CN103019201B - Remote control method and device based on three-dimensional virtual scene - Google Patents
Remote control method and device based on three-dimensional virtual scene Download PDFInfo
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- CN103019201B CN103019201B CN201210515092.8A CN201210515092A CN103019201B CN 103019201 B CN103019201 B CN 103019201B CN 201210515092 A CN201210515092 A CN 201210515092A CN 103019201 B CN103019201 B CN 103019201B
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- Y—GENERAL 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
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- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
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- Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]
Abstract
An embodiment of the invention discloses a remote control method and a device based on a three-dimensional virtual scene. The method includes generating a three-dimensional operation interface according to a scene device; operating the scene device through the three-dimensional operation interface; receiving operation results fed back after entity operation of the scene device; and displaying the operation results through the three-dimensional effect. According to the remote control method and the device, centralized control to the scene device can be achieved remotely, the operation results can be displayed through the three-dimensional effect, and three-dimensional visualization management of the scene device can be achieved.
Description
Technical field
The embodiment of the present invention relates to field of intelligent control, is specifically related to a kind of long-range control method based on three-dimensional virtual scene and device.
Background technology
Along with the development of computing machine, computer application territory is more and more wider, and the intelligence degree of equipment is also more and more higher.In the middle of these smart machines, use centralized control system that is dissimilar, difference in functionality more or less, be used for carrying out centralized control.These centralized control systems can simplify the operation of user, and use easily.
Suppose that the equipment that will control has at a multi-functional conference room: projector, video showing platform, video disc player, the light, sound equipment, electrically driven curtain, electronic screen etc. in room.These controlled devices all with the needs of conference agenda before meeting or in meeting, opened singly or close, and these operations will will affect the continuity of meeting.Utilize computer technology, Based Intelligent Control and centralized management can be carried out with the controlled device of centralized control system to original decentralised control and management.Use centralized control system to manage the said equipment, just need not walk up and down, in a place, just can complete whole control.
But in existing technology, centralized control system just manages with the software of two dimension and controls.The software of two dimension can manage concentratedly equipment and control, but can not the running status of dynamically display device, dynamically cannot generate the operation interface arranged simultaneously.Therefore, two-dimentional software has been difficult to meet user and has carried out central controlled demand.
Summary of the invention
Embodiments provide a kind of long-range control method based on three-dimensional virtual scene and device, long-rangely can carry out centralized control to scene device, and with 3-D effect Dynamic Announce equipment operation result, realize managing the three-dimensional visualization of scene device.
The long-range control method based on three-dimensional virtual scene that the embodiment of the present invention provides, comprising:
Three-dimensional operating interface is generated according to scene device;
By described three-dimensional operating interface, described scene device is operated;
Receive the operating result fed back after described scene device carries out physical operation;
Described operating result is shown with 3-D effect.
Alternatively, described according to scene device generate three-dimensional operating interface comprise:
Solid modelling is carried out to scene;
Scene set functions of the equipments table and layout;
Application service end to scene device sends the instruction of scene device feature list, and sends the instruction of described scene device feature list by described application service end to scene device;
Receive the feature list that described application service end sends, described feature list is generated according to the allocation list of the instruction of described scene device feature list, scene device information and this locality by described application service end;
Three-dimensional operating interface is generated according to described feature list.
Alternatively, described scene set functions of the equipments table and layout comprise:
By configuration xml file, described scene device menu and layout are set.
Alternatively, described application service end sends the instruction of described scene device feature list by serial ports or tcq agreement to scene device.
Alternatively, described by three-dimensional operating interface described scene device operated after and described reception scene device carry out physical operation after also comprise before the operating result that feeds back:
To described application service end transmit operation instruction, and generated the protocol instructions controlling scene device according to scene device by described application service end.
Alternatively, described generation after three-dimensional operating interface according to scene device also comprises:
Described scene is monitored;
Describedly monitoring carried out to scene comprise:
Receive the scene device status information that described application service end sends;
Described scene device status information is shown with 3-D effect;
The scene device state that described scene device status information is complained to according to scene device by application service end, and generate from local configuration information retrieval scene device positional information;
Described scene device state notifies to complain to by scene device active notification or by Three-dimensional Control System.
