CN104317988A - Method, equipment and system of automatically generating looped network graph based on GIS (geographic information system) distributing graph - Google Patents
Method, equipment and system of automatically generating looped network graph based on GIS (geographic information system) distributing graph Download PDFInfo
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- CN104317988A CN104317988A CN201410524932.6A CN201410524932A CN104317988A CN 104317988 A CN104317988 A CN 104317988A CN 201410524932 A CN201410524932 A CN 201410524932A CN 104317988 A CN104317988 A CN 104317988A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y04—INFORMATION OR COMMUNICATION TECHNOLOGIES HAVING AN IMPACT ON OTHER TECHNOLOGY AREAS
- Y04S—SYSTEMS INTEGRATING TECHNOLOGIES RELATED TO POWER NETWORK OPERATION, COMMUNICATION OR INFORMATION TECHNOLOGIES FOR IMPROVING THE ELECTRICAL POWER GENERATION, TRANSMISSION, DISTRIBUTION, MANAGEMENT OR USAGE, i.e. SMART GRIDS
- Y04S10/00—Systems supporting electrical power generation, transmission or distribution
- Y04S10/50—Systems or methods supporting the power network operation or management, involving a certain degree of interaction with the load-side end user applications
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Abstract
The invention discloses a method, equipment and a system of automatically generating a looped network graph based on a GIS (geographic information system) distributing graph and belongs to the layout design field. The method comprises the steps of extracting a single line of the GIS distributing graph of a power grid, conducting the topological analysis, abstraction and conversion of the single line of the GIS distributing graph and obtaining a primitive of the single line of the GIS distributing graph, receiving configuration parameters sent by a GIS distributing graph automatically generating looped network graph storing server; generating a first GIS distributing graph automatically generating looped network graph according to the primitive and the configuration parameters; analyze the GIS distributing graph, generating the analyzing result, updating the first GIS distributing graph automatically generating looped network graph according to the analyzing result and obtaining a second GIS distributing graph automatically generating looped network graph; conducting the layout adjustment on the second GIS distributing graph automatically generating looped network graph and generating a third GIS distributing automatically generating looped network graph; using the third GIS distributing automatically generating looped network graph and monitoring the power grid. The method of automatically generating the looped network graph based on the GIS distributing graph can improve the consistency of layout information and field data in the power grid work, the drawing labor intensity is lowered, and the layout updating speed and the monitoring efficiency are improved.
Description
Technical field
The present invention relates to layout design field, particularly a kind of method, equipment and system automatically generating looped network figure based on GIS along Butut.
Background technology
In operation of power networks, because the wiring of electrical network netting twine is complicated, device category is numerous, yardman needs the field data grasping electrical network at any time, station-line-change-family the relation of electrical network can be depicted as drawing for yardman in prior art, understand to facilitate them and solve the produced problem such as electrical network and grid equipment in time.
The mode adopting Distribution GIS to combine along Butut with the CAD drawing of OPEN3000 system in prior art is carried out the work, wherein Distribution GIS is drawn by office of network operation district related personnel along cloth drawing, by electronic handoff procedure, finally carry out the whole network issue by yardman and realize the renewal of GIS drawing, CADGIS in OPEN3000 system generates looped network figure automatically along Butut to carry out renewal by yardman according to startup scheme hand drawn to realize GIS and automatically generate looped network figure the whole network along Butut and issue again in OPEN3000 system, make the renewal of drawing slow like this, can not ensure that drawing information is consistent with field data, easily cause the mistuning degree of yardman, maloperation.
Summary of the invention
In order to solve the problem of prior art, embodiments provide a kind of method automatically generating looped network figure based on GIS along Butut.Described technical scheme is as follows:
First aspect, provide a kind of method automatically generating looped network figure based on GIS along Butut, described method comprises:
Extract the single line of Distribution GIS along Butut of electrical network, along the single line of Butut, topological analysis, abstract and conversion are carried out to described GIS, obtains the pel of described GIS along the single line of Butut;
Receive GIS generates the transmission of looped network figure storage server automatically configuration parameter along Butut;
According to described pel and described configuration parameter, generate a GIS and automatically generate looped network figure along Butut;
Described GIS is analyzed along Butut, generates analysis result, and according to described analysis result, along Butut, looped network figure is generated automatically to a described GIS and upgrades, obtain the 2nd GIS and automatically generate looped network figure along Butut;
According to default placement rule, along Butut, looped network figure is generated automatically to described 2nd GIS and carries out distributing adjustment, generate the 3rd GIS and automatically generate looped network figure along Butut;
Utilize described 3rd GIS automatically to generate looped network figure along Butut, monitor described electrical network.
In conjunction with first aspect, in the implementation that the first is possible, describedly along Butut, looped network figure is generated automatically to a described GIS carry out renewal and comprise:
Described GIS is followed the trail of along the relation of opening up of flutterring of Butut and filtered, generates the first analysis result;
Automatically generate looped network figure to a described GIS along Butut according to described first analysis result and described predetermined placement rule to upgrade, generate described 2nd GIS and automatically generate looped network figure along Butut; Or,
Analyze a described GIS and automatically generate the line topological difference of looped network figure and described GIS along Butut along Butut, generate the second analysis result;
According to described second analysis result, along Butut, looped network figure is generated automatically to a described GIS and upgrades, generate described 2nd GIS and automatically generate looped network figure along Butut.
In conjunction with first aspect, in the implementation that the second is possible, described basis presets placement rule, automatically generates looped network figure carry out distributing adjustment and comprise described 2nd GIS along Butut:
According to described default placement rule, along Butut, looped network figure is generated automatically to described 2nd GIS and carries out distributing adjustment; Or,
Obtain the adjustment instruction that user triggers on distributing adjustment equipment, according to described adjustment instruction, along Butut, looped network figure is generated automatically to described 2nd GIS and carries out distributing adjustment.
