, the gradient halt in motion graphics element is modified to represent the changing value for the feature of industrial element.Therefore the graphic element of, having revised can visually represent to be included in the volume of the material in chest now.
In some embodiments, graphic element can comprise dynamic graphic element, and the feature of industrial element is behavioral characteristics.In example embodiment, behavioral characteristics can be temperature of being associated as the material volume being associated with industrial element with industrial element of the feature of any variation of industrial element etc.
In other embodiment, one or more non-transient computer-readable medium also instructs computing system side by side to show to major general's static graphics element and motion graphics element, and static graphics element is associated with the static nature of industrial element.
In so a kind of embodiment, graphic element comprises static graphics element and motion graphics element.This example has also been shown in Fig. 5 to Fig. 7.In example embodiment, static nature can be that any non-variation characteristic of industrial element is as one or more size of the shape of industrial element and industrial element etc.
Refer now to Fig. 2, computer aided design system 200 and the discussion being associated are intended to provide the simple and clear describe, in general terms of the applicable computing environment to implementing the processing shown in Fig. 1.Can utilize many systems that other configure the computer aided design system to the design for for man-machine interface animated graphics element of computing equipment and software computing system to implement.
Computer aided design system 200 can be that the computing system of any type that can processing graphics element is as server computer, client computer, internet appliance or its any combination or variant.The Fig. 4 discussing in further detail subsequently provides the more detailed explanation of exemplary computer aided design system.In fact, computer aided design system 200 may be embodied as single computing system, but also can cross over multiple computing systems in distributed mode implements.For example, computer aided design system 200 can represent following server system (not shown): utilize this server system, the computer system (not shown) of operating software 206 can communicate by letter to enable computer-aided design (CAD) feature.But computer aided design system 200 can also represent the computer system of operating software 206.In fact, computer aided system 200 is to provide as the example of general-purpose computing system, when implement shown in Fig. 1 method time, above-mentioned general-purpose computing system becomes the particularization system of the computer-aided design (CAD) that can carry out man-machine interface animated graphics element.
Computer aided design system 200 comprises processor 202, storage system 204 and software 206.Processor 202 couples with storage system 204 communicatedly.Storage system 204 is stored computer aided design software 206, and in the time being carried out by processor 202, computer aided design software 206 instructs computer aided design system 200 to operate according to the method described in Fig. 1.
Still with reference to figure 2, processor 202 can comprise microprocessor and other circuit of computer-aided design system 206 being found from storage system 204 and carry out.Processor 202 can be embodied in single treatment facility, but multiple treatment facilities or the subsystem that also can cross over collaborative execution of program instructions carry out distribution processor 202.The example of processor 202 comprises the treatment facility of general CPU (central processing unit), application specific processor and graphic process unit and any other type.
Storage system 204 can comprise processor 202 readable and any storage medium that can store computer aided design software 206.Storage system 204 can comprise the volatibility that uses in implementing for the where method in office of information (as computer-readable instruction, data structure, program module or other data) storage or technology and non-volatile, removable and non-removable medium.Storage system 204 may be embodied as single memory device, but also can cross over multiple memory devices or subsystem implements.Storage system 204 can comprise add ons if the controller of communicating by letter with processor 202.
The example of storage medium comprise random access memory, ROM (read-only memory), disk, CD and flash memory with and any combination or variant, or the storage medium of any other type.In some implementations, storage medium can be non-transient storage medium.In some implementations, at least a portion of storage medium can be transient state.Should be appreciated that under any circumstance storage medium is not transmitting signal.
Computer aided design software 206 comprises computer program instructions, firmware or some other forms of machine readable processing instructions that at least some parts of method shown in Fig. 1 are implemented.Computer aided design software 206 may be embodied as single application program, but also may be embodied as multiple application programs.Computer aided design software 206 can be stand-alone application program, but also can in other application programs that are distributed on multiple equipment, implement, and includes but not limited to other design softwares and operating system software.
Usually, in the time that computer aided design software 206 is loaded into processor 202 and carries out, computer aided design software 206 can convert processor 202 and computer aided design system 200 to special-purpose computing system from general-purpose computing system on the whole, and this special-purpose computing system is customized to by method as shown in Figure 1 and the discussion being associated the computer-aided design (CAD) of graphic element is assisted.
