CN100504865C

CN100504865C - Map assistance design method and system used in telecommunication line resource management

Info

Publication number: CN100504865C
Application number: CNB2006100024478A
Authority: CN
Inventors: 孙俊民; 李锋; 任浩军; 王佳; 胡亮锋; 陈文博; 甘世忠; 周传华
Original assignee: China Telecom Corp Ltd
Current assignee: China Telecom Corp Ltd
Priority date: 2006-01-26
Filing date: 2006-01-26
Publication date: 2009-06-24
Anticipated expiration: 2026-01-26
Also published as: CN101008947A

Abstract

This invention relates to tube map aid design system, which comprises map touring, editing and aligning map functions. This invention map aid design method comprises the following steps: based on load map, storing graph information for point, line or plane and all patterns coordinates into one map file; storing each image property information into one database file; storing the relationship between map file and database file into one cross file; based on above three stored information for map browsing, editing and aligning.

Description

The map assistance design method and the system that are used for telecommunication line resource management

Technical field

The present invention relates to be used for the map assistance design method and the system of telecommunication line resource management.

Background technology

Telecommunication service of today operation generally comprises: network planning design, pipeline pole line resource, optical cable laying, line to calculate, line is to distribution, wireless application, customer service, market sale, value-added service or the like, must there be electronic chart to come the demonstration and the most management function of bearing resource object thus, therefore, the management maintenance to electronic chart becomes the condition precedent of telecommunication line resource management system construction and the important content of carrying throughout.

Because electronic chart differs at the level of application of each local network, and the composition structure of its coordinate and optical projection system, map layer etc. also there are differences, and therefore the maintenance update to map just becomes one of work of each local network.The widespread use of electronic chart has simultaneously made increasing user wish to obtain method simply and easily, and for example software comes map is operated.

The electronic chart that uses in the prior art generally comprises the reading of electronic chart, Presentation Function.Utilize instruments such as autoCAD, cartography manufacturer produces and the actual map that certain proportion relation is arranged, and these maps are converted to certain form, for example shapefile form etc.The Shapefile form is the form that uses more electronic chart now, and many instruments are all supported reading of this form, for example arcExplore, arcView or the like.These instruments can be realized reading the map file of specific format and play showing the correspondingly function of map file.But when relating to concrete service application, some shortcomings part (these deficiencies are mainly at the map edit personnel) is but arranged, for example: these technology can only play the function of displayed map, are merely able to single ground displayed map, can not edit point, line and face on the map; Can not mark modification for point, line or face facility; Can not be configured the various attributes of map, displaying ratio or the like and form the xml configuration file.For most of map edit personnel, desirable is to select the xml form for use, why select the xml form for use, at first be because the range of application of xml form is more wide in range, and the ready-made class that reads xml is arranged in the java language, by these class bags, can carry out reading and using of form easily.In addition, the xml form also can be general with many other forms, has favorable compatibility.

Summary of the invention

For overcoming the above-mentioned defective that exists in the prior art, what the purpose of this invention is to provide a kind of usefulness is to select the xml form for use, why select the xml form for use, at first be because the range of application of xml form is more wide in range, and the ready-made class that reads xml is arranged in the java language, by these class bags, can carry out reading and using of form easily.In addition, the xml form also can be general with many other forms, has favorable compatibility.

Summary of the invention

For overcoming the above-mentioned defective that exists in the prior art, the purpose of this invention is to provide a kind of map assistance design method and system that is used for telecommunication line resource management, overcome the defective that the visit of map in prior art device can not be edited and dispose map thus.

