Detailed Description

integer(selected_int_kind(9)) data type

Collaboration diagram for Integer (int):

Modules
module	bud_idist1d

Data Types
type	idist1d
	bud variable More...

type	idist1d_
	bud container for the distributions More...

interface	get_comm
	Query communicator of the distribution. More...

interface	get_commp
	Query pointer to communicator of the distribution. More...

interface	get_group
	Query group of the distribution. More...

interface	get_groupp
	Query pointer to group of the distribution. More...

interface	get_p
	Query ID for current processor in distribution. More...

interface	get_pp
	Query pointer to the ID for current processor in distribution. More...

interface	get_np
	Query number of processors in distribution. More...

interface	get_npp
	Query pointer to the number of processors in distribution. More...

interface	size_block
	Query block-size (if DIST_BLOCK_?) More...

interface	get_blocksize
	Query block-size (if DIST_BLOCK_?) More...

interface	attach
	Attach/Query several quantities at once. More...

interface	is_dist
	Assert the distribution type. More...

interface	is_comm
	Query whether a communicator is associated. More...

interface	dtype
	Query the distribution type. More...

interface	new
	Create a new object. More...

interface	new_idist1d
	Create a new object. More...

interface	newfake
	Create a new object which is "fake". More...

interface	size_local
	Query number of elements on this node. More...

interface	size_global
	Query number of total elements. More...

interface	size
	Query number of total elements. More...

interface	local2global
	Query global index from a local index. More...

interface	global2local
	Query local index from a global index. More...

interface	global2p
	Query number of elements on this node. More...

interface	fake_sub
	Create a fake distribution on non-participating processors in a sub. More...

interface	sub1_root
	Query root processor and number of processors in one sub distribution. More...

interface	sub1_root_np
	Query root processor and number of processors in one sub distribution. More...

interface	sub1_ranks
	Retrieve the ranks of a sub distribution within a top-level distribution. More...

interface	subn_groups
	Query subset information from multiple subsets simultaneously. More...

interface	get_mpierr
	Query error of previous MPI calls. More...

interface	print
	Print information about the bud. More...

interface	assignment(=)
	Assignment of bud to another bud. More...

interface	initialize
	Initialization of data container. More...

interface	is_initialized
	Query whether bud is associated with any data. More...

interface	initialized
	See interface is_initialized More...

interface	is_initd
	See interface is_initialized More...

interface	is_same
	Check whether two buds point to the same data (function) More...

interface	same
	See interface #is_same More...

interface	delete
	Deletes the bud by decreasing references to the underlying data. More...

interface	nullify
	Nullifies the current bud. More...

interface	references
	Query number of references to the bud. More...

interface	refs
	See interface #references More...

Functions/Subroutines
procedure, public	delete => delete_
	See interface delete More...

procedure, public	nullify => nullify_
	See interface nullify More...

procedure, public	initialize => initialize_
	See interface initialize More...

procedure, public	is_initialized => is_initialized_
	See interface is_initialized More...

procedure, public	is_initd => is_initialized_
	See interface is_initialized More...

procedure, public	initialized => is_initialized_
	See interface is_initialized More...

procedure, public	is_same => is_same_
	See interface is_same More...

procedure, public	same => is_same_
	See interface is_same More...

procedure, public	references => references_
	See interface references More...

procedure, public	refs => references_
	See interface references More...

procedure, public	print => print_
	See interface print More...

elemental integer(ii_) function	comm_ (this)
	Query the associated communicator. More...

integer(ii_) function, pointer	commp_ (this)
	Query the associated communicator. More...

elemental integer(ii_) function	group_ (this)
	Query the associated group. More...

integer(ii_) function, pointer	groupp_ (this)
	Query the associated group. More...

elemental integer(ii_) function	p_ (this)
	Query the current processor ID in the communicator. More...

integer(ii_) function, pointer	pp_ (this)
	Query pointer to the current processor ID in the communicator. More...

elemental integer(ii_) function	np_ (this)
	Query the number of processors in the communicator. More...

integer(ii_) function, pointer	npp_ (this)
	Query pointer to the number of processors in the communicator. More...

