CN107656761A - A kind of automatic generation method of the virtual terminals of intelligent substation visualized graphs based on G language - Google Patents
A kind of automatic generation method of the virtual terminals of intelligent substation visualized graphs based on G language Download PDFInfo
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- CN107656761A CN107656761A CN201710940791.XA CN201710940791A CN107656761A CN 107656761 A CN107656761 A CN 107656761A CN 201710940791 A CN201710940791 A CN 201710940791A CN 107656761 A CN107656761 A CN 107656761A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
- G06T11/00—2D [Two Dimensional] image generation
- G06T11/20—Drawing from basic elements, e.g. lines or circles
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
- G06T11/00—2D [Two Dimensional] image generation
- G06T11/40—Filling a planar surface by adding surface attributes, e.g. colour or texture
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
- G06T11/00—2D [Two Dimensional] image generation
- G06T11/60—Editing figures and text; Combining figures or text
Abstract
The present invention discloses a kind of automatic generation method of the virtual terminals of intelligent substation visualized graphs based on G language, method is by parsing substation configuration description SCD file, the empty terminal visual control picture of displaying framework automatic batch generation is layered according to " voltage class-interval-device-control block-empty terminal " and represents the two-dimensional table of annexation between device, support SCD model datas and the auto-associating of picture pel, support the AutoLink between each level figure and flexibly switching, so as to realize being visualized on the spot with a distant place to intelligent substation secondary void terminal loop static state annexation and real-time link state.The present invention improves secondary device status visualization bandwagon effect, facilitates the running situation of secondary device in the grasp station that operation maintenance personnel is comprehensive, multi-level, and strong support is provided for the all-round popularization application of substation secondary device status monitoring function.
Description
Technical field
The present invention relates to Substation Automation System field, particularly a kind of virtual terminals of intelligent substation based on G language
The automatic generation method of visualized graphs.
Background technology
As the standards of IEC 61850 are in the overall application of intelligent substation, digitalized network communication is answered with its multiline message
With the characteristics of, realize and substitute a large amount of point-to-point cables in traditional transformer station using a small amount of optical fiber.Empty terminal is and traditional screen
Terminal in cabinet is corresponding, for reflecting the virtual terminal of the input and output signal of protection device.
Transformer substation system configuration describing document（Substation Configuration Description, SCD）As
The description file of whole intelligent substation internal weakness terminal annexation, contains the logic connecting relation between each device, its is heavy
The property wanted is self-evident.The annexation found is mainly carried out manual drawing by tradition on the basis of SCD file is manually checked,
This mode is not directly perceived and time-consuming, while with the fast development of power network scale, corresponding protective relaying device in intelligent substation
Also gradually increase all increases substantially, it is necessary to be monitored number of nodes and data volume of maintenance etc., the scale of SCD file also by
It is cumulative big.Therefore this manual type has been difficult to meet engineering configuration and the actual demand of O＆M.
Meanwhile this manual type generally only draws the two-dimensional table of annexation between description device, and can not provide
More comprehensively, the displaying interface of more levels.
G language：Patterned program language.
The content of the invention
It is an object of the invention to provide a kind of automatically generating for virtual terminals of intelligent substation visualized graphs based on G language
Method, it can facilitate the running situation of secondary device in the grasp station that operation maintenance personnel is comprehensive, multi-level, and accuracy rate is high, reliably
Property is good.
