CN108549775B - Method for intelligently generating length parameters of door frame walls in civil air defense structure detailed diagrams in batches - Google Patents
Method for intelligently generating length parameters of door frame walls in civil air defense structure detailed diagrams in batches Download PDFInfo
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Abstract
The invention discloses a method for intelligently generating length parameters of door frame walls in civil air defense structure detailed diagrams in batches, belongs to the technical field of civil air defense, and aims to solve the problems of low processing efficiency and poor calculation accuracy of length parameters of protective airtight door frame walls in the existing civil air defense detailed diagrams. Which comprises the following steps: (1) preparing a drawing; (2) selecting a data frame; (3) data identification; (4) storing data; (5) and (6) outputting the data. The invention processes the length parameters of the door frame wall, greatly improves the processing efficiency and the calculation accuracy, and is suitable for various functional civil air defense projects such as A-type and B-type civil air defense projects, single-building and additional-building civil air defense projects, single-layer and multi-layer civil air defense projects, personnel shelter, professional team equipment shelter, ambulance stations and the like. The method is suitable for processing the length parameters of the door frame wall in the civil air defense structure detailed diagram.
Description
Technical Field
The invention belongs to the technical field of civil air defense, and particularly relates to a method for intelligently generating length parameters of door frame walls in civil air defense structure detailed diagrams in batches.
Background
The civil air defense is measures and actions which are taken by governments to mobilize and organize people for preventing enemy air attacks and eliminating consequences, and is called civil air defense for short. The air defense system is an important component of modern national defense, is an important aspect of national economy and social development, is an important content of modern city construction, and is a social public welfare which benefits the nation and the people. In addition to being used for urban air defense task in wartime, the modern civil air defense department also carries specific functional tasks such as air defense command drilling, disaster early warning release, emergency rescue disposal, key target protection, emergency population evacuation and the like at ordinary times.
In the design of the civil air defense basement, the drawing of the detailed civil air defense diagram is a part which is unique, large in quantity, high in time and energy consumption, important and indispensable in the design of the construction diagram of the civil air defense basement. The civil air defense detailed diagram comprises a protective airtight door, an anti-explosion valve, an external communication port, a wartime plugging and the like, wherein each item comprises a plane section detailed diagram and a corresponding parameter table. In the above few items, because the protective airtight door needs to be reinforced according to the length, height and load of the door frame wall, the related workload is very large, and usually occupies about 20% of the construction drawing cycle. Among the parameters, the door frame wall length has the functions of starting and stopping, connecting the drawing, the calculation result and the detailed drawing, and the statistics and the output are the most complicated, and the occupied time is the most.
However, at present, designers draw, calculate, fill, check, publish and print completely by hand in the design process, which is tedious, and because of the huge number, scattered primitives and more associated parameters, not only takes up a lot of manpower, material resources and time, but also because of the existence of human factors, the number of errors is the largest in the whole design process.
From the above situation, in the civil air defense industry at present, the processing method of the length of the door frame wall of the protective airtight door is still the most original one-by-one check, and the simplest repetitive labor is carried out by spending the time of professional designers. With the increasing importance of civil air defense engineering in construction and production activities, the leaders of the state and all departments put more and more emphasis on the civil air defense engineering, the design workload is multiplied, but related professional designers are not supplemented in time. Therefore, it is necessary to invent a new working method with higher efficiency and higher accuracy in order to deal with the design work of a large number of engineering construction drawings.
Disclosure of Invention
The invention aims to: the method for intelligently generating the length parameters of the door frame walls in the civil air defense structure detailed diagrams in batches is provided, and the problems that the processing efficiency of the length parameters of the protective airtight door frame walls in the existing civil air defense detailed diagrams is low and the calculation accuracy is poor are solved.
