Landscape.Parameters: MICRO: Generate Parameters for 'Landscape' Object
In smitdave/MASH: MASH (Modular Analysis and Simulation for Human Health)

Description Usage Arguments Value

This function is a specific instantiation of a generic system to generate parameters for a chosen landscape. Any user-specified function can be written to generate parameters, as long as the return list is in the same format.

Landscape.Parameters(nFeed, nAqua, pointGen = "poisson", module, modulePars,
  hazV = 0, hazW = 0, hazI = 0, haz = 0, searchFeed = NULL,
  searchAqua = NULL, enterP = NULL, xLim = c(0, 1), yLim = c(0, 1),
  aquaSD = 0.025, ...)

`nFeed`	number of feeding sites
`nAqua`	number of aquatic habitats
`pointGen`	character to select spatial point pattern generation function "poisson": `pointsPoisson` "clustered": `pointsClustered` "overdispersed": `pointsOverdispersed` "lattice": `pointsLattice`
`module`	character "emerge": initialize parameters for Emerge module of Aquatic Ecology "EL4P": initialize parameters for EL4P module of Aquatic Ecology
`modulePars`	additional list of named parameters to be passed to Aquatic Ecology module specific parameter generating functions Emerge: should be named list of parameters for `makeLambda_MicroEmerge` EL4P: NULL
`hazV`	mean value for feeding site vegetation landing hazard (if 0 it is set to 0 for all sites)
`hazW`	mean value for feeding site outside wall landing hazard (if 0 it is set to 0 for all sites)
`hazI`	mean value for feeding site indoor wall landing hazard (if 0 it is set to 0 for all sites)
`haz`	mean value for aquatic habitat landing hazard (if 0 it is set to 0 for all sites)
`searchFeed`	vector of searchWt for feeding sites (if `NULL` initialize to Gamma(1,1) distribution)
`searchAqua`	vector of searchWt for aquatic habitats (if `NULL` initialize to Gamma(1,1) distribution)
`enterP`	vector of house entry probabilities or single numeric value for all sites (if `NULL` initialize to Beta(9,1) distribution)
`xLim`	x-axis bounds for simulated points
`yLim`	y-axis bounds for simulated points
`aquaSD`	standard deviation of aquatic habitat scatter around feeding sites
`...`	additional named arguments for pointGen()