According to the present invention, a kind of map assistance design method that is used for telecommunication line resource management is provided, may further comprise the steps: based on the map that is written into, will comprise the various Drawing Objects of point, line, surface, and the coordinate information of described various Drawing Objects is kept in the map file; To be kept at corresponding to the attribute information of every kind of Drawing Object in the data library file; One-to-one relationship between described map file and the described database file is kept in the associated with; And, carry out map visit, map edit or configuration map based on the information of preserving in above-mentioned three files, wherein, loaded map adopts the shapefile form, or loaded map is converted into the shapefile form;

Described map edit comprises:

Read map file, the data based different vector data structure that imports is stored with corresponding self-defining data structure, with contextual definition record entity object and its attribute and the corresponding relation of position one to one hereof;

The facility of the attribute in the database file and mark and correspondence is bundled;

After choosing a facility on the screen, judge it is what object according to the value of returning, judge the existing file of facility according to the layer at object place; And

Choose the facility on the screen, carry out drag operation, comprising: preserve facility all information in situ, generate a new object in new position and preserve these contents; Secondly, the pairing object of facility of deletion origin-location; Utilize the synchronous refresh function to finish moving of facility at last.

According to the present invention, a kind of map aided design system that is used for telecommunication line resource management is provided, comprise: the map file memory storage, be used to preserve a map file, wherein, based on the map that is written into, will comprise the various Drawing Objects of point, line, surface, and the coordinate information of described various Drawing Objects is kept in the described map file; The database file memory storage is used to preserve a data library file, wherein, will be kept in the described database file corresponding to the attribute information of every kind of Drawing Object; The associated with memory storage is used to preserve an associated with, wherein the one-to-one relationship between described map file and the described database file is kept in the associated with; And map visit device, map edit device and map configuration device, respectively based on the information of preserving in above-mentioned three files, carry out map visit, map edit or configuration map, wherein, loaded map adopts the shapefile form, or loaded map is converted into the shapefile form;

Described map edit device is used for:

According to map assistance design method that is used for telecommunication line resource management and the system that the principle of the invention realized, can edit map, the electronic chart bought according to department of each pipeline map edit personnel thus can realize the location that will carry out pipe installation is carried out the mark of map.

According to map assistance design method and the system that is used for telecommunication line resource management of the present invention, not only can displayed map, can also edit point, line and face on the map; Point, line or face facility are marked modification; Can also be configured the various attributes of map, displaying ratio or the like and form the xml configuration file.

Implemented method may further comprise the steps: based on the map that is written into, will comprise the various graphical informations of point, line, surface, and the information such as coordinate of described various figures are kept in the map file; To be kept at corresponding to the attribute information of every kind of figure in the data library file; One-to-one relationship between described map file and the described database file is kept in the associated with; And, carry out map visit, map edit or configuration map based on the information of preserving in above-mentioned three files.

According to a kind of map aided design system that is used for telecommunication line resource management provided by the invention, comprise: the map file memory storage, be used to preserve a map file, wherein, based on the map that is written into, the various graphical informations that will comprise point, line, surface, and the information such as coordinate of described various figures are kept in the described map file; The database file memory storage is used to preserve a data library file, wherein, will be kept in the described database file corresponding to the attribute information of every kind of figure; The associated with memory storage is used to preserve an associated with, wherein the one-to-one relationship between described map file and the described database file is kept in the associated with; And map visit device, map edit device and map configuration device, respectively based on the information of preserving in above-mentioned three files, carry out map visit, map edit or configuration map.

The map visit is based on the map datum that is written into, and reads map datum in proper order with the mode that flows, and is kept in the data structure of total array with the vector data structure of point, line or face.Compare by the coordinate that will draw a circle to approve map on scope coordinate and the screen,, the delineation scope is shown on the coordinate of the corresponding entity object after moving, utilize the generation of Drawing Object finally to be presented at user side according to zoom factor and displacement.

