CN103049620B - Ship simulating system and ship simulating method used during shipbuilding - Google Patents
Ship simulating system and ship simulating method used during shipbuilding Download PDFInfo
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Abstract
The invention provides a ship simulating system and a ship simulating method used during shipbuilding. The ship simulating system comprises a ship simulating model management module, a ship simulating task management module, a ship simulating data management module, a ship simulating system management module and a ship simulating system integrating module, wherein the ship simulating task management module is connected with the ship simulating model management module, the ship simulating data management module is connected with the ship simulating task management module, the ship simulating system management module is connected with the ship simulating data management module, and the ship simulating system integrating module is connected with the ship simulating system management module. An operator can log in the ship simulating system by a system user account allocated to the operator, and then can set and run ship simulating tasks and check and analyze data generated in ship simulation in a report form after simulating tasks are completed. By the aid of the ship simulating system during shipbuilding, production efficiency can be improved, production resources are optimized and informatization support means are provided for enterprises.
Description
Technical field
The invention belongs to shipbuilding field, relate to a kind of analogue system and method, particularly relate to a kind of shipbuilding process Simulation System of Ships and method.
Background technology
Shipbuilding is a complicated engineering project, it has the features such as single-piece, small serial production, cycle tight, multiplex's kind, shunting, space, product design and engineering design occupy an important position, the diversity of parts, system and the diversity of technique, determine the complexity of its organization of production, the production schedule and the resources of production.The experience of traditional marine engineering planning management Main Basis naval architect works out broad-brush plan, and each work post and all kinds of activity in production are accomplished roughly to coordinate, and do not consider the problems such as the resource of each work in this process.Although part shipyard at present information-based means such as development and application production planning management system, not yet fundamentally to solve between department, work post, ship in time, contradiction spatially, be difficult to coordinate from overall interests angle.
Since entering the nineties in 20th century, the various opportunities that shipbuilding developed country utilizes information technology to bring to shipbuilding industry one after another, actively develop the research of digital shipbuilding aspect, especially the research of virtual ship design and shipbuilding emulation technology.As, the shipbuilding enterprises such as Korea S's Samsung, Daewoo, modern times have kept the strongest competitiveness using digital shipbuilding, virtual emulation and optimisation technique as it in the international market, establish the manufacture new technology of shipbuilding technology leading position.In addition, Boeing 787 project, Air Passenger 380 project, reaches rope aviation F7X project, and the case such as Toyota Motor, Daimler automobile, all shows that emulation technology is successfully applied in world's advanced manufacturing technology.Domestic digital shipbuilding, virtual shipbuilding etc. are started late, and receive the concern of relevant institutes, colleges and universities and shipyard in recent years gradually.
Summary of the invention
The shortcoming of prior art in view of the above, the object of the present invention is to provide a kind of shipbuilding process Simulation System of Ships and method, can not precise evaluation for solving in prior art in shipbuilding actual production capacity, the resource capability such as place, facilities and equipment can not give full play to, and the formulation of the production schedule lacks the problem of reliable basis.
For achieving the above object and other relevant objects, the invention provides a kind of shipbuilding process Simulation System of Ships and method.Described Simulation System of Ships comprises:
Boats and ships simulation model administration module, for adding, upgrading, delete boats and ships simulation model, boats and ships simulation model file, boats and ships simulation model, boats and ships simulation stage and boats and ships emulator information;
Boats and ships artificial tasks administration module is connected with described boats and ships simulation model administration module, for establishment, deployment, operating ship artificial tasks, obtains boats and ships artificial tasks, generates boats and ships artificial tasks administration interface;
Boats and ships emulated data administration module is connected with described boats and ships artificial tasks administration module, for adding, upgrading, delete, obtain product source data, generate, delete, obtain boats and ships artificial tasks, import, derive, delete, obtain auxiliary data, and the design of service data, output and management;
Simulation System of Ships administration module is connected with described boats and ships emulated data administration module, logs in shipbuilding process Simulation System of Ships for arranging Simulation System of Ships and arranging user;
Simulation System of Ships integration module is connected with described boats and ships emulated data administration module, for described Simulation System of Ships and manufacturing execution system, production planning management system is integrated..
