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Professional CAD/CAM tools built on Inventor and AutoCAD
Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
Professional CAD/CAM tools built on Inventor and AutoCAD
Add labels for further definition of the alignment and its segments and use the data in a table, either by segment type or with all the alignment details.
Type:
Tutorial
Length:
6 min.
Transcript
00:04
We're now going to add some alignment labels to the alignment,
00:08
right, click on the alignment and choose edit alignment labels
00:12
looking at the labeled type.
00:14
You can see we can label various aspects of our alignment
00:17
stations, geometry points, design speeds, profile points and super elevation.
00:25
Adding these labels to our alignment provides information about
00:29
the alignment geometry and properties in our drawing,
00:33
set the type to major stations and set the label style to perpendicular with line.
00:39
You can preview the star before adding them.
00:43
This will label the major stations with their station value.
00:47
We want these to be displayed at every 500 ft.
00:51
Now, at the miner station labels as ticks,
00:54
we'll display these at every 100 ft.
00:59
We also want to label the alignment geometry points.
01:03
These labels will mark the changes in the alignment geometry with their stations.
01:09
When you add them, you can control the points, you need to be labeled,
01:14
turn off alignment, beginning
01:16
and end
01:17
and the curve mid point.
01:21
Now we'll add labels for the changes in design speed.
01:25
There's only one available style for this label station over speed.
01:30
This will label their positions along the alignment
01:33
showing the design speed and the alignment station,
01:39
the station index increment controls the position of the plus separator
01:43
in the station format.
01:45
In our case, it's at the 100 position.
01:50
This just makes the station values more readable.
01:56
Now that we've decided on our labeling,
01:58
we'll want to apply these same labels to other alignments.
02:02
We can do this by saving the labels as a label set,
02:08
rename the label set to design labels and save it.
02:14
We'll label the other alignments in our model by applying our new label set to them,
02:22
edit the alignment labels and import the label set
02:25
and click. OK. To apply,
02:29
you can see how having these styles predefined in
02:32
a template could save time when creating your models.
02:38
We're now going to add a different type of alignment label.
02:43
These labels are more general labels which
02:45
can reference information from an alignment,
02:50
select the alignment and
02:52
from the contextual ribbon,
02:54
choose add labels, then add alignment labels,
03:00
first set the label type to station, offset, fix point,
03:05
then change the style to station and offset.
03:09
This will label a fixed position with the station and an offset of the alignment.
03:15
The marker style will set the style of the marker for the point being labeled.
03:21
Click add, select the alignment to use as a reference,
03:25
then pick the point to be labeled.
03:28
You can see the station and offset is labeled based on the reference alignment.
03:34
Now change the label type to station offset and set the style to station and offset.
03:41
This will also label a station and offset from the alignment
03:45
but the label will remember its values and will move when the alignment changes.
03:51
When adding this label, you select the station and offset separately.
03:57
When I move the alignment,
03:59
the station positions change as the curve is being stretched,
04:05
the fixed point label stay in position
04:08
but their values change.
04:10
Whereas the station offset label
04:12
moves to stay at its assigned station and offset.
04:18
Now we will label the segments of the alignment,
04:21
choose the label type, multiple segments
04:26
using this, we can label all the lines, curves and spirals on the alignment in one go.
04:33
The table tag numbering will be used later to create a table of the alignment.
04:37
Segments
04:40
add these labels to the alignment.
04:43
You can see that it is labeled each segment
04:46
with information relating to the type of segment.
04:50
These labels are linked to the alignment
04:52
and can be adjusted by using the grips
04:58
to create an alignment table in the drawing, select the alignment.
05:01
And from the ribbon, choose add tables,
05:06
we can add tables for each segment type
05:09
or we can add all the segments in one table.
05:13
Choose at segments.
05:16
When we add the table, we can choose an entire alignment
05:19
or we can pick the segment labels that we want to add to the table.
05:24
We must have created segment labels on the alignment first
05:28
before we can create a table.
05:32
Civil 3D will convert the labels to tags
05:35
and add the segment information to the table.
05:40
There are settings to control how many rows are placed at the table
05:44
and how multiple tables are laid out. If the number of rows exceeds the maximum,
05:50
the default behavior for the table is dynamic which
05:53
means it will update if the alignment is edited.
