CN112307081A - Project budget cost management system, method, electronic device and readable storage medium - Google Patents
Project budget cost management system, method, electronic device and readable storage medium Download PDFInfo
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Abstract
The present application relates to the field of cost budget management systems, and in particular, to a project budget cost management system, method, electronic device, and readable storage medium, including: the data recording module is used for storing historical project data responsible by each responsible person and mapping and storing information of the responsible person and the corresponding historical project data; the matching condition acquisition module receives current project data; the data mapping management module is used for storing the mapping relation between the historical project data and each item of data in the current project data in a preset mapping management table; the data matching module is used for matching the current item data with the historical item data according to the mapping management table and calculating the matching degree of the current item data and the historical item data; and the responsible person distribution module is used for acquiring historical project data with the highest matching degree with the current project data, acquiring responsible person information according to the mapping relation between the historical project data and the responsible person information, and assigning the responsible person to the current project. The application has the effect of scientifically selecting the responsible person.
Description
Technical Field
The present application relates to the field of cost budget management systems, and in particular, to a project budget cost management system, a project budget cost management method, an electronic device, and a readable storage medium.
Background
The work flow of the construction engineering enterprise in actual operation comprises the following steps: and (3) for the early development of the project, if the development is successful, the project contract is signed with the first party, the second party budgets the cost according to the signed project contract, then material purchasing is carried out according to the pre-cost, a purchasing contract is signed, a manual provider for construction is selected, a manual contract is signed with the manual provider for construction, and then construction is carried out. Each link in the workflow is related to finance, and financial management is also required. The existing project management system is mainly a project budget system, however, in practical application, many variation factors exist in project implementation, and the management process is also many.
The existing project budget system only has a project budget function, a project management process and a project budget process cannot be combined, the selection of a responsible person is very necessary in the project construction process, the project type, the building classification, the structure type, the building height and the like of each project construction are different, the selection of the responsible person is manual selection at present, whether the responsible person is matched with the project or not cannot be known during manual selection, and if the non-matched responsible person is selected, the construction quality of the project can be influenced.
Disclosure of Invention
To address the problem of scientifically selecting a responsible person, the present application provides project budget cost management systems, methods, electronic devices, and readable storage media.
In a first aspect, the project budget cost management system provided by the application adopts the following technical scheme:
a project budget cost management system, comprising: the data recording module is used for storing historical project data responsible by each responsible person and mapping and storing information of the responsible person and corresponding historical project data, wherein the historical project data comprises historical building area, historical building climate conditions, historical building geological conditions and historical building completion time; the matching condition acquisition module is used for receiving current project data, wherein the current project data comprises a current building area, a current building climate condition, a current building geological condition and a current building predicted construction period; the data mapping management module is used for storing the mapping relation between the historical project data and each item of data in the current project data in a preset mapping management table; the data matching module is used for matching the current item data with the historical item data according to the mapping management table and calculating the matching degree of the current item data and the historical item data according to a preset matching probability calculation mode; and the responsible person distribution module is used for acquiring historical project data with the highest matching degree with the current project data, acquiring responsible person information according to the mapping relation between the historical project data and the responsible person information, and assigning the responsible person to the current project.
By adopting the technical scheme, the data matching module calculates and obtains the matching degree with the current project data in the historical project data, the responsible person distribution module obtains the item with the highest matching degree, obtains the corresponding responsible person according to the mapping relation of the historical project data, assigns the responsible person as the responsible person of the current project, has scientific selection of the responsible person, and has higher engineering quality because the used responsible person has more experience than the responsible person and the responsible person, thereby having more experience on cost design.
Preferably, the data matching module comprises a weight dividing unit and a item-by-item comparing unit; the weight dividing unit is used for setting the weight occupied by each item of data in the current project data, setting the comparison priority of each item of data in the current project data according to the weight, and storing the comparison priority of each item of data in the current project data in a comparison priority sequence table; and the item-by-item comparison unit is used for matching the current item data and the historical item data item by item according to the comparison priority sequence list and the mapping management table, and calculating the matching degree of the current item data and the historical item data item according to a preset matching probability calculation mode.
