CN109446366A - A kind of implementation method of interactive digital circuit diagram - Google Patents
A kind of implementation method of interactive digital circuit diagram Download PDFInfo
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- CN109446366A CN109446366A CN201811087731.9A CN201811087731A CN109446366A CN 109446366 A CN109446366 A CN 109446366A CN 201811087731 A CN201811087731 A CN 201811087731A CN 109446366 A CN109446366 A CN 109446366A
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Abstract
The invention discloses a kind of implementation methods of interactive digital circuit diagram, are related to field of track traffic, the described method comprises the following steps: step 1, the digital collection for completing circuit diagram；Step 2 shows circuit diagram, realizes interactive operation.The step 1 further include: step 1.1 establishes database and tables of data；Step 1.2, Acquisition Circuit figure information, and be saved into the corresponding tables of data of the database.The present invention realizes following technical effect: 1, based on digitlization storage, the reproduction of the circuit logic of circuit diagram may be implemented；2, the interactive operation of circuit diagram element may be implemented；3, the content showed under different zoom ratio situation difference may be implemented.
Description
Technical field
The present invention relates to electronic information field more particularly to a kind of implementation methods of interactive digital circuit diagram.
Background technique
In existing application field, circuit diagram has realized the presentation of electrical file form, such as PDF document, JPG picture
Etc. forms.
But existing electrical file form has the following problems:
1, with the preservation of general file supervisory format, there is no writing circuit logic；
2, document content cannot achieve interactive operation；
3, under different zoom ratio situation, required content cannot be showed as needed, can only all be showed.
Therefore, those skilled in the art is dedicated to developing a kind of implementation method of new interactive digital circuit diagram, gram
Take the above problem present in existing electrical file form.
Summary of the invention
In view of the above drawbacks of the prior art, the technical problems to be solved by the present invention are: not only to save circuit diagram
Show effect, also want the circuit logic of storage circuit figure, while component of circuit diagram, including route, device etc., can carry out
Interactive operation realizes lossless scaling and shows different contents according to different proportion.
To achieve the above object, the present invention provides a kind of implementation method of interactive digital circuit diagram, the method packets
Include following steps:
Step 1, the digital collection for completing circuit diagram；
Step 2 shows circuit diagram, realizes interactive operation.
Further, the step 1 further include:
Step 1.1 establishes database and tables of data；
Step 1.2, Acquisition Circuit figure information, and be saved into the corresponding tables of data of the database.
Further, the database is relevant database, and the relevant database is Mysql or Sql
Server。
Further, the tables of data has 6, respectively route main information table, line number table, thread path information table, device
Information table, jumps symbol information table at line device table.
Further, the table name of the route main information table is b_wire, the field for including are as follows: WR_ID, WR_CDSS_
ID, WR_CDS_ID, WR_CDG_ID, WR_CDP_ID, WR_CODE, WR_TYPE, WR_IS_DIVIDED, WR_SUB_WIRE_
ID, WR_FATHER_WIRE_ID, ISDISABLED, CREATE_BY, EMP_ID_CREATE_BY, REATE_DATE, UPDATE_
BY, EMP_ID_UPDATE_BY, UPDATE_DATE；
The table name of the line number table is b_wire_x_y, the field for including are as follows: ID, PictureID, ParentID, WR_
ID, X1, Y1, IsVertical1, X2, Y2, IsVertical2, X3, Y3, IsVertical3, Type, ISDISABLED,
CREATE_BY, EMP_ID_CREATE_BY, CREATE_DATE, UPDATE_BY, EMP_ID_UPDATE_BY, UPDATE_
DATE；
