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Transcript
00:00
[MUSIC PLAYING]
00:11
ELVIS SVERKO: Hello and welcome to this accelerator
00:13
presentation, where I will discuss
00:15
how to meet industry and company-specific standards when
00:18
using the AutoCAD Mechanical toolset.
00:21
So let's begin.
00:22
This safe harbor statement is just a reminder
00:25
that the Autodesk software changes regularly
00:28
to continually improve the software
00:30
and make it a better experience for you.
00:32
If I happen to make any forward-looking statements
00:34
in this presentation, please do not make any buying decisions
00:38
based on it.
00:40
Let me introduce myself.
00:41
My name is Elvis Sverko, and I'm a Senior Application Engineer
00:44
with IMAGINiT.
00:46
I have 30 years experience with multiple Autodesk products
00:49
including AutoCAD and its various tool sets, Inventor
00:52
solid modeling, and Vault data management,
00:55
where I provide implementation solutions and training
00:57
services of these products.
00:59
After obtaining my master's degree,
01:02
I worked in industry for a dozen years
01:03
where I then brought that experience
01:05
into my current role, where I am also
01:08
an Autodesk certified instructor and had presented
01:11
at Autodesk University.
01:13
The purpose of this accelerator is
01:15
to teach you about standards based design within the AutoCAD
01:18
Mechanical toolset.
01:20
Where standards help control how geometry and annotations
01:24
display in a drawing that meet industry
01:26
or company-specific standards such as ANSI, ISO, and DIN.
01:31
We will look to understand the AutoCAD Mechanical standards
01:34
management, how to select the standard to use,
01:37
defined a new standard, modify an existing standard,
01:42
create a new drawing standard template to be used,
01:45
and set drawing layer in object properties.
01:49
Industry standards such as ANSI, ISO, or DIN
01:52
or company-specific standard variations
01:55
may be used to create geometry and annotations.
01:58
Within a standard, there are multiple elements
02:01
that you can edit to achieve the settings
02:03
specific to your requirements.
02:05
Some settings may include things such as assigning
02:07
specific layers for individual types of geometry,
02:11
arranging how dimensions are to be displayed,
02:14
selecting welding symbols that can be utilized,
02:17
or defining the information that is to be stored
02:20
in the Bill of materials.
02:22
With these standards set, you can then
02:24
use the AutoCAD Mechanical tools to create drawings
02:27
that consistently follow notation and layer settings,
02:30
while you simply focus on creating the design.
02:33
An example is configuring center lines
02:36
so that when they are being created,
02:38
their properties meet specific settings,
02:40
such as the layer they are placed on
02:42
and their color and line type.
02:45
The AM:Standards tab in the Options dialog box is used
02:48
to activate or modify a standard that is to be used
02:52
in a drawing.
02:53
There are four main items that are controlled
02:55
by the AM:Standards.
02:57
And they include a selection for which industry standard is
02:59
to be used, a couple of scaling options,
03:03
the choice for the default standards template,
03:05
and the individual elements of the selected standard.
03:09
To access the Options dialog box,
03:11
you can type options at the command line,
03:13
then switch to the AM:Standards tab once this dialog box is
03:17
open.
03:18
In the Standard section, use the dropdown list
03:21
to select an industry standard, or enter
03:24
the name of a new standard.
03:26
Also select the unit of measurement for the standard.
03:29
And if the properties of existing drawing layers
03:31
of the same name should be updated
03:34
based on the settings in the newly activated standard.
03:37
In the Scale section, use the dropdown list set the scale
03:41
factor for model space, which sets the scales
03:44
factor for symbols such as balloons, parts
03:47
lists, weld symbols, leader notes, dimensions,
03:50
and many other symbols including their text.
03:53
You also need to select the initial plot scale
03:56
factor for a newly created layout to either one to one
03:59
or the selected model space.
04:02
With a particular standard active,
04:04
drawings can be created that follow
04:06
industry-accepted standards for notations, such as symbols
04:10
and dimensions, and company-specific standards
04:13
for layer settings and use.
