CN109933324A - A kind of nuclear power DCS man-machine interface automatic generation method - Google Patents
A kind of nuclear power DCS man-machine interface automatic generation method Download PDFInfo
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Abstract
The present invention relates to a kind of nuclear power DCS man-machine interface automatic generation methods, belong to nuclear power DCS technical field, solve the problems, such as the prior art is complicated, cumbersome, time-consuming, icon coordinate can not accurate Drawing.This method comprises the following steps: the pel and connecting line for including in identification nuclear power Process Design image；The generic features information and independent characteristic information for including in above-mentioned pel and connecting line are extracted, and fractionation conversion process is carried out to connecting line, obtains the line segment for being suitble to nuclear power DCS man-machine interface to show；The generic features information for including in above-mentioned pel is compared with group metamessage in nuclear power DCS man-machine system database, obtains corresponding icon in nuclear power DCS man-machine interface；According to the correspondence icon in above-mentioned generic features information and independent characteristic information, the line segment for being suitble to nuclear power DCS man-machine interface to show, nuclear power DCS man-machine interface, final MACS6 flow chart is generated in nuclear power DCS man-machine interface.Automatic drafting MACS6 flow chart can be achieved by programming in this method, improves design efficiency and draws precision.
Description
Technical field
The present invention relates to nuclear power DCS technical field more particularly to a kind of nuclear power DCS man-machine interface automatic generation methods.
Background technique
In nuclear power DCS industry, design for human-computer interaction process picture, usually designer are designed referring to nuclear power
The input design file (the nuclear power Process Design image of Visio format) that institute provides compares in nuclear power DCS man-machine system database
Equipment icon, be finally depicted as the DCS process picture (MACS6 flow chart) being adapted with DCS system, whole process is using pure
Manual drawing is realized.
The nuclear power DCS producer being currently known or platform, such as MELTAC platform, IA platform, NicSys2000N, all take
This pure manual drawing mode.This method for drafting is complicated, cumbersome, time-consuming, greatly wastes manpower or cost, schemes simultaneously
Symbol coordinate can not accurate Drawing to constrain project duration seriously affect the product quality of DCS process picture.
Summary of the invention
In view of above-mentioned analysis, the embodiment of the present invention is intended to provide a kind of nuclear power DCS man-machine interface automatic generation method, uses
With solve the problems, such as the prior art is complicated, cumbersome, time-consuming, icon coordinate can not accurate Drawing.
On the one hand, the embodiment of the invention provides a kind of nuclear power DCS man-machine interface automatic generation methods, including walk as follows
It is rapid:
The pel and connecting line for including in identification nuclear power Process Design image；
The generic features information and independent characteristic information for including in above-mentioned pel and connecting line are extracted, and connecting line is carried out
Conversion process is split, the line segment for being suitble to nuclear power DCS man-machine interface to show is obtained；
The generic features information for including in above-mentioned pel and group metamessage in nuclear power DCS man-machine system database are compared
Compared with corresponding icon in acquisition nuclear power DCS man-machine interface；
Line segment, the nuclear power shown according to above-mentioned generic features information and independent characteristic information, suitable nuclear power DCS man-machine interface
Correspondence icon in DCS man-machine interface generates final MACS6 flow chart in nuclear power DCS man-machine interface.
Above-mentioned technical proposal has the beneficial effect that: by furtheing investigate input design file (nuclear power Process Design image)
Primitive features information extraction technology, and depth excavates nuclear power Process Design image primitive features and MACS6 flowchart symbols attribute
And the corresponding relationship of configuration info (generic features information and independent characteristic information), realize nuclear power DCS man-machine interface picture
It automatically generates.This method can identify the logical of pel by traversing each pel in a large amount of nuclear power Process Design image
With characteristic information and independent characteristic information, extract whole characteristic informations, generate can by the characteristic information of DCS land identification,
It is proved through a large number of experiments, the development work of nuclear power DCS man-machine interface can be successfully applied to, largely realize man-machine boundary
The automation of face design solves human machine interface graphics element and draws precision not instead of traditional pure artificial drafting, configuration work
High, the normative technical problems such as low with the degree of consistency, achieve the purpose that save human cost and time cost.
