














Develop a new multiline style to represent a roadway, and change the location of mline vertices.
Transcript
00:04
Now let's discuss the use of multi line styles.
00:08
If you type in ML
00:10
style,
00:13
the multi
00:14
line style dialog box appears from here, you will see the following options
00:20
load which loads an M style from an external MLN
00:25
file
00:26
and save which saves any multi line style to an external
00:31
MLN
00:32
file.
00:34
So now that we've explored the multi line style dialogue box,
00:38
let's go through the process of creating a new multi line style
00:44
in the multi line style dialog box.
00:47
Click on the new button.
00:50
This will open the create new M style dialog box.
00:56
The first thing to do
00:58
is give the new style a name
00:60
for this example.
01:01
We'll be creating a multi line style that represents a
01:04
roadway with a dash line running down the middle.
01:08
Think about how this could assist you in quickly creating what you need.
01:13
If you had to create an exhibit or a layout for a roadway study,
01:17
rather than creating separate autocad entities such as lines or poly lines,
01:22
an M line would be created as one object.
01:26
If this item needs to have the geometry modified,
01:29
you would be editing one item instead of three or more.
01:33
Thus saving you time.
01:35
Now let's get started creating the new multi line style
01:40
in the create new multi line style dialog box.
01:43
We're going to enter roadway for the name
01:47
and then we'll click continue
01:51
in the new multi lion style roadway dialogue box.
01:56
We can enter a description
01:57
such as for
01:60
roadway
02:01
exhibits.
02:04
The angle option allows you to control the angle of the caps
02:09
or caps. You select
02:12
the default angle is 90 but you can enter different angles
02:16
to see how it will affect your multi line style.
02:19
Note that you can get a preview of the additions that you make to your style
02:24
as these will appear in the multi line style dialog box in the preview window.
02:29
The next option is the fill option.
02:32
If you want a solid fill color applied to your style, you can select that color here.
02:38
Also notice
02:41
that by layer is an option.
02:43
I will choose a gray color for this option
02:47
to simulate
02:48
the pavement that we're going to create with this M line style.
02:54
The next option is display joints.
02:57
This option will create a line at each vertex from outside to inside.
03:03
I'll leave this option deselected. For our example,
03:07
in the element section, there are the offset
03:11
color
03:12
and line type values.
03:15
Since I started this style based on the standard style,
03:18
there are only two elements currently.
03:21
For this example,
03:22
I'll modify the offset values and add another line element to the style
03:28
to modify offset values. Select the element you want to modify.
03:35
In this case, select the first element.
03:38
After selecting it,
03:39
you will notice that the offset value directly below the delete button
03:44
is now available. Remember that you are creating a style for a roadway.
03:49
With that in mind.
03:50
A typical roadway width is 12 ft
03:54
for the first offset.
03:56
Enter six
04:01
for the value of color.
04:05
We'll change this to 253.
04:09
These lines will be gray
04:11
and will be the outside lines for the roadway.
04:14
Next, you'll need an element that will be the roadway, center line striping
04:18
to add this element.
04:20
We'll click on the add button
04:24
once added, notice that the offset value is zero.
04:27
This will be the center line of the roadway.
04:30
Since we intend to make this our center line striping,
04:33
we'll have to change the color and line type values
04:38
for the color. We'll go ahead and make this yellow
04:42
and for the line type,
04:44
we'll go ahead and load
04:48
and look for
04:50
dashed.
04:55
Finally,
04:57
we'll take care of the last offset
05:01
with a minus six.
05:05
We'll make the color 253
05:07
and we'll keep the line type.
05:10
Now, we can click the ok button
05:13
and we can see a preview of our new M line style.
05:17
Now, let's finish it off by trying out the style we just created.
05:23
Let's select the roadway style, set it current and then click ok.
05:28
Start the M line command,
05:32
scroll out,
05:34
pick a point
05:41
and there we have it
05:43
a roadway exhibit
05:44
with striping and hatching.
05:48
When we click on the M line, you can see it's one item
05:55
that can be modified
05:56
as needed
06:01
one tip. Before closing this lesson,
06:04
if you click on your M line and notice that the
06:07
vertices are located at the edge of the M line,
06:11
there's an easy fix to take care of this.
06:14
If you want them to run down the center line of the M line,
06:17
simply select the M line,
06:20
right click
06:21
and go to properties
06:27
in the property's pallet,
06:29
simply go to M line justification
06:32
and change it from top
06:36
to zero
06:37
and notice how your vertices or your grips
06:41
are running straight down the center line.