04:15
Can apply your drawing standards to all new drawings that you
04:19
create in the AutoCAD Mechanical toolset,
04:21
and to previously existing AutoCAD software drawing
04:24
files that are now opened in the AutoCAD Mechanical toolset.
04:29
Selecting and activating a standard for use in a drawing
04:32
is accomplished in the AM:Standards tab of the Options
04:35
dialog box.
04:37
To access the Options dialog box,
04:39
you can type options at the command line,
04:41
then switch to the AM:Standards tab once this dialog box is
04:45
open.
04:46
In the Standard section, use the dropdown list
04:49
to select one of the supplied industry standards,
04:51
such as ISO, ANSI, DIN, or any other.
04:54
You can also select the unit of measurement for the standard.
04:58
And if the properties of existing drawing layers
05:01
of the same name should be updated
05:03
based on the settings in the newly activated standard.
05:08
Rather than overriding any industry standards that
05:11
come supplied with the AutoCAD Mechanical toolset,
05:14
you can create a new custom company-specific standard
05:17
based on a supplied industry standard.
05:21
To create a new custom drafting standard,
05:23
open the Options dialog box and switch to the AM:Standards tab.
05:27
In the standard dropdown list, type a name for the new custom
05:30
standard you want to create and press Enter.
05:34
In the Selection dialog box that then appears,
05:36
select a supplied industry standard from the dropdown list
05:40
to use as a base standard or starting template,
05:43
then accept all dialog boxes.
05:46
The benefit of creating a custom standard
05:48
instead of overriding a supplied industry standard
05:52
is that custom standards remove certain restrictions that
05:55
are imposed on supplied industry standards,
05:58
such as modifying the text height to a value that
06:01
would violate the standard.
06:03
With a new custom drafting standard created,
06:06
you can now configure the elements for the standard.
06:10
To make these elements configuration modifications,
06:13
open the Options dialog box and switch to the AM:Standards tab.
06:17
With the new custom standard selected
06:19
in the standard dropdown list, double click on the element
06:22
that you want to change in the standard elements list.
06:26
The corresponding settings dialog box
06:28
appears for that element.
06:30
Make the required changes and click OK
06:32
until all dialog boxes are closed.
06:35
Note that modifications to elements
06:37
are applied only to objects that are created
06:40
with the current standard.
06:41
If an object is created with one standard,
06:44
and then the active standard is switched to a different one
06:47
and its settings are modified, then only new objects
06:50
created after the active standard switch are affected.
06:54
Objects created under the original standard
06:57
do not change.
06:59
You may need to modify an existing standard.
07:02
In the AM:Standards tab of the Options dialog box,
07:05
select the standard from the standard drop-down list.
07:09
With the standard selected, you are now
07:11
able to modify any of the elements
07:13
for that standard that are listed
07:14
in these standard elements area.
07:17
To modify a particular element, you
07:19
can either double-click on it or right-click on it
07:22
and choose Settings.
07:24
Each element type will have its own specific dialog
07:27
box and settings to set.
07:29
After all elements have been modified according
07:31
to your requirements, click OK to accept and close
07:34
all dialog boxes.
07:38
As an example of modifying an existing standard,
07:41
let us add alternative units to linear dimensions.
07:44
To start, we open the Options dialog box and switch
07:48
to the AM:Standards tab.
07:50
After selecting the specific standard
07:52
we want to modify in the Standard area,
07:55
we double click on Dimensions in the Standard elements list.
07:59
This action will open these specific Dimensions Settings
08:02
dialog box, where we will click Edit in the Dimension style
08:06
area.
08:07
The Edit Dimensions Style dialog box will open,
08:10
and we will select Linear in the Dimension style area
08:14
and then click Modify.
08:16
Finally, the Modify Dimension Style dialog box will open,
08:19
and we will switch to the Alternate Units tab.
08:23
Here, we will check the Display alternate units option
08:26
and set any other settings we want to modify.
08:29
We will then click OK in all the open dialog boxes
08:32
to accept our modification of adding alternative units
08:35
to only Linear dimensions.
08:39
Starting new drawings from an established template
08:41
is good practice, as it sets all specific settings
08:45
and configurations for that new drawing.
