Project 2

1. Complete a project based upon all previous lectures.
2. See completed .PDF as a go-by for project criteria.

1. Complete a project based upon all previous lectures. 

• go to file 
• Click on the new 
• Select one template file which provided by the company (skill-lync/downloaded from dashboard/support/template/company xyz(survey))
• Click open 
• Type command CTRL+S give name as (SURVRD03) as a .dwg form and save in a proper folder skill-lync/week7/completed assignment 
• Click on the save, now file is created 
• In the SURVRD03, go to toolspace/setting 
• Click on the points/description key sets,select and right click on the civil3D,Click on the edit key or click on the points/description key sets, select and right click on the civil3d,click on the properties give name and description key sets  and 
• Select and right click on description key set click on edit key 
• PANORAMA table will open in that enter or import all the code,style,points lable style,formate,layer,scaleparameter,fixed scale factor,use drawing scale,apply to X-Y,...etc as provided by company 
• 1st enter the code as BM*,next click on style defualt there create new point style, if it is not exist 
• Give the name as BNCH as per the company click apply and ok,ok 
• Click on formate is not exist create new layer as per company 
• If layer is not exist create new layer as per company 
• If scale parameter is unchecked then make check as per company 
• And same thing to every one 
• Repeate the same procedure for each and everything 
• Now description key set is ready now 

• After importing all the discription keys
• Now in the (SURVRD03) file go to toolspace/survey Click on the figure prefix database
• Select and right click on the sample 
• Click on the manage figure prefix database 
• Figure prefix database manger sample dailog box will open, in that 
• Click on (+) mark and import all 
• The figure prefix database as per the company provided 
• And click ok 
• Now every figure prefix database is imported 

• After importing all the points and figure (discription key sets and figure prefix database)
• Now in (SURVRD03) file/toolspace/survey 
• One surveying tripod mark is there,click on there one survey user setting dailogbox will open
• All the survey data as per the company provided but store every path in the (skil-lync/week7/completed assignment)
• Select colour,select layer, if it not exist create layer 
• Click ok
• Survey setting is over (setup)

• After setting up the survey
• Select and right click on the line work code sets 
• Click on the "New"
• Give the line name "Line work new" click on ok
• Line work code set will open 
• Click ok after 
• In SURVRD03/toolspace/Survey, select and right click on the survey database, click on new  local survey database 
• Small naming box will open, their give the name of the folder as "New database"to create the new survey, data base 
• And click ok
• Now select and right click on the new 
• Now Click on the new data base /and select and right click on the import survey data
• Click on the new database and click next 
• In specify data source option,select the data source type as "point file"
• Click on the (+) mark select the file (Day1(proj2).txt) 
• Click open 
• Specify the point file formate as "PNEZD"
• Now click on finish
• Select and right click  on the line work code sets
• Click on the "New"
• ZE enter   

  

  

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• Go to file, click on new 
• Select one template file which is provided by the company (skill-lync/week7/downloaded fromdashboard/support/template/company XYZ(survey) click open
• TYpe CTRL+S Give name as DTM as .DWG form 
• Save the file in a proper folder (skill-lync/week7/completed assignment)
• Click on save
• Click on the file
• Click on import 
• Click on importlandXML 
• Select on landXML file (TRIANGLE.XML) click open
• Click ok 
• LandXML file is reflected
• (if we want export the DTM-DEM go to DEM file toolspace/prospector, select and right click on the surface click on to export to DEM. select the path to store DEM file name (Skill-lync/week7/completed assignment)

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• Create the alignment first we want (ALGNRD) alignment file that we have to create first 
• Go to file, click on new 
• Select one template file which is given by the company (skill-lync/downloaded from dashboard/support/template/companyXYZ
• Click on ok 
• Type command CTRL+S give a name as (ALGNRD01) As .dwg form and store in a proper folder (skill-lync/week8/completed assignment)
• Click on save 
• Open the GDTMRD01 file in the civil3d which is provided by the company 
• Copy the GDTMRD01 survey fille
• Create a surface for (GDTMRD01) 
• Create a data shortcut,if data shortcut is not created then, export the surface to a land XML and then import into the (ALGNRD01) file 
• Type command "XREF" to import the (TOPOd01) topogrphy file into a (ALGNRD01) file
• In (ALGNRD0) toolspace/setting/right click on (ALGNRD01) click on edit drawing setting give their co-ordinates as FL83-NF
• Now create the alignment, click on create alignment by layout 
• Give name Road150,click ok
• Draw an alignment, and give a proper radius 
• Now alignment is done