00:04
Now let's discuss the use of multi line styles.
00:08
If you type in ML
00:10
style,
00:13
the multi
00:14
line style dialog box appears from here, you will see the following options
00:20
load which loads an M style from an external MLN
00:25
file
00:26
and save which saves any multi line style to an external
00:31
MLN
00:32
file.
00:34
So now that we've explored the multi line style dialogue box,
00:38
let's go through the process of creating a new multi line style
00:44
in the multi line style dialog box.
00:47
Click on the new button.
00:50
This will open the create new M style dialog box.
00:56
The first thing to do
00:58
is give the new style a name
00:60
for this example.
01:01
We'll be creating a multi line style that represents a
01:04
roadway with a dash line running down the middle.
01:08
Think about how this could assist you in quickly creating what you need.
01:13
If you had to create an exhibit or a layout for a roadway study,
01:17
rather than creating separate autocad entities such as lines or poly lines,
01:22
an M line would be created as one object.
01:26
If this item needs to have the geometry modified,
01:29
you would be editing one item instead of three or more.
01:33
Thus saving you time.
01:35
Now let's get started creating the new multi line style
01:40
in the create new multi line style dialog box.
01:43
We're going to enter roadway for the name
01:47
and then we'll click continue
01:51
in the new multi lion style roadway dialogue box.
01:56
We can enter a description
01:57
such as for
01:60
roadway
02:01
exhibits.
02:04
The angle option allows you to control the angle of the caps
02:09
or caps. You select
02:12
the default angle is 90 but you can enter different angles
02:16
to see how it will affect your multi line style.
02:19
Note that you can get a preview of the additions that you make to your style
02:24
as these will appear in the multi line style dialog box in the preview window.
02:29
The next option is the fill option.
02:32
If you want a solid fill color applied to your style, you can select that color here.
02:38
Also notice
02:41
that by layer is an option.
02:43
I will choose a gray color for this option
02:47
to simulate
02:48
the pavement that we're going to create with this M line style.
02:54
The next option is display joints.
02:57
This option will create a line at each vertex from outside to inside.
03:03
I'll leave this option deselected. For our example,
03:07
in the element section, there are the offset
03:11
color
03:12
and line type values.
03:15
Since I started this style based on the standard style,
03:18
there are only two elements currently.
03:21
For this example,
03:22
I'll modify the offset values and add another line element to the style
03:28
to modify offset values. Select the element you want to modify.
03:35
In this case, select the first element.
03:38
After selecting it,
03:39
you will notice that the offset value directly below the delete button
03:44
is now available. Remember that you are creating a style for a roadway.
03:49
With that in mind.
03:50
A typical roadway width is 12 ft
03:54
for the first offset.
03:56
Enter six
04:01
for the value of color.
04:05
We'll change this to 253.
04:09
These lines will be gray
04:11
and will be the outside lines for the roadway.
04:14
Next, you'll need an element that will be the roadway, center line striping
04:18
to add this element.
04:20
We'll click on the add button
04:24
once added, notice that the offset value is zero.
04:27
This will be the center line of the roadway.
04:30
Since we intend to make this our center line striping,
04:33
we'll have to change the color and line type values
04:38
for the color. We'll go ahead and make this yellow
04:42
and for the line type,
04:44
we'll go ahead and load
04:48
and look for
04:50
dashed.
04:55
Finally,
04:57
we'll take care of the last offset
05:01
with a minus six.
05:05
We'll make the color 253
05:07
and we'll keep the line type.
05:10
Now, we can click the ok button
05:13
and we can see a preview of our new M line style.
05:17
Now, let's finish it off by trying out the style we just created.
05:23
Let's select the roadway style, set it current and then click ok.
05:28
Start the M line command,
05:32
scroll out,
05:34
pick a point
05:41
and there we have it
05:43
a roadway exhibit
05:44
with striping and hatching.
05:48
When we click on the M line, you can see it's one item
05:55
that can be modified
05:56
as needed
06:01
one tip. Before closing this lesson,
06:04
if you click on your M line and notice that the
06:07
vertices are located at the edge of the M line,
06:11
there's an easy fix to take care of this.
06:14
If you want them to run down the center line of the M line,
06:17
simply select the M line,
06:20
right click
06:21
and go to properties
06:27
in the property's pallet,
06:29
simply go to M line justification
06:32
and change it from top
06:36
to zero
06:37
and notice how your vertices or your grips
06:41
are running straight down the center line.