The technical scheme that the present invention takes is：A kind of virtual terminals of intelligent substation visualized graphs based on G language from
Dynamic generation method, including step：
S1, read and parse SCD file, obtain analysis result；
S2, obtains the voltage class data in the analysis result that S1 is obtained, and master catalogue, the master are drawn according to voltage class data
Catalogue includes the master catalogue item of each configured voltage class in corresponding station；
S3, obtain in the analysis result that S1 is obtained, the interval data under each voltage class, according to the space-number under each voltage class
Bed boundary is spaced according to drawing；
Interval bed boundary master catalogue item corresponding with relevant voltage grade under each voltage class is linked；
Interval bed boundary under each voltage class includes the chart spacing at each configured interval under corresponding relevant voltage grade
Shape；
S4, obtain in the analysis result that S1 is obtained, the device data under each interval, dress is drawn according to the device data under each interval
Bed boundary is put, and generates the device relation bivariate table of device annexation in description interval；
Device bed boundary and device relation bivariate table under each interval, link the chart spacing corresponding to corresponding interval respectively
Shape；
Device bed boundary under each interval includes the device figure of each configured device under corresponding corresponding interval；
S5, obtain in the analysis result that S1 is obtained, the control block data under each device, painted according to the control block data under each device
Control block bed boundary processed；
The control block bed boundary links to device bed boundary corresponding to corresponding device；
Displaying has the input and output between the control block of corresponding device and the control block of other devices in the control block bed boundary
Relation；
S6, obtain in the analysis result that S1 is obtained, the empty terminal data under each control block, according to the empty number of terminals under each control block
According to the empty terminal bed boundary of drafting；
The empty terminal bed boundary links to the control block bed boundary of affiliated control block；
The empty terminal layer showing interface has each empty terminal and the empty end for the other device control blocks being connected in affiliated control block
Annexation between son.
The master catalogue drawn in S2 of the present invention i.e. voltage class figure, wherein each voltage class is institute involved in station
There is voltage class, shown respectively with rectangular text box form in voltage class figure, the master as empty terminal visualization interface
Catalogue.
Preferably, the drafting for being spaced bed boundary loads the interval figure at each configured interval under relevant voltage grade；
The interval figure includes the interval pel of compartment name text and picture format, links to subordinate every name text among it
Device relation bivariate table, interval pel link to low-level device bed boundary.The interval pel at corresponding various intervals and its corresponding
Compartment name text box, all draw and store in advance.
Preferably, being spaced bed boundary also includes the title text of the affiliated voltage class of corresponding present interval, title text chain
It is connected to superior voltage grade master catalogue.
Preferably, in the device bed boundary under each interval, cell device is shown with process layer device layering.That is wall
Measuring and controlling protective device and process layer intelligent primary equipment for layering show respectively.
Further, in order to more facilitate directly perceived cognition of the staff to each device in station, device stratum boundary of the invention
In face, different types of device, such as measure and control device, protection device, combining unit, intelligent terminal and other devices, correspond to respectively
Different device pels.
Preferably, the title text of the affiliated compartment name of corresponding intrument, device figure link are also included in device bed boundary
To subordinate's control block bed boundary, title text is connected to affiliated higher level interval bed boundary.
Device figure includes the device pel of picture format, and device name text, it is preferred that described device figure is also
Including background colour, the different real-time status of device correspond to different background colours.State such as device have state on duty, stoppage in transit state therefore
Hinder state, green, grey and red can be corresponded to respectively.The real-time status of device can by with monitoring backstage database interior joint shape
State data are associated and obtain, specially prior art.
Preferably, control block bed boundary includes corresponding to the text box of each control block under present apparatus respectively, and correspondingly
There is the text box of other device control blocks of input/output relation with present apparatus control block；Between the control block of different device
Input/output relation is shown by arrow pel；Arrow pel links to subordinate's void terminal bed boundary.
Preferably, in control block bed boundary, different types of control block corresponds to different background colors；The arrow pel
Pitched including the green arrow pel that corresponding real-time link is connected state, and corresponding link of implementing for the red zone of off-state
Arrow.Real-time link on off operating mode between control block can be obtained by parsing SCD file, be reflected in control block bed boundary,
So that graphical information is more perfect, practicality is stronger.
Preferably, bed boundary is controlled also to include the title text frame of corresponding present apparatus, the title text frame chaining is supreme
Stage arrangement bed boundary.
Further, controlling also includes Two dimensional control block connection relational table in bed boundary, the Two dimensional control block connection is closed
It is the input/output relation between table displaying present apparatus control block and other device control blocks.For the feelings in some interval
Condition, the row headers and column heading of Two dimensional control block connection relational table are respectively each device control block title in being spaced, and are represented respectively
End device and output end device are inputted, is controlled corresponding to ranks intersection in grid by marking in display interval between different device
The input/output relation of block；Two dimensional control block connection relational table also includes the title text of corresponding present interval, the title text
It is connected to the interval bed boundary of corresponding interval.