08:48
To create a new template, create a new drawing
08:51
based on an existing template.
08:53
Make any basic drawing adjustments, if required,
08:56
such as title block, et cetera.
08:58
Open the Options dialog box and switch to the AM:Standards tab.
09:02
Set or define a drafting standard
09:04
in the Standard drop-down list.
09:06
Set the required measurement setting in the Measurement
09:09
drop-down list.
09:10
In the Scale area, set the required scale in the model
09:14
scale dropdown list and choose the radial button
09:17
that sets which scale is to be used in layouts.
09:20
The final step is to save the drawing as an AutoCAD
09:23
Mechanical drawing template, .dwt file,
09:27
by choosing Save As in the application menu,
09:31
then setting the corresponding file type in the files of Type
09:34
drop-down list.
09:36
Be sure that the required standard is set as active
09:39
in the saved template.
09:42
Setting a default standards template
09:44
in the AutoCAD Mechanical toolset
09:46
enables non-AutoCAD Mechanical drawings
09:49
to be opened in the mechanical toolset,
09:52
and have the active standard from the default standards
09:55
template drawing file added to it and set to active.
09:59
After a drawing template file has been configured and saved,
10:02
open the Options dialog box and switch to the AM:Standards.
10:07
In the default standard template area,
10:09
click Browse and navigate to and select the required template
10:12
file that has the specific standard set as active.
10:16
Once set, click OK in the Options dialog box.
10:20
With its default standards template file set,
10:23
if a non-AutoCAD Mechanical drawing is opened,
10:26
the active standard from the default standards template file
10:29
is imported into the open drawing and set as active.
10:33
If the drawing being opened has a measurement system that
10:36
differs from that of the default standard template file,
10:39
then the standard is not imported.
10:43
It's important to control how geometry is displayed
10:46
to meet your requirements, and this is accomplished
10:49
based on a set of standards.
10:51
The AutoCAD Mechanical toolset manages the creation of layers
10:55
and the placement of geometry on those layers automatically,
10:59
all based on the settings in the active standard.
11:02
These layer settings are set in the Mechanical Layer Manager,
11:06
and the Object Property Settings dialog boxes.
11:09
The Mechanical Layer Manager dialog box
11:12
can be opened either from the Home tab layers panel
11:15
or by typing AMLAYER at the command line.
11:19
Once this dialog box opens, you can rename the default layers,
11:23
create new layers, modify layer properties,
11:26
set the current layer, or even import layer definition
11:30
and object settings.
11:32
The associated objects column lists all the objects
11:35
that are currently configured in the standard
11:38
to be created on that specific layer.
11:41
Before you create custom mechanical standards,
11:43
be sure to rename the default layers so that they
11:46
match your company standards.
11:49
Once all the required layers are named and created
11:52
in the Mechanical Layer Manager to meet
11:54
your specific standard needs, the Object Properties
11:57
and settings need to be set.
11:60
These settings are accomplished in the Standard Settings
12:03
and Object Properties Settings dialog boxes.
12:06
First, open the Options dialog box and switch
12:08
to the AM:Standards tab.
12:10
With the required standard that you
12:12
want to configure selected as active,
12:14
double-click on its name at the top of the Standard elements
12:17
list.
12:18
If required, set any settings in the Standard Settings dialog
12:21
box for items such as text, leaders or symbols.
12:25
In the Object properties area, click
12:27
Settings to open the Object Property Settings dialog box.
12:31
In the Object Property Settings dialog
12:33
box with a particular category selected, such as drafting,
12:37
you can set which layer a particular item of that type
12:41
is to be automatically created on, such as having centerlines
12:45
automatically being created on the layer titled Centerlines.
12:49
Click OK to accept all dialog boxes.
12:53
Let's take a look at creating a complete custom
12:56
company-specific standard and template as a working example.
13:00
We'll go through the steps of creating a new document,
13:03
creating a new custom standard, renaming a default layer,
13:07
and adding dual linear dimensions.
13:10
Once we complete the configuration of our custom
13:12
standard, we will then save the file as our template file.
13:17
The first step is to simply create a new drawing based
13:20
on an existing template.
