CN104536397B - A kind of 3D Virtual Intelligents household exchange method - Google Patents

A kind of 3D Virtual Intelligents household exchange method Download PDF

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Publication number
CN104536397B
CN104536397B CN201410748900.4A CN201410748900A CN104536397B CN 104536397 B CN104536397 B CN 104536397B CN 201410748900 A CN201410748900 A CN 201410748900A CN 104536397 B CN104536397 B CN 104536397B
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3d
step
user
virtual
3d virtual
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CN201410748900.4A
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Chinese (zh)
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CN104536397A (en
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齐慧强
易奇
刘佩云
王榆伟
常瀚辞
徐慧
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中国电子科技集团公司第十五研究所
中国电子科技集团公司信息化工程总体研究中心
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    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02PCLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
    • Y02P90/00Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
    • Y02P90/02Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]

Abstract

The invention discloses a kind of 3D Virtual Intelligents household exchange method.Using the present invention can realize 3D virtual realities reproduce technology, and hommization ground construct 3D human-computer interaction interfaces, realize the long-range reproduction of home scenarios, make user complete while being immersed in reality environment various long-range monitorings with control.

Description

A kind of 3D Virtual Intelligents household exchange method

Technical field

The present invention relates to 3D Dummy modelings field, and in particular to a kind of 3D Virtual Intelligents household exchange method.

Background technology

With the continuous quickening increasingly improved with rhythm of life of quality of life, the work of people, life are increasingly information-based. Informationized society changes the life style and work habit of people so that the intellectuality of house system becomes a kind of consumption to be needed Ask, and the smart home interactive system based on plane Web can not comprehensively represent smart home 3D effect, be that people's life brings Inconvenience.

The content of the invention

In view of this, the invention provides a kind of 3D Virtual Intelligents household exchange method.Intelligent family can comprehensively be represented 3D effect is occupied, the life for people provides facility.

A kind of 3D Virtual Intelligents household exchange method, object are accessed and management platform, are connect for object under environment of internet of things Enter Internet of Things;

Smart machine:For can intelligentized control method fitment and enviromental monitoring equipment;

User's smart machine storehouse:Each user has a smart machine storehouse, deposits this user by object access tube The smart machine that platform is accessed;

Specifically include following steps:

Step one, system initialization:

Loading include user profile, virtual model library address, the configuration of user's smart machine storehouse high in the clouds address beyond the clouds File;

Step 2, loading 3D building model types:

The long-range Json data for obtaining 3D building model types, the interaction system adopted by 3D Virtual Intelligent household exchange methods System is parsed, and is presented to user with tabular form, and user determines 3D building model types according to house parameter;

Step 3, selection 3D house styles:

The Json data of remote loading 3D house styles, the interactive system adopted by 3D Virtual Intelligent household exchange methods are entered Row parsing, and user is presented in the form of a list, user selects the built-in style in its house in lists according to self-demand, Determine 3D house styles;

Step 4, selection 3D mock-up funitures:

User is the built-in style in house, furniture functions and intelligent level according to self-demand, determines 3D mock-up funitures;

Step 5, model of element space allocation:

User carries out locus adjustment to unit 3D dummy models according to self-demand by way of dragging;

Step 6, the process of material texture mapping:

User selects material and pinup picture color matching in lists, determines material texture mapping according to self-demand;

Step 7, preservation scenario simulation:

User by step 2 to the house pattern selected in step 6, mock-up funiture, putting position, material, texture with And color matching is preserved, and carries out scenario simulation, during scenario simulation is carried out, user by adjusting ambient atmosphere so as to The overall effect of observation 3D virtual scenes;

Step 8, judge and apply:

User is adjusted according to the 3D virtual scene whole structures for showing;If 3D virtual furnishings are with whole structure not Matching, then carry out readjusting execution step seven after selection 3D virtual furnishings models by return to step four;If 3D virtual furnishings Position is put and whole structure is mismatched, then return to step five is carried out readjusting execution step after the putting position of furniture Seven;If the collocation of material, texture and color matching and whole structure are mismatched, return to step six is carried out readjusting selection material Execution step seven after matter, texture and color matching;Otherwise, by execution step nine;