Preferably, empty terminal bed boundary includes the text box of each empty terminal in corresponding control block, the text in text box
Including empty terminal sequence number and empty terminal names, the annexation of empty terminal passes through arrows between different control blocks.It is same herein
Sample can be associated with real-time link on off operating mode by the connection arrow between empty terminal, while is associated by the numeral on arrow
The data value transmitted in respective link.Empty terminal bed boundary can equally pass through title text frame chaining to higher level's control block stratum boundary
Face.
Beneficial effect
Compared to prior art, the present invention has advantages below and progress：
1st, show level by common 2-3 level displays structure extension into " voltage class-interval-device-control block-void
The layer architecture of terminal " 5, bandwagon effect are obviously improved；
2nd, this method can with it is fast automatic realize to configured in SCD file whole secondary devices, control block, empty terminal it is visual
Change displaying, coverage rate reaches 100%, and displaying content is more fully；
3rd, the mode of automation can ensure the uniformity of the Project Realization style of different substation, be easy to operation maintenance personnel to grasp.
To sum up, the present invention, can be according to " voltage class-interval-dress by parsing substation configuration description SCD file
Put the empty terminal of-control block-" displaying framework is layered, automatic batch generates empty terminal visual control picture and represents device
Between annexation two-dimensional table, support the auto-associating of SCD model datas and picture pel, support between each level figure
AutoLink and flexibly switching, so as to can realize to intelligent substation secondary void terminal loop static state annexation and real-time chain
Line state visualizes with a distant place on the spot.
Brief description of the drawings
Fig. 1 is the inventive method schematic flow sheet；
Fig. 2 is voltage class bed boundary of the present invention（Master catalogue）Schematic diagram；
Fig. 3 is wall interface schematic diagram of the present invention；
Fig. 4 is apparatus of the present invention bed boundary schematic diagram；
Fig. 5 is control block bed boundary of the present invention schematic diagram；
Fig. 6 is cell device relation bivariate table form schematic diagram of the present invention；
Fig. 7 is the empty terminal layer interface schematic diagram of the present invention.
Embodiment
Further described below in conjunction with the drawings and specific embodiments.
Embodiment 1
With reference to the flow chart shown in figure 1, the virtual terminals of intelligent substation visualized graphs of the invention based on G language automatically generate
Method, including step：
S1, read and parse SCD file, obtain analysis result；
S2, obtains the voltage class data in the analysis result that S1 is obtained, and master catalogue, the master are drawn according to voltage class data
Catalogue includes the master catalogue item of each configured voltage class in corresponding station；
S3, obtain in the analysis result that S1 is obtained, the interval data under each voltage class, according to the space-number under each voltage class
Bed boundary is spaced according to drawing；
Interval bed boundary master catalogue item corresponding with relevant voltage grade under each voltage class is linked；
Interval bed boundary under each voltage class includes the chart spacing at each configured interval under corresponding relevant voltage grade
Shape；
S4, obtain in the analysis result that S1 is obtained, the device data under each interval, dress is drawn according to the device data under each interval
Bed boundary is put, and generates the device relation bivariate table of device annexation in description interval；
Device bed boundary and device relation bivariate table under each interval, link the chart spacing corresponding to corresponding interval respectively
Shape；
Device bed boundary under each interval includes the device figure of each configured device under corresponding corresponding interval；
S5, obtain in the analysis result that S1 is obtained, the control block data under each device, painted according to the control block data under each device
Control block bed boundary processed；
The control block bed boundary links to device bed boundary corresponding to corresponding device；
Displaying has the input and output between the control block of corresponding device and the control block of other devices in the control block bed boundary
Relation；
S6, obtain in the analysis result that S1 is obtained, the empty terminal data under each control block, according to the empty number of terminals under each control block
According to the empty terminal bed boundary of drafting；
The empty terminal bed boundary links to the control block bed boundary of affiliated control block；
The empty terminal layer showing interface has each empty terminal and the empty end for the other device control blocks being connected in affiliated control block
Annexation between son.
