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Use a formula to control spacing and layout.
Type:
Tutorial
Length:
8 min.
Transcript
00:04
The pole
00:04
CAPP family will have a nested pile family and the parameters linked,
00:09
the pile
00:09
cap size will be driven from a formula which is a component of the pile diameter,
00:14
the spacing and the edge clearance.
00:17
The polecat family uses shared parameters so it can be scheduled and tagged.
00:24
This family file already contains a number of
00:26
reference planes that have been created for us.
00:29
And we also have some aligned dimensions placed down on the reference planes.
00:34
Also in this family,
00:36
we have a number of shared parameters that
00:37
have been added to the family types dialogue.
00:40
Let's now review those on the creates ribbon. Go ahead and select family types
00:46
and in the family times dialog box under dimensions,
00:49
you'll now notice that we have a number of shared parameters that have been added in.
00:54
We also see that we have some additional
00:56
shared parameters controlled in the pile cap material
00:59
and also the pile material.
01:01
And we have some additional information added under identity data.
01:06
Let's begin by setting up some formula to control our pile cap size.
01:11
We'll begin with the pile edge
01:13
calk.
01:14
So you'll see here that we have the formula column
01:17
and the pile edge calculation is going to be the pile diameter divided by two
01:23
plus the pile edge clearance.
01:26
So I'm going to begin by calculating out the pile diameter divided by two.
01:30
We'll put this into brackets
01:34
and the reason we're putting this into brackets is rev
01:37
it will actually work out the value of this first
01:40
and then
01:41
we'll add on the pile edge clearance.
01:46
Now, of course, you have to take special care as you type in these formula
01:50
in here.
01:51
And also the parameter names that the case
01:53
and the spread in are matching and identical.
01:57
So you can now see this has successfully now calculated that out based on our formula
02:02
and we have 1 ft and six inches.
02:04
We also want to now control our pile spacing.
02:07
So again, I'll select the formula column
02:10
and our pile spacing is the pile diameter multiplied by the pile spacing ratio.
02:16
So again, we can start to type that in
02:21
and it'll be multiplied by pile spacing ratio.
02:28
And again, here you can see that's now calculated
02:32
here. You'll notice that I'm also reporting on the pile quantity.
02:35
Now, in this particular family, because this is going to be a four pile pile cap,
02:39
there is always four piles.
02:42
Now having a value here would allow the user
02:44
to change that if they edited the family's type.
02:47
So what I can do here to safeguard this is put that into a formula.
02:51
So if I type in four here,
02:53
you'll then notice that the pile quantity is
02:55
grayed out and that's almost hard coded.
02:58
So that's quite a useful way of hard coding values that you
03:02
don't want the users to change when they go to edit type.
03:07
So our family types dialog box is now complete. So we'll go ahead and click. OK.
03:12
We can now start to assign some labels to our aligned dimensions.
03:17
I'm going to begin by holding down a control key and
03:20
selecting these dimensions here which is controlled in the edge calculation.
03:25
We'll go up to our context ribbon
03:27
and on the pull down here, we'll select pile edge
03:30
calk
03:31
and you can now see the label has been added to those aligned dimensions.
03:37
We'd also select this dimension over here and this dimension here
03:41
and these are basically the pile centers.
03:44
So once again, we can then apply that pile centers.
03:49
I'm just gonna spend a bit of time tidying up
03:50
the position of these aligned dimensions and labels as well.
03:56
This isn't actually essential,
03:57
but it does help you be able to uh read and understand the family layout a bit better.
04:04
OK. So now they're tidied up, we'll now apply the final two dimensions.
04:09
So we have here reporting dimensions.
04:11
Now remember that the actual pile cap length and width
04:15
is defined by the pile spacing the pile diameter.
04:19
And also this edge calculation
04:22
before we actually apply these, let's go to the modify ribbon.
04:25
And once again, select family types
04:29
in the family types dialogue box.
04:30
You'll note here that we have two shared parameters,
04:33
pile cap length and pile cap width.
04:36
But you'll notice here that after the parameter name, we have report in brackets.
04:42
If I come to the bottom of the dialer box and select edit parameter,
04:46
you'll note here that this is an instance
04:48
parameter and it's also a reporting parameter.
04:51
So this is going to report on the dimensional value
04:54
to allow me to schedule this and also tag it.
04:58
OK. So let's click OK to the parameter properties, dialogue
05:01
and OK again to the family types dialog box.
05:05
So we can now assign those labels. So I'll select this dimension here.
05:09
And on the context ribbon, we're going to go ahead and select pile cap length
05:14
and this one here will be pile cap width.
05:20
So there are our labels applied to the plan view.
