CN106844742A - A kind of geographical visualized management method of 3D virtual computer rooms and system - Google Patents
A kind of geographical visualized management method of 3D virtual computer rooms and system Download PDFInfo
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Abstract
The invention discloses the geographical visualized management method of 3D virtual computer rooms, including：Receive the visible instructions of input；Wherein, the visible instructions browse visible instructions, key index visible instructions, the instruction of link relationship visualization, multiple data centers visible instructions including zonally-graded；Corresponding visualization target is determined from 3D virtual data center databases according to the visible instructions, and the visualization target is shown with 3D rendering；By data center's digitization, integrated by visual management method, be converted into intuitively true bright and clear real scene, make problem data very clear, i.e., by earth stereoscopic full views pattern, vivid, directly perceived, interactive is realized cross-region information interchange；The pusher region of stratification browses and flexile data acquisition interactive mode；The invention also discloses the geographical visualized management system of 3D virtual computer rooms, with above-mentioned beneficial effect.
Description
Technical field
The present invention relates to technical field of data processing, more particularly to a kind of geographical visualized management method of 3D virtual computer rooms and
System.
Background technology
Data center is developed so far, the history passed by 50 years.Data center is with mainframe as core at the initial stage
The centralization epoch, with developing rapidly for large scale integrated circuit, IT patterns gradually by concentrate move towards be distributed, IT architecture also because
This is increasingly complicated, and the new hotspot designation such as cloud computing, big data data center and slowly moves towards centralization, encapsulation recently
Trend.
Must divide long in this conjunction, under the overall background that point must be closed long, will be all the more between each data center it is close, how
Differentiated control data center is visualized with interaction 3D virtual interactive interfaces technology directly perceived, is that those skilled in the art need to solve
Technical problem.
The content of the invention
It is an object of the invention to provide a kind of geographical visualized management method of 3D virtual computer rooms and system, each level model is realized
Interior node is enclosed, 3D directly perceived, interactive checks and manage each information node of trans-regional distribution, improve enterprise to some data
Center integration Management efficiency.
In order to solve the above technical problems, the present invention provides a kind of geographical visualized management method of 3D virtual computer rooms, including：
Receive the visible instructions of input；Wherein, the visible instructions browse visible instructions including zonally-graded, close
Key index visible instructions, the instruction of link relationship visualization, multiple data centers visible instructions；
Corresponding visualization target is determined from 3D virtual data center databases according to the visible instructions, and with 3D
Image shows the visualization target.
Optionally, the construction method of the 3D virtual data centers database, including：
The longitude and latitude degrees of data and actual geographic environmental information of data center are specified in input；
Visual 3D rendering is formed according to the longitude and latitude degrees of data and the actual geographic environmental information.
Optionally, the construction method of the 3D virtual data centers database also includes：
Receive the display configuration information of input；
It is visualization back end to set corresponding back end according to the display configuration information.
Optionally, when the visible instructions browse visible instructions for zonally-graded, according to the visible instructions
Corresponding visualization target is determined from 3D virtual data center databases, and the visualization target is shown with 3D rendering, wrapped
Include：
Visible instructions are browsed according to the zonally-graded and determines browsing area；
Visualization back end corresponding with the browsing area is determined from 3D virtual data center databases；
The corresponding 3D rendering of the visualization back end is shown in the way of database or icon.
Optionally, when the visible instructions are key index visible instructions, according to the visible instructions from 3D
Corresponding visualization target is determined in virtual data center database, and the visualization target is shown with 3D rendering, including：
Determine monitor control index according to the key index visible instructions；
Determine from 3D virtual data center databases it is corresponding visualization back end in it is relative with the monitor control index
Answer region；
The 3D rendering in display region corresponding with the monitor control index.
