Difference between revisions of "Zipf Command"
From GeoGebra Manual
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;Zipf[ <Number of Elements>, <Exponent> , <Boolean Cumulative> ] | ;Zipf[ <Number of Elements>, <Exponent> , <Boolean Cumulative> ] | ||
:Returns a bar graph of a Zipf distribution when ''Cumulative'' = false. | :Returns a bar graph of a Zipf distribution when ''Cumulative'' = false. | ||
| − | :Returns a | + | :Returns a graph of a cumulative Zipf distribution when ''Cumulative'' = true. |
:First two parameters are same as above. | :First two parameters are same as above. | ||
;Zipf[ <Number of Elements>, <Exponent> , <Variable Value v>, <Boolean Cumulative> ] | ;Zipf[ <Number of Elements>, <Exponent> , <Variable Value v>, <Boolean Cumulative> ] | ||
Revision as of 08:53, 4 October 2013
- Zipf[ <Number of Elements>, <Exponent> ]
- Returns a bar graph of a Zipf distribution.
- Parameters:
- Number of Elements: number of elements whose rank we study
- Exponent: exponent characterizing the distribution
- Zipf[ <Number of Elements>, <Exponent> , <Boolean Cumulative> ]
- Returns a bar graph of a Zipf distribution when Cumulative = false.
- Returns a graph of a cumulative Zipf distribution when Cumulative = true.
- First two parameters are same as above.
- Zipf[ <Number of Elements>, <Exponent> , <Variable Value v>, <Boolean Cumulative> ]
- Let X be a Zipf random variable.
- Returns P( X = v) when Cumulative = false.
- Returns P( X ≤ v) when Cumulative = true.
- First two parameters are same as above.
CAS Syntax
- Zipf[ <Number of Elements>, <Exponent> , <Variable Value v>, <Boolean Cumulative> ]
- Let X be a Zipf random variable.
- Returns P( X = v) when Cumulative = false.
- Returns P( X ≤ v) when Cumulative = true.
- Example:
Zipf[ 10, 1 , 5, false]yields \frac{504}{7381}.
