Difference between revisions of "InfiniteCylinder Command"
From GeoGebra Manual
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| − | ;InfiniteCylinder[ <Point P>, <Vector v>, <Radius r> ]:Creates an infinite cylinder radius r with axis of symmetry through P parallel to v. | + | ;InfiniteCylinder[ <Point P>, <Vector v>, <Radius r> ]:Creates an infinite cylinder radius ''r'' with axis of symmetry through ''P'' parallel to ''v''. |
| − | ;InfiniteCylinder[ <Point P>, <Point Q>, <Radius r> ]:Creates an infinite cylinder radius r with line PQ as axis of symmetry. | + | ;InfiniteCylinder[ <Point P>, <Point Q>, <Radius r> ]:Creates an infinite cylinder radius ''r'' with line ''PQ'' as axis of symmetry. |
| − | ;InfiniteCylinder[ <Line a>, <Radius r> ]:Creates an infinite cylinder radius r with axis of symmetry a. | + | ;InfiniteCylinder[ <Line a>, <Radius r> ]:Creates an infinite cylinder radius ''r'' with axis of symmetry ''a''. |
Revision as of 11:23, 11 June 2012
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This page is about a feature that is supported only in GeoGebra 5.0. |
- InfiniteCylinder[ <Point P>, <Vector v>, <Radius r> ]
- Creates an infinite cylinder radius r with axis of symmetry through P parallel to v.
- InfiniteCylinder[ <Point P>, <Point Q>, <Radius r> ]
- Creates an infinite cylinder radius r with line PQ as axis of symmetry.
- InfiniteCylinder[ <Line a>, <Radius r> ]
- Creates an infinite cylinder radius r with axis of symmetry a.