Optionally, when the visible instructions are that link relationship visualization is instructed, according to the visible instructions from 3D
Corresponding visualization target is determined in virtual data center database, and the visualization target is shown with 3D rendering, including：
Monitor area is determined according to link relationship visualization instruction；
The network in the corresponding visualization back end of the monitor area is determined from 3D virtual data center databases
Link data；
Show the 3D network link images generated according to the network link data.
Optionally, when the visible instructions be multiple data centers visible instructions when, according to the visible instructions from
Corresponding visualization target is determined in 3D virtual data center databases, and the visualization target is shown with 3D rendering, including：
Determine corresponding visualization back end according to the multiple data centers visible instructions；
The 3D rendering of the visualization back end is determined from 3D virtual data center databases and is shown.
Optionally, this programme also includes：
When the selected instruction of input is received, display 3D virtual emulation management scenes.
The present invention also provides a kind of geographical visualized management system of 3D virtual computer rooms, including：
Receiver module, the visible instructions for receiving input；Wherein, the visible instructions are browsed including zonally-graded
Visible instructions, key index visible instructions, the instruction of link relationship visualization, multiple data centers visible instructions；
Display module, it is corresponding visual for being determined from 3D virtual data center databases according to the visible instructions
Change target, and the visualization target is shown with 3D rendering.
Optionally, the display module, including：
Zonally-graded browses visualization, and browsing area is determined for browsing visible instructions according to the zonally-graded
Domain；Visualization back end corresponding with the browsing area is determined from 3D virtual data center databases；Will be described visual
Change the corresponding 3D rendering of back end to be shown in the way of database or icon；
Key index visualization, for determining monitor control index according to the key index visible instructions；It is empty from 3D
Intend determining region corresponding with the monitor control index in corresponding visualization back end in data center；Display and institute
State the 3D rendering in the corresponding region of monitor control index；
Link relationship visualization unit, for determining monitor area according to link relationship visualization instruction；It is empty from 3D
Intend the network link data determined in the corresponding visualization back end of the monitor area in data center；Display root
According to the 3D network link images that the network link data is generated；
Multiple data centers visualization, for determining corresponding visualization according to the multiple data centers visible instructions
Back end；The 3D rendering of the visualization back end is determined from 3D virtual data center databases and is shown.
A kind of geographical visualized management method of 3D virtual computer rooms provided by the present invention, including：Receive the visualization of input
Instruction；Wherein, the visible instructions browse visible instructions including zonally-graded, and key index visible instructions, link is closed
It is visible instructions, multiple data centers visible instructions；According to the visible instructions from 3D virtual data center databases
Determine corresponding visualization target, and the visualization target is shown with 3D rendering；
It can be seen that, the method is integrated data center's digitization by visual management method, is converted into intuitively true
Real bright and clear real scene, makes problem data very clear, i.e., by earth stereoscopic full views pattern, image, reality directly perceived, interactive
Existing cross-region information interchange；The pusher region of stratification browses and flexile data acquisition interactive mode；Realize each layer
Node in the range of level, 3D directly perceived, interactive checks and manages each information node of trans-regional distribution, improves enterprise to some
Data center's integration Management efficiency；Present invention also offers the geographical visualized management system of 3D virtual computer rooms, have with above-mentioned
Beneficial effect, will not be repeated here.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
The accompanying drawing to be used needed for having technology description is briefly described, it should be apparent that, drawings in the following description are only this
Inventive embodiment, for those of ordinary skill in the art, on the premise of not paying creative work, can also basis
The accompanying drawing of offer obtains other accompanying drawings.
The flow chart of the geographical visualized management method of 3D virtual computer rooms that Fig. 1 is provided by the embodiment of the present invention；
The structured flowchart of the geographical visualized management system of 3D virtual computer rooms that Fig. 2 is provided by the embodiment of the present invention.
Specific embodiment
Core of the invention is to provide a kind of geographical visualized management method of 3D virtual computer rooms and system, realizes each level model
Interior node is enclosed, 3D directly perceived, interactive checks and manage each information node of trans-regional distribution, improve enterprise to some data
Center integration Management efficiency.
