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This is the first video of Module four where we learn how to create basic 3D objects through sketches.

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This will possibly be the most exciting part of 3D design journey as you will learn four basic tools

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infusion physics that allow you to create objects.

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The four tools are extrude, revolve, loft and sweep.

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The first to we are going to cover is called extrude extruding basically means extending a 2D shape

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in a third dimension to make it 3D.

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Let's take a look at how the Extrude Infusion 360.

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In order to extrude Infusion 360, you need to have a tube sketch, which infusion comes, is known

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as profile.

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So as you can see, I have a square here, which is my profile.

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Now, once I click on this, I can either go up here, click on Extrude, go to create and then click

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on Extrude or simply type it on my keyboard.

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So as you can see, our extrude panel has opened up on the right here.

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We have an arrow and a rotate function here.

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So in order to execute, we can just pull this arrow upwards or downwards.

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And we have a measurement box that appears, you see, I want to extrude my design to.

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50MM.

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I can just type it in there, and now our 3D object has been formed where the top surface is 50 millimeters

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above the bottom of my design or my sketch.

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Now, as you can see, we have multiple settings here.

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I will start its profile then I would usually leave it there.

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Do not worry about these settings.

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For direction, we can either do one side, as you can see, it's currently one side, so we're only

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shooting in one side to side where we can extend it in both directions a defeat for months.

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Or we can make it symmetric where it goes the same distance in both directions.

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So now my total length would be 100.

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We can also change the dimensions here, so as you can see, we have two measurement options when we

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choose the metric, we can either type in the distance on one side or the total distance.

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I want my total distance to be 50, but I wanted equal on both sides.

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I can click on this and now you can see it's extruded by 25 on each side.

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We also have another setting here, which is called taper angle.

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We can edit it using this rotate function here or just type in our measurement so we can rotate it outwards

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or inwards.

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Depending on what we want to do.

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Note that a minus one negative value bill.

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Will move the ship inwards.

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And a positive value, say, 45 degrees.

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So.

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Forty five degrees here would make the outside angle 45 degrees.

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I can rotate that using this as well.

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Now, let's just stick to zero degrees, make it cute.

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You can see here at the bottom, we have something called operation, and there are a lot of.

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Different types of operations here.

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So when you're just creating from from a sketch and you have nothing else on your canvas, it's always

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going to be, by default, a new body.

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You can make it a new component, but we'll get to creating components later.

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So for now, just stick to new body.

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Now, to demonstrate the other operations, I will create another sketch here.

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Let's just make a circle of 35 millimeter diameter.

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Finish sketch an extra.

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Now, if I select this profile here.

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And move it through this Cuba phrase, and you can see it's now read because my operation has become

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cut.

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So basically what I'm doing is cutting away.

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From this cube that I've created using my circular profile.

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Now, once again, when you're doing court and your accent type, you can click on all.

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What all basically does is instead of doing it at a certain length, it just cuts through the entire

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body.

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So that means that if you go back and change the length of your body, the court will still be all the

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way through.

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So that's called moving on to the next one, which is joined.

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So say I'm picturing this upwards 20 mm.

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It won't create a new body.

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It will be separate from my cube that I've created for us.

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It'll be a part of it.

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And the third one that we need is intersect.

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So if I again bring it downwards here.

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The fact that the extrusion has in common with the cube will only be kept the other part, which is

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the outside part of the cube will be deleted.

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So that's how you extruded Fusion 360.

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Initially, you would not use intersect.

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That much you'd primarily use court and.

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Joined or even new body, but over time, when you get more advanced, intersect will become important

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as well.

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So that's phase.

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Let's move on to the next two.

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Our next important design, too, is called robots, as the name suggests.

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Fusion allows you to use a two dimensional shape and rotate it around line or axis to make it 3D.

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In order to evolve in Fusion 360, you need two things.

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You need your profile and line on axes to all ground.

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So if I click up your revolver or just go to create revolver, we our panel opens up your our profile

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has been selected.

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I'll just remove that and then click on this.

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So as you can see, our profile has been selected, it says one selected here.

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Then we can click on axes.

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Now I can either select line up here or in this green axis right there.

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I would just click on this line.

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And as you can see, our to discuss, has been rotated around this line to create a 3-D object.

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Right now in our type of revolt, we have three types, two of the very important.

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So either eating the full, which revolted it all the way around.

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Or you can do it to a specific angle.

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Now, say I want my design to be revolved only 135 degrees, not all the way around.

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So as you can see, even from the top view, it's been done only to one hundred and thirty five degrees

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now with angles.

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You have three options here.

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You can either do it one side, which is what it currently is.

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You can do it two sides.

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So say I want it to be.

