CN103955042B - Instruct the method and apparatus of optical fiber jumper connection construction - Google Patents
Instruct the method and apparatus of optical fiber jumper connection construction Download PDFInfo
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Abstract
The invention provides a kind of method and apparatus that instructs the construction of optical fiber jumper connection. The method comprises: the three-dimensional perspective graph model and the corresponding planar development animation that show main distribution frame for fiber; Receive user's starting point and terminal clicking operation; According to type and the coordinate of each parts in the coordinate of starting point, terminal and main distribution frame for fiber, calculate one and meet jumping fiber construction rule and the shortest jumping fiber route of required fiber lengths, jumping fiber route comprises coordinate and the length of the shortest optical fiber of length; Jumping fiber route is added in the planar development animation of three-dimensional perspective graph model and correspondence according to the coordinate of the shortest optical fiber of length; Show the three-dimensional perspective graph model and the corresponding planar development animation that add after jumping fiber route, and the length of the shortest optical fiber of length. The method and apparatus that instructs optical fiber jumper connection construction provided by the invention, has realized the visual construction of instructing optical fiber jumper connection, ensure each Fiber trough in work progress and around the harmony of fine post utilization rate, prevent that Fiber trough from blocking.
Description
Technical field
The present invention relates to communication technical field, relate in particular to a kind of method and dress that instructs the construction of optical fiber jumper connectionPut.
Background technology
At present, in the communications industry, optical fiber access (FiberToTheX is called for short FTTX) is desirableBroadband access method. Along with the continuous reduction of continuous maturation and the construction cost of FTTX technology, FTTXMore and more had an optimistic view of by common carrier and accepted by user. Main distribution frame for fiber is also along with FTTX skillThe fast development of art a large amount of use in communication. One side of main distribution frame for fiber connects optical communication equipment,Opposite side connects outside line optical cable, and the distribution that communicates route by jumping fiber connects. Due to each communication equipmentBetween distance different, therefore jumping fiber length is also different in size.
In order to coordinate the practical application of light main frame, industry has been designed a kind of hand-held, convenient calculatingJumping fiber length calculator, to draw fast required jumping fiber length. This jumping fiber length calculator comprisesTouch screen module, one-chip computer module and display module, operating personnel input jumping fiber by touch screen moduleParameters, one-chip computer module calculates and closes according to the program of setting according to the parameters of the jumping fiber of inputSuitable jumping fiber length, and result of calculation is shown on display module, operating personnel are according to the calculating showingResult is made the optical fiber of corresponding length.
But this jumping fiber length calculator can not visually instruct the construction of optical fiber jumper connection, in work progress, holdsEasily cause each Fiber trough in main distribution frame for fiber and unbalanced around fine post utilization rate, Fiber trough blocks asksTopic.
Summary of the invention
The invention provides a kind of method and apparatus that instructs the construction of optical fiber jumper connection, in order to solve in prior artThe construction that can not visually instruct optical fiber jumper connection existing easily causes the total distribution of optical fiber in work progressEach Fiber trough in frame and problem unbalanced around fine post utilization rate, that Fiber trough blocks.
First aspect, the invention provides a kind of method that instructs the construction of optical fiber jumper connection, comprising:
The three-dimensional perspective graph model of demonstration main distribution frame for fiber and corresponding with described three-dimensional perspective graph modelPlanar development animation;
Receive the starting point clicking operation of user for described three-dimensional perspective graph model or described planar development animationWith terminal clicking operation;
The end that the coordinate of the starting point of selecting according to described starting point clicking operation, described terminal clicking operation are selectedIn the coordinate of point and described main distribution frame for fiber, type and the coordinate of each parts, calculate one and meetJumping fiber construction rule and the shortest jumping fiber route of required fiber lengths, described jumping fiber route comprises described lengthThe coordinate of the shortest optical fiber and length;
Add described jumping fiber route to described three-dimensional perspective according to the coordinate of the shortest optical fiber of described lengthIn the planar development animation of model and correspondence;
Described three-dimensional perspective graph model after the described jumping fiber route of demonstration interpolation and corresponding planar development are movingDraw, and the length of the shortest optical fiber of described length.