In conjunction with first aspect, in the implementation that the third is possible, described method also comprises;
Along Butut, the verification that looped network figure carries out topological relation is generated automatically to described 3rd GIS;
Along Butut, the verification that looped network figure carries out relation of inclusion is generated automatically to described 3rd GIS;
Along Butut, the verification that looped network figure carries out subordinate relation is generated automatically to described 3rd GIS.
In conjunction with first aspect, in the 4th kind of possible implementation, described method also comprises;
Send described 3rd GIS by preset pattern form to output device and automatically generate looped network figure along Butut; Or,
Send described 3rd GIS to printing device and automatically generate looped network figure along Butut.
In conjunction with first aspect, in the 5th kind of possible implementation, described method also comprises:
Arrange a described GIS automatically to generate looped network figure, the 2nd GIS along Butut and automatically generate looped network figure and the 3rd GIS along Butut and automatically generate layer respectively corresponding with dissimilar equipment in looped network figure along Butut;
Show all devices corresponding with described layer.
In conjunction with first aspect, in the 6th kind of possible implementation, described method comprises:
Automatically generate looped network figure, the 2nd GIS to a described GIS along Butut automatically to generate looped network figure and the 3rd GIS along Butut and automatically generate looped network figure along Butut and carry out version management, generate and automatically generate looped network figure, the 2nd GIS with a described GIS along Butut and automatically generate looped network figure and the 3rd GIS along Butut and automatically generate looped network figure along Butut and distinguish corresponding start context;
Wherein, described start context automatically generates looped network figure, the 2nd GIS with a described GIS along Butut automatically to generate looped network figure and the 3rd GIS along Butut and automatically generate the respectively corresponding unique beacon information of looped network figure along Butut, and described start context comprises: GIS automatically generates the looped network figure map title, GIS along Butut and automatically generates looped network figure creation-time along Butut and GIS generates looped network figure descriptive information automatically along Butut.
In conjunction with first aspect, in the 7th kind of possible implementation, described method also comprises:
Automatically generate described 3rd GIS of looped network figure storage server transmission to described GIS along Butut and automatically generate looped network figure along Butut, automatically generate described 3rd GIS of looped network figure storage server storage to make described GIS along Butut and automatically generate looped network figure along Butut.
Second aspect, provide a kind of equipment automatically generating looped network figure based on GIS along Butut, described equipment comprises:
Extraction module, for extracting the single line of Distribution GIS along Butut of electrical network, carrying out topological analysis, abstract and conversion to described GIS along the single line of Butut, obtaining the pel of described GIS along the single line of Butut;
Receiver module, for receive GIS along Butut automatically generate looped network figure storage server send configuration parameter;
Processing module, for according to described pel and described configuration parameter, generates a GIS and automatically generates looped network figure along Butut;
Update module, for analyzing along Butut described GIS, generating analysis result, and according to described analysis result, automatically generating looped network figure upgrade a described GIS along Butut, obtaining the 2nd GIS and automatically generate looped network figure along Butut;
Adjusting module, for according to presetting placement rule, automatically generating looped network figure to described 2nd GIS along Butut and carrying out distributing adjustment, generates the 3rd GIS and automatically generates looped network figure along Butut;
Monitoring module, for utilizing described 3rd GIS automatically to generate looped network figure along Butut, monitors described electrical network.
In conjunction with second aspect, in the implementation that the first is possible, described update module specifically for:
Described GIS is followed the trail of along the relation of opening up of flutterring of Butut and filtered, generates the first analysis result;
Automatically generate looped network figure to a described GIS along Butut according to described first analysis result and described predetermined placement rule to upgrade, generate described 2nd GIS and automatically generate looped network figure along Butut; Or,
Analyze a described GIS and automatically generate the line topological difference of looped network figure and described GIS along Butut along Butut, generate the second analysis result;
According to described second analysis result, along Butut, looped network figure is generated automatically to a described GIS and upgrades, generate described 2nd GIS and automatically generate looped network figure along Butut.
In conjunction with second aspect, in the implementation that the second is possible, described adjusting module specifically for:
According to described default placement rule, along Butut, looped network figure is generated automatically to described 2nd GIS and carries out distributing adjustment; Or,
Obtain the adjustment instruction that user triggers on distributing adjustment equipment, according to described adjustment instruction, along Butut, looped network figure is generated automatically to described 2nd GIS and carries out distributing adjustment.
In conjunction with second aspect, in the implementation that the third is possible, described equipment also comprises correction verification module, and described correction verification module is used for:
Along Butut, the verification that looped network figure carries out topological relation is generated automatically to described 3rd GIS;
Along Butut, the verification that looped network figure carries out relation of inclusion is generated automatically to described 3rd GIS;
Along Butut, the verification that looped network figure carries out subordinate relation is generated automatically to described 3rd GIS.
In conjunction with second aspect, in the 4th kind of possible implementation, described equipment also comprises output module, and described output module is used for:
Send described 3rd GIS by preset pattern form to output device and automatically generate looped network figure along Butut; Or,
Send described 3rd GIS to printing device and automatically generate looped network figure along Butut.
In conjunction with second aspect, in the 5th kind of possible implementation, described equipment also comprises layer management module, for:
Arrange a described GIS automatically to generate looped network figure, the 2nd GIS along Butut and automatically generate looped network figure and the 3rd GIS along Butut and automatically generate layer respectively corresponding with dissimilar equipment in looped network figure along Butut;
Show all devices corresponding with described layer.