In another embodiment based on the above method, carry out identification nuclear power Process Design image in include pel and
Before connecting line, following steps are carried out:
Nuclear power Process Design image coordinate system and MACS6 flow chart coordinate system are established, nuclear power Process Design image is obtained and sits
Each point coordinate transformation relation in mark system and MACS6 flow chart coordinate system.
The beneficial effect of above-mentioned technical proposal is: by establishing nuclear power Process Design image coordinate system and MACS6 flow chart
Coordinate system, enable to it is subsequent identification, conversion and generate MACS6 flow chart processes it is more accurate, obtain details accuracy and
Reliability is higher.Compared with prior art, location information under two kinds of different images modes is excavated out potentially to correspond in data
Relationship realizes the transformation from qualitative design to quantitative design.
Further, the pel and connecting line for carrying out including in identification nuclear power Process Design image, includes the following steps:
Under nuclear power Process Design image coordinate system, header, the footer, Title area in nuclear power Process Design image are deleted
Information, identification need to carry out the nuclear power Process Design effective image area of information processing；
Test pattern is carried out to above-mentioned nuclear power Process Design effective image area, includes in acquisition nuclear power Process Design image
Pel and connecting line；The pel includes text, line segment, rectangle.
The beneficial effect of above-mentioned further scheme is: being defined to the process of identification pel and connecting line, and to line
Section and connecting line distinguish, wherein line segment only includes beginning and end.Connecting line includes starting point, terminal, turning point and intersection
Point.Since MACS6 only has this type icon of line segment, the connecting line in design process center electric process designed image is corresponding
The indefinite a plurality of line segment of number in MACS6, it is therefore desirable to in nuclear power Process Design image line segment and connecting line carry out it is effective
It distinguishes, this process becomes the premise and essential option that connecting line automatically generates out MACS6 line segment.
Further, described to extract the generic features information and independent characteristic information for including in above-mentioned pel and connecting line, and
Fractionation conversion process is carried out to connecting line, the line segment for being suitble to nuclear power DCS man-machine interface to show is obtained, includes the following steps:
The pel and connecting line for including in all nuclear power Process Design images are traversed, each pel is obtained and connecting line includes
Generic features information and independent characteristic information；
In connecting line turning point and infall, connecting line split at conversion by default method for dividing and processing
Reason obtains the line segment for being suitble to nuclear power DCS man-machine interface to show.
The beneficial effect of above-mentioned further scheme is: to extraction generic features information and independent characteristic information and to connection
The process that line split conversion process is defined.For the connecting line in nuclear power Process Design image, a kind of row is explored
Effective connecting line split into the technology of line segment automatically because this technology is to establish transformational relation from data plane, because
This is applicable not only to the MACS6 platform of nuclear power DCS, and nuclear power DCS other platforms for applying also for being currently known are (due to complexity
The current nuclear power DCS platform of relationship only supports the icon of this design straight line of line segment).
Further, the generic features information that text includes, including mold title, icon tag name icon width, icon are high
Degree, icon rotation center X-coordinate, icon rotation center Y-coordinate, icon rotation center X relative coordinate, icon rotation center Y phase
To coordinate；
The independent characteristic information that text includes, including text background color, text title, Horizontal Alignment, vertical alignment
Mode, font, font size, textwidth, text height, text fill color；
The generic features information that line segment includes, including icon tag name, icon width, icon height, icon rotation center X
Coordinate, icon rotation center Y-coordinate, icon rotation center X relative coordinate, icon rotation center Y relative coordinate；
The independent characteristic information that line segment includes, the terminal of the starting point Y-coordinate of starting point X-coordinate, line segment including line segment, line segment
X-coordinate, the terminal Y-coordinate of line segment, line width, line color, line style, start arrowhead, terminal arrow；The line style is solid line, void
At least one of line, dotted line, a kind of imaginary point line, two class imaginary point lines；
The generic features information that rectangle includes, including icon tag name, icon width, icon height, icon rotation center X
Coordinate, icon rotation center Y-coordinate, icon rotation center X relative coordinate, icon rotation center Y relative coordinate；
Whether the independent characteristic information that rectangle includes, including line width, line color, icon medium color, lines are hidden.
The beneficial effect of above-mentioned further scheme is: limiting the generic features information and independent characteristic information of pel
It is fixed, do not have to directly apply, when can shorten project through all too many levels such as information selection, inquiry, configurations again when user uses
Between, effectively save time and cost.
