Calculation of Reliability and Failure Probability in Civil Engineering

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Documentation for package ‘TesiproV’ version 0.9.2

• DESCRIPTION file.
• User guides, package vignettes and other documentation.

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debug.print	internal Helper function to debug more easy
dlt	Density Function for logarithmic student T distritbution
FORM	First Order Reliablity Method
MC_CRUDE	Crude MonteCarlo Simulation
MC_IS	MonteCarlo Simulation with importance sampling
MC_SubSam	MonteCarlo with Subset-Sampling
MVFOSM	MVFOSM
PARAM_BASEVAR	Object for parametric variable
PARAM_BASEVAR-class	Object for parametric variable
PARAM_DETVAR	Object for parametric deterministic variable
PARAM_DETVAR-class	Object for parametric deterministic variable
PARAM_LSF	System Limit State Functions
PARAM_LSF-class	System Limit State Functions
plt	Probablity Function for logarithmic student T distritbution
PROB_BASEVAR	Object to store the distribution model for base vars
PROB_BASEVAR-class	Object to store the distribution model for base vars
PROB_DETVAR	Object to store a deterministic model for base vars
PROB_DETVAR-class	Object to store a deterministic model for base vars
PROB_MACHINE	Object to store prob machines
PROB_MACHINE-class	Object to store prob machines
qlt	Quantil Function for logarithmic student T distritbution
rlt	Random Realisation-Function for logarithmic student T distritbution
SORM	Reliability Analysis at Biberach University of applied sciences
SYS_LSF	System Limit State Functions
SYS_LSF-class	System Limit State Functions
SYS_PARAM	Object for parametric Studies
SYS_PARAM-class	Object for parametric Studies
SYS_PROB	System Probabliation Solution Object
SYS_PROB-class	System Probabliation Solution Object
TesiproV	TesiproV: A package for the calculation of reliability and failure probability in civil engineering