In conjunction with second aspect, in the 6th kind of possible implementation, described equipment also comprises version management module, for:
Automatically generate looped network figure, the 2nd GIS to a described GIS along Butut automatically to generate looped network figure and the 3rd GIS along Butut and automatically generate looped network figure along Butut and carry out version management, generate and automatically generate looped network figure, the 2nd GIS with a described GIS along Butut and automatically generate looped network figure and the 3rd GIS along Butut and automatically generate looped network figure along Butut and distinguish corresponding start context;
Wherein, described start context automatically generates looped network figure, the 2nd GIS with a described GIS along Butut automatically to generate looped network figure and the 3rd GIS along Butut and automatically generate the respectively corresponding unique beacon information of looped network figure along Butut, and described start context comprises: GIS automatically generates the looped network figure map title, GIS along Butut and automatically generates looped network figure creation-time along Butut and GIS generates looped network figure descriptive information automatically along Butut.
In conjunction with second aspect, in the 7th kind of possible implementation, it is characterized in that, described equipment also comprises sending module, for:
Automatically generate described 3rd GIS of looped network figure storage server transmission to described GIS along Butut and automatically generate looped network figure along Butut, automatically generate described 3rd GIS of looped network figure storage server storage to make described GIS along Butut and automatically generate looped network figure along Butut.
The third aspect, provide a kind of system automatically generating looped network figure based on GIS along Butut, described system comprises:
Second aspect to second aspect the 7th kind of arbitrary possible implementation described in automatically generate the equipment of looped network figure based on GIS along Butut and GIS generates looped network figure storage server automatically along Butut;
Wherein, described GIS generates looped network figure storage server for sending configuration parameter to the described equipment automatically generating looped network figure along Butut based on GIS automatically along Butut.
In conjunction with the third aspect, in the implementation that the first is possible,
Described system also comprises distributing adjustment equipment, for described based on GIS along Butut automatically generate looped network figure equipment send user trigger adjustment instruction.
In conjunction with the third aspect, in the implementation that the second is possible,
Described system also comprises output device and printing device;
Described output device generates looped network figure for the 3rd GIS receiving the transmission of described watch-dog automatically along Butut, and exports the figure of SVG, CAD, PDF, JPG preset format;
Described printing device generates looped network figure for the 3rd GIS receiving the transmission of described watch-dog automatically along Butut, and automatically generates looped network figure by described 3rd GIS of print command printing that user triggers to described printing device along Butut.
In conjunction with the third aspect, in the implementation that the third is possible,
Described GIS automatically generates looped network figure storage server along Butut and also automatically generates looped network figure for receiving and storing the 3rd GIS along Butut.
The present invention, by extracting the single line of Distribution GIS along Butut of electrical network, carries out topological analysis, abstract and conversion to GIS along the single line of Butut, obtains the pel of GIS along the single line of Butut; Receive GIS generates the transmission of looped network figure storage server automatically configuration parameter along Butut; According to pel and configuration parameter, generate a GIS and automatically generate looped network figure along Butut; GIS is analyzed along Butut, generates analysis result, and according to analysis result, along Butut, looped network figure is generated automatically to a GIS and upgrades, obtain the 2nd GIS and automatically generate looped network figure along Butut; According to default placement rule, along Butut, looped network figure is generated automatically to the 2nd GIS and carries out distributing adjustment, generate the 3rd GIS and automatically generate looped network figure along Butut; Utilize the 3rd GIS automatically to generate looped network figure along Butut, monitor described electrical network.The present invention, by a kind of method automatically generating looped network figure based on GIS along Butut, can improve the consistance of drawing information and field data in network operation, reduces drawing labour intensity, improves drawing renewal speed and monitoring efficiency.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme in the embodiment of the present invention, below the accompanying drawing used required in describing embodiment is briefly described, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is a kind of method flow diagram automatically generating looped network figure based on GIS along Butut that the embodiment of the present invention provides;
Fig. 2 is another kind that the embodiment of the present invention provides generates looped network figure automatically along Butut method flow diagram based on GIS;
Fig. 3 is a kind of device structure schematic diagram automatically generating looped network figure based on GIS along Butut that the embodiment of the present invention provides;
Fig. 4 is a kind of system schematic automatically generating looped network figure based on GIS along Butut that the embodiment of the present invention provides.
Embodiment
For making the object, technical solutions and advantages of the present invention clearly, below in conjunction with accompanying drawing, embodiment of the present invention is described further in detail.Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
Embodiment one:
Embodiments provide a kind of method automatically generating looped network figure (GIS automatically generates GIS along Butut and automatically generates looped network figure along Butut) based on GIS along Butut, shown in Figure 1, the method flow process comprises:
101, extract the single line of Distribution GIS along Butut of electrical network, along the single line of Butut, topological analysis, abstract and conversion are carried out to GIS, obtains the pel of GIS along the single line of Butut.
102, GIS generates the transmission of looped network figure storage server automatically configuration parameter along Butut is received.
103, according to pel and configuration parameter, generate a GIS and automatically generate looped network figure along Butut.
104, GIS is analyzed along Butut, generate analysis result, and according to analysis result, along Butut, looped network figure is generated automatically to a GIS and upgrades, obtain the 2nd GIS and automatically generate looped network figure along Butut.
105, according to presetting placement rule, along Butut, looped network figure being generated automatically to the 2nd GIS and carries out distributing adjustment, generate the 3rd GIS and automatically generate looped network figure along Butut.
106, the 3rd GIS is utilized automatically to generate looped network figure along Butut, monitoring electrical network.
