CN111046454B - Three-dimensional virtual indoor design simulation system - Google Patents
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- CN111046454B CN111046454B CN201911321989.5A CN201911321989A CN111046454B CN 111046454 B CN111046454 B CN 111046454B CN 201911321989 A CN201911321989 A CN 201911321989A CN 111046454 B CN111046454 B CN 111046454B
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- 238000013461 design Methods 0.000 title claims abstract description 84
- 238000004088 simulation Methods 0.000 title claims abstract description 20
- 230000000694 effects Effects 0.000 claims abstract description 20
- 238000004519 manufacturing process Methods 0.000 claims abstract description 12
- 230000008676 import Effects 0.000 claims abstract description 7
- 238000012423 maintenance Methods 0.000 claims abstract description 5
- 238000011161 development Methods 0.000 claims description 12
- 238000001514 detection method Methods 0.000 claims description 9
- 238000002898 library design Methods 0.000 claims description 9
- 238000012216 screening Methods 0.000 claims description 9
- 238000013507 mapping Methods 0.000 claims description 5
- 238000012986 modification Methods 0.000 claims description 4
- 230000004048 modification Effects 0.000 claims description 4
- 238000012545 processing Methods 0.000 claims description 4
- 238000007792 addition Methods 0.000 claims description 3
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- 238000000034 method Methods 0.000 claims description 3
- 238000005034 decoration Methods 0.000 description 3
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- 230000009286 beneficial effect Effects 0.000 description 1
- 230000003068 static effect Effects 0.000 description 1
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Abstract
The invention discloses a three-dimensional virtual indoor design simulation system, which comprises a database server, a video server and a computer; the invention not only can provide convenient and quick design and manufacture basic materials for designers, base material library entering operation, basic management of a material library, material import for indoor scene display design and three-dimensional browsing of scenes; moreover, a designer can share, interact and interact basic materials, scene design and the like through the system; the user can browse indoor scenes through the display effect module; an administrator performs management and maintenance work on the system through a computer. Has the characteristics of openness, diversity and systematicness.
Description
Technical Field
The invention relates to the technical field of indoor design simulation, in particular to a three-dimensional virtual indoor design simulation system.
Background
With the development of computer technology, three-dimensional design is the basis of a new generation of digital, virtualized and intelligent design platform under the two technical supports of network and multimedia. The method is an emerging design method which is based on plane and two-dimensional design and enables design targets to be more three-dimensional and more visual, and in the field of interior decoration, a three-dimensional virtual technology is required to be used for carrying out autonomous design display processing on the interior decoration style, so that the requirements of diversification, comprehensive perfection of users are met, the three-dimensional virtual design technology can simulate the state of the internal space of a building, the characteristics of the interior design can be vividly presented, and furniture styles and interface decoration feel can be freely moved and changed. In addition, it can also arbitrarily change the design mode in accordance with the needs of customers. Therefore, the three-dimensional virtual design technology is more and more favored by indoor designers and is widely applied to indoor designs, and compared with the traditional static and dynamic indoor design display, the three-dimensional virtual design technology can more comprehensively meet the use experience of users, is convenient for the designers to independently change and adjust the operation, and further improves the indoor design level.
Disclosure of Invention
The invention aims to provide a three-dimensional virtual indoor design simulation system.
In order to achieve the above object, the technical solution of the present invention is: a three-dimensional virtual indoor design simulation system comprises a database server, a video server and a computer.
The three-dimensional virtual indoor design simulation platform is provided with a display effect module, a scene design module, a material library design module, a material manufacturing module and a database module.
Further, the display effect module comprises a scene browsing sub-module and a material library browsing sub-module;
the scene design module comprises a material importing sub-module, a display changing sub-module, a three-dimensional browsing sub-module and a collision detection sub-module;
the material library design module comprises a material library sub-module, a material screening sub-module, a material type sub-module and a material library table sub-module;
the material making module comprises a wall model sub-module, a furniture model sub-module, a material mapping sub-module and a light processing sub-module;
the database module comprises a basic material sub-module, and the basic material is stored in a database server;
the database Server adopts an SQL Server database Server;
the video server adopts a BEA wblice 6.1 video server;
the three-dimensional virtual indoor design simulation platform adopts 3DSMAX development tool software, PHOTOSHOP development tool software and VIRTOOLS development tool software.
