CN110580267A - engineering information display control method for urban engineering management - Google Patents
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Abstract
The invention relates to the technical field of engineering project visualization, in particular to an engineering information display control method for urban engineering management, which comprises the following steps: acquiring an urban engineering map containing engineering projects and urban engineering data containing engineering project data; dividing the urban engineering map into a plurality of engineering maps displaying scale levels, then dividing the urban engineering data into a plurality of levels of engineering data respectively corresponding to the plurality of engineering maps displaying scale levels, and finally establishing display association between the engineering maps and the engineering data with the same level; and when displaying the engineering map with a certain display scale level, correspondingly loading and displaying the engineering data which is associated with the display of the engineering map. The display control method can establish display association between the multi-level engineering data and the multi-level engineering map, so that the engineering data is more favorable for viewing, and the display effect of the engineering map and the engineering data is assisted to be improved.
Description
Technical Field
The invention relates to the technical field of engineering project visualization, in particular to an engineering information display control method for urban engineering management.
Background
With the increasing of national economy, city construction is rapidly advanced, and the method is particularly important for displaying and managing city engineering projects. The traditional engineering project display and management method has the characteristics of information lag, low informatization degree and the like, and restricts the development of the engineering progress management level. And the engineering projects have a lot of technologies, but most of the technologies are based on two-dimensional plane drawings, and the complex construction drawings given by the technologies are difficult to understand for general personnel, so that the understanding of a decision layer and a management layer on the engineering projects is not intuitive.
To solve the above problems, chinese patent publication No. CN106023301A discloses a building information display system, which includes: the system comprises an import module, a data processing module and a data processing module, wherein the import module is used for acquiring a two-dimensional plane graph of a building, and simulating the two-dimensional plane graph through a three-dimensional modeling tool to acquire modeling basic data of the building; the modeling module is used for carrying out virtual modeling on the building according to the modeling basic data to obtain a virtual model of the building; and the display module is used for associating the basic modeling data with the virtual model to obtain a three-dimensional virtual model of the building and performing three-dimensional display on the building information of the building according to the three-dimensional virtual model.
The building information display system of the existing scheme is equivalent to an urban engineering project management platform, and associates engineering data (basic modeling data) with an engineering map (virtual model), so that the engineering map (including each engineering project in the engineering map) and the engineering data can be displayed simultaneously, and engineering related information can be displayed more visually. However, in the conventional scheme, the display method of the engineering data is a simple arrangement or a simple list, because the displayed object is only a building, and the engineering data of the building is not much and has no hierarchy (the engineering data has only one hierarchy for the building). For the city map, the city map at least comprises a global map (displaying the whole city), a regional map (displaying a certain region of the city), a street map (displaying a certain street of a specific region of the city), an engineering project (displaying a certain specific engineering project) and other engineering maps with a plurality of display scale levels, so that the engineering data of the city map also has corresponding multi-level levels, and if the engineering data is simply listed or arranged, no logical association exists between the engineering map and the engineering data, which is not beneficial to viewing by a user, and thus the display effect of the engineering data is not good.
Disclosure of Invention
Aiming at the defects of the prior art, the technical problems to be solved by the invention are as follows: how to provide an engineering information display control method capable of establishing display association between multi-level engineering data and multi-level engineering maps enables the engineering data to be more favorable for viewing, and therefore the display effect of the engineering maps and the engineering data is assisted to be improved.
in order to solve the technical problems, the invention adopts the following technical scheme:
The project information display control method for urban project management comprises the following steps:
acquiring an urban engineering map containing engineering projects and urban engineering data containing engineering project data;
Dividing the urban engineering map into a plurality of engineering maps displaying scale levels, then dividing the urban engineering data into a plurality of levels of engineering data respectively corresponding to the plurality of engineering maps displaying scale levels, and finally establishing display association between the engineering maps and the engineering data with the same level;
And when displaying the engineering map with a certain display scale level, correspondingly loading and displaying the engineering data which is associated with the display of the engineering map.