Map edit is that the data based different vector data structure that imports is stored with corresponding self-defining data structure, with contextual definition record entity object and its attribute and the corresponding relation of position one to one hereof.When after choosing certain entity on the map, according to obtaining entity object name, the i.e. object of the pairing jLoox of this entity, judge the name and the type of entity, obtain the expression of corresponding unique value, revise the record value of the relevant position of respective file, thereby change the display characteristic of entity in map.Map edit comprises and is modified in the point that shows on the map, line or in the face of resembling the attribute of pairing dbf file, and transfer point, line, in the face of resembling.The function of revising attribute is the rreturn value according to choosing entity, corresponds to selected entity correspondence hereof with interrelational form, for example the correspondence position of database dbf file.According to the write method at random of the direct location written document in the java language, revise the value on the correspondence position then.The thought that moves comprises top layer and endoplasm, promptly carries out the modification of image and file two aspects.The essence on top layer is facility and preserve its all information on original position of deletion, produces a new entity in new position.And endoplasm is the modification to corresponding dbf file position.Thereby reach the editting function of map.

Map configuration provides the configuration to all map visual appearances.For the solid pattern that is presented on the screen, give the definition of information such as color, line weight, be used for distinguishing different figure layers.For the entity of choosing a little, can revise its outward appearance and show situation, comprise color, ratio or the like.Give a displaying ratio to the original state of each figure layer,, just show, otherwise hide when the figure stratum proportion of resetting during greater than original proportional numers.Can cover the line chart layer according to face figure layer, and the line chart layer can cover the character of point diagram layer,, reach the effect that shows each figure layer with the point diagram layer is placed on uppermost thought.Map for all character all set with the character of written document, all writes all character the document of a .xml.Wherein in this .xml document, define the character of all maps, comprising: displaying ratio, figure layer color, state, data or the like, with .xml configuration file of final formation, the effect of the character of map is read in realization from configuration file.

Next, to being used for the employed shp file of map assistance design method and system of telecommunication line resource management and the form of dbf file is introduced according to of the present invention:

In the map configuration instrument, if data owner exists with the form of file.Data derive from the client usually, and pairing three files are respectively map file shp, database file dbf, and the file shx that is associated of their correspondences.These three files are the standard shapefile file layouts of being closed definition by the exploitation of ESRI company.The benefit of using the map file maximum of shapefile form is that its only needs a spot of hard drive space and conveniently reads and write.If the map that certain map manufacturer did originally is not the shapefile form, in the prior art, also can be converted into the shapefile form to original digital and electronic map with several different methods.

Comprise three files among the shapefile that ESRI company formulates: one is map file shp file, and it is a master file; An associated with shx; Also has a dBase file dbf.What preserve in the map file shp file is various figures, and the coordinate of various figures or the like graphical information.What dbf file was preserved is the attribute information of corresponding each figure.And associated with shx preservation is the one-to-one relationship of shp file and dbf file.

Three file A.shp, A.shx and A.dbf in Fig. 2, have been schematically shown, and the line between three files represents that three records in the file are to concern one to one, represent that also all records all are in order one to one, keep consistency, and will guarantee that the prefix of three files is identical.The data that define among the Shapefile have two classes, and a class is the Integer type, and a class is the Double type.The data of Integer type are 32 numbers, and with 4 byte representations of 16 systems, the data of Double type are 64 IEEE double-precision floating pointses, with 8 byte representations of 16 systems.

The form of master file shD:

(1). the overall format chart of master file shp as shown in Table 1:

Whole shp file is made up of file header (File Header) and file body two parts, and file body is made up of record-header (Record Header) and record body (Record Contents) two parts again.Generally there are very many record-headers and record body surface to show many records.

Table one: the overall form of shp file

(2). the detailed annotation of the form of master file shp, referring to table two to table four.

The form of file header:

Table two: file header form

Most important in this form in the above is exactly two of shade mark, article one, be code with the file of four byte representations, be used for making marks, its scale-of-two shows with 16 system numerical tables hereof, four byte 00 00 27 0A that are positioned at beginning are through being calculated as follows: 27*256+10=9994, explanation is the shp file, and variable is the Big type.What second was represented is the type of figure, also is four bytes, will notice that here the data of Little type are turned around when reading fully, and this will have introduction in algorithm.Optional type of the ShapeType here such as following table three:

Table three: ShapeType type correspondence

Value Shape?Type

0 Null

1 Shape?Point

3 PolyLine

5 Polygon

8 MultiPoint

11 PointZ

13 PolyLineZ

15 PolygonZ

18 MultiPointZ

21 PointM

23 PolyLineM

25 PolygonM

28 MultiPointM

31 MultiPatch

In the map configuration device, the main type of using is 1,3,5,8.

