CN111597596A - Signal system-based construction drawing automatic drawing method and device - Google Patents
Signal system-based construction drawing automatic drawing method and device Download PDFInfo
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- CN111597596A CN111597596A CN202010259622.1A CN202010259622A CN111597596A CN 111597596 A CN111597596 A CN 111597596A CN 202010259622 A CN202010259622 A CN 202010259622A CN 111597596 A CN111597596 A CN 111597596A
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- G06—COMPUTING; CALCULATING OR COUNTING
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Abstract
The invention provides a construction drawing automatic drawing method and a device based on a signal system, comprising the following steps: importing input data and a code bit table in a table form, and importing a schematic diagram; acquiring configuration information; carrying out logic relation analysis on the input data and the code bit table to obtain an analysis result; and calling a drawing VB script to draw a construction drawing by combining the schematic drawing and the configuration information according to the analysis result. The automatic drawing of the construction drawing is realized by importing information in a tabular form and classifying the information to configure drawing rules, the drawing flow of the construction drawing is simplified, the drawing efficiency is improved, and meanwhile the drawing accuracy is ensured.
Description
Technical Field
The invention belongs to the field of automatic drawing, and particularly relates to a construction drawing automatic drawing method and device based on a signal system.
Background
The existing drawing system for the signal system has the defects of various input data and complicated configuration process, in the drawing process of a construction drawing, all drawings need to be drawn manually, and data need to be configured according to corresponding formats and rules. Due to the fact that the information associated information in the drawing is many and complex, a non-professional person may not be capable of configuring and generating an accurate construction drawing, errors are prone to occur in the drawing process, and the drawing period is long.
Disclosure of Invention
In order to solve the defects and shortcomings in the prior art, the invention provides a construction drawing automatic drawing method and device based on a signal system, which is used for introducing information required by drawing drawings and a mode of classifying and configuring construction drawing rules in a tabular form, simplifying the configuration process of the drawing drawings and improving the drawing efficiency and accuracy.
The technical scheme of the invention comprises the following steps:
importing input data and a code bit table in a table form, and importing a schematic diagram;
acquiring configuration information;
carrying out logic relation analysis on the input data and the code bit table to obtain an analysis result;
and calling a drawing VB script to draw a construction drawing by combining the schematic drawing and the configuration information according to the analysis result.
Optionally, the importing the input data and the code bit table in a tabular form, and importing the schematic diagram, includes:
acquiring information required for drawing a construction drawing and a relation between the information and signal system equipment;
according to the acquired information, the generation of input data and a code bit table is manually finished;
the input data and code bit table are imported in a table form.
Optionally, the obtaining configuration information includes:
acquiring template configuration information according to the common fixed and unchangeable information of each project and site;
acquiring project configuration information according to the specific information of each project and combining the template configuration information;
and acquiring station configuration information according to the specific information of each interlocking area.
Optionally, the acquired configuration information further includes a manual configuration part, which specifically includes cabinet model information, combination cabinet configuration information, distribution cabinet configuration information, power supply configuration information, and title bar information.
Optionally, the analyzing the logical relationship between the input data and the code bit table to obtain an analysis result includes:
performing logic relation analysis according to the corresponding relation between the table content information and the position information to obtain an analysis result;
and calculating the position of the data according to the analysis result.
Optionally, the invoking a drawing VB script to draw the construction drawing according to the analysis result by combining the schematic drawing and the configuration information includes:
acquiring content information of the construction drawing according to the analysis result and the imported schematic drawing;
obtaining a drawing rule of the construction drawing according to the configuration information;
and calling a drawing VB script to draw the construction drawing based on the content information and the drawing rule.
Optionally, the input data includes wildcard information, terminal information, system interlocking area naming specification, and site list of each device in the signal system.
Optionally, the code bit table includes code bit information of each interlocking region.
The invention also provides a construction drawing automatic drawing device based on a signal system based on the same design idea, and the device comprises:
a content import module: the input data and the code bit table are imported in a table form, and the schematic diagram is imported;
a rule configuration module: for obtaining configuration information;
a logic analysis module: the system is used for analyzing the logic relation between the input data and the code bit table to obtain an analysis result;
a drawing module: and the construction drawing system is used for calling a drawing VB script to draw a construction drawing according to the analysis result and in combination with the schematic diagram and the configuration information.
Optionally, the rule configuration module includes a template configuration module, a project configuration module, and a site configuration module;
the template configuration module is used for acquiring the common fixed and unchangeable information of each project and site;
the project configuration module is used for acquiring the specific information of each project and completing configuration according to the information configured by the template configuration module and the site number;
the station configuration module is used for acquiring the information specific to each interlocking area.
