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
.
Tip:
Use the |