Further, described that fractionation conversion process is carried out to connecting line by default method for dividing and processing, include the following steps:
Key point on connecting line is identified, starting point, terminal, turning point and crosspoint are obtained；
From the off, other key points on connecting line are successively traversed, starting point is as first line segment starting point, second point
As first line segment terminal, third point is as Article 2 line segment starting point, and the 4th point is as Article 2 line segment terminal, with this
Analogize, obtain n line segment, if finally remaining next isolated point, determines the connecting line splitting into n+1 line segment, if
Without remaining isolated point, determine the connecting line splitting into n line segment；
Coordinate of the above-mentioned every line segment in nuclear power Process Design image is obtained, and then is converted by coordinate and obtains every line
Coordinate of the section in final MACS6 flow chart.
The beneficial effect of above-mentioned further scheme is: being defined to the specific steps of default method for dividing and processing, side
Method is simple and effective, and programming is suitble to realize.Specifically, using recurrence method construction algorithm, the number by splitting into line segment does not know to ask
It inscribes possessed a kind of recurrence relation itself and gradually solves, using the algorithm closer to the essence of connecting line characteristic, therefore ask
Solution result more agrees with reality.
Further, the generic features information that will include in pel is believed with constituent element in nuclear power DCS man-machine system database
Breath is compared, and is obtained corresponding icon in nuclear power DCS man-machine interface, is included the following steps:
The generic features information for including in pel is extracted, pel mold title is obtained；
The pel mold title and the icon title of all constituent elements in nuclear power DCS man-machine system database are compared
Compared with the icon of all constituent elements in acquisition nuclear power DCS man-machine system database identical with the pel mold title；
In final MACS6 flow chart at corresponding pel position, constituent element in the nuclear power DCS man-machine system database is shown
Icon, as pel icon.
The beneficial effect of above-mentioned further scheme is: limiting the icon method that nuclear power DCS man-machine interface is shown is obtained
Fixed, it is a series of cumbersome can be automatically performed comparison, lookup, drag and drop icon etc. from icon library instead of manual operation for this method
Process completes efficiency and completes quality all to have obtained significant increase.
Further, described to be shown according to above-mentioned generic features information and independent characteristic information, suitable nuclear power DCS man-machine interface
Line segment, the correspondence icon in nuclear power DCS man-machine interface, final MACS6 flow chart is generated in nuclear power DCS man-machine interface, is wrapped
Include following steps:
According to the position coordinates of pel in nuclear power Process Design image, syncaryon electric process designed image coordinate system and
Each point coordinate transformation relation in MACS6 flow chart coordinate system obtains the position coordinates of pel in MACS6 flow chart；
In the MACS6 flow chart at the position coordinates of pel, the pel icon and pel interface, institute are generated
Pel interface is stated for calling the file comprising pel generic features information and independent characteristic information；
According to coordinate of the every line segment in final MACS6 flow chart, all line segments are shown in MACS6 flow chart, it is raw
At final MACS6 flow chart.
The beneficial effect of above-mentioned further scheme is: to according to generic features information and independent characteristic information, suitable nuclear power
Correspondence icon in line segment that DCS man-machine interface is shown, nuclear power DCS man-machine interface generate the method for final MACS6 flow chart into
Row limits, and method is simple and effective, it is easy to accomplish.So far, the static elements design in MACS6 flow chart has substantially generated, from
Dynamic generation has occupied most specific gravity of nuclear power Human Machine Interface work.
Further, nuclear power DCS man-machine interface automatic generation method, further includes following steps:
For pel in MACS6 flow chart, its icon tag name is replaced with into machine group name and domain number, generates project demand point
Name；
The icon for obtaining pel in nuclear power Process Design image rotates angle, rotates angle to MACS6 according to the icon
Flow chart pel icon rotation angle is adjusted, and guarantees that the two rotation angle is consistent.
The beneficial effect of above-mentioned further scheme is: commonly calling the roll to project and icon automatic setting procedure is limited
Fixed, method is simple and effective, and programming is suitble to realize.The program is on the basis that completion MACS6 flow chart static elements automatically generate
On, realization is automatically performed dynamic element configuration work, is further reduced the workload of manual configuration.
Further, nuclear power DCS man-machine interface automatic generation method, further includes following steps:
In the MACS6 flow chart at the position coordinates of pel, the pel and corresponding analog quantity linking of devices are generated
Interface, the interface is used to call the acquisition data of analog quantity equipment；
Icon precision is set, carries out precision processing by acquisition data of the icon precision to above-mentioned analog quantity equipment,
Obtain the acquisition data for meeting the icon precision；
By the acquisition data for meeting icon precision, it is stored in by pel interface and is believed comprising pel generic features in real time
In breath and the file of independent characteristic information.
The beneficial effect of above-mentioned further scheme is: being limited the method for the acquisition data for calling analog quantity equipment
Fixed, method is simple and effective, and programming is suitble to realize.The program be for realize dynamic element configuration work be automatically performed done into
One-step optimization, so that the accounting that automatically generates of configuration work reaches 90% or more, to promote entire nuclear power DCS man-machine interface certainly
The dynamic completion rate that generates reaches 95% or more.
It in the present invention, can also be combined with each other between above-mentioned each technical solution, to realize more preferred assembled schemes.This
Other feature and advantage of invention will illustrate in the following description, also, certain advantages can become from specification it is aobvious and
It is clear to, or understand through the implementation of the invention.The objectives and other advantages of the invention can by specification, claims with
And it is achieved and obtained in specifically noted content in attached drawing.
Detailed description of the invention
Attached drawing is only used for showing the purpose of specific embodiment, and is not to be construed as limiting the invention, in entire attached drawing
In, identical reference symbol indicates identical component.
Fig. 1 is the step schematic diagram of 1 nuclear power DCS man-machine interface automatic generation method of the embodiment of the present invention；
Fig. 2 is that pel icon schematic diagram is commonly used in nuclear power of embodiment of the present invention DCS man-machine system database.
Specific embodiment
Specifically describing the preferred embodiment of the present invention with reference to the accompanying drawing, wherein attached drawing constitutes the application a part, and
Together with embodiments of the present invention for illustrating the principle of the present invention, it is not intended to limit the scope of the present invention.
Embodiment 1
A specific embodiment of the invention discloses a kind of nuclear power DCS man-machine interface automatic generation method, such as Fig. 1 institute
Show, this method comprises the following steps:
S1. the pel and connecting line for including in nuclear power Process Design image are identified；
S2. the generic features information and independent characteristic information for including in above-mentioned pel and connecting line are extracted, and to connecting line
Fractionation conversion process is carried out, the line segment for being suitble to nuclear power DCS man-machine interface to show is obtained；
S3. will in the generic features information for including in above-mentioned pel and nuclear power DCS man-machine system database group metamessage into
Row compares, and obtains corresponding icon in nuclear power DCS man-machine interface；
S4. according to above-mentioned generic features information and independent characteristic information, the line segment for being suitble to nuclear power DCS man-machine interface to show,
Correspondence icon in nuclear power DCS man-machine interface generates final MACS6 flow chart in nuclear power DCS man-machine interface.
The concept that the present embodiment is related to simply is introduced below.
DCS: dcs.
Nuclear power Process Design image: nuclear power Process Design flow chart, for showing nuclear power plant's sensing data, equipment shape
The image file of the procedural informations such as state, order feedback.
MACS6: the HOlliAS MACS6 software platform applied to nuclear power DCS.
Nuclear power DCS man-machine system database: the basic symbol comprising field device in MACS6, i.e. icon.
Line segment: key point only includes beginning and end.
Connecting line: key point includes starting point, terminal, turning point and crosspoint.
Compared with prior art, by further investigation input design file, (nuclear power process is set method provided in this embodiment
Count image) primitive features information extraction technology, and depth excavates nuclear power Process Design image primitive features and MACS6 flow chart figure
The corresponding relationship for according with attribute and configuration info (generic features information and independent characteristic information), realizes nuclear power DCS man-machine interface
Picture automatically generates.This method, which can read over, takes each pel in a large amount of nuclear power Process Design image, identifies pel
Generic features information and independent characteristic information, extract whole characteristic informations, generation can be believed by the feature of DCS land identification
Breath, and it is successfully applied to the development work of nuclear power DCS man-machine interface.It proves through a large number of experiments, largely realizes
The automation of Human Machine Interface solves human machine interface graphics element and draws instead of traditional pure artificial drafting, configuration work
Precision is high, the normative technical problems such as low with the degree of consistency, has achieved the purpose that save human cost and time cost.
