& Construction
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Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
& Manufacturing
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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
Transcript
00:02
Use model states for parts.
00:04
After completing this video, you'll be able to
00:06
activate a model state, edit or modify an existing model state,
00:10
and export the variables from model states.
00:15
Inside of Inventor, we want to begin by opening the supplied dataset Blower.iam,
00:21
which can be located in the Assembly subfolder under the Blower subfolder.
00:25
In this video, we're going to be talking about model states.
00:28
Model states are a way for us to create variations or configurations of our designs.
00:32
This can be a model state for an individual part or even an assembly like this blower assembly.
00:38
Currently, this assembly has a primary model state and Model State 1, which has the removal of the vent on top.
00:45
We're going to talk about how to create our own model states, what member scope and factory scope mean,
00:50
and how we can export some of these variables if needed.
00:53
To create a new model state, we can select the Model States folder and create a new.
00:60
When we create a new model state, notice that the Model State 2 is now active, shown by the checkmark.
01:06
The pencil icon next to it tells us that we're currently editing this model state.
01:10
This means that we're using a member scope editing scheme.
01:14
The member scope editing scheme means that this is the only object,
01:18
or in this case, the configuration, of our assembly that's being modified.
01:22
To change this, we can go to Manage and note that in the Author section, we've got Edit Factory Scope.
01:28
When we edit factory scope, this means any changes to this model state will apply to all model states.
01:34
This can also be modified here by toggling the factory scope or edit scope by clicking on the pencil icon.
01:41
For now, let's make sure that we're working on just the member scope.
01:45
For Model State2, we want to look at suppressing this CTube-001-Aluminum-6061.
01:52
By right-clicking, we simply need to go down and select Suppress.
01:56
We're going to select OK, and when we toggle back to our primary model state,
02:02
notice that the CTube is visible and Model State 2, it's hidden.
02:07
This is one way in which we can use model states, but we can also use model states to create substitutes for our parts.
02:14
In some cases, you might use a model state to create a simplified version of a design where the complexity just isn’t needed.
02:21
When we take a look at the Model State folder and right-click, we have this Edit via Spreadsheet option.
02:27
When we make changes to a spreadsheet, those changes will apply to the model states.
02:32
If we open this up, we can see that there is only a handful of things in here to modify.
02:36
Currently, in the Primary Model State, we have it set to Adaptive.
02:41
In Model State 1 and Model State 2, things are set to Non-Adaptive.
02:46
This is for a specific component SM-002.
02:50
We can see that listed here.
02:52
Also note that CTube is listed as Adaptive and Non-Adaptive and also Compute and Suppress.
02:59
Computing and suppressing features is not the only thing that we can do inside of model states.
03:05
And here we're going to select Don't save because no changes were made.
03:09
When we use model states inside of parts, we can modify things like dimensions.
03:14
In model states inside of assemblies, we can modify variables such as dimensions that are used in constraints,
03:20
but we can also modify physical properties, materials, and appearances.
03:24
We also have the ability to duplicate model states.
03:28
In this case, we can create a copy of Model State 2, noting that it's not currently active,
03:33
unlike creating a new model state.
03:35
Model State 2 1 is going to be an exact copy of Model State 2,
03:40
but in this instance, we can make more adjustments.
03:43
In some cases, we may decide that the entire frame doesn't need to be seen,
03:47
so we're going to right-click and select Suppress.
03:50
Now in Model State 2 and Model State 2 1, we have a different variation of our design.
03:56
We can always go back to the primary to show everything in the assembly.
04:00
Model states are a great way for us to create variations or configurations of our parts and assemblies.
04:06
It takes a little practice, but make sure that you are comfortable with creating
04:10
and modifying model states inside of an assembly and inside of a single part.
Video transcript
00:02
Use model states for parts.
00:04
After completing this video, you'll be able to
00:06
activate a model state, edit or modify an existing model state,
00:10
and export the variables from model states.
00:15
Inside of Inventor, we want to begin by opening the supplied dataset Blower.iam,
00:21
which can be located in the Assembly subfolder under the Blower subfolder.
00:25
In this video, we're going to be talking about model states.
00:28
Model states are a way for us to create variations or configurations of our designs.
00:32
This can be a model state for an individual part or even an assembly like this blower assembly.
00:38
Currently, this assembly has a primary model state and Model State 1, which has the removal of the vent on top.
00:45
We're going to talk about how to create our own model states, what member scope and factory scope mean,
00:50
and how we can export some of these variables if needed.
00:53
To create a new model state, we can select the Model States folder and create a new.
00:60
When we create a new model state, notice that the Model State 2 is now active, shown by the checkmark.
01:06
The pencil icon next to it tells us that we're currently editing this model state.
01:10
This means that we're using a member scope editing scheme.
01:14
The member scope editing scheme means that this is the only object,
01:18
or in this case, the configuration, of our assembly that's being modified.
01:22
To change this, we can go to Manage and note that in the Author section, we've got Edit Factory Scope.
01:28
When we edit factory scope, this means any changes to this model state will apply to all model states.
01:34
This can also be modified here by toggling the factory scope or edit scope by clicking on the pencil icon.
01:41
For now, let's make sure that we're working on just the member scope.
01:45
For Model State2, we want to look at suppressing this CTube-001-Aluminum-6061.
01:52
By right-clicking, we simply need to go down and select Suppress.
01:56
We're going to select OK, and when we toggle back to our primary model state,
02:02
notice that the CTube is visible and Model State 2, it's hidden.
02:07
This is one way in which we can use model states, but we can also use model states to create substitutes for our parts.
02:14
In some cases, you might use a model state to create a simplified version of a design where the complexity just isn’t needed.
02:21
When we take a look at the Model State folder and right-click, we have this Edit via Spreadsheet option.
02:27
When we make changes to a spreadsheet, those changes will apply to the model states.
02:32
If we open this up, we can see that there is only a handful of things in here to modify.
02:36
Currently, in the Primary Model State, we have it set to Adaptive.
02:41
In Model State 1 and Model State 2, things are set to Non-Adaptive.
02:46
This is for a specific component SM-002.
02:50
We can see that listed here.
02:52
Also note that CTube is listed as Adaptive and Non-Adaptive and also Compute and Suppress.
02:59
Computing and suppressing features is not the only thing that we can do inside of model states.
03:05
And here we're going to select Don't save because no changes were made.
03:09
When we use model states inside of parts, we can modify things like dimensions.
03:14
In model states inside of assemblies, we can modify variables such as dimensions that are used in constraints,
03:20
but we can also modify physical properties, materials, and appearances.
03:24
We also have the ability to duplicate model states.
03:28
In this case, we can create a copy of Model State 2, noting that it's not currently active,
03:33
unlike creating a new model state.
03:35
Model State 2 1 is going to be an exact copy of Model State 2,
03:40
but in this instance, we can make more adjustments.
03:43
In some cases, we may decide that the entire frame doesn't need to be seen,
03:47
so we're going to right-click and select Suppress.
03:50
Now in Model State 2 and Model State 2 1, we have a different variation of our design.
03:56
We can always go back to the primary to show everything in the assembly.
04:00
Model states are a great way for us to create variations or configurations of our parts and assemblies.
04:06
It takes a little practice, but make sure that you are comfortable with creating
04:10
and modifying model states inside of an assembly and inside of a single part.
After completing this lesson, you will be able to:
Step-by-step guide
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