Resource allocation and mapping method for decoration major

Abstract

The invention discloses a decoration professional resource allocation and mapping method. The method comprises the following steps: step 1, creating a target project decoration model, writing a decoration method into a model room, adding model attributes and calculating a model amount; 2, system basic configuration: automatically collecting a target project room and a decoration practice table, importing a target project decoration model, a calculation amount file and a business list, and planning and configuring a project construction flow section, a construction sequence and team and group information; 3, calling the enterprise decoration database packaged by the system through the target project decoration practice, and calling resource data in the enterprise decoration database packaged by the system through the number, category, name and layering practice of the target project decoration practice to assemble a project decoration practice library, the method is based on a mapping linkage relationship between a decoration standard database and a standard decoration progress plan template. According to the method, decoration multi-dimensional data communication is realized, and the efficiency and quality of decoration project management are greatly improved.

Description

Technical Field

[0001] The present invention relates to the technical field of construction engineering data processing, and in particular to a resource configuration and mapping method for decoration and renovation profession. Background Art

[0002] In recent years, with the development and progress of the construction industry, as the enterprise's underlying database is an important basic data resource for construction companies, it plays a key role in improving construction efficiency and optimizing project management. Construction companies are paying more and more attention to the establishment and management of the enterprise's underlying database. However, the establishment and management of the standard process library of construction companies is currently facing diverse needs and challenges, especially the research results on decoration and renovation professional data are complex, and there are no relevant research results in the industry.

[0003] There are some discussions on resource allocation and mapping methods for other professions, such as BDIP and Glodon, but they are all applied to structural professions, which are relatively simple. Therefore, the present invention focuses on resource allocation and mapping methods for decoration and renovation professions.

[0004] The invention patent with application number CN202211349635.3 provides a method, system and storage medium for estimating the quantity of decoration and renovation works. The method for estimating the quantity of decoration and renovation works includes: obtaining past project data, classifying them according to the basic category information of the building, and establishing a building category feature database; sorting and analyzing the data of each type of project, statistically summarizing the quantity calculation formula and calculation parameters, and establishing a calculation parameter database; obtaining the basic category information of the project to be estimated, searching the building category feature database, determining the project type to obtain the corresponding calculation template; inputting relevant building information, searching the calculation parameter database through the calculation template, and obtaining the corresponding calculation formula and calculation parameter category; matching the building related information with the corresponding calculation formula and calculation parameter classification for engineering quantity calculation; summarizing the calculation results and outputting the bill of quantities. This invention mainly improves the speed and accuracy of estimating the quantity of decoration and renovation works, but has not yet achieved the digital transformation of project management. Summary of the invention

[0005] The purpose of the present invention is to provide a resource allocation and mapping method for decoration and renovation profession, which solves the problem of digital transformation of project management and improves construction efficiency.

[0006] To achieve the above object, the present invention adopts the following technical solutions: A resource configuration and mapping method for decoration and renovation profession, comprising the following steps: Step 1: Create the decoration model of the target project, write the decoration methods into the model room, add model attributes and calculate the model quantity; Step 2: Basic configuration of the system, automatically collect the target project room and decoration practice table, import the target project decoration model, quantity calculation file and business list, plan and configure the project construction flow section, construction sequence and team information; Step 3: Call the system-encapsulated enterprise decoration database through the decoration practice of the target project, call the resource data in the system-encapsulated enterprise decoration database through the number, category, name and hierarchical practice of the decoration practice of the target project to assemble into a project decoration practice library, and generate the initial project schedule based on the mapping linkage relationship between the decoration standard database and the standard decoration schedule template, combined with the basic configuration data of the system. The initial schedule does not include the engineering quantity, and the resource data includes construction process data, material data, labor data and mechanical data; Step 4: Configuration of the decoration model. The specialty, building, floor, flow section name, and labor team in the construction planning data are associated with the decoration model; the decoration practice library data of the target project and the decoration model are mapped through shared information to pass the human, material, and machine resource configuration information to the model; the mapping between the model and the initial plan passes the decoration model engineering quantity and resource configuration information, and the linkage information of the same decoration practice rooms to the initial progress plan through the planning data, name, and layered practice. The shared information includes coding; Step 5: Generate and optimize the project decoration schedule, wherein the project decoration schedule includes room linkage information including decoration workload, labor and mechanical resources, and similar decoration practices; Step 6: Link construction and management matters to the progress plan, provide real-time warnings, and output management data forms.