Preferably, described boats and ships simulation model comprises steel stockpile field, cutting processing, parts making, flat section streamline, outdoor fabrication platform, indoor welding equipment workshop, advance fitting-out, segmentation application, covered-in berth, total group and each unit simulation model of building berth lift-launch shipbuilding process boats and ships.
Preferably, described boats and ships simulation model also comprises the global simulation model of fabrication stage, always group and lift-launch stage, shipbuilding overall process.
Preferably, described boats and ships artificial tasks comprises schedule planning in advance, monthly plan, week plan and saddlebag and job order production plan Four types.
Preferably, service data refers to that described boats and ships artificial tasks has run the data of rear output, and the data of described output comprise quantity statistics, utilization rate of equipment and installations, utilization of area rate, plan checking and simulation cycle, apparatus of load detail, place and take cycle, station beat.
The invention provides a kind of shipbuilding process boats and ships emulation mode, be applied to shipbuilding process Simulation System of Ships, described boats and ships emulation mode comprises:
S1, boats and ships artificial product, technique, resource, planning data in input shipbuilding process, i.e. the construction flow process of each operation unit of combing shipbuilding and basic data, and establishment forms the modeling benchmark book of each operation unit of shipbuilding;
S2, set up the simulation model of each unit of shipbuilding process boats and ships, namely based on work out the modeling benchmark book of each operation unit of shipbuilding formed, carry out the detailed design of each operation unit simulation modeling, set up visual simulation model in each unit of shipbuilding process boats and ships;
S3, runs the simulation model of each unit of shipbuilding process boats and ships, even the simulation model input shipbuilding planning data of each unit of shipbuilding process boats and ships, drives the simulation model of each unit of shipbuilding process boats and ships run and export every management and control point data;
S4, judge whether the confidence level of the simulation model of each unit of shipbuilding process boats and ships set up can by examination & verification, namely every management and control point data that the simulation model book analyzing each unit of operation shipbuilding process boats and ships exports, judges that whether the simulation model of each unit of shipbuilding process boats and ships is completely the same in layout, equipment, logistics, work flow with each unit of shipbuilding process boats and ships of actual job; If not, then step S3 is back to; If so, then continue to perform next step;
S5, set up shipbuilding process boats and ships global simulation model, even the interdependence between the simulation model input block of each unit of shipbuilding process boats and ships, product data, logistics transporting mode and related data, the simulation model of the set up each unit of shipbuilding process boats and ships is assembled into boats and ships global simulation model;
S6, judge whether the confidence level of the boats and ships global simulation model formed can by examination & verification, namely run by the actual production plan of big data quantity and analyze, judging that boats and ships global simulation model is whether consistent on performing in layout, logistics, work flow, plan with reality; If not, step S5 is back to; If so, continue to perform next step;
S7, develops described shipbuilding process Simulation System of Ships, makes itself and manufacturing execution system, production planning management system integrated.
Preferably, the shipbuilding process boats and ships artificial product inputted in described step S1, technique, resource, planning data comprise: input shipbuilding process boats and ships artificial product data, namely input threedimensional model and the association attributes of hull and outfititem;
Input shipbuilding process boats and ships simulation process data, namely define shipbuilding technology flow process, and each operation unit of combing is inner and logistics logic between unit and scheduling logic;
Input shipbuilding process boats and ships artificial resource data, namely input the resource model related in shipbuilding process and data;
Input shipbuilding process boats and ships emulation planning data, namely inputs Ship production planning data.
Preferably, described step S2 also comprises:
S21, according to work out the modeling benchmark book of each operation unit of shipbuilding that formed to each unit of shipbuilding process boats and ships
Carry out detailed design;
S22, sets up the simulation model of each unit of shipbuilding process boats and ships;
S23, sets up and drives the product data of the simulation model of shipbuilding process boats and ships each unit, planning data changes the mechanism, and supports that the plans such as production schedule data, design data, product data are to the Quick Acquisition of model-driven data, conversion;
S24, the service data of each unit of definition shipbuilding process boats and ships is monitored, is added up interface and output document, provides the output definition document of described service data, supports the analysis based on service data.