To make the purpose, technical scheme and advantage of the embodiment of the present invention clearer, below in conjunction with the embodiment of the present invention
In accompanying drawing, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is
A part of embodiment of the present invention, rather than whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art
The every other embodiment obtained under the premise of creative work is not made, belongs to the scope of protection of the invention.
The present embodiment can see, it is true and it is convenient represent trans-regional data information management, realized using virtual reality technology
Data center's state and information are checked, such as the present embodiment can be realized using newest Html5 and JavaScript technologies should
Method, specifically refer to Fig. 1, the stream of the geographical visualized management method of 3D virtual computer rooms that Fig. 1 is provided by the embodiment of the present invention
Cheng Tu；The method can include：
S100, the visible instructions for receiving input；Wherein, visible instructions browse visible instructions including zonally-graded,
Key index visible instructions, the instruction of link relationship visualization, multiple data centers visible instructions；
S110, corresponding visualization target is determined from 3D virtual data center databases according to visible instructions, and with
3D rendering display visualization target.
Specifically, in order that user can view the 3D data of target data node, so as to realize to back end
Check and manage.Therefore, the present embodiment first has to form a 3D virtual data center database.In the 3D virtual data centers
Need to record the 3D data of each back end (i.e. data center) in database.Here 3D datas are more accurate, follow-up prison
Pipe is more true and reliable.The source of back end can be the true geographic scenes of back end in 3D virtual data center databases
Data.The geographical location information of back end position can for example be included, the position letter of each server in back end
Geographical environment information of data center such as breath sequencing information etc..I.e. using input or lead-in mode binding and corresponding data center
Scene, the geographic information data of model.Optional in the present embodiment, the construction method of 3D virtual data center databases can be with
Including：
The longitude and latitude degrees of data and actual geographic environmental information of data center are specified in input.
Visual 3D rendering is formed according to longitude and latitude degrees of data and actual geographic environmental information.
Specifically, the speed that 3D virtual data center databases are built to further improve can also be said process point
Do not carried out simultaneously in front and back end.For example backstage is input into or imports longitude and latitude and actual geographic that the scene is truly distributed in the earth
Environmental information；Background analysis data are transferred in front end, carry out integrated and do visual image treatment.
Further for the demand that raising user is managed concentratedly to each back end, and realize flexible control pipe
Whether reason quantity purpose, can also set data center can in 3D virtual computer room geography in the 3D virtual data center database kinds
Depending on being shown in change management system.That is User Defined addition or one data center of management or some data centers exists
Whether shown on (similar Google Earth) on earth stereoscopic full views, to realize the geographical visualized management of 3D computer rooms.Specifically set
Confidence breath can specify the data center that need not be shown, can also be the data center for specifying and needing to be shown,
Or for whether each data center sets a flag for showing, the data center is determined by recognizing the flag
Whether show.The present embodiment is not defined to this.Generally, the data center of typing be all desirable to it is monitored,
It is therefore preferred that receiving the display configuration information of input；It is visualization to set corresponding back end according to display configuration information
Back end.
User can realize the centralized management to back end by being input into different visible instructions in the present embodiment.
Here visible instructions can browse visible instructions including zonally-graded, key index visible instructions, and link relation can
Instructed depending on changing, multiple data centers visible instructions.User can browse visible instructions and realize to monitored space by zonally-graded
The selection in domain；The selection to monitoring objective is realized by key index visible instructions；Instructed by link relationship visualization real
Now the link for specifying data center is monitored；Selected data center is monitored by multiple data centers visible instructions
Check.
Specifically, when visible instructions browse visible instructions for zonally-graded, it is virtual from 3D according to visible instructions
Corresponding visualization target is determined in data center, and with 3D rendering display visualization target, including：
Visible instructions are browsed according to zonally-graded and determines browsing area.
Visualization back end corresponding with browsing area is determined from 3D virtual data center databases.
The corresponding 3D rendering of back end will be visualized to be shown in the way of database or icon.