elemental integer(ii_) function	blocksize_ (this)
	Query the block-size, `-1` if non-block-cyclic. More...

elemental integer(ii_) function	blocksize_ (this)
	Query the block-size, `-1` if non-block-cyclic. More...

subroutine	attach_ (this, D, P, NP, ng, Comm, Grp, BS, err)
	Query several contained quantities. More...

elemental logical function	is_dist_ (this, dist)
	Assert the distribution type. More...

elemental logical function	is_comm_ (this)
	Query whether a communicator is not MPI_COMM_NULL. More...

elemental integer(ii_) function	dtype_ (this)
	Query distribution type used. More...

subroutine	new_ (this, Comm)
	Basic routine for initializing a new distribution. More...

subroutine	new_block_cyclic_ (this, Comm, bs, ng, dist)
	Create a new block cyclic distribution. More...

subroutine	new_block_ (this, Comm, ng, dist)
	Create a new block distribution. More...

subroutine	new_ (this, Comm)
	Basic routine for initializing a new distribution. More...

subroutine	new_block_cyclic_ (this, Comm, bs, ng, dist)
	Create a new block cyclic distribution. More...

subroutine	new_block_ (this, Comm, ng, dist)
	Create a new block distribution. More...

subroutine	new_fake_block_cyclic_ (this, NP, BS, ng, dist)
	Create a new block cyclic distribution. More...

subroutine	new_fake_block_ (this, NP, ng, dist)
	Create a new block distribution (non-cyclic) More...

elemental integer(ii_) function	size_local_default_ (this)

elemental integer(ii_) function	size_local_ng_ (this, ng)

elemental integer(ii_) function	size_ (this)
	Query the default size of the distribution. More...

elemental integer(ii_) function	size_ (this)
	Query the default size of the distribution. More...

elemental integer(ii_) function	l2g_default_ (this, il)

elemental integer(ii_) function	l2g_ng_ (this, il, ng)

elemental integer(ii_) function	g2l_default_ (this, ig)

elemental integer(ii_) function	g2l_ng_ (this, ig, ng)

elemental integer(ii_) function	g2p_default_ (this, ig)

elemental integer(ii_) function	g2p_ng_ (this, ig, ng)

subroutine	fake_sub_ (set, sub)
	Convert a `sub` distribution to a fake distribution on non-`sub` processors. More...

subroutine	fake_sub_explicit_ (set, sub, sub_root)
	Copy a distribution via a set communicator and "sub_root" node. More...

subroutine	sub1_root_ (set, sub, sub_root)
	Retrieve common information about set/sub relationship. More...

subroutine	sub1_root_np_ (set, sub, sub_root, sub_NP)
	Retrieve common information about set/sub relationship. More...

subroutine	sub1_ranks_ (set, sub, rank)
	Retrieve a common rank array from a subset distribution. More...

subroutine	subn_groups_ (set, sub, sub_root, Ng, groups)
	Retrieve common information about set/sub relationship for N subsets. More...

elemental integer(ii_) function	get_mpierr_ (this)
	Function for retrieving the latest error messag. More...

subroutine	print_ (this, info, indent)
	Print, to std-out, some basic information of the data-container. More...

subroutine	assign_ (lhs, rhs)

subroutine	initialize_ (this)

pure logical function	is_initialized_ (this)

pure logical function	is_initialized_ (this)

pure logical function	is_initialized_ (this)

elemental logical function	is_same_ (lhs, rhs)

elemental logical function	is_same_ (lhs, rhs)

subroutine	delete_ (this)

elemental subroutine	nullify_ (this)

elemental integer function	references_ (this)

elemental integer function	references_ (this)

subroutine	initialize_ (this)

pure logical function	is_initialized_ (this)

elemental logical function	is_same_ (lhs, rhs)

subroutine	delete_ (this)

elemental subroutine	nullify_ (this)

subroutine	assign_ (lhs, rhs)

elemental integer function	references_ (this)

subroutine, private	delete_data (this)
	Internal routine for cleaning up the data container. More...

elemental integer(ii_) function	comm_ (this)
	Query the associated communicator. More...