In the scheme, firstly, an urban engineering map and urban engineering data are obtained, then the urban engineering map is graded according to a display scale, then the urban engineering data is graded according to the grading logic of the engineering map, and display association between the engineering map and the engineering data is established; and finally, the engineering data which are associated with the display can be correspondingly displayed on the engineering map when the engineering map is displayed, so that the engineering map and the engineering data of the same grade can be simultaneously displayed, a user can more favorably and visually check the engineering map and the engineering data, and the display effect can be improved. Therefore, the display control method in the scheme can establish display association between the multi-level engineering data and the multi-level engineering map, so that the engineering data is more favorable for viewing, and the display effect of the engineering map and the engineering data is assisted to be improved.
preferably, the engineering maps with a plurality of display scale levels are engineering maps which divide the urban engineering map into a plurality of corresponding display scale levels according to the scale of the plurality of levels.
therefore, the engineering map is graded through the scales of different grades, so that the engineering map has a display logic from large to small (or from small to large), namely, a user can select the engineering map of different grades according to the viewing requirement, and the display effect of the engineering map can be improved.
Preferably, the plurality of engineering maps displaying scale levels includes:
the system comprises a first-level engineering map, a second-level engineering map and a third-level engineering map, wherein the first-level engineering map is a city global map of a city, and display information of the city global map comprises engineering construction areas built or constructed in the city;
the second-level engineering map is a regional local map of a single engineering construction region, and the display information of the regional local map comprises engineering construction streets built or under construction in the engineering construction region;
The three-level engineering map is a street local map of a single engineering construction street, and display information of the street local map comprises engineering projects in construction completion or construction in the engineering construction street;
The four-level engineering map is a three-dimensional panoramic map of a single engineering project, and the display information of the three-dimensional panoramic map comprises the engineering project and the surrounding environment thereof.
In the scheme, the primary engineering map can display the city overall situation; the secondary engineering map can display the specific area of the city; the third-level engineering map can display specific streets of specific areas of a city; the four-level engineering map can display specific engineering projects of a city. Therefore, the engineering maps of multiple levels can meet different display requirements of users, the users can check the engineering projects of the city from the whole to the local dead angles, and the engineering data are classified on the basis of the display information of the engineering maps, so that the display effect of the engineering data can be improved.
Preferably, the engineering maps of the plurality of display scale levels each include display information for displaying an engineering project; and then dividing the urban engineering data into a plurality of levels of engineering data respectively corresponding to the engineering maps with the plurality of display scale levels according to the display information of the engineering maps with the plurality of display scale levels.
therefore, the engineering data are classified through the display information of the engineering map, so that the engineering data can be logically associated with the display information of the engineering map, a user can check the engineering map and the engineering data more conveniently, and the display effect of the engineering map and the engineering data can be improved.
Preferably, the multi-level engineering data includes:
The first-level engineering data comprise the total engineering quantity, the finished engineering quantity and the unfinished engineering quantity of the city, the area name of each engineering construction area and the corresponding engineering project quantity;
The second-level engineering data comprise street names and corresponding engineering quantities of all engineering construction streets in the engineering construction area, and the finished engineering quantities and unfinished engineering quantities of all the engineering construction streets;
And the third-level engineering data comprises the engineering name, the construction progress, the surrounding environment and the engineering property of each engineering project in the engineering construction street.
the four-level engineering data comprise the engineering name, the construction time, the construction scale, the occupied area and introduction information of the engineering project.
In the scheme, the primary engineering data is the overall view data of the city, so that a user can master the overall engineering project condition of the city at the fastest speed; the secondary engineering data is data of specific areas of the city, so that a user can further check the engineering project condition of each area; the third-level engineering data is data specific to a certain street, so that a user can check the distribution condition of the engineering project; the four-level engineering data are specific data of the engineering project, so that a user can study details of the key engineering project. Like this, the engineering data of many grades in this scheme can have logical demonstration for the user can look over different engineering data as required, is favorable to promoting the display effect to the engineering data.
Preferably, the engineering data includes text data and diagram data.
Therefore, the engineering data can be better displayed in the form of characters and icons, and the display effect of the engineering data can be improved.
Preferably, when the engineering map and the engineering data are displayed, the text data and the chart data of the engineering data are respectively displayed on different sides of the engineering map.
Therefore, the characters and the diagrams of the engineering data are separately displayed on different sides of the engineering map, so that the engineering data and the engineering map are displayed more logically, a user can select the characters or the diagrams to view the characters or the diagrams more conveniently, and the display effect of the engineering data can be improved.
preferably, the engineering information display control method for urban engineering management further includes the following steps:
when the engineering project searching information is acquired, the engineering map corresponding to the display scale grade is loaded and displayed according to the engineering project searching information, and then engineering data associated with the engineering map in display is loaded and displayed.
like this, the user can be through the mode of searching, seeks and show the engineering project that needs to look over fast (the engineering project is attached to and is shown on the engineering map), and is showing can show simultaneously rather than possessing the engineering data that show the relevance during the engineering project for the user can combine engineering data to carry out more comprehensive looking over when looking over the engineering project in the search, thereby can promote the display effect of engineering project (engineering map).
preferably, the engineering information display control method for urban engineering management further includes the following steps:
When the project data search information is acquired, project data of corresponding levels are loaded and displayed according to the project data search information, and then a project map which is associated with the project data in a display mode is loaded and displayed.
