CN105488283B - The modeling method and system of computer room data transmission cable - Google Patents
The modeling method and system of computer room data transmission cable Download PDFInfo
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- CN105488283B CN105488283B CN201510864670.2A CN201510864670A CN105488283B CN 105488283 B CN105488283 B CN 105488283B CN 201510864670 A CN201510864670 A CN 201510864670A CN 105488283 B CN105488283 B CN 105488283B
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Abstract
A kind of modeling method and system of computer room data transmission cable obtain component information, and the component includes transmission cable, cabinet, distributing frame, gantry, equipment and attachment, and the distributing frame, equipment are arranged in the cabinet；The distributing frame, the gantry, the equipment and the attachment are generated according to the component information, to generate the basic model of computer room data transmission cable；It obtains starting cabinet and selects information, and obtain wiring information of the equipment as unit of port on the starting cabinet according to the starting cabinet selection information and the component information；According to the wiring information, the transmission cable is generated in the basic model of the computer room data transmission cable.It can establish the computer room data transmission cable model including the components such as equipment and transmission cable by the above method or system, complete many and diverse computer room data transmission cable modeling work without completely manual, modeling efficiency is high.
Description
Technical field
The present invention relates to Buildings Modeling field more particularly to a kind of modeling methods and system of computer room data transmission cable.
Background technique
Autodesk Revit software be a current industry prevalence BIM (Building Information Model,
Building Information Model) modelling tool.General BIM model can be constructed by its engineer, it can be to the maximum extent
It reduces between Architectural Equipment Specialty Design team, and communication or coordination mistake between architect and structural engineer.
Revit software has three sections, Revit Architecture, Revit Structure and Revit MEP.Revit
Architecture and Revit Structure is mainly used for establishing the building structure model of building, and is mounted on building
Interior equipment and pipeline is then constructed by Revit MEP software.
The modeling pattern that Revit MEP can be provided at present is manual modeling, i.e., by manual mode of operation in existing machine
Required data transmission cable is added in room model.Since number of cables is more in computer room, cable arrangement is complicated, manual modeling efficiency
It is low.
Summary of the invention
Based on this, it is necessary to provide the modeling method and system of a kind of computer room data transmission cable that modeling efficiency is high.
A kind of modeling method of computer room data transmission cable, comprising steps of
Component information is obtained, the component includes transmission cable, cabinet, distributing frame, gantry, equipment and attachment, described to match
Coil holder, equipment are arranged in the cabinet；
The distributing frame, the gantry, the equipment and the attachment are generated according to the component information, to generate computer room
The basic model of data transmission cable；
It obtains starting cabinet and selects information, and according to the starting cabinet selects information and the component information obtains
Originate wiring information of the equipment on cabinet as unit of port；
According to the wiring information, the transmission cable is generated in the basic model of the computer room data transmission cable.
A kind of modeling of computer room data transmission cable, comprising:
Component information obtains module, and for obtaining component information, the component includes transmission cable, cabinet, distributing frame, bridge
Frame, equipment and attachment, the distributing frame, equipment are arranged in the cabinet；
Basic model generation module, for generating the distributing frame, the gantry, the equipment according to the component information
And the attachment, to generate the basic model of computer room data transmission cable；
Wiring data obtaining module selects information for obtaining starting cabinet, and selects information according to the starting cabinet
And the component information obtains wiring information of the equipment as unit of port on the starting cabinet；
Cable model generation module is used for according to the wiring information, in the basic mould of the computer room data transmission cable
The transmission cable is generated in type.
It can establish the computer room data transmission cable including the components such as equipment and transmission cable by the above method or system
Model completes many and diverse computer room data transmission cable modeling work without completely manual, and modeling efficiency is high.
