Challenge

Project 2

1. Complete a project based on all previous lectures.

step 1: Create a file

the new file is opened
go to the home tab click on template reference add the company template provided.
add the company template to the newly opened file and then save the file
name it as {SURVRD(PROJ)}now the file is created

step:2 creating description key set

go to tool space and click setting
Click points and go to description key sets
and then select and right-click the civil 3d
PANORAMA table will open, and add all the data to it as per the assignment pdf and click ok
description key set is now prepared.

step:3 FIGURE PREFIX DATABASE

now in the [SURVRDO (PROJ)], go to tool space /survey/
Click on the manage figure prefix database, click it another thing opens and click on the sample as shown in the figure
right-click the dialog box opens for manage the figure database of the sample
Click on the plus sign and import the data

STEP 4: SURVEY THE DATABASE

go to the survey database and right-click a dialog box that opens
click "new local survey database "another dialog box opens, name it "new database"
and click ok
now the new database is shown in the survey database
next click on the new database, and select import.
in the import, many options open such as import survey data, import point file, import points from drawing, import survey land XML
among that select the import survey data
an import survey data-specific database dialog box opens
in that select point file and click ok plus sign and add (day1(PROJ2).txt file and click ok
Go to survey database/linework code sets/
right click linework code sets, click new and name it as " linework new"
and click ok

STEP:5 importing land XML file

step:6 creating alignment

Click the new file with the company template ("Company XYZ") and save it as ALGNRD02.dwg
next, go to the surface and click land export XML from (GDTMRD02)
Next type "xref" to import the (TOPOD01) topography file into the (ALGNRD01) file
next ALGNRD01, go to settings in tool space click edit drawing and select coordinate as"FL83-NF"
go to the ribbon bar and click alignment /create alignment by layout.
create alignment dialog box opens and creates the alignment [road150]

step 7: creating superelevation

next, create superelevation
Click on the alignment and select edit superelevation
calculate superelevation -roadway type dialog opens
in roadway type select undivided crowned, click next
next in lanes normal lanes as width '11' and for lane slope '-2%' and click next
in shoulder control, assign normal shoulder width as 6.00 and normal shoulder width - 6.00% click next and f=click finish
now superelevation is calaculted.

step:8 creating the "MOLDLRD" file

Click the new file with the company template ("Company XYZ") and save it as MOLDLRD.dwG
next import land XML of the GDTMRD02 file and click ok
next, import the ALGNRD02 file and click ok
now the MOLDLRD file is created with all imports

step 9: Create a profile view

step:10 creating assemblies and subassemblies

Go to the alignment file that was created
next, draw a rectangle by typing the "rec" command
next type the "MTEXT" dialog box opens, draw a rectangle above the previously created rectangle
then type "ASSEMBLE" and hit ok
the selected things are created assemblies (shown in the figure)
Go to the home tab and click assembly and then click create assembly
Next assembly dialog boxes open, the name is typed and assembly styles are selected and click ok
Next, go to tool plates and select lane superelevationAOR, give the name of the subassembly
Click the subassembly/commands/create subassembly and click it, the dialogue box opens as shown below ,check the requirements and click ok
next, go to condition select conditional horizontal target and click
after selecting go to properties and the select target is not found as an option in the properties ,name it "RT_STD".
created things are shown below
mirror copied the thing that created

step 11: creating a corridor

next is creating corridor, go to the home tab, select corridor, and click create a corridor
check the requirements
change the along vertical curves for the better view
and click ok the corridor is created

step:12 creating intersection

we have to create a new alignment for that
first, we have to create a new alignment, click alignment select the alignment and draw it
next click on connect the alignment and select first alignment and second alignment and click ok

step: 13 creating a plan sheet and view frames

open a new file with the company and template and create the data shortcuts for the file
open the plan sheet in the civil 3d which is provided

step:14 creating estimation

dating all the excel sheets according to the given data

step :14 creating pipe networks

step: 15 creating box culvert

Ship work like this
in your own course.