Alternatively, described method also comprises:
Judge that whether scene device status information is consistent with the scene device status information preset, if not, then send warning information by preset alarm mode.
Alternatively, described generation after three-dimensional operating interface according to scene device also comprises:
Preset contextual model;
Select described contextual model;
Scene device is controlled according to the contextual model selected.
The remote control based on three-dimensional virtual scene that the embodiment of the present invention provides, comprising:
Generation unit: for generating three-dimensional operating interface according to scene device;
Operating unit: for being operated described scene device by described three-dimensional operating interface;
Receiving element: for receiving the operating result fed back after scene device carries out physical operation;
Display unit: for showing described operating result with 3-D effect.
Alternatively, described device also comprises:
Transmitting element, for application service end transmit operation instruction, and is generated the protocol instructions controlling scene device according to scene device by described application service end;
Monitoring unit, for monitoring described scene;
Described monitoring unit comprises reception subelement and shows subelement;
The scene device status information that described reception subelement sends for receiving described application service end;
Described displaying subelement is used for showing described scene device status information with 3-D effect.
Alternatively, described device also comprises:
Pattern presets unit, for default contextual model;
Mode selecting unit, for selecting described contextual model;
Mode controlling unit, for controlling scene device according to the contextual model selected.
In the embodiment of the present invention, first three-dimensional operating system generates three-dimensional operating interface according to scene device, then the scene device on described three-dimensional operating interface is operated, scene device can be reacted according to three-dimensional manipulating instruction, and to three-dimensional operating system feedback operation result, last three-dimensional operating system can show aforesaid operations result with 3-D effect.So long-rangely centralized control can be carried out to scene device, and with 3-D effect Dynamic Announce equipment operation result, realize managing the three-dimensional visualization of scene device, the Efficiency and accuracy of scene device management can be improved, meet user and carry out central controlled demand.
Accompanying drawing explanation
Fig. 1 is the long-range control method first embodiment process flow diagram based on three-dimensional virtual scene in the embodiment of the present invention;
Fig. 2 is the long-range control method second embodiment process flow diagram based on three-dimensional virtual scene in the embodiment of the present invention;
Fig. 3 is the remote control example structure figure of three-dimensional virtual scene in the embodiment of the present invention.
Embodiment
Embodiments provide a kind of long-range control method based on three-dimensional virtual scene and device, long-rangely can carry out centralized control to scene device, and with 3-D effect Dynamic Announce equipment operation result, realize managing the three-dimensional visualization of scene device.
Refer to Fig. 1, the first embodiment based on the long-range control method of three-dimensional virtual scene in the embodiment of the present invention comprises:
101, three-dimensional operating interface is generated according to scene device;
Before to the equipment operating inside scene, by the device virtualization inside scene, then can generate three-dimensional operating interface.
102, by three-dimensional operating interface, scene device is operated;
Three-dimensional operating interface be based on scene inside equipment generate, the equipment therefore on three-dimensional operating interface and entity device are corresponding, so can be operated scene device by three-dimensional operating interface.
103, the operating result fed back after scene device carries out physical operation is received;
After scene device carries out physical operation, can to three-dimensional operating system feedback operation result, scene device can be comprised inside above-mentioned operating result and carry out the aspects such as state before and after physical operation and time.
104, operating result is shown with 3-D effect.
After the operating result of three-dimensional operating system receiving entity equipment feedback, operating result can be carried out 3-D display, such as, when there being electric screen in scene, can three-dimensional simulation electric screen motion process and final result of moving.
In the embodiment of the present invention, first three-dimensional operating system generates three-dimensional operating interface according to scene device, then the scene device on described three-dimensional operating interface is operated, scene device can be reacted according to three-dimensional manipulating instruction, and to three-dimensional operating system feedback operation result, last three-dimensional operating system can show aforesaid operations result with 3-D effect.So long-rangely centralized control can be carried out to scene device, and with 3-D effect Dynamic Announce equipment operation result, realize managing the three-dimensional visualization of scene device, the Efficiency and accuracy of scene device management can be improved, meet user and carry out central controlled demand.