Detailed description of the invention
Fig. 1 is a kind of flow chart of the modeling method of the computer room data transmission cable of embodiment；
Fig. 2 is that a kind of embodiment establishes the partial model schematic diagram generated in computer room data transmission cable model；
Fig. 3 is a kind of specific flow chart of embodiment of a step of the modeling method of Fig. 1；
Fig. 4 is a kind of detail flowchart of embodiment of a sub-steps of the specific flow chart of Fig. 3；
Fig. 5 is the detail flowchart of the another embodiment of a sub-steps of the specific flow chart of Fig. 3；
Fig. 6 is a kind of structure chart of the modeling of the computer room data transmission cable of embodiment；
Fig. 7 is a kind of cellular construction figure of embodiment of a module of the modeling of Fig. 6；
Fig. 8 is a kind of sub-unit structure figure of embodiment of a unit of the cellular construction figure of Fig. 7；
Fig. 9 is the sub-unit structure figure of the another embodiment of a unit of the cellular construction figure of Fig. 7.
Specific embodiment
To facilitate the understanding of the present invention, a more comprehensive description of the invention is given in the following sections with reference to the relevant attached drawings.In attached drawing
Give preferred embodiment of the invention.But the invention can be realized in many different forms, however it is not limited to herein
Described embodiment.On the contrary, purpose of providing these embodiments is keeps the understanding to the disclosure more saturating
It is thorough comprehensive.
Unless otherwise defined, all technical and scientific terms used herein and belong to technical field of the invention
The normally understood meaning of technical staff is identical.Term as used herein in the specification of the present invention is intended merely to description tool
The purpose of the embodiment of body, it is not intended that in the limitation present invention.Term as used herein " or/and " it include one or more phases
Any and all combinations of the listed item of pass.
As shown in Figure 1, a kind of modeling method of the computer room data transmission cable of embodiment, comprising steps of
S100: component information is obtained, the component includes transmission cable, cabinet, distributing frame, gantry, equipment and attachment, institute
State distributing frame, equipment is arranged in the cabinet.
The acquisition of component information can be inputted by user.
Component information includes the information such as member position information, element type, component mark, component port, port position.
As shown in Fig. 2, distributing frame and equipment are arranged in cabinet.Attachment is arranged on gantry, and attachment includes line winder.One
The equipment in equipment and another cabinet in cabinet can be connected by transmission cable and the line winder being set among route.?
In some of embodiments, equipment further includes distributing frame.
S200: the distributing frame, the gantry, the equipment and the attachment are generated according to the component information, with life
At the basic model of computer room data transmission cable.
In one of the embodiments, before step S200, further comprise the steps of:
Computer room model is obtained, includes cabinet in the computer room model.
In the present embodiment, it is the generation for completing the corresponding example of component, needs in Revit MEP software, makes in advance
Make the components such as cabinet, distributing frame, transmission cable, equipment and attachment.Due in Revit MEP software, built-in bridge architecture
Part, therefore do not need pre-production.The example of component can be manually preset in computer room basic model；It can also pass through
In the modeling of this computer room data transmission cable, first match according to the generation of default component information during establishing model
Coil holder, the gantry, the equipment and the attachment, to generate the basic model of computer room data transmission cable.
S300: it obtains starting cabinet and selects information, and select information and the component information to obtain according to the starting cabinet
Take wiring information of the equipment on the starting cabinet as unit of port.
User inputs starting cabinet and selects information, and starting cabinet selection information includes starting cabinet mark.From corresponding structure
The all of the port of available equipment and equipment in the cabinet in part information.User can collect these ports
The setting of middle wiring information.
S400: according to the wiring information, the transmission is generated in the basic model of the computer room data transmission cable
Cable.
