model.create {RGeostats} | R Documentation |

Create or append a model from arguments

model.create(vartype, range = NA, scale = NA, param = 1, sill = NA, aniso.rotmat = NA, aniso.angles=NA, ndim = 2, nvar = 1, properties = NA, model = NA)

`vartype` |
Name (or rank) of the basic structure to be added. The link between the
rank and the name is given by a call to the function |

`range` |
Practical range of the new basic structure. If not defined (but needed for this type of basic structures), scale must be defined instead. |

`scale` |
Theoretical range of the new basic structure. If not defined (but needed for this type of basic structures), range must be defined instead. |

`param` |
Third parameter (optional) for the new basic structure |

`sill` |
Sill (value or matrix) for the new basic structure. If not provided, the unity matrix is used. (Dimension: nvar x nvar) |

`aniso.rotmat` |
Anisotropy rotation matrix for the new basic structure. If not provided, the unity matrix is used. (Dimension: ndim x ndim). If defined, you must not use 'aniso.angles'. |

`aniso.angles` |
A vector giving the set of rotations. The length of this vector should be equal to 'ndim' - 1. If defined, you must not use 'aniso.rotmat'. |

`ndim` |
Space dimension. If not defined, it can be derived from the input model, the anisotropy rotation matrix, the anisotropy coefficients vector, whichever is defined. If none of them is defined, the default space dimension is 2. |

`nvar` |
Number of variables. Overwritten by the number of variables of the input model (if provided) or by the dimension of the sill matrix (if provided). |

`properties` |
This argument defines the transformation to be applied to the model.
For more details, see |

`model` |
The |

A `model-class`

structure

[Package *RGeostats* version 11.1.1 Index]