The technical scheme adopted by the invention is as follows:
a method for intelligently generating length parameters of door frame walls in civil air defense structure detailed diagrams in batches comprises the following steps:
(1) preparing a drawing: standardizing the civil air defense structure detail drawing of the door frame wall length parameter to be generated in AutoCAD software;
(2) and (3) data framing: programming is carried out through a VISUAL LISP program embedded in AutoCAD software, and data in a civil air defense structure detailed diagram to be processed are framed;
(3) data identification: identifying data in the framed civil air defense structure detailed drawing needing to be processed through a VISUAL LISP program, if the data in the framed civil air defense structure detailed drawing needing to be processed is identified to be correct, finding attribute blocks containing text content, namely corresponding leading-out labels, finding out associated legends through the leading-out labels, searching door frame wall line segments corresponding to the legends from the legends to two sides, determining the positive direction of the legends according to drawing rules of the civil air defense drawing, respectively obtaining the door frame wall line segment lengths on the two sides of the positive direction of the legends, entering a step (4), and if the data in the framed civil air defense structure detailed drawing needing to be processed is identified to be wrong, returning the VISUAL LISP program to the step (2);
(4) and (3) data storage: carrying out error processing on the length of the doorframe wall line segment by a VISUAL LISP program, and storing the obtained doorframe wall length parameter as output data;
(5) and (3) data output: repeating the processes (2) to (4) on all data in the anti-human junction structural detail diagram to obtain all door frame wall length parameters, and then clicking the position where the parameter table is to be drawn according to a mouse, so that all door frame wall length parameters which are arranged according to the rule can be output at the corresponding position.
Further, the standardization processing includes unifying line types and legends of all data in the civil air defense structure detailed diagram, and labeling the layer, text content and parameters of the attribute block where each data is located.
In summary, due to the adoption of the technical scheme, the invention has the beneficial effects that:
1. according to the method, the length parameters of the door frame wall are programmed by the computer, so that a large amount of repetitive labor generated by manual calculation can be reduced to the minimum, the occupation of manpower and material resources is greatly reduced, and the processing efficiency is greatly improved; meanwhile, in the process of processing the program, because no manual work participates in the calculation, no manual calculation error exists, and the calculation accuracy is greatly improved.
2. The length parameters of the door frame wall are programmed through the computer, so that the method has the characteristic of wide application range, and various functional civil air defense projects such as a class A civil air defense project, a class B civil air defense project, a single-building civil air defense project, an additional-building civil air defense project, a single-layer civil air defense project, a multi-layer civil air defense project, a personnel shelter, a professional team equipment shelter, an ambulance station and the like in all the existing civil air defense projects can be applied.
3. In the invention, the length parameter of the door frame wall is programmed by the computer, so that the workload of designers is reduced, and the time cost and the labor cost are greatly saved. Meanwhile, because the program can process data intelligently, many rules can skip the learning step and give the program execution, and the cultivation and learning cost of designers is greatly reduced.
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FIG. 1 is a schematic flow diagram of the present invention;
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
A method for intelligently generating length parameters of door frame walls in civil air defense structure detailed diagrams in batches comprises the following steps:
(1) preparing a drawing: standardizing the civil air defense structure detail drawing of the door frame wall length parameter to be generated in AutoCAD software;
(2) and (3) data framing: programming is carried out through a VISUAL LISP program embedded in AutoCAD software, and data in a civil air defense structure detailed diagram to be processed are framed;
(3) data identification: identifying data in the framed civil air defense structure detailed drawing needing to be processed through a VISUAL LISP program, if the data in the framed civil air defense structure detailed drawing needing to be processed is identified to be correct, finding attribute blocks containing text content, namely corresponding leading-out labels, finding out associated legends through the leading-out labels, searching door frame wall line segments corresponding to the legends from the legends to two sides, determining the positive direction of the legends according to drawing rules of the civil air defense drawing, respectively obtaining the door frame wall line segment lengths on the two sides of the positive direction of the legends, entering a step (4), and if the data in the framed civil air defense structure detailed drawing needing to be processed is identified to be wrong, returning the VISUAL LISP program to the step (2);
(4) and (3) data storage: carrying out error processing on the length of the doorframe wall line segment by a VISUAL LISP program, and storing the obtained doorframe wall length parameter as output data;
(5) and (3) data output: repeating the processes (2) to (4) on all data in the anti-human junction structural detail diagram to obtain all door frame wall length parameters, and then clicking the position where the parameter table is to be drawn according to a mouse, so that all door frame wall length parameters which are arranged according to the rule can be output at the corresponding position.