Preferably, described step S3 also comprises:
S31, is converted into by data transformations mechanism drives each unit simulation model of shipbuilding process boats and ships to run required form by product data, planning data;
S32, with the planning data after transforming for driving, runs the simulation model of each unit of shipbuilding process boats and ships;
S33, exports the postrun simulation result of simulation model of each unit of described shipbuilding process boats and ships, forms data statistics form.
Preferably, described step S5 also comprises:
S51, the modeling factors between combing shipbuilding integrated artistic flow process, each unit of shipbuilding process boats and ships;
S52, according to the correlation between shipbuilding integrated artistic flow process and each unit of shipbuilding process boats and ships, integrates each unit simulation model of shipbuilding process boats and ships, forms boats and ships global simulation model.
As mentioned above, shipbuilding process Simulation System of Ships of the present invention and method, have following beneficial effect:
1, standardization and the standardized management of production process basic data is realized;
2, by analogue simulation shipbuilding process, plan node, status of resource allocation etc., find the bottleneck of potential problem and restriction production process early, support fulfillment capability is balanced with load, and process innovation and optimization improve science and the validity of planning;
3, advance lean production and precision management practice of innovation, promote the level of IT application further, shorten ship building period, reduce production cost.
Accompanying drawing explanation
Fig. 1 is shown as the structural representation of shipbuilding process Simulation System of Ships of the present invention.
Fig. 2 is shown as the boats and ships artificial tasks administration interface schematic diagram of shipbuilding process Simulation System of Ships of the present invention.
The schematic diagram data that the boats and ships emulated data administration module that Fig. 3 is shown as shipbuilding process Simulation System of Ships of the present invention exports.
Fig. 4 is form chart schematic diagram corresponding to data that the boats and ships emulated data administration module of shipbuilding process Simulation System of Ships of the present invention exports.
Fig. 5 is shown as the method flow diagram of shipbuilding process boats and ships emulation mode of the present invention.
Fig. 6 is shown as the flow chart performing step S2 in shipbuilding process boats and ships emulation mode of the present invention.
Fig. 7 is shown as the flow chart performing step S3 in shipbuilding process boats and ships emulation mode of the present invention.
Fig. 8 is shown as the flow chart performing step S5 in shipbuilding process boats and ships emulation mode of the present invention.
Element numbers explanation
1 boats and ships simulation model administration module
2 boats and ships artificial tasks administration modules
3 boats and ships emulated data administration modules
4 Simulation System of Ships administration modules
5 Simulation System of Ships integration modules
S1 ~ S5 step
Detailed description of the invention
Below by way of specific instantiation, embodiments of the present invention are described, those skilled in the art the content disclosed by this description can understand other advantages of the present invention and effect easily.The present invention can also be implemented or be applied by detailed description of the invention different in addition, and the every details in this description also can based on different viewpoints and application, carries out various modification or change not deviating under spirit of the present invention.
Refer to accompanying drawing.It should be noted that, the diagram provided in the present embodiment only illustrates basic conception of the present invention in a schematic way, then only the assembly relevant with the present invention is shown in graphic but not component count, shape and size when implementing according to reality is drawn, it is actual when implementing, and the kenel of each assembly, quantity and ratio can be a kind of change arbitrarily, and its assembly layout kenel also may be more complicated.
Below in conjunction with embodiment and accompanying drawing, the present invention is described in detail.
