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DataTree.LeafDescription Class Reference

Detailed Description

DataTree.ICreator implementation which does not create a tree, but a cell array of descriptions for all leafs in the tree.

Definition at line 18 of file LeafDescription.m.

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Public Member Functions

function node = create_tpart_node (t_part_map, initvalues)
 is called on DataTree.PpartNode elements of a DataTree and returns a new p-part node out of it. More...
 
function node = create_idmap_node (id_map, initvalues)
 is called on DataTree.IdMapNode elements of a DataTree and returns a new ID mapped node out of it. More...
 
function node = create_ppart_node (p_part_map, initvalues)
 is called on DataTree.PpartNode elements of a DataTree and returns a new p-part node out of it. More...
 
function node = create_leaf_node (arg_node, basepath, mu_cube, tslice)
 is called on leaf elements of a DataTree and returns a new leaf out of it. More...
 
- Public Member Functions inherited from DataTree.ICreator
virtual function DataTree.ILeafNode node = create_leaf_node (DataTree.ILeafNode arg_node, basepath, mu_cube, tslice)
 is called on leaf elements of a DataTree and returns a new leaf out of it. More...
 

Member Function Documentation

function node = DataTree.LeafDescription.create_idmap_node (   id_map,
  initvalues 
)
virtual

is called on DataTree.IdMapNode elements of a DataTree and returns a new ID mapped node out of it.

Parameters
id_mapthe ID map of the original node. Optionally this map can be restricted by a cell array of restricted IDs as described in Sub-tree definition.
initvaluesthe children vector of the original node. Optionally this map can be restricted by a cell array of restricted IDs as described in Sub-tree definition.
Return values
nodethe freshly generated p-part element

Implements DataTree.ICreator.

Definition at line 52 of file LeafDescription.m.

Here is the call graph for this function:

function node = DataTree.LeafDescription.create_leaf_node (   arg_node,
  basepath,
  mu_cube,
  tslice 
)

is called on leaf elements of a DataTree and returns a new leaf out of it.

Parameters
arg_nodeoriginal leaf which shall be used as basis for the creation of a new one.
basepathpath from the root element to the current leaf.
mu_cuberestriction of the parameter as described in Sub-tree definition
tslicerestriction of the time domain as described in Sub-tree definition
Return values
nodethe freshly generated leaf element

Definition at line 94 of file LeafDescription.m.

function node = DataTree.LeafDescription.create_ppart_node (   p_part_map,
  initvalues 
)
virtual

is called on DataTree.PpartNode elements of a DataTree and returns a new p-part node out of it.

Parameters
p_part_mapthe DataTree.PpartNode.ppart_map of the original p-part node. Optionally this map can be restricted by a parameter cube as described in Sub-tree definition.
initvaluesthe children vector of the original p-part node. Optionally this map can be restricted by a parameter cube as described in Sub-tree definition.
Return values
nodethe freshly generated p-part element

Implements DataTree.ICreator.

Definition at line 72 of file LeafDescription.m.

function node = DataTree.LeafDescription.create_tpart_node (   t_part_map,
  initvalues 
)
virtual

is called on DataTree.PpartNode elements of a DataTree and returns a new p-part node out of it.

Parameters
t_part_mapthe DataTree.TpartNode.tpart_map of the original t-part node. Optionally this map can be restricted by a time interval as described in Sub-tree definition.
initvaluesthe children vector of the original t-part node. Optionally this map can be restricted by a time interval as described in Sub-tree definition.
Return values
nodethe freshly generated p-part element

Implements DataTree.ICreator.

Definition at line 30 of file LeafDescription.m.


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