[0007] Preferably, the specific steps of step one are: A0, use the Swell plug-in to write the architectural practices of the CAD drawings / Excel decoration practice table into the functional room of the model; A1, add attributes to the written decoration model, the model attributes added include building number, building function setting and model component code; A2, the written data is mapped through the Swell quantity calculation plug-in to calculate the engineering quantity; A3, generate the quantity calculation model and quantity calculation file to be imported into the schedule generation system.

[0008] Preferably, the specific steps of step 2 are: B0, automatically collect the target project room and decoration practice table, import CAD drawings / Excel decoration practice table for automatic recognition; B1, import the decoration model and quantity calculation file of the target project; B2, when different decoration methods are used in the same room, further corrections can be made with the help of business list quantity, or the physical decoration model can be quickly created using the Swell decoration plug-in; B3, configure construction planning data information.

[0009] Preferably, the enterprise decoration database includes a professional standard database for decoration and renovation and a standard decoration schedule template; the professional standard database for decoration and renovation includes a building practice selection library, a material library, a standard process library and a mapping linkage relationship between the libraries. The main data of the building practice selection library include name, layered practices and materials. The mapping linkage relationship between the standard process library and the libraries is specifically that the name and layered practices of the building practice selection library are mapped to the standard process library, and then mapped to the standard decoration schedule template. The standard process library is the embodiment of the construction process of the building practice. The standard process library also includes resource and construction period allocation algorithms, labor quotas, types of work and machinery; the standard decoration schedule template is mapped with the enterprise standard database through the decoration name and decoration layered practices. The standard decoration schedule template also includes the logical relationship between the construction of each layered practice and whether there is a construction overlap or construction gap.

[0010] Preferably, in step three, the data information carried by the initial schedule includes construction planning data information, construction procedures, construction technology and logical relationships between procedures and technologies.

[0011] Preferably, in step four, the model configuration includes obtaining engineering quantity from the decoration model, model association, engineering quantity calculation, linkage of rooms with similar decoration practices, and application of engineering quantity to the plan; the association of the construction planning data with the decoration model specifically refers to the association of the profession, building, floor, flow section name, and labor team in the construction planning data with the decoration model; the mapping of the decoration practice library data of the target project with the model specifically refers to the mapping between the decoration practice library data of the target project and the model being realized through the data information carried by the shared decoration model, and after mapping, the decoration model receives differentiated data from the decoration practice library of the target project; the model engineering quantity and resource allocation information, and the linkage information of rooms with similar decoration practices are transmitted to the initial schedule specifically refers to the transmission of the decoration model engineering quantity and resource allocation information to the initial schedule under the dual drive of the association of the construction planning data with the decoration model and the mapping of the decoration practice library data of the target project with the model.

[0012] Preferably, the data information carried by the decoration model includes the room name, the number and category, name, layering method and engineering quantity of the decoration method.

[0013] Preferably, the specific steps of step five are: when the project plan is modified, optimization configuration is required to generate an optimized schedule, or schedule optimization configuration is performed based on fixed resource input and fixed construction period to generate an optimized schedule.

[0014] Preferably, the digital transformation of project management is achieved through step six, and the management data form includes labor resource curve, plan diagram, monthly plan, weekly plan, general material control and preparation, decoration and renovation plan preparation and decoration and renovation construction visualization briefing.

[0015] In the present invention, the multi-business data collaboration platform and the automatic progress plan preparation system (i.e., the system in this application) is to create a project progress plan automatic generation platform with BIM data as the carrier and decoration practices as the core driver, and finally realize the construction and management matters to be linked to the progress plan, real-time warning, output management data form, and realize the digital transformation of project management. Due to the multi-dimensional data connectivity of decoration and renovation, the efficiency and quality of decoration and renovation project management are greatly improved.

[0016] The improvement or transformation of digital management is mainly reflected in the digital integration of project data, the transformation of data from static (i.e. list data and model data) to dynamic (i.e. serving the project construction process management system), the mining of data value (i.e. engineering quantity data can be converted into human, material and machine data, and from engineering quantity into resources required for project construction, thus mining the value of data), and the data is automatically generated into the forms and documents required for project management through the processing and conversion of the enterprise decoration database, which intelligently outputs a large amount of repetitive and tedious work of traditional on-site managers, thereby improving management efficiency and reducing human errors.

