| [data
set]
|
- Input Design Study
(Design Study inputs only)
- Specifies
the design study whose designs you want to analyze.
- Input Design Sets
(Design Study inputs only)
- Specifies
the design set of the selected design study that you
want to display in the project plot.
- Table (External Data
inputs only)
- Specifies
the table selected for the particular data series.
- Plotting
Mode
- Specifies the type of plotting method
used. There are several options for this:
| 注 | For a selected design, only available Plotting Modes or the
available Plot
Types in the Plot Setup Dialog of
this design study are listed. |
- Legend Name
- Changes
the legend text in the project plot display.
- Lock Legend
Name
- When
On, prevents any automatic
changes to the legend name. The legend name is linked to
the node name which in turn reflects the name of the
part that the data series represents. Therefore, name
changes to the part are automatically reflected in the
name of the data series node and the legend name. If
this property is activated, the current legend name is
locked, effectively unlinking the property from the node
name. Setting the legend name automatically activates
this lock.
- Show Legend
Entry
- When activated, shows an entry in the legend for the
data series.
- Tags
- Specifies
the tags for the design study data set. For more
information, see Tagging Simulation Objects.
|
 [axis] Data
|
- Table Column
(External Data input only)
- Specifies
which column in the table is being used for that
particular axis.
- Units (External Data
input only)
- If units
are present within the .csv file table heading, these are
available to select within the drop down menu.
- Axis
- Controls the axis on which the data is plotted. The choice of axes depends on the total number of axes in the project plot.
- Type (Design Study inputs
only)
- Controls the type of data to be displayed on the axis:
-
- Parameter: Displays a
specific input parameter of the design study, that
you specify in the corresponding
Parameter child node. See
输入参数参考.
- Response: Displays a specific response of the design study, that you specify in the corresponding
Response child node. In an XY plot, when you activate the
Show Constraints property, the plot highlights the field of feasible designs, where the field is determined by the constraints that you set for the specified response. See
Responses Reference.
- Design Number: Displays the identification number of the design in the design study.
- Design Status: Displays 1 for a successful design and 0 for a design that encountered an error when it ran.
- Design
Performance: Displays the
performance value calculated by SHERPA based on
constraints and objectives. A higher performance
value indicates a better design. For the
formulation of the performance value, see also:
Performance Rating.
- Surrogate:
Displays the data from the surrogate calculated in
the design study. You specify which surrogate to
use in the corresponding
Surrogate child node with
one of the following Values Type:
- Predicted - default type
for Surrogate Fit plot.
Plots the predicted response values (bottom axis)
against actual response values (left axis) along
with the reference line
y=x.
- Residuals
Plots the predicted response value minus the
actual response value.
- Cross Validation
Residuals—Plots the cross
validation value minus the actual response value.
Default type for Actual vs Residual plot
- PRESS Residuals
Plots the Prediction Error Sum of Squares value
minus the actual response value.
See
also: 替代模型参考.
- Monitor: Displays the
monitor values of the selected monitor(s) within
the node (not for a CAD Robustness
study).
See also: 监视器参考.
- Tags
- Specifies the tags for the axis data. For more information, see
Tagging Simulation Objects.
|
 Binning
Options: This option is activated when the
Plotting
Mode is set to Histogram |
- Bins
- Specifies the number of bins used for the plot.
- Bin Spacing
- Specifies how the input binned data is spaced within the
histogram. There are three options for this:
- Tied to Axis: Selects the
bin method depending on whether the
Logarithmic option of the
x-axis is activated.
- Linear: Distributes the
data into evenly spaced bins.
- Logarithmic: Distributes
the data into evenly scaled bins. Logarthmic
binning only works with positive, non-zero values.
When the Data range
mode property is set to
Auto, negative range values
are automatically rejected. When the property is
set to Manual, take care to set
the Manual data range min
node to positive, non-zero values. Otherwise,
Simcenter STAR-CCM+ generates a warning in the
Output window
that logarithmic binning cannot be performed.
- Data range mode
- Select either Auto or Manual to
specify the range of data displayed. Auto
Simcenter STAR-CCM+
automatically calculates the range used, whereas for
Manual the range is user
defined.
- Data range mode
- Automatically calculates the minimum value when scaling
the data. By default this is set to read only.
- Auto data range
max
- Automatically calculates the maximum value when scaling
the data. By default this is set to read only
- Manual data range
min
- Allows the user to input the minimum value for the range
of data displayed
- Manual data range
max
- Allows the user to input the maximum value for the range
of data displayed
|
| Weighting
Options: This option is activated when the
Plotting
Mode is set to Histogram. |
- Weighting
- Specifies
the method for weighting the accumulative value of the
bins. There are four options for this:
- Frequency: Plots the
weighted data by its frequency.
- Frequency Percent: Plots
the weighted data by its normalized frequency to
ensure that the full histogram adds up to
100%.
- Weighted: Plots the
weighted data by its weighted distribution.
- Weighted Percent: Plots the
weighted data by its normalized weighted
distribution to ensure that the full histogram
adds up to 100%.
|
| Best Design History (not for Parallel Coordinates plots and not for DOE, CAD Robustness, and Multiple Objective Tradeoff Optimization studies in XY plots)
|
- Visible
- When
On, the project plot displays the path of the design study to the best design. This path passes the designs that are identified as best designs at one point during the run of the design study. The best design in a set of designs is the design with the highest performance value (see
Eqn. (547)).
- You specify the style of the path in the
Line Style child node. See
Line and Symbol Style Properties.
- Legend Name
- Specifies the legend text that is associated with the best design history.
|
| Best Design (not for DOE, CAD Robustness, and Multiple Objective Tradeoff Optimization studies)
|
- Visible
- When
On, the project plot marks the best design in the design study, where the best design is the design with the highest performance value (see
Eqn. (547)).
- You specify the style of the mark in the
Symbol Style child node. See
Line and Symbol Style Properties.
- Legend Name
- Specifies the legend text that is associated with the best design.
|
| Baseline
Design (not for DOE, Robustness and Reliability, and
CAD Robustness studies) |
- Visible
- When
On, the project plot marks the baseline design. The baseline design is the first design that
Design Manager runs in the design study. For the various study types, this design is determined as follows:
- Manual: The first design that you specify in the list of designs to run.
- Sweep: The design that combines the minimum values for all of your input parameters.
- Optimization: The design that combines the
Baseline values that you specify for each input parameter.
- You specify the style of the mark in the
Symbol Style child node. See
Line and Symbol Style Properties.
- Legend Name
- Specifies the legend text that is associated with the baseline design.
|
| Line Style
|
Controls the appearance of the line and the point symbols for the design study data set. See
Line and Symbol Style Properties.
|
| Symbol Style
|