Computer aided design software 206 is encoded and can also be changed the physical arrangement of storage system 204.The various factors in the different enforcement in this instructions is depended in the concrete conversion of physical arrangement.The example of these factors includes but not limited to: whether technology and computer-readable storage medium for the storage medium of implementing storage system 204 are characterized as being main or less important storer etc.
For example, if computer storage media is implemented as semiconductor-based storer, computer aided design software 206 can be changed the physical state of this semiconductor memory in the time being encoded in semiconductor memory.For example, computer aided design software 206 can conversioning transistor, the state of the discrete circuit element of capacitor or composition semiconductor memory.
Can there is similar conversion about magnetic medium or optical medium.In the case of not deviating from the scope of this instructions, can the example that provides of explanation is provided carry out other conversions of physical medium by above are only.
Refer again to Fig. 1 and Fig. 2, by the operation to the computer aided design system 200 that adopts computer aided design software 206, input data 208 have been carried out conversion and produced output data 210.For example, can think that input data 208 are that the conversion of the various elements by being included in graph data is wherein transformed into another kind of state from a kind of state.
Computer aided design system 200 can have additional equipment, feature or function.Alternatively, computer aided design system 200 can have as input equipment and suitable input equipments such as keyboard, mouse, voice-input device or touch input devices.Can also comprise as output devices such as the output devices of display, loudspeaker, printer and its type.Computer aided design system 200 can also comprise make computer aided design system 200 can with the communication connection of other devices communicatings and equipment, as the wired or wireless network in Distributed Calculation and communication environment.These equipment are being known in the art and are not needing it to carry out detailed discussion at this.
Fig. 3 shows the workflow diagram of the workflow being associated with the calculating Computer Aided Design of man-machine interface animated graphics element.This workflow diagram shows described in Fig. 1 and above-described method in further detail.
Designing, editing machine 302 is interior to be designed figure 304.Figure 304 comprises 4 parts: static 1 parts 306, dynamic 1 parts 308, dynamic 2 parts 310 and static 2 parts 312.These 4 parts can be arranged on one or more layer in figure 304.
Dynamic 1 parts 308 and dynamic 2 parts 310 can be transformed into respectively as dynamically 1.DYNAMIC 316 and dynamically the dynamic format file 314 of 2.DYNAMIC 318.Static 1 parts 306 and static 2 parts 312 are transformed into the static format file 320 as static 1.STATIC 322 and static 2.STATIC 324.Then, these 4 file outputs, to middle editing machine 326, in middle editing machine 326, can be edited to add attribute and be bound dynamic component.
In example embodiment, with extendible markup language statement living document, and middle editing machine 326 comprises markup language editing machine, for user provides the instrument that adds attribute and binding to dynamic component.In some instances, editing machine preview 332 in the middle of middle editing machine 326 comprises, in middle editing machine preview 332, can carry out preview to guarantee that the amendment of dynamic component is not had to mistake to the dynamic component of having revised in conjunction with the static component being associated with the dynamic component of revising.In this example, middle editing machine preview 332 shows animated graphics 334 on display device.Motion graphics 334 comprises 4 parts: static 1 parts 322, dynamic 1 parts 328, dynamic 2 parts 330 and static 2 parts 324 revised revised.
Once complete the expectation amendment to dynamic component in middle editing machine, figure is outputed in screen editor 332, in screen editor 332, man-machine interface screen is carried out to Integration Assembly And Checkout.In this example, screen editor 332 shows the motion graphics 1336 for being attached to man-machine interface screen and motion graphics 2336.
Man-machine interface 338 is configured to show multiple man-machine interface screens man-machine interface screen 1340 and man-machine interface screen 2342 as described in Figure 3.Whole or any screens of animated graphics element and these screens can be corresponding with the first machine 344, the second machine 346 and/or the 3rd machine 348.
Fig. 4 shows the block diagram that is configured to the computer system operating as computer aided design system 400.On one or more computer aided design system 400, implement the method shown in Fig. 1, as shown in Figure 4.Computer aided design system 400 comprises communication interface 402, display 404, input equipment 406, output device 408, processor 410 and storage system 412.Processor 410 is linked to communication interface 402, display 404, input equipment 406, output device 408 and storage system 412.Storage system 412 comprises the non-transient memory device of store operational software 414.