By adopting the technical scheme, the matching degree is calculated according to the weight and the comparison priority, more construction requirements can be adapted, and the adaptability is better.
Preferably, the item-by-item comparison unit comprises a comparison subunit, a matching subunit and a calculation subunit; the comparison subunit is used for matching the current project data and the historical project data item by item according to the comparison priority sequence table and the mapping management table; the matching subunit is used for stopping the comparison operation between the data with the later comparison priority of the current item data and the currently compared historical item data if the matching degree between the data with the earlier comparison priority of the current item data and the corresponding historical item data in the mapping relation table is lower than a preset range; and the calculation subunit is used for matching the current item data with the historical item data item by item according to the comparison priority sequence list and the mapping management table.
By adopting the technical scheme, if the item data with the prior comparison priority is lower than the preset range after being matched, the historical item data can be judged not to meet the requirement of the current item, and the effect of reducing the calculation process and shortening the calculation time can be achieved by stopping the calculation.
Preferably, the system also comprises an adding and deleting management module; and the adding and deleting management module is used for receiving the adding and deleting instructions and adding and deleting data items in the current item data in the priority sequence list according to the adding and deleting instructions.
By adopting the technical scheme, managers can add, delete and compare data items in the priority sequence list through the addition and deletion management module, and can adapt to more project construction conditions.
In a second aspect, the project budget cost management method provided by the application adopts the following technical scheme:
a project budget cost management method, the method comprising: storing historical project data responsible by each responsible person, and mapping and storing information of the responsible person and corresponding historical project data, wherein the historical project data comprises historical building area, historical building climate condition, historical building geological condition and historical building completion time; receiving current project data, wherein the current project data comprises a current building area, a current building climate condition, a current building geological condition and a current building predicted construction period; storing the mapping relation between the historical project data and each item of data in the current project data in a preset mapping management table; matching the current project data with the historical project data according to the mapping management table, and calculating the matching degree of the current project data and the historical project data according to a preset matching probability calculation mode; and acquiring historical project data with the highest matching degree with the current project data, acquiring information of a responsible person according to the mapping relation between the historical project data and the information of the responsible person, and assigning the responsible person to the current project.
By adopting the technical scheme, the matching degree with the current project data in the historical project data is calculated and obtained, the highest project is obtained, the corresponding responsible person is obtained according to the mapping relation of the historical project data, the responsible person is assigned as the responsible person of the current project, the responsible person is scientifically selected, the screening experience is more consistent with that of the responsible person of the current project, and therefore the engineering quality is improved.
Preferably, the matching the current item data and the historical item data according to the mapping management table, and the calculating the matching degree of the current item data and the historical item data according to the preset matching probability calculation mode includes: setting the weight occupied by each item of data in the current project data, setting the comparison priority of each item of data in the current project data according to the weight, and storing the comparison priority of each item of data in the current project data in a comparison priority sequence table; and matching the current item data with the historical item data item by item according to the comparison priority sequence list and the mapping management table, and calculating the matching degree of the current item data and the historical item data item by a preset matching probability calculation mode.
By adopting the technical scheme, the matching degree is calculated according to the weight and the comparison priority, more construction requirements can be adapted, and the adaptability is better.
Preferably, the matching the current item data and the historical item data item by item according to the comparison priority sequence list and the mapping management table, and the calculating the matching degree of the current item data and the historical item data according to the preset matching probability calculation mode includes: matching the current project data and the historical project data item by item according to the comparison priority sequence list and the mapping management table; if the matching degree of one item of data with the prior comparison priority of the current item data and the corresponding historical item data in the mapping relation table is lower than a preset range, stopping the comparison operation of the data with the prior comparison priority of the current item data and the historical item data; and calculating the matching degree of the current project data and the historical project data according to a preset matching probability calculation mode.
