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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
In this exercise you'll practice how to create a 2D drawing, and place views on a drawing sheet.
Exercise
Transcript
00:01
This is a practice exercise video solution
00:06
For this practice.
00:07
Let's get started with the supply data set, projected view.f three D.
00:11
We want to get started creating a drawing from design
00:14
and we want to use all of the default settings and say, okay,
00:19
once we get started we need to place a base view
00:23
For this.
00:23
I'm going to place the base view in the left hand side of
00:26
my drawing sheet and I want to change the scale to be 2-1.
00:30
I'm gonna have my tangent edges be full length and we'll say okay
00:35
as a reminder in the document settings.
00:37
If we take a look at these, we can see that using this type of drawing sheet
00:41
using the ISO standards is a first angle projection.
00:45
When we have a first angle projection,
00:47
that means our projected view for the right will
00:49
be off to the left hand side of this view
00:52
because of that, I'm going to move this just a little bit to the right
00:55
next.
00:56
We're going to go to projected view, select our base view and drag this off to the side
01:01
and down for our top view.
01:03
We can also create an isometric view if we
01:05
wish and select the green check mark as Okay.
01:08
The isometric view is not linked to the parent view in terms
01:12
of its orientation so we can move it wherever it's needed.
01:16
The next thing that we want to do is we want to take a look at creating an aligned view.
01:20
This auxiliary view allows us to align to a specific geometry.
01:24
For example, this flat section and drag it off at an angle.
01:28
This can be extremely helpful when dealing with certain design elements
01:32
and you need to dimension or section them at a certain angle
01:35
we're going to go ahead and select OK and note
01:38
that we created that view projected at an angle.
01:40
We can tighten these up just a little bit
01:43
Next We want to take a look at adding some geometry,
01:46
adding a center line between these two edges will help
01:49
us represent the center line of the entire link.
01:52
We can right click to say okay.
01:54
And then we can select the center point option
01:57
adding a center point between each of the bosses.
01:60
Let's go ahead and right click and say okay to that as well.
02:03
Want to carry on adding a few dimensions.
02:06
We want to know the distance between the center points of each of these
02:10
and we also want to know the overall outside diameter.
02:15
We're going to right click and turn this into a diameter value.
02:19
Now we can right click and say okay
02:22
at this point there's plenty more that we could add to the drawing but make
02:25
sure that you do save it and continue to play around with creating drawing elements,
02:28
dimensions as well as different views.
02:31
Before moving on
Video transcript
00:01
This is a practice exercise video solution
00:06
For this practice.
00:07
Let's get started with the supply data set, projected view.f three D.
00:11
We want to get started creating a drawing from design
00:14
and we want to use all of the default settings and say, okay,
00:19
once we get started we need to place a base view
00:23
For this.
00:23
I'm going to place the base view in the left hand side of
00:26
my drawing sheet and I want to change the scale to be 2-1.
00:30
I'm gonna have my tangent edges be full length and we'll say okay
00:35
as a reminder in the document settings.
00:37
If we take a look at these, we can see that using this type of drawing sheet
00:41
using the ISO standards is a first angle projection.
00:45
When we have a first angle projection,
00:47
that means our projected view for the right will
00:49
be off to the left hand side of this view
00:52
because of that, I'm going to move this just a little bit to the right
00:55
next.
00:56
We're going to go to projected view, select our base view and drag this off to the side
01:01
and down for our top view.
01:03
We can also create an isometric view if we
01:05
wish and select the green check mark as Okay.
01:08
The isometric view is not linked to the parent view in terms
01:12
of its orientation so we can move it wherever it's needed.
01:16
The next thing that we want to do is we want to take a look at creating an aligned view.
01:20
This auxiliary view allows us to align to a specific geometry.
01:24
For example, this flat section and drag it off at an angle.
01:28
This can be extremely helpful when dealing with certain design elements
01:32
and you need to dimension or section them at a certain angle
01:35
we're going to go ahead and select OK and note
01:38
that we created that view projected at an angle.
01:40
We can tighten these up just a little bit
01:43
Next We want to take a look at adding some geometry,
01:46
adding a center line between these two edges will help
01:49
us represent the center line of the entire link.
01:52
We can right click to say okay.
01:54
And then we can select the center point option
01:57
adding a center point between each of the bosses.
01:60
Let's go ahead and right click and say okay to that as well.
02:03
Want to carry on adding a few dimensions.
02:06
We want to know the distance between the center points of each of these
02:10
and we also want to know the overall outside diameter.
02:15
We're going to right click and turn this into a diameter value.
02:19
Now we can right click and say okay
02:22
at this point there's plenty more that we could add to the drawing but make
02:25
sure that you do save it and continue to play around with creating drawing elements,
02:28
dimensions as well as different views.
02:31
Before moving on
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