Difference between revisions of "Uniform distribution"
Line 2: | Line 2: | ||
[[Category:Doc Status C]] <!-- For Lumina use, do not change --> | [[Category:Doc Status C]] <!-- For Lumina use, do not change --> | ||
− | Returns a variable with a | + | Returns a variable with a uniform distribution between numbers x and y. For example, |
Uniform(a, b) | Uniform(a, b) | ||
is a continuous distribution in which all real numbers between a and b are equally probable. | is a continuous distribution in which all real numbers between a and b are equally probable. |
Revision as of 02:21, 29 August 2007
Function Uniform(x, y)
Returns a variable with a uniform distribution between numbers x and y. For example,
Uniform(a, b)
is a continuous distribution in which all real numbers between a and b are equally probable.
If you omit x and y, it returns a unit uniform between 0 and 1.
[New to 4.0] If you set optional parameter Integer as true, it returns a discrete uniform distribution over the integers between a and b. For example:
Uniform(1,100,Integer:True)
is a discrete distribution where each integer 1, 2, .., 99, 100 has an equal probability of 1%.
Like most distributions, you may use the Over parameter to generate an array of independent distributions for each combination of indexes. For example:
Uniform(Over: I, J)
returns an independent Uniform(0,1) distribution for each combination of values in indexes I and J.
Declaration
Uniform( min : numeric=0 ; max:numeric=1 ; integer:boolean=false ; over : ... optional atomic)
Comments
Enable comment auto-refresher