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Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
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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
Test your knowledge and apply what you have learned. In this practice exercise, you will learn to modify design parameters to update a part. The practice dataset is included in the module resources. A solution video is also provided for supportive instruction.
Exercise
Transcript
00:01
This is a practice exercise video solution
00:06
for this practice.
00:07
We're gonna get started with the supply data set parameter table dot IP T.
00:11
This can be found in a practice subfolder inside of the supplied data set project.
00:16
We want to take a look at manipulating and modifying the design using the parameters
00:20
to do this. We're going to select the FX icon at the top of our screen
00:24
to open up our parameters table.
00:26
We can see that this design has a parameter for width,
00:30
length and wall thickness as well as
00:32
inside and outside filets controlling the design.
00:34
If we take a look at the user parameters, we can see that length width,
00:38
wall thickness values are entered as manual values.
00:42
The inside filet is defined as 0.25 and the outside FT
00:45
is defined by the inside filet plus the wall thickness.
00:49
If we make any changes to these values, for example,
00:51
the wall thickness setting it to 0.25
00:54
this should automatically update the outside
00:57
FT radius value based on the inside
00:60
FT and the wall thickness.
01:01
This ensures that our design has a consistent wall thickness throughout.
01:05
If we manipulate the inside radius value to something larger, say 0.5.
01:09
We can see that the outside value also updates.
01:12
Let's go ahead and set this back to 0.25
01:15
and let's reduce this wall thickness value to something thinner such as 0.1.
01:20
Once again, everything updates properly.
01:22
Let's go ahead and change one more value.
01:24
Setting the 6.25 inch length down to four inches and everything updates properly
01:30
using parameters to drive.
01:32
The design is a great way to ensure that everything updates properly.
01:35
And as well as using things like
01:37
equations and variables inside of those parameters,
01:41
make sure that you do save your design before moving on.
Video transcript
00:01
This is a practice exercise video solution
00:06
for this practice.
00:07
We're gonna get started with the supply data set parameter table dot IP T.
00:11
This can be found in a practice subfolder inside of the supplied data set project.
00:16
We want to take a look at manipulating and modifying the design using the parameters
00:20
to do this. We're going to select the FX icon at the top of our screen
00:24
to open up our parameters table.
00:26
We can see that this design has a parameter for width,
00:30
length and wall thickness as well as
00:32
inside and outside filets controlling the design.
00:34
If we take a look at the user parameters, we can see that length width,
00:38
wall thickness values are entered as manual values.
00:42
The inside filet is defined as 0.25 and the outside FT
00:45
is defined by the inside filet plus the wall thickness.
00:49
If we make any changes to these values, for example,
00:51
the wall thickness setting it to 0.25
00:54
this should automatically update the outside
00:57
FT radius value based on the inside
00:60
FT and the wall thickness.
01:01
This ensures that our design has a consistent wall thickness throughout.
01:05
If we manipulate the inside radius value to something larger, say 0.5.
01:09
We can see that the outside value also updates.
01:12
Let's go ahead and set this back to 0.25
01:15
and let's reduce this wall thickness value to something thinner such as 0.1.
01:20
Once again, everything updates properly.
01:22
Let's go ahead and change one more value.
01:24
Setting the 6.25 inch length down to four inches and everything updates properly
01:30
using parameters to drive.
01:32
The design is a great way to ensure that everything updates properly.
01:35
And as well as using things like
01:37
equations and variables inside of those parameters,
01:41
make sure that you do save your design before moving on.
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