The modeling method of above-mentioned computer room data transmission cable obtains component information, and the component includes transmission cable, machine
Cabinet, distributing frame, gantry, equipment and attachment, the distributing frame, equipment are arranged in the cabinet；It is raw according to the component information
At the distributing frame, the gantry, the equipment and the attachment, to generate the basic model of computer room data transmission cable；It obtains
Starting cabinet selection information is taken, and selects information and the component information to obtain on the starting cabinet according to the starting cabinet
Wiring information of the equipment as unit of port；According to the wiring information, in the base of the computer room data transmission cable
The transmission cable is generated in plinth model.It can establish the computer room data including the components such as equipment and transmission cable by this method
Transmission cable model completes many and diverse computer room data transmission cable modeling work without completely manual, and modeling efficiency is high.
Specifically, the wiring information includes both port of origination information, path node information and end port information.
The starting rack information includes: cabinet mark in one of the embodiments,.In the present embodiment, cabinet mark
Know is that cabinet is numbered, or cabinet title.
In one of the embodiments, the both port of origination information include: cabinet mark, distributing frame mark, device identification,
Port-mark terminates port-mark and cable type.In the present embodiment, distributing frame is identified as distributing frame number, or
Distributing frame title.
The end port information includes: cabinet mark, distributing frame mark, device identification, port-mark, terminates port mark
Know.
In the present embodiment, port-mark is port numbering or port name.Terminate port and is identified as the end for terminating port
Mouth number or port name.
The cabinet mark of the both port of origination information is identified as different identification with the cabinet for terminating port information.That is,
The cabinet for originating wiring is different cabinets from the cabinet for terminating wiring, and computer room data transmission cable model includes at least two machines
Cabinet.
The attachment includes line winder in one of the embodiments,.The path node information includes: line winder mark
Know, line winder threading hole identifies and terminates port-mark.In the present embodiment, line winder is identified as line winder number or line winder
Title.
As shown in figure 3, step S400 in one of the embodiments, specifically includes:
S410: the position of both port of origination is determined according to the both port of origination information and the component information.
S430: according to the determination of the position of the component information and the both port of origination with the both port of origination in preset range
The interior line winder or the end port.
Specifically, according to the determination of the position of the component information and the both port of origination and the both port of origination in default model
The threading hole of the line winder in enclosing or the end port.
Preset range may include multiple ranges, from small range to scanning all line winders and port on a large scale.To look for
Apart from nearest line winder or terminate port to both port of origination.
S450: according to the both port of origination information and the path node information or terminating port information, it is determining with it is described
Both port of origination has the identical line winder for terminating port-mark or the end port, and generates the connection both port of origination
To the line winder or the transmission cable for terminating port, the transmission for terminating port is connected to until generating
Cable.
Specifically, the threading hole or the biography for terminating port for connecting the both port of origination to the line winder are generated
Defeated cable is connected to the transmission cable for terminating port until generating.
In this way, can rapidly automatically generate foundation includes equipment and transmission when terminating port near both port of origination
The computer room data transmission cable model of the components such as cable completes many and diverse computer room data transmission cable modeling work without completely manual
Make, modeling efficiency is high.
As shown in figure 4, step S450 in one of the embodiments, specifically includes:
S451: according to the both port of origination information and path node information determination with the both port of origination with identical
Terminate the line winder of port-mark, and generates the transmission cable for connecting the both port of origination to the line winder.
S452: the location information of the line winder is determined according to the component information.
S453: according to the determination of the location information of the line winder and the another line winder of the line winder within a preset range
Or the end port.
S454: according to the both port of origination information and path node information determination with the both port of origination with identical
The another line winder of end port-mark or the end port, and the connection line winder is generated to the another lineation
Device or the transmission cable for terminating port, until generating the transmission cable connecting with the end port.
In this way, can be automatically performed including needing the initial end by just can connect to end mouth after multiple line winders
The computer room data transmission cable model of the components such as the equipment of mouth and transmission cable completes many and diverse computer room data without completely manual
Transmission cable modeling work, modeling efficiency are high.
As shown in figure 5, the component further includes elbow in one of the embodiments,.
Step S450, specifically includes step:
S455: it is determined and described according to the both port of origination information and the path node information or end port information
Beginning mouth has the identical line winder for terminating port-mark or the end port.