[0017] This method does not need to create a physical decoration model. By writing the decoration method in the model room and adding model attributes, and then calculating the engineering quantity after mapping through the Swell quantity calculation plug-in, the decoration engineering quantity can be quickly created and generated, thereby realizing the application of engineering quantity data and engineering management. The value of engineering quantity data is divided into three levels. The first level is the data native value, which serves the application of project management personnel (that is, data directly obtained from engineering quantity, construction methods, progress, etc.); the second level is the data resource value, which uses data analysis results and early warnings to drive the project leadership team to make decisions on the project (that is, the demand for human resources and machines, which is the data processed after analysis of the above data); the third level is the data asset value, and the precipitated project big data supports the reference of similar projects in the future (that is, project construction quotas, including labor quotas, machinery quotas, the impact of construction areas, etc., and data that companies can refer to on other similar projects).

[0018] Because decoration and renovation involve numerous practices, numerous materials, complex processes, huge amounts of data and complex creation of mapping relationships between databases, we built an enterprise decoration database.

[0019] The innovation of this application is the automatic generation of project decoration schedule. The target project decoration practice table import platform is equivalent to automatically searching and finding the target project construction practices and material selection in the enterprise decoration database, and assembling them into a set of target project decoration practice libraries. At the same time, the preset standard process library and standard schedule template are called to assemble the target project initial schedule according to the construction content included in the target project. The model configuration also includes floors, construction scope, flow sections, construction sequence, labor team information configuration, project BIM model association, engineering quantity calculation and application of engineering quantities to the plan. This series of configurations perfectly connects the project-specific data with the standard data in the enterprise decoration database and the inherent linkage relationship between data, transmits data to each other, and synchronizes data, ultimately realizing the automatic generation of project decoration schedule (with decoration engineering quantities). BRIEF DESCRIPTION OF THE DRAWINGS

[0020] Figure 1 This is a schematic diagram of data flow in the present invention; Figure 2 Write a room diagram for the decoration method of the present invention Figure 1 ; Figure 3 Write a room diagram for the decoration method of the present invention Figure 2 ; Figure 4 Write a room diagram for the decoration method of the present invention Figure 3 ; Figure 5 Adding a hint to the decoration model attributes of the present invention Figure 1 ; Figure 6 Adding a hint to the decoration model attributes of the present invention Figure 2 ; Figure 7 Adding a schematic to the decoration model attributes of the present invention Figure 3 ; Figure 8 It is a schematic diagram of the mapping library between components and quantity calculation rules of the present invention; Fig. 9 This is a schematic diagram showing an example of the decoration method of the target project of the present invention; Fig.10 This is a schematic diagram of the enterprise decoration database of the present invention Figure 1 ; Fig.11 This is a schematic diagram of the enterprise decoration database of the present invention Figure 2 ; Fig.12 This is a schematic diagram of the enterprise standard process library of the present invention; Fig.13 This is a schematic diagram of the standard process library of the present invention; Fig.14 This is a schematic diagram of the mapping linkage between the building practice selection library and the material library of the present invention; Fig.15 It is a schematic diagram of resource configuration of the enterprise standard process library of the present invention; Fig.16 This is a schematic diagram of the configuration interface of the model of the present invention; Fig.17 It is a schematic diagram of the association of the model of the present invention; Fig.18 It is a schematic diagram of engineering quantity calculation of the present invention; DETAILED DESCRIPTION

[0021] The present invention will be further described below in conjunction with the accompanying drawings: like Figure 1 The resource configuration and mapping method of the decoration and renovation profession shown includes the following steps: Step 1: Create a professional Revit information model for the target project decoration, write the decoration methods into the model room, add model attributes and calculate the model quantity.

[0022] Specifically: A0, use the Swell plug-in to write the architectural practices of the CAD drawings / Excel decoration practice tables into the functional rooms of the model, without creating a physical decoration model, such as Figure 2 to Figure 4 shown.

[0023] A1, add attributes to the written decoration model, including building number, building function setting and model component code; model building number and floor height information are used for the basic configuration of the project overview of the schedule generation system, the building function is set to precipitate data of different types of projects, and the model component code is used for machine recognition mapping linkage. This attribute addition function has secondary developed a plug-in based on Revit, which encapsulates a series of enterprise standards such as model component coding, building function, building number setting, etc. Figure 5 to Figure 7 shown.

