R Under development (unstable) (2024-05-13 r86547 ucrt) -- "Unsuffered Consequences"
Copyright (C) 2024 The R Foundation for Statistical Computing
Platform: x86_64-w64-mingw32/x64

R is free software and comes with ABSOLUTELY NO WARRANTY.
You are welcome to redistribute it under certain conditions.
Type 'license()' or 'licence()' for distribution details.

R is a collaborative project with many contributors.
Type 'contributors()' for more information and
'citation()' on how to cite R or R packages in publications.

Type 'demo()' for some demos, 'help()' for on-line help, or
'help.start()' for an HTML browser interface to help.
Type 'q()' to quit R.

> library(testthat)
> library(simStateSpace)
> 
> test_check("simStateSpace")
Call:
SimSSMFixed(n = n, time = time, mu0 = mu0, sigma0_l = sigma0_l, 
    alpha = alpha, beta = beta, psi_l = psi_l, nu = nu, lambda = lambda, 
    theta_l = theta_l, type = 0)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMFixed`
to convert it to a data frame or a matrix.

Call:
SimSSMFixed(n = n, time = time, mu0 = mu0, sigma0_l = sigma0_l, 
    alpha = alpha, beta = beta, psi_l = psi_l, nu = nu, lambda = lambda, 
    theta_l = theta_l, type = 1, x = x, gamma = gamma)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMFixed`
to convert it to a data frame or a matrix.

Call:
SimSSMFixed(n = n, time = time, mu0 = mu0, sigma0_l = sigma0_l, 
    alpha = alpha, beta = beta, psi_l = psi_l, nu = nu, lambda = lambda, 
    theta_l = theta_l, type = 2, x = x, gamma = gamma, kappa = kappa)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMFixed`
to convert it to a data frame or a matrix.

Call:
SimSSMIVary(n = n, time = time, mu0 = mu0, sigma0_l = sigma0_l, 
    alpha = alpha, beta = beta, psi_l = psi_l, nu = nu, lambda = lambda, 
    theta_l = theta_l, type = 0)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMIVary`
to convert it to a data frame or a matrix.

Call:
SimSSMIVary(n = n, time = time, mu0 = mu0, sigma0_l = sigma0_l, 
    alpha = alpha, beta = beta, psi_l = psi_l, nu = nu, lambda = lambda, 
    theta_l = theta_l, type = 1, x = x, gamma = gamma)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMIVary`
to convert it to a data frame or a matrix.

Call:
SimSSMIVary(n = n, time = time, mu0 = mu0, sigma0_l = sigma0_l, 
    alpha = alpha, beta = beta, psi_l = psi_l, nu = nu, lambda = lambda, 
    theta_l = theta_l, type = 2, x = x, gamma = gamma, kappa = kappa)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMIVary`
to convert it to a data frame or a matrix.

Call:
SimSSMLinGrowthIVary(n = n, time = time, mu0 = mu0, sigma0_l = sigma0_l, 
    theta_l = theta_l, type = 0)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMLinGrowthIVary`
to convert it to a data frame or a matrix.

Call:
SimSSMLinGrowthIVary(n = n, time = time, mu0 = mu0, sigma0_l = sigma0_l, 
    theta_l = theta_l, type = 1, x = x, gamma = gamma)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMLinGrowthIVary`
to convert it to a data frame or a matrix.

Call:
SimSSMLinGrowthIVary(n = n, time = time, mu0 = mu0, sigma0_l = sigma0_l, 
    theta_l = theta_l, type = 2, x = x, gamma = gamma, kappa = kappa)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMLinGrowthIVary`
to convert it to a data frame or a matrix.

Call:
SimSSMLinGrowth(n = n, time = time, mu0 = mu0, sigma0_l = sigma0_l, 
    theta_l = theta_l, type = 0)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMLinGrowth`
to convert it to a data frame or a matrix.

Call:
SimSSMLinGrowth(n = n, time = time, mu0 = mu0, sigma0_l = sigma0_l, 
    theta_l = theta_l, type = 1, x = x, gamma = gamma)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMLinGrowth`
to convert it to a data frame or a matrix.

Call:
SimSSMLinGrowth(n = n, time = time, mu0 = mu0, sigma0_l = sigma0_l, 
    theta_l = theta_l, type = 2, x = x, gamma = gamma, kappa = kappa)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMLinGrowth`
to convert it to a data frame or a matrix.

Call:
SimSSMFixed(n = n, time = time, delta_t = delta_t, mu0 = mu0, 
    sigma0_l = sigma0_l, alpha = ssm$alpha, beta = ssm$beta, 
    psi_l = ssm$psi_l, nu = nu, lambda = lambda, theta_l = theta_l, 
    type = type, x = x, gamma = gamma, kappa = kappa)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMLinSDEFixed`
to convert it to a data frame or a matrix.

Call:
SimSSMFixed(n = n, time = time, delta_t = delta_t, mu0 = mu0, 
    sigma0_l = sigma0_l, alpha = ssm$alpha, beta = ssm$beta, 
    psi_l = ssm$psi_l, nu = nu, lambda = lambda, theta_l = theta_l, 
    type = type, x = x, gamma = gamma, kappa = kappa)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMLinSDEFixed`
to convert it to a data frame or a matrix.

