RadiationPattern (Export)
Export data from radiation pattern plots to files.
Syntax
model.result().export().create(<ftag>,"RadiationPattern");
model.result().export().create(<ftag>,<pgtag>,<plottag>,"RadiationPattern");
model.result().export(<ftag>).set(property,<value>);
model.result().export(<ftag>).run();
Description
model.result().export().create(<ftag>,"RadiationPattern") creates a radiation pattern export feature with the name <ftag>.
model.result().export().create(<ftag>,<pgtag>,<plottag>, "RadiationPattern") creates a radiation pattern export feature with the name <ftag> for the radiation pattern plot <plottag> in the plot group <pgtag>.
The following properties are available:
Table 7-122: Valid Properties for Radiation Pattern Export.
Property
Value
Default
Description
alwaysask
on | off
off
Always ask for filename when saving. This property is ignored when running without a UI.
anglerestr
none | manual
none
Use manual angle restriction. If set to manual, you can specify an angle restriction.
center
double 3-by-1 array
{0, 0, 0}
If sphere is set to manual: The center of the sphere to evaluate on. Available in 3D.
centerz
double
0
If sphere is set to manual. It is the z-component in the cylindrical coordinates for an axisymmetric model.
config
configuration name
 
The configuration to use for the solution times or parameters, if solutionparams is set to configuration.
data
none | dataset name
First compatible dataset
The name of the solution dataset to export the radiation pattern for.
descr
String array
 
Descriptions of the expressions in expr.
differential
on | off
on
Whether the expression should be linearized at the linearization point. Applicable only if evalmethod is harmonic.
evalmethod
linpoint | harmonic | lintotal | lintotalavg | lintotalrms | lintotalpeak
harmonic
Applicable only for solutions with a stored linearization point. Controls if the linearization point, the perturbation, or a combination should be used when evaluating the expression.
expr
String array
 
The expressions to evaluate and export.
filename
String
 
The output file.
fullprec
on | off
on
If on, floating-point numbers are written in full precision, otherwise they are written with six significant digits.
header
on | off
off
Enable/disable a data header in the output file.
ifexists
append | overwrite
overwrite
If the file exists, append to or overwrite the file contents.
includenan
true | false
true
Include data points whose values are NaN in the data export.
innerinput
all | first | last | manual | manualindices | interp
all
How to input the solution to use. manual indicates that solnum is used. manualindices indicates that solnumindices is used. interp indicates that t is used.
looplevel
integer row matrix
All solutions on all levels
The solutions to use, per level
looplevelindices
integer row matrix
Empty
An alternative way to specify the solutions to use, allowing you to enter, for example, range(1,1,20). Applicable when looplevelinput is manualindices on a level.
looplevelinput
String array with all | first | last | manual | manualindices | interp on each level
all on all levels
How to input the solution to use, per level. manual on a level indicates that looplevel is used on that level. manualindices on a level indicates that looplevelindices is used on that level. interp on a level indicates that interp is used on that level.
outerinput
all | first | last | manual | manualindices
all
How to input the outer solutions to use. Applicable only for parametric sweep models. manual indicates that outersolnum is used. manualindices indicates that outersolnumindices is used.
outersolnum
nonnegative integer array
1
The index of the outer solutions to use. Applicable only for parametric sweep models. Since the various outer solutions can have different number of solnum, the solnum property is not used.
outersolnumindices
String or integer array
Empty
An alternative way to specify the outer solutions to use, allowing you to enter, for example, range(1,1,20). Applicable when outerinput is manualindices.
phidisc
integer >= 2
50 (1D); 20 (2D and 3D)
The angular discretization (number of angles) in the phi direction.
phimin
double
0
If anglerestr is manual: The minimum phi angle in degrees.
phirange
double
360
If anglerestr is manual: The phi angle’s range in degrees.
phivar
String
Empty
For 2D axisymmetric radiation pattern plots only, evaluate the azimuthal angle once for each angle using the variable name in phivar. If empty, an evaluate-once-and-revolve approach is used instead.
radius
String
1
If sphere is manual: The radius of the sphere to evaluate on.
separator
C |   | \t | ,| ; | :| |
C
The column separator for the data in the output text file. C means column; the second option is a space, and the third option is a tab.
solnum
integer array
 
Solution number to take values from.
solnumindices
String or integer array
Empty
An alternative way to specify the solutions to use, allowing you to enter, for example, range(1,1,20). Applicable when innerinput is manualindices.
solutionparams
manual | configuration
manual
Specify solution parameters directly (manual) or from a configuration.
sort
on | off
off
Enable/disable sorting of the points with respect to the coordinates.
sphere
manual | unit
unit
The sphere to evaluate on. Available in 2D and 3D.
t
double array
Empty
The times to use. Available when the underlying solution is transient.
thetadisc
integer >= 2
10
The angular discretization (number of elevation angles) in the theta direction. Available in 2D and 3D.
thetamin
double
0
If anglerestr is manual: The minimum theta angle in degrees. Available in 2D and 3D.
thetarange
double
360
If anglerestr is manual: The phi angle’s range in degrees. Available in 2D and 3D.
See Also
Plot, RadiationPattern