The table name of the thread path information table is b_wire_path_x_y, the field for including are as follows: ID, WR_X_Y_ID,
PathNo, Points, JoinType1, JoinType2, JoinType3, JoinType4, JoinType5, JoinType6,
JoinType7, JoinType8, ISDISABLED, CREATE_BY, EMP_ID_CREATE_BY, CREATE_DATE, UPDATE_
BY, EMP_ID_UPDATE_BY, UPDATE_DATE；
The table name of the device information table is b_component, the field for including are as follows: CPT_ID, CPT_CDSS_ID,
CPT_CDS_ID, CPT_CDG_ID, CPT_CDP_ID, CPT_TYPE, CPT_CODE, CPT_NOTE, CPT_NOTE_DSP_
POSITION_X, CPT_NOTE_DSP_POSITION_Y, CPT_NOTE_DSP_DERICTION, ISDISABLED, CREATE_
BY, EMP_ID_REATE_BY, CREATE_DATE, UPDATE_BY, EMP_ID_UPDATE_BY, UPDATE_DATE；
The table name of the line device table is b_wire_component, the field for including are as follows: ID, WCT_WR_ID, WCT_
SUB_ID, WCT_CPT_ID, WCT_X1, WCT_Y1, WCT_X2, WCT_Y2, WCT_PRE_CPT_ID, WCT_NEXT_CPT_ID,
ISDISABLED, CREATE_BY, EMP_ID_CREATE_BY, CREATE_DATE, UPDATE_BY, EMP_ID_UPDATE_BY,
UPDATE_DATE；
The table name for jumping symbol information table is b_redirect, the field for including are as follows: ID, Code, Name, Type, WR_
ID, X1, Y1, DERICTION, ISDISABLED, CREATE_BY, EMP_ID_CREATE_BY, CREATE_DATE, UPDATE_
BY, EMP_ID_UPDATE_BY, UPDATE_DATE.
Further, the step 1.2 further include:
Step 1.2.1, wire size information is acquired, and is stored in the line number table b_wire_x_y；
Step 1.2.2, gathering line routing information, and be stored in the thread path information table b_wire_path_x_y；
Step 1.2.3, component information is acquired, and is stored in the line device table b_wire_component；
Step 1.2.4, acquisition jumps symbol information, and is jumped in symbol information table b_redirect described in deposit；
Step 1.2.5, Acquisition Circuit functional module information, and it is stored in the line device table b_wire_component
In.
Further, the step 1.2.1 further include:
Step 1.2.1.1, acquire W1 wire size information: acquisition P1 is stored in X1, Y1 coordinate word of line number table b_wire_x_y
Section；
Step 1.2.1.2, acquire W3 wire size information: acquisition P3 is stored in X1, Y1 coordinate word of line number table b_wire_x_y
Section；
Step 1.2.1.3, W5 wire size information is acquired: acquisition P1, then acquire P13 and mark vertically displayed, finally acquire
P17 is stored in the X1 of line number table b_wire_x_y, Y1 coordinate fields；
The step 1.2.2 further include:
Step 1.2.2.1, it acquires W1 thread path information: first acquiring P1, then acquire P3；
Step 1.2.2.2, it acquires W3 thread path information: first acquiring P3 and specified connection of serving as theme, then acquire P5 and specify
For component connection；Acquisition P9 is simultaneously appointed as component connection, then acquires P16 and be appointed as component connection；Acquisition P20 simultaneously refers to
It is set to component connection, then acquires P24 and specified connection of serving as theme；
Step 1.2.2.3, W5 thread path information is acquired: acquisition P11 and specified connection of serving as theme；P13 is acquired, P17 is acquired
And it is appointed as component connection；Acquisition P21 is simultaneously appointed as component connection；Acquisition P23, acquisition P22 and specified connection of serving as theme；
The step 1.2.3 further include:
Step 1.2.3.1, route W3 is selected, two location points of coordinate position P5, P19 of C2 are acquired, line device is written
The WCT_X1 of table b_wire_component, WCT_Y2, WCT_X2, WCT_Y2 field；
The step 1.2.4 further include:
Step 1.2.4.1, selection needs the route W1 of sampler, and acquisition jumps the position P1 of label L1, specified to be transferred to
Label, write-in jump the X1 of symbol information table b_redirect, Y1 field；
Step 1.2.4.2, selection needs the route W3 of sampler, and acquisition jumps the position P7 of label L4, specified to produce
Label, write-in jump the X1 of symbol information table b_redirect, Y1 field；
The step 1.2.5 further include:
Step 1.2.5.1, selection needs the route W3 of sampler, acquires functional module S2, acquires two positions PS3, PS4
It sets a little, the WCT_X1, WCT_Y2, WCT_X2 of line device table b_wire_component, WCT_Y2 field is written.
