 ![The global status of the unitarity triangle fit from CKMFitter group (left), the graphical representation of the $B\rightarrow \tau\nu$ versus $\sin0\beta$ disagreement (middle) and the situation with indirect and direct determinations of the parameter proportional to $\epsilon_K$ from UTFit group (right). In the middle plot, colored confidence regions show expectation for the $B\rightarrow \tau\nu$ branching fraction from the fit where two quantities are excluded while the point shows experimental results. In the right plot, the colored areas show confidence region of the $B_K$ from the fit without constraint from the $CP$ violation in the kaon system and the cross represents experimental measurement of the quantity.[]{data-label="fig:ckmfit"}](kreps_michal.fig0a.eps "fig:"){width="00.00000%"} ![The global status of the unitarity triangle fit from CKMFitter group (left), the graphical representation of the $B\rightarrow \tau\nu$ versus $\sin0\beta$ disagreement (middle) and the situation with indirect and direct determinations of the parameter proportional to $\epsilon_K$ from UTFit group (right). In the middle plot, colored confidence regions show expectation for the $B\rightarrow \tau\nu$ branching fraction from the fit where two quantities are excluded while the point shows experimental results. In the right plot, the colored areas show confidence region of the $B_K$ from the fit without constraint from the $CP$ violation in the kaon system and the cross represents experimental measurement of the quantity.[]{data-label="fig:ckmfit"}](kreps_michal.fig0b.eps "fig:"){width="00.00000%"} ![The global status of the unitarity triangle fit from CKMFitter group (left), the graphical representation of the $B\rightarrow \tau\nu$ versus $\sin0\beta$ disagreement (middle) and the situation with indirect and direct determinations of the parameter proportional to $\epsilon_K$ from UTFit group (right). In the middle plot, colored confidence regions show expectation for the $B\rightarrow \tau\nu$ branching fraction from the fit where two quantities are excluded while the point shows experimental results. In the right plot, the colored areas show confidence region of the $B_K$ from the fit without constraint from the $CP$ violation in the kaon system and the cross represents experimental measurement of the quantity.[]{data-label="fig:ckmfit"}](kreps_michal.fig0c.eps "fig:"){width="00.00000%"}  