& 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
create a technical drawing.
00:05
After completing this video,
00:07
you'll be able to create a two D
00:09
drawing applied drawing dimensions and create drawing views,
00:14
Infusion 3 60. Let's carry on with our brake rotor from the previous example.
00:19
We want to take a look at how to create a detailed or a technical drawing on Fusion 3 60.
00:24
We need to use the workspace design picker
00:27
and we can navigate to drawing from design.
00:30
We also have the option to go to our file menu and select new drawing from design.
00:34
Both of these options will produce the exact same result.
00:38
Once we select the from design option we can
00:40
determine whether or not we want to use the full
00:42
assembly which in this case is only a single
00:45
part visible only or select specific bodies and components.
00:49
In this case
00:50
those will produce the same results.
00:52
We're going to be creating a new drawing from scratch and
00:56
we can select either the army or the ISO standards.
00:59
It's important to note that these standards once selected
01:02
will be the standard used in the detailed drawing.
01:05
They will determine whether or not we're using first
01:08
or third angle projection type for our drawing and they
01:11
will also control some other elements of the drawings such
01:14
as the way the dimensions and notes are displayed.
01:17
For this example we're going to use the sme the inch units and the b size sheet.
01:23
Once we select. Okay, a new drawing is created
01:27
well.
01:27
Most elements in Fusion 3 60 such as simulation data, generative design data,
01:32
renders and manufactured data are contained in a single F.
01:36
Three D file. The fusion 3 60 drawings are created new.
01:40
However, they do maintain a link or a reference back to the design.
01:45
The first thing that we note is that we have an image of the design on the screen
01:49
that we can place on our detailed drawing before I left click to place my base view.
01:53
I do want to make sure that I change things like my style the scale.
01:58
We can use the icon on the far right to
01:60
change the scale or we can manually enter a value.
02:02
We can determine how we want tangent edges to be displayed.
02:06
Whether or not we want interference edges to be displayed and thread edges.
02:10
We're going to select Okay once we place this in the upper right hand corner
02:15
and now we have placed our first view.
02:17
It's traditional when you're dealing with
02:20
detailed drawings to place multiple views enough
02:22
that you can get all the information about your design for this design.
02:26
We need to add a projected view.
02:28
So from create I'll select projected view,
02:31
select my base view and I can pull this off to the right the
02:36
left up or down depending on how I want it displayed on my drawing.
02:41
We can also pull this out at an angle to create an isometric projected view.
02:46
In this case, I'm simply going to use the green check mark and say okay
02:50
if we want to place another view that's not projected,
02:53
we can use the option to create another base view.
02:57
In this case it can be a completely different scale style orientation
03:02
and in this case I'm going to use the home view and once
03:05
again I am going to use the one half scale and I'm
03:08
going to place it in the upper left hand corner and say okay
03:11
note the difference in display because of the tangent edge visibility.
03:15
If we want to make any changes we can double click on a view,
03:19
modify its properties and then select clues.
03:22
It's also important to note that projected views will
03:25
automatically inherit the settings from its parent view.
03:28
However, those can be changed as well by simply double clicking
03:32
for the style instead of using from parent we
03:34
can determine that we want a shaded view.
03:36
For example in this case I'm going to maintain the from parent relation.
03:41
There are other view types in the create menu that we can use such as auxiliary view.
03:46
If you want a view to come off at a specific angle relative to selected geometry.
03:50
Section view, detailed view and break view.
03:53
In this case I'm going to use the section view. I'm going to select the base view.
03:59
I'm going to find the center point but simply move my cursor up left
04:04
click and draw a straight line down and then select the green check mark.
04:08
I'm going to drag this off to the side creating a section view.
04:12
You can see the section view shows the hatching where it cut through the solid model.
04:16
Gonna double click the mouse wheel to fit the screen.
04:20
Another view type that we can use is a detailed view.
04:22
If we want to focus on a specific element, we can select the view we want,
04:27
we can draw a small circle where we want that detail and then we can
04:31
place a scaled up version of this in this case I'm going to go 2-1.
04:37
I'm going to say Okay.
04:38
And now we've got our detailed B section which I can
04:41
select the note and simply move it up holding down the
04:44
left mouse button and we've got our section view a are
04:48
isometric view as well as our base and projected views.
04:52
These views only project part of the story of a detailed drawing.
04:56
We also need to have dimensions tolerances and any notes that are applicable.
05:01
We're not going to create a full detailed drawing but
05:04
we do want to add a couple more elements.
05:06
For example, under geometry we want to add center marks.
05:10
Center marks are great for us to select the bolt hole locations.
05:13
That way we can have references for where the center of those are.
05:17
We can also use dimensions to identify the diameter of these holes,
05:23
The diameter of the outside of the rotor,
05:26
the diameter of the center
05:28
as well as any other information,
05:30
such as the angle between specific elements
05:33
or the distance away from another element.
05:35
In this case, if I drag this out to the right, you can see that we're at 1.49.
05:41
So this is a great way for us to create our
05:43
detailed drawings and create basic elements to help convey design intent.
05:47
Once again, this is not a complete detailed drawing, it's just a starting point.
05:52
But make sure that you do select,
05:54
save infusion 360 will automatically place drawing at the end of the
05:58
name of your design and place it in the same folder.
06:01
I'm going to go ahead and select save to
06:04
create a saved version of my detailed drawing.
06:07
Once you're done playing around with the drawing elements,
06:09
make sure that you do save once more and then you can move on to the next step.