integer(ii_) function, pointer	commp_ (this)
	Query the associated communicator. More...

elemental integer(ii_) function	group_ (this)
	Query the associated group. More...

integer(ii_) function, pointer	groupp_ (this)
	Query the associated group. More...

elemental integer(ii_) function	p_ (this)
	Query the current processor ID in the communicator. More...

integer(ii_) function, pointer	pp_ (this)
	Query pointer to the current processor ID in the communicator. More...

elemental integer(ii_) function	np_ (this)
	Query the number of processors in the communicator. More...

integer(ii_) function, pointer	npp_ (this)
	Query pointer to the number of processors in the communicator. More...

elemental integer(ii_) function	size_ (this)
	Query the default size of the distribution. More...

elemental integer(ii_) function	blocksize_ (this)
	Query the block-size, `-1` if non-block-cyclic. More...

elemental logical function	is_dist_ (this, dist)
	Assert the distribution type. More...

elemental integer(ii_) function	dtype_ (this)
	Query distribution type used. More...

subroutine	attach_ (this, D, P, NP, ng, Comm, Grp, BS, err)
	Query several contained quantities. More...

subroutine	new_ (this, Comm)
	Basic routine for initializing a new distribution. More...

subroutine	new_block_cyclic_ (this, Comm, bs, ng, dist)
	Create a new block cyclic distribution. More...

subroutine	new_block_ (this, Comm, ng, dist)
	Create a new block distribution. More...

subroutine	new_fake_block_cyclic_ (this, NP, BS, ng, dist)
	Create a new block cyclic distribution. More...

subroutine	new_fake_block_ (this, NP, ng, dist)
	Create a new block distribution (non-cyclic) More...

elemental integer(ii_) function	size_local_default_ (this)

elemental integer(ii_) function	size_local_ng_ (this, ng)

elemental integer(ii_) function	l2g_default_ (this, il)

elemental integer(ii_) function	l2g_ng_ (this, il, ng)

elemental integer(ii_) function	g2l_default_ (this, ig)

elemental integer(ii_) function	g2l_ng_ (this, ig, ng)

elemental integer(ii_) function	g2p_default_ (this, ig)

elemental integer(ii_) function	g2p_ng_ (this, ig, ng)

elemental logical function	is_comm_ (this)
	Query whether a communicator is not MPI_COMM_NULL. More...

subroutine	fake_sub_ (set, sub)
	Convert a `sub` distribution to a fake distribution on non-`sub` processors. More...

subroutine	fake_sub_explicit_ (set, sub, sub_root)
	Copy a distribution via a set communicator and "sub_root" node. More...

subroutine	sub1_ranks_ (set, sub, rank)
	Retrieve a common rank array from a subset distribution. More...

subroutine	sub1_root_ (set, sub, sub_root)
	Retrieve common information about set/sub relationship. More...

subroutine	sub1_root_np_ (set, sub, sub_root, sub_NP)
	Retrieve common information about set/sub relationship. More...

subroutine	subn_groups_ (set, sub, sub_root, Ng, groups)
	Retrieve common information about set/sub relationship for N subsets. More...

subroutine	print_ (this, info, indent)
	Print, to std-out, some basic information of the data-container. More...

Variables
character(len=*), parameter, private	bud_mod = "bud_" // "bud_iDist1D"
	Name of module. More...

character(len=*), parameter, private	bud_type = "iDist1D"
	Name of bud in this module. More...

integer(ii_), parameter, public	dist_none = 1
	Denote no distribution. More...

integer(ii_), parameter, public	dist_block_cyclic_first = 2
	Block-cyclic distribution, remaining goes to first processor. More...

integer(ii_), parameter, public	dist_block_cyclic = DIST_BLOCK_CYCLIC_FIRST
	Block-cyclic distribution, remaining goes to last processor. More...

integer(ii_), parameter, private	dist_explicit = 4
	User defined distribution (DIST_EXPLICIT) More...

integer(ii_), parameter, public	dist_block_first = 5
	A simple block-partitioning (remainder to first process) More...

integer(ii_), parameter, public	dist_block_last = 6
	A simple block-partitioning (remainder to last process) More...

