 ![\[fig:csd\_xi0\] CSD for $\xi=0$. AP squirmers (a) with $r_c=0.0\sigma$ and (b) $r_c=0.0\sigma$. WP squirmers (c) with $r_c=0.0\sigma$ and (d) $r_c=0.0\sigma$. Gray dashed line in (a) and (b) represents the analytical function for a CSD given by Eq. \[eq:csd\_cutoff\] with $B=0$, plotted as guide to the eye, with $s_0=0$, $\gamma_0=0/0$. In (c) and (d) a vertical dashed line is shown as a reference for $s=0$ (trimers). ](pdfxi0rc00ttganso.pdf "fig:"){width="0.00\columnwidth"}![\[fig:csd\_xi0\] CSD for $\xi=0$. AP squirmers (a) with $r_c=0.0\sigma$ and (b) $r_c=0.0\sigma$. WP squirmers (c) with $r_c=0.0\sigma$ and (d) $r_c=0.0\sigma$. Gray dashed line in (a) and (b) represents the analytical function for a CSD given by Eq. \[eq:csd\_cutoff\] with $B=0$, plotted as guide to the eye, with $s_0=0$, $\gamma_0=0/0$. In (c) and (d) a vertical dashed line is shown as a reference for $s=0$ (trimers). ](pdfxi0rc00ttganso.pdf "fig:"){width="0.00\columnwidth"} ![\[fig:csd\_xi0\] CSD for $\xi=0$. AP squirmers (a) with $r_c=0.0\sigma$ and (b) $r_c=0.0\sigma$. WP squirmers (c) with $r_c=0.0\sigma$ and (d) $r_c=0.0\sigma$. Gray dashed line in (a) and (b) represents the analytical function for a CSD given by Eq. \[eq:csd\_cutoff\] with $B=0$, plotted as guide to the eye, with $s_0=0$, $\gamma_0=0/0$. In (c) and (d) a vertical dashed line is shown as a reference for $s=0$ (trimers). ](pdfxi0rc00hhganso.pdf "fig:"){width="0.00\columnwidth"} ![\[fig:csd\_xi0\] CSD for $\xi=0$. AP squirmers (a) with $r_c=0.0\sigma$ and (b) $r_c=0.0\sigma$. WP squirmers (c) with $r_c=0.0\sigma$ and (d) $r_c=0.0\sigma$. Gray dashed line in (a) and (b) represents the analytical function for a CSD given by Eq. \[eq:csd\_cutoff\] with $B=0$, plotted as guide to the eye, with $s_0=0$, $\gamma_0=0/0$. In (c) and (d) a vertical dashed line is shown as a reference for $s=0$ (trimers). ](pdfxi0rc00hhganso.pdf "fig:"){width="0.00\columnwidth"}  Fig. \[fig:csd\_xi0