Wherein, in the present embodiment the geographical visualized management method of 3D virtual computer rooms with 3D environment viewing skills directly perceived interactive
Art, rank is browsed, country level is browsed, provinces and regions rank is browsed, urban district rank is browsed, garden level in the hierarchical progressive realization whole world
(data center) is browsed, and the back end in the range of each level is successively represented with icon mode or database mode.That is user
Browsing area can be selected (for example to want to realize that accurate checking can choose browsing for garden rank according to the regulatory requirement of itself
Region, it is desirable to realize that the overall situation checks the browsing area that can select global rank or country level).It is determined that behind browsing area just
Can determine there are how many data center in the region according to the geographical location information of each data center, can further determine
Here which is visualization data center (visualizing back end) in data center.It is determined that after will visualize back end pair
The 3D rendering answered shown, due to when the selected browsing area of user is larger, the back end quantity in browsing area
A lot, therefore it can be shown by way of database or icon, is checked so that user carries out next step.
Specifically, when visible instructions are key index visible instructions, according to visible instructions from 3D virtual datas
Corresponding visualization target is determined in central database, and with 3D rendering display visualization target, including：
Determine monitor control index according to key index visible instructions.
Area corresponding with monitor control index in corresponding visualization back end is determined from 3D virtual data center databases
Domain.
The 3D rendering in display region corresponding with monitor control index.
Wherein, the present embodiment is not defined to key index.Its state, flow, the energy that can include each layer link
Consumption etc..
For example in the present embodiment the geographical visualized management method of 3D virtual computer rooms is realized on earth stereoscopic full views (similar
Google Earth), push away near layer by layer, the key index situation such as state, flow, the energy consumption of each layer link of classification inquiry, and with prison
Control visualization model is integrated, with the visual modes of 3D, the transmission situation and on off operating mode of dynamic displaying link.I.e. according to key
Index visible instructions determine key index monitoring range, and by the range of the 3D rendering of the back end in the range of this or this
Whole 3D rendering is shown or is shown the 3D rendering of the corresponding index of back end in the range of this.
Specifically, when visible instructions are that link relationship visualization is instructed, according to visible instructions from 3D virtual datas
Corresponding visualization target is determined in central database, and with 3D rendering display visualization target, including：
Monitor area is determined according to the instruction of link relationship visualization.
The network link in the corresponding visualization back end of monitor area is determined from 3D virtual data center databases
Data.
Show the 3D network link images generated according to network link data.
Wherein, the geographical visualized management method of 3D virtual computer rooms is realized on earth stereoscopic full views (being similar in the present embodiment
Google Earth), the earth can with 360 ° rotation, can layer by layer push away near to various countries and corresponding cities and counties of province, by link relation
Visible instructions, in the visual modes of 3D, classification represents and checks the network link and business relations of each hierarchy node.That is basis
The instruction of link relationship visualization can determine monitor area, and show the corresponding 3D network links image of the monitor area.It is to use
Family can be clearly seen that the Link State of the data center in the monitor area.
Specifically, when visible instructions are multiple data centers visible instructions, virtually being counted from 3D according to visible instructions
According to determining corresponding visualization target in central database, and with 3D rendering display visualization target, including：
Determine corresponding visualization back end according to multiple data centers visible instructions.
The 3D rendering of visualization back end is determined from 3D virtual data center databases and is shown.
Wherein, the geographical visualized management method of 3D virtual computer rooms is realized on earth stereoscopic full views (being similar in the present embodiment
Google Earth), the nodes at different levels on earth interface can suspend and the node scene sectional drawing (data center's design sketch) occur.
I.e. multiple data centers visible instructions determine corresponding visualization back end, and show the 3D figures of the visualization back end
Picture.