The form of file body:

Here the main file body of introducing above 1,3,5,8 four types.Their record-header form is consistent, shown in following table four:

Table four: the record-header form of file body

The form difference of record body

First kind of Point, its record physique formula is shown in following table five:

Table five: Point record physique formula

Second kind of Polyline, its record physique formula is shown in following table six:

Table six: Polyline record physique formula

The third Polygon, its record physique formula is shown in following table seven:

Table seven: Polygon record physique formula

The 4th kind of MultiPoint, its record physique formula is shown in following table eight:

Table eight: MultiPoint record physique formula

The binary file format of database file dbf

(1). overview

Dbf is the document form of database FoxPro, and it can be opened by databases such as Oracle and ForPro, also can be opened with binary form by softwares such as Ultredit.In the map configuration device, because map file contains much information, reading database must bring pressure to server continually, therefore adopts file is placed on the client terminal local read-write.Adopt Java that dbf file is done direct read-write operation, must understand the binary format of dbf.

(2). the form detailed annotation

1. the form of dbf:

BYTES?DESCRIPTION

00?FoxBase+，FoxPro，dBaseIII+，dBaseIV，no?memo-0x03

FoxBase+，dBaseIII+with?memo-0x83

FoxPro?with?memo-0xF5

dBaseIV?with?memo-0x8B

dBaseIV?with?SQL?Table-0x8E

01-03?Last?update，format?YYYYMMDD?**correction：it?is?YYMMDD**

04-07?Number?of?records?in?file(32-bit?number)

08-09?Number?of?bytes?in?header(16-bit?number)

10-11?Number?of?bytes?in?record(16-bitnumber)

12-13?Reserved，fill?with?0x00

14?dBaseIV?flag，incomplete?transaction

Begin?Transaction?sets?it?to?0x01

End?Transaction?or?RollBack?reset?it?to0x00

15?Encryption?flag，encrypted?0x01?else?0x00

Changing?the?flag?does?not?encrypt?or?decrypt?the?records

16-27?dBaseIV?multi-user?environment?use

28?Production?index?exists-0x01?else?0x00

29?dBaseIV?language?driver?ID

30-31?Reserved?fill?with?0x00

32-n?Field?Descriptor?array

n+1?Header?Record?Terminator-0x0D

2. a form is explained

Mainly comprise three parts in the form:

First is totally 31 bytes, wherein mainly comprises the main information in the dbf file, and most important is three information with top shadow.Article one, are hereof total record numbers with 4 byte representations; Second is represented the size of header file, represents with headerSize in program; Article three, be illustrated in the length of every record in the dbf file, it comprises that all attribute length sums add 1 byte that expression finishes.The numFields of definition shaping represents whole attribute numbers in program, and its computing formula is numField=(headerSize-33)/32.

Second portion has n*32 byte-sized since No. 32 byte, expression be dbfField descripto, each dbfField descriptor comprises 32 bytes, its form is as follows

BYTES?DESCRIPTION

0-10?Field?Name?ASCII?padded?with?0x00

11?Field?Type?Identifier(see?table)

12-15?Displacement?of?field?in?record

16?Field?length?in?bytes

17?Field?decimal?places

18-19?Reserved

20?dBaseIV?work?area?ID

21-30?Reserved

31Field?is?part?of?production?index-0x01?else?0x00

Wherein most important is exactly three fields that shade marks, and it represents name, type and the length of each attribute respectively.All will represent afterwards with fieldName, fieldType, fieldLength.

What third part was represented is the data type of describing, and all revises with ASCII here.

