points::point Type Reference

Contains the coordinates of a point relative to the local affine frame. More...

Public Member Functions
procedure, pass	get_node => get_point_node
procedure, pass	add_child => add_child_point

Public Attributes
character(len=max_char)	id
	Any point should be identifiable, because it's necessary for subSpace tree. More...
character(len=20)	system = key_cartesian
	Coordinate system may be cartesian, cylindrical, or spherical. More...
real, dimension(1:3)	r
	Three-dimensional coordinates. Semantics depend on the 'system' field. More...
real, dimension(:,:), allocatable	o
	Basis matrix of the cartesian orthonormal affine frame attached to the present point. May exist or may not. More...
type(node), pointer	spacetree => NULL()
	Pointer to the tree of coordinate systems to which this point belongs. If point is the part of some tree, this pointer should be attached for correct work of 'reduce' function. More...
type(node), pointer	node => NULL()

Detailed Description

Contains the coordinates of a point relative to the local affine frame.

Member Function/Subroutine Documentation

add_child()

procedure, pass points::point::add_child

get_node()

procedure, pass points::point::get_node

Member Data Documentation

id

character(len=max_char) points::point::id

Any point should be identifiable, because it's necessary for subSpace tree.

Todo:

Make ID allocatable to remove lots of trim() functions.

node

type(node), pointer points::point::node => NULL()

o

real, dimension(:,:), allocatable points::point::o

Basis matrix of the cartesian orthonormal affine frame attached to the present point. May exist or may not.

r

real, dimension(1:3) points::point::r

Three-dimensional coordinates. Semantics depend on the 'system' field.

spacetree

type(node), pointer points::point::spacetree => NULL()

Pointer to the tree of coordinate systems to which this point belongs. If point is the part of some tree, this pointer should be attached for correct work of 'reduce' function.

Todo:

The whole spaceTree concept is very confusing. It should be elaborated on.

system

character(len=20) points::point::system = key_cartesian

Coordinate system may be cartesian, cylindrical, or spherical.

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

• points.f90