type(idist1d_), pointer	d => null()
	Stored pointer which contains the reference counting etc. More...

integer(ii_)	err = MPI_SUCCESS
	Storage for MPI-error, allows external query. More...

integer(ii_)	comm = MPI_Comm_Null
	The associated communicator. More...

integer(ii_)	grp = MPI_Group_Null
	The group that encompass the equivalent communicator. More...

integer(ii_)	p = 0
	The associated processor number. More...

integer(ii_)	np = 1
	The number of processors in `Comm` More...

integer(ii_)	dist = DIST_NONE
	The distribution type. More...

integer(ii_)	ng = -1
	Number of (total) elements in the distribution. More...

integer(ii_)	bs = -1
	Block-size if BLOCK_CYCLIC distribution is used. More...

integer(ii_), dimension(:), pointer, contiguous	nl => null()
	Number of (local) elements in the distribution. More...

integer(ii_), dimension(:), pointer, contiguous	l2g => null()
	Local index to global index. More...

integer(ii_), dimension(:), pointer, contiguous	i2g => null()
	Global index to processor. More...

Function/Subroutine Documentation

subroutine assign_	(	class(idist1d), intent(inout)	lhs,
		class(idist1d), intent(in)	rhs
	)

private

Parameters

[in,out]	lhs	contains `rhs` after exit
[in]	rhs	copy the containing element bud

subroutine bud_idist1d::assign_	(	class(idist1d), intent(inout)	lhs,
		class(idist1d), intent(in)	rhs
	)

private

Parameters

[in,out]	lhs	contains `rhs` after exit
[in]	rhs	copy the containing element bud

subroutine bud_idist1d::attach_	(	class(idist1d), intent(in)	this,
		logical, intent(in), optional	D,
		integer(ii_), intent(out), optional	P,
		integer(ii_), intent(out), optional	NP,
		integer(ii_), intent(out), optional	ng,
		integer(ii_), intent(out), optional	Comm,
		integer(ii_), intent(out), optional	Grp,
		integer(ii_), intent(out), optional	BS,
		integer(ii_), intent(out), optional	err
	)

private

Query several contained quantities.

subroutine attach_	(	class(idist1d), intent(in)	this,
		logical, intent(in), optional	D,
		integer(ii_), intent(out), optional	P,
		integer(ii_), intent(out), optional	NP,
		integer(ii_), intent(out), optional	ng,
		integer(ii_), intent(out), optional	Comm,
		integer(ii_), intent(out), optional	Grp,
		integer(ii_), intent(out), optional	BS,
		integer(ii_), intent(out), optional	err
	)

private

Query several contained quantities.

elemental integer(ii_) function blocksize_ ( class(idist1d), intent(in) this )

private

Query the block-size, -1 if non-block-cyclic.

elemental integer(ii_) function blocksize_ ( class(idist1d), intent(in) this )

private

Query the block-size, -1 if non-block-cyclic.

elemental integer(ii_) function bud_idist1d::blocksize_ ( class(idist1d), intent(in) this )

private

Query the block-size, -1 if non-block-cyclic.

elemental integer(ii_) function bud_idist1d::comm_ ( class(idist1d), intent(in) this )

private

Query the associated communicator.

elemental integer(ii_) function comm_ ( class(idist1d), intent(in) this )

private

Query the associated communicator.

integer(ii_) function, pointer bud_idist1d::commp_ ( class(idist1d), intent(in) this )

private

Query the associated communicator.

integer(ii_) function, pointer commp_ ( class(idist1d), intent(in) this )

private

Query the associated communicator.

procedure, public delete ( )

See interface delete

subroutine bud_idist1d::delete_ ( class(idist1d), intent(inout) this )

private

Parameters

[in,out] this returned bud is un-initialized with no data associated

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subroutine delete_ ( class(idist1d), intent(inout) this )

private

Parameters

[in,out] this returned bud is un-initialized with no data associated

subroutine, private bud_idist1d::delete_data ( type(idist1d_), intent(inout) this )

private

Internal routine for cleaning up the data container.

Developer This routine is only used internally to clean-up any data in the type. Should never be made public.