• After creating an alignment 
• Now we have to add the superelevation 
• First select the alignment 
• Click on the superelevation 
• Click on the calculate/edit superelevation dailogbox will open 
• Make checkmark on the undivided crowned click on next 
• Set the no of lanes, Give the normal lanes width as 11' as per the TCS and normal lane slope as -2% and click on next 
• Give the normal shoulder path width is 6' and slope is -6% as per the TCS  and click next 
• Check mark on automatically resolve overlap 
• Click on finish 
• Now superelevation is calculated

• Note: Assemblies, subassemblies and coridor are created in modling file (MODLRD) file
• First we have to create a (MODLRD) file 
• go to file 
• click on new
• select one template file company XYZ which is provided by the company (skill-lync/week9/support/template/company-xyz)
• Click open 
• Type command CTRl+S give a name as (GDTMRD01) and store in a partical folder (skill-lync/week9/completed assignment)
• Click on the save 
• Instead of creating data shortcut lets do another method 
• Open the (DTMRD) survey file in the civil3D and create a surface of (DTMRD) and export it into a land XML file 
• Again the import (DTMRD) XML file into (MODLRD) file 
• Also we want alignment,profile so open the (TOPORD) file in the civil3D and export into landXML file and again import the (TOPRD) file XML into a (MODLRD) file and create profile in the (MODLRD) file 
• Click on the profile, click on create a layout by surface 
• Select the alignment and already surface is selected which is created 
• Click on draw in profile view, give peofile view name, select profile view style,click next 
• In station range,make dot mark on automatic click next 
• Give Profile view height, make dot mark on user specified 
• Click next, and click on create profile view 
• Now start to create the assemblies and subassemblies 
• Click on assembly/ create assembly 
• Give a name as "TCD -1 assembly" click on ok 
• Click on somewhere to create the subassembly 
• Type command "MT" after tyle CTRL+F select the object infield categary/in object type click on green mark and go and click on the assembly mark automatticaly dailog bpx will open there we have to select name in preview we want uppercase 
• Click on ok 
• Select the assembly click on the tool palette 
• Tool box will open in the lane section select the "lane from tapered median 1or2" again properties box will open 
• Click on the mark,if the text size is big then select the text and right click, click on label properties their we can edit 
• If lane text is big then select and right click on the subbassembly properties their we can edit
• Now we have to create the shoulder 
• Click on the assembly/toolpalet/ in the generic/ select link width and slope and click on the right lane, then select the shoulder and right click/subassembly properties/parameter here we can change the width of the shoulder and slope as per the TCS Click apply and ok
• Now we have do cut and fill so
• Click on the assembly/tool palet/in the condition/ select condition cut or fill create the cut and fill 1:4 Click apply and ok
• Now we have to add the ditch so
• Go on the generic/link width and slope/ Click on the cut fill line/ give slope, width of -25% or 25% and 8' Click apply and ok 
• Go on the Condition selection/select condition cut and fill 
• Same thing mirror all the right subassembly to the left side 
• Then assembly is created

• After creating an assembly 
• Now we have to create a corridor 
• Click on corridor/corridor, give name as road 150 select the proper alignment which exist  in profile(cypress lake) as well as select profile which we created (vertical profile) 
• Select the proper assembly that we created as (TCS-1) 
• Select the target surface (survey surface) which we created 
• Click ok 
• Baseline and region parameter dailog box will open in that 
• Add the frequency of along tangent,along curve,along spiral,along vertical curves, click ok
• Check the target and its set 
• Click ok
• Click apply and ok 
• Corridor is created 
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• Now we have to create intersection and pond tie on given station , so 
• We have to create a new alignment, profile, assembly for that 
• Click on alignment /click on create connected alignments 
• Select the 1st alignment and 2nd alignment and pick a location to connect alignment
• Give a name as "CA right side"
• Select the curve group type as a circular fillet, radius 30, offset 0 and connection overlap is 20' click ok 
• Do the same for left side also 
• Take a line to Split the region 
• After drawing the  perpendicular line 
• Goto corridor, select and right click on Road 150, click on properties 
• Add the frequency of along tangent,along curve,along spiral,along vertical curves, click ok
• Check the target and its set 
• Click ok
• Click apply and ok 
• Corridor is created
• Click on split region And select the region from where to where to split the region and make assembly and subassembly for splited portion also call it as TCS-3
• Make a corridor for TCS-3 also and set the target click on apply and ok 
• Intersection and pond tie in (54+00 to 54+80) is done