By adopting the technical scheme, if the item data with the prior comparison priority is lower than the preset range after being matched, the historical item data can be judged not to meet the requirement of the current item, and the effect of reducing the calculation process and shortening the calculation time can be achieved by stopping the calculation.
Preferably, the method further comprises the following steps: and receiving an add-delete instruction, and adding and deleting data items in the current item data in the priority sequence list according to the add-delete instruction.
By adopting the technical scheme, managers can add and delete data items in the comparison priority sequence list by triggering the add and delete instruction, and can adapt to more project construction conditions.
In a third aspect, an electronic device provided by the present application adopts the following technical solution:
an electronic device comprising a memory and a processor, the memory having stored thereon a computer program that can be loaded by the processor and executed according to any of the claims 5 to 8.
In a fourth aspect, the present application provides a computer-readable storage medium, which adopts the following technical solutions:
a computer-readable storage medium storing a computer program which can be loaded by a processor and which implements the measures of any of claims 5 to 8.
In summary, the present application includes at least one of the following beneficial technical effects:
calculating to obtain the highest matching degree with the current project data in the historical project data, obtaining a corresponding responsible person according to the mapping relation of the historical project data, assigning the responsible person as the responsible person of the current project, having scientific selection responsible person, and screening the responsible person with experience more conforming to the current project, thereby improving the engineering construction quality;
if the item data with the prior comparison priority is lower than the preset range after being matched, the historical item data can be judged to be not in accordance with the requirement of the current item, and the effect of reducing the calculation process and shortening the calculation time can be achieved by stopping the calculation;
the manager can increase and delete the data items in the comparison priority sequence list by triggering the increase and deletion instruction, and can adapt to more project construction conditions.
Drawings
FIG. 1 is a block diagram of a project budget cost management system according to an embodiment of the present application;
FIG. 2 is a block diagram of a data matching module of a project budget cost management system according to another embodiment of the present application;
FIG. 3 is a block diagram of an item-by-item comparison unit of a project budget cost management system according to another embodiment of the present application;
FIG. 4 is a block flow diagram of a project budget cost management system according to an embodiment of the present application.
Detailed Description
In order to make the objects, technical solutions and advantages of the present application more apparent, the present application is further described in detail below with reference to fig. 1-4 and the embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the present application and are not intended to limit the present application.
The embodiment of the application discloses a project budget cost management system. Referring to fig. 1, a project budget cost management system includes:
and the data recording module is used for storing historical project data responsible by each responsible person and mapping and storing information of the responsible person and corresponding historical project data, wherein the historical project data comprises historical building area, historical building climate conditions, historical building geological conditions and historical building completion time.
Specifically, in this embodiment, the system is provided in a computer, and when one project is constructed, the system stores the information of the relevant historical project data of the project in a memory of the computer, and establishes a mapping relationship between a person in charge and the historical project data, where the historical project data of the same project includes historical building area, historical building climate condition, historical building geological condition, and historical building completion time, and the historical project data of the same project are associated with each other, specifically, when one of the historical project data is clicked, the historical project data of the associated project is automatically displayed, and the historical building area is the total building area of the project; the historical building climate conditions are the weather of the project during the construction period, namely the climate conditions of the project from the beginning construction period to the end period, and the weather conditions are recorded no matter whether the project is constructed or not, wherein the historical building climate conditions comprise climate types, temperature and humidity, and the climate types can be the climate types existing in the project construction local places such as sunny days, rainy days, snowy days and the like; the historical building geological condition is the soil geological condition of the construction land; the historical building completion time is the number of days from the beginning to the completion of the project, and in order to accurately calculate the number of construction days, the working days of a responsible person after the beginning of the project are all recorded in the system, so that the influence of weather conditions on the actual construction time of the project is eliminated.
The matching condition acquisition module is used for receiving current project data, and the current project data comprises a current building area, a current building climate condition, a current building geological condition and a current building predicted construction period.
Specifically, each item of current project data is associated with each other, and when any item in the current project data is clicked, other associated item data is automatically popped up. The current building area is the predicted construction area of the current building; the current weather condition is obtained according to historical weather statistics of a construction local area and current weather forecast in the expected construction days; the current building geological condition is the soil geological condition of the current building construction land; the current construction forecast period is the number of construction days required for the forecast current project from the beginning of construction to the completion of construction.