Further, the thread path information deposit thread path table b_wire_path_x_y's acquired in the step 1.2.2
In Points field.
Further, show in the step 2 circuit diagram be using SVG programming technique, to all elements of circuit diagram into
Row is redrawn.
Further, the content showed under different zoom ratio situation may be implemented not in interactive operation in the step 2
Together.
The implementation method of interactive digital circuit diagram provided by the invention, realizes following technical effect:
1, based on digitlization storage, the reproduction of the circuit logic of circuit diagram may be implemented；
2, the interactive operation of circuit diagram element may be implemented；
3, the content showed under different zoom ratio situation difference may be implemented.
It is described further below with reference to technical effect of the attached drawing to design of the invention, specific structure and generation, with
It is fully understood from the purpose of the present invention, feature and effect.
Detailed description of the invention
Fig. 1 is the circuit illustrated example of a preferred embodiment of the invention；
Fig. 2 is the circuit diagram digital collection step of a preferred embodiment of the invention.
Specific embodiment
Multiple preferred embodiments of the invention are introduced below with reference to Figure of description, keep its technology contents more clear and just
In understanding.The present invention can be emerged from by many various forms of embodiments, and protection scope of the present invention not only limits
The embodiment that Yu Wenzhong is mentioned.
Fig. 1 is the circuit illustrated example of one embodiment.In Fig. 1, figure grade is described as follows: C is breaker, and PC is first device
Part position, S are switch fabric unit, and PS is cell position, and W is route, and WP is wire size position, and P is place on line, and K is to jump
Symbol, L are to jump label.
The digital collection of circuit diagram shown in Fig. 1 is completed first.
Specific steps are as shown in Figure 2:
Step 1.1 establishes database and tables of data；
Step 1.2, Acquisition Circuit figure information, and be saved into the corresponding tables of data of the database.
Wherein, step 1.2 further includes following 5 steps, is respectively as follows:
Step 1.2.1, wire size information is acquired, and is stored in the line number table b_wire_x_y；
Step 1.2.2, gathering line routing information, and be stored in the thread path information table b_wire_path_x_y；
Step 1.2.3, component information is acquired, and is stored in the line device table b_wire_component；
Step 1.2.4, acquisition jumps symbol information, and is jumped in symbol information table b_redirect described in deposit；
Step 1.2.5, Acquisition Circuit functional module information, and it is stored in the line device table b_wire_component
In.
It is established in database and tables of data in step 1.1, is to be handled using relevant database first, such as Mysql, Sql
Server, the database name of foundation are CDP_DB.
Then 6 tables of data are established, are respectively as follows:
(a) route main information table, table name: b_wire:
(b) line number table, table name: b_wire_x_y:
(c) thread path information table, table name: b_wire_path_x_y:
(d) device information table, table name: b_component:
(e) line device table, table name: b_wire_component:
(f) symbol information table is jumped, table name: b_redirect:
| Field name | Meaning | Remarks |
| ID | Major key | |
| Code | Jump symbol coding | |
| Name | Jump label | |
| Type | Jump symbol type | It is transferred to, produces |
| WR_ID | Route ID | |
| X1 | X-coordinate | |
| Y1 | Y-coordinate | |
| DERICTION | Display direction | Laterally, vertically |
| ISDISABLED | Cancellation mark | |
| CREATE_BY | Typing people | |
| EMP_ID_CREATE_BY | Typing people ID | |
| CREATE_DATE | Date of entry | |
| UPDATE_BY | Modify people | |
| EMP_ID_UPDATE_BY | Modify people ID | |
| UPDATE_DATE | Modify the date |
In step 1.2, Acquisition Circuit figure information, and be saved into the corresponding tables of data of the database.Because
Left and right two parts of exemplary circuit figure are functionally and logically completely the same in Fig. 1, during illustrating step 1.2, with right side
It is divided into example.