05:23
We also need to control the depth of the pile cap to do this.
05:26
We'll go into our project browser and open up the front elevation.
05:31
So here you can see that we have a reference plane already created.
05:34
But of course, we'll need to add a dimension and then apply a label.
05:38
So we'll go up to our quick access toolbar and select aligned dimension.
05:43
I'll place my aligned dimension in here.
05:47
I'll then go to the ribbon and select modifier.
05:50
We'll select our aligned dimension.
05:52
And again on the context ribbon under the label pull down here.
05:56
We'll go ahead and choose pile cap thickness.
06:01
We're now ready to model our pile cap.
06:03
So I'm going to switch back to the reference level plan
06:07
and will now create an extrusion to represent the pile cap
06:11
to do this. We'll select the create ribbon
06:13
on the create ribbon. We'll select extrusion
06:17
on the context ribbon in the drawer panel. I'm going to select rectangle
06:22
and we'll then trace the reference planes here
06:26
and of course, ensure that these are constrained to those reference planes.
06:31
Once we've done that again, on the context ribbon,
06:34
we can finalize this by selecting finish edit mode.
06:38
We'll then go back into our front elevation
06:41
and I can use the shape handles of my extrusion here to
06:44
make sure that it's locked and constrained to the bottom reference plane.
06:48
And also to this reference level here
06:53
in the project browser. If I double click on the 3D view and we open up view one,
06:58
we can now see our pile cap.
07:01
The final step here in this video will be to select the pile cap
07:05
and in the property's paddock,
07:06
I'm going to associate the material to one of my shared parameters.
07:10
So we'll select associate family parameter.
07:13
And here we're going to associate this to pile cap material.
07:19
Finally, let's also take note of this setting here.
07:22
So in the property's pads, you'll see that we have cap and currently this is checked.
07:27
So this is going to report on the level of the underside
07:30
of the pile cap rather than the bottom of the pile itself.
07:34
So I've made sure that I've selected this.
07:36
So when we report on the level, we can get the level of the pile cap,
07:39
but then also the level of the pile itself if required.
07:43
So we're now ready to save this. So we'll go up to our file ribbon
07:48
and we'll select saves,
07:51
we'll select family.
07:53
And here we're going to call this one M 04 underscore 03
07:58
underscore pile
07:59
CAPP.
08:00
We can then go ahead and click save.
Video transcript
00:04
The pole
00:04
CAPP family will have a nested pile family and the parameters linked,
00:09
the pile
00:09
cap size will be driven from a formula which is a component of the pile diameter,
00:14
the spacing and the edge clearance.
00:17
The polecat family uses shared parameters so it can be scheduled and tagged.
00:24
This family file already contains a number of
00:26
reference planes that have been created for us.
00:29
And we also have some aligned dimensions placed down on the reference planes.
00:34
Also in this family,
00:36
we have a number of shared parameters that
00:37
have been added to the family types dialogue.
00:40
Let's now review those on the creates ribbon. Go ahead and select family types
00:46
and in the family times dialog box under dimensions,
00:49
you'll now notice that we have a number of shared parameters that have been added in.
00:54
We also see that we have some additional
00:56
shared parameters controlled in the pile cap material
00:59
and also the pile material.
01:01
And we have some additional information added under identity data.
01:06
Let's begin by setting up some formula to control our pile cap size.
01:11
We'll begin with the pile edge
01:13
calk.
01:14
So you'll see here that we have the formula column
01:17
and the pile edge calculation is going to be the pile diameter divided by two
01:23
plus the pile edge clearance.
01:26
So I'm going to begin by calculating out the pile diameter divided by two.
01:30
We'll put this into brackets
01:34
and the reason we're putting this into brackets is rev
01:37
it will actually work out the value of this first
01:40
and then
01:41
we'll add on the pile edge clearance.
01:46
Now, of course, you have to take special care as you type in these formula
01:50
in here.
01:51
And also the parameter names that the case
01:53
and the spread in are matching and identical.
01:57
So you can now see this has successfully now calculated that out based on our formula
02:02
and we have 1 ft and six inches.
02:04
We also want to now control our pile spacing.
02:07
So again, I'll select the formula column
02:10
and our pile spacing is the pile diameter multiplied by the pile spacing ratio.
02:16
So again, we can start to type that in
02:21
and it'll be multiplied by pile spacing ratio.
02:28
And again, here you can see that's now calculated
02:32
here. You'll notice that I'm also reporting on the pile quantity.
02:35
Now, in this particular family, because this is going to be a four pile pile cap,
02:39
there is always four piles.