The working principle of the invention is as follows: the computer is connected with the video server and the nodes of the data server through the Internet, registered administrators, designers and users log in the system through the computer, the designers utilize 3DSMAX development tool software to design and manufacture basic materials in a material manufacturing module, the design of the basic materials of the wall body is carried out through a wall model sub-module, the design of the basic materials of the furniture is carried out through a furniture model sub-module, the design of the basic materials of the material map is carried out through a material map sub-module, the design of the basic materials of the light treatment are carried out through a light treatment sub-module, the manufacture of the basic materials is completed, the designers need to store the basic materials in a material library, the basic material library warehouse-in and management work is carried out in the material library design module, the basic management work of the warehouse-in operation and the material library is carried out through a material warehouse-in sub-module, a material screening sub-module, a material type sub-module and a material library table sub-module, and the addition, modification, deletion and the like of the information of the materials are included; the computer transmits the basic material storage file to the database server in a RTP/RTCP protocol mode; the designer mainly applies the material to complete the overall scene design work, and comprises the steps of mainly screening out basic materials meeting the requirements from a material library, importing the materials into a scene design tool, and carrying out scene design according to the requirements of users: the designer inputs the combination condition to screen out the suitable material according to the scene design requirement in the scene design module in the material library, import the material into scene design tool VIRTOOLS to carry on the indoor scene display design through the material import submodule, in the design, should be through revealing and changing the submodule to carry on the operation including changing of the background of the map, light environment and color position, at the same time, in order to improve the display effect, make the browsing effect more lifelike, should be through the collision detection submodule to carry on the collision detection, finally, browse the three-dimensional of the scene through the three-dimensional browsing submodule; after the scene design is completed, the computer transmits the stored recording file to the video server through the Internet in a RTP/RTCP protocol mode, a user can browse indoor scenes through the display effect module, the computer transmits the scene design file to the video server in a RTP/RTCP protocol mode, a designer can browse and interact with an indoor material library through the display effect module, and the designer can share and interact with basic materials, scene design and the like through the system; an administrator performs management and maintenance work on the system through a computer.
The invention has the following beneficial effects: the three-dimensional virtual indoor design simulation system can provide convenient and quick design and manufacture basic materials for designers, base material library entering operation, basic management of a material library, material importing for indoor scene display design and three-dimensional browsing of scenes; moreover, a designer can share, interact and interact basic materials, scene design and the like through the system; the user can browse indoor scenes through the display effect module; an administrator performs management and maintenance work on the system through a computer. Has the characteristics of openness, diversity and systematicness.
Drawings
The invention is further described below with reference to the drawings and detailed description.
FIG. 1 is a block diagram of the structure of the present invention;
FIG. 2 is a functional schematic diagram of the three-dimensional virtual indoor design simulation platform of the present invention.
Detailed Description
As shown in the drawing, the three-dimensional virtual indoor design simulation system comprises a database server, a video server and a computer.
The system comprises a database server, a video server, a plurality of computers, a data base, a real-time protocol (RTP)/real-time protocol (RTCP) simulation platform, a three-dimensional virtual indoor design simulation platform, a display effect module, a scene design module, a material library design module, a material manufacturing module and a database module, wherein the database server and the video server are connected through the Internet in a TCP/IP protocol mode;
the display effect module comprises a scene browsing sub-module and a material library browsing sub-module;
the scene design module comprises a material importing sub-module, a display changing sub-module, a three-dimensional browsing sub-module and a collision detection sub-module;
the material library design module comprises a material library sub-module, a material screening sub-module, a material type sub-module and a material library table sub-module;
the material making module comprises a wall model sub-module, a furniture model sub-module, a material mapping sub-module and a light processing sub-module;
the database module comprises a basic material sub-module, and the basic material is stored in a database server;
the database Server adopts an SQL Server database Server;
the video server adopts a BEA wblice 6.1 video server;
the three-dimensional virtual indoor design simulation platform adopts 3DSMAX development tool software, PHOTOSHOP development tool software and VIRTOOLS development tool software.
