All language subtitles for 8. Example-2 and Make Symmetric Constraint-en_US

In this lecture, we are going to generate an example to drawing file a test with this lecture, as

you can see here, this is the example to drink that we are going to make.

We are going to make it completely constrain the geometry of example to.

Let us start first.

We will create a rectangle.

I'll use the profile tool.

The vertical line, a horizontal line and other vertical line.

And join.

Select this line, geometrical constraints horizontal click on Anqi.

Now, what I want to do is I want to create this figure symmetrical about this axis.

So that my geometry will be exactly symmetric with vertical and horizontal, as you can see, this drawing

is symmetrical, so it will be beneficial for us to practice symmetry from now.

You can see I can select this line, select this line by using the control key for multiple selections

and select this axis.

When I click on this dramatical constraints, you can see symmetry is getting highlighted when I click

on it and click on.

Okay.

When I move this line, you can see this line also moves with respect to this vertical.

So what I have done is I made both of this line symmetrical about this axis.

So you can select any two lines about the third line or axis and you can make it symmetrical.

Similarly, I'll take this top line.

Use the control key for selection of this bottom line and this axis.

Select this geometrical constraints and create symmetry we cannot get.

And you can see the object has been made symmetrical about the axis.

Now let me give the dimension.

Double click here.

This dimension is 60 percent and the length of this line is 100.

You can see the figure is constrained.

We need not give the dimension from vertical to design or coincidence, because automatically when we

use symmetry there, references with the vertical and horizontal have been imparted to the geometry.

Now, let us create the corner rectangles, I'll simply take a profile selector point somewhere here.

A vertical line and horizontal line.

Click on the escape key to exit.

Now I will take trim, you can see QuickTrip Misia you'll find it here double click.

Claim this line and this line at this point of intersection on the escape key to exit from the command,

not to give the dimension.

Of this lame double click is 50.

Again, dimension.

Of this line, it's 25.

You're going to profile.

You can see.

I made a horizontal and vertical line.

I think dreaming in this, I can dream this.

In Kenya, there is no equal land constrained.

So we have to give the dimensions click here.

This is 15 again, will take dimension.

Of this line, twenty five and.

Profiling in.

From here, a vertical and horizontal line between the dotted lines that are generating during creation

of the lines and the profile again and make two lines here also.

Horizontal line.

You can see I'm getting many dotted lines.

These are called the tracking lines you have to prevent these lines from being made, otherwise automatically

constraints will be created and you will get all the colors that we have discussed in the previous videos

for our constraining and inconsistent geometries.

Now, I think damage and concern double Double-Click on damage, no constraints.

From here to here, this dimension is 25 from this line to this line, this dimension is 15.

Nilu, the dimension from here to here, this dimension is 15.

And again, this line to this line, this dimension is 25.

Now click on this icon to activate dimensional constraints, or you can also use that escape key to

deactivate.

Now, double click on this QuickTrip, not trim the unnecessary portions, which is this line, this

line, this line and this line.

This line, this line.

This line you can see here, and it is coming.

Because.

We have given the length to this line.

So when we give the land to this line, if we limit the length is getting shortened, but the land has

to maintain 100, which is not possible.

So it is asking, do we want to convert the length of this line to distance between two lines will give.

Yes, you can see here.

The distance has been given.

But the entire figure has become unstable because it is white, it is not constrained.

Again, click on this, the same thing we have given a link to the center line, which is 60, when

we trim this line, the length is getting shortened.

So we want to go the distance.

Yes, press the escape key to exit from the quick trim command.

Now, to constrain it, we have to move the object.

You can see.

What is happening?

The CDC is intact, but these two dimensions have been given to this point, which is not constrained.

So what we can do is we can constrain this point, which is unnecessary, otherwise we can delay this

point.

And we can give the dimension again, that is from this line to this line, this dimension is 100.

And again, we'll take dimension from this line to this bottom line, this is 16, so you should be

very careful in giving the dimensions.

And then quickly, novelistic profile again.

Let me jump in to the center.

And make this center rectangle.

It is very easy to make you can see here.

Here when I use this dotted line.

It will automatically give a coincidence constrain.

Due to which this will become directly horizontal, I need not make it horizontal again, so this is

actually useful.

Now let us position the rectangle.

From here to here, this dimension is given 35.

DoubleClick, so that we can give them mentioned repeatedly, this dimension is 30.

This damage is 20.

And the position from top to this top line, this is 20.

Let us zoom in to make it smaller, and you can see we have obtained a completely constrained geometry

of example to bring.