getResults {RHRT}

Get averaged HRT parameters

Description

Returns the HRT parameters of the HRTList. Turbulence onset is calculated for each HRT object and then averaged, turbulence slope is calculated via averaging the intervals of all HRT objects to one HRT object and then estimating the maximal slope.

Usage

getResults(
  HRTListObj,
  type = "class",
  TT = FALSE,
  nTS = FALSE,
  safe = TRUE,
  pmax = 0.05,
  num = FALSE,
  coTO = COTO,
  coTS = COTS,
  coTT = COTT
)

## S4 method for signature 'HRTList'
getResults(
  HRTListObj,
  type = "class",
  TT = FALSE,
  nTS = FALSE,
  safe = TRUE,
  pmax = 0.05,
  num = FALSE,
  coTO = COTO,
  coTS = COTS,
  coTT = COTT
)

Arguments

HRTListObj

HRTList object

type

(String) Determining the amount of output: 'class' gives the HRT class, 'parameter' the parameter values and 'full' additionally the p-values describing parameter reliability

TT

(Boolean) Should TT be given?

nTS

(Boolean) Should the normalised TS (nTS) be given or used for the determination of the HRT class?

safe

(Boolean) Should all values be given regardless of reliability checks? Note, that 'safe' is ignored when the type is 'full'.

pmax

(Numeric) The significance level

num

(Boolean) Should the results be numeric? This forces the results to stay numeric, but sets not reliable values as NA, if 'safe' is TRUE. Forced numeric values cannot be combined with type 'class'.

coTO

(Numeric) Cut-off value for TO

coTS

(Numeric) Cut-off value for TS and nTS

coTT

(Numeric) Cut-off value for TT

Value

(Named vector, character or numeric) Either HRT classes, HRT parameter values and/or p-values

Examples

# You need an HRTList
hrtl <- vectorToHRT(testdataLong, testdataLong_Ann)

# Get the HRT classes of your HRTList
getResults(hrtl)
getResults(hrtl, TT = TRUE)

# Get the HRT parameter values of your HRTList
getResults(hrtl, type = "parameter", TT = TRUE)