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elemental integer(ii_) function bud_idist1d::dtype_ ( class(idist1d), intent(in) this )

private

Query distribution type used.

elemental integer(ii_) function dtype_ ( class(idist1d), intent(in) this )

private

Query distribution type used.

subroutine fake_sub_	(	class(idist1d), intent(inout)	set,
		class(idist1d), intent(inout)	sub
	)

private

Convert a sub distribution to a fake distribution on non-sub processors.

Enables to copy a distribution to a fake distribution via a common set-distribution and a common root. Note that root must be equivalent on all nodes.

subroutine bud_idist1d::fake_sub_	(	class(idist1d), intent(inout)	set,
		class(idist1d), intent(inout)	sub
	)

private

Convert a sub distribution to a fake distribution on non-sub processors.

Enables to copy a distribution to a fake distribution via a common set-distribution and a common root. Note that root must be equivalent on all nodes.

subroutine fake_sub_explicit_	(	class(idist1d), intent(inout)	set,
		class(idist1d), intent(inout)	sub,
		integer(ii_), intent(in)	sub_root
	)

private

Copy a distribution via a set communicator and "sub_root" node.

Enables to copy a distribution to a fake distribution via a common set-distribution and a common sub_root. Note that sub_root must be equivalent on all nodes.

A fake distribution allows one to use a common interface for determining the parent processor.

subroutine bud_idist1d::fake_sub_explicit_	(	class(idist1d), intent(inout)	set,
		class(idist1d), intent(inout)	sub,
		integer(ii_), intent(in)	sub_root
	)

private

Copy a distribution via a set communicator and "sub_root" node.

Enables to copy a distribution to a fake distribution via a common set-distribution and a common sub_root. Note that sub_root must be equivalent on all nodes.

A fake distribution allows one to use a common interface for determining the parent processor.

elemental integer(ii_) function g2l_default_	(	class(idist1d), intent(in)	this,
		integer(ii_), intent(in)	ig
	)

private

elemental integer(ii_) function bud_idist1d::g2l_default_	(	class(idist1d), intent(in)	this,
		integer(ii_), intent(in)	ig
	)

private

elemental integer(ii_) function g2l_ng_	(	class(idist1d), intent(in)	this,
		integer(ii_), intent(in)	ig,
		integer(ii_), intent(in)	ng
	)

private

elemental integer(ii_) function bud_idist1d::g2l_ng_	(	class(idist1d), intent(in)	this,
		integer(ii_), intent(in)	ig,
		integer(ii_), intent(in)	ng
	)

private

elemental integer(ii_) function g2p_default_	(	class(idist1d), intent(in)	this,
		integer(ii_), intent(in)	ig
	)

private

elemental integer(ii_) function bud_idist1d::g2p_default_	(	class(idist1d), intent(in)	this,
		integer(ii_), intent(in)	ig
	)

private

elemental integer(ii_) function bud_idist1d::g2p_ng_	(	class(idist1d), intent(in)	this,
		integer(ii_), intent(in)	ig,
		integer(ii_), intent(in)	ng
	)

private

elemental integer(ii_) function g2p_ng_	(	class(idist1d), intent(in)	this,
		integer(ii_), intent(in)	ig,
		integer(ii_), intent(in)	ng
	)

private

elemental integer(ii_) function get_mpierr_ ( class(idist1d), intent(in) this )

private

Function for retrieving the latest error messag.

elemental integer(ii_) function bud_idist1d::group_ ( class(idist1d), intent(in) this )

private

Query the associated group.

elemental integer(ii_) function group_ ( class(idist1d), intent(in) this )

private

Query the associated group.

integer(ii_) function, pointer bud_idist1d::groupp_ ( class(idist1d), intent(in) this )

private

Query the associated group.

integer(ii_) function, pointer groupp_ ( class(idist1d), intent(in) this )

private

Query the associated group.

procedure, public initialize ( )

See interface initialize

subroutine initialize_ ( class(idist1d), intent(inout) this )

private

Parameters

[in,out] this bud that is initialized

subroutine bud_idist1d::initialize_ ( class(idist1d), intent(inout) this )

private

Parameters

[in,out] this bud that is initialized

procedure, public initialized ( )

See interface is_initialized

elemental logical function bud_idist1d::is_comm_ ( class(idist1d), intent(in) this )

private

Query whether a communicator is not MPI_COMM_NULL.

