EstimateTransferfunctionInsolation: Estimate linear or polynomial transfer function between...

In EarthSystemDiagnostics/orbitalforcing: Orbital Forcing from Insolation

Estimate linear or polynomial transfer function between insolation and a climate parameter

Description

Estimate linear or polynomial transfer function between insolation and a climate parameter

Usage

EstimateTransferfunctionInsolation(
  climate,
  latitude,
  polynom.order = 3,
  clab = "",
  bPlot = FALSE,
  b3plot = FALSE,
  main = ""
)

Arguments

latitude	Latitude (deg North)
polynom.order	order of the polynom, 2 or 3
clab	name and unit = ylab of climate parameter for plotting
bPlot	plot diagnostics (if TRUE)
b3plot	plot more diagnostics (if TRUE)
main	Title of the plot

Value

list(coeff, coeff.lin, rsq = c(rsq1, rsq2),lag) coeff coefficient of polynomial, coeff.lin = coefficient of linear fit, rsq of linear and of polynomial fit, timelag in days

Author(s)

Thomas Laepple

Examples

library(orbitalforcing)
clim <- orbitalforcing:::SelSpace3D(sat.ncep.clim, lat1 = 40, lon1 = 200)

result <- EstimateTransferfunctionInsolation(clim, 70, bPlot=TRUE, b3plot=TRUE)

EarthSystemDiagnostics/orbitalforcing documentation built on March 24, 2022, 11:25 a.m.