The present invention, by extracting the single line of Distribution GIS along Butut of electrical network, carries out topological analysis, abstract and conversion to GIS along the single line of Butut, obtains the pel of GIS along the single line of Butut; Receive GIS generates the transmission of looped network figure storage server automatically configuration parameter along Butut; According to pel and configuration parameter, generate a GIS and automatically generate looped network figure along Butut; GIS is analyzed along Butut, generates analysis result, and according to analysis result, along Butut, looped network figure is generated automatically to a GIS and upgrades, obtain the 2nd GIS and automatically generate looped network figure along Butut; According to default placement rule, along Butut, looped network figure is generated automatically to the 2nd GIS and carries out distributing adjustment, generate the 3rd GIS and automatically generate looped network figure along Butut; Utilize the 3rd GIS automatically to generate looped network figure along Butut, monitor described electrical network.Thus the consistance of drawing information and field data in network operation can be improved, improve drawing renewal speed, improve monitoring efficiency.
Embodiment two:
Embodiments provide a kind of construction method of electrical network drawing, see Fig. 2, method flow comprises:
201, extract the single line of Distribution GIS along Butut of electrical network, along the single line of Butut, topological analysis, abstract and conversion are carried out to GIS, obtains the pel of GIS along the single line of Butut.
Concrete, this step is the initialization step of this electrical network drawing, Distribution GIS is carried out topological analysis, abstract and conversion along single line in Butut, the Distribution GIS of detection of grid along the circuit under this single line in Butut, isolating switch, disconnector, electric room and transformer etc., and generates the pel corresponding respectively with circuit, isolating switch, disconnector, electric room and transformer.
Wherein, can by being configured in the Distribution GIS of the checkout equipment detection of grid in electrical network along the circuit under this single line in Butut, isolating switch, disconnector, electric room and transformer etc., the embodiment of the present invention is not limited concrete detection mode.
Wherein, Distribution GIS is also called feeder line along single line in Butut.
202, GIS generates the transmission of looped network figure storage server automatically configuration parameter along Butut is received.
Concrete, GIS automatically generates looped network figure storage server along Butut and pre-sets GIS and automatically generate configuration parameter corresponding to looped network figure along Butut,
Wherein, this configuration parameter generates logical diagram data corresponding to looped network figure along Butut automatically for any one GIS, comprise map file to gather, GIS generates looped network drawing equipment automatically along Butut, GIS generates looped network figure line equipment automatically along Butut, GIS generates looped network figure point device automatically along Butut, GIS automatically generates looped network figure along Butut and marks, GIS generates looped network drawing device model automatically along Butut, GIS generates looped network figure line device model automatically along Butut, GIS automatically generates looped network figure point device pattern and GIS along Butut and automatically generates looped network figure along Butut and mark data module belonging to the data structures such as sample.
Conveniently represent, this any one GIS can be stored in GIS in the mode of graph object along the Butut logical diagram data automatically generated corresponding to looped network figure and automatically generate on looped network figure storage server along Butut, and as this logical diagram data drawing list object of specification using SCM_XX_ table name as unified name, XX represents the data module belonging to this data structure.
Concrete, logical diagram data table object comprises: SCM_GRAPHICDOCUMENT map file summary sheet (see table 1), SSCM_AREA GIS generates looped network drawing equipment list (see table 2) automatically along Butut, SSCM_LINE GIS generates looped network figure line equipment list (see table 3) automatically along Butut, SSCM_POINT GIS generates looped network figure point device table (see table 4) automatically along Butut, SSCM_TEXT GIS generates looped network figure mark table (see table 5) automatically along Butut, SCM_AREASTYLE GIS generates looped network drawing device model table (see table 6) automatically along Butut, SCM_LINESTYLE GIS generates looped network figure line device model table (see table 7) automatically along Butut, SCM_POINTSTYLE GIS automatically generates looped network figure point device style sheet (see table 8) and SC1M_TEXTSTYLE GIS along Butut and automatically generates looped network figure along Butut and mark style sheet (see table 9).
Table 1
Table 2
Table 3
Table 4
Table 5
Table 6
Table 7
Table 8
Table 9
It should be noted that this configuration parameter is only show routine, in actual applications, this configuration parameter can also be other parameters.
203, according to pel and configuration parameter, generate a GIS and automatically generate looped network figure along Butut.
Concrete, a GIS of generation automatically generates looped network figure along Butut and smooth vertical and horizontal GIS can be made automatically to generate looped network figure or GIS along Butut automatically generate looped network figure along Butut.
204, GIS is analyzed along Butut, generate analysis result, and according to analysis result, along Butut, looped network figure is generated automatically to a GIS and upgrades, obtain the 2nd GIS and automatically generate looped network figure along Butut.
Concrete, GIS is followed the trail of along the relation of opening up of flutterring of Butut and filtered, generates the first analysis result; Automatically generate looped network figure to a GIS along Butut according to the first analysis result and predetermined placement rule to upgrade, generate the 2nd GIS and automatically generate looped network figure along Butut; Or,
Analyze a GIS and automatically generate the line topological difference of looped network figure and GIS along Butut along Butut, generate the second analysis result; According to the second analysis result, along Butut, looped network figure is generated automatically to a GIS and upgrades, generate the 2nd GIS and automatically generate looped network figure along Butut.
Wherein, this update method comprises full dose renewal and incremental update.
Especially, it is that system is passed through, to along the tracking of Butut and filtration, to complete the analysis to GIS topological relation that full dose upgrades, and the placement rule formulated according to user generates GIS and automatically generates looped network figure along Butut;
Incremental update be analyze GIS along Butut automatically generate looped network figure with along Butut line topological difference, automatically complete the renewal of discrepancy device when not changing GIS and automatically generating the existing layout of looped network figure along Butut.
205, according to presetting placement rule, along Butut, looped network figure being generated automatically to the 2nd GIS and carries out distributing adjustment, generate the 3rd GIS and automatically generate looped network figure along Butut.