Step 9, the structure for completing 3D virtual scenes:

Above-mentioned model information and 3D virtual scenes information and model space positional information and pinup picture template are preserved to this Ground, while being uploaded to high in the clouds;3D scenario buildings are by the smart machine directly invoked in smart machine storehouse and 3D Virtual Intelligent equipment Model is associated, then by execution step ten;

Step 10, loading smart machine storehouse:

Existing equipment in remote loading smart machine storehouse, wherein, each equipment has unique VE-ID;Solutions of Systems The Json data that analysis is returned, and user interface is presented in the form of list of devices;Wherein, the environment measuring in smart machine storehouse Smart machine is used for real-time detection ambient parameter, and ambient parameter is fed back in 3D virtual scenes, realizes intelligence to user in real time Measured ambient parameter can be reported;And execution step 11;

Step 11, virtual 3D equipment are associated with real controllable device;

In order to the indifference for realizing virtual 3D equipment and real world devices is operated, by the equipment in the said equipment list one by one and Virtual 3D equipment association, i.e.,:Virtual 3D equipment corresponding with real equipment, 3D Virtual Intelligent household exchange methods is selected to be adopted Interactive system give the VE-ID consistent with real world devices by this virtual 3D equipment, you can complete to associate;Execution step ten Two;

Step 12, perform function module

Functional module is made up of Roaming control, contextual model intelligent recommendation;

Wherein Roaming control is used for user in the way of roaming to virtual building model control device;User passes through controlling filed Virtual portrait in scape so that among virtual portrait roves 3D virtual scenes, is placed in the control point of required controlling equipment, uses Family controls it;

Contextual model intelligent recommendation refers to that the interactive system adopted by 3D Virtual Intelligent household exchange methods obtains ring in real time The contextual model of the result intelligent recommended user correlation of border monitoring smart machine;

User selects 2 kinds of above-mentioned patterns to be configured and manipulate according to self-demand.

Especially, in the step 6, user can also be by texturing hard board, by texture, figure and material Collocation, the Composite texture mapping in texturing hard board.

Especially, in the step 9 there are no the 3D virtual furnishings selected in above-mentioned virtual environment in true environment, then On-line purchase in the interactive system adopted by optional 3D Virtual Intelligents household exchange method, which concretely comprises the following steps:

Step 1, purchase:

User, is preserved according in step 7 according to the furniture selected under above-mentioned virtual environment by way of on-line purchase Furniture, select required product type, color and style, and execution step 2;

Step 2, smart machine is registered to object access-in management platform:

By the object access-in management platform based on Internet of Things general system framework, above-mentioned purchase object is accessed, while thing Body access-in management platform is the ID that this object distributes a unique pseudo-entity, i.e.,:VE-ID;Execution step ten.

Beneficial effect:

1st, the interactive system adopted based on a kind of 3D Virtual Intelligents household exchange method, its 3D virtual reality technology are caused Virtual scene is synchronous with family outdoor scene holding, meanwhile, user is obtained in that 3D roaming feeling of immersion.Realize the reproduction of 3D virtual realities Technology, and hommization construct 3D human-computer interaction interfaces, realize the long-range reproduction of home scenarios, make user be immersed in void Various long-range monitorings are completed while in plan actual environment with control.

Description of the drawings

Fig. 1 is 3D Virtual Intelligent household interaction diagrams.

Specific embodiment

Develop simultaneously embodiment below in conjunction with the accompanying drawings, describes the present invention.

The invention provides a kind of 3D Virtual Intelligents household exchange method, can be caused virtually by 3D virtual reality technologies Scene is synchronous with family outdoor scene holding, meanwhile, user is obtained in that 3D roaming feeling of immersion.In reality environment is immersed in Various long-range monitorings are completed simultaneously with control.

Which comprises the following steps that:

Step one, system initialization:

Loading include user profile, virtual model library address, the configuration of user's smart machine storehouse high in the clouds address beyond the clouds File.