13:22
The existing template can be one that is already set up
13:25
with basic AutoCAD settings, such as a title block, that you
13:28
likely already have been using.
13:30
With the new drawing open and active,
13:32
we are now ready to create the new custom
13:35
company-specific standard based on a supplied industry
13:39
standard.
13:39
And we'll choose ANSI.
13:41
To accomplish this task, we first
13:43
opened the Options dialog box by typing Options
13:46
at the command line.
13:47
In the Options dialog box, we switch to the AM:Standards tab.
13:51
In the Standard drop-down list, we'll
13:54
type Company XYZ as the name for our new custom
13:58
company-specific standard.
14:00
As soon as we tab out of the field,
14:02
the Selection dialog box appears.
14:05
For our base standard, we will select
14:07
ANSI in the drop-down list then click OK.
14:11
We will then click OK in the Options dialog box.
14:14
Our named company-specific standard is now created and set
14:18
as the active standard.
14:19
All we need to do now is configure all the settings
14:22
for our company requirements.
14:25
With our new custom company specific standard created,
14:29
we can now customize some settings
14:31
to meet our requirements.
14:33
We will first rename a default layer for centerlines.
14:36
On the Home tab of the ribbon in the Layers panel,
14:39
click Mechanical Layer Manager.
14:42
In the dialog box that opens, right-click on the layer name
14:45
AM_7 and choose Rename Layer.
14:49
Enter Centerlines for the new name.
14:51
We then click OK in the Mechanical Layer Manager
14:54
dialog box to accept the change.
14:57
To verify that centerline objects are being created
15:00
on the renamed centerlines layer,
15:02
let's open up the Options dialog box switching
15:06
to the AM:Standards tab again.
15:08
With our custom standard Company XYZ still listed
15:11
in the standard drop-down list, we
15:14
will double-click on Company XYZ in the Standard elements list
15:18
on the right hand side.
15:20
This action opens the Standard Settings dialog box,
15:24
where we will click Settings in the Object properties area
15:27
to open the Object Property Settings dialog box.
15:31
In the Object Property Settings dialog box,
15:33
select the Drafting category.
15:36
Verify that the Centerline object type
15:39
is set to be placed on the newly renamed layer Centerlines.
15:43
We then click OK in all the dialog boxes
15:46
to accept any changes.
15:49
For our custom company-specific standard,
15:51
we also want to add dual or alternative dimensions for only
15:56
linear type dimensions.
15:57
To accomplish this setting, we navigate back to the Options
16:01
dialog box, AM:Standards tab.
16:04
With our custom standard still selected
16:06
in the standard drop-down list, we
16:09
can double-click on Dimensions in the Standard elements list
16:13
to open the Dimension Settings dialog box.
16:16
In the Dimension Settings dialog box,
16:19
we click Edit in the Dimension style area
16:22
to open the Edit Dimension Style dialog box.
16:26
Once this dialog box opens, we select
16:28
Linear in the Dimension Style area and click
16:31
Modify, which ultimately opens the Modify Dimension Style
16:35
dialog box.
16:36
We switch to the Alternate Units tab,
16:39
check the Display alternate unit checkbox,
16:42
and adjust any multiplier precision
16:45
or other values if necessary.
16:47
By clicking OK and all the dialog boxes,
16:50
we have successfully configured our custom standard
16:53
to contain a dual dimension style.
16:56
Our final step is to save the file as a template file.
16:60
In the application menu, we select Save As.
17:03
In the Save Drawing As dialog box that appears,
17:06
we set the Files of type to AutoCAD Mechanical Drawing
17:10
Template, .dwt.
17:12
We navigate to the appropriate folder, if not already set,
17:16
enter a name for our template in the file name field then
17:20
click Save.
17:21
In the Template Options dialog box that appears,
17:23
we can enter a Description, if desired,
17:26
verify that Measurement is set correctly then click OK.
17:30
Our template file with our custom company specific
17:33
standard is now created and saved.
17:36
Thank you for joining me today for this accelerator
17:38
presentation about meeting industry
17:40
and company-specific standards when using the AutoCAD
17:44
Mechanical toolset.
17:45
And I hope you found the information useful.