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90 degrees on the other side.

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Just type 19 there, and it's 135 on one side and 90 on the other side, or my third option is symmetric

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where it's being revealed the same angle on either side.

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So let's say I want it to be 60 degrees on both sides, so I can do it that way.

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And once again, for operation we have our theme was that we had four extrude.

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I will not run through those again because we've already covered them in the previous section of this

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video.

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So that is basically how you evolve.

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Yeah, Revolve is also one of the most important commands CEO creating.

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A bottle or a vase infusion, so Revolve is really useful there, it saves a lot of time.

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So, yeah, that's it for us.

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Let's move on to our next tool, which is sweep.

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The next command we need to learn is called Sweep.

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I find myself using this tool quite often, and it's really useful when creating complex.

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Besides, continue watching to learn how to use this tool.

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In order to sweep infusion, we again need two things.

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One is our profile.

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And the second one is our path that we have right here.

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So go to create and click on sweep.

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So firstly, we need to select a profile.

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So I want to sweep this triangle and then we can select our path.

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So it's this path right here.

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Now one thing I want to highlight here the difference between turning kin selection on off.

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So when I turn selection on, as you see, my path consists of three different lines, but they're part

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of the same sketch.

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So that's why when I click on any line, it's like all three.

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But now if I could change selection off and then click on any of the three lines.

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It's those individuals that gets elected.

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So if you want to select all three just to an on chain selection and select the entire path.

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Now, as you can see on this panel, we have a lot of settings.

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Some of them, you really don't need to worry about them.

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So for athletes with type ritualistic, the single path these ones, I don't find myself using them

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very often.

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Now would distance one basically represents 100 percent.

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So covering 100 per cent of our path?

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Now say I want it to cover on the.

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Fifty per cent of our path.

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So I would just type in fifty here.

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Sorry, zero point five, because it's out of one.

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And as you can see, our sweep is only two 50 percent of our entire force.

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It changes back to one.

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The next one is our taper angle.

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So again, for smooth extrude, we can change the taper angle.

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So.

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Just make sure not to put in really large numbers here, so let's say I put in 45 degrees bloodwork.

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But let's say I want to reduce it by, say, minus four degrees.

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Or a minus one in this case, minus four.

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It doesn't work because it's too much again.

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So really small numbers, as you can see, it's tapered here and I would triangle here is much smaller

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than the one there faces back to zero.

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Chris Angle doesn't work for all cases, so I would just leave it at zero.

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And finally, for orientation, leave it at the pinnacle of parallel doesn't work again for a lot of

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cases, for example, for this case.

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It doesn't work.

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So just leave it up and Nicola and then we have our same operations again.

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So this is how you sweep, so.

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When you want extra.

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So, for example, if I would have to make this extrude, I would have to do a lot of components before

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it would to here.

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Put it this way.

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Drag it this way and then cut it again.

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Drag it this way wouldn't work.

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Sweep is really simple.

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It gets the job done really easily.

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So sleep is again a really important component.

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And that's it for this section.

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Let's move on to the final section of this video.

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The last of our four basic design tools is lost.

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This is slightly more complex than the others, but is equally important as it can meet committed like

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much simpler when creating certain types of designs.

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What's the next part of this video?

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Very carefully to understand the fundamentals of using this tool.

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When you lost Infusion 360, what you're essentially doing is mapping one surface onto another surface

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or one profile onto another profile that are usually different.

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And at a distance from each other, so this profile is at a height of 50 millimeters from this base

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profile, so to love to go to create click on Loved here.

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And you know, Love Panel will be first thing to select our two profiles.

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So this is my first profile and this is the second one.

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So as you can see, Fusion automatically maps this base profile onto our top profile here.

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And the way it mass is usually straight lines.

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Now, let's look at these settings here.

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Guide type leave it to the standard one.

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Change election.

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Turn it on.

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We don't need to worry about being a closed object or tangent, which is what we, however, need to

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worry about Israel's.

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So as I previously mentioned, Fusion always uses straight lines, but say you want this line to be

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curved?

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Let me turn on my sketch here, which says.

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As you can see, I've created to here.

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And say, I want my loft to follow these arcs.

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I can turn on Reels and select both these arcs.

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And as you can see, my object now follows these arcs when going from the base profile to the top profile.

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So this is how you create.

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A loft infusion 360.

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Just go ahead and practice this tried for different shapes.

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And yeah, that's basically how we lost.

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You have now learned how to use for basic commands to create 3D object Confusion 360 before heading

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on to the next video.

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I would recommend you to play around with the individual settings of each of these tools to get a better

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understanding of how they work.

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Once you are proficient with using them, I will see you in the next video where we learn about more

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advanced 3D design tools for you there.