 

• In MODLRD file toolspace/prospector/select and right click on the created corridor( Road150) click on the properties 
• One dailogbox will appear in that click on the surface 
• Click on the create a corridor surface mark and select the specify code as "Top"click on (+) mark and make check mark on the add base line and in overhang correction, select top links
• Click on the create a corridor surface mark and select the specify code as "Datum"click on (+) mark and make check mark on the add base line and in overhang correction, select Bottom links
• Click apply and ok 

• Open the plansheets in the civil3D which is provided by the company 
• Go to file 
• Click on open 
• Chose the plansheets .dwt file which is in the skill-lync /week 11/downloaded from dashboard/ support/ sheets/plan sheets dwt
• Click open 
• Select and right click on the single plan scale
• Click on the page setup manager 
• Click on the modify,view port toolbox will open 
• Check the printer name give correctly 
• Give the paper size Ansi  bleed B(11x17 inches)
• Give plot style table (pen assignment) as acad.stb
• Select landscape and,  now all are in proper so click ok,click on close set the scale and lock it and set the properties 
• Do the same procedure for dual plan 50 scale,plan-profile 40 scale, cross section 10 scale viewport to the correct property

• Type command CTRL+4 ,sheet set manager will open 
• Click on open 
• One fill will arrive in that go in the skill-lync/week11/downloaded from dash board/suppport/template/in that Company .dst is there select that click on open
• Select and right click on that import .dst file (companyn XYZ) PROJ2
• Click on properties
• Give the name  as PROJ2 as said by the company 
• Enter all the custom properties as said and given by the company 
• Click on ok 
• Now its created

• Open the KEYSRD01 file in the civil3D
• Select all the sheets right click 
• Click on the import layout as sheet 
• Click on import checked 
• It is imported in the sheet set manager 
• Select and right Click on key in the sheet set manager 
• Click on the rename and renumber 
• Do the same procedure for all sheets 
• Set in the serial wise

 

• Go to file
• Click on the open 
• File manager will open select the CLIPRD01 .dwg file (skill-lync/downloaded from dashboard/week11/section11/cadd/roadway/CLIPRD01) which is provided by the company 
• Click on open 
• We want alignment so,open ALGNRD01 file in civil3D,by doing the same procedure 
• Click on open 
• we want alignment in the CLIPRD01 file so 
• We want to copy the alignment by creating the data shortcut of the alignment (cypress lake and charless RD) 

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• Export both alignment into land xml file in the CLIPRD01 file 
• Now create view frame
• In CLIPRD01 file toolspace/prospector/select and right click on viewframe groups 
• Click on create viewframes
• Select the alignment which is created,click next 
• Make dot mark plan and profile, click next
• Give the name as "VFG CYPRESS LAKE" click on next 
• Match line give snap station 10 and overlap is 50',click next 
• Click on create viewframe
• Do the same procedure for CHARLESS RD

 

• Open PLPRD01 file in the civil3D as said by the company to create plan and profile sheets 
• Import the alignment land xml in the ALGNRD01 file which is already created and exist in the (skill-lync/week11/completed assgnment)
• Click on open ,Click ok

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• Copy the alignment from ALGNRD01 file and paste it into orriginal co-ordinates into a PLPRD01 file 
• Type command "XREF" to import the "DSNRD01 and TOPORD01"file in the CLIPRD01 file type command "XREF"to import the TOPORD01 file in the CLIPRD01 exizt in the syrvey file
• Before create viewframe lets check the profile and surfce is exist or not , ok 
• Lets create viewframe in PLPRD01 file 
• Go to toolspace/prospector/select and right click on the view frame groups
• Click on create viewframes again  
• After creating viewframes, create a sheets 
• Select and right click on cypress lake 
• Click on the create sheets 
• 1st Select view frame groups as VFG CYPRESS LAKE 
• Make dot mark on the all layouts in the current drawing click next 
• Make dot mark on the add to existing sheet set and select existing sheets from skil-lync/week11,click next 
• Make dot mark on the choose setting, click on profile view wizard 
• Select mean elevation inprofile view datum, click next 
• Select labels in profile dispaly options, click next 
• Click next 
• In data band select profile 1 & 2 as vert1 (cypresslake ) click next 
• Click finish 
• Click on create sheets 
• Click somewhere plan and profile sheets us created 
• Now edit some change in profile 
• In existing .dst file right click on sheet, click on rename and renumber give the name as cypress lake 
• Click on next , do the same for all sheets plan profile sheet is created