The technical scheme provided by the invention has the beneficial effects that:
the method for carrying out the rule configuration of the construction drawing by importing the information required by the drawing and classifying in a tabular form reduces the investment of manpower and fund, the drawing personnel only need to fill and write the configuration file to automatically draw the construction drawing, the CAD is not needed to be manually used for drawing all the construction drawings, the drawing efficiency is improved, and meanwhile, the accuracy of the construction drawing is ensured. In addition, when the design ideas of the two sets of construction drawings are only partially different, only part of the previous input data, the code bit table and the configuration file is needed to be modified, and then the construction drawings meeting the new requirements can be generated, so that the reconfiguration time is saved, and the flexibility of automatic drawing of the construction drawings is enhanced.
Drawings
In order to more clearly illustrate the technical solution of the present invention, the drawings needed to be used in the description of the embodiments will be briefly introduced below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings based on the drawings without creative efforts.
FIG. 1 is a block diagram of a construction drawing automatic drawing method based on a signal system according to the present invention;
FIG. 2 is a block diagram of the ATD system of the present invention;
fig. 3 is a block diagram of an automatic construction drawing device based on a signal system in the present invention.
Detailed Description
To make the structure and advantages of the present invention clearer, the structure of the present invention will be further described with reference to the accompanying drawings.
Example one
As shown in fig. 1, the method for automatically drawing a construction drawing based on a signal system provided by the invention comprises the following steps:
s1: importing input data and a code bit table in a table form, and importing a schematic diagram;
s2: acquiring configuration information;
s3: carrying out logic relation analysis on the input data and the code bit table to obtain an analysis result;
s4: and calling a drawing VB script to draw a construction drawing by combining the schematic diagram and the configuration information according to the analysis result.
In this embodiment, importing the input data and the code bit table in a tabular form, and importing the schematic diagram specifically includes: and (3) arranging and drawing information required by the construction drawing and the relation between the information and signal system equipment, importing input data and a code bit table in an excel table form, and importing the AutoCAD schematic diagram through a page. The input data and code bit table are imported with the content of the construction drawing to be drawn and are also information sources when the drawing rules are configured at the later stage. The input data and the code bit table are imported in the excel file form, so that the process of inputting the construction drawing information is simplified, the complex data rule limitation is broken through, and the operation of non-professional personnel is facilitated.
The input data comprises distribution cabinet universal matching, annunciator universal matching, permutation and combination universal matching, turnout universal matching, a relay terminal corresponding table, comprehensive backup panel button information, turnout interlayer universal matching information, annunciator lamp sealing terminal information, system interlocking area naming specifications, a station list, a meter shaft terminal table, a meter shaft terminal corresponding table and information which is fixed and unchangeable in a drawing. The code bit table includes code bit information for each of the interlocking regions.
In this embodiment, the configuration information is acquired through the configuration interface, so as to complete configuration of the construction drawing rule, which specifically includes: acquiring template configuration information according to the common fixed and unchangeable information of each project and site; after the template configuration is completed, acquiring project configuration information according to the specific information of each project and by combining the template configuration information; and after the project configuration is finished, acquiring site configuration information according to the specific information of each interlocking area.
The manual configuration part in the configuration information comprises cabinet model information and power supply configuration information in the template configuration information, and combination cabinet configuration information, branch cabinet configuration information and title bar information in the site configuration information. The configuration information of the combination cabinet and the configuration information of the branch cabinet are derived from data in input data and a code bit table and are configured in a page clicking mode. The title bar information is configured by manual input.
In the process of configuring according to the classification of the template configuration information, the project configuration information and the site configuration information, the template, the project and the site are in a one-way one-to-many relationship from front to back, and the method specifically comprises the following steps: one template corresponds to at least one item, but one item corresponds to at most one template; one project corresponds to at least one site, but one site corresponds to at most one project.
The method for obtaining the configuration information in a classified mode is combined with the template copying function, the function of flexibly modifying the drawing rule of the construction drawing is achieved, a new template meeting the requirements can be generated only by modifying part of the configuration information, and the configuration efficiency is improved.
In this embodiment, analyzing the logical relationship between the input data and the code bit table to obtain an analysis result includes: acquiring content data of the excel table, and splitting and recombining the content data to obtain sorted content data; acquiring position information of points and lines in the table, and analyzing a corresponding logical relationship between the position information and the content data; uploading the obtained analysis result to a mapping database; and calling a schematic diagram VB script to read the information of the schematic diagram and storing the read information into the drawing database.
In this embodiment, after completing importing the input data and the code bit table and acquiring the configuration information, according to the analysis result, invoking a drawing VB script to draw the construction drawing in combination with the schematic diagram and the configuration information, including: obtaining the content of the construction drawing according to the analysis result and the schematic diagram information obtained by the logic relation analysis; obtaining a drawing rule of the construction drawing according to the configuration information; and calling a drawing VB script based on the content and the drawing rule of the construction drawing, and drawing the construction drawing through CAD.
