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Projections of the $\Dsp \to 3\pi \PX$ components for the variables: min[$m(\pip \pim)$], max[$m(\pip \pim)$], $m(\pip \pip)$ and $m(3\pi)$ in the fit to the control data samples.

Projections of the $\Dsp \to 3\pi \PX$ components for the variables: min[$m(\pip \pim)$], max[$m(\pip \pim)$], $m(\pip \pip)$ and $m(3\pi)$ in the fit to the control data samples.

Projections of the $\Dsp \to 3\pi \PX$ components for the variables: min[$m(\pip \pim)$], max[$m(\pip \pim)$], $m(\pip \pip)$ and $m(3\pi)$ in the fit to the control data samples.

Projections of the $\Dsp \to 3\pi \PX$ components for the variables: min[$m(\pip \pim)$], max[$m(\pip \pim)$], $m(\pip \pip)$ and $m(3\pi)$ in the fit to the control data samples.

Projections of the $\Dsp \to 3\pi \PX$ components for the variables: min[$m(\pip \pim)$], max[$m(\pip \pim)$], $m(\pip \pip)$ and $m(3\pi)$ in the fit to the control data samples.

Projections of the $\Dsp \to 3\pi \PX$ components for the variables: min[$m(\pip \pim)$], max[$m(\pip \pim)$], $m(\pip \pip)$ and $m(3\pi)$ in the fit to the control data samples.

Projections of the $\Dsp \to 3\pi \PX$ components for the variables: min[$m(\pip \pim)$], max[$m(\pip \pim)$], $m(\pip \pip)$ and $m(3\pi)$ in the fit to the control data samples.

Projections of the $\Dsp \to 3\pi \PX$ components for the variables: min[$m(\pip \pim)$], max[$m(\pip \pim)$], $m(\pip \pip)$ and $m(3\pi)$ in the fit to the control data samples.

Projections of the $\Dsp \to 3\pi \PX$ components for the variables: min[$m(\pip \pim)$], max[$m(\pip \pim)$], $m(\pip \pip)$ and $m(3\pi)$ in the fit to the control data samples.

Projections of the $\Dsp \to 3\pi \PX$ components for the variables: min[$m(\pip \pim)$], max[$m(\pip \pim)$], $m(\pip \pip)$ and $m(3\pi)$ in the fit to the control data samples.

Distributions of $\Delta M _{D^*D_s}$, $q^2$, $t_{\tau}$ and anti-\Dsp BDT output for the \mbox{$\PB \to \Dstarm \Dsp (X)$} components. The results of the fit are overlaid.

Distributions of $\Delta M _{D^*D_s}$, $q^2$, $t_{\tau}$ and anti-\Dsp BDT output for the \mbox{$\PB \to \Dstarm \Dsp (X)$} components. The results of the fit are overlaid.

Distributions of $\Delta M _{D^*D_s}$, $q^2$, $t_{\tau}$ and anti-\Dsp BDT output for the \mbox{$\PB \to \Dstarm \Dsp (X)$} components. The results of the fit are overlaid.

Distributions of $\Delta M _{D^*D_s}$, $q^2$, $t_{\tau}$ and anti-\Dsp BDT output for the \mbox{$\PB \to \Dstarm \Dsp (X)$} components. The results of the fit are overlaid.

Distributions of $\Delta M _{D^*D_s}$, $q^2$, $t_{\tau}$ and anti-\Dsp BDT output for the \mbox{$\PB \to \Dstarm \Dsp (X)$} components. The results of the fit are overlaid.

Distributions of $\Delta M _{D^*D_s}$, $q^2$, $t_{\tau}$ and anti-\Dsp BDT output for the \mbox{$\PB \to \Dstarm \Dsp (X)$} components. The results of the fit are overlaid.

Distributions of $\Delta M _{D^*D_s}$, $q^2$, $t_{\tau}$ and anti-\Dsp BDT output for the \mbox{$\PB \to \Dstarm \Dsp (X)$} components. The results of the fit are overlaid.

Distributions of $\Delta M _{D^*D_s}$, $q^2$, $t_{\tau}$ and anti-\Dsp BDT output for the \mbox{$\PB \to \Dstarm \Dsp (X)$} components. The results of the fit are overlaid.

Distributions of $\Delta M _{D^*D_s}$, $q^2$, $t_{\tau}$ and anti-\Dsp BDT output for the \mbox{$\PB \to \Dstarm \Dsp (X)$} components. The results of the fit are overlaid.

Distributions of $\Delta M _{D^*D_s}$, $q^2$, $t_{\tau}$ and anti-\Dsp BDT output for the \mbox{$\PB \to \Dstarm \Dsp (X)$} components. The results of the fit are overlaid.

Simulated $q^2$ distributions for \mbox{$B \to D^{*-}D^0(X)$} before and after weighting based on the data control samples.

Simulated $q^2$ distributions for \mbox{$B \to D^{*-}D^0(X)$} before and after weighting based on the data control samples.

Distributions of the fit variables in the \signalmode data sample with the fit result overlaid.

Distributions of the fit variables in the \signalmode data sample with the fit result overlaid.

Distributions of the fit variables in the \signalmode data sample with the fit result overlaid.

Distributions of the fit variables in the \signalmode data sample with the fit result overlaid.

Distributions of the fit variables in the \signalmode data sample with the fit result overlaid.

Distributions of the fit variables in the \signalmode data sample with the fit result overlaid.

Distributions of the fit variables in the \signalmode data sample with the fit result overlaid.

Distributions of the fit variables in the \signalmode data sample with the fit result overlaid.

Invariant-mass distribution of the (left) $\Dstarm3\pi$ and (right) $3\pi$ system for \norm candidates in data with corresponding fit models superimposed.

Invariant-mass distribution of the (left) $\Dstarm3\pi$ and (right) $3\pi$ system for \norm candidates in data with corresponding fit models superimposed.

Invariant-mass distribution of the (left) $\Dstarm3\pi$ and (right) $3\pi$ system for \norm candidates in data with corresponding fit models superimposed.

Invariant-mass distribution of the (left) $\Dstarm3\pi$ and (right) $3\pi$ system for \norm candidates in data with corresponding fit models superimposed.