[0024] A2, the written data is mapped through the Swell quantity calculation plug-in to calculate the engineering quantity. The quantity calculation mapping is a component and quantity calculation rule mapping library built based on the engineering quantity list specification calculation rules. After mapping, the engineering quantity data can be located in the model for viewing. For example, the calculation of the wall will deduct the door and window openings, and the height of the wall exceeding the ceiling will be calculated according to the measurement rules. Figure 8 shown.

[0025] A3, generate the quantity calculation model and quantity calculation file to be imported into the schedule generation system. The number and category of the decoration method, the decoration name, and the decoration layering method are the link of the schedule generation system. They are not only mapped with the project schedule, but also mapped with the assembled project decoration method library. At the same time, other data (buildings, floors, engineering quantities, etc.) carried by the model are used by the schedule generation system.

[0026] Step 2: Basic configuration of the system, input the decoration practices of the target project, import the decoration model, quantity calculation files, business lists, etc. of the target project, plan and configure the project construction flow section, construction sequence, work team and other information.

[0027] Specifically: B0, automatically collect the target project room and decoration practice table, import CAD drawings / Excel decoration practice table to automatically identify, decoration practice table such as Fig. 9 shown.

[0028] B1, import the decoration model and quantity calculation file of the target project. Some data of the decoration model is used for the basic configuration of the project, such as the building name, floor, etc. to automatically identify the model data. The data information carried by the decoration model includes the room name, the number and category of the decoration method, the name, the layering method and the engineering quantity.

[0029] B2. When different decoration methods are used in the same room, such as a wall using multiple wall methods, it is difficult to split the engineering quantity data without establishing a physical model. This item will be further revised with the help of the business list quantity, and the business list decoration method quantity will be evenly distributed to the corresponding room according to the functional room area. When planning the project, it is ensured that there are no missing management items. If there are detailed requirements for the decoration project quantity, the Swell decoration plug-in can also be used to quickly create a physical decoration model.

[0030] B3, configure construction planning data information, including project construction scope, construction flow section, construction sequence, labor team, machinery and other construction deployment and construction process data information.

[0031] Step 3: Call the system-encapsulated enterprise decoration database through the decoration practice of the target project, call the resource data in the system-encapsulated enterprise decoration database through the number, category, name and hierarchical practice of the decoration practice of the target project to assemble into a project decoration practice library, and generate the initial project schedule based on the mapping linkage relationship between the decoration standard database and the standard decoration schedule template, combined with the basic configuration data of the system. The initial schedule does not include the engineering quantity, and the resource data includes construction process data, material data, labor data and mechanical data; The enterprise decoration database includes a professional standard database for decoration and renovation and a standard decoration schedule template; the professional standard database for decoration and renovation includes a building practice selection library, a material library, a standard process library and a mapping linkage relationship between the libraries; the building practice selection library and the material library are compiled into a database with reference to 19BJ1-1 "Engineering Practice: General Atlas of Building Structures", and the main data of the building practice selection library include name, layered practices and materials, where the materials are retrieved from the material library, and different materials will be assembled into different building practices; the mapping linkage relationship between the standard process library and the libraries is specifically the mapping of the name and layered practices of the building practice selection library with the standard process library, and then with the standard decoration schedule template; the standard process library is the embodiment of the construction process of the building practice, such as the construction of the floor, the cushion layer, the leveling layer, the waterproof layer, the bonding layer, and the surface layer in sequence, the standard process library also includes resource and construction period allocation algorithm, labor quota, type of work and machinery, such as Figure 10 to Figure 15 The standard decoration schedule template is mapped with the enterprise standard database through the decoration name and decoration layered practices. The standard decoration schedule template also includes the logical relationship between the construction of each layered practice and whether there are construction overlaps or construction gaps. The standard decoration schedule template can be regarded as an outline catalog of the standard process library. The construction process is equivalent to the decoration name, and the construction process is equivalent to the layered practice. Mapping is carried out through the semantics of the name and the layered practice.

[0032] The target project decoration practice calls the enterprise decoration database encapsulated by the system to carry data information including the number and category, name, layered practice of the decoration practice, and construction process technology, materials, labor and mechanical resource information.