S456: according to the component information or the component information and the end port information, the line winder is determined
Location information or it is described terminate port location information.
S457: according to the location information or the end port of the location information of the initial port and the line winder
Location information, and generate in the computer room data transmission cable model elbow and described in the connection both port of origination arrives
Line winder or the transmission cable for terminating port are connected to the transmission cable for terminating port until generating.
In this way, corner can be needed in transmission cable, elbow is automatically generated, without manually completing many and diverse computer room data
Transmission cable modeling work, modeling efficiency are high.
As shown in fig. 6, a kind of modeling of the computer room data transmission cable of embodiment, comprising:
Component information obtains module 100, and for obtaining component information, the component includes transmission cable, cabinet, wiring
Frame, gantry, equipment and attachment, the distributing frame, equipment are arranged in the cabinet.
Component information includes the information such as member position information, element type, component mark, component port, port position.
The acquisition of component information can be inputted by user.
As shown in Fig. 2, distributing frame and equipment are arranged in cabinet.Attachment is arranged on gantry, and attachment includes line winder.One
The equipment in equipment and another cabinet in cabinet can be connected by transmission cable and the line winder being set among route.?
In some of embodiments, equipment further includes distributing frame.
Basic model generation module 200, for generating the distributing frame, gantry, described according to the component information
Equipment and the attachment, to generate the basic model of computer room data transmission cable.
In one of the embodiments, further include:
Computer room model obtains module, includes cabinet in the computer room model for obtaining computer room model.
In the present embodiment, it is the generation for completing the corresponding example of component, needs in Revit MEP software, makes in advance
Make the components such as cabinet, distributing frame, transmission cable, equipment and attachment.Due in Revit MEP software, built-in bridge architecture
Part, therefore do not need pre-production.The example of component can be manually preset in computer room basic model；It can also pass through
In the modeling of this computer room data transmission cable, first match according to the generation of default component information during establishing model
Coil holder, the gantry, the equipment and the attachment, to generate the basic model of computer room data transmission cable.
Wiring data obtaining module 300 selects information for obtaining starting cabinet, and selects to believe according to the starting cabinet
Breath and the component information obtain wiring information of the equipment as unit of port on the starting cabinet.
User inputs starting cabinet and selects information, and starting cabinet selection information includes starting cabinet mark.From corresponding structure
The all of the port of available equipment and equipment in the cabinet in part information.User can collect these ports
The setting of middle wiring information.
Cable model generation module 400 is used for according to the wiring information, on the basis of the computer room data transmission cable
The transmission cable is generated in model.
The modeling of above-mentioned computer room data transmission cable, component information obtain module 100 and obtain component information, the structure
Part includes transmission cable, cabinet, distributing frame, gantry, equipment and attachment, and the distributing frame, equipment are arranged in the cabinet；Base
Plinth model generation module 200 generates the distributing frame, the gantry, the equipment and the attachment according to the component information,
To generate the basic model of computer room data transmission cable；Wiring data obtaining module 300 obtains starting cabinet and selects information, and root
The equipment on the starting cabinet is obtained as unit of port according to the starting cabinet selection information and the component information
Wiring information；Cable model generation module 400 is according to the wiring information, in the basic mould of the computer room data transmission cable
The transmission cable is generated in type.It can establish the transmission of the computer room data including the components such as equipment and transmission cable by the system
Cable model completes many and diverse computer room data transmission cable modeling work without completely manual, and modeling efficiency is high.
Specifically, the wiring information includes both port of origination information, path node information and end port information.
The starting rack information includes: cabinet mark in one of the embodiments,.In the present embodiment, cabinet mark
Know is that cabinet is numbered, or cabinet title.
In one of the embodiments, the both port of origination information include: cabinet mark, distributing frame mark, device identification,
Port-mark terminates port-mark and cable type.In the present embodiment, distributing frame is identified as distributing frame number, or
Distributing frame title.
