Need to help to create a Sub Assembly

[lunhatduy92]

Hi Everybody,
I meet a trouble to create a subassembly. In my country have some required about the cross section grade, but I couldn't define it in subassembly composer. Can anyone recommend me to create it, thank you very much.

It has 3 case of the cross section grade.

Case1: if the crossection grade < 20% so we will striping top soil with the height is 0.1m

Case2: if the crossection grade >20%, <50%, so we will bench the base. the width of the step is 1m, an grade is 10%

Case3: if the crossection grade >50%

[KMercier_C3D]

Do you have any portion of a pkt file that you have already created? Case 2 will be the hardest. 

You would first create the road and the shoulders.

Then you would use an auxiliary point to slope to surface on left and another to slope to surface on right.

Then you define an auxiliary link to connect the two auxiliary points.

Then would set up a decision to test math.abs(AL1.slope)<=0.2. 

On the true side of the decision you would make a surface link from AP1 to AP2, then another surface link from AP1 to AP2 with a depth=0.1. And you would connect the vertical sides to close the shape. 

On the false side of the math.abs(AL1.slope)<=0.2 decision you would add another decision with math.abs(AL1.slope)<=0.5. 

On the true side of the math.abs(AL1.slope)<=decision, are you are going to have to manually set up a lot of sequential decisions in another Flowchart in order to set it up to start at the lower AP1/AP2 and go over and down the bench dimension and then up to surface and then if the x distance between that P# and AP# is more than the bench width you will need to create another one (math.abs(P#.x-AP#.x)). And keep setting those up until you think you will have enough to meet the maximum width. [I don't think you can use loop geometry to do this.]

On the false side of the math.abs(AL1.slope)<=0.5 decision you would do a decision to see whether AP1 or AP2 is lower and then place the retaining wall geometry on that side and a standard slope to surface point/link on the other side. 

[lunhatduy92]

Many thanks Kati for your response,

I created a *.spk to put it at egde of the daylight, but it fail. So I will try again with a road and shoulder by your direction.

[KMercier_C3D]

If you do not need a shape code in the large shape created under the road above the existing surface than you could use stock subassemblies for the road and shoulder and then use marked points at the edge of the shoulders to then attach your pkt file for the daylight and existing surface treatment if you were trying to keep things a little more simple.

(If you didn't have case 3 with the retaining wall in the daylight, you could also include the daylight as a stock subassembly and marked point at the daylight locations and just have a pkt for the existing surface treatment.)