Simply describe the first embodiment of the long-range control method that the present invention is based on three-dimensional virtual scene above, below the second embodiment of the long-range control method that the present invention is based on three-dimensional virtual scene is described in detail, refer to Fig. 2, long-range control method second embodiment based on three-dimensional virtual scene in the embodiment of the present invention comprises:
201, three-dimensional operating interface is generated according to scene device;
Before to the equipment operating inside scene, by the device virtualization inside scene, then can generate three-dimensional operating interface.Concrete generative process can be: first three-dimensional operating system carries out solid modelling to scene, comprises scene device inside by scene and scene itself is virtualized into model; Then scene set functions of the equipments table and layout, can by configuration xml file, and arrange and layout control room functions of the equipments table, above-mentioned layout can be imitated the position of scene device in scene and be carried out, and also can carry out according to easy to operate principle; After modeling and layout complete, the instruction of scene device feature list can be sent to the application service end of scene device, and send the instruction of scene device feature list by application service end to scene device, the instruction of the said equipment feature list can be sent to equipment by serial ports or tcp agreement by application service end, to be used for systematic function list; Application service end can according to the allocation list systematic function list of the instruction of scene device feature list, scene device information and this locality, three-dimensional operating system just can generate three-dimensional operating interface according to feature list after receiving the feature list of described application service end transmission.
202, by described three-dimensional operating interface, scene device is operated;
Three-dimensional operating interface be based on scene inside equipment generate, the equipment therefore on three-dimensional operating interface and entity device are corresponding, so can be operated scene device by three-dimensional operating interface.
203, to application service end transmit operation instruction, and the protocol instructions controlling scene device is generated according to scene device by application service end;
After user to be operated scene device by three-dimensional operating interface, three-dimensional operating system can to application service end transmit operation instruction, what above-mentioned operational order characterized is the operation of user to scene device, after application service termination receives operational order, the protocol instructions controlling scene device can be generated according to scene device, because the design framework of different scene device is different, so application service end is also different with the adopted agreement that exchanges between scene device, thus application service end can generate the protocol instructions of different control scene device according to different scene device.
204, the operating result fed back after scene device carries out physical operation is received;
After scene device carries out physical operation, can to three-dimensional operating system feedback operation result, the content that scene device carries out the aspects such as state before and after physical operation and time can be comprised inside above-mentioned operating result.
205, operating result is shown with 3-D effect;
After the operating result of three-dimensional operating system receiving entity equipment feedback, operating result can be carried out 3-D display, such as, when there being electric screen in scene, can three-dimensional simulation electric screen motion process and final result of moving.
206, scene is monitored;
The monitoring carried out scene to be not limited in the present embodiment after step 205, after the operating result fed back after step 3-D effect displaying scene device carries out physical operation can be arranged on, can, in the whole process using three-dimensional operating system to use, also needs can be used to carry out by user.
Above-mentionedly monitoring is carried out to scene can comprise: three-dimensional operating system receives the scene device status information that described application service end sends, the scene device state that above-mentioned scene device status information is complained to according to scene device active notification or notified by Three-dimensional Control System by application service end, and generate from local configuration information retrieval scene device positional information, then three-dimensional operating system can be resolved scene device status information, finally shows the scene device status information after resolving with 3-D effect.
207, judge that whether scene device status information is consistent with the scene device status information preset, if so, then perform step 206, if not, then perform step 208;
Three-dimensional operating system receives the scene device status information that application service end sends, can judge that whether scene device status information is consistent with the scene device status information preset, if, then can illustrate that the operational order that scene device has sent by three-dimensional operating system makes correct reaction, perform step 206, otherwise can illustrate that the operational order that scene device does not send by three-dimensional operating system makes correct reaction, perform step 208, send warning information by preset alarm mode.