The end port information includes: cabinet mark, distributing frame mark, device identification, port-mark, terminates port mark
Know.
In the present embodiment, port-mark is port numbering or port name.Terminate port and is identified as the end for terminating port
Mouth number or port name.
The cabinet mark of the both port of origination information is identified as different identification with the cabinet for terminating port information.That is,
The cabinet for originating wiring is different cabinets from the cabinet for terminating wiring, and computer room data transmission cable model includes at least two machines
Cabinet.
The attachment includes line winder in one of the embodiments,.The path node information includes: line winder mark
Know, line winder threading hole identifies and terminates port-mark.In the present embodiment, line winder is identified as line winder number or line winder
Title.
As shown in fig. 7, cable model generation module 400 in one of the embodiments, specifically includes:
Initial position determination unit 410, for determining starting point according to the both port of origination information and the component information
The position of mouth.
Intermediate node scanning element 430, for according to the determination of the position of the component information and the both port of origination and institute
State the both port of origination line winder within a preset range or the end port.
Specifically, intermediate node scanning element 430 according to the position of the component information and the both port of origination determine with
The threading hole of the line winder of the both port of origination within a preset range or the end port.
Preset range may include multiple ranges, from small range to scanning all line winders and port on a large scale.To look for
Apart from nearest line winder or terminate port to both port of origination.
Transmission cable generation unit 450, for according to the both port of origination information and the path node information or end
Port information, it is determining that there is the identical line winder for terminating port-mark or the end port with the both port of origination, and
It generates and connects the both port of origination to the line winder or the transmission cable for terminating port, be connected to institute until generating
State the transmission cable for terminating port.
Specifically, transmission cable generation unit 450 generate connect the both port of origination to the threading hole of the line winder or
The transmission cable for terminating port is connected to the transmission cable for terminating port until generating.
In this way, can rapidly automatically generate foundation includes equipment and transmission when terminating port near both port of origination
The computer room data transmission cable model of the components such as cable completes many and diverse computer room data transmission cable modeling work without completely manual
Make, modeling efficiency is high.
As shown in figure 8, transmission cable generation unit 450 in one of the embodiments, specifically includes:
Intermediate cable generates subelement 451, for being determined according to the both port of origination information and the path node information
There is the identical line winder for terminating port-mark with the both port of origination, and generate the connection both port of origination to the reason
The transmission cable of line device.
Middle position determines subelement 452, for determining the location information of the line winder according to the component information.
Node scans subelement 453 again, for being determined with the line winder according to the location information of the line winder pre-
If another line winder or the end port in range.
Transmission cable generates subelement 454, for being determined according to the both port of origination information and the path node information
There is the identical another line winder for terminating port-mark or the end port with the both port of origination, and generate connection institute
Line winder is stated to the another line winder or the transmission cable for terminating port, is connected until generating with the end port
The transmission cable connect.
In this way, can be automatically performed including needing the initial end by just can connect to end mouth after multiple line winders
The computer room data transmission cable model of the components such as the equipment of mouth and transmission cable completes many and diverse computer room data without completely manual
Transmission cable modeling work, modeling efficiency are high.
As shown in figure 9, the component further includes elbow in one of the embodiments,.
Transmission cable generation unit 450, specifically includes:
Intermediate node scans subelement 455, for according to the both port of origination information and the path node information or knot
Beam port information is determining to have the identical line winder for terminating port-mark or the end port with the both port of origination.
Location information determines subelement 456, for according to the component information or the component information and the end
Message breath determines the location information or the location information for terminating port of the line winder.
Elbow cable generates subelement 457, for according to the location information of the initial port and the position of the line winder
Confidence breath or the location information for terminating port, and the elbow and company are generated in the computer room data transmission cable model
The both port of origination is connect to the line winder or the transmission cable for terminating port, is connected to the end until generating
The transmission cable of port.