Embodiment 2
In the present embodiment, the master catalogue i.e. voltage class figure drawn in S2, wherein each voltage class is involved in station
All voltage class, shown respectively with rectangular text box form in voltage class figure, as empty terminal visualization interface
Master catalogue.
The interval figure at each configured interval being spaced under the drafting i.e. loading relevant voltage grade of bed boundary；The interval
Figure includes the interval pel of compartment name text and picture format, links to low-level device relation every name text among it
Bivariate table, interval pel link to low-level device bed boundary.The interval pel and its corresponding compartment name at corresponding various intervals
Text box, all draw and store in advance.
Being spaced bed boundary also includes the title text of the affiliated voltage class of corresponding present interval, and title text links to higher level
Voltage class master catalogue.
In device bed boundary under each interval, cell device is shown with process layer device layering.That is the observing and controlling of wall
The intelligent primary equipment of protection device and process layer is shown respectively for layering.
It is different in device bed boundary of the invention in order to more facilitate directly perceived cognition of the staff to each device in station
The device of type, such as measure and control device, protection device, combining unit, intelligent terminal and other devices, different devices is corresponded to respectively
Pel.
Also include the title text of the affiliated compartment name of corresponding intrument in device bed boundary, device figure links to subordinate's control
Clamp dog bed boundary, title text are connected to affiliated higher level interval bed boundary.
Device figure includes the device pel of picture format, and device name text, it is preferred that described device figure is also
Including background colour, the different real-time status of device correspond to different background colours.State such as device have state on duty, stoppage in transit state therefore
Hinder state, green, grey and red can be corresponded to respectively.The real-time status of device can by with monitoring backstage database interior joint shape
State data are associated and obtain, specially prior art.
Control block bed boundary includes corresponding to the text box of each control block under present apparatus respectively, and is correspondingly filled with current
Putting control block has the text box of other device control blocks of input/output relation；Input and output between the control block of different device
Relation is shown by arrow pel；Arrow pel links to subordinate's void terminal bed boundary.
In control block bed boundary, different types of control block corresponds to different background colors；The arrow pel include pair
The green arrow pel that real-time link is connected state is answered, and corresponding link of implementing pitches arrow for the red zone of off-state.
Real-time link on off operating mode between control block can be obtained by parsing SCD file, be reflected in control block bed boundary so that figure
Shape information is more perfect, and practicality is stronger.
Bed boundary is controlled also to include the title text frame of corresponding present apparatus, the title text frame chaining to superior device layer
Interface.
Also include Two dimensional control block connection relational table in control bed boundary, the Two dimensional control block connection relational table displaying is worked as
Input/output relation between preceding device control block and other device control blocks.In the case of in some interval, Two dimensional control
The row headers and column heading of block connection relational table be respectively be spaced in each device control block title, respectively represent input end device and
End device is exported, shows the input and output of control block between different device in interval corresponding to ranks intersection in grid by marking
Relation；Two dimensional control block connection relational table also includes the title text of corresponding present interval, between the title text is connected to accordingly
Every interval bed boundary.
Empty terminal bed boundary includes the text box of each empty terminal in corresponding control block, and the text in text box includes empty end
Sub- sequence number and empty terminal names, the annexation of empty terminal passes through arrows between different control blocks.Herein equally can be by void
Connection arrow between terminal is associated with real-time link on off operating mode, while passes through the numeral association respective link on arrow
The data value of upper transmission.Empty terminal bed boundary can equally pass through title text frame chaining to higher level's control block bed boundary.
Embodiment 3
" voltage class-interval-device-control block-empty terminal " of the invention layering displaying framework is included with lower part：
1st, voltage class bed boundary according to SCD file analysis result by involved voltage class list with rectangle box form exhibition
Show, as the master catalogue of empty terminal visualization interface, as shown in Figure 2.
The layer pattern can link to subordinate's interval layer pattern by each voltage class rectangle frame.When not matching somebody with somebody in SCD file
When putting voltage class, the layer pattern is then not present.