In the possible implementation of the first of first aspect, the three-dimensional of described demonstration main distribution frame for fiberBefore perspective view model and the planar development animation corresponding with described three-dimensional perspective graph model, also comprise:
Obtain type and the coordinate of each parts described in described main distribution frame for fiber;
According to the type of described each parts and coordinate set up described three-dimensional perspective graph model and corresponding described inPlanar development animation.
The implementation possible according to the first of first aspect, in the possible implementation of the second,The type of described each parts comprises: cabinet framework, Fiber trough, around fine post, sensor, molten join unit and/Or block.
According to the possible implementation of the first of first aspect and the possible implementation of the second,In three kinds of possible implementations, described to set up described three-dimensional according to the type of described each parts and coordinate saturatingView model and corresponding described planar development animation, be specially:
According to the type of described each parts, call corresponding visualized graphs;
According to the coordinate of described each parts, draw corresponding described visualized graphs, to set up described three-dimensionalPerspective view model;
According to described three-dimensional perspective graph model, set up described planar development animation.
In the 4th kind of possible implementation of first aspect, if described three-dimensional perspective graph model comprise toThe three-dimensional perspective graph model of few two different angles, the three-dimensional perspective of described demonstration main distribution frame for fiberModel and the planar development animation corresponding with described three-dimensional perspective graph model, be specially:
Receive the first slide handover operation of user, and switch the extremely described of the described main distribution frame for fiber of demonstrationThe three-dimensional perspective graph model of few two different angles and corresponding described planar development animation;
Described three-dimensional perspective graph model and the corresponding plane exhibition after described jumping fiber route added in described demonstrationStart picture, be specially:
Receive the second slide handover operation of user, and switch after the described jumping fiber route of the described interpolation of demonstrationThe three-dimensional perspective graph model of described at least two different angles and corresponding described planar development animation.
Second aspect, the invention provides a kind of device that instructs the construction of optical fiber jumper connection, comprising:
The first display module, for showing the three-dimensional perspective graph model of main distribution frame for fiber and with described threePlanar development animation corresponding to dimension perspective view model;
Receiver module, for receiving user for described three-dimensional perspective graph model or described planar development animationStarting point clicking operation and terminal clicking operation;
Computing module, for coordinate, the described terminal point of the starting point selected according to described starting point clicking operationHit type and the coordinate of each parts in the coordinate of terminal that operation selects and described main distribution frame for fiber, meterCalculation obtains one and meets jumping fiber construction rule and the shortest jumping fiber route of required fiber lengths, described jumping fiber roadBy the coordinate and the length that comprise the shortest optical fiber of described length;
Add module, for described jumping fiber route being added to according to the coordinate of the shortest optical fiber of described lengthIn the planar development animation of described three-dimensional perspective graph model and correspondence;
The second display module, for show the described three-dimensional perspective graph model that adds after described jumping fiber route withAnd corresponding planar development animation, and the length of the shortest optical fiber of described length.
In the possible implementation of the first of second aspect, described device also comprises:
Acquisition module, for obtaining type and the coordinate of each parts described in described main distribution frame for fiber;
Set up module, for setting up described three-dimensional perspective graph model according to the type of described each parts and coordinateAnd corresponding described planar development animation.
The implementation possible according to the first of second aspect, in the possible implementation of the second,Described set up module specifically for:
According to the type of described each parts, call corresponding visualized graphs;
According to the coordinate of described each parts, draw corresponding described visualized graphs, to set up described three-dimensionalPerspective view model;
According to described three-dimensional perspective graph model, set up described planar development animation.
In the third possible implementation of second aspect, if described three-dimensional perspective graph model comprise toThe three-dimensional perspective graph model of few two different angles:
Described the first display module specifically for:
Receive the first slide handover operation of user, and switch the extremely described of the described main distribution frame for fiber of demonstrationThe three-dimensional perspective graph model of few two different angles and corresponding described planar development animation;
Described the second display module specifically for:
Receive the second slide handover operation of user, and switch after the described jumping fiber route of the described interpolation of demonstrationThe three-dimensional perspective graph model of described at least two different angles and corresponding described planar development animation.
The method and apparatus that instructs the construction of optical fiber jumper connection provided by the invention, adds jumping fiber route by demonstrationAfter three-dimensional perspective graph model and corresponding planar development animation, realized the visual optical fiber jumper connection that instructsConstruction, ensure in work progress each Fiber trough and around the harmony of fine post utilization rate, prevent Fiber troughBlock.
