  The transverse momentum ($p_{T}$) distribution of strange hadrons
($K_{S}^{0}$ and $\Lambda$) and multi-strange hadrons( $\Xi$ and $\Omega$)
measured in p$-$p, p$-$Pb, and Pb$-$Pb collisions at LHC energies have been
studied for different multiplicity classes using Tsallis-Weibull (or
q$-$Weibull)formalism. The distribution describes the measured $p_{T}$ spectra
for all multiplicity (or centrality)classes. The multiplicity dependence of the
extracted parameters are studied for the mentioned collisions systems. The
$\lambda$ parameter was observed to increase systematically with the collision
multiplicity and follows a mass hierarchy for all collision system. This
characteristic feature indicates that $\lambda$ can be associated to the
strength of collectivity for heavy ion collisions. It can also be related to
strength of dynamic effects such as multi-partonic interactions and color
reconnections which mimic collectivity in smaller systems. The non-extensive
$q$ parameter is found to be greater than one for all the particles suggesting
that the strange particles are emitted from a source which is not fully
equilibrated.