Concrete, regulative mode can comprise adjustment and manual adjustments automatically.
Wherein, self-regulating process can be:
According to default placement rule, adjustment the 2nd GIS generates the layout of looped network figure automatically along Butut;
Manual adjustments process can be:
Obtain the adjustment instruction that user triggers on distributing adjustment equipment, according to adjustment instruction, adjustment the 2nd GIS generates the layout of looped network figure automatically along Butut.
Concrete, autoplacement is that system provides several placement rule to select for user, the placement rule of being specified by user (from left to right, from top to bottom etc.), and system realizes distributing adjustment GIS being generated automatically to looped network figure along Butut automatically; Manual layout is that system provides and automatically generates that looped network figure carries out moving for GIS along Butut, convergent-divergent, mirror image, rotation, node compiles, the distributing adjustment instrument such as to interrupt, adjust for hand-layout, by these distributing adjustment instruments, user can change the layout type that GIS generates looped network figure automatically along Butut fast and complete layout, provides the local beautifying functions of electric connecting relation simultaneously.
206, automatically generate looped network figure to the 3rd GIS along Butut to verify, generate check results.
Concrete, to the 3rd GIS along Butut automatically generate in looped network figure with " electric power annexation ", with " subordinate relation " (comprise and be subordinated to and be subordinated to), with " relation of inclusion " (comprise and be contained in and be contained in), " POF " etc. required field equipment test.
Concrete verification can comprise: the verification of the verification of topological relation, the School Affairs subordinate relation of relation of inclusion.
207, determine that check results indicates whether that needing automatically to generate looped network figure to the 3rd GIS along Butut carries out fine adjustment, if desired then perform step 208; If check results instruction does not need automatically to generate looped network figure to the 3rd GIS along Butut and carries out fine adjustment, then perform step 209.
Concrete, if the device relationships in active view meets the setting not meeting standard space topology rule, figure number is inconsistent, any one during data are imperfect, then confirming as needs automatically to generate looped network figure to the 3rd GIS along Butut and carry out fine adjustment.Otherwise confirming as does not need automatically to generate looped network figure to the 3rd GIS along Butut and carries out fine adjustment.
Wherein, verification standard is the parameter that the parameter that inputs of user and system start, and what deserves to be explained is that parameter that user inputs is GIS and automatically generates along Butut the parameter that looped network figure generates, system start-up parameter is consistent with the parameter that user is arranged.
208, along Butut, looped network figure is generated automatically to the 3rd GIS and carry out fine adjustment, and after 208, perform step 209.
Concrete, adjustment the 3rd GIS generates looped network figure automatically along Butut, makes it to meet the setting meeting standard space topology rule simultaneously, and figure number is consistent, data integrity.
209, the 3rd GIS is utilized automatically to generate looped network figure along Butut, monitoring electrical network.
Concrete, have recorded circuit, isolating switch, disconnector, electric room and transformer etc. in electrical network because the 3rd GIS generates looped network figure automatically along Butut, so, the 3rd GIS can be utilized automatically to generate looped network figure along Butut, monitoring electrical network.The embodiment of the present invention is not limited concrete monitor mode.
Optionally, step 210 can also be performed.
210, arrange a GIS automatically to generate looped network figure, the 2nd GIS along Butut and automatically generate looped network figure and the 3rd GIS along Butut and automatically generate layer respectively corresponding with dissimilar equipment in looped network figure along Butut and also show all devices corresponding with layer.
Concrete, realize device class layer management GIS being generated automatically to looped network figure along Butut, user can by the classification of layer management function filter plant, and the figure completing different demand is shown.
Check that by utilizing layer the 3rd GIS generates looped network figure automatically along Butut, can make user clearly obtain the running status of each equipment intuitively.
211, automatically generate looped network figure, the 2nd GIS to a GIS along Butut automatically to generate looped network figure and the 3rd GIS along Butut and automatically generate looped network figure along Butut and carry out version management, generate and automatically generate looped network figure, the 2nd GIS with a GIS along Butut and automatically generate looped network figure and the 3rd GIS along Butut and automatically generate looped network figure along Butut and distinguish corresponding start context.
Wherein, start context automatically generates looped network figure, the 2nd GIS with a GIS along Butut automatically to generate looped network figure and the 3rd GIS along Butut and automatically generate the respectively corresponding unique beacon information of looped network figure along Butut, and start context comprises: GIS automatically generates the looped network figure map title, GIS along Butut and automatically generates looped network figure creation-time along Butut and GIS generates looped network figure descriptive information automatically along Butut.
Concrete, system realizes the version management function to thematic map, when intelligence becomes to scheme, system automatically generates GIS and automatically generates looped network figure start context along Butut, automatically generate the information of looped network figure along Butut as unique identification one width GIS, user's typing GIS generates the description of the essential informations such as the looped network map title, creation-time, descriptive information automatically along Butut, automatically looped network figure version maintenance tool is generated along Butut by GIS, can preserve, show that each time point GIS generates looped network figure automatically along Butut, the GIS realizing time dimension aspect automatically generates looped network figure along Butut and manages.
212, a GIS is generated looped network figure, the 2nd GIS automatically along Butut automatically to generate looped network figure and the 3rd GIS along Butut and automatically generate looped network figure along Butut and be stored to GIS and automatically generate looped network figure storage server along Butut.
Automatically generate looped network figure and the 3rd GIS along Butut and automatically generate looped network figure along Butut by a GIS is generated looped network figure, the 2nd GIS automatically along Butut and be stored to GIS and automatically generate looped network figure storage server along Butut, a GIS can be realized and automatically generate looped network figure, the 2nd GIS along Butut and automatically generate looped network figure and the 3rd GIS along Butut and automatically generate the backup of looped network figure and synchronous along Butut.