And the data mapping management module is used for storing the mapping relation between the historical project data and each item of data in the current project data in a preset mapping management table.
The method comprises the steps of storing a mapping management table in a memory in advance, wherein each historical project data has a corresponding identification mark, each current project data also has a corresponding identification mark, the identification mark of the current building area maps the identification mark of the historical building area, the identification mark of the current building climate condition maps the identification mark of the historical climate condition, the identification mark of the current building geological condition maps the identification mark of the historical building geological condition, the identification mark of the current building predicted construction period maps the identification mark of the historical building completion time, and recording a mapping relation with the mapping management table.
And the data matching module is used for matching the current item data with the historical item data according to the mapping management table and calculating the matching degree of the current item data and the historical item data according to a preset matching probability calculation mode.
Specifically, the preset matching probability is calculated as follows: the matching mode is that the current project data and the historical project data of the same group are matched according to the mapping relation of the mapping management table; when the current building area is matched with the historical building area, every 100 square meters is used as a gradient, each gradient corresponds to one minute, the initial score of the building area matching is 100 minutes, the difference between the historical building area and the current building area is calculated to include a plurality of gradients, the final score is the building area matching degree, and if the gradient is not enough, the final building area matching degree score is calculated according to the five input of the construction house, for example, if the current building area is 10000 square meters, and the matched historical building area is 12049 square meters: (12049 + 10000)/100 =20.49, the four schooling five is 20, the rounding is only calculated by dividing the value by the gradient value and then one digit after the numeric decimal point, then the building area score is 100-20=80, the gradient contained in the difference value of the current building area and the historical building area is more than 100, and then the building area matching degree score is 0; calculating the matching degree of the current building climate condition and the historical building climate condition, specifically, acquiring the same climate type of the historical building climate condition with the temperature fluctuation range within 5 ℃ and the humidity fluctuation within 10% and the current building climate condition, calculating the proportion of the days of the same climate type in the estimated construction period of the current building, and multiplying the proportion by 100 to obtain a numerical value as the score of the matching degree of the climate condition; if the current building geological condition is the same as the historical building geological condition, the geological condition matching degree score is 100 points, and if the current building geological condition is different from the historical building geological condition, the geological condition matching degree score is 0 point; comparing the current building predicted construction period with the historical building completion construction period, taking 15 days as a gradient, and calculating the difference between the current building predicted construction period and the historical building completion construction period, wherein the historical building completion construction period is 105 days, the current building predicted construction period is 75 days, and the calculation method is as follows: (105-75)/15 =2, the construction period matching degree score is 98 points.
The matching degree = building area matching degree score + geological condition matching degree + construction period matching degree.
And the responsible person distribution module is used for acquiring historical project data with the highest matching degree with the current project data, acquiring responsible person information according to the mapping relation between the historical project data and the responsible person information, and assigning the responsible person to the current project.
After the matching degree is obtained through calculation, historical project data with the highest matching degree score are obtained through comparison, information of a responsible person is obtained through a mapping relation, and the responsible person is automatically dispatched as the responsible person of the current project.
Further, referring to fig. 2, in another embodiment, the data matching module includes a weight dividing unit and a term-by-term comparing unit:
the weight dividing unit is used for setting the weight occupied by each item of data in the current project data, setting the comparison priority of each item of data in the current project data according to the weight, and storing the comparison priority of each item of data in the current project data in a comparison priority sequence table.
Specifically, the weight is represented by an initial score of the matching degree score of each item data and the size of a gradient in the matching degree of the item data needing to use the gradient, the larger the weight is, the higher the initial score is, if there is a gradient, the smaller the gradient is, for example, if the importance of the building area in the current item is relatively large, the score of the current building area when the matching degree is calculated with the historical building area can be properly increased to 200 points and 300 points, the corresponding gradient is reduced to 10 square meters according to the actual situation, the influence of the difference value between the building areas on the matching degree score of the building areas can be improved by reducing the gradient, and the initial score is improved, the proportion of the building area matching degree score in the matching degree can be increased, the larger the weight is, the larger the comparison priority of the data items in the current item data is, and the comparison priorities of the weights with the same weight are the same.