 

• Open the existing RDXSRD01 file in the civil3D 
• And again by command "XREF" import the GDTMRD01 file surface file into the RDXSRD01 file 
• Also import RWDTRD01 file into the RDXSRD01 file by the Command "XREF"
• Also we want alignment so  
• Import the alignment XML file in the RDXSRD01 file 
• To create a cross section sheet first we have to create assembly as well as corridor 
• Create assembly and after 
• Create corridor 
• Now we have to create a Corrss section sheet 
• Go to home tab ,profile and section view, select sample line and click on the alignment, sample line toolbox
• Click ok 
• Select 'by range of station'
• Fill all the options in a correct way 
• Make it "true "for at range end in additional sample control 
• Click ok 
• Your sample line is created, now we can delete unwanted sample line at a proper place it is very neccessry 
• Now click on section view , click on create multiple views
• Select the alignment, click next 
• Select the template ,plan sheet which is provided by the company, click next 
• Click next 
• Dot mark on the user specified give height of 20' click next
• Click next, or we can change lable style 
• Select surface 1 & 2 ,Click next 
• Click on create section view 
• Now we have to create section sheets so 
• Go on output, click on create section sheets 
• Do mark on add to existing sheet set select the .dst file which is already exist in the week11/support/template/company xyz.dst (PROJ 2)
• Click on open 
• Click on create sheets , now sheets is created

 

• Now we have set the sheet in a serial wise and with a proper name so 
• Select and right click 
• Click on the rename na renumber 
• Give the proper number and proper name, click on next, like wise check to all and do the same procedure at last click ok 
• Now all sheets are in renamed and renumber as said by the company

 

• Open KEYSRD01 file in civil3D 
• Click on the sheet no after click on the field or CTRL+F 
• Select the field catagory sheetset and related sheet are refelected their select the key sheet 1st 
• Select the formate in uppercase, select the property related to that 
• Click on ok
• Repeat the same procedure for all description 

 

• Open the pond file (PDPLRD01) file civil 3D 
• In PDPLRD01 /toolspace/select and right click on site 
• Click on new 
• Give the name as pond1, click ok
• Subdivisions are reflected in a pond1 like, alignment, feature line,grading groups
• Click on new 
• Give the name as POND1ao, click ok
• Create feature line, home/feature line, click on create feature line
• Give name as Top(140), we can give the style, click ok
• Now start the grading of pond 
• Next we have to create a surface 
• Select and right on the POND1 click on properties 
• Check mark on the tessellation spacing click ok
• Now surface is created for pond

• Open the DRPRD01 file in the civil3D
• Export MODLRD01 file into a land xml file and import it into the DRPRD01 file or 
• Type command XREF import the MODLRD01 file in the DRPRD01 file
• Now we have to create a pipe network 
• Go to home tab, click on pipe network 
• Click on pipe network creation tools 
• Give the  network name as pipestrome(PROJ1) 
• Give network parts list strom sewer 
• Give the surface name FG
• Select the alignment name 
• Click ok, network layout tool will open
• Select the frame as rectangular structure circular frame 48x48 rect two
• Select the concrete pipe of any one 24 inch 
• In transparent, select the station offset 
• Click on the exact point where we can start to add the pipe network 
• Last Click end of the pipe well select the MES 
• Place on the edge of the road 
• Pipe network is created

• Click on alignment, click on create alignment from network parts 
• Give the name as pipe strome 135 
• Start draw an alignment for the pipe 
• Alignment is drawn for the pipe to create profile view for the pipe network
• Click on profile, click on create multiple profile view 
• Select the alignment as pipe strom135 
• Click next 
• Click next 
• Dot mark on the user specified give the height 
• Click next 
• Click on create profile view  
• Click on some where profile view of the pipe network is created 

• Open the BOX CULVERT file in the civil3D
• Use regular Autocadd tools to create the Box culvert