& 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
00:01
SIMON DICKINSON: Hello, let's now
00:03
look at our structural settings and project units.
00:06
In this video, we are going to concentrate
00:09
on the symbolic load and analytical settings,
00:13
and finally, our project units.
00:17
Before we begin working on our structural project,
00:20
it is always a good idea to check
00:22
that our structural settings and project units are correct.
00:26
Although Rivet is very flexible and we
00:28
can change these settings later with very little issue.
00:32
All settings and units are controlled by the template.
00:36
And so, once configured and served to our template
00:39
will be consistent across our projects.
00:42
To check our structural settings,
00:44
click either but diagonal arrow on the structures panel
00:48
in the structures tab of a structural settings
00:51
icon from the manage tab on the ribbon.
00:54
This will open our structural settings dialog.
00:58
The dialog box gives us access to various settings,
01:01
such as our symbolic settings.
01:03
Here we can set our cutbacks for beams and columns.
01:07
And how our baselines are displayed in our cost plan
01:11
reviews.
01:12
We can choose which single-family we use.
01:14
These can be customized for our own company standards.
01:21
We also have access to our load settings and load combination
01:25
settings.
01:26
In most cases, these are correct in the default
01:28
structural template.
01:30
But we can have new one should we require them.
01:33
We will look at this in more detail in a later video.
01:37
From a structural analysis perspective,
01:39
the analytical settings tab are some great productivity tools.
01:44
Here we can find tools for auto checking our structural model
01:47
to make sure that it is going to work.
01:50
It will check that none of our connections
01:52
are floating, that columns have foundations,
01:55
and we have no issues with our analytical model.
02:02
During our model production, we will
02:04
be able to check and fix issues as they happen or later
02:08
via the error dialog box.
02:17
All soft errors meaning ones that
02:20
can be ignored before moving on, are logged in the error dialog
02:24
box for future review.
02:26
Once fixed, they will be automatically removed.
02:29
This is always a good place to start to error check our models
02:33
before moving to robot.
02:43
We also want to check that our units are
02:46
correct from units dialog box located on the manuscript.
02:51
As well as having the common units,
02:53
we have discipline-specific units on the dropdown.
02:56
Selected structure will give us access
02:58
to our discipline-specific units.
03:01
The default units are correct, but you
03:04
may want to change the display of values, such as the number
03:07
of decimal places.
03:09
Please note this does not affect the calculation
03:12
accuracy of Revit.
03:14
Only the way in which the values are displayed.
03:17
My favorite option here is to suppress trailing zeros.
03:21
So you only see the decimal places needed.
03:24
We have now configured our settings and units.
03:28
Remember to save your changes.
Video transcript
00:01
SIMON DICKINSON: Hello, let's now
00:03
look at our structural settings and project units.
00:06
In this video, we are going to concentrate
00:09
on the symbolic load and analytical settings,
00:13
and finally, our project units.
00:17
Before we begin working on our structural project,
00:20
it is always a good idea to check
00:22
that our structural settings and project units are correct.
00:26
Although Rivet is very flexible and we
00:28
can change these settings later with very little issue.
00:32
All settings and units are controlled by the template.
00:36
And so, once configured and served to our template
00:39
will be consistent across our projects.
00:42
To check our structural settings,
00:44
click either but diagonal arrow on the structures panel
00:48
in the structures tab of a structural settings
00:51
icon from the manage tab on the ribbon.
00:54
This will open our structural settings dialog.
00:58
The dialog box gives us access to various settings,
01:01
such as our symbolic settings.
01:03
Here we can set our cutbacks for beams and columns.
01:07
And how our baselines are displayed in our cost plan
01:11
reviews.
01:12
We can choose which single-family we use.
01:14
These can be customized for our own company standards.
01:21
We also have access to our load settings and load combination
01:25
settings.
01:26
In most cases, these are correct in the default
01:28
structural template.
01:30
But we can have new one should we require them.
01:33
We will look at this in more detail in a later video.
01:37
From a structural analysis perspective,
01:39
the analytical settings tab are some great productivity tools.
01:44
Here we can find tools for auto checking our structural model
01:47
to make sure that it is going to work.
01:50
It will check that none of our connections
01:52
are floating, that columns have foundations,
01:55
and we have no issues with our analytical model.
02:02
During our model production, we will
02:04
be able to check and fix issues as they happen or later
02:08
via the error dialog box.
02:17
All soft errors meaning ones that
02:20
can be ignored before moving on, are logged in the error dialog
02:24
box for future review.
02:26
Once fixed, they will be automatically removed.
02:29
This is always a good place to start to error check our models
02:33
before moving to robot.
02:43
We also want to check that our units are
02:46
correct from units dialog box located on the manuscript.
02:51
As well as having the common units,
02:53
we have discipline-specific units on the dropdown.
02:56
Selected structure will give us access
02:58
to our discipline-specific units.
03:01
The default units are correct, but you
03:04
may want to change the display of values, such as the number
03:07
of decimal places.
03:09
Please note this does not affect the calculation
03:12
accuracy of Revit.
03:14
Only the way in which the values are displayed.
03:17
My favorite option here is to suppress trailing zeros.
03:21
So you only see the decimal places needed.
03:24
We have now configured our settings and units.
03:28
Remember to save your changes.
Try it: Set Structural Settings and Units
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