algorithm_oct_m::algorithm_t Type Reference

An algorithm is a list of algorithmic operations executed sequentially. More...

Detailed Description

An algorithm is a list of algorithmic operations executed sequentially.

This is implemented as a linked list of algorithmic operations.

Definition at line 200 of file algorithm.F90.

Inheritance diagram for algorithm_oct_m::algorithm_t:

Public Attributes
type(algorithm_iterator_t), public	iter
	Iterator for algorithmic operations. More...
type(algorithmic_operation_t), public	start_operation
	algorithm specific initialization operation; More...
type(algorithmic_operation_t), public	final_operation
	algorithm specific finalization operation More...
integer, public	algo_steps
	Number of 'algorithmic steps' per algorithmic iteration. More...
type(iteration_counter_t), public	iteration
	Keep track at which iteration this algorithm is. More...
real(real64), public	elapsed_time = M_ZERO
	Elapsed wall clock time for printing info. More...
Public Attributes inherited from linked_list_oct_m::linked_list_t
integer, public	size = 0

Private Member Functions
procedure	add_operation => algorithm_add_operation
	add an algorithmic operation to the list More...
procedure	do_operation => algorithm_do_operation
	try to perform one operation of the algorithm. If successfull return .true. More...
procedure	update_elapsed_time => algorithm_update_elapsed_time
	The elapsed time is used for the output of run time information. More...
procedure	rewind => algorithm_rewind
	Reset the algorithm to the first operation. More...
procedure	next => algorithm_next
	move to the next algorithmic operation More...
procedure	get_current_operation => algorithm_get_current_operation
	return the current algorithmic operation. More...
procedure(algorithm_finished), deferred	finished
	indicate whether the algorithm has finished one time step More...
procedure(algorithm_init_iteration_counters), deferred	init_iteration_counters
	initializes the algorithm and system iteration counters More...

Private Attributes
type(algorithmic_operation_t)	current_ops
	The current operation. More...
logical	iteration_done
	Indicate whether the current iteration is done. More...
real(real64)	start_time = M_ZERO
	Keep the wall clock time when the algorithm started,. More...

Member Function/Subroutine Documentation

add_operation()

procedure algorithm_oct_m::algorithm_t::add_operation

private

add an algorithmic operation to the list

Definition at line 228 of file algorithm.F90.

do_operation()

procedure algorithm_oct_m::algorithm_t::do_operation

private

try to perform one operation of the algorithm. If successfull return .true.

Definition at line 229 of file algorithm.F90.

update_elapsed_time()

procedure algorithm_oct_m::algorithm_t::update_elapsed_time

private

The elapsed time is used for the output of run time information.

Definition at line 230 of file algorithm.F90.

rewind()

procedure algorithm_oct_m::algorithm_t::rewind

private

Reset the algorithm to the first operation.

Definition at line 231 of file algorithm.F90.

next()

procedure algorithm_oct_m::algorithm_t::next

private

move to the next algorithmic operation

Definition at line 232 of file algorithm.F90.

get_current_operation()

procedure algorithm_oct_m::algorithm_t::get_current_operation

private

return the current algorithmic operation.

Definition at line 233 of file algorithm.F90.

finished()

procedure(algorithm_finished), deferred algorithm_oct_m::algorithm_t::finished

private

indicate whether the algorithm has finished one time step

Definition at line 234 of file algorithm.F90.

init_iteration_counters()

procedure(algorithm_init_iteration_counters), deferred algorithm_oct_m::algorithm_t::init_iteration_counters

private

initializes the algorithm and system iteration counters

Definition at line 235 of file algorithm.F90.

Member Data Documentation

iter

type(algorithm_iterator_t), public algorithm_oct_m::algorithm_t::iter

Iterator for algorithmic operations.

Definition at line 202 of file algorithm.F90.

current_ops

type(algorithmic_operation_t) algorithm_oct_m::algorithm_t::current_ops

private

The current operation.

Definition at line 203 of file algorithm.F90.

start_operation

type(algorithmic_operation_t), public algorithm_oct_m::algorithm_t::start_operation

algorithm specific initialization operation;

this operation is performed only once before the algorithm loop starts.

Definition at line 205 of file algorithm.F90.

final_operation

type(algorithmic_operation_t), public algorithm_oct_m::algorithm_t::final_operation

algorithm specific finalization operation

this operation is performed only once after the algorithm loop ends.

Definition at line 209 of file algorithm.F90.

algo_steps

integer, public algorithm_oct_m::algorithm_t::algo_steps

Number of 'algorithmic steps' per algorithmic iteration.

This describes the granularity of the iteration. The algorithm iteration counter will advance algo_steps per iteration.

This also means that the interactions have to be updated at algo_steps times per algorithm iteration.

Definition at line 213 of file algorithm.F90.

iteration_done

logical algorithm_oct_m::algorithm_t::iteration_done

private

Indicate whether the current iteration is done.

Definition at line 221 of file algorithm.F90.

iteration

type(iteration_counter_t), public algorithm_oct_m::algorithm_t::iteration

Keep track at which iteration this algorithm is.

Definition at line 223 of file algorithm.F90.

start_time

real(real64) algorithm_oct_m::algorithm_t::start_time = M_ZERO

private

Keep the wall clock time when the algorithm started,.

Definition at line 224 of file algorithm.F90.

elapsed_time

real(real64), public algorithm_oct_m::algorithm_t::elapsed_time = M_ZERO

Elapsed wall clock time for printing info.

Definition at line 225 of file algorithm.F90.

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The documentation for this type was generated from the following file:

• multisystem/algorithm.F90