MeshCreationMatchingRectangles: Mesh creation for rectangle matching

In PointProcess/SealPupProduction-JRSSC-code:

Description

Creates a 2D mesh with the inla.mesh.2d function which have a Voronoi triangulation which matches rectanglges given as input.

Usage

MeshCreationMatchingRectangles(
  rectangleCentersX,
  rectangleCentersY,
  rectangleWidth,
  rectangleHeight,
  convHullVar.convex = -0.15,
  convHullVar.concave = convHullVar.convex,
  convHullVar.resolution = c(120, 120),
  meshVar.max.edge = c(2, 10),
  meshVar.offset = 6,
  meshVar.cutoff = 0.2,
  y.cutoff.boundary = NULL,
  countingDomainExpanded
)

Arguments

rectangleCentersX	Vector with X-coordinate of the centerpoint of each of the obligatory rectangles
rectangleCentersY	Vector with X-coordinate of the centerpoint of each of the obligatory rectangles
rectangleWidth	Vector with the width of each of the obligatory rectangles
rectangleHeight	Vector with the height of each of the obligatory rectanglges
convHullVar.convex	convex parameter of inla.nonvonvex.hull. See ?inla.nonconvex.hull for details
convHullVar.concave	concave parameter of inla.nonvonvex.hull. See ?inla.nonconvex.hull for details
convHullVar.resolution	resolution parameter of inla.nonvonvex.hull. See ?inla.nonconvex.hull for details
meshVar.max.edge	max.edge parameter of inla.mesh.2d. Smaller values gives smaller triangles outside triangles. See ?inla.mesh.2d for details
meshVar.offset	offset parameter of inla.mesh.2d. See ?inla.mesh.2d for details
meshVar.cutoff	vector with cutoff parameters of inla.mesh.2d. See ?inla.mesh.2d for details
y.cutoff.boundary	numeric vector deciding the y-values which should be the coundary for the different cutoff-values. NULL means the first is applied everywhere
countingDomainExpanded	Expanded coutning domain used to define the inner boundary for the mesh

Value

An INLA mesh object

PointProcess/SealPupProduction-JRSSC-code documentation built on Jan. 27, 2020, 10:06 p.m.