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**genpathmox**: Generalized PATHMOX Algorithm for PLS-PM, LS and LAD Regression**build.block**: Defining the linear relations between the latent variables.

# Defining the linear relations between the latent variables.

### Description

Defining the linear relations between the latent variables.

### Usage

1 | ```
build.block(inner, latent, ...)
``` |

### Arguments

`inner` |
matrix containing information of the latent causal relationships. |

`latent` |
matrix containing the estimated latent variables. |

`...` |
Further arguments passed on to |

### Details

Internal function. `build.block`

is called by `splitopt.pls`

.

### Value

list of matrices containing for each dependend latent variable the dependent LV and the explicative latent variables.

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- all.part.pls: Defining the candidates to the optimum partition for each of...
- all.part.reg: Defining the candidates to the optimum partition for each of...
- bin.levels: Defining labels of the binary partions.
- blockdiag: Building the Bart matrix
- build.block: Defining the linear relations between the latent variables.
- candidates.tree: Listing the candidates partions for each intermedied nodes
- comb: Enumerating the possible combinations of a specified size...
- element: Defining labels of a path coefficient.
- fblock.tree.pls: Listing the the f-block test results for each obtained...
- Fb.test.pls: Block test
- fcoef.tree.pls: Listing the the f-coefficients test results for each obtained...
- fcoef.tree.reg: Listing the the f-coefficients test results for regression...
- Fc.test.pls: Coefficient test
- Fc.test.reg: Coefficient test for the regression model
- F.data.pls: Defining the matrices needed for the comparison test
- F.data.reg: Defining the matrices needed for the comparison test...
- fglobal.tree: Listing the the f-global test results for regression model...
- fglobal.tree.pls: Listing the the f-global test results for each obtained...
- Fg.test.pls: F-Global test.
- Fg.test.reg: Global test for the regression model
- fibtele: Fibtele
- fibtelereg: Fibtelereg
- f.min: Defining vector minimum position
- info.mox.pls: Giving general information about the pathmox algorithm
- info.mox.reg: Giving general information about the pathmox-lm algorithm
- info.pls_class: info.pls class
- info.reg_class: info.reg class
- invariance: Calculating the invariance test
- invariance_test: Invariance Test
- mox.tree: Resuming the tree attributes (regression model) : it gives...
- mox.tree.pls: Resuming the tree attributes: it gives general information...
- node-class: node class
- node.reg_class: node.reg class
- nodes.tree: Calculating the element of all nodes
- partition: Defining binary partitions given a segmentation variable...
- partopt.pls: Defining the optimum partition given a set of segmentation...
- partopt.reg: Defining the optimum partition given a set of segmentation...
- percent.node: Calculating size (numeber of individual of a node) stopo...
- plot.treemodel: Comparative plot between nodes from the Pathmox Segmentation...
- plot.treemodelreg: Comparative plot between nodes from or the Pathmox...
- plot.xtree.pls: Plot function for the Pathmox Segmentation Trees: PLS-PM
- plot.xtree.reg: Plot function for the Pathmox Segmentation Trees: linaer...
- pls.pathmox: PATHMOX-PLS: Extended Segmentation Trees in Partial Least...
- pls.treemodel: PLS-PM results of terminal nodes from the Pathmox...
- printTree: printing the tree structure
- print.xtree.pls: Print function for the Pathmox Segmentation Trees: PLS-PM
- print.xtree.reg: Print function for the Pathmox Segmentation Trees: linear...
- reg.pathmox: PATHMOX-REG: Segmentation Trees in linaer and LAD regression...
- reg.treemodel: Regression results of terminal nodes from the Pathmox...
- root.tree: Calculating the element of the root node
- showDeepth: Calculating Deepth stop criterion
- splitopt.pls: Defining optimum partition for a specific variable.
- splitopt.reg: Defining optimum partition for a specific variable...
- summary.xtree.pls: Summary function for the Pathmox Segmentation Trees: PLS-PM
- summary.xtree.reg: Summary function for the Pathmox Segmentation Trees: linaer...
- terminal.tree: Calculating the element of the terminal nodes
- test.particion.reg: Calculating the comparison tests for the regression model
- test.partition.pls: Calculating the comparison tests
- tree-class: tree class
- treemodel: create method treemodel
- treemodelreg: create method treemodelreg
- xtree.pls: create method xtree.pls
- xtree.reg: create method xtree.reg