Embodiment one
The present embodiment provides a kind of shipbuilding process Simulation System of Ships, and described Simulation System of Ships as shown in Figure 1, comprising:
Boats and ships simulation model administration module 1, described boats and ships simulation model administration module 1 is for adding, upgrading, delete boats and ships simulation model, boats and ships simulation model file, boats and ships simulation model, boats and ships simulation stage, boats and ships emulator information.Wherein, described boats and ships simulation model comprises steel stockpile field, cutting processing, parts making, flat section streamline, outdoor fabrication platform, indoor welding equipment workshop, advance fitting-out, segmentation application, covered-in berth, the simulation model of total 10 unit such as group and building berth lift-launch and fabrication stage, total group and lift-launch stage, shipbuilding overall process 3 global simulation models.
Boats and ships artificial tasks administration module 2 is connected with described boats and ships simulation model administration module 1, described boats and ships artificial tasks administration module 2 is for obtaining boats and ships simulated environment, establishment, deployment, operational simulation task, and obtain boats and ships artificial tasks, generate boats and ships artificial tasks administration interface.As shown in Figure 2, described boats and ships artificial tasks comprises schedule planning in advance, monthly plan, week plan and saddlebag and job order production plan Four types to described boats and ships artificial tasks administration interface.Such user can select corresponding simulated environment, simulation stage and emulation plan to create artificial tasks, and carry out real-time tracking to the running status of boats and ships artificial tasks according to the region of boats and ships artificial tasks, type, stage.
Boats and ships emulated data administration module 3 is connected with described boats and ships artificial tasks administration module 2, described boats and ships emulated data administration module 3 is for adding, upgrading, delete, obtain product (steel plate, part, parts, segmentation, complete cross section etc.) source data, generate, delete, obtain boats and ships artificial tasks, import, derive, delete, obtain auxiliary data, and the design of service data, output and management.The data such as Excel template that described auxiliary data comprises the segmentation table of comparisons, segmentation weight table, daily schedule, service data export.Service data refers to that described boats and ships artificial tasks has run the data of rear output, as shown in Figure 3, the data of described output comprise quantity statistics, utilization rate of equipment and installations, utilization of area rate, plan checking and simulation cycle, apparatus of load detail, place and take the management and control point content such as cycle, station beat, support that user screens data form according to specified conditions, sorts, and derive Excel form etc.By clicking " checking form chart " button in Fig. 3, the form chart corresponding with data form can be checked, as shown in Figure 4.
Simulation System of Ships administration module 4 is connected with described boats and ships emulated data administration module 3, logs in shipbuilding process Simulation System of Ships for arranging Simulation System of Ships and arranging user.In shipbuilding process, the system manager of described Simulation System of Ships can arrange artificial tasks naming rule, simulated environment naming rule, maximum artificial tasks, the enabling or disabling of simulated environment, add, delete unit information, add, delete, upgrade user profile, and the interpolation of user right, deletion, amendment and user rs authentication.
Simulation System of Ships integration module 5 is connected with described Simulation System of Ships administration module 4, for described Simulation System of Ships and manufacturing execution system, production planning management system is integrated.Support the driving data needed for running from described production planning management system acquisition shipbuilding process simulation model, and by simulation run result feedback to described production planning management system.
Shipbuilding process Simulation System of Ships of the present invention, deployment personnel can complete the deployment of this system fast; Then the configurable described Simulation System of Ships of system manager, establishment Simulation System of Ships user account number and distributing user permission; Operating personnel can according to keeper distribute to oneself system user account log in Simulation System of Ships, then operating personnel carry out setting, the operation of boats and ships artificial tasks, and artificial tasks complete after to boats and ships emulation generate data check with the form of form, analyze.By exploitation, the application of shipbuilding process simulation, can enhance productivity for enterprise, optimize the resources of production information-based supporting method is provided.
Embodiment two
The present embodiment provides a kind of shipbuilding process boats and ships emulation mode, is applied in Simulation System of Ships, and as shown in Figure 5, described boats and ships emulation mode comprises:
S1, input shipbuilding process boats and ships artificial product, technique, resource, planning data, i.e. the construction flow process of each operation unit of combing shipbuilding and basic data, and establishment forms the modeling benchmark book of each operation unit of shipbuilding.Wherein.Input product data, namely input threedimensional model and the association attributes of hull and outfititem; Input process data, namely defines shipbuilding technology flow process, and each operation unit of combing is inner and logistics logic between unit and scheduling logic; Input resource data, namely inputs resource model and the data such as facilities and equipment, place, personnel that relate in shipbuilding process; Input planning data, namely schedule planning, monthly plan, week plan and the planning data such as saddlebag and job order in input in advance, comprise time started and the deadline of plan.
