quantity_oct_m Module Reference

This module defines the quantity_t class and the IDs for quantities, which can be exposed by a system, and used by an interaction. More...

Detailed Description

This module defines the quantity_t class and the IDs for quantities, which can be exposed by a system, and used by an interaction.

A special case of quantities, the so-called couplings are used to transfer information from a system to the interactions. Other quantities can be used for output purposes.

An interaction partner (derived from interaction_partner_t) needs to update the behaviour of the quantity by setting

thisquantities(<quantity_id>)updated_on_demand thisquantities(<quantity_id>)required thisquantities(<quantity_id>)always_available

For the details of these flags see the documentation of quantity_t

Interactions also need to declare, which quantities they require from the system and the interaction partner:

! From the system: thissystem_quantities = [<system_quantity1_id>, <system_quantity2_id>, ...]

! From the partner: thiscouplings_from_partner = [<partner_quantity1_id>, <partner_quantity1_id>, ...]

Data Types
type	quantity_t
	Systems (system_t) can expose quantities that can be used to calculate interactions with other systems. More...

Variables
integer, parameter, public	position = 1
integer, parameter, public	velocity = 2
integer, parameter, public	current = 3
integer, parameter, public	density = 4
integer, parameter, public	scalar_potential = 5
integer, parameter, public	vector_potential = 6
integer, parameter, public	e_field = 7
integer, parameter, public	b_field = 8
integer, parameter, public	mass = 9
integer, parameter, public	charge = 10
integer, parameter, public	permittivity = 11
integer, parameter, public	permeability = 12
integer, parameter, public	e_conductivity = 13
integer, parameter, public	m_conductivity = 14
integer, parameter, public	dipole = 15
integer, parameter, public	max_quantities = 15
character(len=17), dimension(max_quantities), parameter, public	quantity_label = (/ "position ", "velocity ", "current ", "density ", "scalar potential", "vector potential", "E field ", "B field ", "mass ", "charge ", "permittivity ", "permeability ", "e_conductivity ", "m_conductivity ", "dipole " /)

Variable Documentation

position

integer, parameter, public quantity_oct_m::position = 1

Definition at line 146 of file quantity.F90.

velocity

integer, parameter, public quantity_oct_m::velocity = 2

Definition at line 146 of file quantity.F90.

current

integer, parameter, public quantity_oct_m::current = 3

Definition at line 146 of file quantity.F90.

density

integer, parameter, public quantity_oct_m::density = 4

Definition at line 146 of file quantity.F90.

scalar_potential

integer, parameter, public quantity_oct_m::scalar_potential = 5

Definition at line 146 of file quantity.F90.

vector_potential

integer, parameter, public quantity_oct_m::vector_potential = 6

Definition at line 146 of file quantity.F90.

e_field

integer, parameter, public quantity_oct_m::e_field = 7

Definition at line 146 of file quantity.F90.

b_field

integer, parameter, public quantity_oct_m::b_field = 8

Definition at line 146 of file quantity.F90.

mass

integer, parameter, public quantity_oct_m::mass = 9

Definition at line 146 of file quantity.F90.

charge

integer, parameter, public quantity_oct_m::charge = 10

Definition at line 146 of file quantity.F90.

permittivity

integer, parameter, public quantity_oct_m::permittivity = 11

Definition at line 146 of file quantity.F90.

permeability

integer, parameter, public quantity_oct_m::permeability = 12

Definition at line 146 of file quantity.F90.

e_conductivity

integer, parameter, public quantity_oct_m::e_conductivity = 13

Definition at line 146 of file quantity.F90.

m_conductivity

integer, parameter, public quantity_oct_m::m_conductivity = 14

Definition at line 146 of file quantity.F90.

dipole

integer, parameter, public quantity_oct_m::dipole = 15

Definition at line 146 of file quantity.F90.

max_quantities

integer, parameter, public quantity_oct_m::max_quantities = 15

Definition at line 146 of file quantity.F90.

quantity_label

character(len=17), dimension(max_quantities), parameter, public quantity_oct_m::quantity_label = (/ "position ", "velocity ", "current ", "density ", "scalar potential", "vector potential", "E field ", "B field ", "mass ", "charge ", "permittivity ", "permeability ", "e_conductivity ", "m_conductivity ", "dipole " /)

Definition at line 165 of file quantity.F90.