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Plot data or simulation results in trellis plot

`trellisplot = sbiotrellis(data,groupCol,xCol,yCol)`

`trellisplot = sbiotrellis(data,groupCol,xCol,yCol,Name,Value)`

`trellisplot = sbiotrellis(data,fcnHandle,groupCol,xCol,yCol)`

`trellisplot = sbiotrellis(simData,fcnHandle,xCol,yCol)`

plots
each group in `trellisplot`

= sbiotrellis(`data`

,`groupCol`

,`xCol`

,`yCol`

)`data`

as defined by the group column
variable `groupCol`

into its own subplot. The data
defined by column `xCol`

is plotted against the
data defined by column(s) `yCol`

.

plots
each group in `trellisplot`

= sbiotrellis(`data`

,`fcnHandle`

,`groupCol`

,`xCol`

,`yCol`

)`data`

as defined by the group column
variable `groupCol`

into its own subplot. `sbiotrellis`

creates
the subplot by calling the function handle, `fcnHandle`

,
with input arguments defined by the `data`

columns `xCol`

and `yCol`

.
The `fcnHandle`

cannot be empty and must be specified.

The `fcnHandle`

must have the signature `fcnHandle(x,y)`

,
where `x`

is a numeric column vector, and `y`

is
a matrix with the same number of rows as `x`

.

For instance, if you want to create a trellis plot with a logarithmic *y*-axis,
use `@semilogy`

as the function handle, where `semilogy`

is the function that plots data
with logarithmic scale for the *y*-axis.

plots
each group in `trellisplot`

= sbiotrellis(`simData`

,`fcnHandle`

,`xCol`

,`yCol`

)`simData`

into its own subplot. `sbiotrellis`

creates
the subplot by calling the function handle, `fcnHandle`

with
input arguments defined by the columns `xCol`

and `yCol`

.
The `fcnHandle`

can be empty (`''`

or `[]`

).
If empty, the default time plot is created using the handle `@plot`

.

The `fcnHandle`

must have the signature `fcnHandle(simDataI,xCol,yCol)`

,
where `simDataI`

is a single `SimData`

object,
and `xCol`

and `yCol`

are the corresponding
input arguments to `sbiotrellis`

.

Use the `plot`

method of a sbiotrellis object
to overlay a `SimData`

object or a `dataset`

on
an existing `sbiotrellis`

plot. For example, `plot(trellisplot,...)`

adds
a plot to the object `trellisplot`

. The `SimData`

or `dataset`

that
is being plotted must have the same number of elements or groups as
the `trellisplot`

object. The `plot`

method
has the same input arguments as `sbiotrellis`

.