208, warning information is sent by preset alarm mode;
Send warning information by preset alarm mode, such as very important to some equipment, can arrange voice message, the equipment relatively so unimportant to some, can be arranged on flicker or highlighted prompting on three-dimensional operating interface.
209, contextual model is preset;
Above-mentioned contextual model can be the set of a series of operational order to scene device, user can arrange different contextual models according to different demands, such as can set mode of operation, life pattern and entertainment mode, the operational order of startup work associated scenario equipment is contained in mode of operation, contain the operational order starting the relevant scene device of life in life pattern, in entertainment mode, contain the operational order starting amusement associated scenario equipment.Before or after this step can be arranged on the multiple steps after the foundation of three-dimensional operating interface, and to be not limited in the present embodiment after step 208.
210, contextual model is selected;
211, scene device is controlled according to the contextual model selected.
After user selects complete contextual model, the contextual model that three-dimensional operating system can be selected according to user controls scene device and makes a response.
In the embodiment of the present invention, first three-dimensional operating system generates three-dimensional operating interface according to scene device, then the scene device on described three-dimensional operating interface is operated, scene device can be reacted according to three-dimensional manipulating instruction, and to three-dimensional operating system feedback operation result, then three-dimensional operating system can show aforesaid operations result with 3-D effect, and then three-dimensional operating system to the monitoring state of scene device, finally can also set and select different contextual models according to demand.Therefore long-rangely centralized control can be carried out to scene device, and with 3-D effect Dynamic Announce and watch-dog operation result, realize manage the three-dimensional visualization of scene device, contextual model add the individual demand that can meet user, the efficiency of raising user management scene device.
Above the second embodiment of the long-range control method that the present invention is based on three-dimensional virtual scene is described in detail, particularly generate the process of three-dimensional operating interface, monitor procedure and contextual model application process according to scene device, introduce the remote control embodiment that the present invention is based on three-dimensional virtual scene below, refer to Fig. 3, the Long-distance Control embodiment based on three-dimensional virtual scene in the embodiment of the present invention comprises:
Generation unit 301: for generating three-dimensional operating interface according to scene device;
Operating unit 302: for being operated described scene device by described three-dimensional operating interface;
Receiving element 303: for receiving the operating result fed back after scene device carries out physical operation;
Display unit 304: for showing described operating result with 3-D effect.
Described device also comprises:
Transmitting element 305, for application service end transmit operation instruction, and is generated the protocol instructions controlling scene device according to scene device by described application service end;
Monitoring unit 306, for monitoring described scene;
Pattern presets unit 307, for default contextual model;
Mode selecting unit 308, for selecting described contextual model;
Mode controlling unit 309, for controlling scene device according to the contextual model selected;
Described monitoring unit comprises reception subelement 3061 and shows subelement 3062;
The scene device status information that described reception subelement 3061 sends for receiving described application service end;
Described displaying subelement 3062 is for showing described scene device status information with 3-D effect.
Before to the equipment operating inside scene, can by the device virtualization inside scene, then generation unit 301 generates three-dimensional operating interface.Concrete generative process can be: first three-dimensional operating system carries out solid modelling to scene, comprises scene device inside by scene and scene itself is virtualized into model; Then scene set functions of the equipments table and layout, can by configuration xml file, and arrange and layout control room functions of the equipments table, above-mentioned layout can be imitated the position of scene device in scene and be carried out, and also can carry out according to easy to operate principle; After modeling and layout complete, the instruction of scene device feature list can be sent to the application service end of scene device, and send the instruction of scene device feature list by application service end to scene device, the instruction of the said equipment feature list can be sent to equipment by serial ports or tcp agreement by application service end, to be used for systematic function list; Application service end can according to the allocation list systematic function list of the instruction of scene device feature list, scene device information and this locality, three-dimensional operating system just can generate three-dimensional operating interface according to feature list after receiving the feature list of described application service end transmission.
Above-mentioned three-dimensional operating interface be based on scene inside equipment generate, the equipment therefore on three-dimensional operating interface and entity device are corresponding, so operating unit 302 can be operated scene device by three-dimensional operating interface.