Embodiment 2
Optimize on the basis of embodiment 1, nuclear power DCS man-machine interface automatic generation method before step S1,
Further include following steps:
S0. nuclear power Process Design image coordinate system and MACS6 flow chart coordinate system are established, nuclear power Process Design image is obtained
Each point coordinate transformation relation in coordinate system and MACS6 flow chart coordinate system.
By establishing nuclear power Process Design image coordinate system and MACS6 flow chart coordinate system, enable to subsequent identification,
Conversion and generation MACS6 flow chart processes are more accurate, and it is higher to obtain details accuracy and reliability.
The difference of nuclear power Process Design image coordinate and MACS6 flow chart coordinate has been illustrated in following table 1.
Table 1
Preferably, step S1 can be further refined as following steps:
S11. under nuclear power Process Design image coordinate system, header, the footer, title in nuclear power Process Design image are deleted
Area information, identification need to carry out the nuclear power Process Design effective image area of information processing；
S12. test pattern is carried out to above-mentioned nuclear power Process Design effective image area, obtained in nuclear power Process Design image
The pel and connecting line for including.
In step S11, MACS6 flow chart includes header, footer, Title area, these information are not needed to input, not needed
Identification, and nuclear power Process Design image page bottom includes documentation information area, should delete header, footer, Title area
Irrelevant information, only carry out picture effective coverage (nuclear power Process Design effective image area) identification.Line segment only includes starting point
And terminal.Connecting line includes starting point, terminal, turning point and crosspoint.Since MACS6 only has this type icon of line segment, design
The connecting line in nuclear power Process Design image corresponds to the indefinite a plurality of line segment of number in MACS6 in the process, therefore in above-mentioned steps
Need in nuclear power Process Design image line segment and connecting line effectively distinguished.
Preferably, in step S12, the pel includes text, line segment, rectangle etc..
Preferably, step S2 can be further refined as following steps:
S21. the pel and connecting line for including in all nuclear power Process Design images are traversed, each pel and connecting line are obtained
The generic features information and independent characteristic information for including；
S22. in connecting line turning point and infall, fractionation conversion is carried out to connecting line by default method for dividing and processing
Processing obtains the line segment for being suitble to nuclear power DCS man-machine interface to show.
Above-mentioned steps S21-S22 explores a kind of effective company for the connecting line in nuclear power Process Design image
Wiring splits into the technology of line segment automatically, because this technology is to establish transformational relation from data plane, is not only applicable in
In the MACS6 platform of nuclear power DCS, nuclear power DCS other platforms for applying also for being currently known.
Preferably, in step S21, the generic features information that text includes, including mold title, icon tag name icon are wide
Degree, icon height, icon rotation center X-coordinate, icon rotation center Y-coordinate, icon rotation center X relative coordinate are (in rotation
The heart is relative to the X-coordinate under icon coordinate), (rotation center is relative to the Y under icon coordinate for icon rotation center Y relative coordinate
Coordinate).The independent characteristic information that text includes, including text background color, text title, Horizontal Alignment, vertical alignment side
Formula, font, font size, textwidth, text height, text fill color.
Preferably, in step S21, the generic features information that line segment includes, including icon tag name, icon width, icon
Highly, icon rotation center X-coordinate, icon rotation center Y-coordinate, icon rotation center X relative coordinate, icon rotation center Y
Relative coordinate.The independent characteristic information that line segment includes, the end of the starting point Y-coordinate of starting point X-coordinate, line segment including line segment, line segment
Point X-coordinate, the terminal Y-coordinate of line segment, line width, line color, line style, start arrowhead, terminal arrow；The line style be solid line,
At least one of dotted line, dotted line, a kind of imaginary point line, two class imaginary point lines.
Preferably, in step S21, the generic features information that rectangle includes, including icon tag name, icon width, icon
Highly, icon rotation center X-coordinate, icon rotation center Y-coordinate, icon rotation center X relative coordinate, icon rotation center Y
Relative coordinate.Whether the independent characteristic information that rectangle includes, including line width, line color, icon medium color, lines are hidden.
Do not have to choose through information again by the generic features information and independent characteristic information of above-mentioned pel, when user uses,
All too many levels such as inquiry, configuration, can directly apply, can shorten PROJECT TIME, effectively save time and cost.
