This function computes and returns a data frame containing point estimates and standard errors for the parameters of a latent growth curve model or a latent change score model with a time-varying covariate and time-invariant covariates (if any)
getTVC.output(model, curveFun, records, y_model, decompose, growth_TIC, names)A data frame containing the point estimates and standard errors for parameters of a latent growth curve model or a latent change score model with a time-varying covariate and time-invariant covariates (if any).
An object representing a fitted latent growth curve model or a latent change score model with a TVC.
It takes the value passed from getTVCmodel().
A string specifying the functional form of the growth curve. Supported options for y_model =
"LGCM" include: "linear" (or "LIN"), "quadratic" (or "QUAD"), "negative exponential"
(or "EXP"), "Jenss-Bayley" (or "JB"), and "bilinear spline" (or "BLS"). Supported
options for y_model = "LCSM" include: "quadratic" (or "QUAD"), "negative exponential"
(or "EXP"), "Jenss-Bayley" (or "JB"), and "nonparametric" (or "NonP"). It takes the
value passed from getTVCmodel().
A numeric vector specifying the indices of the observed study waves. It takes the value passed from
getTVCmodel().
A string specifying how to fit the longitudinal outcome. Supported values are "LGCM" and "LCSM".
It takes the value passed from getTVCmodel().
An integer specifying the decomposition option for temporal states. Supported values include 0 (no
decomposition), 1 (decomposition with interval-specific slopes as temporal states), 2 (decomposition with interval-
specific changes as temporal states), and 3 (decomposition with change-from-baseline as temporal states). It takes the
value passed from getTVCmodel().
A string or character vector specifying the column name(s) of time-invariant covariate(s) that account for the
variability of growth factors, if any. It takes the value passed from getTVCmodel().
A character vector specifying parameter names. It takes the value passed from getTVCmodel().