Video transcript
00:02
create a technical drawing.
00:05
After completing this video,
00:07
you'll be able to create a two D
00:09
drawing applied drawing dimensions and create drawing views,
00:14
Infusion 3 60. Let's carry on with our brake rotor from the previous example.
00:19
We want to take a look at how to create a detailed or a technical drawing on Fusion 3 60.
00:24
We need to use the workspace design picker
00:27
and we can navigate to drawing from design.
00:30
We also have the option to go to our file menu and select new drawing from design.
00:34
Both of these options will produce the exact same result.
00:38
Once we select the from design option we can
00:40
determine whether or not we want to use the full
00:42
assembly which in this case is only a single
00:45
part visible only or select specific bodies and components.
00:49
In this case
00:50
those will produce the same results.
00:52
We're going to be creating a new drawing from scratch and
00:56
we can select either the army or the ISO standards.
00:59
It's important to note that these standards once selected
01:02
will be the standard used in the detailed drawing.
01:05
They will determine whether or not we're using first
01:08
or third angle projection type for our drawing and they
01:11
will also control some other elements of the drawings such
01:14
as the way the dimensions and notes are displayed.
01:17
For this example we're going to use the sme the inch units and the b size sheet.
01:23
Once we select. Okay, a new drawing is created
01:27
well.
01:27
Most elements in Fusion 3 60 such as simulation data, generative design data,
01:32
renders and manufactured data are contained in a single F.
01:36
Three D file. The fusion 3 60 drawings are created new.
01:40
However, they do maintain a link or a reference back to the design.
01:45
The first thing that we note is that we have an image of the design on the screen
01:49
that we can place on our detailed drawing before I left click to place my base view.
01:53
I do want to make sure that I change things like my style the scale.
01:58
We can use the icon on the far right to
01:60
change the scale or we can manually enter a value.
02:02
We can determine how we want tangent edges to be displayed.
02:06
Whether or not we want interference edges to be displayed and thread edges.
02:10
We're going to select Okay once we place this in the upper right hand corner
02:15
and now we have placed our first view.
02:17
It's traditional when you're dealing with
02:20
detailed drawings to place multiple views enough
02:22
that you can get all the information about your design for this design.
02:26
We need to add a projected view.
02:28
So from create I'll select projected view,
02:31
select my base view and I can pull this off to the right the
02:36
left up or down depending on how I want it displayed on my drawing.
02:41
We can also pull this out at an angle to create an isometric projected view.
02:46
In this case, I'm simply going to use the green check mark and say okay
02:50
if we want to place another view that's not projected,
02:53
we can use the option to create another base view.
02:57
In this case it can be a completely different scale style orientation
03:02
and in this case I'm going to use the home view and once
03:05
again I am going to use the one half scale and I'm
03:08
going to place it in the upper left hand corner and say okay
03:11
note the difference in display because of the tangent edge visibility.
03:15
If we want to make any changes we can double click on a view,
03:19
modify its properties and then select clues.
03:22
It's also important to note that projected views will
03:25
automatically inherit the settings from its parent view.
03:28
However, those can be changed as well by simply double clicking
03:32
for the style instead of using from parent we
03:34
can determine that we want a shaded view.
03:36
For example in this case I'm going to maintain the from parent relation.
03:41
There are other view types in the create menu that we can use such as auxiliary view.
03:46
If you want a view to come off at a specific angle relative to selected geometry.
03:50
Section view, detailed view and break view.
03:53
In this case I'm going to use the section view. I'm going to select the base view.
03:59
I'm going to find the center point but simply move my cursor up left
04:04
click and draw a straight line down and then select the green check mark.
04:08
I'm going to drag this off to the side creating a section view.
04:12
You can see the section view shows the hatching where it cut through the solid model.
04:16
Gonna double click the mouse wheel to fit the screen.
04:20
Another view type that we can use is a detailed view.
04:22
If we want to focus on a specific element, we can select the view we want,
04:27
we can draw a small circle where we want that detail and then we can
04:31
place a scaled up version of this in this case I'm going to go 2-1.
04:37
I'm going to say Okay.
04:38
And now we've got our detailed B section which I can
04:41
select the note and simply move it up holding down the
04:44
left mouse button and we've got our section view a are
04:48
isometric view as well as our base and projected views.
04:52
These views only project part of the story of a detailed drawing.
04:56
We also need to have dimensions tolerances and any notes that are applicable.
05:01
We're not going to create a full detailed drawing but
05:04
we do want to add a couple more elements.
05:06
For example, under geometry we want to add center marks.
05:10
Center marks are great for us to select the bolt hole locations.
05:13
That way we can have references for where the center of those are.
05:17
We can also use dimensions to identify the diameter of these holes,
05:23
The diameter of the outside of the rotor,
05:26
the diameter of the center
05:28
as well as any other information,
05:30
such as the angle between specific elements
05:33
or the distance away from another element.
05:35
In this case, if I drag this out to the right, you can see that we're at 1.49.
05:41
So this is a great way for us to create our
05:43
detailed drawings and create basic elements to help convey design intent.
05:47
Once again, this is not a complete detailed drawing, it's just a starting point.
05:52
But make sure that you do select,
05:54
save infusion 360 will automatically place drawing at the end of the
05:58
name of your design and place it in the same folder.
06:01
I'm going to go ahead and select save to
06:04
create a saved version of my detailed drawing.
06:07
Once you're done playing around with the drawing elements,
06:09
make sure that you do save once more and then you can move on to the next step.
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