02:42
Now having a value here would allow the user
02:44
to change that if they edited the family's type.
02:47
So what I can do here to safeguard this is put that into a formula.
02:51
So if I type in four here,
02:53
you'll then notice that the pile quantity is
02:55
grayed out and that's almost hard coded.
02:58
So that's quite a useful way of hard coding values that you
03:02
don't want the users to change when they go to edit type.
03:07
So our family types dialog box is now complete. So we'll go ahead and click. OK.
03:12
We can now start to assign some labels to our aligned dimensions.
03:17
I'm going to begin by holding down a control key and
03:20
selecting these dimensions here which is controlled in the edge calculation.
03:25
We'll go up to our context ribbon
03:27
and on the pull down here, we'll select pile edge
03:30
calk
03:31
and you can now see the label has been added to those aligned dimensions.
03:37
We'd also select this dimension over here and this dimension here
03:41
and these are basically the pile centers.
03:44
So once again, we can then apply that pile centers.
03:49
I'm just gonna spend a bit of time tidying up
03:50
the position of these aligned dimensions and labels as well.
03:56
This isn't actually essential,
03:57
but it does help you be able to uh read and understand the family layout a bit better.
04:04
OK. So now they're tidied up, we'll now apply the final two dimensions.
04:09
So we have here reporting dimensions.
04:11
Now remember that the actual pile cap length and width
04:15
is defined by the pile spacing the pile diameter.
04:19
And also this edge calculation
04:22
before we actually apply these, let's go to the modify ribbon.
04:25
And once again, select family types
04:29
in the family types dialogue box.
04:30
You'll note here that we have two shared parameters,
04:33
pile cap length and pile cap width.
04:36
But you'll notice here that after the parameter name, we have report in brackets.
04:42
If I come to the bottom of the dialer box and select edit parameter,
04:46
you'll note here that this is an instance
04:48
parameter and it's also a reporting parameter.
04:51
So this is going to report on the dimensional value
04:54
to allow me to schedule this and also tag it.
04:58
OK. So let's click OK to the parameter properties, dialogue
05:01
and OK again to the family types dialog box.
05:05
So we can now assign those labels. So I'll select this dimension here.
05:09
And on the context ribbon, we're going to go ahead and select pile cap length
05:14
and this one here will be pile cap width.
05:20
So there are our labels applied to the plan view.
05:23
We also need to control the depth of the pile cap to do this.
05:26
We'll go into our project browser and open up the front elevation.
05:31
So here you can see that we have a reference plane already created.
05:34
But of course, we'll need to add a dimension and then apply a label.
05:38
So we'll go up to our quick access toolbar and select aligned dimension.
05:43
I'll place my aligned dimension in here.
05:47
I'll then go to the ribbon and select modifier.
05:50
We'll select our aligned dimension.
05:52
And again on the context ribbon under the label pull down here.
05:56
We'll go ahead and choose pile cap thickness.
06:01
We're now ready to model our pile cap.
06:03
So I'm going to switch back to the reference level plan
06:07
and will now create an extrusion to represent the pile cap
06:11
to do this. We'll select the create ribbon
06:13
on the create ribbon. We'll select extrusion
06:17
on the context ribbon in the drawer panel. I'm going to select rectangle
06:22
and we'll then trace the reference planes here
06:26
and of course, ensure that these are constrained to those reference planes.
06:31
Once we've done that again, on the context ribbon,
06:34
we can finalize this by selecting finish edit mode.
06:38
We'll then go back into our front elevation
06:41
and I can use the shape handles of my extrusion here to
06:44
make sure that it's locked and constrained to the bottom reference plane.
06:48
And also to this reference level here
06:53
in the project browser. If I double click on the 3D view and we open up view one,
06:58
we can now see our pile cap.
07:01
The final step here in this video will be to select the pile cap
07:05
and in the property's paddock,
07:06
I'm going to associate the material to one of my shared parameters.
07:10
So we'll select associate family parameter.
07:13
And here we're going to associate this to pile cap material.
07:19
Finally, let's also take note of this setting here.
07:22
So in the property's pads, you'll see that we have cap and currently this is checked.
07:27
So this is going to report on the level of the underside
07:30
of the pile cap rather than the bottom of the pile itself.
07:34
So I've made sure that I've selected this.
07:36
So when we report on the level, we can get the level of the pile cap,
07:39
but then also the level of the pile itself if required.
07:43
So we're now ready to save this. So we'll go up to our file ribbon
07:48
and we'll select saves,
07:51
we'll select family.
07:53
And here we're going to call this one M 04 underscore 03
07:58
underscore pile
07:59
CAPP.
08:00
We can then go ahead and click save.
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