Step 1.2 is divided for 5 steps, is respectively as follows:
Step 1.2.1, wire size information is acquired, and is stored in the line number table b_wire_x_y；
Step 1.2.2, gathering line routing information, and be stored in the thread path information table b_wire_path_x_y；
Step 1.2.3, component information is acquired, and is stored in the line device table b_wire_component；
Step 1.2.4, acquisition jumps symbol information, and is jumped in symbol information table b_redirect described in deposit；
Step 1.2.5, Acquisition Circuit functional module information, and it is stored in the line device table b_wire_component
In.
In step 1.2.1, wire size information is acquired.According in Fig. 1 configuration, tie to the lower right corner since the upper left corner
Beam, the first acquisition first occurred successively acquire W1, W3, W5.
Acquire (W1) wire size information: acquisition (P1) is stored in (X1, Y1) coordinate fields of line number table b_wire_x_y；
Acquire (W3) wire size information: acquisition (P3) is stored in (X1, Y1) field of line number table b_wire_x_y；
Acquire (W5) wire size information: acquisition (P1), then acquire (P13) and mark it is vertically displayed, finally acquire (P17), deposit
Enter (X1, Y1) field of line number table b_wire_x_y.
In step 1.2.2, gathering line routing information, and it is stored in the Points word of thread path table b_wire_path_x_y
Section.
It acquires (W1) thread path information: first acquiring (P1), then acquire (P3)；
Acquisition (W3) thread path information: (P3) and specified connection of serving as theme first are acquired, then acquires (P5) and is appointed as first device
Part connection acquires (P9) and is appointed as component connection, then acquires (P16) and be appointed as component connection, acquires (P20) and refers to
It is set to component connection, then acquires (P24) and specified connection of serving as theme；
Acquisition (W5) thread path information: acquisition (P11) and specified connection of serving as theme, acquisition (P13), acquisition (P17) simultaneously refer to
It is set to component connection, acquire (P21) and is appointed as component connection, acquisition (P23), acquisition (P22) and the specified company of serving as theme
It connects.
In step 1.2.3, component information is acquired.
It selects route (W3), acquires the coordinate position (P5) of (C2), (P19) two location points, write in table b_wire_
The WCT_X1 of component, WCT_Y2, WCT_X2, WCT_Y2 field.
In step 1.2.4, acquisition jumps symbol information.
Selection needs the route (W1) of sampler, and acquisition jumps the position (P1) of label (L1), and specifying is to be transferred to label,
The X1 of write in table b_redirect, Y1 field；
Selection needs the route (W3) of sampler, and acquisition jumps the position (P7) of label (L4), specified to produce label, writes
Enter the X1 of table b_redirect, Y1 field.
In step 1.2.5, Acquisition Circuit functional module information.
Selection needs the route (W3) of sampler, acquires functional module (S2), acquires (PS3), two positions (PS4)
Point, the WCT_X1 of write in table b_wire_component, WCT_Y2, WCT_X2, WCT_Y2 field.
After step 1.2 completion, collected information, correspondence is stored in the table of associated.
It is acquired by data, obtains the logical relation between the component and its association attributes, element of circuit diagram.This
It is the basis of circuit diagram digitlization storage, provides fundamental basis for orderly displaying, Fault analysis etc..
By digitlization storage acquisition, the logic theory of circuit diagram is had been saved in database.Circuit diagram shows process
Using SVG programming technique, all elements of circuit diagram are redrawn, while the purpose of interactive operation may be implemented.It is scaling
In operating process, can restore which element shown according to the ratio-dependent circuit diagram of scaling.
The preferred embodiment of the present invention has been described in detail above.It should be appreciated that the ordinary skill of this field is without wound
The property made labour, which according to the present invention can conceive, makes many modifications and variations.Therefore, all technician in the art
Pass through the available technology of logical analysis, reasoning, or a limited experiment on the basis of existing technology under this invention's idea
Scheme, all should be within the scope of protection determined by the claims.
