PlotIndividualRisk
To plot any set of values on defined nodesGroup object. If we set the individual risk values on each node of a defined nodesGroup then this command will plot the individual risk.
- Plot.Plotly.PlotIndividualRisk(PlotMode=1, NodesGroupTag=1, NodesProbabilityList=[], ContorList=[], width=None, height=None, xrange=[], yrange=[], fontsize=18, labelfontsize=18)
Argument
Type
Description
PlotMode
int
Options with values equal to 1,2 or 3 to change the plot mode. For various Editors with one on these option plot will be activate!
NodesGroupTag
int
The tag of NodesGroup that user want to be shown on plot.
NodesProbabilityList
list of float
the probability values that has been resulted from analysis and the specify the death probability of each node (Obviously its length should be equal to the number of the NodesGroupTag nodes.
ContorList
list of float
The list of the minimum and maximum contour value that we want to be plot. If user do not fill it, the code automatically consider the range according the minimum and maximum values of NodesProbabilityList.
width
int
Determines the width of plot
height
int
Determines the height of plot
xrange
list
A list with two values of start and end of x axis to limit plot to these values
yrange
list
A list with two values of start and end of y axis to limit plot to these values
fontsize
int
Determines font size of plot
labelfontsize
int
Determines labels font size
XTitle
int
Determines title of plot
Example:
Consider the following model with defined nodesGroup (Vulnerable Object). Click on Vulnerabe legend to see the defined nodesGroup with tag 1.
In the following the individual risk values at each node has stored in CalculatedValues variable for NodesGroup with tag 1. Then using following command it has been plotted.
Python Code
opr.Plot.Plotly.PlotIndividualRisk(PlotMode=1, NodesGroupTag=1, NodesProbabilityList=CalculatedValues, ContorList=[1e-8,1e-5],)For previous model now the radiation values are calculated at each node of NodesGroup 1 and stored in the RadVals variable. Then using following command it has been plotted as shown in the following.
Python Code
opr.Plot.Plotly.PlotIndividualRisk(PlotMode=1, NodesGroupTag=1, NodesProbabilityList=RadVals, ContorList=[],)