>> This is an illustration of using manual drawing tools to create isometric.
I'm going to start by projecting vertical positions from the given front view
to the right side view to create this horizontal line construction line here.
Take note.
I align my triangle and then slide the triangle relative
to the ruler while the ruler is fixed in position.
Next thing I'm going to do is transfer some wind measurements that I see
from my front view into my isometric box.
Isometric box over here and here and that dimension here is going to transferred
into this isometric box here as well.
And here is another depth dimension.
It's actually the same dimension for over here and here.
And next thing those tick marks that I made
in my compact I will create construction lines just parallel to the edges of my isometric box.
One here. I'm going to create vertical construction lines
to the tick marks that I made so far.
Here and here for the depth dimensions and going to continue making construction lines over here.
A very light construction lines.
And then I'm going to measure this [inaudible] and transfer it the depth transfer
into the right side view and start making construction lines that I will use later on.
There's another one here for the depth dimension.
Now I'm going to start working on this.
I'm going to start working on the height over here.
Measure this height into this height here into the height over here in the isometric box
in this one as well and create a construction line for that height.
Now, I'm going to start looking for normal place starting with the front view.
Here's this pentagon here in the front view,
which is appearing as an edge view and a top view.
I'm going to locate that using object lines now using the construction lines I constructed
earlier, so I align my triangle, the red triangle into the edge
of my isometric box, and then keep the ruler.
I should have a second triangle with the left triangle of the ruler should be kept
in place while I'm sliding the right triangle.
Created this line over here.
And then continuing on with the frontal plane to the pentagon
and here is the inclined edge of that plane.
So I'm done with that frontal plane.
Next thing I'm going to look at the top horizontal plane [inaudible]
which appears actually in the front view.
I'm going to use a line to my isometric box edges again.
The middle part of the T is here to here.
Keep the ruler in place and slide the triangle to the next location here.
This part of the T over here.
And then on the other side using the construction lines I made in the bottom of the T
or the top of the T, depending on how you look at it.
Here. And then let's finish to making the object lines for this.
T, that is the horizontal plane on the top.
Same here, this one.
One more for this top horizontal plane and I'm going to look for, now the normal planes
and the right side view this little rectangle here, skinny little rectangle
on the right plane starting here at the bottom.
This one towards the front right here, and on this one,
another one towards the back over here.
And then the upper part of that, the skinny rectangle here, and here.
Let's complete those skinny rectangles by creating this vertical lines aligning
with the edges of my symmetric box on here.
Another one here, and one here and here.
Next, we're going to work on the inclined plane at the C-shaped.
On this side of the inclined plane that we never see, that's going to be a solid,
and then in order to find that notch on the right I need to measure this wood dimension here
to the hidden lines in the front view right here and transfer that wood dimension
into the front view, the frontal plane.
Then I'm going to create a construction line, okay.
We did that position slide.
And then make this construction line.
Okay. Wherever that construction line intersects this one over here fastened to this,
would be a solid visible object line and the intersection to the construction line to here.
That's the bottom part of that notch.
In order to find the top part of that notch,
I am going to make another construction line over here.
Parallel to that I don't know how long.
However, if I make a vertical line, a line at the vertical edge of the isometric box passing
through this, create a vertical line.
This line here, wherever it intersects we'll define the upper part of that notch.
Make this now a solid line.
Let's align this here.
Let's work on this other part, do a construction line here.
Another construction line here.
Now, that's the end of this upper part of that notch.
Make that solid and then there's a tiny little line here at the bottom
of that vertical [inaudible] it's exposed a little bit.
Now this other missing part here.
Let's make that solid now and our symmetric is taking shape.
Almost done.
I'm going to look for this plane seated towards the back.
Okay. Vertical planes they're going to show from the T any vertical plane from the back of the T.
That will be going down here for this.
Continue there.
And that's it for the isometric.
Remember no hidden lines for isometric.
Next thing we do is let's work on our right side view.
Solid here.
And then the top of the notch here going to align to my construction line
for this line here corresponds to this the same height as given by the front view.
And then I'm going to work on this skinny vertical rectangles here is the top part.
Now the bottom part actually you're going to see one continuous line from the left all the way
to the right, because even the bottom part of the notch will be seen from the right side.
Now I'm just going to create some vertical lines here aligning my triangle again.
And then keeping the ruler once they align correctly through the ruler, fix in position
and then slide the rectangle line over here.
Doesn't go really to the top.
Another one here from the notch to the bottom from the bottom to the notch up there.
And of course this one here on the right.
We're almost done, except for, again, those two vertical planes.
Okay. Behind the T will be shown as hidden lines.
One on this side here, it coincides with the vertical line beyond
that and then one over on this side.
And that should complete.
That's the C, that's the C. That's a vertical plane.
That's the notch on these two skinny rectangles in the right side.
There's the T showing us an edge too.
And we're done.
And here's the final isometric drawing and right --