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Distributions for $\WW$ candidate events of (a) the leading lepton transverse momentum $\pt^\text{max}$, (b) the trailing lepton transverse momentum $\pt^\text{min}$, (c) the dilepton transverse momentum $\pt^{\ell\ell}$, and (d) the dilepton invariant mass $m_{\ell\ell}$. Points represent the data, and shaded histograms represent the $\WW$ signal and the background processes. The last bin includes the overflow. The $\WW$ signal is scaled to the measured cross section, and the background processes are normalized to the corresponding estimated values in Table~\ref{tab:wwselection_all}.

Distributions for $\WW$ candidate events of (a) the leading lepton transverse momentum $\pt^\text{max}$, (b) the trailing lepton transverse momentum $\pt^\text{min}$, (c) the dilepton transverse momentum $\pt^{\ell\ell}$, and (d) the dilepton invariant mass $m_{\ell\ell}$. Points represent the data, and shaded histograms represent the $\WW$ signal and the background processes. The last bin includes the overflow. The $\WW$ signal is scaled to the measured cross section, and the background processes are normalized to the corresponding estimated values in Table~\ref{tab:wwselection_all}.

Distributions for $\WW$ candidate events of (a) the leading lepton transverse momentum $\pt^\text{max}$, (b) the trailing lepton transverse momentum $\pt^\text{min}$, (c) the dilepton transverse momentum $\pt^{\ell\ell}$, and (d) the dilepton invariant mass $m_{\ell\ell}$. Points represent the data, and shaded histograms represent the $\WW$ signal and the background processes. The last bin includes the overflow. The $\WW$ signal is scaled to the measured cross section, and the background processes are normalized to the corresponding estimated values in Table~\ref{tab:wwselection_all}.

Distributions for $\WW$ candidate events of (a) the leading lepton transverse momentum $\pt^\text{max}$, (b) the trailing lepton transverse momentum $\pt^\text{min}$, (c) the dilepton transverse momentum $\pt^{\ell\ell}$, and (d) the dilepton invariant mass $m_{\ell\ell}$. Points represent the data, and shaded histograms represent the $\WW$ signal and the background processes. The last bin includes the overflow. The $\WW$ signal is scaled to the measured cross section, and the background processes are normalized to the corresponding estimated values in Table~\ref{tab:wwselection_all}.

Distributions for $\ZZ$ candidate events of (a) the four-lepton reconstructed mass for the sum of the $4\Pe, 4\Pgm$, and $2\Pe2\Pgm$ channels and (b) the sum of the $\taus$ channels. Points represent the data, and shaded histograms represent the expected $\PZ\PZ$ signal and the reducible background. The shapes of the signal and background are taken from the MC simulation, with each component normalized to the corresponding estimated value from Table~\ref{table:results}. The distributions (c) and (d) demonstrate the relationship between the reconstructed $\PZ_1$ and $\PZ_2$ masses. Different symbols are used to present different decay channels.

Distributions for $\ZZ$ candidate events of (a) the four-lepton reconstructed mass for the sum of the $4\Pe, 4\Pgm$, and $2\Pe2\Pgm$ channels and (b) the sum of the $\taus$ channels. Points represent the data, and shaded histograms represent the expected $\PZ\PZ$ signal and the reducible background. The shapes of the signal and background are taken from the MC simulation, with each component normalized to the corresponding estimated value from Table~\ref{table:results}. The distributions (c) and (d) demonstrate the relationship between the reconstructed $\PZ_1$ and $\PZ_2$ masses. Different symbols are used to present different decay channels.

Distributions for $\ZZ$ candidate events of (a) the four-lepton reconstructed mass for the sum of the $4\Pe, 4\Pgm$, and $2\Pe2\Pgm$ channels and (b) the sum of the $\taus$ channels. Points represent the data, and shaded histograms represent the expected $\PZ\PZ$ signal and the reducible background. The shapes of the signal and background are taken from the MC simulation, with each component normalized to the corresponding estimated value from Table~\ref{table:results}. The distributions (c) and (d) demonstrate the relationship between the reconstructed $\PZ_1$ and $\PZ_2$ masses. Different symbols are used to present different decay channels.

Distributions for $\ZZ$ candidate events of (a) the four-lepton reconstructed mass for the sum of the $4\Pe, 4\Pgm$, and $2\Pe2\Pgm$ channels and (b) the sum of the $\taus$ channels. Points represent the data, and shaded histograms represent the expected $\PZ\PZ$ signal and the reducible background. The shapes of the signal and background are taken from the MC simulation, with each component normalized to the corresponding estimated value from Table~\ref{table:results}. The distributions (c) and (d) demonstrate the relationship between the reconstructed $\PZ_1$ and $\PZ_2$ masses. Different symbols are used to present different decay channels.