S2, set up the simulation model of each unit of shipbuilding process boats and ships, namely based on work out the modeling benchmark book of each operation unit of shipbuilding formed, carry out the detailed design of each operation unit simulation modeling, set up visual simulation model in each unit of shipbuilding boats and ships; The process of concrete execution step S1 as shown in Figure 6, comprising:
S21, according to work out the modeling benchmark book of shipbuilding each operation unit formed detailed design carried out to each unit of shipbuilding process boats and ships;
S22, sets up the simulation model of each unit of shipbuilding process boats and ships; Completing this step is adopt discrete events simulation analysis, OO geometry and function modeling method;
S23, sets up and drives the product data of the simulation model of shipbuilding process boats and ships each unit, planning data changes the mechanism, and supports that the plans such as production schedule data, design data, product data are to the Quick Acquisition of model-driven data, conversion;
S24, the service data of each unit of definition shipbuilding process boats and ships is monitored, is added up interface and output document, provides the output definition document of described service data, supports the analysis based on service data.
S3, runs the simulation model of each unit of shipbuilding process boats and ships, even the simulation model input shipbuilding planning data of each unit of shipbuilding process boats and ships, drives the simulation model of each unit of shipbuilding process boats and ships run and export every management and control point data; Described management and control point data comprises quantity statistics, efficiency calculation and Program Assessment etc.The process of concrete execution step S3 as shown in Figure 7, comprising:
S31, is converted into by data transformations mechanism drives each unit simulation model of shipbuilding process boats and ships to run required form by product data, planning data;
S32, with the planning data after transforming for driving, runs the simulation model of each unit of shipbuilding process boats and ships;
S33, exports the postrun simulation result of simulation model of each unit of described shipbuilding process boats and ships, forms data statistics form.
S4, judges whether the confidence level of the simulation model of each unit of shipbuilding process boats and ships set up can by examination & verification; Namely every management and control point data that the simulation model analyzing each unit of operation shipbuilding process boats and ships exports, judges that whether the simulation model of each unit of shipbuilding process boats and ships is completely the same in layout, equipment, logistics, work flow with each unit of shipbuilding process boats and ships of actual job; If not, then step S3 is back to; If so, then continue to perform next step;
S5, set up shipbuilding process boats and ships global simulation model, even the interdependence between the simulation model input block of each unit of shipbuilding process boats and ships, product data, logistics transporting mode and related data, the simulation model of the set up each unit of shipbuilding process boats and ships is assembled into boats and ships global simulation model.The process of concrete execution step S5 as shown in Figure 8, comprising:
S51, the modeling factors between combing shipbuilding integrated artistic flow process, each unit of shipbuilding process boats and ships, described modeling factors comprise product stream to associate, technique linking, dependence, Data Source etc.;
S52, according to the correlation between shipbuilding integrated artistic flow process and each unit of shipbuilding process boats and ships, integrates each unit simulation model of shipbuilding process boats and ships, forms boats and ships global simulation model.
S6, judge whether the confidence level of the boats and ships global simulation model formed can by examination & verification, namely run by the actual production plan of big data quantity and analyze, judging that boats and ships global simulation model is whether consistent on performing in layout, logistics, work flow, plan with reality; If not, step S5 is back to; If so, continue to perform next step.
S7, exploitation boats and ships building course Simulation System of Ships, make itself and manufacturing execution system, production planning management system integrated, namely develop boats and ships building course Simulation System of Ships data Layer, application layer, boundary layer, interface layer, and integrated with manufacturing execution system, production planning management system.