Communication interface 402 comprises that the parts that communicate by communication link are as other communication facilities of network interface card, radio-frequency (RF) transceiver, treatment circuit and software or some.Communication interface 402 can be configured to communicate by metal, wireless or optical link.Communication interface 402 can be configured to use TDM(time division multiplex), IP(procotol), their combination of Ethernet, optics networking, wireless protocols, communication signaling or other communication formats-comprise.
Display 404 can be the display that information can be presented to user's any type.In some embodiments, display can comprise touch-screen.Input equipment 406 comprises any equipment that can catch user's input and these inputs be passed to computer aided design system 400.Input equipment 406 can comprise keyboard, mouse, touch pad or some other user input apparatus.Output device 408 comprises anyly can will pass to any equipment of user from the output of computer aided design system 400.Output device 408 can comprise printer, projector, display or some other user's output units.Display 404, input equipment 406 and output device 408 are external for computer aided design system 400 or can be omitted in some instances.
Processor 410 comprises that microprocessor or other are retrieved from storage system 412 and the circuit of executable operations software 414.Storage system 412 comprises disc driver, flash memory disk, data storage circuitry or other non-transient memory storages.Function software 414 comprises computer program, firmware or some other forms of machine readable processing instructions.Function software 414 can comprise the software of operating system, utility routine, driver, network interface, application program or some other types.In the time being carried out by treatment circuit, function software 414 guidance of faulf handling devices 410 operate computer aided design system 400 according to the method shown in Fig. 1.
In this example, computer aided design system 400 is carried out the several different methods that is stored as the software 414 in storage system 412.By display 404 or output device 408, the result of these graphic element amendments is shown to user.Input equipment 406 makes user can input the required various data of computer aided design system.
For example, any one from communication interface 402, input equipment 406 or storage system 412 of processor 410 receives input data 208.Then, processor 410 operates to generate output data 210 to input data 208, and output data 210 can be stored in storage system 412, are presented on display 404 and by output device 408 and export.
Fig. 5 shows the example man-machine interface animated graphics element that represents the groove 500 that includes measured quantity of material 504.In this example embodiment, the amount that the animated graphics of groove 500 is configured to being included in groove shows.Groove 500 comprises cell body 502 and material 504.Note, a certain amount of material 504 is represented by the step shade of the inside of cell body 502.In this example embodiment, cell body 502 is that static graphics element and material 504 are motion graphics elements.
Generally, the motion graphics of like device represents amount of substance by the change in elevation of rectangle, is equivalent to bar chart.But in this example, the shape of cell body 502 is not rectangle but comprises conical lower portion.Therefore, a certain amount of material 504 in cell body 502 can not represent with the rectangle of change in elevation.Note, in this example, the vertical size of material 504 is associated with the amount of substance (or volume) being included in groove 500.
Fig. 6 shows expression each layer and parts from the example man-machine interface animated graphics element of the groove that includes measured quantity of material of Fig. 5.In this example, implement to represent the animated graphics element from the groove of Fig. 5 with two parts: motion graphics element 504 and static graphics element 502, wherein each have a shown shape.
Fig. 7 shows the method being used to indicate from the variable quantity of the material in the groove of Fig. 5.In this example, the material 504 in cell body 502 reduces gradually.Show that the motion graphics element representation material shown in 700 is in the low level place of the level than described in Fig. 5, and show that 702 illustrate that material is in still lower level.Noting, is by simply the vertical size of the gradient halt in motion graphics element being modified to carry out for these amendments of motion graphics element.
Note, showing in 702, amount of substance is reduced to the point in the sloping portion that this material is included in cell body 502 completely gradually.Because the shadow region of feature bottom represents at this amount of substance.This is to realize by the gradient halt in the vertical size in mobile dynamic component dynamically.By mobile gradient halt, can show irregular shape at different fill levels place in simple mode.
This technology makes the man-machine interface can be by circulating and effectively show brokenly the material of the difference amount in the container being shaped with storer and processor with minimizing.The fill level data that receive from container can convert gradient halt easily to, then, can with to most of graphic process unit can with gradient stuffing function the fill level in the container being shaped is described brokenly.