It can also further be controlled when user sees the back end.For example can be by clicking on scene
Design sketch enters the 3D virtual emulations management scene of the data center or back end, to realize checking that the 3D for browsing computer room is virtual
Environment etc..It is i.e. eligible, also include under multiple data centers visible instructions：Selected instruction.The choosing of input ought be received
When instructing surely, display 3D virtual emulation management scenes.So as to user can enter into the virtual emulation management scene under to the number
It is managed according to node and is controlled.The present embodiment does not limit the particular content of specific management and control.
Above-mentioned zone classification browses visible instructions, and key index visible instructions, link relationship visualization instruction is most
Be can be used alone according to central visualization instruction, it is also possible to which superposition is used.User can be improved during use is superimposed to enter
The efficiency of row management, is easy to user quickly to determine monitoring objective, to be easy to user to be changed in monitor areas at different levels.For example
User can select to realize checking for back end quantity in the browsing area of national rank, and direct access should after checking
Whether the key index of each back end is normal in region, it is possible to when noting abnormalities, and directly conversion browsing area for example becomes
For checking for line link relation is entered in the region of garden rank, and it is determined that after fault data node, directly by multiple data centers
The failure that visible instructions carry out individual data node into the back end is checked and managed.
Illustrate the geographical visualized management method of 3D virtual computer rooms implements process：Will each need carry out
Visualizing the back end of display carries out the importing of geography information, and is analyzed determination visualization according to the instruction of user input
Content, eventually needs to carry out visual content to carry out 3D visual presentations, realizes checking back end in order to user
And management.The geographical visualized management method of 3D virtual computer rooms realizes integrated data center management mode, lifting information transmission effect
Rate, realizes the global control of data center.
Further the geographical visualized management method of 3D virtual computer rooms not only can show correspondence according to user input instruction
3D rendering, such as it is integrated in WEB page and realize 3D virtual data centers geographical location information displaying.To can also look into
The situation of the back end seen in region is shown in the form of data sheet.Such as back end bad data displaying etc..
For example can be with model of place displaying, exhibiting data reporting form, umber of defectives in WEB3D virtual emulation data center machine room environment
According to displaying etc..
Based on above-mentioned technical proposal, the geographical visualized management method of 3D virtual computer rooms provided in an embodiment of the present invention, by number
According to centre data, integrated by visual management method, be converted into intuitively true bright and clear real scene, allowed problem
Data are very clear, i.e., by earth stereoscopic full views pattern, vivid, directly perceived, interactive realizes cross-region information interchange；Stratification
Pusher region browses and flexile data acquisition interactive mode；The node in the range of each level is realized, it is directly perceived, interactive
3D check and manage each information node of trans-regional distribution, improve enterprise to some data center's integration Management efficiency.
The way to manage of trans-regional data center is realized, trans-regional data information transfer efficiency is lifted, in the transregional numeric field data of raising
The heart is managed and O＆M efficiency, improves user and the overall situation of trans-regional data center is controlled.
The geographical visualized management system of 3D virtual computer rooms provided in an embodiment of the present invention is introduced below, is described below
The geographical visualized management system of 3D virtual computer rooms can be mutual with the above-described geographical visualized management method of 3D virtual computer rooms
To should refer to.
Refer to Fig. 2, the structure of the geographical visualized management system of 3D virtual computer rooms that Fig. 2 is provided by the embodiment of the present invention
Block diagram；The system can include：
Receiver module 100, the visible instructions for receiving input；Wherein, visible instructions are browsed including zonally-graded
Visible instructions, key index visible instructions, the instruction of link relationship visualization, multiple data centers visible instructions.
Display module 200, it is corresponding visual for being determined from 3D virtual data center databases according to visible instructions
Change target, and with 3D rendering display visualization target.
Based on above-described embodiment, display module 200 can include：
Zonally-graded browses visualization, and browsing area is determined for browsing visible instructions according to zonally-graded；From
Visualization back end corresponding with browsing area is determined in 3D virtual data center databases；Will visualization back end correspondence
3D rendering shown in the way of database or icon.
