Week 6 Challenge

1. Create a MicroStation rectangle, complex line and apply civil rule features to the same with linear > matchline feature definition.

2. Build geometry of your own parameters with geometry builder tool.

3. *Design an alignment on the 1st intersecting street. Design the proposed profile for the same. Name the alignment as “INT_01” and “PGL_INT_01”. Assign stationing starting from start of the alignment with 50+00.

4. *Design the roadway layout for this intersecting street till the survey/topo limits. Use above alignment as a starting point. Refer to the parameters from week 5 challenge # 01, 02. Create driveway and intersection openings referring to the background imagery.

(* Use best practices. Check snaps. Check tie-in conditions in plan and profile to existing conditions. Use proper feature definitions. Use appropriate geometry)

1. Create a MicroStation rectangle, complex line and apply civil rule features to the same with linear > matchline feature definition.

1. Create new file of 2seed file, name as microstation save it in a proper folder click on save
2. Go to Drawing tab in placement session click on place line and draw a rectangle
3. Go to gemetry tab click on design elements click on create civil rule features add feature definition geo-temp
4. Microstaion rectnagle is created civil rule feature is apply
5. Go to geometry tab click on line draw two or 3 tangent lines click on line between two points set feature definitions
6. Click on arc select simple arc locate 1st element and 2nd element give the radious and click enter
7. Click on complex click on complex by element to join the lines

2. Build geometry of your own parameters with geometry builder tool.

1. Create new file 2seed of name geometry builder click on save
2. Go to geometry builder, click on complex geometry click on geometry builder
3. Click on add new geometry give name as alignment
4. Click on insert line and draw a line of same lenght
5. Click on arc and draw an arc after drawing we can change of lenght and radii
6. After we can change line into arc, spiral the geometry is builded with any own parameter

3. *Design an alignment on the 1st intersecting street. Design the proposed profile for the same. Name the alignment as “INT_01” and “PGL_INT_01”. Assign stationing starting from start of the alignment with 50+00.

1. Create a new file with 2D seed name as alignment_1 save it in a proper folder click on save
2. Attach the right of way existing dgn and right way praposed dgn and topo Dgn as interactive method click on open
3. Select model as default click on coincident world
4. Select live nesting and nesting depth 1
5. Select detail scale 1:50
6. Click on fit view to view
7. Set the co-ordinate system, go to utilities tab ,click on co-ordinate system, co-ordinates as TX83-NCF-NAD83 Click on ok
8. Click o view attributes, goto background map select type as aerial
9. Hide the unnessary layer as fallows
10. Go to geometry tab and click on lines, click on select line between points set the feature definition and design the alignment
11. Click on the arc and click on arc between elements-->simple arc. set the feature definition
12. Locate first entity and second entity give the radius click enter the line is joined
13. Click on complex geometry--> click on complex by element to complex the alignment

4. *Design the roadway layout for this intersecting street till the survey/topo limits. Use above alignment as a starting point. Refer to the parameters from week 5 challenge # 01, 02. Create driveway and intersection openings referring to the background imagery.

1. open the previous(same file)
2. Turn off all the layers and turn only background map
3. Copy the element and keep it same point by operating space key and turn of the prop ROW for same time
4. Select that two small element go to properties convery class primary to construction and level as Z-Construction which will help to print the element
5. Now go complex geometry select best fit, Select best fit as complex by edgest, now locate primary edge element and secondary edge element no spiral
6. Select the line go to properties convert to horizontal rule once it converted it will have the civil rule
7. And now delete that copied element and turn on the topo ROW
8. Do the same procedure for curve portion select simple arc and Locate 1st entity 2nd entity give radius that is alignment is done
9. Now give offset for entire element so click on single offset entire element and give the offset distance 12 feet and feature definition
10. Same as add the shoulder 10 feet and give correct feature definition
11. Let us create the intersection junction, let turn on the top file drawline with respect to a topo straight line
12. Give lane width offset set the feature deffinition
13. Click on arc click on simple arc locate 1st entity and 2nd entity the radius now intersection junction is created
14. Do the same procedure for all the intersection point