ASCII DESCRIPTION

C Character

D Date，format?YYYYMMDD

F Floating?Point

G General-FoxPro?addition

L Logical，T:t，F:f，Y:y，N:n，？-not?initialized

M Memo(stored?as?10?digits?representing?the?dbt?block?number)

N Num?eric

P Picture-FoxPro?addition

3. record---be exactly according to above-mentioned structure allocation space, wherein represent in database, not show the record deleted with * number record.

The Xml form is introduced

<？xml?version＝＂1.0＂encoding＝＂GB2312＂？>

＜MapName〉map＜/MapName〉＜!--name map--〉

＜Path〉map＜/Path＜!--placing the path of map file--〉

＜Is_Long_Lati〉true＜/Is_Long_Lati〉＜!--whether map adopts latitude and longitude coordinates--〉

＜MinLongitude〉0＜/MinLongitude〉＜!--the minimum longitude when showing full figure--〉

＜MinLatitude〉0＜/MinLatitude〉＜!--the minimum latitude when showing full figure--〉

＜MaxLongitude〉0＜/MaxLongitude〉＜!--the maximum longitude when showing full figure--〉

＜MaxLatitude〉0＜/MaxLatitude〉＜!--the maximum latitude when showing full figure--〉

＜MigratePointX〉1000000.0000001＜/MigratePointX〉＜!--convected coordinate X value--〉

＜MigratePointY〉1000000.0000001＜/MigratePointY〉＜!--convected coordinate Y value--〉

＜MapMaxDisplayScale〉5000＜/MapMaxDisplayScale〉＜!--the maximum displaying ratio of map

-->

＜LoadDataScale〉0＜/LoadDataScale〉＜!--load the ratio of pipeline data as required, little

Do not use loading as required in equaling 1 expression--〉

＜MapLayers〉＜!--the figure layer is described section--〉

</MapLayers>

＜!--below be the layering of pipeline facility, unsuppressible-suppression and increase the figure layer, and order is not interchangeable--〉