Video transcript
00:00
[MUSIC PLAYING]
00:11
ELVIS SVERKO: Hello and welcome to this accelerator
00:13
presentation, where I will discuss
00:15
how to meet industry and company-specific standards when
00:18
using the AutoCAD Mechanical toolset.
00:21
So let's begin.
00:22
This safe harbor statement is just a reminder
00:25
that the Autodesk software changes regularly
00:28
to continually improve the software
00:30
and make it a better experience for you.
00:32
If I happen to make any forward-looking statements
00:34
in this presentation, please do not make any buying decisions
00:38
based on it.
00:40
Let me introduce myself.
00:41
My name is Elvis Sverko, and I'm a Senior Application Engineer
00:44
with IMAGINiT.
00:46
I have 30 years experience with multiple Autodesk products
00:49
including AutoCAD and its various tool sets, Inventor
00:52
solid modeling, and Vault data management,
00:55
where I provide implementation solutions and training
00:57
services of these products.
00:59
After obtaining my master's degree,
01:02
I worked in industry for a dozen years
01:03
where I then brought that experience
01:05
into my current role, where I am also
01:08
an Autodesk certified instructor and had presented
01:11
at Autodesk University.
01:13
The purpose of this accelerator is
01:15
to teach you about standards based design within the AutoCAD
01:18
Mechanical toolset.
01:20
Where standards help control how geometry and annotations
01:24
display in a drawing that meet industry
01:26
or company-specific standards such as ANSI, ISO, and DIN.
01:31
We will look to understand the AutoCAD Mechanical standards
01:34
management, how to select the standard to use,
01:37
defined a new standard, modify an existing standard,
01:42
create a new drawing standard template to be used,
01:45
and set drawing layer in object properties.
01:49
Industry standards such as ANSI, ISO, or DIN
01:52
or company-specific standard variations
01:55
may be used to create geometry and annotations.
01:58
Within a standard, there are multiple elements
02:01
that you can edit to achieve the settings
02:03
specific to your requirements.
02:05
Some settings may include things such as assigning
02:07
specific layers for individual types of geometry,
02:11
arranging how dimensions are to be displayed,
02:14
selecting welding symbols that can be utilized,
02:17
or defining the information that is to be stored
02:20
in the Bill of materials.
02:22
With these standards set, you can then
02:24
use the AutoCAD Mechanical tools to create drawings
02:27
that consistently follow notation and layer settings,
02:30
while you simply focus on creating the design.
02:33
An example is configuring center lines
02:36
so that when they are being created,
02:38
their properties meet specific settings,
02:40
such as the layer they are placed on
02:42
and their color and line type.
02:45
The AM:Standards tab in the Options dialog box is used
02:48
to activate or modify a standard that is to be used
02:52
in a drawing.
02:53
There are four main items that are controlled
02:55
by the AM:Standards.
02:57
And they include a selection for which industry standard is
02:59
to be used, a couple of scaling options,
03:03
the choice for the default standards template,
03:05
and the individual elements of the selected standard.
03:09
To access the Options dialog box,
03:11
you can type options at the command line,
03:13
then switch to the AM:Standards tab once this dialog box is
03:17
open.
03:18
In the Standard section, use the dropdown list
03:21
to select an industry standard, or enter
03:24
the name of a new standard.
03:26
Also select the unit of measurement for the standard.
03:29
And if the properties of existing drawing layers
03:31
of the same name should be updated
03:34
based on the settings in the newly activated standard.
03:37
In the Scale section, use the dropdown list set the scale
03:41
factor for model space, which sets the scales
03:44
factor for symbols such as balloons, parts
03:47
lists, weld symbols, leader notes, dimensions,
03:50
and many other symbols including their text.
03:53
You also need to select the initial plot scale
03:56
factor for a newly created layout to either one to one
03:59
or the selected model space.
04:02
With a particular standard active,
04:04
drawings can be created that follow
04:06
industry-accepted standards for notations, such as symbols
04:10
and dimensions, and company-specific standards
04:13
for layer settings and use.