After user to be operated scene device by three-dimensional operating interface, transmitting element 305 can to application service end transmit operation instruction, what above-mentioned operational order characterized is the operation of user to scene device, after application service termination receives operational order, the protocol instructions controlling scene device can be generated according to scene device, because the design framework of different scene device is different, so application service end is also different with the adopted agreement that exchanges between scene device, thus application service end can generate the protocol instructions of different control scene device according to different scene device.
After scene device carries out physical operation, can to three-dimensional operating system feedback operation result, the content that scene device carries out the aspects such as state before and after physical operation and time can be comprised inside above-mentioned operating result.
After the operating result of receiving element 303 receiving entity equipment feedback, operating result can be carried out 3-D display by display unit 304, such as, when there being electric screen in scene, and can three-dimensional simulation electric screen motion process and final result of moving.
After the operating result that the monitoring that monitoring unit 306 pairs of scenes are carried out is fed back after can being arranged on and carrying out physical operation by 3-D effect displaying scene device, can, in the whole process using three-dimensional operating system to use, also needs can be used to carry out by user.
Above-mentionedly monitoring is carried out to scene can comprise: receive subelement 3061 and receive the scene device status information that described application service end sends, the scene device state that above-mentioned scene device status information is complained to according to scene device active notification or notified by Three-dimensional Control System by application service end, and generate from local configuration information retrieval scene device positional information, then three-dimensional operating system can be resolved scene device status information, finally shows that subelement 3062 3-D effect shows the scene device status information after resolving.
Receive the scene device status information that subelement 3061 receives the transmission of application service end, can judge that whether scene device status information is consistent with the scene device status information preset, if, then can illustrate that the operational order that scene device has sent by three-dimensional operating system makes correct reaction, otherwise can illustrate that the operational order that scene device does not send by three-dimensional operating system makes correct reaction, now can send warning information by preset alarm mode, such as very important to some equipment, can voice message be set, the equipment relatively so unimportant to some, flicker or highlighted prompting on three-dimensional operating interface can be arranged on.
Contextual model can be the set of a series of operational order to scene device, user can arrange different contextual models according to different demands, such as pattern presets unit 307 can set mode of operation, life pattern and entertainment mode, the operational order of startup work associated scenario equipment is contained in mode of operation, contain the operational order starting the relevant scene device of life in life pattern, in entertainment mode, contain the operational order starting amusement associated scenario equipment.This step it should be noted that, before or after can be arranged on the multiple steps after the foundation of three-dimensional operating interface.
After mode selecting unit 308 selects contextual model, the contextual model that mode controlling unit 309 can be selected according to user controls scene device and makes a response.
In the embodiment of the present invention, first generation unit 301 generates three-dimensional operating interface according to scene device, then operating unit 302 operates the scene device on described three-dimensional operating interface, scene device can be reacted according to three-dimensional manipulating instruction, and to receiving element 303 feedback operation result, then display unit 304 can show aforesaid operations result with 3-D effect, then monitoring unit 306 to the monitoring state of scene device, finally can also set and select different contextual models according to demand.Therefore long-rangely centralized control can be carried out to scene device, and with 3-D effect Dynamic Announce and watch-dog operation result, realize manage the three-dimensional visualization of scene device, contextual model add the individual demand that can meet user, the efficiency of raising user management scene device.
One of ordinary skill in the art will appreciate that all or part of step realized in above-described embodiment method is that the hardware that can carry out instruction relevant by program completes, described program can be stored in a kind of computer-readable recording medium, the above-mentioned storage medium mentioned can be ROM (read-only memory), disk or CD etc.
Above the long-range control method based on three-dimensional virtual scene provided by the present invention and device are described in detail, for one of ordinary skill in the art, according to the thought of the embodiment of the present invention, all will change in specific embodiments and applications, in sum, this description should not be construed as limitation of the present invention.
