Difference between revisions of "Vertex Command"
From GeoGebra Manual
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{{command|geometry}} | {{command|geometry}} | ||
| − | ; Vertex[ <Conic> ]: Returns (all) vertices of the conic section. | + | ;Vertex[ <Conic> ]:Returns (all) vertices of the conic section. |
| − | ; Vertex[ <Polygon> ]: Returns (all) vertices of the polygon. | + | ;Vertex[ <Polygon> ]:Returns (all) vertices of the polygon. |
| − | ; Vertex[ <Polygon>, <Number n> ]: Returns ''n''-th vertex of the polygon. | + | ;Vertex[ <Polygon>, <Number n> ]:Returns ''n''-th vertex of the polygon. |
{{Note|1=To get vertices of the polygon / conic as [[Lists|list]], use <code>{Vertex[t]}</code>.}} | {{Note|1=To get vertices of the polygon / conic as [[Lists|list]], use <code>{Vertex[t]}</code>.}} | ||
| − | {{betamanual|version=4.2| | + | {{betamanual|version=4.2|;Vertex[ <Inequality> ]:Returns the points of intersection of the borders |
| − | ;Vertex[ <Inequality> ] : Returns the points of intersection of the borders | + | :{{example|1=<br><code>Vertex[(x + y < 3) && (x - y > 1)]</code> returns point (2,1)<br><code>{Vertex[(x + y < 3) ∧ (x - y > 1)&& (y>-2)]}</code> returns list <nowiki> {(2, 1), (5, -2), (-1, -2)}</nowiki><br><code>Vertex[(y > x²) ∧ (y < x)]</code> returns two points (0, 0) and (1, 1)<br><code>{Vertex[(y > x²) ∧ (y < x)]}</code> returns list <nowiki> {(0, 0), (1, 1)}.</nowiki>}}}} |
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Revision as of 06:17, 14 November 2012
- Vertex[ <Conic> ]
- Returns (all) vertices of the conic section.
- Vertex[ <Polygon> ]
- Returns (all) vertices of the polygon.
- Vertex[ <Polygon>, <Number n> ]
- Returns n-th vertex of the polygon.
Note: To get vertices of the polygon / conic as list, use
{Vertex[t]}. |
Following text is about a feature that is supported only in GeoGebra 4.2.
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