Preferably, in step S22, fractionation conversion process is carried out to connecting line by default method for dividing and processing, including such as
Lower step:
S221. the key point on connecting line is identified, obtains starting point, terminal, turning point and crosspoint；
S222. from the off, other key points on connecting line are successively traversed, starting point (first point) is used as first line
Duan Qidian, as first line segment terminal, third point is as Article 2 line segment starting point, and the 4th o'clock as second within second o'clock
Line segment terminal, and so on, n line segment is obtained, if finally remaining next isolated point, judgement splits into the connecting line
N+1 line segment, if determining the connecting line splitting into n line segment without remaining isolated point；
S223. coordinate (starting point coordinate and terminal point coordinate) of the above-mentioned every line segment in nuclear power Process Design image is obtained,
And then the coordinate for obtaining every line segment in final MACS6 flow chart is converted by coordinate.
Preferably, step S3 can be further refined as following steps:
S31. the generic features information for including in pel is extracted, pel mold title is obtained；
S32. the icon title of all constituent elements in the pel mold title and nuclear power DCS man-machine system database is carried out
Compare, obtains the icon of all constituent elements in nuclear power DCS man-machine system database identical with the pel mold title；
S33. it is shown in the nuclear power DCS man-machine system database at corresponding pel position in final MACS6 flow chart
The icon of constituent element, as pel icon.
Illustratively, it is as shown in Figure 2 that pel icon is commonly used in nuclear power DCS man-machine system database.
Preferably, step S4 can be further refined as following steps:
S41. according to the position coordinates of pel in nuclear power Process Design image, syncaryon electric process designed image coordinate system and
Each point coordinate transformation relation in MACS6 flow chart coordinate system obtains the position coordinates of pel in MACS6 flow chart；
S42. it in the MACS6 flow chart at the position coordinates of pel, generates the pel icon and pel connects
Mouthful, the pel interface is for calling the file comprising pel generic features information and independent characteristic information；
S43. the coordinate according to every line segment in final MACS6 flow chart shows that institute is wired in MACS6 flow chart
Section, generates final MACS6 flow chart.
Preferably, it in step S42, when the generic features information of text and independent characteristic information being called to be shown, needs
The adaptation processing that DCS is shown is carried out, is specifically comprised the following steps:
S421. count text in include Chinese character, English character or number, spcial character (such as+,-,/etc.)
Number；
S422. width (pixel) shared by single character in above-mentioned every kind of character is obtained, which is an experience range values；
S423. pixel overall width shared by all characters in text is obtained, as dividend；
S424. the pixel wide after being converted with textwidth, as divisor；
S425. it carries out dividend and divisor to divide exactly operation, obtained quotient adds 1 to be used as line number；
Text carries out automatic line-break processing by the line number that step S425 is obtained in S426.MACS6.
When the practical Accounting Line Number of above-mentioned S425, there is optimization trim process algorithm to final determine of line number, it is ensured that in MACS6
Display effect it is consistent with Visio.It does not repeat herein.
Preferably, nuclear power DCS man-machine interface automatic generation method further includes following steps:
S5. for pel in MACS6 flow chart, its icon tag name is replaced with into machine group name and domain number, generating project needs
Ask roll-call；
S6. the icon for obtaining pel in nuclear power Process Design image rotates angle, rotates angle pair according to the icon
MACS6 flow chart pel icon rotation angle is adjusted, and guarantees that the two rotation angle is consistent.
Preferably, nuclear power DCS man-machine interface automatic generation method further includes following steps:
S7. in the MACS6 flow chart at the position coordinates of pel, the pel and corresponding analog quantity equipment chain are generated
The interface connect, the interface are used to call the acquisition data of analog quantity equipment；
S8., icon precision is set, is carried out at precision by acquisition data of the icon precision to above-mentioned analog quantity equipment
Reason obtains the acquisition data for meeting the icon precision；
S9. it by the acquisition data for meeting icon precision, is stored in real time by pel interface comprising the general spy of pel
In reference breath and the file of independent characteristic information.