Key index visualization, for determining monitor control index according to key index visible instructions；Virtually counted from 3D
According to determine in central database it is corresponding visualization back end in region corresponding with monitor control index；Display and monitor control index phase
The 3D rendering of corresponding region.
Link relationship visualization unit, for determining monitor area according to the instruction of link relationship visualization；Virtually counted from 3D
According to the network link data determined in central database in the corresponding visualization back end of monitor area；Display is according to lattice chain
The 3D network link images of circuit-switched data generation.
Multiple data centers visualization, for determining corresponding visualization data according to multiple data centers visible instructions
Node；The 3D rendering of visualization back end is determined from 3D virtual data center databases and is shown.
Each embodiment is described by the way of progressive in specification, and what each embodiment was stressed is and other realities
Apply the difference of example, between each embodiment identical similar portion mutually referring to.For device disclosed in embodiment
Speech, because it is corresponded to the method disclosed in Example, so description is fairly simple, related part is referring to method part illustration
.
Professional further appreciates that, with reference to the unit of each example of the embodiments described herein description
And algorithm steps, can be realized with electronic hardware, computer software or the combination of the two, in order to clearly demonstrate hardware and
The interchangeability of software, generally describes the composition and step of each example according to function in the above description.These
Function is performed with hardware or software mode actually, depending on the application-specific and design constraint of technical scheme.Specialty
Technical staff can realize described function to each specific application using distinct methods, but this realization should not
Think beyond the scope of this invention.
The step of method or algorithm for being described with reference to the embodiments described herein, directly can be held with hardware, processor
Capable software module, or the two combination is implemented.Software module can be placed in random access memory (RAM), internal memory, read-only deposit
Reservoir (ROM), electrically programmable ROM, electrically erasable ROM, register, hard disk, moveable magnetic disc, CD-ROM or technology
In field in known any other form of storage medium.
A kind of geographical visualized management method of 3D virtual computer rooms provided by the present invention and system have been carried out in detail above
Introduce.Specific case used herein is set forth to principle of the invention and implementation method, the explanation of above example
It is only intended to help and understands the method for the present invention and its core concept.It should be pointed out that for the ordinary skill people of the art
Member for, under the premise without departing from the principles of the invention, some improvement and modification can also be carried out to the present invention, these improve and
Modification is also fallen into the protection domain of the claims in the present invention.
Claims (10)
1. a kind of geographical visualized management method of 3D virtual computer rooms, it is characterised in that including：
Receive the visible instructions of input；Wherein, the visible instructions browse visible instructions including zonally-graded, and key refers to
Mark visible instructions, the instruction of link relationship visualization, multiple data centers visible instructions；
Corresponding visualization target is determined from 3D virtual data center databases according to the visible instructions, and with 3D rendering
Show the visualization target.
2. the geographical visualized management method of 3D virtual computer rooms according to claim 1, it is characterised in that the 3D is virtually counted
According to the construction method of central database, including：
The longitude and latitude degrees of data and actual geographic environmental information of data center are specified in input；
Visual 3D rendering is formed according to the longitude and latitude degrees of data and the actual geographic environmental information.
3. the geographical visualized management method of 3D virtual computer rooms according to claim 1, it is characterised in that the 3D is virtually counted
Construction method according to central database also includes：
Receive the display configuration information of input；
It is visualization back end to set corresponding back end according to the display configuration information.
4. the geographical visualized management method of 3D virtual computer rooms according to claim any one of 1-3, it is characterised in that work as institute
State visible instructions for zonally-graded browse visible instructions when, according to the visible instructions from 3D virtual data center data
Corresponding visualization target is determined in storehouse, and the visualization target is shown with 3D rendering, including：
Visible instructions are browsed according to the zonally-graded and determines browsing area；
Visualization back end corresponding with the browsing area is determined from 3D virtual data center databases；
The corresponding 3D rendering of the visualization back end is shown in the way of database or icon.