04:15
Can apply your drawing standards to all new drawings that you
04:19
create in the AutoCAD Mechanical toolset,
04:21
and to previously existing AutoCAD software drawing
04:24
files that are now opened in the AutoCAD Mechanical toolset.
04:29
Selecting and activating a standard for use in a drawing
04:32
is accomplished in the AM:Standards tab of the Options
04:35
dialog box.
04:37
To access the Options dialog box,
04:39
you can type options at the command line,
04:41
then switch to the AM:Standards tab once this dialog box is
04:45
open.
04:46
In the Standard section, use the dropdown list
04:49
to select one of the supplied industry standards,
04:51
such as ISO, ANSI, DIN, or any other.
04:54
You can also select the unit of measurement for the standard.
04:58
And if the properties of existing drawing layers
05:01
of the same name should be updated
05:03
based on the settings in the newly activated standard.
05:08
Rather than overriding any industry standards that
05:11
come supplied with the AutoCAD Mechanical toolset,
05:14
you can create a new custom company-specific standard
05:17
based on a supplied industry standard.
05:21
To create a new custom drafting standard,
05:23
open the Options dialog box and switch to the AM:Standards tab.
05:27
In the standard dropdown list, type a name for the new custom
05:30
standard you want to create and press Enter.
05:34
In the Selection dialog box that then appears,
05:36
select a supplied industry standard from the dropdown list
05:40
to use as a base standard or starting template,
05:43
then accept all dialog boxes.
05:46
The benefit of creating a custom standard
05:48
instead of overriding a supplied industry standard
05:52
is that custom standards remove certain restrictions that
05:55
are imposed on supplied industry standards,
05:58
such as modifying the text height to a value that
06:01
would violate the standard.
06:03
With a new custom drafting standard created,
06:06
you can now configure the elements for the standard.
06:10
To make these elements configuration modifications,
06:13
open the Options dialog box and switch to the AM:Standards tab.
06:17
With the new custom standard selected
06:19
in the standard dropdown list, double click on the element
06:22
that you want to change in the standard elements list.
06:26
The corresponding settings dialog box
06:28
appears for that element.
06:30
Make the required changes and click OK
06:32
until all dialog boxes are closed.
06:35
Note that modifications to elements
06:37
are applied only to objects that are created
06:40
with the current standard.
06:41
If an object is created with one standard,
06:44
and then the active standard is switched to a different one
06:47
and its settings are modified, then only new objects
06:50
created after the active standard switch are affected.
06:54
Objects created under the original standard
06:57
do not change.
06:59
You may need to modify an existing standard.
07:02
In the AM:Standards tab of the Options dialog box,
07:05
select the standard from the standard drop-down list.
07:09
With the standard selected, you are now
07:11
able to modify any of the elements
07:13
for that standard that are listed
07:14
in these standard elements area.
07:17
To modify a particular element, you
07:19
can either double-click on it or right-click on it
07:22
and choose Settings.
07:24
Each element type will have its own specific dialog
07:27
box and settings to set.
07:29
After all elements have been modified according
07:31
to your requirements, click OK to accept and close
07:34
all dialog boxes.
07:38
As an example of modifying an existing standard,
07:41
let us add alternative units to linear dimensions.
07:44
To start, we open the Options dialog box and switch
07:48
to the AM:Standards tab.
07:50
After selecting the specific standard
07:52
we want to modify in the Standard area,
07:55
we double click on Dimensions in the Standard elements list.
07:59
This action will open these specific Dimensions Settings
08:02
dialog box, where we will click Edit in the Dimension style
08:06
area.
08:07
The Edit Dimensions Style dialog box will open,
08:10
and we will select Linear in the Dimension style area
08:14
and then click Modify.
08:16
Finally, the Modify Dimension Style dialog box will open,
08:19
and we will switch to the Alternate Units tab.
08:23
Here, we will check the Display alternate units option
08:26
and set any other settings we want to modify.
08:29
We will then click OK in all the open dialog boxes
08:32
to accept our modification of adding alternative units
08:35
to only Linear dimensions.
08:39
Starting new drawings from an established template
08:41
is good practice, as it sets all specific settings
08:45
and configurations for that new drawing.