When the three-dimensional virtual indoor design simulation system is applied, a computer is connected with nodes of a video server and a data server through the Internet, registered administrators, designers and users log in the system through the computer, the designers utilize 3DSMAX development tool software to design and manufacture basic materials in a material manufacturing module, the design of the basic materials of the wall is carried out through a wall model sub-module, the design of the basic materials of furniture is carried out through a furniture model sub-module, the design of the basic materials of the material map is carried out through a material map sub-module, and the design of the basic materials of light treatment is carried out through a light treatment sub-module, so that the manufacture of the basic materials is completed, the designers need to collect the basic materials into a material library, the basic material library is put in and managed in a material library design module, and the basic management work of the material library is carried out through a material put in sub-module, a material screening sub-module, a material type sub-module and a material library table sub-module, and the basic management work of the material library comprises the addition, the modification, the deletion and the like of the material category and the material information; the computer transmits the basic material storage file to the database server in a RTP/RTCP protocol mode; the designer mainly applies the material to complete the overall scene design work, and comprises the steps of mainly screening out basic materials meeting the requirements from a material library, importing the materials into a scene design tool, and carrying out scene design according to the requirements of users: the designer inputs the combination condition to screen out the suitable material according to the scene design requirement in the scene design module in the material library, import the material into scene design tool VIRTOOLS to carry on the indoor scene display design through the material import submodule, in the design, should be through revealing and changing the submodule to carry on the operation including changing of the background of the map, light environment and color position, at the same time, in order to improve the display effect, make the browsing effect more lifelike, should be through the collision detection submodule to carry on the collision detection, finally, browse the three-dimensional of the scene through the three-dimensional browsing submodule; after the scene design is completed, the computer transmits the stored recording file to the video server through the Internet in a RTP/RTCP protocol mode, a user can browse indoor scenes through the display effect module, the computer transmits the scene design file to the video server in a RTP/RTCP protocol mode, a designer can browse and interact with an indoor material library through the display effect module, and the designer can share and interact with basic materials, scene design and the like through the system; an administrator performs management and maintenance work on the system through a computer.
The foregoing description of the preferred embodiments of the present invention is merely illustrative of the preferred embodiments of the present invention and not intended to limit the scope of the present invention, and various modifications and improvements made by those skilled in the art to which the present invention pertains should fall within the scope of protection defined in the claims of the present invention without departing from the spirit of the present invention.
Claims (1)
1. A three-dimensional virtual indoor design simulation system is characterized in that
The system comprises a database server, a video server and a computer; the system comprises a database server, a video server, a plurality of computers, a data base, a real-time protocol (RTP)/real-time protocol (RTCP) simulation platform, a three-dimensional virtual indoor design simulation platform, a display effect module, a scene design module, a material library design module, a material manufacturing module and a database module, wherein the database server and the video server are connected through the Internet in a TCP/IP protocol mode; the display effect module comprises a scene browsing sub-module and a material library browsing sub-module; the scene design module comprises a material importing sub-module, a display changing sub-module, a three-dimensional browsing sub-module and a collision detection sub-module; the material library design module comprises a material library sub-module, a material screening sub-module, a material type sub-module and a material library table sub-module; the material making module comprises a wall model sub-module, a furniture model sub-module, a material mapping sub-module and a light processing sub-module; the database module comprises a basic material sub-module, and the basic material is stored in the database server; the three-dimensional virtual indoor design simulation platform adopts 3DSMAX development tool software, PHOTOSHOP development tool software and VIRTOOLS development tool software; the database Server adopts an SQL Server database Server; the video server adopts a BEA wblice 6.1 video server;
the method comprises the steps of designing a wall foundation material through a wall model sub-module, designing a furniture foundation material through a furniture model sub-module, designing a material mapping foundation material through a material mapping sub-module and designing a light treatment foundation material through a light treatment sub-module, completing the manufacture of the foundation material, wherein a designer needs to store the foundation material into a material library, and performing foundation material warehousing and management work in the material library design module, wherein the basic management work comprises warehousing operation and basic management work of a material library through a material warehousing sub-module, a material screening sub-module, a material type sub-module and a material library table sub-module, and the basic management work comprises the addition, modification and deletion of information of material types and materials; the computer transmits the basic material storage file to the database server in a TCP/IP protocol mode; the designer applies the material to complete the overall scene design work, including screening out the basic material meeting the demand from the material library, importing the material into the scene design tool, and carrying out scene design according to the user demand: the designer inputs the combination condition to screen out the suitable material according to the scene design requirement in the scene design module in the material library, import the material into scene design tool VIRTOOLS to carry on the indoor scene display design through the material import submodule, in the design, should be through revealing and changing the submodule to carry on the operation including changing of the background of the map, light environment and color position, at the same time, in order to improve the display effect, make the browsing effect more lifelike, should be through the collision detection submodule to carry on the collision detection, finally, browse the three-dimensional of the scene through the three-dimensional browsing submodule; after the scene design is completed, the computer transmits the stored recording file to the video server through the Internet in a RTP/RTCP protocol mode, a user can browse indoor scenes through the display effect module, the computer transmits the scene design file to the video server in a RTP/RTCP protocol mode, a designer can browse and interact with an indoor material library through the display effect module, and the designer can share and interact with basic materials and scene design through the system; an administrator performs management and maintenance work on the system through a computer.
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