Brief description of the drawings
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, below will be to realityThe accompanying drawing of executing required use in example or description of the Prior Art does one and introduces simply, apparently, underAccompanying drawing in face description is some embodiments of the present invention, for those of ordinary skill in the art,Do not pay under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is the flow chart of an embodiment of method who instructs the construction of optical fiber jumper connection provided by the invention;
Fig. 2 is the three-dimensional perspective of the main distribution frame for fiber after middle interpolation jumping fiber route embodiment illustrated in fig. 1Model one switches the schematic diagram of display interface;
Fig. 3 is the three-dimensional perspective of the main distribution frame for fiber after middle interpolation jumping fiber route embodiment illustrated in fig. 1The schematic diagram of the another switching display interface of model;
Fig. 4 is that the planar development of the main distribution frame for fiber after middle interpolation jumping fiber route embodiment illustrated in fig. 1 is movingDraw the schematic diagram of display interface in the middle of;
Fig. 5 is that the planar development of the main distribution frame for fiber after middle interpolation jumping fiber route embodiment illustrated in fig. 1 is movingDraw the schematic diagram of another middle display interface;
Fig. 6 is that the planar development of the main distribution frame for fiber after middle interpolation jumping fiber route embodiment illustrated in fig. 1 is movingDraw the schematic diagram that stops display interface;
Fig. 7 is the flow chart of another embodiment of method that instructs the construction of optical fiber jumper connection provided by the invention;
Fig. 8 is the structural representation of an embodiment of device who instructs the construction of optical fiber jumper connection provided by the inventionFigure;
Fig. 9 is the structural representation of another embodiment of device that instructs the construction of optical fiber jumper connection provided by the inventionFigure.
Detailed description of the invention
For making object, technical scheme and the advantage of the embodiment of the present invention clearer, below in conjunction with thisAccompanying drawing in bright embodiment, is clearly and completely described the technical scheme in the embodiment of the present invention,Obviously, described embodiment is the present invention's part embodiment, instead of whole embodiment. Based onEmbodiment in the present invention, those of ordinary skill in the art obtain not making under creative work prerequisiteThe every other embodiment obtaining, belongs to the scope of protection of the invention.
Fig. 1 is the flow chart of an embodiment of method who instructs the construction of optical fiber jumper connection provided by the invention. AsShown in Fig. 1, in following methods embodiment, the executive agent of each step is specifically as follows and existingly variously hasThe mobile terminal of screen classes display unit, for example: mobile phone, PC, PAD etc. The method is concreteCan comprise:
S101, the three-dimensional perspective graph model of demonstration main distribution frame for fiber and corresponding with three-dimensional perspective graph modelPlanar development animation.
Wherein, each parts of main distribution frame for fiber specifically can comprise: cabinet framework, Fiber trough, around fibrePost, sensor, molten unit and/or the block of joining.
Concrete, user can, by clicking the icon in display unit, enter construction interface, and pass throughChoice menus is selected work order to be onstructed, can watch the optical fiber of visual demonstration total in display unitThe three-dimensional perspective graph model of distributing frame and with corresponding planar development animation. Wherein, for the convenience of the user moreThe visual in image structure of watching the each parts of main distribution frame for fiber and position relationship, in display unitCan be simultaneously or switch the three-dimensional perspective graph model of the different angles that show main distribution frame for fiber, corresponding eachThree-dimensional perspective graph model can also show by solid to the planar development animation that expands into plane, from planeStructure and the position relationship of what angle assisted user was clearer and more definite watch each parts of main distribution frame for fiber.
Wherein, if three-dimensional perspective graph model comprises the three-dimensional perspective graph model of at least two different angles,This step is specifically as follows: receive user by finger or mouse etc. first sliding and cut in display unitChange operation, and switch show main distribution frame for fiber at least two different angles three-dimensional perspective graph model withAnd corresponding planar development animation.
S102, receive user for the starting point clicking operation of three-dimensional perspective graph model or planar development animation andTerminal clicking operation.
Concrete, user is by the three-dimensional perspective graph model showing in the click display unit such as finger or mouseOr representative both port of origination in planar development animation is the visualized graphs of starting point and represents that terminating portThe visualized graphs of terminal, to select starting point and terminal.