Shipbuilding process Simulation System of Ships of the present invention and method utilize discrete-event simulation theory and Softwares of System Simulation instrument, shipbuilding process of analyzing, plan node, status of resource allocation etc. is fitted by computer mould, and then find the bottleneck of potential problem and restriction production process early, support fulfillment capability is balanced with load, for formulating rational construction schedule, guaranteeing that shipbuilding node and quality provide effectively visual and analysis platform, ship-lifting efficiency of construction and order contract delivery just-in-time rate.This is conducive to advancing lean production and precision management practice of innovation, promotes the level of IT application further, shortens ship building period, reduces production cost.
In sum, the present invention effectively overcomes various shortcoming of the prior art and tool high industrial utilization.
Above-described embodiment is illustrative principle of the present invention and effect thereof only, but not for limiting the present invention.Any person skilled in the art scholar all without prejudice under spirit of the present invention and category, can modify above-described embodiment or changes.Therefore, such as have in art usually know the knowledgeable do not depart from complete under disclosed spirit and technological thought all equivalence modify or change, must be contained by claim of the present invention.
Claims (10)
1. a shipbuilding process Simulation System of Ships, is characterized in that, described Simulation System of Ships comprises:
Boats and ships simulation model administration module, for adding, upgrading, delete boats and ships simulation model, boats and ships simulation model file, boats and ships simulation model, boats and ships simulation stage and boats and ships emulator information;
Boats and ships artificial tasks administration module is connected with described boats and ships simulation model administration module, and for obtaining boats and ships simulated environment, establishment, deployment, operating ship artificial tasks, obtain boats and ships artificial tasks, generates boats and ships artificial tasks administration interface;
Boats and ships emulated data administration module is connected with described boats and ships artificial tasks administration module, for adding, upgrading, delete, obtain product source data, delete, obtain boats and ships artificial tasks, import, derive, delete, obtain auxiliary data, and the design of service data, output and management;
Simulation System of Ships administration module is connected with described boats and ships emulated data administration module, logs in shipbuilding process Simulation System of Ships for arranging Simulation System of Ships and arranging user;
Simulation System of Ships integration module is connected with described Simulation System of Ships administration module, for described Simulation System of Ships and manufacturing execution system, production planning management system is integrated; Support the driving data needed for running from described production planning management system acquisition shipbuilding process simulation model, and by simulation run result feedback to described production planning management system.
2. shipbuilding process Simulation System of Ships according to claim 1, is characterized in that: described boats and ships simulation model comprises steel stockpile field, cutting processing, parts making, flat section streamline, outdoor fabrication platform, indoor welding equipment workshop, advance fitting-out, segmentation application, covered-in berth, total group and building berth and carries each unit simulation model of shipbuilding process boats and ships.
3. shipbuilding process Simulation System of Ships according to claim 1, is characterized in that: described boats and ships simulation model also comprises the global simulation model of fabrication stage, always group and lift-launch stage, shipbuilding overall process.
4. shipbuilding process Simulation System of Ships according to claim 1, is characterized in that: described boats and ships artificial tasks comprises schedule planning in advance, monthly plan, week plan and saddlebag and job order production plan Four types.
5. shipbuilding process Simulation System of Ships according to claim 1, it is characterized in that: service data refers to that described boats and ships artificial tasks has run the data of rear output, the data of described output comprise quantity statistics, utilization rate of equipment and installations, utilization of area rate, plan checking and simulation cycle, apparatus of load detail, place and take cycle, station beat.