In order to adapt to special conditions, when the matching degree of the current project data and each historical project data is obtained through calculation, the matching degree is displayed on a display interface in a descending order, the matching degree, the corresponding historical project condition and the information of the responsible person are displayed on the display interface in an associated mode, and the responsible person of the current project can be selected by a manager according to the special conditions.
And the item-by-item comparison unit is used for matching the current item data and the historical item data item by item according to the comparison priority sequence list and the mapping management table, and calculating the matching degree of the current item data and the historical item data item according to a preset matching probability calculation mode.
Specifically, when the comparison priority of the current building area condition is the highest, the comparison priority of the current building climate condition is the second, and the comparison priority of the current building geological condition and the current building predicted construction period is the third, the matching calculation is performed on the current building area condition and the historical building area condition, then the matching calculation is performed on the current building climate condition and the historical building climate condition, finally the matching calculation is performed on the current building geological condition and the historical building geological condition, the matching calculation is performed on the current building predicted construction period and the historical building completed construction period, and then the matching degree is calculated.
Further, referring to fig. 3, in another embodiment, the item-by-item comparison unit includes a comparison subunit, a matching subunit, and a calculation subunit.
And the comparison subunit is used for matching the current item data with the historical item data item by item according to the comparison priority sequence list and the mapping management table.
And the matching subunit is used for stopping the comparison operation between the data with the later comparison priority of the current item data and the currently compared historical item data if the matching degree between the data with the earlier comparison priority of the current item data and the corresponding historical item data in the mapping relation table is lower than a preset range.
Specifically, the distance is obtained by taking the highest comparison priority of the current building area condition, if the building area matching degree score is smaller than a preset range, for example, the building area matching degree score is 50 points, and the preset range is 60 to 100 points, the comparison of the historical project data and the project data with the later comparison priority of the current project data is stopped, and the condition that the responsible person associated with the historical project data does not meet the condition is judged, and the judgment method is applied to the condition that the influence of a certain project data on the construction of the current project is large.
And the calculation subunit is used for matching the current item data with the historical item data item by item according to the comparison priority sequence list and the mapping management table.
Further, in another embodiment, the method further includes an add/delete management module:
and the adding and deleting management module is used for receiving the adding and deleting instructions and adding and deleting data items in the current item data in the priority sequence list according to the adding and deleting instructions.
Specifically, in some cases, the weights in all directions in the current item data need to be modified, but the modification of a certain weight is not required to be taken as a comparison priority, and under the condition that the matching degree score of a certain item of data does not need to be compared with a preset range, a manager triggers a preset add-delete instruction to delete a corresponding data item in the current item data in the comparison priority sequence list, and the comparison priority of the data item of the current item data not in the comparison priority sequence list is the same and is the same as the comparison priority of the data item with the lowest comparison priority in the comparison priority sequence list. Taking the weight of the current building area condition > the weight of the current building climate condition > the weight of the current building geological condition > the weight of the current building predicted construction period as an example, the manager triggers an add-delete instruction, deletes the current building area condition and the current building predicted construction period from the comparison priority sequence table, and then the comparison priority sequence when the matching degree calculation is performed is that the current building climate condition > the current building geological condition = the current building predicted construction period = the current building area condition.
Referring to fig. 4, the present embodiment further discloses a project budget cost management method, including the following steps:
s1: and storing historical project data responsible for each responsible person, and mapping and storing information of the responsible person and corresponding historical project data, wherein the historical project data comprises historical building area, historical building climate conditions, historical building geological conditions and historical building completion time.
S2: current project data is received, the current project data including a current building area, a current building climate condition, a current building geological condition, and a current building projected duration.