Call:
SimSSMFixed(n = n, time = time, delta_t = delta_t, mu0 = mu0, 
    sigma0_l = sigma0_l, alpha = ssm$alpha, beta = ssm$beta, 
    psi_l = ssm$psi_l, nu = nu, lambda = lambda, theta_l = theta_l, 
    type = type, x = x, gamma = gamma, kappa = kappa)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMLinSDEFixed`
to convert it to a data frame or a matrix.

Call:
SimSSMLinSDEIVary(n = n, time = time, delta_t = delta_t, mu0 = mu0, 
    sigma0_l = sigma0_l, iota = iota, phi = phi, sigma_l = sigma_l, 
    nu = nu, lambda = lambda, theta_l = theta_l, type = 0)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMLinSDEIVary`
to convert it to a data frame or a matrix.

Call:
SimSSMLinSDEIVary(n = n, time = time, delta_t = delta_t, mu0 = mu0, 
    sigma0_l = sigma0_l, iota = iota, phi = phi, sigma_l = sigma_l, 
    nu = nu, lambda = lambda, theta_l = theta_l, type = 1, x = x, 
    gamma = gamma)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMLinSDEIVary`
to convert it to a data frame or a matrix.

Call:
SimSSMLinSDEIVary(n = n, time = time, delta_t = delta_t, mu0 = mu0, 
    sigma0_l = sigma0_l, iota = iota, phi = phi, sigma_l = sigma_l, 
    nu = nu, lambda = lambda, theta_l = theta_l, type = 2, x = x, 
    gamma = gamma, kappa = kappa)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMLinSDEIVary`
to convert it to a data frame or a matrix.

Call:
SimSSMFixed(n = n, time = time, delta_t = delta_t, mu0 = mu0, 
    sigma0_l = sigma0_l, alpha = ssm$alpha, beta = ssm$beta, 
    psi_l = ssm$psi_l, nu = nu, lambda = lambda, theta_l = theta_l, 
    type = type, x = x, gamma = gamma, kappa = kappa)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMOUFixed`
to convert it to a data frame or a matrix.

Call:
SimSSMFixed(n = n, time = time, delta_t = delta_t, mu0 = mu0, 
    sigma0_l = sigma0_l, alpha = ssm$alpha, beta = ssm$beta, 
    psi_l = ssm$psi_l, nu = nu, lambda = lambda, theta_l = theta_l, 
    type = type, x = x, gamma = gamma, kappa = kappa)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMOUFixed`
to convert it to a data frame or a matrix.

Call:
SimSSMFixed(n = n, time = time, delta_t = delta_t, mu0 = mu0, 
    sigma0_l = sigma0_l, alpha = ssm$alpha, beta = ssm$beta, 
    psi_l = ssm$psi_l, nu = nu, lambda = lambda, theta_l = theta_l, 
    type = type, x = x, gamma = gamma, kappa = kappa)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMOUFixed`
to convert it to a data frame or a matrix.

Call:
SimSSMOUIVary(n = n, time = time, delta_t = delta_t, mu0 = mu0, 
    sigma0_l = sigma0_l, mu = mu, phi = phi, sigma_l = sigma_l, 
    nu = nu, lambda = lambda, theta_l = theta_l, type = 0)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMOUIVary`
to convert it to a data frame or a matrix.

Call:
SimSSMOUIVary(n = n, time = time, delta_t = delta_t, mu0 = mu0, 
    sigma0_l = sigma0_l, mu = mu, phi = phi, sigma_l = sigma_l, 
    nu = nu, lambda = lambda, theta_l = theta_l, type = 1, x = x, 
    gamma = gamma)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMOUIVary`
to convert it to a data frame or a matrix.

Call:
SimSSMOUIVary(n = n, time = time, delta_t = delta_t, mu0 = mu0, 
    sigma0_l = sigma0_l, mu = mu, phi = phi, sigma_l = sigma_l, 
    nu = nu, lambda = lambda, theta_l = theta_l, type = 2, x = x, 
    gamma = gamma, kappa = kappa)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMOUIVary`
to convert it to a data frame or a matrix.

Call:
SimSSMVARFixed(n = n, time = time, mu0 = mu0, sigma0_l = sigma0_l, 
    alpha = alpha, beta = beta, psi_l = psi_l, type = 0)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMVARFixed`
to convert it to a data frame or a matrix.

Call:
SimSSMVARFixed(n = n, time = time, mu0 = mu0, sigma0_l = sigma0_l, 
    alpha = alpha, beta = beta, psi_l = psi_l, type = 1, x = x, 
    gamma = gamma)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMVARFixed`
to convert it to a data frame or a matrix.

Call:
SimSSMVARIVary(n = n, time = time, mu0 = mu0, sigma0_l = sigma0_l, 
    alpha = alpha, beta = beta, psi_l = psi_l, type = 0)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMVARIVary`
to convert it to a data frame or a matrix.

Call:
SimSSMVARIVary(n = n, time = time, mu0 = mu0, sigma0_l = sigma0_l, 
    alpha = alpha, beta = beta, psi_l = psi_l, type = 1, x = x, 
    gamma = gamma)
Use `as.data.frame` or `as.matrix` on the output of `SimSSMVARIVary`
to convert it to a data frame or a matrix.

[ FAIL 0 | WARN 0 | SKIP 0 | PASS 4 ]
> 
> proc.time()
   user  system elapsed 
   4.26    0.50    4.90