Plots the available data in the `Data`

object together with 5 samples of
historical data from the Operating Model (OM) in a random order. The test is
used to determine if the data generated by the OM is similar to the fishery
data in the `Data`

object. In a well specified OM the user should not be able
to visually identify which of the 6 plots is the real fishery data and which
are generated by the OM.'

## Details

In its current form the Turing function does not interpolate missing data in the Data object. Therefore if there are years with missing data, say in the catch time-series, it will be obvious which are the real data and which have been generated by the model. Future versions of the function may include methods to impute missing data for plotting purposes.

The question to ask when examining the plots produced by `Turing`

: do the plots
of the 6 data samples look like they are all samples from the same underlying distribution?

## Note

The Turing function was suggested by Andre Punt in his review of one of our recent projects. It is named after the Turing test, developed by Alan Turing in 1950, which is designed to see if a human can detect the difference between human and machine generated information.

## Examples

```
if (FALSE) { # \dontrun{
Turing(MSEtool::testOM, MSEtool::SimulatedData, wait=FALSE)
} # }
```