View source: R/additive_summary.R
additive_summary | R Documentation |
Compute posterior additive summary
additive_summary( summaryCall, fhatSamples, fhat = rowMeans(fhatSamples), df = NULL, alpha = 0.05, fast = TRUE, quants = seq(0, 1, by = 0.005), grid_size = 100, verbose = FALSE, return_samples = TRUE, meta = NA )
summaryCall |
A gam fomula for the additive summary to be computed. Should be in the form of fhat ~ s(x1) + s(x2) + .... See ?mgcv::formula.gam |
fhatSamples |
N \times NMC matrix of posterior draws of the function f, where N is the number of observations and NMC is the number of Monte Carlo posterior samples |
fhat |
A point estimate (posterior mean) for the function f |
df |
The dataframe from which the summary will be computed. This should include all the inputs of f |
alpha |
The function will return the alpha/2 and 1-alpha/2 credible intervals for the summary. |
fast |
If TRUE, the function will compute the summary on a grid, specifically for quantiles of the covariates as specified in quants, of the data rather than for the whole dataset |
quants |
The quantiles of the covariates in df on which to compute the summary when fast=TRUE |
grid_size |
|
verbose |
If TRUE, the function will print out the progress of summary computation |
return_samples |
If TRUE, the function will of the design matrix for the summary |
meta |
A tag for the dataframe of the summary |
This function computes the point estimate and credible intervals for the summary of the function f. At a minimum, the user must specify the form of the summary, a matrix of posterior draws of f, and the dataframe which contains the inputs of f
Spencer Woody
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