S103, the coordinate of the starting point of selecting according to starting point clicking operation, the terminal that terminal clicking operation is selectedCoordinate and main distribution frame for fiber in type and the coordinate of each parts, calculate one and meet jumping fiber and executeWork rule and the shortest jumping fiber route of required fiber lengths, jumping fiber route comprises the seat of the shortest optical fiber of lengthMark and length.
Concrete, the type of each parts of main distribution frame for fiber specifically also can comprise: cabinet framework, walkFine groove, around fine post, sensor, molten unit and/or the block of joining.
Meet jumping fiber construction rule, the coordinate of optical fiber to be onstructed need be according to the fibre of walking in main distribution frame for fiberGroove, set around the coordinate of fine post etc. Calculate meet jumping fiber construction rule and required optical fiber longSpending the shortest jumping fiber route is target jumping fiber route, and result of calculation comprises target jumping fiber route institute light requirementFine coordinate and length.
S104, according to the coordinate of the shortest optical fiber of length by jumping fiber route add to three-dimensional perspective graph model withAnd in corresponding planar development animation.
S105, shows the three-dimensional perspective graph model and the corresponding planar development animation that add after jumping fiber route,And the length of the shortest optical fiber of length.
Concrete, in display unit, show the three-dimensional perspective graph model that adds after target jumping fiber route andCorresponding planar development animation, visual guides user What You See Is What You Get carry out the construction of optical fiber jumper connection.
Wherein, if three-dimensional perspective graph model comprises the three-dimensional perspective graph model of at least two different angles,This step is specifically as follows: receive user by finger or mouse etc. second sliding and cut in display unitChange operation, and switch and show at least two different angles of adding main distribution frame for fiber after jumping fiber routeThree-dimensional perspective graph model and corresponding planar development animation. Fig. 2 is that middle interpolation embodiment illustrated in fig. 1 is jumpedTowpath by after main distribution frame for fiber three-dimensional perspective graph model all change the schematic diagram of display interface; Fig. 3For the three-dimensional perspective graph model of the main distribution frame for fiber after middle interpolation jumping fiber route embodiment illustrated in fig. 1 anotherSwitch the schematic diagram of display interface; Fig. 4 is that the optical fiber after middle interpolation jumping fiber route embodiment illustrated in fig. 1 is totalThe schematic diagram of display interface in the middle of the planar development animation one of distributing frame; Fig. 5 be embodiment illustrated in fig. 1 inAdd the signal of the another middle display interface of planar development animation of the main distribution frame for fiber after jumping fiber routeFigure; Fig. 6 is that the planar development of the main distribution frame for fiber after middle interpolation jumping fiber route embodiment illustrated in fig. 1 is movingDraw the schematic diagram that stops display interface. Wherein, Fig. 4-Fig. 6 is and the switching display interface pair shown in Fig. 2The schematic diagram of the planar development animation of answering, Fig. 2 is rising of the planar development animation corresponding with Fig. 4-Fig. 6Beginning display interface. As shown in Fig. 2-Fig. 6, jumping fiber route 21 from both port of origination 22s through Fiber trough 23With around the rear arrival terminating port 25 of fine post 24.
The method of optical fiber jumper connection construction that what the present embodiment provided instruct, adds after jumping fiber route by demonstrationThree-dimensional perspective graph model and corresponding planar development animation, realized visual the executing of optical fiber jumper connection of instructingWork, ensure in work progress each Fiber trough and around the harmony of fine post utilization rate, prevent that Fiber trough from blocking.
Fig. 7 is the flow chart of another embodiment of method that instructs the construction of optical fiber jumper connection provided by the invention.As shown in Figure 7, in following methods embodiment, the executive agent of each step is specifically as follows existing various toolThere is the mobile terminal of screen classes display unit, for example: mobile phone, PC, PAD etc. The method toolBody can comprise:
S701, obtains type and the coordinate of each parts in main distribution frame for fiber.
S702, sets up three-dimensional perspective graph model and corresponding plane exhibition according to the type of each parts and coordinateStart picture.
Concrete, step S701 and S702 have described the three-dimensional perspective graph model of setting up main distribution frame for fiberAnd the process of corresponding planar development animation, to show in display unit.
Step S702 specifically can comprise the following steps:
S7021, according to the type of each parts, calls corresponding visualized graphs.