Compared with Example 1, nuclear power DCS man-machine interface automatic generation method provided in this embodiment establishes nuclear power process
Designed image coordinate system and MACS6 flow chart coordinate system, under nuclear power Process Design image coordinate system, to nuclear power Process Design figure
As effective coverage carries out test pattern, pel and connecting line are obtained, and connecting line is split by fractionation technology automatically a plurality of
Line segment identifies pel, according to generic features information and independent characteristic information, nuclear power DCS man-machine interface is suitble to show
Correspondence icon in line segment, nuclear power DCS man-machine interface, generates final MACS6 flow chart in nuclear power DCS man-machine interface.Pass through
The above method can substantially complete the static elements design in MACS6 flow chart, automatically generate and occupy the man-machine boundary of nuclear power
The overwhelming majority of face design work can significantly save time and the cost of designer.
It will be understood by those skilled in the art that realizing all or part of the process of above-described embodiment method, meter can be passed through
Calculation machine program is completed to instruct relevant hardware, and the program can be stored in computer readable storage medium.Wherein, institute
Stating computer readable storage medium is disk, CD, read-only memory or random access memory etc..
The foregoing is only a preferred embodiment of the present invention, but scope of protection of the present invention is not limited thereto,
In the technical scope disclosed by the present invention, any changes or substitutions that can be easily thought of by anyone skilled in the art,
It should be covered by the protection scope of the present invention.
Claims (10)
1. a kind of nuclear power DCS man-machine interface automatic generation method, which comprises the steps of:
The pel and connecting line for including in identification nuclear power Process Design image；
The generic features information and independent characteristic information for including in above-mentioned pel and connecting line are extracted, and connecting line is split
Conversion process obtains the line segment for being suitble to nuclear power DCS man-machine interface to show；
The generic features information for including in above-mentioned pel is compared with group metamessage in nuclear power DCS man-machine system database,
Obtain corresponding icon in nuclear power DCS man-machine interface；
Line segment, the nuclear power DCS shown according to above-mentioned generic features information and independent characteristic information, suitable nuclear power DCS man-machine interface
Correspondence icon in man-machine interface generates final MACS6 flow chart in nuclear power DCS man-machine interface.
2. nuclear power DCS man-machine interface automatic generation method according to claim 1, which is characterized in that carrying out identification core
Before the pel and connecting line that include in electric process designed image, following steps are carried out:
Nuclear power Process Design image coordinate system and MACS6 flow chart coordinate system are established, nuclear power Process Design image coordinate system is obtained
With each point coordinate transformation relation in MACS6 flow chart coordinate system.
3. nuclear power DCS man-machine interface automatic generation method according to claim 1 or 2, which is characterized in that the identification core
The pel and connecting line for including in electric process designed image, include the following steps:
Under nuclear power Process Design image coordinate system, header, footer, the Title area letter in nuclear power Process Design image are deleted
Breath, identification need to carry out the nuclear power Process Design effective image area of information processing；
Test pattern is carried out to above-mentioned nuclear power Process Design effective image area, obtains the figure for including in nuclear power Process Design image
Member and connecting line, the pel include text, line segment, rectangle.
4. nuclear power DCS man-machine interface automatic generation method according to claim 3, which is characterized in that the extraction is above-mentioned
The generic features information and independent characteristic information for including in pel and connecting line, and fractionation conversion process is carried out to connecting line, it obtains
The line segment that nuclear power DCS man-machine interface must be suitble to show, includes the following steps:
The pel and connecting line for including in all nuclear power Process Design images are traversed, each pel is obtained and what connecting line included leads to
With characteristic information and independent characteristic information；
In connecting line turning point and infall, fractionation conversion process is carried out to connecting line by default method for dividing and processing, is obtained
The line segment that nuclear power DCS man-machine interface must be suitble to show.