05:56
Click. OK. And select a location in the drawing for the table.
06:02
We can see here how the labels we have added have
06:04
been converted to numbered tags which are referenced in the table.
Video transcript
00:04
We're now going to add some alignment labels to the alignment,
00:08
right, click on the alignment and choose edit alignment labels
00:12
looking at the labeled type.
00:14
You can see we can label various aspects of our alignment
00:17
stations, geometry points, design speeds, profile points and super elevation.
00:25
Adding these labels to our alignment provides information about
00:29
the alignment geometry and properties in our drawing,
00:33
set the type to major stations and set the label style to perpendicular with line.
00:39
You can preview the star before adding them.
00:43
This will label the major stations with their station value.
00:47
We want these to be displayed at every 500 ft.
00:51
Now, at the miner station labels as ticks,
00:54
we'll display these at every 100 ft.
00:59
We also want to label the alignment geometry points.
01:03
These labels will mark the changes in the alignment geometry with their stations.
01:09
When you add them, you can control the points, you need to be labeled,
01:14
turn off alignment, beginning
01:16
and end
01:17
and the curve mid point.
01:21
Now we'll add labels for the changes in design speed.
01:25
There's only one available style for this label station over speed.
01:30
This will label their positions along the alignment
01:33
showing the design speed and the alignment station,
01:39
the station index increment controls the position of the plus separator
01:43
in the station format.
01:45
In our case, it's at the 100 position.
01:50
This just makes the station values more readable.
01:56
Now that we've decided on our labeling,
01:58
we'll want to apply these same labels to other alignments.
02:02
We can do this by saving the labels as a label set,
02:08
rename the label set to design labels and save it.
02:14
We'll label the other alignments in our model by applying our new label set to them,
02:22
edit the alignment labels and import the label set
02:25
and click. OK. To apply,
02:29
you can see how having these styles predefined in
02:32
a template could save time when creating your models.
02:38
We're now going to add a different type of alignment label.
02:43
These labels are more general labels which
02:45
can reference information from an alignment,
02:50
select the alignment and
02:52
from the contextual ribbon,
02:54
choose add labels, then add alignment labels,
03:00
first set the label type to station, offset, fix point,
03:05
then change the style to station and offset.
03:09
This will label a fixed position with the station and an offset of the alignment.
03:15
The marker style will set the style of the marker for the point being labeled.
03:21
Click add, select the alignment to use as a reference,
03:25
then pick the point to be labeled.
03:28
You can see the station and offset is labeled based on the reference alignment.
03:34
Now change the label type to station offset and set the style to station and offset.
03:41
This will also label a station and offset from the alignment
03:45
but the label will remember its values and will move when the alignment changes.
03:51
When adding this label, you select the station and offset separately.
03:57
When I move the alignment,
03:59
the station positions change as the curve is being stretched,
04:05
the fixed point label stay in position
04:08
but their values change.
04:10
Whereas the station offset label
04:12
moves to stay at its assigned station and offset.
04:18
Now we will label the segments of the alignment,
04:21
choose the label type, multiple segments
04:26
using this, we can label all the lines, curves and spirals on the alignment in one go.
04:33
The table tag numbering will be used later to create a table of the alignment.
04:37
Segments
04:40
add these labels to the alignment.
04:43
You can see that it is labeled each segment
04:46
with information relating to the type of segment.
04:50
These labels are linked to the alignment
04:52
and can be adjusted by using the grips
04:58
to create an alignment table in the drawing, select the alignment.
05:01
And from the ribbon, choose add tables,
05:06
we can add tables for each segment type
05:09
or we can add all the segments in one table.
05:13
Choose at segments.
05:16
When we add the table, we can choose an entire alignment
05:19
or we can pick the segment labels that we want to add to the table.
05:24
We must have created segment labels on the alignment first
05:28
before we can create a table.
05:32
Civil 3D will convert the labels to tags
05:35
and add the segment information to the table.
05:40
There are settings to control how many rows are placed at the table
05:44
and how multiple tables are laid out. If the number of rows exceeds the maximum,
05:50
the default behavior for the table is dynamic which
05:53
means it will update if the alignment is edited.
05:56
Click. OK. And select a location in the drawing for the table.
06:02
We can see here how the labels we have added have
06:04
been converted to numbered tags which are referenced in the table.
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