structure_m Module

This module defines a data type 'structure', which is useful for constructing and using multilayer hybrid structures. It also exports the type definitions and constructors for all class(material) types, although these should rarely be needed.


Uses


Interfaces

public interface structure

  • private function structure_construct() result(this)

    Constructs a multilayer stack from a configuration file.

    Arguments

    None

    Return Value type(structure)


Derived Types

type, public ::  structure

Components

Type Visibility Attributes Name Initial
class(material), public, pointer :: a => null()

First material
class(material), public, pointer :: b => null()

Last material
integer, public, allocatable :: supercurrent

Output unit (allocate to write supercurrents to file)
integer, public, allocatable :: lossycurrent

Output unit (allocate to write lossycurrents to file)
integer, public, allocatable :: accumulation

Output unit (allocate to write accumulations to file)
integer, public, allocatable :: correlation

Output unit (allocate to write correlations to file)
integer, public, allocatable :: magnetization

Output unit (allocate to write magnetizations to file)
integer, public, allocatable :: distribution

Output unit (allocate to write distributions to file)
integer, public, allocatable :: density

Output unit (allocate to write density of states to file)

Constructor

private function structure_construct ()

Constructs a multilayer stack from a configuration file.

Type-Bound Procedures

procedure, public :: push => structure_push ../../

Construct a single layer
procedure, public :: conf => structure_conf ../../

Configure a single layer
procedure, public :: cmap => structure_cmap ../../

Configure all layers
procedure, public :: fmap => structure_fmap ../../

Manipulate all layers
procedure, public :: initialize => structure_initialize ../../

Reset the physical state
procedure, public :: save => structure_save ../../

Save the physical state
procedure, public :: load => structure_load ../../

Load the physical state
procedure, public :: update => structure_update ../../

Update the physical state
procedure, public :: update_prehook => structure_update_prehook ../../

Execute all update prehooks
procedure, public :: update_posthook => structure_update_posthook ../../

Execute all update posthooks
procedure, public :: converge => structure_converge ../../

Update until convergence
procedure, public :: write => structure_write ../../

Write out observables
procedure, public :: difference => structure_difference ../../

Check how much the physical state changes
procedure, public :: materials => structure_materials ../../

Check the number of enabled materials
procedure, public :: selfconsistency => structure_selfconsistency ../../

Whether selfconsistency iteration is required
procedure, public :: superconductors => structure_superconductors ../../

Check the number of enables superconductors
procedure, public :: chargeviolation => structure_chargeviolation ../../

Check the violation of charge conservation
procedure, public :: gap => structure_gap ../../

Check the minimum superconducting gap