[0033] Step 4: Configuration of the decoration model. The specialty, building, floor, flow section name, and labor team in the construction planning data are associated with the decoration model; the decoration practice library data of the target project and the decoration model are mapped through shared information to pass the human, material, and machine resource configuration information to the model; the mapping between the model and the initial plan passes the decoration model engineering quantity and resource configuration information, and the linkage information of the same decoration practice rooms to the initial progress plan through the planning data, name, and layered practice. The shared information includes coding; The data information carried by the initial schedule includes construction planning data, construction procedures (decoration names), construction techniques (layered practices) and the logical relationship between procedures and techniques; the initial schedule is also inseparable from the basic configuration of the system, such as floors, construction scope, flow sections, and construction sequence information, which are the basis and prerequisite for generating a schedule.

[0034] Model configuration is as follows Fig.16As shown, it includes obtaining engineering quantity from the decoration model, model association, engineering quantity calculation, room linkage of similar decoration practices, and application of engineering quantity to the plan; the construction planning data is specifically associated with the decoration model by associating the profession, building, floor, flow section name, and labor team in the construction planning data with the decoration model, so as to realize the planning data of target projects such as flow section division in the model space, such as Fig.17 As shown, clustering algorithms and statistical analysis methods are used to analyze the decoration characteristics of rooms with similar decoration methods, such as material usage and color matching, and the rooms with the same decoration methods under each flow section are linked and classified; the target project decoration method library data and model mapping are specifically achieved through the data information carried by the shared decoration model. The data information carried by the decoration model includes: room name, decoration method number and category, name, layered method, engineering quantity and other data. The mapping between the two is achieved through the shared information: decoration method number and category, name, layered method; after mapping, the decoration model receives differentiated data from the target project decoration method library, such as labor, machinery and other resource information, such as Fig.18 As shown; the model engineering quantity and resource allocation information, and the linkage information of rooms with similar decoration practices are transmitted to the initial schedule. Specifically, under the dual drive of the association of construction planning data with decoration model and the mapping of target project decoration practice library data with model, the decoration model engineering quantity and resource allocation information are transmitted to the initial schedule. The key to the transmission is to achieve data synchronization through automatic matching of construction planning data information and keywords of decoration number, name and layered practice. Some of the ones that fail to match automatically need to be manually set in the selection association.

[0035] Step 5: Generate and optimize the project decoration schedule, which includes room linkage information with decoration workload, labor and mechanical resources, and similar decoration practices.

[0036] Specifically: when the project plan is modified, it is necessary to optimize the configuration to generate an optimized schedule, or to optimize the configuration based on fixed resource input and fixed construction period to generate an optimized schedule.

[0037] Step 6: Link construction and management matters to the progress plan, provide real-time warnings, and output management data forms.

[0038] Specifically: the digital transformation of project management is realized through step six, and the management data form includes labor resource curve, plan diagram, monthly plan, weekly plan, general material control and preparation, decoration and renovation plan preparation and decoration and renovation construction visualization briefing.

[0039] The above embodiments are only some illustrations of the concept and implementation of the present invention, and are not intended to limit the same. Under the concept of the present invention, technical solutions that have not been substantially changed are still within the scope of protection.

Claims

1. A resource configuration and mapping method for decoration and renovation, characterized in that: The following steps are involved: Step 1: Create the decoration model of the target project, write the decoration methods into the model room, add model attributes and calculate the model quantity; Step 2: Basic configuration of the system, automatically collect the target project room and decoration practice table, import the target project decoration model, quantity calculation file and business list, plan and configure the project construction flow section, construction sequence and team information; Step 3: Call the system-encapsulated enterprise decoration database through the decoration practice of the target project, call the resource data in the system-encapsulated enterprise decoration database through the number, category, name and hierarchical practice of the decoration practice of the target project to assemble into a project decoration practice library, and generate the initial project schedule based on the mapping linkage relationship between the decoration standard database and the standard decoration schedule template, combined with the basic configuration data of the system. The initial schedule does not include the engineering quantity, and the resource data includes construction process data, material data, labor data and mechanical data; Step 4: Configuration of the decoration model. The specialty, building, floor, flow section name, and labor team in the construction planning data are associated with the decoration model; the decoration practice library data of the target project and the decoration model are mapped through shared information to pass the human, material, and machine resource configuration information to the model; the mapping between the model and the initial plan passes the decoration model engineering quantity and resource configuration information, and the linkage information of the same decoration practice rooms to the initial progress plan through the planning data, name, and layered practice. The shared information includes coding; Step 5: Generate and optimize the project decoration schedule, wherein the project decoration schedule includes room linkage information including decoration workload, labor and mechanical resources, and similar decoration practices; Step 6: Link construction and management matters to the progress plan, provide real-time warnings, and output management data forms.

2. The resource allocation and mapping method for decoration and renovation according to claim 1 is characterized in that: The specific steps of step one are: A0, use the Swell plug-in to write the architectural practices of the CAD drawings / Excel decoration practice table into the functional room of the model; A1, add attributes to the written decoration model, the model attributes added include building number, building function setting and model component code; A2, the written data is mapped through the Swell quantity calculation plug-in to calculate the engineering quantity; A3, generate the quantity calculation model and quantity calculation file to be imported into the schedule generation system.

3. The resource allocation and mapping method for decoration and renovation according to claim 1 is characterized in that: The specific steps of step 2 are: B0, automatically collect the target project room and decoration practice table, import CAD drawings / Excel decoration practice table for automatic recognition; B1, import the decoration model and quantity calculation file of the target project; B2, when different decoration methods are used in the same room, further corrections can be made with the help of business list quantity, or the physical decoration model can be quickly created using the Swell decoration plug-in; B3, configure construction planning data information.

4. The resource allocation and mapping method for decoration and renovation according to claim 1 is characterized by: The enterprise decoration database includes a professional standard database for decoration and renovation and a standard decoration schedule template; the professional standard database for decoration and renovation includes a building practice selection library, a material library, a standard process library and a mapping linkage relationship between the libraries. The main data of the building practice selection library include name, layered practices and materials. The mapping linkage relationship between the standard process library and the libraries is specifically that the name and layered practices of the building practice selection library are mapped with the standard process library, and then mapped with the standard decoration schedule template. The standard process library is the embodiment of the construction technology of the building practice. The standard process library also includes resource and construction period allocation algorithm, labor quota, type of work and machinery; the standard decoration schedule template is mapped with the enterprise standard database through the decoration name and decoration layered practices. The standard decoration schedule template also includes the logical relationship between the construction of each layered practice and whether there is a construction overlap or construction gap.

5. The resource allocation and mapping method for decoration and renovation according to claim 1 is characterized by: In step three, the data information carried by the initial progress plan includes construction planning data information, construction procedures, construction technology and logical relationships between procedures and technologies.

6. The resource allocation and mapping method for decoration and renovation according to claim 1 is characterized by: In the step four, the model configuration includes obtaining the engineering quantity from the decoration model, model association, engineering quantity calculation, linkage of rooms with similar decoration practices, and application of engineering quantity to the plan; the association of the construction planning data with the decoration model specifically refers to the association of the profession, building, floor, flow section name, and labor team in the construction planning data with the decoration model; the mapping of the decoration practice library data of the target project with the model specifically refers to the mapping between the decoration practice library data of the target project and the model being realized through the data information carried by the shared decoration model, and after mapping, the decoration model receives differentiated data from the decoration practice library of the target project; the model engineering quantity and resource allocation information, and the linkage information of rooms with similar decoration practices are transmitted to the initial schedule specifically refers to the transmission of the decoration model engineering quantity and resource allocation information to the initial schedule under the dual drive of the association of the construction planning data with the decoration model and the mapping of the decoration practice library data of the target project with the model.

7. The resource allocation and mapping method for decoration and renovation according to claim 6 is characterized in that: The data information carried by the decoration model includes the room name, the number and category, name, layering method and engineering quantity of the decoration method.

8. The resource allocation and mapping method for decoration and renovation according to claim 1 is characterized in that: The specific steps of step five are: when the project plan is modified, optimization configuration is required to generate an optimized schedule, or schedule optimization configuration is performed based on fixed resource input and fixed construction period to generate an optimized schedule.

9. The resource allocation and mapping method for decoration and renovation according to claim 1 is characterized by: The digital transformation of project management is achieved through step six, and the management data form includes labor resource curve, plan diagram, monthly plan, weekly plan, general material control and preparation, decoration and renovation plan preparation and decoration and renovation construction visualization briefing.

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