Concrete, due to visualized graphs difference corresponding to dissimilar each parts, therefore need according to eachThe type of parts, selects corresponding visualized graphs. For example,, if the type of parts is cabinet framework,Calling the visualized graphs corresponding with cabinet framework draws.
S7022, according to the coordinate of each parts, draws corresponding visualized graphs, to set up three-dimensional perspectiveModel.
Concrete, according to the coordinate of each parts, draw the correspondence of above-mentioned selection in position corresponding to coordinateVisualized graphs, to set up three-dimensional perspective graph model.
S7023, according to three-dimensional perspective graph model, sets up planar development animation.
Concrete, according to the three-dimensional perspective graph model of setting up, set up by solid to the plane that expands into planeLaunch animation.
S703, the three-dimensional perspective graph model of demonstration main distribution frame for fiber and corresponding with three-dimensional perspective graph modelPlanar development animation.
S704, receive user for the starting point clicking operation of three-dimensional perspective graph model or planar development animation andTerminal clicking operation.
S705, the coordinate of the starting point of selecting according to starting point clicking operation, the terminal that terminal clicking operation is selectedCoordinate and main distribution frame for fiber in type and the coordinate of each parts, calculate one and meet jumping fiber and executeWork rule and the shortest jumping fiber route of required fiber lengths, jumping fiber route comprises the seat of the shortest optical fiber of lengthMark and length.
S706, according to the coordinate of the shortest optical fiber of length by jumping fiber route add to three-dimensional perspective graph model withAnd in corresponding planar development animation.
S707, shows the three-dimensional perspective graph model and the corresponding planar development animation that add after jumping fiber route,And the length of the shortest optical fiber of length.
Concrete, the detailed process of step S703-S707 can embodiment shown in Figure 1 in stepAssociated description in S101-S105 repeats no more herein.
The method of optical fiber jumper connection construction that what the present embodiment provided instruct, adds after jumping fiber route by demonstrationThree-dimensional perspective graph model and corresponding planar development animation, realized visual the executing of optical fiber jumper connection of instructingWork, ensure in work progress each Fiber trough and around the harmony of fine post utilization rate, prevent that Fiber trough from blocking.
Fig. 8 is the structural representation of an embodiment of device who instructs the construction of optical fiber jumper connection provided by the inventionFigure. As shown in Figure 8, the device that instructs the construction of optical fiber jumper connection in the present embodiment is the above-mentioned Fig. 1 of execution instituteShow the special body of the method that instructs the construction of optical fiber jumper connection of embodiment, specifically can be arranged at existing eachPlant the mobile terminal with screen classes display unit, for example: in mobile phone, PC, PAD etc. ShouldDevice specifically can comprise: the first display module 81, receiver module 82, computing module 83, interpolation mouldPiece 84 and the second display module 85, wherein:
The first display module 81, for show the three-dimensional perspective graph model of main distribution frame for fiber and with three-dimensionalThe planar development animation that perspective view model is corresponding.
Receiver module 82, for receiving the starting point of user for three-dimensional perspective graph model or planar development animationClicking operation and terminal clicking operation.
Computing module 83, for coordinate, the terminal clicking operation of starting point of selecting according to starting point clicking operationIn the coordinate of the terminal of selecting and main distribution frame for fiber, type and the coordinate of each parts, calculate oneMeet jumping fiber construction rule and the shortest jumping fiber route of required fiber lengths, jumping fiber route comprises that length is the shortestCoordinate and the length of optical fiber.
Add module 84, for jumping fiber route being added to thoroughly three-dimensional according to the coordinate of the shortest optical fiber of lengthIn the planar development animation of view model and correspondence.
The second display module 85, for showing three-dimensional perspective graph model and the correspondence of adding after jumping fiber routePlanar development animation, and the length of the shortest optical fiber of length.
Wherein, if three-dimensional perspective graph model comprises the three-dimensional perspective graph model of at least two different angles:
The first display module 81 specifically can be for: receive the first slide handover operation of user, and switchShow three-dimensional perspective graph model and the corresponding plane exhibition of at least two different angles of main distribution frame for fiberStart picture.
The second display module 85 specifically can be for: receive the second slide handover operation of user, and switchShow three-dimensional perspective graph model and the corresponding plane of adding at least two different angles after jumping fiber routeLaunch animation.
Concrete, each module realizes the detailed process of its function phase in can embodiment shown in Figure 1Close and describe, repeat no more herein.