This may be used to identify fake distributions vs. real distributions.

elemental logical function is_comm_ ( class(idist1d), intent(in) this )

private

Query whether a communicator is not MPI_COMM_NULL.

This may be used to identify fake distributions vs. real distributions.

elemental logical function bud_idist1d::is_dist_	(	class(idist1d), intent(in)	this,
		integer(ii_), intent(in)	dist
	)

private

Assert the distribution type.

elemental logical function is_dist_	(	class(idist1d), intent(in)	this,
		integer(ii_), intent(in)	dist
	)

private

Assert the distribution type.

procedure, public is_initd ( )

See interface is_initialized

procedure, public is_initialized ( )

See interface is_initialized

pure logical function bud_idist1d::is_initialized_ ( class(idist1d), intent(in) this )

private

Parameters

[in] this check if this bud is initialized

Returns: .true. if it is associated, else .false.

pure logical function is_initialized_ ( class(idist1d), intent(in) this )

private

Parameters

[in] this check if this bud is initialized

Returns: .true. if it is associated, else .false.

pure logical function is_initialized_ ( class(idist1d), intent(in) this )

private

Parameters

[in] this check if this bud is initialized

Returns: .true. if it is associated, else .false.

pure logical function is_initialized_ ( class(idist1d), intent(in) this )

private

Parameters

[in] this check if this bud is initialized

Returns: .true. if it is associated, else .false.

procedure, public is_same ( )

See interface is_same

elemental logical function bud_idist1d::is_same_	(	class(idist1d), intent(in)	lhs,
		class(idist1d), intent(in)	rhs
	)

private

Parameters

[in]	lhs	first bud
[in]	rhs	second bud

Returns: .true. if lhs and rhs point to the same data

elemental logical function is_same_	(	class(idist1d), intent(in)	lhs,
		class(idist1d), intent(in)	rhs
	)

private

Parameters

[in]	lhs	first bud
[in]	rhs	second bud

Returns: .true. if lhs and rhs point to the same data

elemental logical function is_same_	(	class(idist1d), intent(in)	lhs,
		class(idist1d), intent(in)	rhs
	)

private

Parameters

[in]	lhs	first bud
[in]	rhs	second bud

Returns: .true. if lhs and rhs point to the same data

elemental integer(ii_) function l2g_default_	(	class(idist1d), intent(in)	this,
		integer(ii_), intent(in)	il
	)

private

elemental integer(ii_) function bud_idist1d::l2g_default_	(	class(idist1d), intent(in)	this,
		integer(ii_), intent(in)	il
	)

private

elemental integer(ii_) function l2g_ng_	(	class(idist1d), intent(in)	this,
		integer(ii_), intent(in)	il,
		integer(ii_), intent(in)	ng
	)

private

elemental integer(ii_) function bud_idist1d::l2g_ng_	(	class(idist1d), intent(in)	this,
		integer(ii_), intent(in)	il,
		integer(ii_), intent(in)	ng
	)

private

subroutine bud_idist1d::new_	(	class(idist1d), intent(inout)	this,
		integer(ii_), intent(in)	Comm
	)

private

Basic routine for initializing a new distribution.

This basic method does not attach anything associated with the distributino. Hence it may be used to initialize and use a distribution only via the communicator.

Parameters

[in,out]	this	the bud distribution container
[in]	Comm	the communicator that we will dublicate and attach

subroutine new_	(	class(idist1d), intent(inout)	this,
		integer(ii_), intent(in)	Comm
	)

private

Basic routine for initializing a new distribution.

This basic method does not attach anything associated with the distributino. Hence it may be used to initialize and use a distribution only via the communicator.

Parameters

[in,out]	this	the bud distribution container
[in]	Comm	the communicator that we will dublicate and attach

subroutine new_	(	class(idist1d), intent(inout)	this,
		integer(ii_), intent(in)	Comm
	)

private

Basic routine for initializing a new distribution.

