library(dsims) library(testthat) context("Basic point transect example") test_that("Can create object or return correct error messages", { #~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ #Set up simulation outer = matrix(c(0,0,0,500,2000,500,2000,0,0,0),ncol=2, byrow=TRUE) hole1 = matrix(c(500,300,500,350,1500,350,1500,300,500,300),ncol=2, byrow=TRUE) pol1 = list(outer, hole1) mp = list(pol1) mp1 = sf::st_multipolygon(mp) region <- make.region(region.name = "main", shape = mp1) # Create density density <- make.density(region = region, x.space = 20, constant = 10) # Add hotspot density <- add.hotspot(density, c(500,250), 200, 200) # Population description covariate.list <- list() covariate.list$size <- list(distribution = "poisson", lambda = 25) pop.descrp <- make.population.description(region = region, density = density, covariates = covariate.list, N = 300) cov.params <- list(size = log(1.02)) detect <- make.detectability(key.function = "hn", scale.param = 25, truncation = 75, cov.param = cov.params) # Make the design design <- make.design(region = region, transect.type = "point", design = "systematic", samplers = 30, truncation = 75) # Make analyses analyses <- make.ds.analysis(dfmodel = ~1, key = "hr", truncation = 75, er.var = "P3") # Make.simulation sim <- make.simulation(reps = 1, design = design, population.description = pop.descrp, detectability = detect, ds.analysis = analyses) # Create a test survey survey <- run.survey(sim) expect_true(inherits(survey@transect, "Point.Transect")) # test running the simulation #set.seed(555) #test <- run.simulation(sim, counter = FALSE) #~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ })