first

NAMESPACE

@@ -31,6 +31,7 @@ export(RectangularLRCFitter)
 export(RectangularLRCFitterCVersion)
 export(RectangularLRCFitterCVersion_computeCost)
 export(RectangularLRCFitter_predictGPP)
+export(applyWindows)
 export(estimate_vpd_from_dew)
 export(extract_FN15)
 export(fCalcAVPfromVMFandPress)
@@ -64,14 +65,17 @@ export(getBGC05ToAmerifluxVariableNameMapping)
 export(getExamplePath)
 export(getFilledExampleDETha98Data)
 export(getREddyProcExampleDir)
+export(getStartRecsOfWindows)
 export(getTZone)
 export(get_day_boundaries)
 export(get_timestep_hours)
 export(help_DateTimes)
 export(help_export)
 export(partGLControl)
 export(partGLControlLasslopCompatible)
+export(partGLEstimateTempSensInBoundsE0Only)
 export(partGLExtractStandardData)
+export(partGLFitNightTimeTRespSens)
 export(partitionNEEGL)
 export(read_from_ameriflux22)
 export(read_from_fluxnet15)

R/LRC_nonrectangular.R

@@ -110,11 +110,11 @@ NonrectangularLRCFitter$methods(predictLRC = LRC_NonRect_predictLRC)
 #' Nonrectangular Light Response function for GPP
 #' 
 #' @details 
-#' This function generalizes the \code{\link{RectangularLRCFitter_predictGPP}}
-#' by adding the convexity parameter \code{conv}.
-#' For \code{conv -> 0 (logitconv -> -Inf)}: approaches the rectangular hyperbolic.
-#' For \code{conv -> 1 (logitconv -> + Inf)}: approaches a step function.
-#' Expected values of \code{conv} are about 0.7-0.9 (Moffat 2012).
+#' This function generalizes the [RectangularLRCFitter_predictGPP()]
+#' by adding the convexity parameter `conv`.
+#' For `conv -> 0 (logitconv -> -Inf)`: approaches the rectangular hyperbolic.
+#' For `conv -> 1 (logitconv -> + Inf)`: approaches a step function.
+#' Expected values of `conv` are about 0.7-0.9 (Moffat 2012).
 #' 
 #' @param Rg photosynthetic flux density [umol / m2 / s] or Global Radiation
 #' @param Amax saturation (beta parameter) adjusted for effect of VPD