Difference between revisions of "InfiniteCone Command"
From GeoGebra Manual
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<noinclude>{{Manual Page|version=5.0}}</noinclude>{{command|3D}} | <noinclude>{{Manual Page|version=5.0}}</noinclude>{{command|3D}} | ||
| − | ;InfiniteCone | + | ;InfiniteCone( <Point>, <Vector>, <Angle α> ) |
:Creates an infinite cone with given point as vertex, axis of symmetry parallel to the given vector and apex angle ''2α''. | :Creates an infinite cone with given point as vertex, axis of symmetry parallel to the given vector and apex angle ''2α''. | ||
| − | ;InfiniteCone | + | ;InfiniteCone( <Point>, <Point>, <Angle α> ) |
:Creates an infinite cone with given first point as vertex, line through two points as axis of symmetry and apex angle ''2α''. | :Creates an infinite cone with given first point as vertex, line through two points as axis of symmetry and apex angle ''2α''. | ||
| − | ;InfiniteCone | + | ;InfiniteCone( <Point>, <Line>, <Angle α> ) |
:Creates an infinite cone with given point as vertex, axis of symmetry parallel to given line and apex angle ''2α''. | :Creates an infinite cone with given point as vertex, axis of symmetry parallel to given line and apex angle ''2α''. | ||
Latest revision as of 12:55, 30 September 2017
- InfiniteCone( <Point>, <Vector>, <Angle α> )
- Creates an infinite cone with given point as vertex, axis of symmetry parallel to the given vector and apex angle 2α.
- InfiniteCone( <Point>, <Point>, <Angle α> )
- Creates an infinite cone with given first point as vertex, line through two points as axis of symmetry and apex angle 2α.
- InfiniteCone( <Point>, <Line>, <Angle α> )
- Creates an infinite cone with given point as vertex, axis of symmetry parallel to given line and apex angle 2α.