Optionally, step 209 can also be performed.
213, send the 3rd GIS to output device or printing device and automatically generate looped network figure along Butut.
Concrete, can be derived or graphic printing by datagraphic.
Wherein, output device is receiving after the 3rd GIS generates looped network figure automatically along Butut, the 3rd GIS is generated looped network figure automatically along Butut and exports file for forms such as SVG, CAD, PDF, JPG;
3rd GIS can be generated looped network figure along Butut and print to drawing form by printing device automatically.
The embodiment of the present invention provides a kind of method automatically generating looped network figure based on GIS along Butut, by extracting the single line of Distribution GIS along Butut of electrical network, along the single line of Butut, topological analysis, abstract and conversion are carried out to GIS, obtains the pel of GIS along the single line of Butut; Receive GIS generates the transmission of looped network figure storage server automatically configuration parameter along Butut; According to pel and configuration parameter, generate a GIS and automatically generate looped network figure along Butut; GIS is analyzed along Butut, generates analysis result, and according to analysis result, along Butut, looped network figure is generated automatically to a GIS and upgrades, obtain the 2nd GIS and automatically generate looped network figure along Butut; According to default placement rule, along Butut, looped network figure is generated automatically to the 2nd GIS and carries out distributing adjustment, generate the 3rd GIS and automatically generate looped network figure along Butut; Utilize the 3rd GIS automatically to generate looped network figure along Butut, monitor described electrical network.The consistance of drawing information and field data in network operation can be improved, reduce drawing labour intensity, improve drawing renewal speed and monitoring efficiency.
Embodiment three
Embodiments provide a kind of equipment 3, with reference to shown in Fig. 3, this equipment comprises:
Extraction module 31, for extracting the single line of Distribution GIS along Butut of electrical network, carrying out topological analysis, abstract and conversion to GIS along the single line of Butut, obtaining the pel of GIS along the single line of Butut;
Receiver module 32, for receive GIS along Butut automatically generate looped network figure storage server send configuration parameter;
Processing module 33, for according to pel and configuration parameter, generates a GIS and automatically generates looped network figure along Butut;
Update module 34, for analyzing along Butut GIS, generating analysis result, and according to analysis result, automatically generating looped network figure upgrade a GIS along Butut, obtaining the 2nd GIS and automatically generate looped network figure along Butut;
Adjusting module 35, for according to presetting placement rule, automatically generating looped network figure to the 2nd GIS along Butut and carrying out distributing adjustment, generates the 3rd GIS and automatically generates looped network figure along Butut;
Monitoring module 36, for utilizing the 3rd GIS automatically to generate looped network figure along Butut, monitoring electrical network.
Optionally, update module specifically for:
GIS is followed the trail of along the relation of opening up of flutterring of Butut and filtered, generates the first analysis result;
Automatically generate looped network figure to a GIS along Butut according to the first analysis result and predetermined placement rule to upgrade, generate the 2nd GIS and automatically generate looped network figure along Butut; Or,
Analyze a GIS and automatically generate the line topological difference of looped network figure and GIS along Butut along Butut, generate the second analysis result;
According to the second analysis result, along Butut, looped network figure is generated automatically to a GIS and upgrades, generate the 2nd GIS and automatically generate looped network figure along Butut.
Optionally, adjusting module specifically for:
According to default placement rule, along Butut, looped network figure is generated automatically to the 2nd GIS and carries out distributing adjustment; Or,
Obtain the adjustment instruction that user triggers on distributing adjustment equipment, according to adjustment instruction, along Butut, looped network figure is generated automatically to the 2nd GIS and carries out distributing adjustment.
Optionally, it is characterized in that, equipment also comprises correction verification module, and correction verification module is used for:
Along Butut, the verification that looped network figure carries out topological relation is generated automatically to the 3rd GIS;
Along Butut, the verification that looped network figure carries out relation of inclusion is generated automatically to the 3rd GIS;
Along Butut, the verification that looped network figure carries out subordinate relation is generated automatically to the 3rd GIS.
Optionally, equipment also comprises output module, and output module is used for:
Send the 3rd GIS by preset pattern form to output device and automatically generate looped network figure along Butut; Or,
Send the 3rd GIS to printing device and automatically generate looped network figure along Butut.
Optionally, equipment also comprises layer management module, for:
Arrange a GIS automatically to generate looped network figure, the 2nd GIS along Butut and automatically generate looped network figure and the 3rd GIS along Butut and automatically generate layer respectively corresponding with dissimilar equipment in looped network figure along Butut;
Show all devices corresponding with layer.
Optionally, equipment also comprises version management module, for:
Automatically generate looped network figure, the 2nd GIS to a GIS along Butut automatically to generate looped network figure and the 3rd GIS along Butut and automatically generate looped network figure along Butut and carry out version management, generate and automatically generate looped network figure, the 2nd GIS with a GIS along Butut and automatically generate looped network figure and the 3rd GIS along Butut and automatically generate looped network figure along Butut and distinguish corresponding start context;
Wherein, start context automatically generates looped network figure, the 2nd GIS with a GIS along Butut automatically to generate looped network figure and the 3rd GIS along Butut and automatically generate the respectively corresponding unique beacon information of looped network figure along Butut, and start context comprises: GIS automatically generates the looped network figure map title, GIS along Butut and automatically generates looped network figure creation-time along Butut and GIS generates looped network figure descriptive information automatically along Butut.
Optionally, equipment also comprises sending module, for:
Automatically generate looped network figure storage server transmission the 3rd GIS to GIS along Butut and automatically generate looped network figure along Butut, automatically generate looped network figure storage server storage the 3rd GIS to make GIS along Butut and automatically generate looped network figure along Butut.