08:48
To create a new template, create a new drawing
08:51
based on an existing template.
08:53
Make any basic drawing adjustments, if required,
08:56
such as title block, et cetera.
08:58
Open the Options dialog box and switch to the AM:Standards tab.
09:02
Set or define a drafting standard
09:04
in the Standard drop-down list.
09:06
Set the required measurement setting in the Measurement
09:09
drop-down list.
09:10
In the Scale area, set the required scale in the model
09:14
scale dropdown list and choose the radial button
09:17
that sets which scale is to be used in layouts.
09:20
The final step is to save the drawing as an AutoCAD
09:23
Mechanical drawing template, .dwt file,
09:27
by choosing Save As in the application menu,
09:31
then setting the corresponding file type in the files of Type
09:34
drop-down list.
09:36
Be sure that the required standard is set as active
09:39
in the saved template.
09:42
Setting a default standards template
09:44
in the AutoCAD Mechanical toolset
09:46
enables non-AutoCAD Mechanical drawings
09:49
to be opened in the mechanical toolset,
09:52
and have the active standard from the default standards
09:55
template drawing file added to it and set to active.
09:59
After a drawing template file has been configured and saved,
10:02
open the Options dialog box and switch to the AM:Standards.
10:07
In the default standard template area,
10:09
click Browse and navigate to and select the required template
10:12
file that has the specific standard set as active.
10:16
Once set, click OK in the Options dialog box.
10:20
With its default standards template file set,
10:23
if a non-AutoCAD Mechanical drawing is opened,
10:26
the active standard from the default standards template file
10:29
is imported into the open drawing and set as active.
10:33
If the drawing being opened has a measurement system that
10:36
differs from that of the default standard template file,
10:39
then the standard is not imported.
10:43
It's important to control how geometry is displayed
10:46
to meet your requirements, and this is accomplished
10:49
based on a set of standards.
10:51
The AutoCAD Mechanical toolset manages the creation of layers
10:55
and the placement of geometry on those layers automatically,
10:59
all based on the settings in the active standard.
11:02
These layer settings are set in the Mechanical Layer Manager,
11:06
and the Object Property Settings dialog boxes.
11:09
The Mechanical Layer Manager dialog box
11:12
can be opened either from the Home tab layers panel
11:15
or by typing AMLAYER at the command line.
11:19
Once this dialog box opens, you can rename the default layers,
11:23
create new layers, modify layer properties,
11:26
set the current layer, or even import layer definition
11:30
and object settings.
11:32
The associated objects column lists all the objects
11:35
that are currently configured in the standard
11:38
to be created on that specific layer.
11:41
Before you create custom mechanical standards,
11:43
be sure to rename the default layers so that they
11:46
match your company standards.
11:49
Once all the required layers are named and created
11:52
in the Mechanical Layer Manager to meet
11:54
your specific standard needs, the Object Properties
11:57
and settings need to be set.
11:60
These settings are accomplished in the Standard Settings
12:03
and Object Properties Settings dialog boxes.
12:06
First, open the Options dialog box and switch
12:08
to the AM:Standards tab.
12:10
With the required standard that you
12:12
want to configure selected as active,
12:14
double-click on its name at the top of the Standard elements
12:17
list.
12:18
If required, set any settings in the Standard Settings dialog
12:21
box for items such as text, leaders or symbols.
12:25
In the Object properties area, click
12:27
Settings to open the Object Property Settings dialog box.
12:31
In the Object Property Settings dialog
12:33
box with a particular category selected, such as drafting,
12:37
you can set which layer a particular item of that type
12:41
is to be automatically created on, such as having centerlines
12:45
automatically being created on the layer titled Centerlines.
12:49
Click OK to accept all dialog boxes.
12:53
Let's take a look at creating a complete custom
12:56
company-specific standard and template as a working example.
13:00
We'll go through the steps of creating a new document,
13:03
creating a new custom standard, renaming a default layer,
13:07
and adding dual linear dimensions.
13:10
Once we complete the configuration of our custom
13:12
standard, we will then save the file as our template file.
13:17
The first step is to simply create a new drawing based
13:20
on an existing template.
