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Hello guys and welcome
to this new class in
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where we're going to see how
to use the measure tools.
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And when I say measure,
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I mean measure distances
and measure angles.
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Because actually we have already
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learned how to
measure distances.
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We learned that we have to
use the tape measure tool.
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And I'll give you
here a reminder,
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because this tool is one of
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the most important tools in
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SketchUp and it
has four features.
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The first one, we can
measure things, e.g.
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the basement of
this cone, 1.50 m.
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The second feature is the
possibility to create
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guidelines and that
guideline icon will pop up.
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We'll have to tap Control
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key to turn it on
or turn it off.
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The third feature is
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the possibility to
create guide points.
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Remember that for
creating a guide point,
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we have to click and release
on an endpoint like e.g.
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here, or here or here.
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The fourth feature,
as you already know,
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is the possibility to
scale all the model.
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We have to measure any distance,
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e.g. this 11.5 s.
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Click.
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Then we have to type in
their desire measure.
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Let's say e.g. 1 m enter,
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window pops up and
we say yes or no.
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This time we'll say No.
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This is all about the
tape measure tool.
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But we have another tool
for measure angles.
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It is this one.
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Here. It is called protractor.
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And in the description,
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we can read measure
angles and create guides.
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Because a part of
measure angles,
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this tool will create
a guideline to,
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let's see how it works.
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It is very easy.
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Let's hit on the protractor.
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Then this protractor
will pop up.
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Depending on the
camera position,
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it will have one
color or another.
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We know that that color
means that we are working
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on the orthogonal plane to
the color of that axis.
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So let's place the
camera on a top view,
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and then we will be working on
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these orthogonal plane
to the blue axis,
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in other words, in
the ground floor.
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And don't forget that we
can change that color
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of the protractor if
we hit the arrow keys,
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right arrow and we
change to the red color,
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left arrow and which thanks
to the green color, arrow,
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blue color and down arrow
and returns two are
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orthogonal or parallel plane
relative to other element.
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In this case here
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the protractor is
parallel to that photo.
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Once we are clear
about those concepts,
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we have to click unreleased
on one specific point.
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For this example, let's do it
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randomly here,
one-click release,
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and then we have to choose
another single point
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in order to create a
kind of rotation axis.
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Let's choose this second
point on the red axis.
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And once we have said that axis,
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then it is the time for
measure the angle that we are
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looking for that I am moving
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the mouse and in
the measure tools,
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it appears a number,
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which means the angle.
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So here we can do it graphically
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or we can type in
that specific number,
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let's say e.g. 45 degrees.
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I type in 45 Enter.
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And here we have
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that guideline which has
been created in order
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to allow us to draw normally
aligned using that angle.
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Now let's use again this tool.
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In a more practical example.
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I will erase everything
except my column.
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I will even this photo,
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then I will make a copy.
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This column, e.g.
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10 m far away from
the first one.
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And let's draw this kind
of triangular fronting,
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typically from these
Greek temples.
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So firstly, we have to
heat the tool protractor.
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Then we'll need to choose
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the correct lane for that angle.
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And the first specific point
for the rotation axis.
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I will choose this mid
0.1 click and hold
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down in order to change the
color of that protractor.
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We can do it this way as well,
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or using the arrow keys,
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as we said before,
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once the green color is marked,
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I released the bottom
of my mouse and
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then that green color is fixed.
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And the tool is asking
me for choosing
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that second point of
the rotation axis.
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This second points should
be along this red axis.
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So one-click e.g.
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here, it is already
fixed and then
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it's high time for
choosing the angle.
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I can orbit.
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And let's say that our
angle will be 30 degrees.
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So I type in theory,
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enter that guideline keeps
drawn on the screen so I can
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use the line tool in order
to draw over this reference.
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But before using the line tool,
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I will repeat this
previous axiom
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with this another column.
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So productive.
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Again, mid 0.1,
click and hold down,
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I choose the correct color,
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the wing 1 s point for
fixing the rotation axis.
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Then the tool is asking
us for the angle three.
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Enter.
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Here we are.
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Now we can hit the
line tool in order to
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draw easily this
triangular front term.
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Actually in the future,
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we will continue drawing
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this rig temple in
a more precise way.
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And we'll use this
protractor in order to draw
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in a very accurate way
this rig front-end.
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So I hope that you
liked the class.
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And in the next episode,
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we will see this another
tool called text.
9229
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