5. the geographical visualized management method of 3D virtual computer rooms according to claim any one of 1-3, it is characterised in that work as institute
When stating visible instructions for key index visible instructions, according to the visible instructions from 3D virtual data center databases
Determine corresponding visualization target, and the visualization target is shown with 3D rendering, including：
Determine monitor control index according to the key index visible instructions；
Area corresponding with the monitor control index in corresponding visualization back end is determined from 3D virtual data center databases
Domain；
The 3D rendering in display region corresponding with the monitor control index.
6. the geographical visualized management method of 3D virtual computer rooms according to claim any one of 1-3, it is characterised in that work as institute
When stating visible instructions for the instruction of link relationship visualization, according to the visible instructions from 3D virtual data center databases
Determine corresponding visualization target, and the visualization target is shown with 3D rendering, including：
Monitor area is determined according to link relationship visualization instruction；
The network link in the corresponding visualization back end of the monitor area is determined from 3D virtual data center databases
Data；
Show the 3D network link images generated according to the network link data.
7. the geographical visualized management method of 3D virtual computer rooms according to claim any one of 1-3, it is characterised in that work as institute
When stating visible instructions for multiple data centers visible instructions, according to the visible instructions from 3D virtual data center databases
It is middle to determine corresponding visualization target, and the visualization target is shown with 3D rendering, including：
Determine corresponding visualization back end according to the multiple data centers visible instructions；
The 3D rendering of the visualization back end is determined from 3D virtual data center databases and is shown.
8. the geographical visualized management method of 3D virtual computer rooms according to claim 7, it is characterised in that also include：
When the selected instruction of input is received, display 3D virtual emulation management scenes.
9. a kind of geographical visualized management system of 3D virtual computer rooms, it is characterised in that including：
Receiver module, the visible instructions for receiving input；Wherein, the visible instructions are browsed visually including zonally-graded
Change instruction, key index visible instructions, the instruction of link relationship visualization, multiple data centers visible instructions；
Display module, for determining corresponding visualization mesh from 3D virtual data center databases according to the visible instructions
Mark, and the visualization target is shown with 3D rendering.
10. the geographical visualized management system of 3D virtual computer rooms according to claim 9, it is characterised in that the display mould
Block, including：
Zonally-graded browses visualization, and browsing area is determined for browsing visible instructions according to the zonally-graded；From
Visualization back end corresponding with the browsing area is determined in 3D virtual data center databases；By the visualization data
The corresponding 3D rendering of node is shown in the way of database or icon；
Key index visualization, for determining monitor control index according to the key index visible instructions；Virtually counted from 3D
According to determine in central database it is corresponding visualization back end in region corresponding with the monitor control index；Display and the prison
The 3D rendering in the corresponding region of control index；
Link relationship visualization unit, for determining monitor area according to link relationship visualization instruction；Virtually counted from 3D
According to the network link data determined in central database in the corresponding visualization back end of the monitor area；Display is according to institute
State the 3D network link images of network link data generation；
Multiple data centers visualization, for determining corresponding visualization data according to the multiple data centers visible instructions
Node；The 3D rendering of the visualization back end is determined from 3D virtual data center databases and is shown.
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| CN201710078132.XA CN106844742A (en) | 2017-02-14 | 2017-02-14 | A kind of geographical visualized management method of 3D virtual computer rooms and system |
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| CN201710078132.XA CN106844742A (en) | 2017-02-14 | 2017-02-14 | A kind of geographical visualized management method of 3D virtual computer rooms and system |
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| CN109889358A (en) * | 2018-07-20 | 2019-06-14 | 广东电网有限责任公司 | A kind of 3D visualization IT monitoring management system |
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| CN112487076A (en) * | 2020-11-19 | 2021-03-12 | 深圳市中博科创信息技术有限公司 | Display method of computer room equipment, display equipment and computer readable storage medium |
| CN118466794A (en) * | 2024-07-11 | 2024-08-09 | 一智科技(成都)有限公司 | Engineering visualization system and method |
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