Claims (9)
1. based on a long-range control method for three-dimensional virtual scene, it is characterized in that, comprising:
Three-dimensional operating interface is generated according to scene device;
By described three-dimensional operating interface, described scene device is operated;
Receive the operating result fed back after described scene device carries out physical operation;
Described operating result is shown with 3-D effect;
Described according to scene device generate three-dimensional operating interface comprise: solid modelling is carried out to scene;
Scene set functions of the equipments table and layout;
Application service end to scene device sends the instruction of scene device feature list, and sends the instruction of described scene device feature list by described application service end to scene device;
Receive the feature list that described application service end sends, described feature list is generated according to the allocation list of the instruction of described scene device feature list, scene device information and this locality by described application service end;
Three-dimensional operating interface is generated according to described feature list.
2. the long-range control method based on three-dimensional virtual scene according to claim 1, is characterized in that, described scene set functions of the equipments table and layout comprise:
By configuration xml file, described scene device menu and layout are set.
3. the long-range control method based on three-dimensional virtual scene according to claim 1, is characterized in that, described application service end sends the instruction of described scene device feature list by serial ports or tcp agreement to scene device.
4. the long-range control method based on three-dimensional virtual scene according to claim 1, it is characterized in that, described by three-dimensional operating interface described scene device operated after and described reception scene device carry out physical operation after also comprise before the operating result that feeds back:
To described application service end transmit operation instruction, and generated the protocol instructions controlling scene device according to scene device by described application service end.
5. the long-range control method based on three-dimensional virtual scene according to claim 1, is characterized in that, described generation after three-dimensional operating interface according to scene device also comprises:
Described scene is monitored;
Describedly monitoring carried out to scene comprise:
Receive the scene device status information that described application service end sends;
Described scene device status information is shown with 3-D effect;
The scene device state that described scene device status information is complained to according to scene device by application service end, and generate from local configuration information retrieval scene device positional information;
Described scene device state notifies to complain to by scene device active notification or by Three-dimensional Control System.
6. the long-range control method based on three-dimensional virtual scene according to claim 5, is characterized in that, described method also comprises:
Judge that whether scene device status information is consistent with the scene device status information preset, if not, then send warning information by preset alarm mode.
7. the long-range control method based on three-dimensional virtual scene according to claim 1, is characterized in that, described generation after three-dimensional operating interface according to scene device also comprises:
Preset contextual model;
Select described contextual model;
Scene device is controlled according to the contextual model selected.
8. based on a remote control for three-dimensional virtual scene, it is characterized in that, comprising:
Generation unit: for generating three-dimensional operating interface according to scene device;
Operating unit: for being operated described scene device by described three-dimensional operating interface;
Receiving element: for receiving the operating result fed back after scene device carries out physical operation;
Display unit: for showing described operating result with 3-D effect;
Described generation unit, specifically for carrying out solid modelling to scene, scene set functions of the equipments table and layout, application service end to scene device sends the instruction of scene device feature list, and send the instruction of described scene device feature list by described application service end to scene device, receive the feature list that described application service end sends, described feature list is generated according to the allocation list of the instruction of described scene device feature list, scene device information and this locality by described application service end, generates three-dimensional operating interface according to described feature list.
9. the remote control based on three-dimensional virtual scene according to claim 8, is characterized in that, described device also comprises:
Transmitting element, for application service end transmit operation instruction, and is generated the protocol instructions controlling scene device according to scene device by described application service end;
Monitoring unit, for monitoring described scene;
Described monitoring unit comprises reception subelement and shows subelement;
The scene device status information that described reception subelement sends for receiving described application service end;
Described displaying subelement is used for showing described scene device status information with 3-D effect.
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| CN105357243B (en) * | 2014-08-22 | 2018-10-09 | Tcl集团股份有限公司 | A kind of method and apparatus with internet of things equipment remote interaction |
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| CN102497568A (en) * | 2011-12-15 | 2012-06-13 | 重庆埃默科技有限责任公司 | Interactive three-dimensional virtual scene and visualized information integrating system |
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|---|---|
| CN103019201A (en) | 2013-04-03 |
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