Therefore, the user can quickly search and display the engineering data to be checked in a searching mode, and can simultaneously display the engineering map associated with the engineering data in a displaying mode, so that the user can check the engineering data more comprehensively by combining the engineering map when searching and checking the engineering data, and the display effect of the engineering data can be improved.
drawings
For purposes of promoting a better understanding of the objects, aspects and advantages of the invention, reference will now be made in detail to the present invention as illustrated in the accompanying drawings, in which:
FIG. 1 is a logic block diagram of a project information display control method for urban project management according to an embodiment;
fig. 2 is a logic block diagram of a project information display control method for urban project management in the second embodiment.
Detailed Description
the following is further detailed by the specific embodiments:
The first embodiment is as follows:
The embodiment discloses an engineering information display control method for urban engineering management.
As shown in fig. 1: the project information display control method for urban project management comprises the following steps:
Acquiring an urban engineering map containing engineering projects and urban engineering data containing engineering project data;
Dividing the urban engineering map into a plurality of engineering maps displaying scale levels, then dividing the urban engineering data into a plurality of levels of engineering data respectively corresponding to the plurality of engineering maps displaying scale levels, and finally establishing display association between the engineering maps and the engineering data with the same level;
And when displaying the engineering map with a certain display scale level, correspondingly loading and displaying the engineering data which is associated with the display of the engineering map.
In a specific implementation process, the engineering maps with the multiple display scale levels divide the urban engineering map into the engineering maps with the corresponding multiple display scale levels according to preset scale scales with the multiple levels; and the engineering maps displaying the scale levels all comprise display information for displaying engineering projects.
In this embodiment, the engineering maps displaying the scale levels include:
The first-level engineering map is a city global map of a city, and display information of the city global map comprises engineering construction areas built in or under construction of the city. Example (c): taking the Chongqing city as an example, the first-level engineering map is an urban global map (the scale is 1: 500000) of the Chongqing city, and the urban global map can display engineering construction areas in construction completion or construction of the Chongqing city, such as a Yubei area (a jurisdiction area of the Chongqing city), a Jiangbei area (a jurisdiction area of the Chongqing city) and a southern shore area (a jurisdiction area of the Chongqing city).
The second-level engineering map is a regional local map of a single engineering construction region, and the display information of the regional local map comprises engineering construction streets which are constructed or are constructed in the engineering construction region. Example (c): taking the Chongqing city as an example, the secondary engineering map is a local map (scale is 1: 100000) of a specific area (Yubei district) of the Chongqing city, and the local map can display engineering construction streets built or under construction in the Yubei district, such as California road streets, Wuli shop streets and laterite streets in the Yubei district.
The three-level engineering map is a street local map of a single engineering construction street, and the display information of the street local map comprises engineering projects which are built or are under construction in the engineering construction street. Example (c): taking Chongqing city as an example, the three-level map is a street local map (scale is 1: 50000) of a specific street (California road street) in a specific area of Chongqing city, and the street local map can display engineering projects in the construction completion or construction of the California road street, such as a wealth center and a new light place of the California road street.
The four-level engineering map is a three-dimensional panoramic map of a single engineering project, and the display information of the three-dimensional panoramic map comprises the engineering project and the surrounding environment thereof. Example (c): taking Chongqing city as an example, the four-level map is a three-dimensional panoramic map of a specific engineering project (wealth center) in Chongqing city, and the three-dimensional panoramic map can display the wealth center and the surrounding environment of the wealth center. The three-dimensional panoramic map is established through Revit or CATIA software.
in a specific implementation process, the engineering data of multiple levels refers to the engineering data of multiple levels corresponding to the engineering maps of multiple display scale levels respectively obtained by dividing the urban engineering data according to the display information of the engineering maps of multiple display scale levels.
In this embodiment, the engineering data of multiple levels includes:
The first-level engineering data comprise the total engineering quantity of the city, the finished engineering quantity and the unfinished engineering quantity, and the area name and the corresponding engineering project quantity of each engineering construction area. Example (c): taking the Chongqing city as an example, the first-level engineering data comprises the total engineering quantity, the finished engineering quantity and the unfinished engineering quantity of the Chongqing city, and the area names and the corresponding engineering project quantities of all the engineering construction areas. For example: total engineering quantity: 520, the number of the channels is 520; number of completed projects: 300, respectively; number of unfinished projects: 220, 220; yubei district: 50 engineering projects; in the north of the river: 25 engineering projects; and (3) southern shore area: 7 engineering projects.
