Function reference • NSGEV

All functions
`MLE.TVGEV()`	Maximum Likelihood Estimation of a `TVGEV` Model
`NSGEV-package`	Non-Stationary GEV Time Series
`NSGEV()`	Non-Stationary GEV Model
`RL()`	Return Levels for `NSGEV` and `TVGEV` objects
`TVGEV()`	Time-Varying GEV Model.
`TXMax_Dijon`	Annual Maximum Temperature in Dijon
`anova(<TVGEV>)`	Analysis of Deviance Table for two Nested `TVGEV` Objects
`as.NSGEV()`	Coerce into a `NSGEV` Object
`as.NSGEV(<fevd>)`	Coerce a `fevd` Object into a `NSGEV` object
`as.NSGEV(<gev.fit>)`	Coerce a `gev.fit` Object into a `NSGEV` Object
`as.bts()`	Coercion into a `bts` Object
`as.bts(<data.frame>)`	Coerce a Data Frame into a `bts` object
`as.data.frame(<bts>)`	Coerce an `bts` Object into a Data Frame
`as.ts(<bts>)`	Coerce a `bts` Object into a `ts` Time Series Object
`autolayer(<quantMax.TVGEV>)`	Draw a Particular Layer on a `ggplot` devoted to a `quantMax.TVGEV` object.
`autoplot(<TVGEV>)`	Create a `ggplot` for a `TVGEV` Object
`autoplot(<bfts>)`	Autoplot for Block Functional Time Series `bfts` Objects
`autoplot(<bts>)` `autolayer(<bts>)`	Plot a Block Time-Series using ggplot
`autoplot(<predict.TVGEV>)`	Autplot Predict Results for `TVGEV`
`autoplot(<quantMax.TVGEV>)`	Create a `ggplot` for a `quantMax.TVGEV` Object
`autoplot(<resid.TVGEV>)`	Plot Residuals of a `TGVEV` Model
`blockDuration()`	Find Block Duration
`breaksX()`	Design Matrix with Breaks in a Linear Trend
`bs()`	Bootstrap an Object
`bs(<TVGEV>)`	Bootstrap for a `TVGEV` Model
`bts()`	Create a `bts` Object Representing a Block Time-Series
`cdf()`	Marginal Cumulative Distribution Functions
`cdfMaxFun()`	Distribution Function for a Random Maximum
`cdfMaxFun(<TVGEV>)`	Distribution Function for the Random Maximum on a given Period
`check_confint()`	Check the confint Method for `TVGEV` Objects
`check_predict()`	Check the Predict Method for `TVGEV` Objects
`check_predictUncond()`	Check the `predictUncond` Function
`coef(<NSGEV>)`	Coefficients of a `NSGEV` object
`coef(<TVGEV>)`	Coefficients of a `TVGEV` object
`confint(<TVGEV>)`	Confidence Intervals for a `TVGEV` Object
`d2negLogLikFun()`	Hessian of the Negative Log-Likelihood of a `TVGEV` Object
`density(<NSGEV>)`	Compute NSGEV Densities
`density(<TVGEV>)` `cdf(<TVGEV>)`	Compute TVGEV Densities or Cumulative Distribution Functions
`distLines()`	Distance Between Two Lines
`logLik(<TVGEV>)`	Extract Log-Likelihood
`mean(<TVGEV>)` `moment(<TVGEV>)`	Expectation or Moments of a `TVGEV` Model Object
`modelMatrices()`	Construct or Extract Design Matrices
`modelMatrices(<TVGEV>)`	Build or Extract Model Matrices
`moment()`	Moments of Marginal Distributions
`natSplineX()`	Design Matrix for a Natural Spline Basis
`negLogLik()`	Evaluate the negative log-likelihood of a NSGEV model
`opacity()`	Choose an Opacity Level
`parIni.TVGEV()`	Initial Parameter Estimates
`parNames()`	Names of the Parameters of a Statistical Model
`parNames(<default>)`	Names of the parameters of a Statistical Model
`plot(<NSGEV>)`	Plot method for `NSGEV` object
`plot(<bfts>)`	Plot for Block Functional Time Series `bfts` Objects
`plot(<bts>)` `lines(<bts>)`	Time-Plot of `bts` Objects for Block Time Series
`plot(<predict.TVGEV>)`	Plot Predict Results for `TVGEV`
`plot(<resid.TVGEV>)`	Plot Residuals of a `TGVEV` Model
`polynomX()`	Design Matrix for Polynomial Regression
`predict(<NSGEV>)`	Prediction of Return Levels for a `NSGEV` object
`predict(<TVGEV>)`	Predict Method for `TVGEV` Objects
`predictUncond()`	Prediction of Unconditional or Non-Stationary Return Levels for a `TVGEV` or a `NSGEV` Object
`print(<bts>)`	Print Method for `bts` Objects Representing Block Time Series
`profLik()`	Profile-Likelihood Inference Method
`profLik(<TVGEV>)`	Profile-Likelihood Inference for `TVGEV` Objects
`psi2theta(<NSGEV>)`	Compute the Matrix of GEV Parameters from the Vector of Model Parameters 'psi' and the Data
`psi2theta()`	Compute the Matrix of GEV Parameters from the Vector of Model Parameters 'psi' and the Data
`psi2theta(<TVGEV>)`	Compute the Matrix of GEV Parameters from the Vector of Model Parameters 'psi' and the Data
`quantMax()`	Quantile of a Random Maximum
`quantMax(<TVGEV>)`	Quantiles of the Maximum on a Period of Time
`quantMaxFun()`	Quantile Function for a Random Maximum
`quantMaxFun(<TVGEV>)`	Quantile Function for the Random Maximum on a given Period
`quantile(<NSGEV>)`	Compute `NSGEV` Quantiles
`quantile(<TVGEV>)`	Compute Quantiles for a `TVGEV` Object
`rNames()`	Generates Random Names
`residuals(<TVGEV>)`	Generalised Residuals for a `TVGEV` Model
`rho2psi()`	Find the complete vector of NSGEV parameters from a partial vector and a Return Level
`selectDate()`	Select (Nearly) a Given Number of Dates
`simulate(<NSGEV>)`	Simulate Paths from a `NSGEV` Model Conditional on the Covariates
`simulate(<TVGEV>)`	Simulate from a `TVGEV` Object
`[`(<bts>)	Extract Parts of a `bts` Object
`summary(<NSGEV>)`	Summary Method for `NSGEV` Objects
`summary(<TVGEV>)`	`summary` Method for the Class `TVGEV`.
`transFormula()`	Translate a Formula into a NSGEV Formula
`vcov(<TVGEV>)`	Variance-Covariance Matrix for a `TVGEV` Object.
`window(<bts>)`	Extracts a Subset of a `bts` Object Observed Between the Dates `start` and `end`

Reference

All functions