The GetFlavors() function returns an expression sequence that contains the names of all flavors known to function Generate.

This function is part of the RandomTools package, and so it can be used in the form GetFlavors(..) only after executing the command with(RandomTools). However, it can always be accessed through the long form of the command by using the form RandomTools[GetFlavors](..).

$\mathrm{with}\left(\mathrm{RandomTools}\right)\:$

$\mathrm{GetFlavors}\left(\right)$

$\mathrm{Matrix},\mathrm{Vector},\mathrm{choose},\mathrm{complex},\mathrm{distribution},\mathrm{exprseq},\mathrm{float},\mathrm{integer},\mathrm{list},\mathrm{listlist},\mathrm{negative},\mathrm{negint},\mathrm{nonnegative},\mathrm{nonnegint},\mathrm{nonposint},\mathrm{nonpositive},\mathrm{nonzero},\mathrm{nonzeroint},\mathrm{polynom},\mathrm{posint},\mathrm{positive},\mathrm{rational},\mathrm{set},\mathrm{string},\mathrm{truefalse},\mathrm{variable}$

$\mathrm{AddFlavor}\left(A=\mathrm{rand}\left(1..20\right)\right)\:$

$\mathrm{Generate}\left(A\right)$

$15$

$\mathrm{GetFlavors}\left(\right)$

$A,\mathrm{Matrix},\mathrm{Vector},\mathrm{choose},\mathrm{complex},\mathrm{distribution},\mathrm{exprseq},\mathrm{float},\mathrm{integer},\mathrm{list},\mathrm{listlist},\mathrm{negative},\mathrm{negint},\mathrm{nonnegative},\mathrm{nonnegint},\mathrm{nonposint},\mathrm{nonpositive},\mathrm{nonzero},\mathrm{nonzeroint},\mathrm{polynom},\mathrm{posint},\mathrm{positive},\mathrm{rational},\mathrm{set},\mathrm{string},\mathrm{truefalse},\mathrm{variable}$