In this way, corner can be needed in transmission cable, elbow is automatically generated, without manually completing many and diverse computer room data
Transmission cable modeling work, modeling efficiency are high.
Only several embodiments of the present invention are expressed for above embodiments, and the description thereof is more specific and detailed, but can not
Therefore limitations on the scope of the patent of the present invention are interpreted as.It should be pointed out that for those of ordinary skill in the art,
Without departing from the inventive concept of the premise, multiple modification and improvement can also be made, these belong to protection model of the invention
It encloses.Therefore, the scope of protection of the patent of the invention shall be subject to the appended claims.
Claims (6)
1. a kind of modeling method of computer room data transmission cable, which is characterized in that comprising steps of
Component information is obtained, the component includes transmission cable, cabinet, distributing frame, gantry, equipment and attachment, the distributing frame,
Equipment is arranged in the cabinet；
The distributing frame, the gantry, the equipment and the attachment are generated according to the component information, to generate computer room data
The basic model of transmission cable；
It obtains starting cabinet and selects information, and select information and the component information to obtain the starting according to the starting cabinet
Wiring information of the equipment as unit of port on cabinet；
According to the wiring information, the transmission cable is generated in the basic model of the computer room data transmission cable；
The wiring information includes both port of origination information, path node information and end port information；
The starting rack information includes: cabinet mark；
The both port of origination information include: cabinet mark, distributing frame mark, device identification, port-mark, terminate port-mark and
Cable type；
The end port information includes: cabinet mark, distributing frame mark, device identification, port-mark, terminates port-mark；
The cabinet mark of the both port of origination information is identified as different identification with the cabinet for terminating port information；
The attachment includes line winder；The path node information includes: line winder mark, line winder threading hole mark and terminates
Port-mark；
It is described according to the wiring information, the step of generating the transmission cable in the computer room data transmission cable model,
It specifically includes:
The position of both port of origination is determined according to the both port of origination information and the component information；
According to the position of the component information and the both port of origination it is determining with the both port of origination within a preset range described in
Line winder or the end port；
According to the both port of origination information and the path node information or terminate port information, the determining and both port of origination
With the identical line winder for terminating port-mark or the end port, and the connection both port of origination is generated to the reason
Line device or the transmission cable for terminating port are connected to the transmission cable for terminating port until generating.
2. the modeling method of computer room data transmission cable according to claim 1, which is characterized in that described to be risen according to
Beginning port information and the path node information terminate port information determination with the both port of origination with identical end port
The line winder of mark or the end port, and the connection both port of origination is generated to the line winder or the end
The transmission cable of mouth specifically includes until generating the step of being connected to the transmission cable for terminating port:
There is identical end port with the both port of origination according to the both port of origination information and the path node information are determining
The line winder of mark, and generate the transmission cable for connecting the both port of origination to the line winder；
The location information of the line winder is determined according to the component information；
According to the determination of the location information of the line winder and the another line winder or the knot of the line winder within a preset range
Beam port；
There is identical end port with the both port of origination according to the both port of origination information and the path node information are determining
The another line winder of mark or the end port, and the connection line winder is generated to the another line winder or described
Terminate the transmission cable of port, until generating the transmission cable connecting with the end port.
3. the modeling method of computer room data transmission cable according to claim 1, which is characterized in that the component further includes
Elbow；
It is described to be determined and the starting point according to the both port of origination information and the path node information or end port information
Mouth has the identical line winder for terminating port-mark or the end port, and generates the connection both port of origination described in
Line winder or the transmission cable for terminating port are connected to the transmission cable for terminating port until generating
Step specifically includes:
According to the both port of origination information and the path node information or terminate port information determination and both port of origination tool
There are the identical line winder for terminating port-mark or the end port；
According to the component information or the component information and the end port information, the position letter of the line winder is determined
Breath or the location information for terminating port；
According to the location information of the both port of origination and the location information or the position letter for terminating port of the line winder
Breath, and generate in the computer room data transmission cable model elbow and the connection both port of origination to the line winder or
The transmission cable for terminating port is connected to the transmission cable for terminating port until generating.
