Programming Functions

Below you can find a complete list of the existing commands related to Programming Functions. You can access the dedicated documentation for each command by clicking on its name.

`append`	Appends an element
`belongs?`	Checks if an element belongs to a set
`complement`	Complement of two sets
`constant_list`	Constant list constructor
`count_element`	Number of appearences of an element in a list
`divisor`	Divisor constructor
`else_if`	Else_if statement
`else`	Else statement
`empty_divisor`	Empty divisor constructor
`empty_relation`	Empty relation constructor
`empty_table`	Empty table constructor
`erase`	Erase an element of a list
`expression`	Converts a string to an expression
`for`	For loop statement
`ger_domain`	Type of object
`head`	First element of a list
`if`	If statement
`in`	Runs an iterator within a range
`index_erase`	Erase elements of a list
`index`	Index of appeareances of an element
`insert`	Insert an element in a list
`intersect`	Intersection of two sets
`is?`	Checks the type of object
`length`	Size of an object
`list`	List constructor
`local`	Local variables
`max`	Maximum of a set
`min`	Minimum of a set
`not_belongs?`	Checks if an element not belongs to a set
`not_null?`	Checks if an object is not null
`not`	Logical negation operator
`null?`	Checks if an object is null
`number_of_arguments`	Number of arguments of an operation
`prepend`	Prepend an element
`random`	Random number generator
`relation`	Creates a relation object
`repeat`	Repeat statement
`replace`	Replace an element of a vector, list, matrix by another one
`reverse`	Reverses the order of an object
`set`	Set constructor
`sort`	Sort a set
`split`	Split a string
`string_substitution`	Substitute strings in an expression
`string`	String constructor
`subset?`	Checks if a set is a subset of another one
`substring`	Get substrings from a larger string
`support`	Support (different from zero) of a relation, divisor...
`table`	Table constructor
`tail`	Tail of a list
`take`	The first or last elements of a list
`union`	Union of sets
`where`	Where statement
`while`	While statement
`with`	With statement
`zero?`	Checks if the elements in a set are different from zero