The invention provides a kind of equipment automatically generating looped network figure based on GIS along Butut, this equipment can improve the consistance of drawing information and field data in network operation, reduces drawing labour intensity, improves drawing renewal speed and monitoring efficiency.
Embodiment four
The embodiment of the present invention provides a kind of system automatically generating looped network figure based on GIS along Butut, and with reference to shown in Fig. 4, this system comprises:
Equipment and GIS generate looped network figure storage server automatically along Butut;
Wherein, GIS generates looped network figure storage server for sending configuration parameter to equipment automatically along Butut.
Optionally,
System also comprises distributing adjustment equipment, for sending the adjustment instruction that user triggers to equipment.
Optionally,
System also comprises output device and printing device, and output device generates looped network figure for the 3rd GIS receiving watch-dog transmission automatically along Butut, and exports the figure of SVG, CAD, PDF, JPG preset format; Printing device generates looped network figure for the 3rd GIS receiving watch-dog transmission automatically along Butut, and automatically generates looped network figure by print command printing the 3rd GIS that user triggers to printing device along Butut.
Optionally,
GIS automatically generates looped network figure storage server along Butut and also automatically generates looped network figure for receiving and storing the 3rd GIS along Butut.
The invention provides a kind of system automatically generating looped network figure based on GIS along Butut, it is in a system integrated by GIS is generated looped network figure storage server, equipment, distributing adjustment equipment, output device and printing device automatically along Butut, the consistance of drawing information and field data in network operation can be improved, reduce drawing labour intensity, improve drawing renewal speed and monitoring efficiency.
It should be noted that: the equipment that above-described embodiment provides is when automatically generating looped network figure based on GIS along Butut, only be illustrated with the division of above-mentioned each functional module, in practical application, can distribute as required and by above-mentioned functions and be completed by different functional modules, inner structure by equipment is divided into different functional modules, to complete all or part of function described above.In addition, the equipment that above-described embodiment provides belongs to same design with the embodiment of the method automatically generating looped network figure along Butut based on GIS, and its specific implementation process refers to embodiment of the method, repeats no more here.
One of ordinary skill in the art will appreciate that all or part of step realizing above-described embodiment can have been come by hardware, the hardware that also can carry out instruction relevant by program completes, described program can be stored in a kind of computer-readable recording medium, the above-mentioned storage medium mentioned can be ROM (read-only memory), disk or CD etc.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. automatically generate a method of looped network figure based on GIS along Butut, it is characterized in that, described method comprises:
Extract the single line of Distribution GIS along Butut of electrical network, along the single line of Butut, topological analysis, abstract and conversion are carried out to described GIS, obtains the pel of described GIS along the single line of Butut;
Receive GIS generates the transmission of looped network figure storage server automatically configuration parameter along Butut;
According to described pel and described configuration parameter, generate a GIS and automatically generate looped network figure along Butut;
Described GIS is analyzed along Butut, generates analysis result, and according to described analysis result, along Butut, looped network figure is generated automatically to a described GIS and upgrades, obtain the 2nd GIS and automatically generate looped network figure along Butut;
According to default placement rule, along Butut, looped network figure is generated automatically to described 2nd GIS and carries out distributing adjustment, generate the 3rd GIS and automatically generate looped network figure along Butut;
Utilize described 3rd GIS automatically to generate looped network figure along Butut, monitor described electrical network.
2. method according to claim 1, is characterized in that, describedly automatically generates looped network figure to a described GIS along Butut and carries out renewal and comprise:
Described GIS is followed the trail of along the relation of opening up of flutterring of Butut and filtered, generates the first analysis result;
Automatically generate looped network figure to a described GIS along Butut according to described first analysis result and described predetermined placement rule to upgrade, generate described 2nd GIS and automatically generate looped network figure along Butut; Or,
Analyze a described GIS and automatically generate the line topological difference of looped network figure and described GIS along Butut along Butut, generate the second analysis result;
According to described second analysis result, along Butut, looped network figure is generated automatically to a described GIS and upgrades, generate described 2nd GIS and automatically generate looped network figure along Butut.
3. method according to claim 1, is characterized in that, described basis presets placement rule, automatically generates looped network figure carry out distributing adjustment and comprise described 2nd GIS along Butut:
According to described default placement rule, along Butut, looped network figure is generated automatically to described 2nd GIS and carries out distributing adjustment; Or,
Obtain the adjustment instruction that user triggers on distributing adjustment equipment, according to described adjustment instruction, along Butut, looped network figure is generated automatically to described 2nd GIS and carries out distributing adjustment.
4. method according to claim 1, is characterized in that, described method also comprises;
Along Butut, the verification that looped network figure carries out topological relation is generated automatically to described 3rd GIS;
Along Butut, the verification that looped network figure carries out relation of inclusion is generated automatically to described 3rd GIS;
Along Butut, the verification that looped network figure carries out subordinate relation is generated automatically to described 3rd GIS.
5. method according to claim 1, is characterized in that, described method also comprises;
Send described 3rd GIS by preset pattern form to output device and automatically generate looped network figure along Butut; Or,
Send described 3rd GIS to printing device and automatically generate looped network figure along Butut.
6. method according to claim 1, is characterized in that, described method also comprises:
Arrange a described GIS automatically to generate looped network figure, the 2nd GIS along Butut and automatically generate looped network figure and the 3rd GIS along Butut and automatically generate layer respectively corresponding with dissimilar equipment in looped network figure along Butut;
Show all devices corresponding with described layer.