Described is below to arrange " static state " addition method to " dynamically " figure to maintain the genuine mode of all risk insurance under the prerequisite not sacrificing performance.Consider to have direct relation existing between performance and cost of products between direct relation and workinprocess cost and earning capacity (from raising profit or concerning reducing costs the demand of growth of ability)---such method is very valuable.
1) fill animation by graphic designer (upwards high as much as possible along chain) with the level of utilizing the mode of the control system data that correctly connected with line by deviser to carry out the use gradient halt of irregular object.
Traditionally, deviser changes height or width changes the impact of (or progress bar variation) to provide level.But the method is only applied to rectangle.In the time being applied to the object that holds the irregular shaping on figure that is positioned over irregular shaping, only can making the object avalanche of top and do not rest in the scope of container.In addition,, if use gradient, diffusion also can avalanche, and can not simulate the attribute of the optics luminous effect at liquid top place.
Other devisers use the height of vector mask and raising or reduction vector mask.But, from aspect of performance by, shielding is expensive operation.In addition, need two independently path objects (for original-shape, and for shielding---this has increased plays up performance and the required storage of operational shape and the storage of object self).In addition, if use gradient, diffusion " is cut ", remaining not expecting and unlifelike view result about liquid.
Except these traditional methods, top fill level gradient halt (on fill level to the opaque point of all colours and for completely transparent point of sample color) has generated content and has met the edge true to nature (, having retained the optical characteristics of water ingress of air) in above-mentioned space together with non-constant width diffusion.This method has solved 5 all problems of listing in above-mentioned classic method, has obtained the benefit of performance and graphical appearance simultaneously.
2) static graphics on motion graphics is carried out to layering with the change color in the diagrammatic representation (indicating status-lamp ON/OFF represents the different colours of different conditions etc.) of display device object.Traditionally, compound path is dynamic.But, draw compound path (especially text based vector sum picture circle etc. thing) efficiency very low.
Other deviser's show or hide still images are to provide the explanation of change color.But, need to create a large amount of static objects and the number of colors based on desired is played up independently.In addition, color can not be dynamic.Therefore, every kind of shape need to create statically for the independent image of every kind of color and before using and is loaded in graphical human-machine system.
Except these traditional methods, deviser can " detach " and look like dynamic shape and make it as spiraling or swimming in the image of the excessive static state of simple dynamic rectangular top that can color.Rectangle is easy to dynamically change.The α passage (transparent channel) of the illiteracy plate of static object can make to demonstrate the color of the color background color drawing simply.Result is dynamically to have promoted performance, maintains fabulous outward appearance simultaneously.Only latent defect for the first classic method is: the Actual path of resting shape is not dynamic, and the object that path does not change comprise control equipment (seeing through all LED(light emitting diodes that color text or symbol show)) and the static tay (as hotel's vacancy/not vacancy mark) of its text change color, making this novel method is valuable for the static text of playing up in non-variation background.
3) compound path of simplification color animation: when go up rendered object than old master (Adobe Illustrator) more than Austria time, every paths is its object, therefore with line connect each color to as if the plodding and more performance load of these needs to manage individually these additional objects.
Alternatively, deviser can be by all different combination of shapes to compound path, and this makes dynamically to control using all these paths as single pahtfinder hard instead of many different shapes.This method has promoted performance and has reduced design time and reduced the risk of wiring error.
4) for the direct mutual diagnosis figure of equipment: traditionally, the logix that deviser or computer programmer need to create in controller is connected to check controller diagnostic message on man-machine interface screen with proxy data.
Alternatively, deviser builds figure in advance with following embedding behavior: this embedding behavior can directly communicate with control system data with line tie point in the situation that without user.If automatically find unavailable, deviser can simply the pictorial element of building in advance be added to they in control system to the display screen of locking equipment, and this figure is pointed to the equipment with data routing explanation.Then,, in the time disposing, graphic element has approx indication diagnosis information and affects the required all the elements of this equipment in inside.Secondly, in order to make to carry out work in the situation of not disturbing operational system, also data are compared to minimize the quantity of independent request, also limit refresh rate simultaneously and make it enough slowly with introducing problem in control system not.
Foregoing description and the figure teaching that is associated optimal mode of the present invention.Claims have been specified scope of the present invention.Note, some aspects of this optimal mode may not fall in scope of being specified by claim of the present invention.It will be appreciated by those skilled in the art that and can combine in every way above-mentioned feature to form multiple change programme of the present invention.Therefore, the invention is not restricted to above-mentioned concrete embodiment, and only limited by claims and their equivalent.