S3: and storing the mapping relation between the historical project data and each item of data in the current project data in a preset mapping management table.
S4: and matching the current item data with the historical item data according to the mapping management table, and calculating the matching degree of the current item data and the historical item data according to a preset matching probability calculation mode.
S5: and acquiring historical project data with the highest matching degree with the current project data, acquiring information of a responsible person according to the mapping relation between the historical project data and the information of the responsible person, and assigning the responsible person to the current project.
Further, in another embodiment, S4 includes the following sub-steps:
s41: setting the weight occupied by each item of data in the current project data, setting the comparison priority of each item of data in the current project data according to the weight, and storing the comparison priority of each item of data in the current project data in a comparison priority sequence table.
S42: and matching the current item data with the historical item data item by item according to the comparison priority sequence list and the mapping management table, and calculating the matching degree of the current item data and the historical item data item by a preset matching probability calculation mode.
Further, in another embodiment, S42 includes the following sub-steps:
s421: and matching the current item data with the historical item data item by item according to the comparison priority sequence list and the mapping management table.
S422: and if the matching degree of the data with the prior comparison priority of the current item data and the corresponding historical item data in the mapping relation table is lower than a preset range, stopping the comparison operation of the data with the prior comparison priority of the current item data and the currently compared historical item data.
S423: and calculating the matching degree of the current project data and the historical project data according to a preset matching probability calculation mode.
Further, step S6 is also included.
S6: and receiving an add-delete instruction, and adding and deleting data items in the current item data in the priority sequence list according to the add-delete instruction.
The application also discloses an electronic device, which comprises a memory and a processor, wherein the memory is stored with a computer program which can be loaded by the processor and can execute the project budget cost management method.
The application also discloses a computer readable storage medium, which stores a computer program capable of being loaded by a processor and executing the project budget cost management method.
It will be understood by those skilled in the art that all or part of the processes of the methods of the embodiments described above can be implemented by hardware related to instructions of a computer program, which can be stored in a non-volatile computer-readable storage medium, and when executed, the computer program can include the processes of the embodiments of the methods described above. Any reference to memory, storage, database, or other medium used in the embodiments provided herein may include non-volatile and/or volatile memory, among others. Non-volatile memory can include read-only memory (ROM), Programmable ROM (PROM), Electrically Programmable ROM (EPROM), Electrically Erasable Programmable ROM (EEPROM), or flash memory. Volatile memory can include Random Access Memory (RAM) or external cache memory. By way of illustration and not limitation, RAM is available in a variety of forms such as Static RAM (SRAM), Dynamic RAM (DRAM), Synchronous DRAM (SDRAM), Double Data Rate SDRAM (DDRSDRAM), Enhanced SDRAM (ESDRAM), Synchronous Link DRAM (SLDRAM), Rambus Direct RAM (RDRAM), direct bus dynamic RAM (DRDRAM), and memory bus dynamic RAM (RDRAM).
It will be apparent to those skilled in the art that, for convenience and brevity of description, only the above-mentioned division of the functional units and modules is illustrated, and in practical applications, the above-mentioned function distribution may be performed by different functional units and modules according to needs, that is, the internal structure of the apparatus is divided into different functional units or modules, so as to perform all or part of the functions described above.
Claims (10)
1. A project budget cost management system, comprising:
the data recording module is used for storing historical project data responsible by each responsible person and mapping and storing information of the responsible person and corresponding historical project data, wherein the historical project data comprises historical building area, historical building climate conditions, historical building geological conditions and historical building completion time;
the matching condition acquisition module is used for receiving current project data, wherein the current project data comprises a current building area, a current building climate condition, a current building geological condition and a current building predicted construction period;
the data mapping management module is used for storing the mapping relation between the historical project data and each item of data in the current project data in a preset mapping management table;
the data matching module is used for matching the current item data with the historical item data according to the mapping management table and calculating the matching degree of the current item data and the historical item data according to a preset matching probability calculation mode;
and the responsible person distribution module is used for acquiring historical project data with the highest matching degree with the current project data, acquiring responsible person information according to the mapping relation between the historical project data and the responsible person information, and assigning the responsible person to the current project.