5. nuclear power DCS man-machine interface automatic generation method according to claim 4, which is characterized in that text included leads to
It is revolved with characteristic information, including mold title, icon tag name icon width, icon height, icon rotation center X-coordinate, icon
Turn center Y-coordinate, icon rotation center X relative coordinate, icon rotation center Y relative coordinate；
The independent characteristic information that text includes, including text background color, text title, Horizontal Alignment, vertical alignment mode,
Font, font size, textwidth, text height, text fill color；
The generic features information that line segment includes, including icon tag name, icon width, icon height, icon rotation center X are sat
Mark, icon rotation center Y-coordinate, icon rotation center X relative coordinate, icon rotation center Y relative coordinate；
The independent characteristic information that line segment includes, the starting point Y-coordinate of starting point X-coordinate, line segment including line segment, the terminal X of line segment are sat
Mark, the terminal Y-coordinate of line segment, line width, line color, line style, start arrowhead, terminal arrow；The line style be solid line, dotted line,
At least one of dotted line, a kind of imaginary point line, two class imaginary point lines；
The generic features information that rectangle includes, including icon tag name, icon width, icon height, icon rotation center X are sat
Mark, icon rotation center Y-coordinate, icon rotation center X relative coordinate, icon rotation center Y relative coordinate；
Whether the independent characteristic information that rectangle includes, including line width, line color, icon medium color, lines are hidden.
6. nuclear power DCS man-machine interface automatic generation method according to claim 4 or 5, which is characterized in that described by pre-
If method for dividing and processing carries out fractionation conversion process to connecting line, include the following steps:
Key point on connecting line is identified, starting point, terminal, turning point and crosspoint are obtained；
From the off, other key points on connecting line are successively traversed, starting point is as first line segment starting point, second point conduct
First line segment terminal, third point is as Article 2 line segment starting point, and the 4th point is as Article 2 line segment terminal, with such
It pushes away, obtains n line segment, if finally remaining next isolated point, determine the connecting line splitting into n+1 line segment, if nothing
Remaining isolated point determines the connecting line splitting into n line segment；
Coordinate of the above-mentioned every line segment in nuclear power Process Design image is obtained, and then every line segment of acquisition is converted by coordinate and is existed
Coordinate in final MACS6 flow chart.
7. nuclear power DCS man-machine interface automatic generation method according to claim 5, which is characterized in that it is described will be in pel
The generic features information for including is compared with group metamessage in nuclear power DCS man-machine system database, obtains the man-machine boundary nuclear power DCS
Corresponding icon, includes the following steps: in face
The generic features information for including in pel is extracted, pel mold title is obtained；
The pel mold title is compared with the icon title of all constituent elements in nuclear power DCS man-machine system database, is obtained
Obtain the icon of all constituent elements in nuclear power DCS man-machine system database identical with the pel mold title；
In final MACS6 flow chart at corresponding pel position, the figure of constituent element in the nuclear power DCS man-machine system database is shown
Symbol, as pel icon.
8. nuclear power DCS man-machine interface automatic generation method according to claim 7, which is characterized in that described according to above-mentioned
Generic features information and independent characteristic information, the line segment for being suitble to nuclear power DCS man-machine interface to show, in nuclear power DCS man-machine interface
Corresponding icon, final MACS6 flow chart is generated in nuclear power DCS man-machine interface, is included the following steps:
According to the position coordinates of pel in nuclear power Process Design image, syncaryon electric process designed image coordinate system and MACS6 stream
Each point coordinate transformation relation in journey figure coordinate system obtains the position coordinates of pel in MACS6 flow chart；
In the MACS6 flow chart at the position coordinates of pel, the pel icon and pel interface, the figure are generated
First interface is for calling the file comprising pel generic features information and independent characteristic information；
According to coordinate of the every line segment in final MACS6 flow chart, all line segments are shown in MACS6 flow chart, are generated most
Whole MACS6 flow chart.
9. nuclear power DCS man-machine interface automatic generation method according to claim 7, which is characterized in that further include walking as follows
It is rapid:
For pel in MACS6 flow chart, its icon tag name is replaced with into machine group name and domain number, generates project demand point name；
The icon for obtaining pel in nuclear power Process Design image rotates angle, rotates angle to MACS6 process according to the icon
Figure pel icon rotation angle is adjusted, and guarantees that the two rotation angle is consistent.
10. nuclear power DCS man-machine interface automatic generation method according to claim 8 or claim 9, which is characterized in that further include as
Lower step:
In the MACS6 flow chart at the position coordinates of pel, connecing for the pel and corresponding analog quantity linking of devices is generated
Mouthful, the interface is used to call the acquisition data of analog quantity equipment；
Icon precision is set, carries out precision processing by acquisition data of the icon precision to above-mentioned analog quantity equipment, obtains
Meet the acquisition data of the icon precision；
By the acquisition data for meeting icon precision, be stored in real time by pel interface comprising pel generic features information and
In the file of independent characteristic information.
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