Claims (10)
1. a kind of implementation method of interactive digital circuit diagram, which is characterized in that the described method comprises the following steps:
Step 1, the digital collection for completing circuit diagram；
Step 2 shows circuit diagram, realizes interactive operation.
2. the implementation method of interactive digital circuit diagram as described in claim 1, which is characterized in that the step 1 further include:
Step 1.1 establishes database and tables of data；
Step 1.2, Acquisition Circuit figure information, and be saved into the corresponding tables of data of the database.
3. the implementation method of interactive digital circuit diagram as claimed in claim 2, which is characterized in that the database is relationship
Type database, the relevant database are the data base management systems such as Mysql or Sql Server.
4. the implementation method of interactive digital circuit diagram as claimed in claim 2, which is characterized in that the tables of data has 6,
Respectively route main information table, line number table, thread path information table, device information table, line device table, jump symbol information table.
5. the implementation method of interactive digital circuit diagram as claimed in claim 4, which is characterized in that the route main information table
Table name be b_wire, the field for including are as follows: WR_ID, WR_CDSS_ID, WR_CDS_ID, WR_CDG_ID, WR_CDP_ID,
WR_CODE, WR_TYPE, WR_IS_DIVIDED, WR_SUB_WIRE_ID, WR_FATHER_WIRE_ID, ISDISABLED,
CREATE_BY, EMP_ID_CREATE_BY, REATE_DATE, UPDATE_BY, EMP_ID_UPDATE_BY, UPDATE_DATE；
The table name of the line number table is b_wire_x_y, the field for including are as follows: ID, PictureID, ParentID, WR_ID, X1,
Y1, IsVertical1, X2, Y2, IsVertical2, X3, Y3, IsVertical3, Type, ISDISABLED, CREATE_BY,
EMP_ID_CREATE_BY, CREATE_DATE, UPDATE_BY, EMP_ID_UPDATE_BY, UPDATE_DATE；
The table name of the thread path information table is b_wire_path_x_y, the field for including are as follows: ID, WR_X_Y_ID, PathNo,
Points, JoinType1, JoinType2, JoinType3, JoinType4, JoinType5, JoinType6, JoinType7,
JoinType8, ISDISABLED, CREATE_BY, EMP_ID_CREATE_BY, CREATE_DATE, UPDATE_BY, EMP_ID_
UPDATE_BY, UPDATE_DATE；
The table name of the device information table is b_component, the field for including are as follows: CPT_ID, CPT_CDSS_ID, CPT_
CDS_ID, CPT_CDG_ID, CPT_CDP_ID, CPT_TYPE, CPT_CODE, CPT_NOTE, CPT_NOTE_DSP_
POSITION_X, CPT_NOTE_DSP_POSITION_Y, CPT_NOTE_DSP_DERICTION, ISDISABLED, CREATE_
BY, EMP_ID_REATE_BY, CREATE_DATE, UPDATE_BY, EMP_ID_UPDATE_BY, UPDATE_DATE；
The table name of the line device table is b_wire_component, the field for including are as follows: ID, WCT_WR_ID, WCT_SUB_
ID, WCT_CPT_ID, WCT_X1, WCT_Y1, WCT_X2, WCT_Y2, WCT_PRE_CPT_ID, WCT_NEXT_CPT_ID,
ISDISABLED, CREATE_BY, EMP_ID_CREATE_BY, CREATE_DATE, UPDATE_BY, EMP_ID_UPDATE_BY,
UPDATE_DATE；
The table name for jumping symbol information table is b_redirect, the field for including are as follows: ID, Code, Name, Type, WR_ID,
X1, Y1, DERICTION, ISDISABLED, CREATE_BY, EMP_ID_CREATE_BY, CREATE_DATE, UPDATE_BY,
EMP_ID_UPDATE_BY, UPDATE_DATE.