This basic method does not attach anything associated with the distributino. Hence it may be used to initialize and use a distribution only via the communicator.

Parameters

[in,out]	this	the bud distribution container
[in]	Comm	the communicator that we will dublicate and attach

subroutine bud_idist1d::new_block_	(	class(idist1d), intent(inout)	this,
		integer(ii_), intent(in)	Comm,
		integer(ii_), intent(in)	ng,
		integer(ii_), intent(in)	dist
	)

private

Create a new block distribution.

subroutine new_block_	(	class(idist1d), intent(inout)	this,
		integer(ii_), intent(in)	Comm,
		integer(ii_), intent(in)	ng,
		integer(ii_), intent(in)	dist
	)

private

Create a new block distribution.

subroutine new_block_	(	class(idist1d), intent(inout)	this,
		integer(ii_), intent(in)	Comm,
		integer(ii_), intent(in)	ng,
		integer(ii_), intent(in)	dist
	)

private

Create a new block distribution.

subroutine bud_idist1d::new_block_cyclic_	(	class(idist1d), intent(inout)	this,
		integer(ii_), intent(in)	Comm,
		integer(ii_), intent(in)	bs,
		integer(ii_), intent(in)	ng,
		integer(ii_), intent(in)	dist
	)

private

Create a new block cyclic distribution.

subroutine new_block_cyclic_	(	class(idist1d), intent(inout)	this,
		integer(ii_), intent(in)	Comm,
		integer(ii_), intent(in)	bs,
		integer(ii_), intent(in)	ng,
		integer(ii_), intent(in)	dist
	)

private

Create a new block cyclic distribution.

subroutine new_block_cyclic_	(	class(idist1d), intent(inout)	this,
		integer(ii_), intent(in)	Comm,
		integer(ii_), intent(in)	bs,
		integer(ii_), intent(in)	ng,
		integer(ii_), intent(in)	dist
	)

private

Create a new block cyclic distribution.

subroutine new_fake_block_	(	class(idist1d), intent(inout)	this,
		integer(ii_), intent(in)	NP,
		integer(ii_), intent(in)	ng,
		integer(ii_), intent(in)	dist
	)

private

Create a new block distribution (non-cyclic)

subroutine bud_idist1d::new_fake_block_	(	class(idist1d), intent(inout)	this,
		integer(ii_), intent(in)	NP,
		integer(ii_), intent(in)	ng,
		integer(ii_), intent(in)	dist
	)

private

Create a new block distribution (non-cyclic)

subroutine new_fake_block_cyclic_	(	class(idist1d), intent(inout)	this,
		integer(ii_), intent(in)	NP,
		integer(ii_), intent(in)	BS,
		integer(ii_), intent(in)	ng,
		integer(ii_), intent(in)	dist
	)

private

Create a new block cyclic distribution.

subroutine bud_idist1d::new_fake_block_cyclic_	(	class(idist1d), intent(inout)	this,
		integer(ii_), intent(in)	NP,
		integer(ii_), intent(in)	BS,
		integer(ii_), intent(in)	ng,
		integer(ii_), intent(in)	dist
	)

private

Create a new block cyclic distribution.

elemental integer(ii_) function bud_idist1d::np_ ( class(idist1d), intent(in) this )

private

Query the number of processors in the communicator.

elemental integer(ii_) function np_ ( class(idist1d), intent(in) this )

private

Query the number of processors in the communicator.

integer(ii_) function, pointer npp_ ( class(idist1d), intent(in) this )

private

Query pointer to the number of processors in the communicator.

integer(ii_) function, pointer bud_idist1d::npp_ ( class(idist1d), intent(in) this )

private

Query pointer to the number of processors in the communicator.

procedure, public nullify ( )

See interface nullify

elemental subroutine bud_idist1d::nullify_ ( class(idist1d), intent(inout) this )

private

Parameters

[in,out] this nullify references from this bud

elemental subroutine nullify_ ( class(idist1d), intent(inout) this )

private

Parameters

[in,out] this nullify references from this bud

elemental integer(ii_) function bud_idist1d::p_ ( class(idist1d), intent(in) this )

private

Query the current processor ID in the communicator.