The automatically drawn construction drawing comprises an interface cabinet wiring diagram, a combined side terminal wiring diagram, an outdoor lightning protection cabinet wiring diagram, an outdoor branch cabinet wiring diagram, a relay type table, a circuit diagram of a collection driving and control module of each device, a shaft counting track, a fault zero resetting circuit diagram and an IBP (information base protocol) coil diagram, and the drawn drawing is downloaded to the local through a download button.
Specifically, in the method for automatically drawing a construction drawing based on a signal system in this embodiment, the construction drawing is finally completed through the operation of the CAD, and the drawing process is performed through a VB script called by a java program.
The function of automatically drawing the construction drawing is realized by importing the input data and the code bit table in a tabular form and configuring templates, projects and sites in a classified manner, the manual participation part is reduced, the drawing efficiency is improved, and meanwhile, the errors caused by manual reasons are avoided. In addition, the configuration information is input by adopting a modularized structure, so that the configuration process of the drawing rule is simplified. When new requirements appear, a drawing person can generate a new drawing rule only by slightly changing the configuration information, so that the professional requirements on the drawing person are reduced, and the drawing flexibility is improved.
The above-mentioned method for automatically drawing a construction drawing based on a signal system is described below with reference to a specific example, in this example, the method for automatically drawing a construction drawing is implemented by an ATD system, and includes the following steps:
the method comprises the following steps: and importing input data and a code bit table in the form of an excel file, and importing an AutoCAD schematic diagram in an import page.
Step two: and acquiring configuration information on a configuration interface, configuring templates, projects and sites related to the construction drawing, calling a schematic diagram VB script to read the schematic diagram information and storing the schematic diagram information in a drawing database.
Step three: and based on the excel file in the step one, acquiring content data of an excel table through an ATD system, and splitting and recombining the content data to obtain the sorted content data. And calculating the data position, analyzing the corresponding logical relationship between the position information and the content data, and finally uploading the obtained analysis result to a mapping database.
Step four: and reading information in the drawing database, and calling a drawing VB script to draw the construction drawing.
In this example, the ATD system structure is shown in fig. 2. The ATD system structure comprises four parts of template configuration, project configuration, version management and CAD drawing, wherein the content of the template configuration comprises input data import, schematic diagram import, cabinet model configuration, power supply configuration and template copy. The content of the project configuration comprises a template selection page, a site import page and site configuration, wherein the content of the site configuration comprises code bit table import, axle counting point import, axle counting reset import, dynamic beacon import, combination cabinet configuration, branch cabinet configuration and schematic diagram configuration information. The CAD drawing part also comprises a drawing downloading function, and the drawing which is finished is downloaded to the local through a downloading button.
In specific implementation, according to the common fixed and unchangeable information of each project and site, acquiring template configuration information; after the template configuration is completed, acquiring project configuration information according to the specific information of each project and by combining the template configuration information; and after the project configuration is finished, acquiring site configuration information according to the specific information of each interlocking area. The manual configuration part in the configuration information comprises cabinet model information and power supply configuration information in the template configuration information, and combination cabinet configuration information, branch cabinet configuration information and title bar information in the site configuration information. The configuration information of the combination cabinet and the configuration information of the branch cabinet are derived from data in input data and a code bit table and are configured in a page clicking mode. The title bar information is configured by manual input.
Example two
The invention also provides a construction drawing automatic drawing device 5 based on a signal system, as shown in fig. 3, the device comprises:
the content import module 51: the input data and the code bit table are imported in a table form, and the schematic diagram is imported;
the rule configuration module 52: for obtaining configuration information;
the logic analysis module 53: the system is used for analyzing the logic relation between the input data and the code bit table to obtain an analysis result;
the drawing module 54: and the construction drawing system is used for calling a drawing VB script to draw a construction drawing according to the analysis result and in combination with the schematic diagram and the configuration information.
In this embodiment, the content import module 51 is configured to import the input data, the code bit table, and the schematic diagram in an excel table form, and specifically configured to: and (3) arranging and drawing information required by the construction drawing and the relation between the information and signal system equipment, importing input data and a code bit table in a table form, and importing the AutoCAD schematic diagram through a page. The input data and code bit table are imported with the content of the construction drawing to be drawn and are also information sources when the drawing rules are configured at the later stage. The input data and the code bit table are imported in the excel file form, so that the process of inputting the construction drawing information is simplified, the complex data rule limitation is broken through, and the operation of non-professional personnel is facilitated.
The rule configuration module 52 includes a template configuration module 521, an item configuration module 522, and a site configuration module 523. The template configuration module 521 is configured to obtain template configuration information according to the common fixed and unchangeable information of each project and site; the project configuration module 522 is configured to obtain project configuration information according to information specific to each project and in combination with the template configuration information; the station configuration module 523 is configured to obtain station configuration information according to information specific to each interlocking area.
