uset.f90 File Reference

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Data Types
type	uset::uset_t
	Base type for an unordered set. More...
type	uset::uset_i4_t
	Integer based unordered set. More...
type	uset::uset_i8_t
	Integer*8 based unordered set. More...
type	uset::uset_r8_t
	Double precision unordered set. More...
interface	uset::uset_init
	Interface for initializing an unordered set. More...
interface	uset::uset_free
	Interface for destroying an unordered set. More...
interface	uset::uset_size
	Interface for getting the cardinality of an unordered set. More...
interface	uset::uset_clear
	Interface for clearing an unordered set. More...
interface	uset::uset_element
	Interface for checking if key is an element of an unordered set. More...
interface	uset::uset_add
	Inteface for adding key to an unorderd set. More...
interface	uset::uset_remove
	Inteface for removing key in an unorderd set. More...

Modules
module	uset
	Implements an unordered set ADT.

Functions/Subroutines
subroutine	uset::uset_i4_init (this, n)
	Initialize an empty integer based unordered set.
subroutine	uset::uset_i4_free (this)
	Destroy an integer based unordered set.
pure integer function	uset::uset_i4_size (this)
	Return the cardinality of an integer based unordered set.
subroutine	uset::uset_i4_clear (this)
	Clear an integer based unordered set.
logical function	uset::uset_i4_element (this, key)
	Check if an integer key is an element of the set.
subroutine	uset::uset_i4_add (this, key)
	Add an integer key to the set.
subroutine	uset::uset_i4_remove (this, key)
	Remove an integer key from the set.
subroutine	uset::uset_i4_iter_init (this)
	Initialise an integer based set iterator.
logical function	uset::uset_i4_iter_next (this)
	Advance an integer based set iterator.
integer function, pointer	uset::uset_i4_iter_value (this)
	Return the current value of an integer based set iterator.
subroutine	uset::uset_i8_init (this, n)
	Initialize an empty integer*8 based unordered set.
subroutine	uset::uset_i8_free (this)
	Destroy an integer*8 based unordered set.
pure integer function	uset::uset_i8_size (this)
	Return the cardinality of an integer*8 based unordered set.
subroutine	uset::uset_i8_clear (this)
	Clear an integer*8 based unordered set.
logical function	uset::uset_i8_element (this, key)
	Check if an integer*8 key is an element of the set.
subroutine	uset::uset_i8_add (this, key)
	Add an integer*8 key to the set.
subroutine	uset::uset_i8_remove (this, key)
	Remove an integer*8 key from the set.
subroutine	uset::uset_i8_iter_init (this)
	Initialise an integer based set iterator*8.
logical function	uset::uset_i8_iter_next (this)
	Advance an integer*8 based set iterator.
integer(kind=i8) function, pointer	uset::uset_i8_iter_value (this)
	Return the current value of an integer*8 based set iterator.
subroutine	uset::uset_r8_init (this, n)
	Initialize an empty double precision based unordered set.
subroutine	uset::uset_r8_free (this)
	Destroy a double precision based unordered set.
pure integer function	uset::uset_r8_size (this)
	Return the cardinality of a double precision based unordered set.
subroutine	uset::uset_r8_clear (this)
	Clear a double precision based unordered set.
logical function	uset::uset_r8_element (this, key)
	Check if a double precision key is an element of the set.
subroutine	uset::uset_r8_add (this, key)
	Add a double precision key to the set.
subroutine	uset::uset_r8_remove (this, key)
	Remove a double precision key from the set.
subroutine	uset::uset_r8_iter_init (this)
	Initialise a double precision based set iterator.
logical function	uset::uset_r8_iter_next (this)
	Advance a double precision based set iterator.
real(kind=dp) function, pointer	uset::uset_r8_iter_value (this)
	Return the current value of a double precision based set iterator.