Vector Plot Special Settings
Properties  Specials
Scaling frame
Here you can change the maximum to which the
plot is scaled.
If you choose a maximum smaller than the field
maximum, the field values greater than your chosen maximum are clamped
(plotted as if they were equal to the chosen maximum). If you choose to
only clamp the size, you will get arrows of maximum size with different
colors depending on the field value.
If you choose a maximum greater than the field
maximum, size and/or color are scaled down, as if the field maximum were
the chosen maximum.
Field line frame
Termination:
Field lines stop when the field strength drops below a certain value.
Increase the number in this field to make this value smaller. This will
result in longer field lines in some cases.
Grid
density: The field lines are generated basing on a grid of field
vectors interpolated from the 3D field monitor. Increase this value to
increase your field line’s accuracy.
Vary
radius: By default, only the color is used to visualize the field
strength along the field lines. You may change this value to vary the
field lines’ radius relating to the field strength. The value is
proportional to the variation range; e.g., a value of 4 sets the radius
at the maximum field strength to 4 times the radius at the minimum field
strength.
Always
start at stimulated. port: For a split waveguide with more than
two ports, it can be useful to have the field lines start at the output
ports and go backward to the input (stimulated) port. Thus, it is guaranteed
to have a field line at each port. If, however, you want the field lines
to start at the input (stimulated) port, check here.
Surface vectors frame
Vector offset:
Here you may enter an offset for surface vectors. They will be offset
in normal direction to improve their visibility. Offsets from -2 to 2
are allowed. Negative offset will move the vector to the other side of
the surface.
Check vector
collision: For strongly curved surfaces, high vector densities
may occur. Check here to prevent vectors from being plotted into other
vectors. The collision check may take some time, therefore it is switched
off by default. Note: Only available with hexahedral meshes.
Distribution of arrows frame
Equidistant:
The arrows are plotted with fixed distance.
Optimize: The
distance between adjacent arrows
is optimized according to the field strength. Note: This option is only
available with hexahedral meshes.
Adaptive: The
arrow distribution is calculated according to the perspective. The chosen
amount of arrows will always be visible in the viewing window (and none
outside) and thus adapt to camera movement (zoom, translation, rotation).
Note: Since the calculation of adaptive arrows may take a moment, the
calculation progress will be displayed on top of the screen.
Optimized Adaptive: The arrow
distribution is calculated according to the field
strength and the perspective. Note: This option is only available with
hexahedral meshes.
Freeze volume: This option prevents the continuous calculation
of adaptive arrows. The arrow distribution at the moment of the 'freezing'
is displayed, regardless of the camera movement.
Integral Equation Solver
Note: The following
options are only available for the Integral Equation Solver
Draw in Volume: Use this to switch
between volume and surface plot for I-Solver fields. By default fields
are plotted on the surfaces. Please note that the fields value for volume
needs some time to be calculated. If sampling is too coarse compared to
the wavelength the field amplitude is visualized as bubble
plot, else phased arrows are plotted. It is possible to define a subvolume
to be plotted.
Bubble off: if this is active
the field is always visualized as arrow plot.
Max. number of arrows frame
Defines a maximum number of arrows that will
be visualized when setting the Sparse/Dense slider from 3D
Vector Plot Dialog to maximum density.
OK
Accepts your settings and leaves the dialog
box.
Cancel
Closes this dialog box without performing any
further action.
Subvolume
Opens a dialog box for define a subvolume
Help
Shows this help text.
See also
3D Vector
Plot Dialog box
HFSS视频教程
ADS视频教程
CST视频教程
Ansoft Designer 中文教程
|
淘宝官方店 
