WEBVTT

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>> This is an illustration of using
manual drawing tools to create isometric.

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I'm going to start by projecting vertical
positions from the given front view

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to the right side view to create this
horizontal line construction line here.

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Take note.

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I align my triangle and then
slide the triangle relative

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to the ruler while the ruler
is fixed in position.

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Next thing I'm going to do is transfer
some wind measurements that I see

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from my front view into my isometric box.

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Isometric box over here and here and that
dimension here is going to transferred

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into this isometric box here as well.

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And here is another depth dimension.

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It's actually the same dimension
for over here and here.

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And next thing those tick marks that I made

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in my compact I will create construction lines
just parallel to the edges of my isometric box.

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One here. I'm going to create
vertical construction lines

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to the tick marks that I made so far.

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Here and here for the depth dimensions and going
to continue making construction lines over here.

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A very light construction lines.

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And then I'm going to measure this
[inaudible] and transfer it the depth transfer

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into the right side view and start making
construction lines that I will use later on.

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There's another one here
for the depth dimension.

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Now I'm going to start working on this.

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I'm going to start working
on the height over here.

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Measure this height into this height here
into the height over here in the isometric box

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in this one as well and create a
construction line for that height.

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Now, I'm going to start looking for
normal place starting with the front view.

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Here's this pentagon here in the front view,

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which is appearing as an
edge view and a top view.

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I'm going to locate that using object lines
now using the construction lines I constructed

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earlier, so I align my triangle,
the red triangle into the edge

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of my isometric box, and then keep the ruler.

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I should have a second triangle with the
left triangle of the ruler should be kept

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in place while I'm sliding the right triangle.

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Created this line over here.

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And then continuing on with the
frontal plane to the pentagon

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and here is the inclined edge of that plane.

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So I'm done with that frontal plane.

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Next thing I'm going to look at the
top horizontal plane [inaudible]

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which appears actually in the front view.

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I'm going to use a line to
my isometric box edges again.

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The middle part of the T is here to here.

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Keep the ruler in place and slide the
triangle to the next location here.

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This part of the T over here.

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And then on the other side using the
construction lines I made in the bottom of the T

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or the top of the T, depending
on how you look at it.

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Here. And then let's finish to
making the object lines for this.

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T, that is the horizontal plane on the top.

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Same here, this one.

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One more for this top horizontal plane and
I'm going to look for, now the normal planes

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and the right side view this little
rectangle here, skinny little rectangle

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on the right plane starting here at the bottom.

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This one towards the front
right here, and on this one,

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another one towards the back over here.

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And then the upper part of that,
the skinny rectangle here, and here.

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Let's complete those skinny rectangles
by creating this vertical lines aligning

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with the edges of my symmetric box on here.

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Another one here, and one here and here.

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Next, we're going to work on the
inclined plane at the C-shaped.

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On this side of the inclined plane that
we never see, that's going to be a solid,

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and then in order to find that notch on the
right I need to measure this wood dimension here

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to the hidden lines in the front view
right here and transfer that wood dimension

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into the front view, the frontal plane.

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Then I'm going to create
a construction line, okay.

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We did that position slide.

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And then make this construction line.

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Okay. Wherever that construction line
intersects this one over here fastened to this,

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would be a solid visible object line and the
intersection to the construction line to here.

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That's the bottom part of that notch.

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In order to find the top part of that notch,

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I am going to make another
construction line over here.

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Parallel to that I don't know how long.

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However, if I make a vertical line, a line at
the vertical edge of the isometric box passing

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through this, create a vertical line.

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This line here, wherever it intersects
we'll define the upper part of that notch.

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Make this now a solid line.

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Let's align this here.

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Let's work on this other part,
do a construction line here.

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Another construction line here.

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Now, that's the end of this
upper part of that notch.

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Make that solid and then there's a
tiny little line here at the bottom

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of that vertical [inaudible]
it's exposed a little bit.

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Now this other missing part here.

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Let's make that solid now and
our symmetric is taking shape.

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Almost done.

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I'm going to look for this
plane seated towards the back.

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Okay. Vertical planes they're going to show from
the T any vertical plane from the back of the T.

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That will be going down here for this.

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Continue there.

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And that's it for the isometric.

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Remember no hidden lines for isometric.

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Next thing we do is let's
work on our right side view.

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Solid here.

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And then the top of the notch here
going to align to my construction line

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for this line here corresponds to this the
same height as given by the front view.

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And then I'm going to work on this skinny
vertical rectangles here is the top part.

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Now the bottom part actually you're going to see
one continuous line from the left all the way

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to the right, because even the bottom part of
the notch will be seen from the right side.

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Now I'm just going to create some vertical
lines here aligning my triangle again.

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And then keeping the ruler once they align
correctly through the ruler, fix in position

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and then slide the rectangle line over here.

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Doesn't go really to the top.

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Another one here from the notch to the
bottom from the bottom to the notch up there.

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And of course this one here on the right.

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We're almost done, except for,
again, those two vertical planes.

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Okay. Behind the T will be
shown as hidden lines.

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One on this side here, it coincides
with the vertical line beyond

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that and then one over on this side.

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And that should complete.

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That's the C, that's the
C. That's a vertical plane.

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That's the notch on these two
skinny rectangles in the right side.

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There's the T showing us an edge too.

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And we're done.

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And here's the final isometric
drawing and right --