6. a shipbuilding process boats and ships emulation mode, is applied to shipbuilding process Simulation System of Ships, it is characterized in that:
S1, boats and ships artificial product, technique, resource, planning data in input shipbuilding process, i.e. the construction flow process of each operation unit of combing shipbuilding and basic data, and establishment forms the modeling benchmark book of each operation unit of shipbuilding;
S2, set up the simulation model of each unit of shipbuilding process boats and ships, namely based on work out the modeling benchmark book of each operation unit of shipbuilding formed, carry out the detailed design of each operation unit simulation modeling, set up visual simulation model in each unit of shipbuilding process boats and ships;
S3, runs the simulation model of each unit of shipbuilding process boats and ships, even the simulation model input shipbuilding planning data of each unit of shipbuilding process boats and ships, drives the simulation model of each unit of shipbuilding process boats and ships run and export every management and control point data;
S4, judge whether the confidence level of the simulation model of each unit of shipbuilding process boats and ships set up can by examination & verification, namely analyze the every management and control point data run shipbuilding process boats and ships each unit simulation model and export, judge that whether the simulation model of each unit of shipbuilding process boats and ships is completely the same in layout, equipment, logistics, work flow with each unit of shipbuilding process boats and ships of actual job; If not, then step S3 is back to; If so, then continue to perform next step;
S5, set up shipbuilding process boats and ships global simulation model, even interdependence, product data, logistics transporting mode and related data between each unit of simulation model input shipbuilding process boats and ships of each unit of shipbuilding process boats and ships, be assembled into boats and ships global simulation model by the simulation model of the set up each unit of shipbuilding process boats and ships;
S6, judges whether the confidence level of boats and ships global simulation model formed by examination & verification, namely can be run by actual production plan and analyzed, and judges that boats and ships global simulation model is whether consistent on performing in layout, logistics, work flow, plan with reality; If not, step S5 is back to; If so, continue to perform next step;
S7, develops described shipbuilding process Simulation System of Ships, makes itself and manufacturing execution system, production planning management system integrated; Namely develop boats and ships building course Simulation System of Ships data Layer, application layer, face, interface, interface layer, with manufacturing execution system, generate project management system integrated; Support the driving data needed for running from described production planning management system acquisition shipbuilding process simulation model, and by simulation run result feedback to described production planning management system.
7. shipbuilding process boats and ships emulation mode according to claim 6, is characterized in that: the shipbuilding process boats and ships artificial product inputted in described step S1, technique, resource, planning data comprise:
Input shipbuilding process boats and ships artificial product data, namely input threedimensional model and the association attributes of hull and outfititem;
Input shipbuilding process boats and ships simulation process data, namely input shipbuilding technology flow process, the logistics logic between the inner and unit of each operation unit and scheduling logic;
Input shipbuilding process boats and ships artificial resource data, namely input the resource model related in shipbuilding process and data;
Input shipbuilding process boats and ships emulation planning data, namely inputs Ship production planning data.
8. shipbuilding process boats and ships emulation mode according to claim 6, is characterized in that: described step S2 also comprises:
S21, according to work out the modeling benchmark book of shipbuilding each operation unit formed detailed design carried out to each unit of shipbuilding process boats and ships;
S22, sets up the simulation model of each unit of shipbuilding process boats and ships;
S23, sets up and drives the product data of the simulation model of shipbuilding process boats and ships each unit, production schedule data change the mechanism, and supports that production schedule data, design data are to the collection of model-driven data, conversion;
S24, the service data of each unit of definition shipbuilding process boats and ships is monitored, is added up interface and output document, provides the output definition document of described service data, supports the analysis based on service data.
9. shipbuilding process boats and ships emulation mode according to claim 6, is characterized in that: described step S3 also comprises:
S31, is converted into by data transformations mechanism drives each unit simulation model of shipbuilding process boats and ships to run required form by product data, planning data;
S32, with the planning data after transforming for driving, runs the simulation model of each unit of shipbuilding process boats and ships;
S33, exports the postrun simulation result of simulation model of each unit of described shipbuilding process boats and ships, forms data statistics form.
10. shipbuilding process boats and ships emulation mode according to claim 6, is characterized in that: described step S5 also comprises:
S51, the modeling factors between combing shipbuilding integrated artistic flow process, each unit of shipbuilding process boats and ships;
S52, according to the correlation between shipbuilding integrated artistic flow process and each unit of shipbuilding process boats and ships, integrates each unit simulation model of shipbuilding process boats and ships, forms boats and ships global simulation model.
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