Step 2, loading 3D building model types:

The long-range Json data for obtaining 3D building model types, the interaction system adopted by 3D Virtual Intelligent household exchange methods System is parsed, and is presented to user with tabular form, and user is according to house parameter:Such as building structure, floor space, house court To determining 3D building model types.

Step 3, selection 3D house styles:

The Json data of remote loading 3D house styles, the interactive system adopted by 3D Virtual Intelligent household exchange methods are entered Row parsing, and user is presented in the form of a list, user selects the built-in style in its house in lists according to self-demand, Determine 3D house styles.

Step 4, selection 3D mock-up funitures:

User is the built-in style in house, furniture functions and intelligent level according to self-demand, is selected in above-mentioned list Select, such as bed, tables and chairs, TV and air-conditioning, determine 3D mock-up funitures.

Step 5, model of element space allocation:

User carries out locus adjustment to unit 3D dummy models according to self-demand by way of dragging.

Step 6, the process of material texture mapping:

User selects material texture mapping according to self-demand.Especially, 3D Virtual Intelligents household exchange method is adopted Interactive system in order to meet selection of the user to material and pinup picture as far as possible, not only provide fixed several materials (such as flower Gang Yan, marble etc.) and pinup picture color matching, while having provided a user with texturing hard board, user can be according to itself hobby Texture, color matching, pinup picture are selected, is then generated by texturing hard board and is wanted result, be finally attached on 3D dummy models Face.

Step 7, preservation scenario simulation:

User by step 2 to the house pattern selected in step 6, mock-up funiture, putting position, material, texture with And color matching is preserved, and scenario simulation is carried out, during scenario simulation is carried out, user passes through adjusting ambient atmosphere (such as Brightness) effect overall so as to observe 3D virtual scenes.

Step 8, judge and apply:

User is adjusted according to the 3D virtual scene whole structures for showing;If 3D virtual furnishings are with whole structure not Matching, then carry out readjusting execution step seven after selection 3D virtual furnishings models by return to step four;If 3D virtual furnishings Position is put and whole structure is mismatched, then return to step five is carried out readjusting execution step after the putting position of furniture Seven;If the collocation of material, texture and color matching and whole structure are mismatched, return to step six is carried out readjusting selection material Execution step seven after matter, texture and color matching;Otherwise, by execution step nine;

Step 9, the structure for completing 3D virtual scenes:

Above-mentioned model information and 3D virtual scenes information and model space positional information and pinup picture template are preserved to this Ground, while being uploaded to high in the clouds.If true environment does not have certain 3D virtual furnishings selected in above-mentioned virtual environment, perform Step 10.Otherwise, the smart machine directly invoked in smart machine storehouse and 3D Virtual Intelligent device models are entered by 3D scenario buildings Row association, then specifically by execution step 12;

Step 10, purchase:

User, is preserved according in step 7 according to the furniture selected under above-mentioned virtual environment by way of on-line purchase Furniture, select required product type, color and style, and execution step 11;

Step 11, smart machine is registered to object access-in management platform:

By the object access-in management platform based on Internet of Things general system framework, above-mentioned purchase object is accessed, while thing Body access-in management platform is the ID that this object distributes a unique pseudo-entity, i.e.,:VE-ID;Execution step 12;

Wherein, the object is accessed and management platform, accesses Internet of Things for object under environment of internet of things;

Step 12, loading smart machine storehouse:

User's smart machine storehouse:Each user has a smart machine storehouse, deposits this user by object access tube The smart machine that platform is accessed.

Existing equipment in remote loading smart machine storehouse, the Json data that system analysis are returned, and with list of devices Form is presented in user interface, and smart machine here includes can as such as intelligent air condition, intelligent television, intelligent curtain The enviromental monitoring equipment of control equipment and light hygropyrexia sensor and pm2.5 detector classes, wherein, environment measuring smart machine is real-time Detection ambient parameter, and ambient parameter is fed back in 3D virtual scenes, realize the ring measured by intellectual broadcast in real time to user Border parameter, such as air quality, ambient temperature and ambient humidity parameter;And execution step 13;

Wherein, the list of devices is the mapping of access device, and there is each equipment unique VE-ID, VE-ID to be Equipment be successfully accessed after object access-in management platform be its distribution unique mark.