The device of optical fiber jumper connection construction that what the present embodiment provided instruct, adds after jumping fiber route by demonstrationThree-dimensional perspective graph model and corresponding planar development animation, realized visual the executing of optical fiber jumper connection of instructingWork, ensure in work progress each Fiber trough and around the harmony of fine post utilization rate, prevent that Fiber trough from blocking.
Fig. 9 is the structural representation of another embodiment of device that instructs the construction of optical fiber jumper connection provided by the inventionFigure. As shown in Figure 9, the device that instructs the construction of optical fiber jumper connection in the present embodiment is the above-mentioned Fig. 5 of execution instituteShow the special body of the method that instructs the construction of optical fiber jumper connection of embodiment, specifically can be arranged at existing eachPlant the mobile terminal with screen classes display unit, for example: in mobile phone, PC, PAD etc. ShouldDevice can also comprise on basis embodiment illustrated in fig. 8: acquisition module 91 and set up module 92,Wherein:
Acquisition module 91, for obtaining type and the coordinate of the each parts of main distribution frame for fiber.
Set up module 92, for setting up three-dimensional perspective graph model and right according to the type of each parts and coordinateThe planar development animation of answering.
Wherein, setting up module 92 specifically can be for:
According to the type of each parts, call corresponding visualized graphs;
According to the coordinate of each parts, draw corresponding visualized graphs, to set up three-dimensional perspective graph model;
According to three-dimensional perspective graph model, set up planar development animation.
Concrete, each module realizes the detailed process of its function phase in can embodiment shown in Figure 5Close and describe, repeat no more herein.
The device of optical fiber jumper connection construction that what the present embodiment provided instruct, adds after jumping fiber route by demonstrationThree-dimensional perspective graph model and corresponding planar development animation, realized visual the executing of optical fiber jumper connection of instructingWork, ensure in work progress each Fiber trough and around the harmony of fine post utilization rate, prevent that Fiber trough from blocking.
One of ordinary skill in the art will appreciate that: all or part of step that realizes above-mentioned each embodiment of the methodSuddenly can complete by the relevant hardware of programmed instruction. Aforesaid program can be stored in a computer canRead in storage medium. This program, in the time carrying out, is carried out the step that comprises above-mentioned each embodiment of the method; AndAforesaid storage medium comprises: ROM, RAM, magnetic disc or CD etc. are various can be program code storedMedium.
Finally it should be noted that: above each embodiment is only in order to technical scheme of the present invention to be described, but not rightIts restriction; Although the present invention is had been described in detail with reference to aforementioned each embodiment, this area commonTechnical staff is to be understood that: its technical scheme that still can record aforementioned each embodiment is modified,Or some or all of technical characterictic is wherein equal to replacement; And these amendments or replacement, andDo not make the essence of appropriate technical solution depart from the scope of various embodiments of the present invention technical scheme.
Claims (7)
1. a method that instructs the construction of optical fiber jumper connection, is characterized in that, comprising:
The three-dimensional perspective graph model of demonstration main distribution frame for fiber and corresponding with described three-dimensional perspective graph modelPlanar development animation;
Receive the starting point clicking operation of user for described three-dimensional perspective graph model or described planar development animationWith terminal clicking operation;
The end that the coordinate of the starting point of selecting according to described starting point clicking operation, described terminal clicking operation are selectedIn the coordinate of point and described main distribution frame for fiber, type and the coordinate of each parts, calculate one and meetJumping fiber construction rule and the shortest jumping fiber route of required fiber lengths, described jumping fiber route comprises described lengthThe coordinate of the shortest optical fiber and length;
Add described jumping fiber route to described three-dimensional perspective according to the coordinate of the shortest optical fiber of described lengthIn the planar development animation of model and correspondence;
Described three-dimensional perspective graph model after the described jumping fiber route of demonstration interpolation and corresponding planar development are movingDraw, and the length of the shortest optical fiber of described length;
Wherein, the three-dimensional perspective graph model of described demonstration main distribution frame for fiber and with described three-dimensional perspectiveBefore planar development animation corresponding to model, also comprise:
Obtain type and the coordinate of each parts described in described main distribution frame for fiber;
According to the type of described each parts and coordinate set up described three-dimensional perspective graph model and corresponding described inPlanar development animation.