<LAYER>

＜Name〉duct section＜/Name 〉

<VisibleIn?View>true</VisibleIn?View>

<LabelDisplay>false</LabelDisplay>

<LabelColor>black</LabelColor>

<HighlightColor>green</HighlightColor>

</LAYER>

<LAYER>

＜Name〉pole line＜/Name 〉

<Color>magenta</Color>

<LabelDisplay>false</LabelDisplay>

<LabelColor>black</LabelColor>

<SelectColor>black</SelectColor>

</LAYER>

<LAYER>

＜Name〉connecting line＜/Name 〉

<LabelDisplay>false</LabelDisplay>

<LabelColor>black</LabelColor>

<SelectColor>black</SelectColor>

</LAYER>

<LAYER>

＜Name〉optical cable＜/Name 〉

<LabelDisplay>false</LabelDisplay>

<LabelColor>black</LabelColor>

<SelectColor>green</SelectColor>

<HighlightColor>green</HighlightColor>

</LAYER>

<LAYER>

＜Name〉cable＜/Name 〉

<Color>darkGray</Color>

<LabelDisplay>false</LabelDisplay>

<LabelColor>black</LabelColor>

<SelectColor>green</SelectColor>

<HighlightColor>green</HighlightColor>

</LAYER>

<LAYER>

＜Name〉the office station＜/Name 〉

<Color>yellow</Color>

<LabelDisplay>false</LabelDisplay>

<LabelColor>black</LabelColor>

<SelectColor>black</SelectColor>

</LAYER>

<LAYER>

＜Name〉people's well/basement＜/Name 〉

<LabelDisplay>false</LabelDisplay>

<LabelColor>black</LabelColor>

<SelectColor>black</SelectColor>

</LAYER>

<LAYER>

＜Name〉electric pole/support point＜/Name 〉

<LabelDisplay>false</LabeIDisplay>

<LabelColor>black</LabelColor>

<SelectColor>black</SelectColor>

</LAYER>

<LAYER>

＜Name〉fiber optic cable facility＜/Name 〉

<LabelDisplay>false</LabelDisplay>

<LabelColor>black</LabelColor>

<SelectColor>black</SelectColor>

</LAYER>

<LAYER>

＜Name〉cable installation＜/Name 〉

<LabelDisplay>false</LabelDisplay>

<LabelColor>black</LabelColor>

<SelectColor>black</SelectColor>

</LAYER>

<LAYER>

＜Name〉other facility＜/Name 〉

<Color>white</Color>

<LabelDisplay>false</LabelDisplay>

<LabelColor>black</LabelColor>

<SelectColor>black</SelectColor>

</LAYER>

<LAYER>

＜Name〉construction area＜/Name 〉

<Color>green</Color>

＜LabelDisplay〉false＜/LabelDisplay〉＜!--be left in the future and use, do not have at present

Imitate.Whether demonstration marks--〉

<LabelColor>black</LabelColor>

<SelectColor>black</SelectColor>

</LAYER>

</DataLayers>

</MapDescript>

Concrete example

One, the realization of map aided design system map visit

After importing map datum, on screen, drag out a rectangular shaped rim with mouse.The factor that a coordinate amplifies or dwindles is set.All facility objects in the selected zone are carried out new calculating according to this coordinate factor pair coordinate, amplify or dwindle coordinate figure, display graphics entity object.

Two, the realization of map aided design system edit methods

Mainly comprise four steps

1.shapefile reading of map file

According to the expression of vector data structure, import the map that shows and be divided into three kinds of data structures, be respectively point, line and face.These three kinds of facilities can be represented three class facilities in the corresponding line resource equally: some facility, line facility and face facility.Just belong to the line facility such as river, highway or the like, and houses etc. belong to a facility.Actual to lay facility accurate in order to cooperate in the line resource management system, the user is also different to the requirement of map, wish to have map the design of oneself, for example can write mark to the facility on the map, modification marks or is made amendment in position of some some facility.The realization of map edit method comprises two parts:

First one is reading of data from the map data structure of shapfile structure, and usefulness is the jLoox bag here.The method that reads is that order reads map datum from binary file, at first select to import the file of map, then each file is read according to a figure layer, read successively with the mode of data stream, press the binary structure of the file in the accompanying drawing, read successively.Earlier judge whether the version number of file is the shapefile file, check the form that whether satisfies the shapefile file then.Read corresponding byte again, what judgement was read is point or line or face data type.According to judging that the different value of being returned reads different data structures.Then the data structure that reads is carried out instantiation with the point, line, surface object among the jLoox, be presented on the screen again.

2. the synchronous demonstration of mark and corresponding facility

The data structure of a mark manager of design.Wait mark the attribute of dbf data and corresponding facility to bundle.Status informations such as the shown font of definition manager, type, color, with a mark factory, a data structure in the java language for example, deposit various markup informations: Binding information refreshes demonstration when guaranteeing facility and attribute synchronously with pressure.

3.shapefile the location of file and dbf and writing

In editting function, at first be exactly to want accurate positioning.Thought is: after choosing a facility on the screen, at first judge it is what object according to the value of returning.Layer according to the object place is judged the existing file of facility.When reading this layer, at first with a kind of data structure records corresponding facility relevant with it in binary file the relation of information.Which facility such as a facility is hereof, the byte number that each facility is shared, byte number that different facility different pieces of information structures are shared or the like.Preserve in the superincumbent data structure after reading these information, in the location, determine the position according to these information.Open file then, use the mode of stream, according to random read-write information is write back in the file and go.The locating content of dbf file is more, needs length of preserving each facility attribute field or the like.

4 facilities move

Choose the facility on the screen, carry out drag operation, realize the plane operations that facility moves.Facility moves the thought that comprises two aspects: at first will preserve facility all information in situ, generate a new object in new position and preserve these contents; Secondly, the facility object of deletion origin-location.Utilize the synchronous refresh function to finish moving of facility at last.

