Description Usage Arguments Note References
Create a stochastic landscape for the stochastic plants model using a copula function In this case, it creates correlated distributions between a log-normal function (fertility) and a beta distribution (stochastic survival)
| 1 2 | create.stochastic.landscape(run.path, my.lyrs, s.lbl, correlation, n, p, fxs,
  fxs.means, fxs.vars)
 | 
| run.path | Path for the model run | 
| my.lyrs | Layers to include in the landscape | 
| s.lbl | A label | 
| correlation | Desired correlation level (will not be exact) | 
| n | Number of samples to generate (1 per time step) | 
| p | Number of cells in the landscape | 
| fxs | Vector of functions for the copula | 
| fxs.means | Vector of means for the copula, in same order as functions | 
| fxs.vars | = Vector of variances/sd for the copula, in same order as above | 
Requires copula package. Cells in the landscape will be generated independently of one another.
Sklar 1959, others? #DD#
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