Specifically, the template configuration module 521, the project configuration module 522 and the site configuration module 523 are in a one-way one-to-many relationship from front to back, and specifically include: one template corresponds to at least one item, but one item corresponds to at most one template; one project corresponds to at least one site, but one site corresponds to at most one project.
The logic analysis module 53 is configured to perform logic relationship analysis on the input data and the code bit table to obtain an analysis result, and specifically configured to: acquiring content data of the excel table, and splitting and recombining the content data to obtain sorted content data; acquiring position information of points and lines in the table, and analyzing a corresponding logical relationship between the position information and the content data; uploading the obtained analysis result to a mapping database; and calling a schematic diagram VB script to read the information of the schematic diagram and storing the read information into the drawing database.
The drawing module 54 is configured to invoke a drawing VB script to draw a construction drawing according to the analysis result, in combination with the schematic diagram and the configuration information, and is specifically configured to: obtaining the content of the construction drawing according to the analysis result and the schematic diagram information obtained by the logic relation analysis; obtaining a drawing rule of the construction drawing according to the configuration information; and calling a drawing VB script based on the content and the drawing rule of the construction drawing, and drawing the construction drawing through CAD.
The sequence numbers in the above embodiments are merely for description, and do not represent the sequence of the assembly or the use of the components.
The above description is only exemplary of the present invention and should not be taken as limiting the invention, as any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (10)
1. A construction drawing automatic drawing method based on a signal system is characterized by comprising the following steps:
importing input data and a code bit table in a table form, and importing a schematic diagram;
acquiring configuration information;
carrying out logic relation analysis on the input data and the code bit table to obtain an analysis result;
and calling a drawing VB script to draw a construction drawing by combining the schematic drawing and the configuration information according to the analysis result.
2. The method for automatically drawing the construction drawing based on the signal system as claimed in claim 1, wherein the importing the input data and the code bit table in a tabular form, importing the schematic drawing, comprises:
acquiring information required for drawing a construction drawing according to the relation between the signal system devices;
according to the acquired information, the generation of input data and a code bit table is manually finished;
the input data and code bit table are imported in a table form.
3. The method for automatically drawing the construction drawing based on the signal system as claimed in claim 1, wherein the obtaining the configuration information comprises:
acquiring template configuration information according to the common fixed and unchangeable information of each project and site;
acquiring project configuration information according to the specific information of each project and combining the template configuration information;
and acquiring station configuration information according to the specific information of each interlocking area.
4. The method for automatically drawing the construction drawing based on the signal system as claimed in claim 1, wherein the acquired configuration information further includes a manual configuration part, specifically including cabinet model information, combination cabinet configuration information, branch cabinet configuration information, power supply configuration information, and title bar information.
5. The method for automatically drawing the construction drawing based on the signal system as claimed in claim 1, wherein the analyzing the logical relationship between the input data and the code bit table to obtain the analysis result comprises:
performing logic relation analysis according to the corresponding relation between the table content information and the position information to obtain an analysis result;
and calculating the data position according to the analysis result.
6. The method for automatically drawing the construction drawing based on the signal system as claimed in claim 1, wherein the step of drawing the construction drawing by calling a drawing VB script according to the analysis result and the schematic diagram and the configuration information comprises the steps of:
acquiring content information of the construction drawing according to the analysis result and the imported schematic drawing;
obtaining a drawing rule of the construction drawing according to the configuration information;
and calling a drawing VB script to draw the construction drawing based on the content information and the drawing rule.
7. The method as claimed in claim 1, wherein the input data includes general information, terminal information, system interlocking area naming specification, and site list of each device in the signal system.
8. The method for automatically drawing the construction drawing based on the signal system as claimed in claim 1, wherein the code bit table comprises code bit information of each interlocking area.
9. An automatic construction drawing device based on a signal system is characterized by comprising:
a content import module: the input data and the code bit table are imported in a table form, and the schematic diagram is imported;
a rule configuration module: for obtaining configuration information;
a logic analysis module: the system is used for analyzing the logic relation between the input data and the code bit table to obtain an analysis result;
a drawing module: and the construction drawing system is used for calling a drawing VB script to draw a construction drawing according to the analysis result and in combination with the schematic diagram and the configuration information.
10. The automatic construction drawing device based on the signal system as claimed in claim 9, wherein the rule configuration module comprises a template configuration module, a project configuration module and a site configuration module;
the template configuration module is used for acquiring the common fixed and unchangeable information of each project and site;
the project configuration module is used for acquiring the specific information of each project and completing configuration according to the information configured by the template configuration module and the site number;
the station configuration module is used for acquiring the information specific to each interlocking area.
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| CN111597596B (en) | 2023-08-15 |
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