Step 13, virtual 3D equipment are associated with real controllable device;

In order to the indifference for realizing virtual 3D equipment and real world devices is operated, by the equipment in the said equipment list one by one and Virtual 3D equipment association, i.e.,:Virtual 3D equipment corresponding with real equipment, 3D Virtual Intelligent household exchange methods is selected to be adopted Interactive system give the VE-ID consistent with real world devices by this virtual 3D equipment, you can complete to associate;Execution step ten Four;

Step 14, perform function module

Functional module is made up of Roaming control, contextual model intelligent recommendation, and wherein Roaming control refers to user to roam To virtual building model control device, contextual model intelligent recommendation is the friendship adopted by 3D Virtual Intelligent household exchange methods to mode Mutually system obtains the result intelligent recommended user of environmental monitoring smart machine such as light hygropyrexia sensor, pm2.5 detectors in real time Related contextual model such as " windowing is ventilative " pattern, " leaving home " pattern

Roaming control:

Roaming control is for the scene for reappearing operation equipment in reality to greatest extent;User is by controlling the void in scene Anthropomorphic thing so that among virtual portrait roves 3D virtual scenes, is placed in the control point of required controlling equipment, and user enters to which Row control.

Contextual model is recommended:

In order to provide the user with more healthy living environment, the interaction system adopted by 3D Virtual Intelligent household exchange methods Is united and the environment measuring smart machine such as light hygropyrexia sensor, pm2.5 detectors by having accessed is obtained true environment in real time The for example current luminosity of parameter, temperature, humidity, air quality, the then interaction adopted by 3D Virtual Intelligents household exchange method System passes through comprehensive analysis, to a kind of love knot pattern of user's intelligent recommendation, such as when 3D Virtual Intelligent household exchange methods are adopted Interactive system gets current temperature in 22 degrees Celsius to 28 degrees Celsius, and the value of pm2.5 is when being less than 100, while Seize and get the intelligent curtain for currently having accessed and be closed, the now friendship adopted by 3D Virtual Intelligents household exchange method Mutually system is analyzed by above parametric synthesis, and recommended user uses " ventilative ventilation " pattern, make environment that user lives more with Harmonious health.

User selects 2 kinds of above-mentioned patterns to be configured and manipulate according to self-demand;

So far, 3D Virtual Intelligent household Detection & Controling are completed.

In sum, presently preferred embodiments of the present invention is these are only, is not intended to limit protection scope of the present invention. All any modification, equivalent substitution and improvements within the spirit and principles in the present invention, made etc., should be included in the present invention's Within protection domain.

Claims (3)