13:22
The existing template can be one that is already set up
13:25
with basic AutoCAD settings, such as a title block, that you
13:28
likely already have been using.
13:30
With the new drawing open and active,
13:32
we are now ready to create the new custom
13:35
company-specific standard based on a supplied industry
13:39
standard.
13:39
And we'll choose ANSI.
13:41
To accomplish this task, we first
13:43
opened the Options dialog box by typing Options
13:46
at the command line.
13:47
In the Options dialog box, we switch to the AM:Standards tab.
13:51
In the Standard drop-down list, we'll
13:54
type Company XYZ as the name for our new custom
13:58
company-specific standard.
14:00
As soon as we tab out of the field,
14:02
the Selection dialog box appears.
14:05
For our base standard, we will select
14:07
ANSI in the drop-down list then click OK.
14:11
We will then click OK in the Options dialog box.
14:14
Our named company-specific standard is now created and set
14:18
as the active standard.
14:19
All we need to do now is configure all the settings
14:22
for our company requirements.
14:25
With our new custom company specific standard created,
14:29
we can now customize some settings
14:31
to meet our requirements.
14:33
We will first rename a default layer for centerlines.
14:36
On the Home tab of the ribbon in the Layers panel,
14:39
click Mechanical Layer Manager.
14:42
In the dialog box that opens, right-click on the layer name
14:45
AM_7 and choose Rename Layer.
14:49
Enter Centerlines for the new name.
14:51
We then click OK in the Mechanical Layer Manager
14:54
dialog box to accept the change.
14:57
To verify that centerline objects are being created
15:00
on the renamed centerlines layer,
15:02
let's open up the Options dialog box switching
15:06
to the AM:Standards tab again.
15:08
With our custom standard Company XYZ still listed
15:11
in the standard drop-down list, we
15:14
will double-click on Company XYZ in the Standard elements list
15:18
on the right hand side.
15:20
This action opens the Standard Settings dialog box,
15:24
where we will click Settings in the Object properties area
15:27
to open the Object Property Settings dialog box.
15:31
In the Object Property Settings dialog box,
15:33
select the Drafting category.
15:36
Verify that the Centerline object type
15:39
is set to be placed on the newly renamed layer Centerlines.
15:43
We then click OK in all the dialog boxes
15:46
to accept any changes.
15:49
For our custom company-specific standard,
15:51
we also want to add dual or alternative dimensions for only
15:56
linear type dimensions.
15:57
To accomplish this setting, we navigate back to the Options
16:01
dialog box, AM:Standards tab.
16:04
With our custom standard still selected
16:06
in the standard drop-down list, we
16:09
can double-click on Dimensions in the Standard elements list
16:13
to open the Dimension Settings dialog box.
16:16
In the Dimension Settings dialog box,
16:19
we click Edit in the Dimension style area
16:22
to open the Edit Dimension Style dialog box.
16:26
Once this dialog box opens, we select
16:28
Linear in the Dimension Style area and click
16:31
Modify, which ultimately opens the Modify Dimension Style
16:35
dialog box.
16:36
We switch to the Alternate Units tab,
16:39
check the Display alternate unit checkbox,
16:42
and adjust any multiplier precision
16:45
or other values if necessary.
16:47
By clicking OK and all the dialog boxes,
16:50
we have successfully configured our custom standard
16:53
to contain a dual dimension style.
16:56
Our final step is to save the file as a template file.
16:60
In the application menu, we select Save As.
17:03
In the Save Drawing As dialog box that appears,
17:06
we set the Files of type to AutoCAD Mechanical Drawing
17:10
Template, .dwt.
17:12
We navigate to the appropriate folder, if not already set,
17:16
enter a name for our template in the file name field then
17:20
click Save.
17:21
In the Template Options dialog box that appears,
17:23
we can enter a Description, if desired,
17:26
verify that Measurement is set correctly then click OK.
17:30
Our template file with our custom company specific
17:33
standard is now created and saved.
17:36
Thank you for joining me today for this accelerator
17:38
presentation about meeting industry
17:40
and company-specific standards when using the AutoCAD
17:44
Mechanical toolset.
17:45
And I hope you found the information useful.
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