ode_problem_mod::ode_problem Interface Reference

Type ode_problem: definition of ODE/PDE problems. More...

Collaboration diagram for ode_problem_mod::ode_problem:

Private Member Functions
final	ode_problem_clear
	destructor More...
type(ode_problem) function	ode_problem_create (type, dim, dof, X, M, S, AB, N, Na)
	Constructor for the type ode_problem More...

Private Attributes
integer	type = -1
	type of ode problem More...
integer	n = 1
	N = size(Y,1) More...
integer	na = 0
	Na = size(AY,1) More...
integer	dim = 3
	dimension in space if dim = 0 the ODE is a 0D problem More...
integer	dof = 1
	dof = number of discretisation nodes in space dof = size(X, 2) = size(Y, 2) = size(V) More...
real(rp), dimension(:,:), allocatable	x
	X = node coordinates (in the space R**3) More...
procedure(ode_reaction), pointer, nopass	ab =>NULL()
	AB = non-linear terms. More...
procedure(rntorn), pointer, nopass	m =>NULL()
	M = left linear operator (mass matrix e.g.) More...
procedure(rntorn), pointer, nopass	s =>NULL()
	S = right linear operator (stiffness matrix e.g.) More...

Detailed Description

Type ode_problem: definition of ODE/PDE problems.

See the description in ode_problem_mod detailed description.

Definition at line 122 of file ode_problem_mod.f90.

Member Function/Subroutine Documentation

ode_problem_clear()

final ode_problem_mod::ode_problem::ode_problem_clear ( )

finalprivate

destructor

Definition at line 156 of file ode_problem_mod.f90.

Here is the call graph for this function:

ode_problem_create()

type(ode_problem) function ode_problem_mod::ode_problem::ode_problem_create ( integer, intent(in)  type, integer, optional  dim, integer, optional  dof, real(rp), dimension(:,:), optional  X, procedure(rntorn), optional  M, procedure(rntorn), optional  S, procedure(ode_reaction), optional  AB, integer, optional  N, integer, optional  Na  )

private

Constructor for the type ode_problem

• OUTPUT:
  • pb = ode_problem

• INPUT:
  • type = type, ode problem type
  optional arguments:
  • dof : number of nodes
  • X : node coordinates
  • M, S : linear operators
  • AB : non linear operators
  • N, Na : problem dimensions
  • dim : set dim = 0 for 0D problems

Details are given in in ode_problem_mod detailed description

Definition at line 224 of file ode_problem_mod.f90.

Member Data Documentation

ab

procedure(ode_reaction), pointer, nopass ode_problem_mod::ode_problem::ab =>NULL()

private

AB = non-linear terms.

Definition at line 145 of file ode_problem_mod.f90.

dim

integer ode_problem_mod::ode_problem::dim = 3

private

dimension in space if dim = 0 the ODE is a 0D problem

Definition at line 135 of file ode_problem_mod.f90.

dof

integer ode_problem_mod::ode_problem::dof = 1

private

dof = number of discretisation nodes in space dof = size(X, 2) = size(Y, 2) = size(V)

Definition at line 139 of file ode_problem_mod.f90.

m

procedure(rntorn), pointer, nopass ode_problem_mod::ode_problem::m =>NULL()

private

M = left linear operator (mass matrix e.g.)

Definition at line 148 of file ode_problem_mod.f90.

n

integer ode_problem_mod::ode_problem::n = 1

private

N = size(Y,1)

Definition at line 128 of file ode_problem_mod.f90.

na

integer ode_problem_mod::ode_problem::na = 0

private

Na = size(AY,1)

Definition at line 131 of file ode_problem_mod.f90.

s

procedure(rntorn), pointer, nopass ode_problem_mod::ode_problem::s =>NULL()

private

S = right linear operator (stiffness matrix e.g.)

Definition at line 151 of file ode_problem_mod.f90.

type

integer ode_problem_mod::ode_problem::type = -1

private

type of ode problem

Definition at line 125 of file ode_problem_mod.f90.

x

real(rp), dimension(:,:), allocatable ode_problem_mod::ode_problem::x

private

X = node coordinates (in the space R**3)

Definition at line 142 of file ode_problem_mod.f90.

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

• /home/cpierre1/choral/SRC/ode_problem_mod.f90