elemental integer(ii_) function p_ ( class(idist1d), intent(in) this )

private

Query the current processor ID in the communicator.

integer(ii_) function, pointer pp_ ( class(idist1d), intent(in) this )

private

Query pointer to the current processor ID in the communicator.

integer(ii_) function, pointer bud_idist1d::pp_ ( class(idist1d), intent(in) this )

private

Query pointer to the current processor ID in the communicator.

procedure, public print ( )

See interface print

subroutine bud_idist1d::print_	(	class(idist1d), intent(in)	this,
		character(len=*), intent(in), optional	info,
		integer, intent(in), optional	indent
	)

private

Print, to std-out, some basic information of the data-container.

Print out XML-like information regarding the data-container.

wanted Retrieval function of the string that represents the data. This will enable the parent program to show it in the way it wants.

Parameters

[in]	this	data type
[in]	info	optional="iDist1D" additional information printed
[in]	indent	optional=1 possible indentation of printed statement

subroutine print_	(	class(idist1d), intent(in)	this,
		character(len=*), intent(in), optional	info,
		integer, intent(in), optional	indent
	)

private

Print, to std-out, some basic information of the data-container.

Print out XML-like information regarding the data-container.

wanted Retrieval function of the string that represents the data. This will enable the parent program to show it in the way it wants.

Parameters

[in]	this	data type
[in]	info	optional="iDist1D" additional information printed
[in]	indent	optional=1 possible indentation of printed statement

procedure, public references ( )

See interface references

elemental integer function references_ ( class(idist1d), intent(in) this )

private

Parameters

[in] this reference counted bud

Returns: number of times this has been referenced

elemental integer function references_ ( class(idist1d), intent(in) this )

private

Parameters

[in] this reference counted bud

Returns: number of times this has been referenced

elemental integer function bud_idist1d::references_ ( class(idist1d), intent(in) this )

private

Parameters

[in] this reference counted bud

Returns: number of times this has been referenced

procedure, public refs ( )

See interface references

procedure, public same ( )

See interface is_same

elemental integer(ii_) function bud_idist1d::size_ ( class(idist1d), intent(in) this )

private

Query the default size of the distribution.

elemental integer(ii_) function size_ ( class(idist1d), intent(in) this )

private

Query the default size of the distribution.

elemental integer(ii_) function size_ ( class(idist1d), intent(in) this )

private

Query the default size of the distribution.

elemental integer(ii_) function size_local_default_ ( class(idist1d), intent(in) this )

private

elemental integer(ii_) function bud_idist1d::size_local_default_ ( class(idist1d), intent(in) this )

private

elemental integer(ii_) function size_local_ng_	(	class(idist1d), intent(in)	this,
		integer(ii_), intent(in)	ng
	)

private

elemental integer(ii_) function bud_idist1d::size_local_ng_	(	class(idist1d), intent(in)	this,
		integer(ii_), intent(in)	ng
	)

private

subroutine bud_idist1d::sub1_ranks_	(	class(idist1d), intent(inout)	set,
		class(idist1d), intent(inout)	sub,
		integer(ii_), dimension(:), intent(inout), allocatable	rank
	)

private

Retrieve a common rank array from a subset distribution.

This returns an array which contains the sub processor IDs equivalent in the set communicator.

This equates to the equivalence equation: rank(dist_P(sub)) == dist_P(set)

Hence, upon exit rank has size dist_NP(sub).

subroutine sub1_ranks_	(	class(idist1d), intent(inout)	set,
		class(idist1d), intent(inout)	sub,
		integer(ii_), dimension(:), intent(inout), allocatable	rank
	)

private

Retrieve a common rank array from a subset distribution.

This returns an array which contains the sub processor IDs equivalent in the set communicator.

This equates to the equivalence equation: rank(dist_P(sub)) == dist_P(set)

Hence, upon exit rank has size dist_NP(sub).

subroutine bud_idist1d::sub1_root_	(	class(idist1d), intent(inout)	set,
		class(idist1d), intent(in)	sub,
		integer(ii_), intent(out)	sub_root
	)

private

Retrieve common information about set/sub relationship.