And secondary engineering data, wherein the secondary engineering data comprises the street names and the corresponding engineering quantities of all engineering construction streets in the engineering construction area, and the finished engineering quantities and the unfinished engineering quantities of all the engineering construction streets. Example (c): taking Chongqing city as an example, the secondary engineering data includes the street names and the corresponding engineering quantities of all engineering construction streets in a specific area (Yubei district) of Chongqing city, and the finished engineering quantities and the unfinished engineering quantities of all the engineering construction streets. For example: street name: california street, 10 project projects, 5 completed, 5 not completed; street name: five-mile street, 15 engineering projects, 8 completed, 7 not completed.
And the third-level engineering data comprises the engineering name, the construction progress, the surrounding environment and the engineering property of each engineering project in the engineering construction street. Example (c): taking Chongqing city as an example, the third-level engineering data includes the engineering name, construction progress, surrounding environment and engineering property of each engineering project in a specific street (California road street) in a specific area of Chongqing city. For example: california street: the project name is as follows: the California road pedestrian overpass is constructed in the following steps: completed, ambient environment: located beside the new light sky and place, the engineering property is as follows: a public building; the project name is as follows: wealth center, construction progress: completed, ambient environment: located beside subway No. 3 line light rail, engineering property is as follows: office buildings.
The four-level engineering data comprise the engineering name, the construction time, the construction scale, the occupied area and introduction information of the engineering project. Example (c): taking Chongqing city as an example, the four-level engineering data includes the engineering name, construction time, construction scale, floor area and introduction information of a specific engineering project (California road pedestrian overpass) in Chongqing city. For example: the project name is as follows: the California road pedestrian overpass is constructed in the following time: 1 month in 2019, construction scale: large-scale building, area: 200 square meters, introduction information: located at the hub location of the California street.
In the specific implementation process, when the engineering map with a certain display scale grade is displayed, the engineering data associated with the display of the engineering map can be correspondingly loaded and displayed. Taking Chongqing city as an example, when displaying a first-level engineering map, the construction completion or the engineering construction area in construction in the Chongqing city can be displayed, and simultaneously, first-level engineering data can be loaded: total engineering quantity: 520, the number of the channels is 520; number of completed projects: 300, respectively; number of unfinished projects: 220, 220; yubei district: 50 engineering projects; in the north of the river: 25 engineering projects; and (3) southern shore area: 7 engineering projects.
in the specific implementation process, the engineering data comprises character data and diagram data; and when the engineering map and the engineering data are displayed, the text data and the chart data of the engineering data are respectively displayed on the left side and the right side of the engineering map.
example two:
Compared with the first embodiment, the present embodiment is different only in that the present embodiment further includes the following two steps.
As shown in fig. 2: the project information display control method for urban project management further comprises the following steps:
when the engineering project searching information is acquired, the engineering map corresponding to the display scale grade is loaded and displayed according to the engineering project searching information, and then engineering data associated with the engineering map in display is loaded and displayed.
When the project data search information is acquired, project data of corresponding levels are loaded and displayed according to the project data search information, and then a project map which is associated with the project data in a display mode is loaded and displayed.
in a specific implementation process, when the engineering project search information is acquired, the engineering map corresponding to the display scale grade is loaded and displayed according to the engineering project search information, and then the engineering data associated with the engineering map in display is loaded and displayed. For example: inputting project searching information: a bridge for pedestrian over California roads. Firstly, a four-level engineering map related to the Canon state road pedestrian overpass can be loaded, and the surrounding environments of the Canon state road pedestrian overpass and the Canon state road pedestrian overpass can be displayed; and simultaneously loading four-level engineering data about the pedestrian overpass with the state roads, wherein the four-level engineering data comprise construction time: 1 month in 2019, construction scale: large-scale building, area: 200 square meters, introduction information: located at the hub location of the California street.
In a specific implementation process, when the engineering project data search information is acquired, the engineering data of the corresponding grade is loaded and displayed according to the engineering project data search information, and then an engineering map which is associated with the engineering data in a display mode is loaded and displayed. For example: inputting project data search information: 2019. Firstly, all the engineering data with the '2019 year' is loaded, and then, the decibel engineering data are also loaded, and each engineering data has an associated engineering map displayed.