Three, the realization of map Aided Design collocation method

For most of map visit devices, map datum all is unified being presented on the interface.But according to map configuration device of the present invention, the thought of having used figure stratum proportion to show makes map more clear.The house is negligible corresponding to high mountain on map.Therefore principle of the present invention is exactly certain ratio to each corresponding figure layer to be set.After reaching certain allocation ratio, corresponding facility object just can show or not be presented on the interface.

According to the present invention, map configuration is xml, and this is that other instrument is not available.Configuration to map, for map color, displaying ratio and various attribute operate all finish after, resolve with xml, and leave in the xml document, so that when re-use map next time, only need call this xml document, the just map styles that can obtain wanting, the better design that must assist the pipeline map.

Above use-case indicates that this this map aided design system can be the telecommunications service management personnel the unified platform that the pipeline map is operated is provided, and finishes the configuration of needed map environment before the business development.By the map configuration device, can realize once importing the map of a large amount of standards, map is edited and disposed form according to business need and satisfy the needed electronic chart of line resource management system.

Claims

1, a kind of map assistance design method that is used for telecommunication line resource management may further comprise the steps:

Based on the map that is written into, will comprise the various Drawing Objects of point, line, surface, and the coordinate information of described various Drawing Objects is kept in the map file;

To be kept at corresponding to the attribute information of every kind of Drawing Object in the data library file;

One-to-one relationship between described map file and the described database file is kept in the associated with; And

Based on the information of preserving in above-mentioned three files, carry out map visit, map edit or configuration map;

Wherein, loaded map adopts the shapefile form, or loaded map is converted into the shapefile form;

Described map edit comprises:

2, the map assistance design method that is used for telecommunication line resource management as claimed in claim 1 is characterized in that, described map visit comprises:

Based on the map datum that is written into, read map datum in proper order with the mode that flows, and be kept in the data structure of total array with the vector data structure of point, line or face;

The coordinate of map on delineation scope coordinate and the screen is compared,, the delineation scope is shown on the coordinate of the corresponding entity object after moving, utilize the generation of Drawing Object finally to be presented at user side according to zoom factor and displacement.

3, the map assistance design method that is used for telecommunication line resource management as claimed in claim 1 is characterized in that, described configuration map comprises:

For shown solid pattern, give the definition of color, line weight information, be used for distinguishing different figure layers;

For the entity of choosing a little, can revise its outward appearance and show situation, comprise color, ratio;

Certain displaying ratio is set for original state of each corresponding figure layer,, just shows, otherwise hide when the figure stratum proportion of resetting during greater than original proportional numers;

Map for all character all set with the character of written document, all writes all character the document of a .xml.

4, a kind of map aided design system that is used for telecommunication line resource management comprises:

The map file memory storage is used to preserve a map file, wherein, based on the map that is written into, will comprise the various Drawing Objects of point, line, surface, and the coordinate information of described various Drawing Objects is kept in the described map file;

The database file memory storage is used to preserve a data library file, wherein, will be kept in the described database file corresponding to the attribute information of every kind of Drawing Object;

The associated with memory storage is used to preserve an associated with, wherein the one-to-one relationship between described map file and the described database file is kept in the associated with; And

Map visit device, map edit device and map configuration device respectively based on the information of preserving in above-mentioned three files, carry out map visit, map edit or configuration map;

Described map edit device is used for:

5, the map aided design system that is used for telecommunication line resource management as claimed in claim 4 is characterized in that, described map visit device is used for:

Compare by the coordinate that will draw a circle to approve map on scope coordinate and the screen,, the delineation scope is shown on the coordinate of the corresponding entity object after moving, utilize the generation of Drawing Object finally to be presented at user side according to zoom factor and displacement.

6, the map aided design system that is used for telecommunication line resource management as claimed in claim 4 is characterized in that, described map configuration device is used for: