CN103984755A - Multidimensional model based oil and gas resource data key system implementation method and system - Google Patents

Abstract

The invention discloses a method and system for realizing an overview system of oil and gas resource data based on a multi-dimensional model. The system cleans, converts and integrates source data of oil and gas resources based on an ETL framework by sorting, clearing, categorizing and systematizing , and then loaded into the data warehouse or bazaar to form a core database; and then by establishing a multi-dimensional data model, data processing efficiency is improved and data mining is performed; this method can flexibly combine different latitudes of data to realize oil price, production, reserves, Customized analysis of core data such as resource volume, import and export, and mining rights, supports integrated management and visual display of reports, charts, texts, and maps. The interface and functional modules of the system are based on configuration schemes, with flexible configuration, scalability, and ease of use. It enriches the display form of data and improves the retrieval efficiency.

Description

Implementation method and system of oil and gas resource data overview system based on multi-dimensional model

technical field

The invention belongs to the technical field of databases, data warehouses and computer graphics, and relates to a method for realizing an oil and gas resource data overview system based on a multidimensional model and an oil and gas resource data overview system.

Background technique

Oil and gas resources are important energy minerals and strategic resources. The strategic investigation and evaluation, planning, management, protection and rational utilization of oil and gas resources all involve the collection, processing, management and decision-making of massive data. It is urgent to use modern information technology to realize the digitization, networking, visualization and intelligence of the collection, transmission, storage, processing and service of oil and gas resource information.

Oil and gas data is famous for its massiveness, including both spatial location data and entity attribute data. How to use the huge data stored in the database to mine deeper information to assist decision-making, and to visualize oil and gas information elements with richer visualization means Improving the efficiency of oil and gas element retrieval is a major issue at present. The existing method of using database technology to retrieve information has low retrieval efficiency and a single form of display data.

Contents of the invention

In order to solve the problem of low efficiency in the management, retrieval and presentation of oil and gas resources data in the prior art, the present invention provides a method and system for realizing an overview system of oil and gas resources data based on a multi-dimensional model. Sort, clean, classify and systematize, and extract the data from distributed heterogeneous data sources to the temporary middle layer based on the ETL (data extraction, transformation, loading) architecture for cleaning, transformation and integration, and then load it into the data warehouse or In the data mart, a core business database is formed; a multi-dimensional data model is established to process the huge data stored in the database to mine deeper information; the system breaks through the existing form and menu query framework, and uses human Information favorite, according to user needs, through artificial dynamic configuration to generate oil and gas resource data display interface and functional modules, to achieve richer visualization means to represent oil and gas information elements, as well as customized analysis of oil and gas resource data, to improve the search efficiency of oil and gas elements efficiency.

The multi-dimensional model or multi-dimensional data model in the present invention is to organize data in the form of data cubes according to measurement, dimension, hierarchical structure and multi-dimensional data sets, and organize data around a theme. The theme is represented by a fact table. Indicates that facts are measured numerically. The present invention adopts object-oriented database design, through data warehouse technology and software integration method, realizes the establishment of core database, the establishment of multi-dimensional data model, the production of data reports and the customized analysis and visual display of oil and gas resource data, so as to carry out oil and gas resource data Efficient retrieval, rich display and in-depth analysis of oil and gas resource data.

Technical scheme of the present invention is:

The implementation method of the oil and gas resource data overview system based on the multi-dimensional model. This method forms the core database of oil and gas resources after processing the source data of oil and gas resources, and conducts customized analysis, retrieval and visual display of the core business data by establishing a multi-dimensional data model. , including the following steps:

S1: Form the core database of oil and gas resources by processing the source data of oil and gas resources;

S2: Convert the core database into a data warehouse, and form a thematic dimension database of oil and gas resources by establishing a multidimensional data model; the thematic dimension database includes a multidimensional data set composed of a fact table and a dimension table;

S3: Through the database report service SSRS (SQL Server Reporting Services), the cube in the thematic dimension database is processed to generate various forms of reports to form a report database;

S4: Generate a report template by extracting the information in the report database, and form an XML file of report template element configuration information;

S5: configure the interface form and function menu module of the client through the parameter configuration mode, and generate the client configuration information XML file;

S6: Optimize the report template element configuration information XML file and the client configuration information XML file, and extract the functions that the user can access according to the user's authority, thereby realizing the query and retrieval of oil and gas resource data, custom analysis, or visualization A variety of report forms to display.

In the implementation method of the above-mentioned multi-dimensional model-based oil and gas resource data overview system, the processing of source data of oil and gas resources in step S1 specifically includes the following process:

S11: Synthesize, summarize and abstract user needs, establish and optimize oil and gas resource data models through object-oriented database design;

S12: Arranging, clearing, classifying and systematizing the source data of oil and gas resources;

S13: Perform data extraction, integration and transformation on the data sorted in step S12 through ETL tools to form a core database of oil and gas resources.

The multi-dimensional data model in step S2 of the above-mentioned oil and gas resource data summary system implementation method based on the multi-dimensional model is to organize the data in the form of data cubes, around the theme of the data, and organize the data according to the measurement, dimension and hierarchical structure to form multi-dimensional data Set; the subject of the data is represented by the fact table, the fact is measured by the value, and the relationship between the fact and the dimension in the cube is represented by the star schema.

Further, step S3 is to generate various forms of reports by combining the dimensions and facts of the multidimensional datasets in the thematic dimension database according to business requirements, and upload the formed report database to the server; the reports are charts, tables and maps. one or more.

The content of the report template element configuration information XML file in step S4 includes at least the basic structure information of the report template, report parameter information, report object information, report symbol information and report color information; the basic structure of the report template includes header, footer, body and There are four data areas; report parameters include time parameters, resource types and report types; report objects include text boxes, lines, rectangles and images.

In step S5, the interface form of the client is divided into three levels: topics, modules and services, each topic includes multiple modules, and each module includes multiple services; the function menu module of the client includes a tool bar and a navigation bar.

Further, in step S6, the user obtains the authority of the user role after passing the role-based authority verification, extracts the system functions that the user can access through the client configuration information XML file, and displays them on the main interface. Including tool bar, navigation bar and data chart display area, so as to realize the user's query and retrieval of oil and gas resource data, customized analysis or display in the form of various visual reports.

Oil and gas resource data overview system based on multi-dimensional model, its basic data support includes core database, template library, configuration database and user attribute database, the system includes data management module, system configuration module, authority management module, analysis and display module and reports The output module, among which: the data management module is used to update the dimension data, so as to achieve the purpose of updating the report data source; the system configuration module is used for the system administrator to configure the system interface and function modules, and the configuration result file is used as an analysis display The basis of the module; the authority management module is used to realize the administrator's authority distribution and unified management of ordinary users of the system, so that after ordinary users log in to the system, they can read different configuration result files according to their authority, and analyze and display special reports with authority; analysis and display The module is used for customized analysis and visual display of core business data; the report output module is used for project report generation, data table export and data chart export.

The beneficial effects of the present invention are:

The realization method and system of the oil and gas resource data overview system based on the multi-dimensional model provided by the present invention, through the extraction, conversion and loading of massive data of oil and gas resources, the data warehouse technology and database report service are applied to the processing of massive data, which improves the For data processing efficiency, dig deeper information. This method can flexibly combine different latitudes of data, realize customized analysis of core data such as oil price, production, reserves, resources, import and export, mining rights, etc., and support reports and charts The integrated management and visual display of , text, and maps make management and viewing intuitive, simple, and easy; the interface and functional modules of the system are based on configuration schemes, and have the characteristics of flexible configuration, scalability, and ease of use, which enrich the display of data form, which improves retrieval efficiency.

Description of drawings

Fig. 1 is a flowchart of an implementation method of an oil and gas resource data overview system based on a multi-dimensional model according to an embodiment of the present invention.

FIG. 2 is a schematic diagram of the relationship between facts and dimensions contained in the daily oil price dimensional model generated in the embodiment of the present invention.

Fig. 3 is a structural diagram of an overview system of oil and gas resource data based on a multi-dimensional model according to an embodiment of the present invention.

Fig. 4 is a screenshot of the main interface of the oil and gas resource data overview system based on the multi-dimensional model according to the embodiment of the present invention.

Fig. 5 is a screenshot of the report display output of the oil and gas resource data overview system based on the multi-dimensional model according to the embodiment of the present invention.

Detailed ways

The present invention will be described in further detail below in conjunction with the accompanying drawings and specific embodiments, but the scope of the present invention will not be limited in any way.

A specific embodiment of the present invention uses c# to develop and build an oil and gas resource data overview system based on a multi-dimensional model, through which the six major oil and gas resources, reserves, production, exploration and development, oil and gas trade, and mining rights across the country are realized. Thematic data can be customized and analyzed, and the system can support the integrated display of reports, charts, texts, and maps.

Fig. 1 is a flowchart of an implementation method of an oil and gas resource data overview system based on a multi-dimensional model according to an embodiment of the present invention. The realization method of the oil and gas resources data overview system based on the multi-dimensional model includes the following steps:

S1: Establish core databases, including oil and gas professional databases and attribute databases;

S2: Convert the core database into a data warehouse, establish a multi-dimensional data model, and save it in the oil and gas dimension database;

S3: Process the multi-dimensional data model through the database report service SSRS (SQL Server Reporting Services), extract the dimension tables and fact tables in the model, make different reports (charts, tables, maps) according to business needs, and upload the reports to report server database;

S4: Extract the parameters, types, required content and other information of report making, establish a report model, and generate an XML file of report template element configuration information;

S5: Configure the front-end interface form and function modules of the client through the parameter configuration method, and save the configuration results in the XML file;

S6: Optimize the report template element configuration information XML file, the client front-end interface form and the configuration result information XML file of the function module. After the user passes the role-based authority verification, log in to the system, and the system can access according to the current user Which functions are authorized to extract specific functions and display them in the main interface to display oil and gas resource data in a rich and visual form. At the same time, users can adjust the report according to their own needs and realize the customization of the report through the report template.

In the above-mentioned oil and gas resource data overview system based on the multi-dimensional model, further, the core database established in step S1 specifically includes the following steps:

S11: According to business requirements, establish a core database:

First understand and analyze user needs, synthesize, summarize and abstract user needs to form a conceptual model independent of the specific DBMS; convert the conceptual structure into a data model supported by a certain DBMS, and optimize it; for the logic The data model selects a physical structure (including storage structure and storage method) that is most suitable for the application environment; uses the database language (SQL) provided by the DBMS to establish a database according to the results of logical design and physical design, compiles and debugs application programs, and organizes data into library.

S12: Organize, clean up, classify and systematize the collected oil and gas professional data;

S13: Integrating and transforming the sorted data, the process includes data extraction, data conversion, data cleaning, data loading, building a data warehouse model, loading data into the overall data warehouse, and then the overall data warehouse uses data copying and publishing Tools, copy and publish data to departmental data warehouses according to requirements;

S14: In the data set, extract fact data and dimension data according to business requirements, establish dimension tables and fact tables, construct a star schema through the dimension table and fact table, and use the star schema to save the relationship between measurements and dimensions in the data set;

The establishment of a multidimensional data model in step S2 involves creating a multidimensional data set structure, establishing and deploying a multidimensional data set, and unifying the dimensional model.

In this embodiment, a multi-dimensional model is constructed to simplify the system's ability to process data and customize analysis capabilities through the multi-dimensional model, specifically including the following steps:

S21: The first step in building an analysis application is to create a new Analysis Services project in Business Intelligence Development Studio. After creating an empty project, a "data source" should be created and connected to the source database;

S22: Define data views, use data views to combine tables and fields from various data sources, filter out unnecessary data items in the database, give tables and fields some user-friendly names and descriptions, and Virtual addition to table and field structures;

S23: Then create a new cube through the content of the data view, and define the required AnalysisServices database, dimension, measure, hierarchy, attribute and cube in sequence;

S24: Preview and test the cube and dimension, select "Deploy" through the menu of Business Intelligence Development Studio, build and deploy the project on the specified target server.

In this embodiment, the important facts of the data in the core database include entities such as resources, reserves, production, exploration and development, oil and gas trade, and mineral rights, which form a larger granularity dimension based on oil and gas fields, resource types, and time dimensions, respectively. Basin , provinces and companies, and store fact data and dimension data in the dimension database according to themes. For example, Figure 2 is the daily oil price dimensional model generated in this embodiment. The daily oil price dimensional model is constructed according to the daily oil price core library. The daily oil price dimensional model includes a fact and two dimensions, and one fact is each Regional oil prices, the two dimensions are date and oil price evaluation region.

Process the multidimensional data model through the database report service SSRS (SQL Server Reporting Services), combine different dimensions and facts, make various special reports (charts, tables, maps) according to business needs, and upload the special reports to the report server database.

In step S3, the multi-dimensional data model is processed through the database report service SSRS (SQL Server Reporting Services), the dimension table and the fact table in the multi-dimensional model are extracted, and different reports (charts, tables, maps) are produced according to business requirements, and the The report is uploaded to the report server database, specifically including the following steps:

S31: Enter the report development environment through SQL Server Business Intelligence Development Studio, create a new project, and save the project in a folder under the custom directory path;

S32: To develop a report, firstly establish the connection information required to read the report data, that is, set the shared data source, set the data source name, select the connection type, specify the connection server location, verification mode and database;

S33: Set up a shared data set, select a specific data source, create a new data set, the content of the data set includes dimension tables and fact tables required for business reports, and select related dimensions and measurement fields.

S34: Under the specific data source and data set, set report parameters according to business requirements, make reports (charts, tables, maps) that meet the requirements, and export reports in different formats (Word, PDF, etc.) as required.

Step S4 generates a report template element configuration information XML file by establishing a report model, which is convenient for quickly updating reports and customizing new reports after data transformation, specifically including the following steps:

S41: To build a report model, first establish a structure including the relationship between data table entities, general data fields, summary data fields and data table entities, then import the data source first, and then add a data source view, which is the data source view The relay data collection can be regarded as a virtual data warehouse to maintain the data structure and field logic of all data tables.

S42: Set the basic structure of the report template, including four main areas such as header, footer, body, and data, select report objects, including text boxes, lines, rectangles, and images, and set shared data sources and shared data sets.

S43: Determine and extract report parameters according to the dimensional model data. Report parameters include time parameters, resource types, report types, etc., extract report symbol library and color library, and finally generate report template element configuration information XML files.

Step S5 manually configures the presentation form of the oil and gas resource data report through the client of the present invention, and configures the main interface function menu of the client to display the topics and modules of the oil and gas resource data, specifically including the following steps:

S51: According to the business requirements and data logic, develop the system configuration interface, configure the client function menu, including the configuration of the toolbar and navigation bar.

S52: The configuration interface is divided into topics, modules, and services according to the hierarchical logical structure. Manually add topics through the configuration interface, multiple modules under the topic, and multiple services under the module, and save the configuration information in the XML file.

Step S6 is to display oil and gas resource data in a rich form and to retrieve and customize analysis, specifically including the following steps:

S61: The present invention reads the report template element configuration information XML file, and the foreground displays the configuration result information XML file in logical form. After the user passes the role-based authority verification, he logs into the system, and the system can access which functions according to the authority of the current user. The specific functions are extracted through the configured result information XML file and displayed in the main interface.

S62: The user enters the main interface of the oil and gas resource data overview system by reading the XML file information of the system interface and functional modules. The main interface includes a tool bar, a navigation bar, and a data chart display area. Query and retrieval, customized analysis of oil and gas data, customization and output of data reports.

In a specific embodiment of the present invention, a multi-dimensional model-based oil and gas resource data overview system is constructed through the above method. Fig. 3 is a structure diagram of an overview system of oil and gas resource data based on a multi-dimensional model according to an embodiment of the present invention. The system uses a core business database, a configuration database, a user attribute database and a template database as data supports, and includes a data management module, a configuration management module, Authority management module, analysis display module and report output module, among which, data management module is used for data import and export, dimension data update and data retrieval; configuration management module is used for topic configuration, module configuration, content configuration, Upload and download of business configuration and configuration files; authority management module is used for user information management, user authority assignment and login log management; analysis and display module is used for customized analysis of different dimensions of data and visual display of core data; report output module Used for project report generation, data table export and data chart export. The data analyzed and displayed is not directly processed on the core business data stored in the database, but by extracting the dimension table and fact table in the core database to build a multi-dimensional data set to build a dimensional model, and to customize the dimensional model processing through the database report service to meet business needs The analysis and display module extracts data reports that meet the conditions through the XML file of the system configuration module, and achieves customized analysis and visual display of each topic data through parameter customization and independent selection of report internal parameters. The display results can be displayed through multiple There are two output methods to output reports and results.

The interface and function menu of the above system are based on a configurable scheme, which has the characteristics of flexible configuration, easy expansion, and easy use. The system interface includes the system data management interface, configuration management interface, user rights management interface and system main interface. Figure 4 shows the system Screenshot of the main interface, in which:

The data management interface is used for the system administrator to retrieve and view each topic data table, import and export data, and the administrator updates the topic data according to the data information that needs to be updated every day, so as to achieve the purpose of updating the report data source.

The system configuration management interface is configured by the system administrator to configure the function menu of the client, including the toolbar and the navigation bar. In this embodiment, the configuration interface is divided into topics, modules, content, and services according to the hierarchical logical structure, specifically the resources of oil and gas resources. Six thematic information on volume, reserves, production, exploration and development, oil and gas trade, and mineral rights, and module information, content information, and business information under each topic. Under the resource volume topic, configure three modules including national, provincial, and basin. The configuration under each module includes multiple content information and business information; the above configuration information is saved as an XML configuration file and saved to the configuration library.

The user authority management interface is used by the system administrator to manage the user information of the system in a unified manner. It can query and retrieve user detailed information according to the dimensions of user identity, department, and position, and assign authority to ordinary users. Different authority functions The XML files in the read configuration library are different, and different thematic data information can be viewed.

The main interface of the system is used to display the thematic data information that users have corresponding to the permissions they can view, so that users can view and retrieve thematic data, and customize and analyze data reports according to report templates, export report data and visualize them, etc.

Through the above-mentioned system, it is possible to carry out customized analysis on the data of the six major topics of oil and gas resources, reserves, production, exploration and development, oil and gas trade, and mineral rights in the country, and support the integrated display of reports, charts, texts, and maps. Figure 5 shows the present invention Embodiments The multi-dimensional model-based oil and gas resource data summary system report display output screenshots. The oil and gas resource data can be queried and retrieved, customized analysis and visualized according to the following steps:

Step 1: Prepare data, using various thematic databases of the oil and gas center and oil and gas dynamic information as the main data source;

Step 2: Standardize the data in the various special databases of oil and gas resources, design the core business database of oil and gas resources, develop the ETL system, realize data extraction, data conversion, data loading and other processes, and use database SQL statements to extract important factual data including resource volume and reserves , production, exploration and development, oil and gas trade, mining rights, etc., constitute a larger granularity dimension based on oil and gas fields, resource types, and time dimensions, which are basins, provinces, and companies.

Step 3: By establishing a multi-dimensional model, combining different dimensions to customize special reports and report templates that meet business needs, and upload the reports to the server.

In the fourth step, the system administrator logs in to the system and enters the data management configuration interface, where the thematic data can be updated, so as to achieve the purpose of updating the report data source.

Step 5: The administrator logs in to the system to enter the system configuration interface, and configures 6 thematic information of resources, reserves, production, exploration and development, oil and gas trade, and mineral rights, as well as module information, content and business report information under each topic, such as adding For the topic of reserves, add four modules of national, provincial, basin, and oil companies under this topic, and add content information and business report information under each module. Reserves, oil and gas reserves of all provinces and regions in the country, and oil and gas reserves of various oil companies in the country, add business report information under each content, such as adding national basin reserves in previous years (charts) and national basin reserves in previous years under the content of national oil and gas reserves in previous years (Form) Two customized report information, and finally save the XML configuration file to the configuration library.

Step 6: The administrator logs in to the system and enters the user rights management interface to manage the user information of the system in a unified manner. User information can be added, modified, and deleted, and user detailed information can be queried and retrieved according to user identity, department, job title, etc. Assign rights to ordinary users, manage and modify ordinary user rights through user view and topic view, and determine the topic information that each user can view.

Step 7: A common user logs in to the system, the system will read the XML file stored in the configuration library according to the user's authority, filter out the thematic data information that can be seen, enter the system interface, and the system tool bar will display all The name of the topic that can be viewed. Ordinary users click on the topic they want to view, and the corresponding module name under the topic will appear in the topic navigation module. In the topic navigation module, users may be able to view the year, resource type (oil, natural gas), and information. Types (charts, tables, maps) can be independently selected to customize parameters to view specific information. The system saves the last customized parameters when the user logs out of the system. When the user logs in to the system again, the parameters are initialized to the parameters customized for the last login. Users can double-click the topic navigation The module name of the module. According to the logical relationship and the corresponding information in the XML file, the system reads the corresponding special business report and displays it in the data report display module. In this module, the business report information under different contents can be switched, through the internal parameters of the report It can display the oil situation of a certain company over the years. The displayed forms include bar charts, pie charts, tables, maps, etc. At the same time, different forms can be switched for viewing. For example, the customized analysis and display of the oil and gas production of the basin in the basin module under the production topic over the years, through the customized analysis of internal parameters, the top 10 oilfields with natural gas production in the Tarim Basin in 2010 are displayed in the form of a column chart. Users can modify the data reports according to the report templates in the template library, and customize reports that meet their own requirements. The results of customized analysis and display can be output in various formats. The output results can generate project reports, and the data tables can be exported. Map information export.

Applying the above method and the constructed system to the national or global oil and gas resource data customized analysis and visual display according to the topic, which improves the efficiency of data retrieval, enriches the visualization form of data, enhances the management and visualization effect of oil and gas elements, and improves the oil and gas industry. the quality of the service.

Claims (10)

1. the hydrocarbon resources data guide network system realization based on various dimensions model, described method is by processing rear formation hydrocarbon resources core database to the source data of hydrocarbon resources, and by setting up various dimensions data model, core data is carried out to custom analysis, query and search and visual presentation, it is characterized in that, comprise the steps:

S1: process by the source data to hydrocarbon resources, form the core business database of hydrocarbon resources;

S2: transfer core database to data warehouse, by setting up various dimensions data model, form the thematic dimension data storehouse of hydrocarbon resources, described thematic dimension data storehouse comprises the cube being comprised of fact table and dimension table;

S3: by Database Report service, the cube in thematic dimension data storehouse is processed, generated the form of various ways, form report database;

S4: by extracting the Information generation report form template in report database, generating report forms template key element configuration information XML file;

S5: configure interface form and the function menu module of client by parameter configuration mode, generate client configuration information XML file;

S6: report form template key element configuration information XML file and client configuration information XML file are carried out to optimal treatment, according to user right, extract the function that this user can access, realize thus the query and search of hydrocarbon resources data, custom analysis or show with visual multiple report form.

2. the hydrocarbon resources data guide network system realization based on various dimensions model as claimed in claim 1, is characterized in that, step S1 processes and specifically comprises following process the source data of hydrocarbon resources:

S11: to user's request carry out comprehensively, conclusion and abstract, by Design of Object-oriented Database method, set up hydrocarbon resources data model, and it be optimized;

S12: the source data to hydrocarbon resources arranges, clears up, classification and systematization;

S13: will be in step S12 reduced data, by data extract-change-loading ETL instrument carries out data extraction and integrates conversion, forms the core database of hydrocarbon resources.

3. the hydrocarbon resources data guide network system realization based on various dimensions model as claimed in claim 1, it is characterized in that, various dimensions data model in step S2 is the form with data cube by data, around the theme of data, according to tolerance, dimension and hierarchical structure, come organising data to form cube; The theme of data represents with fact table, truely with numerical value, measures, and by star schema, represents the fact that multidimensional data is concentrated and the relation of dimension.

4. the hydrocarbon resources data guide network system realization based on various dimensions model as claimed in claim 1, it is characterized in that, step S3 is according to business demand, by dimension and the fact of cube in thematic dimension data storehouse are combined, the form that generates various ways, the report database of formation is uploaded onto the server.

5. the hydrocarbon resources data guide network system realization based on various dimensions model as claimed in claim 4, is characterized in that, described form is one or more in chart, form and map.

6. the hydrocarbon resources data guide network system realization based on various dimensions model as claimed in claim 1, it is characterized in that, the content of the report form template key element configuration information XML file in step S4 at least comprises report form template basic structure information, report parameter information, REPORT-OBJECT information, form symbolic information and form colouring information.

7. the hydrocarbon resources data guide network system realization based on various dimensions model as claimed in claim 6, is characterized in that, described report form template basic structure comprises header, footer, main body and four regions of data; Report parameter comprises time parameter, resource type and report form type; REPORT-OBJECT comprises text box, lines, rectangle and image.

8. the hydrocarbon resources data guide network system realization based on various dimensions model as claimed in claim 1, it is characterized in that, in step S5, the interface form of client is divided into special topic, module and three levels of business, and each special topic comprises a plurality of modules, and each module comprises a plurality of business; The function menu module of client comprises toolbar and navigation bar.

9. the hydrocarbon resources data guide network system realization based on various dimensions model as claimed in claim 1, it is characterized in that, step S6 specifically user obtains the authority of user role after by the Authority Verification based on role, by client configuration information XML file, extract the systemic-function that the corresponding authority of this user can be accessed, make it to be presented in main interface, main interface comprises tool bar, navigation bar and data drawing list show area.

10. the hydrocarbon resources data guide system based on various dimensions model, it is characterized in that, its basic data supports and comprises core database, template base, configuration database and user attribute database, described system comprises data management module, system configuration module, authority management module, analysis display module and report output module, wherein:

Data management module is used for realizing the renewal to dimension data, thereby reaches the object that report data source is upgraded;

System configuration module is for the configuration of system manager to system interface and functional module, and its configuration result file is as the basis of analyzing display module;

Authority management module, for realizing keeper to the right assignment of system domestic consumer and unified management, after making domestic consumer's login system, reads different configuration result files according to authority, analyzes and shows the thematic form with authority;

Analyzing display module is used for the custom analysis of core business data and visual presentation;

Report output module is used for carrying out project report generation, data form is derived and data drawing list is derived.