The foregoing is merely an example of the present invention, and common general knowledge in the field of known specific structures and characteristics is not described herein in any greater extent than that known in the art at the filing date or prior to the priority date of the application, so that those skilled in the art can now appreciate that all of the above-described techniques in this field and have the ability to apply routine experimentation before this date can be combined with one or more of the present teachings to complete and implement the present invention, and that certain typical known structures or known methods do not pose any impediments to the implementation of the present invention by those skilled in the art. It should be noted that, for those skilled in the art, without departing from the structure of the present invention, several changes and modifications can be made, which should also be regarded as the protection scope of the present invention, and these will not affect the effect of the implementation of the present invention and the practicability of the patent. The scope of the claims of the present application shall be determined by the contents of the claims, and the description of the embodiments and the like in the specification shall be used to explain the contents of the claims.
Claims (9)
1. The project information display control method for urban project management is characterized by comprising the following steps of:
acquiring an urban engineering map containing engineering projects and urban engineering data containing engineering project data;
Dividing the urban engineering map into a plurality of engineering maps displaying scale levels, then dividing the urban engineering data into a plurality of levels of engineering data respectively corresponding to the plurality of engineering maps displaying scale levels, and finally establishing display association between the engineering maps and the engineering data with the same level;
And when displaying the engineering map with a certain display scale level, correspondingly loading and displaying the engineering data which is associated with the display of the engineering map.
2. the project information display control method for urban project management according to claim 1, characterized in that: the engineering maps with a plurality of display scale levels are the engineering maps which divide the urban engineering map into a plurality of corresponding display scale levels according to the scale scales of the plurality of levels.
3. the project information display control method for urban project management according to claim 1, characterized in that: the plurality of engineering maps displaying scale levels comprises:
the system comprises a first-level engineering map, a second-level engineering map and a third-level engineering map, wherein the first-level engineering map is a city global map of a city, and display information of the city global map comprises engineering construction areas built or constructed in the city;
the second-level engineering map is a regional local map of a single engineering construction region, and the display information of the regional local map comprises engineering construction streets built or under construction in the engineering construction region;
the three-level engineering map is a street local map of a single engineering construction street, and display information of the street local map comprises engineering projects in construction completion or construction in the engineering construction street;
the four-level engineering map is a three-dimensional panoramic map of a single engineering project, and the display information of the three-dimensional panoramic map comprises the engineering project and the surrounding environment thereof.
4. the project information display control method for urban project management according to claim 1, characterized in that: the engineering maps with the plurality of display scale levels comprise display information for displaying engineering projects; and then dividing the urban engineering data into a plurality of levels of engineering data respectively corresponding to the engineering maps with the plurality of display scale levels according to the display information of the engineering maps with the plurality of display scale levels.
5. the project information display control method for urban project management according to claim 1, characterized in that: the multi-level engineering data comprises:
The first-level engineering data comprise the total engineering quantity, the finished engineering quantity and the unfinished engineering quantity of the city, the area name of each engineering construction area and the corresponding engineering project quantity;
The second-level engineering data comprise street names and corresponding engineering quantities of all engineering construction streets in the engineering construction area, and the finished engineering quantities and unfinished engineering quantities of all the engineering construction streets;
the three-level engineering data comprise the engineering names, the construction progress, the surrounding environment and the engineering properties of all engineering projects in the engineering construction street;
The four-level engineering data comprise the engineering name, the construction time, the construction scale, the occupied area and introduction information of the engineering project.
6. the project information display control method for urban project management according to claim 1, characterized in that: the engineering data includes text data and chart data.
7. The project information display control method for urban project management according to claim 6, characterized in that: and when the engineering map and the engineering data are displayed, the character data and the chart data of the engineering data are respectively displayed on different sides of the engineering map.
8. The project information display control method for urban project management according to claim 1, characterized by further comprising the steps of:
when the engineering project searching information is acquired, the engineering map corresponding to the display scale grade is loaded and displayed according to the engineering project searching information, and then engineering data associated with the engineering map in display is loaded and displayed.
9. the project information display control method for urban project management according to claim 1, characterized by further comprising the steps of:
When the project data search information is acquired, project data of corresponding levels are loaded and displayed according to the project data search information, and then a project map which is associated with the project data in a display mode is loaded and displayed.
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| 丁磊: "电力工程建设安全管理业务移动应用研究", 《中国优秀硕士学位论文全文数据库 工程科技II辑》 * |
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