6. the implementation method of interactive digital circuit diagram as claimed in claim 5, which is characterized in that the step 1.2 is also wrapped
It includes:
Step 1.2.1, wire size information is acquired, and is stored in the line number table b_wire_x_y；
Step 1.2.2, gathering line routing information, and be stored in the thread path information table b_wire_path_x_y；
Step 1.2.3, component information is acquired, and is stored in the line device table b_wire_component；
Step 1.2.4, acquisition jumps symbol information, and is jumped in symbol information table b_redirect described in deposit；
Step 1.2.5, Acquisition Circuit functional module information, and be stored in the line device table b_wire_component.
7. the implementation method of interactive digital circuit diagram as claimed in claim 6, which is characterized in that
The step 1.2.1 further include:
Step 1.2.1.1, acquire W1 wire size information: acquisition P1 is stored in X1, Y1 coordinate fields of line number table b_wire_x_y；
Step 1.2.1.2, acquire W3 wire size information: acquisition P3 is stored in X1, Y1 coordinate fields of line number table b_wire_x_y；
Step 1.2.1.3, acquire W5 wire size information: acquisition P1, then acquire P13 and mark it is vertically displayed,
P17 is finally acquired, the X1 of line number table b_wire_x_y, Y1 coordinate fields are stored in；
The step 1.2.2 further include:
Step 1.2.2.1, it acquires W1 thread path information: first acquiring P1, then acquire P3；
Step 1.2.2.2, it acquires W3 thread path information: first acquiring P3 and specified connection of serving as theme, then acquire P5 and be appointed as member
Device connection；Acquisition P9 is simultaneously appointed as component connection, then acquires P16 and be appointed as component connection；Acquisition P20 is simultaneously appointed as
Component connection, then acquire P24 and specified connection of serving as theme；
Step 1.2.2.3, W5 thread path information is acquired: acquisition P11 and specified connection of serving as theme；P13 is acquired, P17 is acquired and is referred to
It is set to component connection；Acquisition P21 is simultaneously appointed as component connection；Acquisition P23, acquisition P22 and specified connection of serving as theme；
The step 1.2.3 further include:
Step 1.2.3.1, route W3 is selected, two location points of coordinate position P5, P19 of C2 are acquired, line device table b_ is written
The WCT_X1 of wire_component, WCT_Y2, WCT_X2, WCT_Y2 field；
The step 1.2.4 further include:
Step 1.2.4.1, selection needs the route W1 of sampler, and acquisition jumps the position P1 of label L1, specified to be transferred to label,
Write-in jumps the X1 of symbol information table b_redirect, Y1 field；
Step 1.2.4.2, selection needs the route W3 of sampler, and acquisition jumps the position P7 of label L4, specified to produce label,
Write-in jumps the X1 of symbol information table b_redirect, Y1 field；
The step 1.2.5 further include:
Step 1.2.5.1, selection needs the route W3 of sampler, acquires functional module S2, acquires two positions PS3, PS4
The WCT_X1, WCT_Y2, WCT_X2 of line device table b_wire_component, WCT_Y2 field is written in point.
8. the implementation method of interactive digital circuit diagram as claimed in claim 6, which is characterized in that in the step 1.2.2
In the Points field of the thread path information deposit thread path table b_wire_path_x_y of acquisition.
9. the implementation method of interactive digital circuit diagram as described in claim 1, which is characterized in that show in the step 2
Circuit diagram is to be redrawn using SVG programming technique to all elements of circuit diagram.
10. the implementation method of interactive digital circuit diagram as described in claim 1, which is characterized in that interaction in the step 2
It is different that the content showed under different zoom ratio situation may be implemented in formula operation.
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| CN115202542A (en) * | 2022-07-26 | 2022-10-18 | 南方电网调峰调频发电有限公司检修试验分公司 | OCR technology-based automatic link and jump method for circuit port in electronic paper |
| CN116644701A (en) * | 2023-05-09 | 2023-08-25 | 三峡高科信息技术有限责任公司 | SVG-based configurable circuit diagram generation method and system |
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