Density methods for Bayesian VARs
## S3 method for class 'bvar' density(x, vars = NULL, vars_response = NULL, vars_impulse = NULL, ...) ## S3 method for class 'bvar_density' plot(x, mar = c(2, 2, 2, 0.5), mfrow = c(length(x), 1), ...) independent_index(var, n_vars, lag)
x |
A |
vars |
Character vector used to select variables. Elements are matched
to hyperparameters or coefficients. Coefficients may be matched based on
the dependent variable (by providing the name or position) or the
explanatory variables (by providing the name and the desired lag). See the
example section for a demonstration. Defaults to |
vars_response |
Optional character or integer vectors used to select coefficents. Dependent variables are specified with vars_response, explanatory ones with vars_impulse. See the example section for a demonstration. |
vars_impulse |
Optional character or integer vectors used to select coefficents. Dependent variables are specified with vars_response, explanatory ones with vars_impulse. See the example section for a demonstration. |
... |
|
mar |
Numeric vector. Margins for |
mfrow |
Numeric vector. Rows for |
var, n_vars, lag |
Integer scalars. Retrieve the position of lag lag of variable var given n_vars total variables. |
Returns a list with outputs of density
.
# Access a subset of the fred_qd dataset data <- fred_qd[, c("CPIAUCSL", "UNRATE", "FEDFUNDS")] # Transform it to be stationary data <- fred_transform(data, codes = c(5, 5, 1), lag = 4) # Estimate a BVAR using one lag, default settings and very few draws x <- bvar(data, lags = 1, n_draw = 1000L, n_burn = 200L, verbose = FALSE) # Get densities of the hyperparameters density(x) # Plot them plot(density(x)) # Only get the densities associated with dependent variable 1 density(x, vars_response = "CPI") # Check out the constant's densities plot(density(x, vars_impulse = 1)) # Get the densities of variable three's first lag density(x, vars = "FEDFUNDS-lag1") # Get densities of lambda and the coefficients of dependent variable 2 density(x, vars = c("lambda", "UNRATE"))
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