Further, the standardization processing includes unifying line types and legends of all data in the civil air defense structure detailed diagram, and labeling the layer, text content and parameters of the attribute block where each data is located.
Example 1
A method for intelligently generating length parameters of door frame walls in civil air defense structure detailed diagrams in batches comprises the following steps:
(1) preparing a drawing: standardizing the civil air defense structure detail drawing of the door frame wall length parameter to be generated in AutoCAD software;
(2) and (3) data framing: programming is carried out through a VISUAL LISP program embedded in AutoCAD software, and data in a civil air defense structure detailed diagram to be processed are framed;
(3) data identification: identifying data in the framed civil air defense structure detailed drawing needing to be processed through a VISUAL LISP program, if the data in the framed civil air defense structure detailed drawing needing to be processed is identified to be correct, finding attribute blocks containing text content, namely corresponding leading-out labels, finding out associated legends through the leading-out labels, searching door frame wall line segments corresponding to the legends from the legends to two sides, determining the positive direction of the legends according to drawing rules of the civil air defense drawing, respectively obtaining the door frame wall line segment lengths on the two sides of the positive direction of the legends, entering a step (4), and if the data in the framed civil air defense structure detailed drawing needing to be processed is identified to be wrong, returning the VISUAL LISP program to the step (2);
(4) and (3) data storage: carrying out error processing on the length of the doorframe wall line segment by a VISUAL LISP program, and storing the obtained doorframe wall length parameter as output data;
(5) and (3) data output: repeating the processes (2) to (4) on all data in the anti-human junction structural detail diagram to obtain all door frame wall length parameters, and then clicking the position where the parameter table is to be drawn according to a mouse, so that all door frame wall length parameters which are arranged according to the rule can be output at the corresponding position.
Further, the standardization processing includes unifying line types and legends of all data in the civil air defense structure detailed diagram, and labeling the layer, text content and parameters of the attribute block where each data is located.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents and improvements made within the spirit and principle of the present invention are intended to be included within the scope of the present invention.
Claims (1)
1. A method for intelligently generating length parameters of door frame walls in civil air defense structure detailed diagrams in batches is characterized by comprising the following steps:
(1) preparing a drawing: standardizing a civil air defense structure detail drawing of the door frame wall length parameter to be generated in AutoCAD software, wherein the standardized processing comprises unifying line types and legends of all data in the civil air defense structure detail drawing, and marking the layer where each data is located, text content and parameters of attribute blocks;
(2) and (3) data framing: programming is carried out through a VISUAL LISP program embedded in AutoCAD software, and data in a civil air defense structure detailed diagram to be processed are framed;
(3) data identification: identifying data in the framed civil air defense structure detailed drawing needing to be processed through a VISUAL LISP program, if the data in the framed civil air defense structure detailed drawing needing to be processed is identified to be correct, finding attribute blocks containing text content, namely corresponding leading-out labels, finding out associated legends through the leading-out labels, searching door frame wall line segments corresponding to the legends from the legends to two sides, determining the positive direction of the legends according to drawing rules of the civil air defense drawing, respectively obtaining the door frame wall line segment lengths on the two sides of the positive direction of the legends, entering a step (4), and if the data in the framed civil air defense structure detailed drawing needing to be processed is identified to be wrong, returning the VISUAL LISP program to the step (2);
(4) and (3) data storage: carrying out error processing on the length of the doorframe wall line segment by a VISUAL LISP program, and storing the obtained doorframe wall length parameter as output data;
(5) and (3) data output: repeating the processes (2) to (4) on all data in the anti-human junction structural detail diagram to obtain all door frame wall length parameters, and then clicking the position where the parameter table is to be drawn according to a mouse, so that all door frame wall length parameters which are arranged according to the rule can be output at the corresponding position.
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| CN111737787B (en) * | 2019-03-25 | 2024-01-26 | 上海嘉实（集团）有限公司 | Calculation method, calculation system, storage medium and electronic equipment for bent materials |
| CN111597604A (en) * | 2020-03-27 | 2020-08-28 | 广联达科技股份有限公司 | Civil air defense door frame wall processing method and device, storage medium and electronic equipment |
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