Claims (21)
1. one or more non-transient computer-readable medium, on described medium, store the programmed instruction of the computer-aided design (CAD) of being convenient to man-machine interface animated graphics element, wherein, in the time carrying out described programmed instruction by computing system, described programmed instruction instructs described computing system to carry out at least following processing:
The graphic element with the size being associated with the feature of the industrial element in industrial automation environment is shown;
The variation of the described feature to described industrial element is identified; And
The size of revising described graphic element is visually to represent the described variation of described feature of described industrial element.
2. one or more non-transient computer-readable medium according to claim 1, wherein, described graphic element comprises motion graphics element, and wherein, described feature comprises behavioral characteristics.
3. one or more non-transient computer-readable medium according to claim 2, wherein, described behavioral characteristics is the volume of the material that is associated with described industrial element.
4. one or more non-transient computer-readable medium according to claim 2, wherein, described behavioral characteristics is the temperature being associated with described industrial element.
5. one or more non-transient computer-readable medium according to claim 2, wherein, described programmed instruction also instructs described computing system to carry out at least following processing:
Side by side show static graphics element with described motion graphics element, described static graphics element is associated with the static nature of described industrial element.
6. one or more non-transient computer-readable medium according to claim 5, wherein, described static nature is the shape of described industrial element.
7. one or more non-transient computer-readable medium according to claim 1, wherein, described programmed instruction also instructs described computing system revises described graphic element described size by the gradient halt in mobile described graphic element visually to represent the described variation of described feature of described industrial element.
8. for a method for the computer-aided design (CAD) of man-machine interface animated graphics element, described method comprises:
The graphic element with the size being associated with the feature of the industrial element in industrial automation environment is shown;
The variation of the described feature to described industrial environment is identified; And
The size of revising described graphic element is visually to represent the described variation of described feature of described industrial element.
9. method according to claim 8, wherein, described graphic element comprises motion graphics element, and wherein, described feature comprises behavioral characteristics.
10. method according to claim 9, wherein, described behavioral characteristics is the volume of the material that is associated with described industrial element.
11. methods according to claim 9, wherein, described behavioral characteristics is the temperature being associated with described industrial element.
12. methods according to claim 9, also comprise:
Side by side show static graphics element with described motion graphics element, described static graphics element is associated with the static nature of described industrial element.
13. methods according to claim 12, wherein, described static nature is the shape of described industrial element.
14. methods according to claim 8, wherein, the size of revising described graphic element comprises with the described variation of the described feature that visually represents described industrial element: mobile gradient halt in described graphic element.
15. 1 kinds of computer aided design systems for the computer-aided design (CAD) of man-machine interface animated graphics element, described computer aided design system comprises:
Communication interface, described communication interface is configured to receive the feature of the industrial element in industrial automation environment; And
Be couple to the processor of described communication interface, described processor is configured to: start the demonstration of the graphic element to having the size being associated with the feature of described industrial element; The variation of the described feature to described industrial element is identified; The size of revising described graphic element is visually to represent the variation of described feature of described industrial element; And the demonstration of startup to the described graphic element of having revised.
16. computer aided design systems according to claim 15, wherein, described graphic element comprises motion graphics element, and wherein, described feature comprises behavioral characteristics.
17. computer aided design systems according to claim 16, wherein, described behavioral characteristics is the volume of the material that is associated with described industrial element.
18. computer aided design systems according to claim 16, wherein, described behavioral characteristics is the temperature being associated with described industrial element.
19. computer aided design systems according to claim 16, wherein, described programmed instruction also instructs computing system to carry out at least following processing:
Side by side show static graphics element with described motion graphics element, described static graphics element is associated with the static nature of described industrial element.
20. computer aided design systems according to claim 19, wherein, described static nature is the shape of described industrial element.
21. computer aided design systems according to claim 15, wherein, described processing is also configured to: the described size of revising described graphic element by mobile gradient halt in described graphic element is visually to represent the variation of described feature of described industrial element.
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| CN201210451740.8A CN103955550B (en) | 2012-11-12 | 2012-11-12 | Method and device for the CAD of man-machine interface animated graphics element |
| CN201810152130.5A 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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| 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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