2. method according to claim 1, is characterized in that, the type of described each parts comprises:Cabinet framework, Fiber trough, around fine post, sensor, molten unit and/or the block of joining.
3. method according to claim 1 and 2, is characterized in that, described according to described each partsType and coordinate set up described three-dimensional perspective graph model and corresponding described planar development animation, concreteFor:
According to the type of described each parts, call corresponding visualized graphs;
According to the coordinate of described each parts, draw corresponding described visualized graphs, to set up described three-dimensionalPerspective view model;
According to described three-dimensional perspective graph model, set up described planar development animation.
4. method according to claim 1, is characterized in that, if described three-dimensional perspective graph model bagThe three-dimensional perspective graph model of drawing together at least two different angles, the three-dimensional of described demonstration main distribution frame for fiber is saturatingView model and the planar development animation corresponding with described three-dimensional perspective graph model, be specially:
Receive the first slide handover operation of user, and switch the extremely described of the described main distribution frame for fiber of demonstrationThe three-dimensional perspective graph model of few two different angles and corresponding described planar development animation;
Described three-dimensional perspective graph model and the corresponding plane exhibition after described jumping fiber route added in described demonstrationStart picture, be specially:
Receive the second slide handover operation of user, and switch after the described jumping fiber route of the described interpolation of demonstrationThe three-dimensional perspective graph model of described at least two different angles and corresponding described planar development animation.
5. a device that instructs the construction of optical fiber jumper connection, is characterized in that, comprising:
The first display module, for showing the three-dimensional perspective graph model of main distribution frame for fiber and with described threePlanar development animation corresponding to dimension perspective view model;
Receiver module, for receiving user for described three-dimensional perspective graph model or described planar development animationStarting point clicking operation and terminal clicking operation;
Computing module, for coordinate, the described terminal point of the starting point selected according to described starting point clicking operationHit type and the coordinate of each parts in the coordinate of terminal that operation selects and described main distribution frame for fiber, meterCalculation obtains one and meets jumping fiber construction rule and the shortest jumping fiber route of required fiber lengths, described jumping fiber roadBy the coordinate and the length that comprise the shortest optical fiber of described length;
Add module, for described jumping fiber route being added to according to the coordinate of the shortest optical fiber of described lengthIn the planar development animation of described three-dimensional perspective graph model and correspondence;
The second display module, for show the described three-dimensional perspective graph model that adds after described jumping fiber route withAnd corresponding planar development animation, and the length of the shortest optical fiber of described length;
Wherein, described device also comprises:
Acquisition module, for obtaining type and the coordinate of each parts described in described main distribution frame for fiber;
Set up module, for setting up described three-dimensional perspective graph model according to the type of described each parts and coordinateAnd corresponding described planar development animation.
6. device according to claim 5, is characterized in that, described set up module specifically for:
According to the type of described each parts, call corresponding visualized graphs;
According to the coordinate of described each parts, draw corresponding described visualized graphs, to set up described three-dimensionalPerspective view model;
According to described three-dimensional perspective graph model, set up described planar development animation.
7. device according to claim 5, is characterized in that, if described three-dimensional perspective graph model bagDraw together the three-dimensional perspective graph model of at least two different angles:
Described the first display module specifically for:
Receive the first slide handover operation of user, and switch the extremely described of the described main distribution frame for fiber of demonstrationThe three-dimensional perspective graph model of few two different angles and corresponding described planar development animation;
Described the second display module specifically for:
Receive the second slide handover operation of user, and switch after the described jumping fiber route of the described interpolation of demonstrationThe three-dimensional perspective graph model of described at least two different angles and corresponding described planar development animation.
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| CN113945178B (en) * | 2020-07-15 | 2023-10-20 | 中国电信股份有限公司 | Computer room fiber jumping length calculation method and system |
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| US8184885B2 (en) * | 2007-07-24 | 2012-05-22 | University Of Pittsburgh - Of The Commonwealth System Of Higher Education | System and method for visualizing a structure of interest |
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Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102589498A (en) * | 2012-03-07 | 2012-07-18 | 浙江万马集团电子有限公司 | Jumping fiber length calculating method and a handheld jumping fiber length calculator |
| CN103309965A (en) * | 2013-06-03 | 2013-09-18 | 深圳市天威视讯股份有限公司 | System and method for providing integrated processing platform for optical cable network design |
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