Fill Assignee Conditional with airSlate SignNow

Fill assignee conditional

any roadway designer will tell you that a typical cross-section is actually a misnomer there's no typical as you're designing roadways all along the roadway from the beginning to the end different design requirements and different conditions may exist in the past these different design requirements would have required multiple sub-assemblies and assemblies to accomplish one overall design regions would have to be created everything would have to be carefully split up and analyzed and it was a lot more work civil 3d affords us the ability to utilize two different conditional sub-assemblies one sub-assembly tests for vertical uh issues and the other tests for horizontal in this example we're going to be working with the vertical and this is the conditional cut or fill subassembly what this does is this takes a point and at that point it tests against the surface and it determines whether it's in cut or fill it also determines by how much it's in cut or fill and then you can attach a sub-assembly based on that information that's returned in our example i would like to test on the outside link of our sidewalk whether or not we're in cut or fill and how much if we're in a cut situation it doesn't matter how deep and cut we are i would like to daylight to the right-of-way utilizing a two-to-one slope if at all possible if i'm in a fill situation however i have two conditions i want to check for i want to check for a shallow fill and a deep fill so what i'm looking for is if i'm in a fill that's less than four feet at this test point i want to do the same thing as i did above i just want to fill out a slope of four to four within the right-of-way limits if my daylight at a four to one applies outside the right-of-way limits then this sub-assembly will allow me to adjust the slope to get back within my right of way if the condition returns a fill that's greater than four feet however i want it to put in a retaining wall to do this we're going to utilize the conditional cut or fill assembly sub-assembly and then attach these conditions to the end of it and the interest of efficiency and speed i'm not going to walk through all the steps required to start out and build the assembly suffice it to say we're going to utilize our lane super elevation aor assembly uh with that we're going to use an urban curb and gutter sub assembly attached to that a link width and slope sub assembly then an urban sidewalk and then another link width and slope and the reason i'm using the link width and slope is because i can assign the super elevation shoulder slope as well as assigning a zero slope to our sidewalk for ada regulations now we're at the point where we're ready to put...