7. method according to claim 1, is characterized in that, described method also comprises:
Automatically generate looped network figure, the 2nd GIS to a described GIS along Butut automatically to generate looped network figure and the 3rd GIS along Butut and automatically generate looped network figure along Butut and carry out version management, generate and automatically generate looped network figure, the 2nd GIS with a described GIS along Butut and automatically generate looped network figure and the 3rd GIS along Butut and automatically generate looped network figure along Butut and distinguish corresponding start context;
Wherein, described start context automatically generates looped network figure, the 2nd GIS with a described GIS along Butut automatically to generate looped network figure and the 3rd GIS along Butut and automatically generate the respectively corresponding unique beacon information of looped network figure along Butut, and described start context comprises: GIS automatically generates the looped network figure map title, GIS along Butut and automatically generates looped network figure creation-time along Butut and GIS generates looped network figure descriptive information automatically along Butut.
8. method according to claim 1, is characterized in that, described method also comprises:
Automatically generate described 3rd GIS of looped network figure storage server transmission to described GIS along Butut and automatically generate looped network figure along Butut, automatically generate described 3rd GIS of looped network figure storage server storage to make described GIS along Butut and automatically generate looped network figure along Butut.
9. automatically generate an equipment of looped network figure based on GIS along Butut, it is characterized in that, described equipment comprises:
Extraction module, for extracting the single line of Distribution GIS along Butut of electrical network, carrying out topological analysis, abstract and conversion to described GIS along the single line of Butut, obtaining the pel of described GIS along the single line of Butut;
Receiver module, for receive GIS along Butut automatically generate looped network figure storage server send configuration parameter;
Processing module, for according to described pel and described configuration parameter, generates a GIS and automatically generates looped network figure along Butut;
Update module, described update module specifically for:
Described GIS is followed the trail of along the relation of opening up of flutterring of Butut and filtered, generates the first analysis result; Automatically generate looped network figure to a described GIS along Butut according to described first analysis result and described predetermined placement rule to upgrade, generate described 2nd GIS and automatically generate looped network figure along Butut; Or, analyze a described GIS and automatically generate the line topological difference of looped network figure and described GIS along Butut along Butut, generate the second analysis result; According to described second analysis result, along Butut, looped network figure is generated automatically to a described GIS and upgrades, generate described 2nd GIS and automatically generate looped network figure along Butut;
Adjusting module, described adjusting module specifically for: according to described default placement rule, along Butut, looped network figure is generated automatically to described 2nd GIS and carries out distributing adjustment, generate the 3rd GIS automatically generate looped network figure along Butut; Or, obtain the adjustment instruction that user triggers on distributing adjustment equipment, according to described adjustment instruction, along Butut, looped network figure generated automatically to described 2nd GIS and carries out distributing adjustment, generate the 3rd GIS and automatically generate looped network figure along Butut;
Monitoring module, for utilizing described 3rd GIS automatically to generate looped network figure along Butut, monitors described electrical network.
Correction verification module, described correction verification module is used for: automatically generate along Butut the verification that looped network figure carries out topological relation to described 3rd GIS; Along Butut, the verification that looped network figure carries out relation of inclusion is generated automatically to described 3rd GIS; Along Butut, the verification that looped network figure carries out subordinate relation is generated automatically to described 3rd GIS;
Output module, described output module is used for: send described 3rd GIS by preset pattern form to output device and automatically generate looped network figure along Butut; Or, send described 3rd GIS to printing device and automatically generate looped network figure along Butut;
Layer management module, for: a described GIS is set and automatically generates looped network figure, the 2nd GIS along Butut and automatically generate looped network figure and the 3rd GIS along Butut and automatically generate layer respectively corresponding with dissimilar equipment in looped network figure along Butut; Show all devices corresponding with described layer;
Version management module, for: along Butut, looped network figure, the 2nd GIS are generated automatically to a described GIS and automatically generates looped network figure and the 3rd GIS along Butut and automatically generate looped network figure along Butut and carry out version management, generate and automatically generate looped network figure, the 2nd GIS with a described GIS along Butut and automatically generate looped network figure and the 3rd GIS along Butut and automatically generate looped network figure along Butut and distinguish corresponding start context; Wherein, described start context automatically generates looped network figure, the 2nd GIS with a described GIS along Butut automatically to generate looped network figure and the 3rd GIS along Butut and automatically generate the respectively corresponding unique beacon information of looped network figure along Butut, and described start context comprises: GIS automatically generates the looped network figure map title, GIS along Butut and automatically generates looped network figure creation-time along Butut and GIS generates looped network figure descriptive information automatically along Butut;
Sending module, for: automatically generate described 3rd GIS of looped network figure storage server transmission to described GIS along Butut and automatically generate looped network figure along Butut, automatically generate described 3rd GIS of looped network figure storage server storage to make described GIS along Butut and automatically generate looped network figure along Butut.
10. automatically generate a system of looped network figure based on GIS along Butut, it is characterized in that, described system comprises:
According to claim 9ly automatically generate the equipment of looped network figure based on GIS along Butut and GIS generates looped network figure storage server automatically along Butut, described GIS generates looped network figure storage server for sending configuration parameter to the described equipment automatically generating looped network figure along Butut based on GIS automatically along Butut, also automatically generates looped network figure for receiving and storing the 3rd GIS along Butut.。
Distributing adjustment equipment, for described based on GIS along Butut automatically generate looped network figure equipment send user trigger adjustment instruction;
Output device and printing device, described output device generates looped network figure for the 3rd GIS receiving the transmission of described watch-dog automatically along Butut, and exports the figure of SVG, CAD, PDF, JPG preset format; Described printing device generates looped network figure for the 3rd GIS receiving the transmission of described watch-dog automatically along Butut, and automatically generates looped network figure by described 3rd GIS of print command printing that user triggers to described printing device along Butut.
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