ProbResult

ProbResult()

A class to represent the result of a probabilistic analysis.

Attributes h : float or None Water level. prob_cond : float Conditional probability of failure. converged : bool Indicates whether the analysis has converged. z_val : float or None Value of the limit state function. physical_design : dict of str to float or None Physical space design point. standard_design : dict of str to float or None Standard space design point. importancefactors : dict of str to float or None Importance factors. functionevals : int Number of function evaluations. mechanism : str or None Type of the limit state function.

Attributes

Name	Description
converged	Returns True when the argument is true, False otherwise.
functionevals	int([x]) -> integer
h	The type of the None singleton.
importancefactors	The type of the None singleton.
mechanism	The type of the None singleton.
physical_design	The type of the None singleton.
prob_cond	The type of the None singleton.
standard_design	The type of the None singleton.
z_val	The type of the None singleton.

Methods

Name	Description
from_FORM_result	Create a ProbResult from a FORM analysis.
from_sim_result	Create a ProbResult from a simulation analysis.

from_FORM_result

ProbResult.from_FORM_result(h, optimAlgo, otzfunc, result, z_type)

Create a ProbResult from a FORM analysis.

Parameters

Name	Type	Description	Default
h	float	Water level.	required
optimAlgo	ot.AbdoRackwitz or ot.Cobyla	Optimization algorithm used in the FORM analysis.	required
otzfunc	ot.Function	OpenTURNS Python function representing the limit state function.	required
result	ot.FORMResult	Result of the FORM analysis.	required
z_type	str	Type of the limit state function.	required

from_sim_result

ProbResult.from_sim_result(h, algo, otzfunc, distribution, result, z_type)

Create a ProbResult from a simulation analysis.

Parameters

Name	Type	Description	Default
h	float	Water level.	required
algo	ot.ProbabilitySimulationAlgorithm or ot.DirectionalSampling	Simulation algorithm used in the analysis.	required
otzfunc	ot.PythonFunction or ot.MemoizeFunction	OpenTURNS Python function representing the limit state function.	required
distribution	ot.ComposedDistribution	Distribution of the input variables.	required
result	ot.OptimizationResult	Result of the simulation analysis.	required
z_type	str	Type of the limit state function.	required