2. The project budget cost management system according to claim 1, wherein the data matching module comprises a weight dividing unit and an item-by-item comparing unit;
the weight dividing unit is used for setting the weight occupied by each item of data in the current project data, setting the comparison priority of each item of data in the current project data according to the weight, and storing the comparison priority of each item of data in the current project data in a comparison priority sequence table;
and the item-by-item comparison unit is used for matching the current item data and the historical item data item by item according to the comparison priority sequence list and the mapping management table, and calculating the matching degree of the current item data and the historical item data item according to a preset matching probability calculation mode.
3. The project budget cost management system according to claim 2, wherein the item-by-item comparison unit comprises a comparison subunit, a matching subunit and a calculation subunit;
the comparison subunit is used for matching the current project data and the historical project data item by item according to the comparison priority sequence table and the mapping management table;
the matching subunit is used for stopping the comparison operation between the data with the later comparison priority of the current item data and the currently compared historical item data if the matching degree between the data with the earlier comparison priority of the current item data and the corresponding historical item data in the mapping relation table is lower than a preset range;
and the calculation subunit is used for matching the current item data with the historical item data item by item according to the comparison priority sequence list and the mapping management table.
4. The project budget cost management system according to claim 3, further comprising an add-drop management module;
and the adding and deleting management module is used for receiving the adding and deleting instructions and adding and deleting data items in the current item data in the priority sequence list according to the adding and deleting instructions.
5. A project budget cost management method, the method comprising:
storing historical project data responsible by each responsible person, and mapping and storing information of the responsible person and corresponding historical project data, wherein the historical project data comprises historical building area, historical building climate condition, historical building geological condition and historical building completion time;
receiving current project data, wherein the current project data comprises a current building area, a current building climate condition, a current building geological condition and a current building predicted construction period;
storing the mapping relation between the historical project data and each item of data in the current project data in a preset mapping management table;
matching the current project data with the historical project data according to the mapping management table, and calculating the matching degree of the current project data and the historical project data according to a preset matching probability calculation mode;
and acquiring historical project data with the highest matching degree with the current project data, acquiring information of a responsible person according to the mapping relation between the historical project data and the information of the responsible person, and assigning the responsible person to the current project.
6. The project budget cost management method according to claim 5, wherein the matching of the current project data and the historical project data according to the mapping management table, and the calculating of the matching degree of the current project data and the historical project data according to the preset matching probability calculation mode comprises:
setting the weight occupied by each item of data in the current project data, setting the comparison priority of each item of data in the current project data according to the weight, and storing the comparison priority of each item of data in the current project data in a comparison priority sequence table;
and matching the current item data with the historical item data item by item according to the comparison priority sequence list and the mapping management table, and calculating the matching degree of the current item data and the historical item data item by a preset matching probability calculation mode.
7. The method for project budget cost management according to claim 6, wherein the matching of the current project data and the historical project data item by item according to the comparison priority sequence table and the mapping management table, and the calculating of the matching degree of the current project data and the historical project data according to the preset matching probability calculation mode comprises:
matching the current project data and the historical project data item by item according to the comparison priority sequence list and the mapping management table;
if the matching degree of one item of data with the prior comparison priority of the current item data and the corresponding historical item data in the mapping relation table is lower than a preset range, stopping the comparison operation of the data with the prior comparison priority of the current item data and the historical item data;
and calculating the matching degree of the current project data and the historical project data according to a preset matching probability calculation mode.
8. The project budget cost management method according to claim 7, further comprising:
and receiving an add-delete instruction, and adding and deleting data items in the current item data in the priority sequence list according to the add-delete instruction.
9. An electronic device, comprising a memory and a processor, the memory having stored thereon a computer program that can be loaded by the processor and executed according to any of the claims 5 to 8.
10. A computer-readable storage medium, in which a computer program is stored which can be loaded by a processor and which implements any of the measures as claimed in claims 5 to 8.
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