Explore the intricacies of profile view windows in Civil 3D, emphasizing how they present vertical data in a plan view setting. This article also touches upon the significance of the object style for a profile view and how it controls the options and displays.
Key Insights
- Profile view windows in Civil 3D are placeholders that display design elements, functioning like complex labels within the software. They present vertical data in a plan view setting.
- The object style for a profile view plays a crucial role in controlling the options and the displays of how the profile view window looks. This includes controlling factors like horizontal and vertical exaggeration.
- The article delves into the functionalities of the profile view properties, which include features like information tabs, options for stations, elevations, split profile view window options, and more. Understanding these properties could enhance the utilization of profile view windows in Civil 3D.
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In this video, we're going to talk about profile view windows. The thing to understand about profile view windows is that they are a way for Civil 3D to present vertical data in a plan-view setting.
Normally, what we're looking at here is plan view, but this information here is actually a profile view of what we're looking at here in our model. The window itself has nothing associated with it; as far as design goes, it's just a placeholder.
Everything inside the window is actually design elements. So this profile inside this window is associated with the surface. This window itself is just a way for things to be displayed.
It's almost like a very complex label inside of Civil 3D. With that being said, if you select your profile view window, the Contextual ribbon bar will come up, and inside the Contextual ribbon bar, you have your Profile View Properties. If I select Profile View Properties, inside the Profile View Properties window, we have the Information tab, which tells us the name, description, and object style for the profile view window.
Then we have the options for stations. What you'll notice is these tabs line up with what we had in our profile view creation window when we originally created our profile view. From here, we have the stations, automatic or user-specified.
We have elevations, automatic or user-specified, and then the split profile view window options. Under Profiles, we have the options for which profiles associated with the alignment, Existing Highway, are going to be displayed inside our profile view window. We only have the surface profile now, so we can only display that surface profile.
Then we have the Bands window or tab. From here, this is a little bit more robust than when we created our profile view window because we have all of these band types: profile data, vertical geometry, horizontal geometry, superelevation, section data, pipe data, pressure data.
All of these different band types also come with a band style, and so you can choose a band style. From there, you can then add it.
Depending on if you have Bottom of Profile View or Top of Profile View selected, that information will be populated in this window and you can manipulate that data. We'll get into that in a different video, but this is where we get our data bands from and where we can add and delete data bands into our profile view window. The last tab we have is our Hatch tab.
Just like when we created the profile view window, we have our cut areas, our field areas, and our multiple boundary areas. That's why it wasn't too concerning that we didn't have enough profiles to do these types of hatchings, because we can do it at a later date when we have more profiles available to us. Moving on from here, one of the important features of a profile view is the object style for the Profile View.
Inside the object style for the profile view, it controls all of the options and the displays of how this profile view window looks. I'm going to zoom in on this upper profile view window, and then I'm going to go to Profile View Properties again. From here, I'm going to navigate to my Object Style.
I'm going to go to my Edit Current Selection button. I'm going to look at my profile view style, and we're going to go through these tabs so we can talk about each individual portion. Inside the Information tab, very simple, is the name, the description, and who created this specific profile view style.
Moving on from there, this is where we control our horizontal and vertical exaggeration. Our current horizontal scale is set to whatever our drawing settings are, which are down here in the status bar. We have our current drawing settings at 1:30.
It auto-populates 30 as our current horizontal scale, and I can't type in a number to change this option here. It has to be changed in from this drop-down menu. From here, we have our vertical scale, and our vertical scale is calculated based on our custom scale and our current horizontal scale, and then that will give us a vertical exaggeration.
If we want no vertical exaggeration, we would put in 1 into our custom scale, and you'll notice that our vertical scale sets itself to 1 inch equals 1 foot, and that sets our horizontal scale to 30, our vertical scale to 30, and our custom scale is 1. I'm going to leave this as 3 because I don't want to change the view style for major grids in HGP, but if we were creating a new one and wanted to have something that didn't have any kind of vertical exaggeration, then we would change this vertical scale to something like 1 equals 1,1 inch equals 1 foot.
From here, we have the options for how we want to view this profile: left to right or right to left. That's just a radio button you can select, with a little image showing what that's going to look like here. Moving on from there, we have our grid options, and we have our grid clipping options up here, and then padding and axis offset options here.
As I said before, when we selected our stations for our window, you don't need to add additional stationing to the left and right of the profile because this grid padding does that for us. We pad to the left by one grid, pad to the right by one grid, and pad up by two and down by two. These numbers can all be modified. We can put in four, we can put in one.
I'm going to leave it as two, and then up here in each of these windows, it's going to show us what these different checkboxes do for us. If we select Clip Vertical Grids, what you'll notice inside this window is that it's going to clip the vertical grid lines at a certain entity. We can either clip to the highest profiles or omit grids in the padding areas.
We can omit grids in the padding areas or clip to the highest profiles. What you can see here is it's either going to clip to a specific profile, or it will clip to the profile that has the highest elevation. I am not going to clip my vertical grids, but I'm going to go over here to Clip Horizontal Grids, and same thing here. You can clip to the highest profile, clip to a specific profile, or omit gridding in the padding areas.
I'm going to unclip horizontal grids, and then I am going to go to this axis offset. This is if you want to offset your axis because Civil 3D is centering this profile in this view window. If you want to offset it, you can offset it by a set value in any of these boxes here. Moving on from there, we're going to go to Title Annotation.
The Title Annotation is for this box up here that says EX Highway Profile. From here, you have the options for the text style, the text height, the title contents, e.g., Parent Alignment Profile, EX Highway Profile. Then we have the title position, where it sits above this window here.
We have location: top, bottom, right, or left. We can move it to bottom, and it would come down here, or left, and it would show up over here. I'm going to leave it as top.