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How do you make a cylinder in Maya?
Luckily, cylinders are a default shape in Maya! From the quadrant view, hover over the top-right window (that one that looks 3D) then hit space . This will now show only that particular window. To create a cylinder, look for the Polygons menu at the top and click the cylinder icon, then click anywhere on the grid.
How do you drag a shape in Maya?
Click an arrow or plane handle to make it active (yellow), then middle-drag anywhere in the view to move along that axis or plane. Ctrl + click an arrow to activate its corresponding plane handle. Without any part of the manipulator selected, Shift + middle-drag to move in the direction you’re dragging in the view.
Can you make a cylinder with different diameters?
Ah yes, loft might be easier in some cases, especially if you can building this cylinder onto something existing as it lets you place the first diameter nice and accurately on the part and then you have someting to offset the plane from. Like you say, there are a multitude of ways to achieve this.
How to join two pipes in Blender Stack Exchange?
Join the two pipes in to one object. Then switch your view so that you are looking at the side of the horizontal pipe. Snap each of the vertices from the end of the horizontal pipe to the location of the vertices in the cut made earlier. Select all the vertices and then remove doubles, W > Remove Doubles.
What happens when two cylinders are almost coincident?
The “lines” that seem to run around the sphere (great circle lines) arise when two of the randomly placed cylinders are almost coincident. The solid that results from the intersection of two cylinders (circular cross section) of the same radius and at right angles to each other is known as the Steinmetz solid.
Why do two cylinders have different moment of inertia?
The answer depends on the objects’ moment of inertia, or a measure of how “spread out” its mass is. If two cylinders have the same mass but different diameters, the one with a bigger diameter will have a bigger moment of inertia, because its mass is more spread out.