1. a kind of 3D Virtual Intelligents household exchange method, it is characterised in that
Object is accessed and management platform, accesses Internet of Things for object under environment of internet of things;
Smart machine:For can intelligentized control method fitment and enviromental monitoring equipment;
User's smart machine storehouse:Each user has a smart machine storehouse, deposits this user and is patted by object access tube The smart machine that platform is accessed;
Specifically include following steps:
Step one, system initialization:
Loading include user profile, virtual model library address, the configuration file of user's smart machine storehouse high in the clouds address beyond the clouds;
Step 2, loading 3D building model types:
The long-range Json data for obtaining 3D building model types, the interactive system adopted by 3D Virtual Intelligent household exchange methods are entered Row parsing, and user is presented to tabular form, user determines 3D building model types according to house parameter;
Step 3, selection 3D house styles:
The Json data of remote loading 3D house styles, the interactive system adopted by 3D Virtual Intelligent household exchange methods are solved Analysis, and user is presented in the form of a list, user selects the built-in style in its house in lists according to self-demand, it is determined that 3D house styles;
Step 4, selection 3D mock-up funitures:
User is the built-in style in house, furniture functions and intelligent level according to self-demand, determines 3D mock-up funitures;
Step 5, model of element space allocation:
User carries out locus adjustment to unit 3D dummy models according to self-demand by way of dragging;
Step 6, the process of material texture mapping:
User selects material and pinup picture color matching in lists, determines material texture mapping according to self-demand;
Step 7, preservation scenario simulation:
User is by step 2 is to the house pattern selected in step 6, mock-up funiture, putting position, material, texture and matches somebody with somebody Color is preserved, and carries out scenario simulation, and during scenario simulation is carried out, user passes through adjusting ambient atmosphere so as to observe The overall effect of 3D virtual scenes;
Step 8, judge and apply:
User is adjusted according to the 3D virtual scene whole structures for showing;If 3D virtual furnishings are mismatched with whole structure, Then return to step four is carried out readjusting execution step seven after selection 3D virtual furnishings models;If the position pendulum of 3D virtual furnishings Put and whole structure is mismatched, then return to step five is carried out readjusting execution step seven after the putting position of furniture;If material The collocation of matter, texture and color matching and whole structure are mismatched, then carry out readjusting selection material, texture by return to step six And execution step seven after color matching;Otherwise, by execution step nine;
Step 9, the structure for completing 3D virtual scenes:
Above-mentioned model information and 3D virtual scenes information and model space positional information and pinup picture template are preserved to local, together When be uploaded to high in the clouds;The smart machine directly invoked in smart machine storehouse and 3D Virtual Intelligent device models are entered by 3D scenario buildings Row association, then by execution step ten;
Step 10, loading smart machine storehouse:
Existing equipment in remote loading smart machine storehouse, wherein, each equipment has unique VE-ID;System analysis are returned The Json data returned, and user interface is presented in the form of list of devices;Wherein, the environment measuring intelligence in smart machine storehouse Equipment is used for real-time detection ambient parameter, and ambient parameter is fed back in 3D virtual scenes, realizes that intelligence is broadcast to user in real time The measured ambient parameter of report;And execution step 11;
Step 11, virtual 3D equipment are associated with real controllable device;
In order to the indifference for realizing virtual 3D equipment and real world devices is operated, by the equipment in the said equipment list one by one and virtually 3D equipment is associated, i.e.,:Select virtual 3D equipment corresponding with real equipment, the friendship adopted by 3D Virtual Intelligent household exchange methods Mutually this virtual 3D equipment is given the VE-ID consistent with real world devices by system, you can complete association;Execution step 12;
Step 12, perform function module
Functional module is made up of Roaming control, contextual model intelligent recommendation;
Wherein Roaming control is used for user in the way of roaming to virtual building model control device;User is by controlling in scene Virtual portrait so that among virtual portrait roves 3D virtual scenes, be placed in the control point of required controlling equipment, user couple Which is controlled;
Contextual model intelligent recommendation refers to that the interactive system adopted by 3D Virtual Intelligent household exchange methods obtains environment prison in real time The contextual model of the result intelligent recommended user correlation for surveying smart machine;
User selects Roaming control or contextual model intelligent recommendation to be configured and manipulate according to self-demand.
2. 3D Virtual Intelligents household exchange method as claimed in claim 1, it is characterised in that user may be used also in the step 6 With by texturing hard board, by the collocation to texture, figure and material, the Composite stricture of vagina in texturing hard board Reason pinup picture.
3. 3D Virtual Intelligents household exchange method as claimed in claim 1, it is characterised in that true environment in the step 9 There are no the 3D virtual furnishings selected in above-mentioned virtual environment, then may be selected what 3D Virtual Intelligent household exchange methods were adopted On-line purchase in interactive system, which concretely comprises the following steps:
Step 1, purchase:
User according to the furniture selected under above-mentioned virtual environment, by way of on-line purchase, according to the family preserved in step 7 Tool, selects required product type, color and style, and execution step 2;
Step 2, smart machine is registered to object access-in management platform:
By the object access-in management platform based on Internet of Things general system framework, above-mentioned purchase object is accessed, while object connects Enter the ID that management platform is that this object distributes a unique pseudo-entity, i.e.,:VE-ID;Execution step ten.
CN201410748900.4A 2014-12-09 2014-12-09 A kind of 3D Virtual Intelligents household exchange method CN104536397B (en)

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