4. a kind of modeling of computer room data transmission cable characterized by comprising
Component information obtains module, for obtaining component information, the component include transmission cable, cabinet, distributing frame, gantry,
Equipment and attachment, the distributing frame, equipment are arranged in the cabinet；
Basic model generation module, for generating the distributing frame, the gantry, the equipment and institute according to the component information
Attachment is stated, to generate the basic model of computer room data transmission cable；
Wiring data obtaining module selects information for obtaining starting cabinet, and selects information and institute according to the starting cabinet
It states component information and obtains wiring information of the equipment originated on cabinet as unit of port；
Cable model generation module is used for according to the wiring information, in the basic model of the computer room data transmission cable
Generate the transmission cable；
The wiring information includes both port of origination information, path node information and end port information；
The starting rack information includes: cabinet mark；
The both port of origination information include: cabinet mark, distributing frame mark, device identification, port-mark, terminate port-mark and
Cable type；
The end port information includes: cabinet mark, distributing frame mark, device identification, port-mark, terminates port-mark；
The cabinet mark of the both port of origination information is identified as different identification with the cabinet for terminating port information；
The attachment includes line winder；The path node information includes: line winder mark, line winder threading hole mark and terminates
Port-mark；
The cable model generation module, specifically includes:
Initial position determination unit, for determining the position of both port of origination according to the both port of origination information and the component information
It sets；
Intermediate node scanning element, for according to the determination of the position of the component information and the both port of origination and the starting point
The mouth line winder within a preset range or the end port；
Transmission cable generation unit, for according to the both port of origination information and the path node information or end message
Breath, it is determining that there is the identical line winder for terminating port-mark or the end port, and the company of generation with the both port of origination
The both port of origination is connect to the line winder or the transmission cable for terminating port, is connected to the end until generating
The transmission cable of port.
5. the modeling of computer room data transmission cable according to claim 4, which is characterized in that the transmission cable is raw
At unit, specifically include:
Intermediate cable generates subelement, for being determined and described according to the both port of origination information and the path node information
Beginning mouth has the identical line winder for terminating port-mark, and generates the institute for connecting the both port of origination to the line winder
State transmission cable；
Middle position determines subelement, for determining the location information of the line winder according to the component information；
Node scans subelement again, for being determined with the line winder within a preset range according to the location information of the line winder
Another line winder or the end port；
Transmission cable generates subelement, for being determined and described according to the both port of origination information and the path node information
Beginning mouth has the identical another line winder for terminating port-mark or the end port, and generates the connection line winder
To the another line winder or the transmission cable for terminating port, until generating the transmission connecting with the end port
Cable.
6. the modeling of computer room data transmission cable according to claim 4, which is characterized in that the component further includes
Elbow；
The transmission cable generation unit, specifically includes:
Intermediate node scans subelement, for according to the both port of origination information and the path node information or end message
Breath is determining to have the identical line winder for terminating port-mark or the end port with the both port of origination；
Location information determines subelement, is used for according to the component information or the component information and the end port information,
Determine the location information or the location information for terminating port of the line winder；
Elbow cable generates subelement, for according to the location information of the both port of origination and the location information of the line winder
Or the location information for terminating port, and generated described in the elbow and connection in the computer room data transmission cable model
Both port of origination is connected to the end port to the line winder or the transmission cable for terminating port, until generating
The transmission cable.
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| CN106407505B (en) * | 2016-08-24 | 2019-11-19 | 江苏国泰新点软件有限公司 | Based on Revit platform bridge rack wiring method and apparatus |
| CN107798192B (en) * | 2017-10-27 | 2021-07-20 | 北京空间技术研制试验中心 | Design method of cable model |
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