2nd, interval bed boundary shows all interval lists under certain voltage class in the form of pel, as shown in Figure 3.
The picture format that interval pel is drawn in advance using loading.The layer pattern can be linked by being spaced pel rectangle frame
To low-level device bed boundary, device relation two-dimensional table interface can be linked to by compartment name rectangle frame, pass through heading-text
This frame can be linked to superior voltage grade bed boundary.When non-configuration space in SCD file, the layer pattern is then not present.
3rd, all devices under certain interval are carried out layering exhibition by device bed boundary according to type of device according to wall, process layer
Show, as shown in Figure 4.
Different type of device corresponds to different pels, including measure and control device, protection device, combining unit, intelligent terminal
And other types.The background colour of device pel is associated with real-time unit state, and device pel state includes state on duty, stoppage in transit
State, fault case, background colour correspond to green, grey and red respectively.
The bed boundary can link to subordinate's control block layer pattern by device pel rectangle frame, can by title text frame
To be linked to higher level interval layer pattern.When not configuring voltage class, interval in SCD file, then the layer pattern is directly by SCD texts
Device list involved by part analysis result is with the displaying of rectangle box form, the master catalogue as empty terminal visualization interface.
4th, control block bed boundary shows the input between the control block of certain device and the control block of other connected devices
Annexation is exported, as shown in Figure 5.
In control block layer pattern, control block type includes input control block, GOOSE control blocks, SV control blocks, uses respectively
Different background colours represents that arrow pel establishes a connection input static between control block with output end, meanwhile, the company
It is associated with real-time link on off operating mode to connect arrow pel, arrow state includes connecting normal, chain rupture, corresponds to green arrow respectively
Head, red zone fork arrow.The bed boundary can link to subordinate's void terminal bed boundary shape by arrow pel, pass through title text
Frame can be linked to superior device bed boundary.
Meanwhile the annexation between the control block of comprehensive single assembly and other connected devices, in some interval and
In the case of interval, the control block annexation between all devices and device is also shown in the form of two-dimensional table,
The situation at single interval as shown in Figure 6, the row and column of two-dimensional table represent transmission end device, the receiving terminal of secondary circuit respectively
Device, the input and output annexation between the control block of device is represented in form with circular pel.The layer pattern passes through title
Text box can be linked to higher level interval layer pattern.When GOOSE links two-dimensional table and SV link two-dimensional tables be present simultaneously,
It can also be switched between two figures.
5th, empty terminal layer showing interface is that certain control block of device is connected the connection of empty terminal inside control block with other
Relation, as shown in Figure 7.
In empty terminal bed boundary, the display of empty terminal includes terminal sequence number and Chinese, equally by between empty terminal
Connection arrow it is associated with real-time link on off operating mode, while the numeral on arrow and the data value that transmits on this link
It is associated.The layer pattern can be linked to higher level's control block bed boundary by title text frame.
The present invention, can be according to " voltage class-interval-device-control by parsing substation configuration description SCD file
Clamp dog-empty terminal " layering displaying framework, automatic batch, which generates empty terminal visual control picture and represented, to be connected between device
Connect the two-dimensional table of relation, support SCD model datas and the auto-associating of picture pel, support automatic between each level figure
Link and flexibly switching, so as to realize to intelligent substation secondary void terminal loop static state annexation and real-time link state
On the spot with a distant place visualize.
Described above is only the preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art
For member, without departing from the technical principles of the invention, some improvement and deformation can also be made, these are improved and deformation
Also it should be regarded as protection scope of the present invention.
