Python 56.2%
TeX 43.7%
1\begin{table}[htbp]2\centering3\begin{threeparttable}4\caption{HAR-RV Model Estimates}5\label{tab:har_rv}6\begin{tabular}{l S l S}7\toprule8Variable & {Coefficient} & (Std Err) & {$t$-stat} \\9\midrule10 const & 0.0121 & (0.0081) & 1.50 \\11 rv\_d & 0.0082 & (0.1130) & 0.07 \\12 rv\_w & 0.1432 & (0.1079) & 1.33 \\13 rv\_m & 0.0299 & (0.0373) & 0.80 \\14\midrule15 $R^2$ & \multicolumn{3}{c}{0.106} \\16 Adj.~$R^2$ & \multicolumn{3}{c}{0.083} \\17\bottomrule18\end{tabular}19\begin{tablenotes}20\small21\item \textit{Notes:} HAR-RV model following \citet{corsi2009simple}.22RV$_{t+1}^{(d)} = c + \beta_d RV_t^{(d)} + \beta_w RV_t^{(w)} + \beta_m RV_t^{(m)} + \varepsilon_{t+1}$.23Newey--West standard errors with 5 lags.24\end{tablenotes}25\end{threeparttable}26\end{table}