Claims (10)
1. a kind of automatic generation method of the virtual terminals of intelligent substation visualized graphs based on G language, it is characterized in that, including step
Suddenly：
S1, read and parse SCD file, obtain analysis result；
S2, obtains the voltage class data in the analysis result that S1 is obtained, and master catalogue, the master are drawn according to voltage class data
Catalogue includes the master catalogue item of each configured voltage class in corresponding station；
S3, obtain in the analysis result that S1 is obtained, the interval data under each voltage class, according to the space-number under each voltage class
Bed boundary is spaced according to drawing；
Interval bed boundary master catalogue item corresponding with relevant voltage grade under each voltage class is linked；
Interval bed boundary under each voltage class includes the chart spacing at each configured interval under corresponding relevant voltage grade
Shape；
S4, obtain in the analysis result that S1 is obtained, the device data under each interval, dress is drawn according to the device data under each interval
Bed boundary is put, and generates the device relation bivariate table of device annexation in description interval；
Device bed boundary and device relation bivariate table under each interval, link the chart spacing corresponding to corresponding interval respectively
Shape；
Device bed boundary under each interval includes the device figure of each configured device under corresponding corresponding interval；
S5, obtain in the analysis result that S1 is obtained, the control block data under each device, painted according to the control block data under each device
Control block bed boundary processed；
The control block bed boundary links to device bed boundary corresponding to corresponding device；
Displaying has the input and output between the control block of corresponding device and the control block of other devices in the control block bed boundary
Relation；
S6, obtain in the analysis result that S1 is obtained, the empty terminal data under each control block, according to the empty number of terminals under each control block
According to the empty terminal bed boundary of drafting；
The empty terminal bed boundary links to the control block bed boundary of affiliated control block；
The empty terminal layer showing interface has each empty terminal and the empty end for the other device control blocks being connected in affiliated control block
Annexation between son.
2. according to the method for claim 1, it is characterized in that, the interval figure includes compartment name text and picture lattice
The interval pel of formula, links to low-level device relation bivariate table every name text among it, and interval pel links to low-level device
Bed boundary.
3. according to the method for claim 1, it is characterized in that, interval bed boundary also includes affiliated voltage of corresponding present interval etc.
The title text of level, title text link to superior voltage grade master catalogue.
4. the method according to claim 11, it is characterized in that, in the device bed boundary under each interval, cell device and mistake
The layering displaying of journey layer device.
5. according to the method for claim 1, it is characterized in that, device figure includes the device pel of picture format, and dress
Put name text；Described device figure also includes background colour, and the different real-time status of device correspond to different background colours.
6. according to the method for claim 1, it is characterized in that, control block bed boundary includes corresponding to respectively each under present apparatus
The text box of control block, and correspondingly have the text of other device control blocks of input/output relation with present apparatus control block
Frame；Input/output relation between the control block of different device is shown by arrow pel；Arrow pel links to subordinate's void end
Sublayer interface.
7. according to the method for claim 1, it is characterized in that, in control block bed boundary, different types of control block is corresponding not
Same background color；The arrow pel includes the green arrow pel that corresponding real-time link is connected state, and corresponding real
Apply the red zone that link is off-state and pitch arrow.
8. according to the method for claim 1, it is characterized in that, control bed boundary also includes the title text of corresponding present apparatus
Frame, the title text frame chaining to superior device bed boundary.
9. according to the method for claim 1, it is characterized in that, control in bed boundary and also showed that Two dimensional control block annexation
Table, the input and output between the Two dimensional control block connection relational table displaying present apparatus control block and other device control blocks are closed
System.
10. the method according to claim 11, it is characterized in that, it is preferred that empty terminal bed boundary is included in corresponding control block
The text box of each empty terminal, the text in text box include empty terminal sequence number and empty terminal names, empty end between different control blocks
The annexation of son passes through arrows.
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| CN110908758A (en) * | 2019-11-19 | 2020-03-24 | 国网智能科技股份有限公司 | Graphical configuration method and system for anti-misoperation lockout logic expression |
| CN110908758B (en) * | 2019-11-19 | 2023-09-01 | 山东鲁软数字科技有限公司智慧能源分公司 | Anti-misoperation locking logic expression graphical configuration method and system |
| CN112667833A (en) * | 2021-01-05 | 2021-04-16 | 北京用尚科技股份有限公司 | Method for automatically switching and checking multiple logic diagrams of power system |
| CN112667833B (en) * | 2021-01-05 | 2024-03-01 | 北京用尚科技股份有限公司 | Method for automatically switching and checking multiple logic diagrams of power system |
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